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This No. 41 CRANE Catalogue is issued to
*s
Mr... : ^KPST.CPEMIBE
Position AKCHITRGT..&..Ei:TGINroR...
Company
Street or P.O. Box. 2.0?9,.MS?IEID STREET
City or Town. MON.TRSAI.,. . P* Q,.
Should this catalogue be transferred at any time, we ^vould appreciate
knowing the name of the new holder, so that notification of changes may
regularly reach the proper individual. Address nearest CRANE BRANCH.
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Valves ^ Fittings
Pipe
Fabricated Piping
Catalogue No. 41
CRAN E
LIMITED
MONTREAL, CANADA
I
COPYRIGHT. CANADA— 19^1— CRANE LIMITED
PRUNTED IV CA>:ADA
Terms-Conditions
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This catalog supersedes all previous issues.
Net Terms— 30 davs.
Remittances should be made to the office from which our
invoice IS issued, in funds free of exchange or collection
charges.
Prices and Designs: Subject to change without notice.
Contracts: Subject to strikes, accidents, or other causes be-
yond our control.
No claims allowed unless made within ten days of receipt of
goods.
We guarantee Crane goods to the extent that we will replace
those having manufacturing defects when used in the service
for which we recommend them. No charges for labor or ex-
pense required to repair defective goods, or occasioned by
them, will be allowed. If the goods are defective, the measure
of the damage is the price of the defective goods only.
Goods must not be returned to us unless our consent has
first been obtained.
Orders covering special goods are not subject to cancella-
tion, except upon agreement to make payment for the special
work which has been performed.
All special goods made to specification, where the buyer is
to inspect them, must be inspected and accepted before ship-
ment is made. After shipment is made, our responsibility ceases.
The illustrations in this catalog are an actual representation
of a certain size of each line of products, but do not necessarily
represent all sizes in all details; we reserve the right to make
minoralterationsin designs to suit manufacturing convenience.
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CRAN
LIMITED
General Offices
1170 Beaver Hall Square
Montreal, Canada
{Cable Address: Cranelit-Alontreal)
Manufacturing Plants
Montreal, Quebec
St. Johns, Quebec
Port Hope, Ontario
Left: CRANE Building, 1170 Beaver Hall
Square, Monrreal. in which are housed the
General Offices and the MoQCreal Sales Branch
of Crane Limited.
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Branches and Wa rehouses throughout Canada
O
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Calgary
Edmonton -
ALBERTA
- 602 Eleventh Avenue, West
Jasper Ave. & 109th Street
BRITISH COLUMBIA
Vancouver ----- 540 Beatty Street
Victoria 905 Government Street
MANITOBA
Winnipeg 93 Lombard Street
NEW BRUNSWICK
Moncton 22 5 St. George Street
NOVA SCOTIA
-1565 Barrington Street N.
ONTARIO
Fort William 600 Simpson Street
Hamilton - - - - 40 Wellington Street N.
Kingston - - - - - - -71 Brock Street
London 304 York Street
Halifax
Otta-wa
Toronto
Montreal
Quebec
Regina
Saskatoon
- 148 Bank Street
306 Front Street W
QUEBEC
1170 Beaver Hall Square
39 St. Roch Street
SASKATCHEWAN
1408 Broad Street
3 59 First Avenue N.
London
Ipswich
Birmingham
Newfounc//anc/ Branch
St. John's Hill O'Chips
CRANE LTD. (Great Britain)
{Cable Address: Cranelon-London)
- 45-51 Leman St., London, E.l Manchester - Westinghouse Rd., Trafford Park
(Works), Nacton Rd.. Ipswich, Suffolk Bristol 1 Broadmead, Bristol, I.
1277 Coventry Rd., S. Yardley Glasgow - - 94-100 Clyde Ferry St., Anderston
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Keeping Pace
with Canadian Industry
Without Valves and Fittings and Fabricated
Piping, there could be no modern industry. To
govern and control the flow of industry's fluids
—oil, gas, water, steam, air, chemicals, solutions
—power could not be developed nor applied, nor
materials processed.
Crane Limited, with a background of experi-
ence spanning the past 80 years, has constantly
kept abreast cf industrial requirements- As steam
pressures ar.d temperatures have risen, as hydro-
electric development ar.d central power stations
have broadened the application of electricity, as
chemists have introduced an ever-widening range
of elements into industry's processes, expanding
and complicating its flow sheets, so have many
new problems been created. Besides increasingly
intricate assemblies of Fabricated Piping, many
new varieties of Valves and Fittings have been
necessitated, involving development of these
lines in iron, steel, brass a.id many alloys to
withstand the ever-increasing demands of pres-
sure, temperature and corrosion problems.
The Crane organizatioa has taken an active
part in continuous investigation and study into
the characteristics and behaviour of metals and
other materials in service. Through co-operation
between its metallurgists, foundrymen, designers
and machinists, Crane has broadened its line to
over 40,000 items of Valves, Fittings, Fabricated
Piping, Plumbing ar.d Heating Equipment for
industry's use. Described in this catalogue are
the piping materials which make up, by far, the
greatest part of the complete Crane line. They
include equipment for standard and special
services up to 2,500 pounds pressure at 1000°R
Four big plants in Canada make Crane prod-
uas: two in Montreal, Que., one in St. Johns,
Que., and one in Port Hope, Ont. The largest is
the St. Patrick Street Works in Montreal, pic-
tured below. Here is the greatest array of
machinery and equipment especially adapted to
the manufacture of Valves and Fittings in Canada.
When in Montreal, you are welcome to visit this
plant.
^■■.4>.
Crane Montreal Works, in which are
produced Valves, Fittings and Pabri-
cated Piping. Some of the largest units
for Canadian industrial use have come
out of this factory.
'• -I
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J-LL
How Quality is Built into and
Maintained in Crane Products
Tests and checks — more tests and checks! At every
stage of design and production they safeguard the
quality of Crane valves and fittings to assure satis-
factory performance in your pipe lines.
Even before product design is started. Crane Re-
search Laboratories make sure the proposed mate-
rial is right. By advanced scientific techniques, the
chemical composition and physical properties of
metals are subjected to grueling investigations. So
it is with all raw materials entering Crane plants —
none can be used until approved by the laboratory.
And again when hot metals are poured, sample
bars from each heat are thoroughly analyzed by
expert metallurgists.
No valve or fitting bc-comes a 'regular" in the
Crane line without the benefit ot exhaustive experi-
&
mentation in the laboratory as well as in field ap-
plications. Only upon satisfactory completion of
such tests is any item approved for production.
No product is ever considered to be beyond im-
provement. Betterment of design and refinement
of materials are constantly being studied.
In Crane foundries, machine shops, and assem-
bly departments., no operation is considered com-
pleted until careful inspection is made. One is
actually amazed at sight of the numerous inspec-
tion devices and precision -gauging instruments
always in use — Over 36,000 of them! Shop tests of
finished products are far more exacting than actual
service conditions. It is this, the most elaborate
and methodical system of checks and tests in the
industry, that safeguards Crane Quality— always.
Lejt — Improvements in
Crane products are al-
ways in progress in the
design engineering divi-
sion numbering hun-
dreds of men.
Right — Equipment like
this enables thorough
study of the actions of
metals under stress and
elevated temperature,
Le/t~Sz(e sen ice recom-
mendations for Crane
products are established
by thorough pressure
testing in the laboratory.
Here a relief valve is be-
ing tested.
R/ght~X'Ray examina-
tions are a great help in
making better pipi ng ma-
terials- This 400,000-voIt
machine enables Crane
engineers to see the in-
side quality of steel up to
5 inches thick.
The eft'ects of heai treatment and corrosion on metal
structures are clear to the metallurgist when studied under
powerful microscopes like this.
[ .
Elaborate measuring instruments assure the constant accu-
racy of over 36,000 gauges regularly used in C^rane plants.
A hydrostatic pressure test is just
one of many given all Crane valves
before chey get a final ''0,K."
Repeated checking of alignment and gaug-
ing of threads assure better pipe joints when
Crane screwed fittings are used.
The exact taper required
for positive seating of
wedge discs is assured by
careful gauging.
Thickness of their walls must measure up to
close limits before castings are machined-
-
Crane Foundries and Shops Are
Modern and Completely Equipped
Crane plants are marked by modern facilities, and
the attainment of uncommon exactness in the pro-
duction of so great a variety of products. In equip-
ping Crane plants, the primary objective is always
to raise even higher the high standard of Crane
craftsmanship.
Features aiding uniformity and quality in Crane
brass and iron foundries, are the Crane-designed
molding machines, automatic mold conveyors and
continuous melting furnaces, and the overhead
sand tempering and distributing system.
In Crane steel foundries, improved scientific
techniques give accurate control of melting and
chemical compositions of metais. Here Crane met-
allurgists produce superior steels, having all the
essential properties required for valves and fittings
employed in high pressure-temperature power and
process lines.
Facing, grinding, boring, threading, tapping,
drilling, and lapping of parts are done with every
type of automatic and semi-automatic machine.
Many are Crane-designed as are the systems by
which parts are conveyed to them and on to other
processes, or to storage bins and shipping floors.
Equally well equipped are Crane pipe fabricating
shops with modern pipe shaping, welding and
stress relieving equipment. In the inspection and
testing departments, through which all products
must pass after each operation, only the most up-to-
date and accurate instruments and devices are used
Left — Pouring the
molds for large
valve parts in the
Crane foundry.
Kight^This mod-
ern fofge shop
with numerous
hammers along
both sides of the
aisle produces
Crane forged steel
materials.
ie/^— Pouring a
heat from one of
the electric-arc
furnaces in the
steel foundry.
Uight~Ho job is
too complex, too
large, or too
small for Crane
pipe fabricating
shops.
." .*
\
Molding machines and roller conveyors speed produc
tion ot molds for boch small and large castings.
Section of foundry where carbon and. alloy steels are
melted in high frequency electric induction furnaces.
^m
Many thousands of square feet of floor space are required
for the mulriplicity of machining operations performed.
Endless rows of modern machines^ big and small, finish
the castings and forgings for Crane valves and fittings.
The seating surfaces of all Crane valves are carefully fin-
ished with utmost precision.
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More amazing than the size of Crane pattern vaults is the
"finger-tip" availability of any single pattern.
11
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Crane Products Are Available
In All Major Industrial Centers
1 ■
Part of a storage floor in the Crane factory showing wide
stock of larger valves read^ for shipment.
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No matter where you are located, you are
near a source of Crane valves and fittings.
Patterned to the industrial map of the na-
tion. Crane's extensive distributing and
warehousing system of Factory Branches
and Wholesalers makes these products
conveniently available at the points of
their use.
Drawing on the stocks maintained at
Crane plants, Branches and Wholesalers
carry at all times a substantial assortment
of the staple items regularly demanded in
the areas they serve. The completeness of
the Crane line of piping equipment for
every flow-control need, plus the person-
alized local service offered, gives those
who specify "Crane" a two-fold advan-
tage: Crane Quality and Crane Service.
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These typical views in a
Crane Branch indicate com-
pleteness of staple item
stocks carried to meet every-
day piping demands.
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Crane Branches carry adequate
pipe stocks for every requirement.
Delivery is facilitated by up-to-
date storage and loading methods
aad modern hauling equipment.
' ._
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CRANE
Alphabetical Index
All items shown in this catalog are described and cross-indexed alphabetically
on this and the following nineteen pages. References under broad classifica-
tions to other entries have been replaced by page numbers showing the entire
range of products.
For example, under the very general heading of "Brass Valves", group page
numbers are shown for each of the various types, but under the specific
heading of "Angle Valves, Brass", etc., will be found a detailed listing of the
many available types. Similarly, under the general classification of "Fittings",
will be found group page numbers, the detailed references being made under
specific Hstings such as, ^'Elbows", "Tecs", "Crosses", "Unions", etc.
A
Page
A.A.R. Fittings, Screwed, Malleable Iron 193
Union Fittings, Malleable Iron 243
Union Fittings, with Steel Tail-Piece 244
Unions, Forged Steel 244
Unions, Malleable Iron 242
Unions, with Steel Tail-Piece 244
Valves, Brass, Inside Screw 42, 43
Valves, Brass, Outside Screw and Yoke 44, 45
Valves, Wrenches for Body Seat Rings 45
A.P.I. Line Pipe 580
Ring-Joints 562, 563
Thread Data 593-595
A.S.A, Standard for Wrought Pipe 584-587
A. W.W. A Iron Body Gate Valves 1 26, 1 27
Adapters, Crane-Seal, Brass 495
Solder- Joint 505, 508
For Hoffman Venting Valves 83
For Sanitary Fittings 455
Adjustable Die Stocks. 537
Pipe Hangers 514-517
Pipe Supports 526, 527, 529, 531
Pipe Threaders 538-541
Railing Fittings, Malleable Iron 271
Adjusters or Turnbuckles 519
Adsco Expansion Joints 428
Air Hoist Three-Way Cocks, Brass 94
Motor Operated Valves 172, 1 73
Pump Unions 240, 242, 244
Tested Fittings, Malleable Iron 188
Testing of Crane Valves 11
Valves, Radiator 82, 83
Vent Valves (Traps), Automatic 416
All-Iron Ammonia Valves 480-482
Angle Valves 144, 145, 150
Check Valves 156, 160, 161
Cocks 92, 93
Cross Valves 1 50
Expansion Valves 482
Flange Unions, Ground Joint 251
Gate Valves, Double Disc 122-133
Gate Valves, Wedge Disc 98-111
Globe Valves 144, 145, 150
Liquid Gauges, for Ammonia 483
Pulp Stock Valves 375
Relief Valves 401
Unions, Screwed 246
Allowable Stresses for Steel Pipe 636
Alloys, Cast Iron, Properties of 4
Cast Steel, Properties of .3, 6, 7
Forged Steel, Properties of 8
Non-Ferrous, Properties of 2,3
Used in Fabricated Piping 457
Altitude Gauges and Recorders 438, 439
American Standard Taper Pipe Threads , 590
Ammonia Combination Elbows 252
Condensers, Atmospheric 485
Double Pipe Fittings 486, 487
Fittings, Flanged 483
Fittings. Screwed 190, 191, 483
Flange Unions, Tongue and Groove 262
Flange Unions, Boyle 484
Flanges 4S4
A
Page
Ammonia (Cont.)
Gaskets 485
Gauges 439
Liquid Gauges 483
Return Bends 483
Valves, Angle 481
Valves, Check 482
Valves, Expansion 482
Valves, Globe 481
Valves, Relief 401
Anchor Chair Pipe Supports 529
Anchorage Tees, Flanged 281 , 345
Angle Bends 602
Blow-Off Valves 376, 377
Check Valves, Brass 53-59
Check Valves. Iron Body 156, 157
Screw-Down Check Valves, Marine 462-473
Stop-Check Valves 372-374
Angle Valves, All-Iron
Ammonia 481 , 482
Union Bonnet 1 44, 1 45
Yoke Bonnet 1 50
Angle Valves, Brass
A.A.R 42-45
Bolted Bonnet, 150 and 200-Pound 35
Bolted Bonnet, 300-Pound 47
Composition Disc, Low Pressure 27
Composition Disc, 150-Pound 30
Composition Disc, 250-Pound 37
Copper Disc, 250-Pound 37
Crane-Seal 493
Cranoil Disc, for Light Oils and Gases 32
Hose 71
Lock-Shield, Low Pressure 27
Lock-Shield, Radiator Type 78-82
Marine 462, 463
Names of Parts 26
Needle Point 29
Outside Screw and Yoke 44-47
Plug Type Disc, 150-Pound 31
Plug Type Disc, 250-Pound 36
Plug Type Disc, 300-Pound 40-47
Plug Type Disc, 350-Pound 48
Plug Type Disc, 2000-Pound Hydrauhc 49
Radiator 78, 79, 81
Regrinding, 200-Pound 34
Regrinding, 300-Pound 38, 39
Solder- Joint 502, 505
Union End, 300-Pound A.A.R., Inside Screw 43
Union End, 300-Pound A.A.R., O. S. 85 Y 45
Union End, 300-Pound Plug Type Disc 41
Union End, 300-Pound Regrinding 39
With Special Wheels and Finishes 27, 28
100-Pound (Low Pressure) 27
125-Pound (Standard) 28
150-Pound 30, 31, 34, 35
200-Pound.. 34, 35
250-Pound 36, 37
300-Pound 38-47
350-Pound 48
1000-Pound Hydraulic 48
2000-Pound Hydraulic. 40
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11
CRANE
Alphabetical Index (Cont^)
A
B
4Hff|
Page
Angle Valves, Cast Steel
Blow-Off 377
Gearing for A^^ VrX
Marine ^^^'il\
Stop-Check. 300-Pound 3'3
Stop Check, 400-Pound and Higher 374
150 to 2500-Pound 322-326
4000-Pound 350
Angle Valves, Corrosion-Resistant Alloy
Chrome-Nickel-Moly. (18-8 Mo) 446, 447
Chrome-Nickel-Moly. (18-8 Mo), Bar Stock 310
Exelloy (Bar Stock) 310
Monel 446, 447
Nickel 446, 447
Silicon Bronze 446, 447
Angle Valves, Ferrosteel
Ammonia 481 , 482
Blow-Off 376
Names of Parts 1 49
Stop-Check 372
175 and 250-Pound 152, 153
Angle Valves, Forged Steel
Bar Stock 310
Marine . ■ - 474
600-Pound 312-317
900-Pound 316, 317
1 500-Pound 318
6000-Pound Hydraulic 31 9
Angle Valves, Iron Body
All-Iron, Union Bonnet 144, 145
All-Iron, Yoke Bonnet 150
Blow-Off 376
Brass Mounted 1 43
Composition Disc, Union Bonnet, 150-Puund 145
Composition Disc, Yoke Bonnet, 125-Pound 151
Marine ,...'... 469
Names of Parts 149
Plug Type Disc 146, 147
Stop-Check 372
Union Bonnet 144-147
Yoke Bonnet 150-153
■ 125-Pound (Standard) 148-151
150-Pound 144-146
175-Pound 152
250-Pound 153
' " 400-Pound W.O.G 147
Angle Valves, Malleable Iron
400-Pound W.O.G., Plug Type Disc 147
Angle Valves (General)
A.A.R 42-45
Ammonia 481, 482
■ Bar Stock 310
Blow-Off 376, 377
Butt-Wefding 316, 317, 322-326
Crane-Seal 493
Cylinder Operated 1 71
Hose 71
Main Injection 476
Marino, Brass 462, 463, 467
Marine, Iron Body 469
Marine, Steel .471 -474
Motor Operated 1 72, 1 73
Overboard Discharge 476
Radiator 78, 79, 81
Socket -Welding 314, 315
Solder-Joint 502, 505
Tank Float 380
Anti -Sweat Pipe Insulation 546
Apartment House Gas Meter Stops 90
Arctic Nickel Alloy Cast Steel, Properties of 7
Areas and Circumferences of Circles 665-667
Armstrong Adjustable Die Stocks 537
Asbestocel Pre-Shrunk Pipe Insulation 546
Asbestos Composition Sheet Packing, Granite 565
Packed Cocks 95
Paper ! ' ! 547
Sheet Millboard , . . , 547
Asbestps-Sponge Felted Pipe Insulation 546
Assembly and Maintenance of Flanged Joints 624
Atmospheric Ammonia Condensers 485
Page
Back Outlet Return Bends, Cast Iron 202
Outlet Return Bends, Malleable Iron 1 90
Pressure Valves 378, 379
Badger Corrugated Type Expansion Joints 425
Ball Bearing Swing Joints 432
Check Valves, Brass 53, 54, 56
Check Valves, Steel, Vertical 329
Float Air Vents 41 6
Joints, Flexible 431
Ornaments 267, 268
Pattern Railing Fittings 267-269
Type Pressure Reducing Valves 41 2
Band Pipe Hangers 514
Bar Plugs, Cast Iron 228
Stock Globe and Angle Valves 31
Barco Flexible Ball, Swivel, and Revolving Joints 431
Ba rnes Pipe Cutters 542
Barrel Plugs, Cast Iron 228
Base Elbows, Cast Iron, Sprinkler 206
Elbows, Flanged, Cast Iron, 125-Pound 276
Elbows, Flanged, Cast Iron, 250-Pound 284
Elbows, Flanged, Cast Steel, 150 to 1500-Pound. 345-349
Tees, Flanged, Cast Iron 281
Tees, Flanged, Cast Steel 345
Basin Crosses, Drainage 219
Tees, Drainage 21 7
Bath P Traps, Drainage 221
Beam Clamps for Pipe Hangers 522-524
Beaver Pipe Cutters 542
Pipe Threading Tools 541
Bellows Gauges 438, 439
Type Radiator Valves 84
Bending Pipe, Description 600
Bends, Copper Tubing 510
Pipe, Calculation Formulas 638, 639
Pipe, Fabrication and Data ■ 598-604
Pipe, Length of Pipe In 640
Pipe, Small Size 232
Pipe, Standard and Special Types 602-604
Pressure Drop In 629
Return, Ammonia 190, 483, 487
Return, Butt-Welding 355
Return, Copper Tubing 61
Return, Crane-Seal 495
Return, Double Pipe 486, 487
Return, Flanged, Cast Iron or Ferrosteel. . 281
Return, Flanged, Cast Steel 345, 346
Return, Screwed, Brass 256, 257, 260
Return, Screwed, Cast Iron, Ammonia 487
Return, Screwed, Cast Iron, Standard 202
Return, Screwed, Cast Iron, 175-Pound 210
Return, Screwed, Cast Iron, 250-Pound. 21 2
Return, Screwed, Malleable Iron 185, 190
Return, Screwed, Wrought Steel 232
Bevels, Welding 647
Bibb Cocks (Faucets) 88
Blind Flanges
Ammonia 484
Cast Iron, 2S-Pound 291
Cast Iron, 125-Pound 292
Cast Iron, 250-Pound ^ , 294
Chrome-Nickel-Moly. (18-8 Mo) 453
Ferrosteel, 125-Pound 292
Ferrosteel, 250-Pound 294
Forged Steel, Ammonia 484
Forged Steel, 150 to 2500-Pound 363-367
Malleable Iron, Ammonia 484
Monel , 453
Nickel 453
Silicon Bronze 453
Blow-Off Crosses 375
Valves 376, 377
Board Walk Brackets and Flanges 272
Boiler Fittings, Circulating, Malleable Iron 187
Fittings, Circulating, Solder-Joint, Brass 509
Flue Scrapers 545
Tubes 583
Bolt Steels, Properties of 9, 622
Studs, Templex and Triplex Steel, Data 622, 623
Studs, Templex and Triplex Steel, List Prices . . .558, 559
Alphah^iHcal FnJcx (Coni.)
CRANE
* ■ *
in
B
B
Page
Bolting On Companion Flanges 557
Bolts, Machine, Data , 622, 623
Machine. List Prices 556, 557
Machine, Properties of 9^ 622
Bossed Elbows, Sprinkler 207
Boston Casing Threads 594
Boyle Flange Unions , 484
Flange Union Gaskets 485
Brackets, Pipe . .524, 525
Brass, Properties of- 2
Brass Cocks 88, 90, 91 , 94
Expansion Joints 426
Faucets, Ground Key 88
Fittings, Crane-Seal 494-497
Fittings, Drainage 215-221
Fittings, Flanged 264
Fittings, Railing 267
Fittings, Screwed 256-263
Fittings, Solder- Joint 506-51 1
Flange Unions 2G3
Flanges 264
Floor Flanges 267
Nipples 258
Pipe, Regular and Extra Strong 583
Pipe, Used With Crane-Seal Silbraz Products 498
Stops 88-90
Swing Joints 430
Try Cocks .' 435
Union Elbows. Screwed 78, 262
Unions, Screwed and Flange 262, 263
Brass Valves
A.A.R., Globe and Angle 42-45
Angle, Crane-Seal . . 493
Angle, Hose 71 , 467
Angle, Radiator 78, 79, 81
Angle, Screwed and Flanged 25-49
Angle, Solder -Joint 502, 505
Butterfly 69
Check, Crane-Seal 492
Check, Screwed and Flanged 51 -63
Check, Solder-Joint 503, 505
Chronometer 476
Crane-Seal 492, 493
Cross, Standard 28
Cross, 200-Pound 34, 35
Cross, 300-Pound 47
Float ..380, 381
Foot 53, 54
Gate, Crane-Seal 492
Gate, Hose 70, 467
Gate, Quick Opening 68
Gate, Radiator 80
Gate, Screwed and Flanged 13-24
Gate, Solder-Joint 504, 505
Globe, Crane-Seal 493
Globe, Hose 71. 467
Globe, Quick Opening 33, 66, 67
Globe, Radiator 78, 81
Globe, Screwed and Flanged 25-50
Globe, Solder-Joint 502, 505
Hose , 70, 71
Hose, for Marine Service 467
Marine 462-467
Pop Safety 384, 385, 388
Radiator 77-84
Relief 394-400
Safety 384-388, 393
Throttle 69
Whistle 67
Brazing Valves and Fittings, Crane-Seal 489-497
Brine Cocks 88
Coolers. Fittings for 486, 487
British Standard Taper Pipe Threads 591
Bronze, Crane Hard Metal, Properties of 2
Crane Special Brass, Properties of 2
Manganese, Properties of 2
Silicon, Properties of 2
Silicon, Valves, Fittings, Unions, Etc 446-453
Brushes, Flue ^^^
Bundling Schedule for Pipe 578
Page
Bushings, Brass 259
Cast Iron 226
Chrome-Nickel-Moly. (18-8 Mo) 452
Crane-Seal 495
Double Tapped, Iron 226
Eccentric, Iron 226
Face, Brass 259
Face, Iron 226
Face, Steel 227
Hose 75
Malleable Iron 226
Monel 452
Nickel 452
Silicon Bronze 452
Solder-Joint 508
Steel 227
Butt Nipples, Wrought Steel 230, 231
Welds 61 4
Welds, Detail of Bevel 647
Butt-Welding Fittings, Steel 354-356
Fittings, Steel, American Standard for 351
Fittings, Steel, Dimensions of 357
Fittings, Steel, Ratings for 358, 359
Fittings, Wrought Iron 351
Valves, Cast Steel, Angle, 150 to 2500-Pound 322-326
Valves, Cast Steel, Check, 150 to 2500-Pound , . .333-336
Valves, Cast Steel, Gate, 150 to 2500-Pound 302-307
Valves, Cast Steel, Globe. 150 to 2500-Pound. . , .322-326
Valves, Forged Steel, Angle, 900-Pound 316-318
Valves, Forged Steel, Check, 900-Pound 330
Valves, Forged Steel, Gate, 900-Pound 300
Valves, Forged Steel, Globe, 900-Pound 316-318
Butterfly Valves, Brass 69
Valves, Iron Body 148
By-Passes for Cast Steel Wedge Gate Valves. 306
For Iron Body Double Disc Gate Valves 138
For Iron Body Wedge Disc Gate Valves 114
For Valves, Location of 646
c
Page
"CO" Rubber Gaskets 566, 567, 570, 571
Rubber Sheet Packing 565
Cab Hose Valves 39, 41
California D.B.X. and D.B.8 Casing Threads 594
Canvas Gaskets, Ammonia 485
Gaskets, 25 and 125-Pound Cast Iron 566
Caps, A.A.R 193
Butt-Welding, Steel 354
Crane-Seal, Brass 495, 496
Hose 70, 71, 75
Screwed, Brass, Standard 256, 257
Screwed, Brass, 250-Pound 260
Screwed, Cast Iron 201
Screwed. Chrome-Nickel-Moly. (18-8 Mo) 452
Screwed, Forged Steel 339
Screwed, Malleable Iron. Standard 185
Screwed, Malleable Iron. 300-Pound 190, 193
Screwed, Monel 452
Screwed, Nickel 452
Screwed, Silicon Bronze 452
Socket-Welding, Forged Steel 353
Solder-Joint, Brass 508
Thermometer, for Sanitary Fittings 455
Car Heater Wrought Couplings , 229
Carbon Cast Steel, Properties of 6
Forged Steel, Properties of 8
Molybdenum Alloy Cast Steel. Properties of 6
Molybdenum Alloy Forged Steel, Properties of. ... . 8
Casing, Inserted Joint 582
Merchant 531
Casing Thread Fittings, Cast Iron 203
Fittings, Cast Steel 341
Fittings, Heavy Malleable Iron 192
Fittings, Refinery Oil 189
Fittings, Threading of 596
Wrought Couplings 229
Ml
I
I'i'
in
i\
L
■—I
IV
CRANE
Alphabetical Index {Cant.)
c
c
.
Page
Casing Threads, Dimensions and Data 593-596
Cast Iron, Alloy, Properties of ■ 4
High Tensile, Properties of 4
Ni-Resist, Properties of ^
Properties of ^
Cast Iron Blow-Off Crosses J'o
Bushings ^226
Cocks - 1 loA
Drainage Fittings 21 5-224
Drip Pockets . ■ ■ ■ ■• 421
Expansion Joints *»*' » ^^o
Fittings, Drainage 21 5-224
Fittings, Flanged, 125-Pound 273-280
Fittings, Flanged, 250-Pound 282-288
Fittings, Flanged, Sprinkler Type 206-209, 274
Fittings, Screwed 1 95, 21 3
Fittings, Screwed, Drainage 215-224
Fittings, Screwed, Sprinkler 197, 206-209
Flange Unions 249
Flanges 289-295
Plugs 228
Separators, Sediment 422, 423
Separators, Steam and Oil 420, 421
Sprinkler Fittings 197, 206-209, 274
Steam Traps 415-419
Swing Joints 430
Water Columns 436
Cast Iron Valves
Angle 143-153
Back Pressure 378, 379
Butterfly 148
Check 155-166
Cross 149-153
Exhaust Relief 378, 379
Float 380, 381
Foot 1 62, 1 63
Gate, Double Disc 119-137
Gate, Wedge Disc 97-113
Globe 143-153
Pop Safety 389. 390, 392
Pulp Stock 375
Relief 401, 402, 404, 406
Safety, Lever and Weight Type 393
Swing Check 160, 161, 164
Throttle 148
Cast Manganese Bron2e, Properties of 2
Cast Steel Fittings Flanged 343-350
Fittings, Screwed 341
Steam Traps 41 6
Valves. Angle 322-326
Valves, Blow-Off, 377
Valves, Check 329, 332-336
Valves, Gate 299, 302-307
Valves, Globe 311, 322-326
Valves, Relief 403, 405, 406
Valves, Safety 391 , 392
Valves, Stop-Check 373, 374
Cast Steels
Alloy and Carbon, Properties of 3, 6, 7
Arctic Nickel, Properties of 7
Carbon, Properties of 6
Carbon-Molybdenum, Properties of 6
Chrome-Molybdenum, Properties of 7
Chrome-NIckeUMoly. (l8-8 Mo), Properties of 3
Nickel, Properties of 7
Nickel -Chrome, Properties of .,,.,..,.,,., , 7
Celling and Floor Plates 532
Centigrade^Fahrenheit Temperature Conversion 663
Chain and Lever Try Cocks 435
Pipe Tongs 544
Pipe Vises 536
Wheels for Valves 176
Chains for Chain Wheels 176
Chairs, Anchor and Pipe . . , . , 529
Chandelier Hooks and Loops, Malleable Iron 186
Channel Clamps for Pipe Hangers 522
Check Valves, All-Iron
Ammonia 482
Swing, Bolted Cap 160, 161
Swing, 400-Pound W.O.G 1 56
Page
Check Valves, Brass
Angle, Bolted Cap, 150 and 200-Pound 58
Angle, Composition Disc, 150-Pound 56
Angle, Composition Disc, 250-Pound 59
Angle, Nickel Alloy Disc 59
Angle, Regrinding 57-59
Angle, 100-Pound (Low Pressure) 53
Angle, 125-Pound (Standard) 54
Angle, 150-Pound 56, 58
Angle, 200-Pound 57, 58
Angle, 250-Pound 59
Angle Swing 57
Crane-Seal 492
Gasoline 53
Horizontal, Ball Disc 56
Horizontal, Bolted Cap, 150 and 200-Pound 58
- Horizontal, Bolted Cap, 300-Pound 61
Horizontal, Bolted Cap, 2500-Pound Hydraulic 63
Horizontal, Composition Disc, Low Pressure 53
Horizontal, Composition Disc, 150-Pound 56
Horizontal, Composition Disc, 250-Pound 59
Horizontal, Crane-Seal 492
Horizontal, Dashpot Type 60-62
Horizontal, Nickel Alloy Disc 59
Horizontal, Regrinding 57-62
Horizontal, Solder-Joint 503, 505
Horizontal, With Drip Cock 54
Horizontal, 100-Pound (Low Pressure) 53
Horizontal, 125-Pound (Standard) 54
Horizontal, 150-Pound 56, 58
Horizontal, 200-Pound 57, 58
Horizontal, 250-Pound 59
Horizontal, 300-Pound 60, 61
Horizontal, 350-Pound 62
Horizontal, 1000, 2000, and 2500-Pound Hydraulic . . 63
Marine 464, 465
Names of Parts 52
Solder- Joint 503, 505
Swing, Bolted Cap, 150 and 200-Pound 58
Swing, Bolted Cap, 300-Pound 61
Swing, Crane-Seal 492
Swing, Regrinding, 200-Pound . 67
Swing, Regrinding, 200-Pound, with Bolted Cap .... 58
Swing, Regrinding, 300-Pound 60
Swing, Regrinding, 300-Pound, with Bolted Cap .... 61
Swing, Regrinding, 350-Pound 62
Swing, Solder- Joint 503, 507
Swing, 125-Pound (Standard) 55
Swing, 150 and 200-Pound , .57, 58
Swing, 300-Pound. 60, 61
Swing, 350-Pound 62
Vertical, Gasoline 53
Vertical, 125-Pound (Standard) 54
Check Valves, Cast Steel
Swing, Marine 471-473, 475
Swing, With Lever and Weight 336
Swing, 150 to 2500-Pound , 333-336
Swing, 4000-Pound. 350
Vertical 329
Check Valves, Corrosion- Resistant Alloy
Chrome-Nickel-Moly. (18-8 Mo) 449, 451
Monel 449, 451
Nickel 449^ 451
Silicon Bronze 449 45-1
Check Valves, Ferrosteel
Ammonia 432
Swing, 250-Pound 1 55
Swing, 800-Pound Hydraulic ' . 1 $6
Check Valves, Forged Steel
Horizontal, 600-Pound 328-330
Horizontal, 900-Pound 330
Horizontal, 6000-Pound Hydraulic '.'. . . . 331
Marine 475
Check Valves, Iron Body
All-Iron, Standard 160 161
All-Iron, 400-Pound W.O.G '153
Angle, 150-Pound 155
Clearway, Swing -^54
Composition, Disc, 1 50-Pound 1 55
For Gasoline and Pump Service 157
■v*vvf>fn*n*v
llllliiniit
Alphaheiicat InJcx (Cont.)
CRANE
c
Page
Check Valves, Iron Body (Cent.)
Horizontal, Standard -159
Horizontal, 1 50-Pound [, 1 56
Marine 469
Swing, Clearway, Underwriters' 1 64
Swing. Hub End 160, 161
Swing, Marine 469
Swing, With By-Pass 160, 1 61
Swing, With Leather Faced Disc 160, 1 61
Swing, With Lever and Weight , 1 63
Swing, 125-Pound (Standard) 160, 161
Swing, 250-Pound 1 65
Swing, 400-Pound W.O.G 1 56
Swing, SOO-Pound Hydraulic 1 66
Vertical, Standard 159
Check Valves, Malleable Iron, Swing 156
Check Valves (General)
Ammonia, All-Iron 482
Butt-Welding 330, 333-336
Crane-Seal, Brass 492
Gasoline 53, 1 57
Marine 464,465, 469-475
Socket -Welding 328, 329
Pump Service 1 57
Solder- Joint, Brass 503, 505
Chicago Hose Valves 71
Unions. Malleable Iron 239
Chiksan Ball Bearing Swing Joints 432
Chime Whistles 437
Chlorine, Globe and Angle Valves for 457
Chrome-Molybdenum Alloy Cast Steel, Properties of. . 7
Alloy Forged Steel, Properties of 8
Chrome-Nickel-Molybdenum (18^8 Mo) Alloy Steel.
Properties of 3
Fittings, Flanges, and Unions 452-455
Valves, Angle. Check, Gate, and Globe 446-449
Valves. Bar Stock 310
Valves, Relief 450
Valves, Sanitary 454
Valves, Special Types 451
Chronometer Valves, Brass 476
Circle Bends 602
Circulating Boiler Fittings 187, 509
Clamp Gate Valves, Iron Body 98, 99
Clamps, Channel 522
Double Strap 233
Hose 74
Hydrant 89
I-Beam 522-524
Pipe, for Pipe Hangers 519
Riser 519
Single Strap 233
Water Pipe 233
Clayton Float Valves 381
Cleanouts, for Iron Body Double Disc Gate Valves.. . . 138
For Iron Body Wedge Disc Gate Valves 114
Clearway Swing Check Valves. Iron Body 164
Clevis Pipe Hangers 514
Clip Type Pipe Hangers 514
Clips, Bracket 525
Closet Elbows, Drainage 21 7
Tecs, Drainage 218
Cock Wrenches 95, 96
Cocks, Brass
Bibb (Faucets) 88
Brine 88
Corporation 89
Cylinder ^0
Four-Way, Spring Loaded 9^
Four-Way, Standard - 91
Gas.... 90
Gauge 90
Hydrant 89
Pet 90
Reversible 88
Spring Loaded 94
Three-Way, Spring Loaded 94
Three-Way, Standard SJ
Try 435
125-Pound and 250-Pound »1
c
Page
Cocks, Iron
All-Iron 92, 93
Asbestos Packed 95
Essex Lock 93
Four-Way, Spring Loaded 94
Gas Line 93
Heavy Duty 93
Lock 93
Mine, Spring Loaded 94
Three-Way 92
125-Pound (Standard) 92, 93
Code For Pressure Piping
Excerpts from (Pipe Hangers & Supports) 534
Excerpts from (Threaded End Pipe) 634
Pipe Calculations Based on 635-637
Pipe Design Formula 635
Ratings Based on 358, 359
Coils, Pipe 618
Columns, Water 436
Combination Elbows, Forged Steel 252
Pipe Vises 536
Common Flanges, Cast Iron 290
Companion Flanges, Bolting on 557
Brass 264
Chrome-Nickel-Moly. (18-8 Mo) 453
Crane-Seal 495
Forged Steel 361-367
Iron 291-295
Monel 453
Nickel 453
Silicon Bronze 453
Solder- Joint 51
Composition Discs 178
Compound Gauges and Recorders 438, 439
Concentric Reducers, Butt-Welding 355
Condensers, Atmospheric Ammonia 485
Conversion, General 658
Linear 658-662
Pressure 658, 664
Temperature 663
Weight 658, 664
Copper Discs for Valves 37
Expansion Joints 424, 425
Gaskets, Corrugated 567-570
Pipe 498, 533
Straps 51 1
Tubing Bends 510
Tubing for Crane-Seal Products 498
Tubing for Solder- Joint Products 512
Tubing, Expansion Due to Temperature Changes , . . 610
Tubing, Tools and Straps for 51 1
Corner Radiator Valves 78, 79
Corporation Stops, Brass 89
Corrosion-Resistant Alloy Fittings and Valves
Alloy Cast Iron (Valves only) 456
Chlorine (Valves only) 457
Chrome-Nickel-Moly- (18-8 Mo) 443-455
Monel 443-453
Nickel 443-453
Rubber Lined 451
Silicon Bronze 443-453
Sanitary 454, 455
Corrosive Fluids, Metals Recommended for 443-445
Corrugated Expansion Joints 425
Gaskets for Flanged Joints 567-570
Countersunk Plugs, Brass 259
Plugs, Iron 228
Couplings, A.A.R., Malleable Iron 193
Brass, Crane-Seal 495, 496
Brass, Hose _ 73
Brass, Solder-Joint 508
Brass, Standard 256, 257
Brass, 250-Pound 260
Cast Iron, Drainage 221
Cast Iron, 250-Pound 212
Chrome-Nickel-Moly. (18-8 Mo) 452
Chrome-Nickel-Moly. (18-8 Mo), Sanitary 455
Circulating Boiler, Malleable Iron 187
Circulating Boiler, Solder-Joint 509
Crane-Seal, Brass 495, 496
\m
• I 1
^r"A I J
UUfeiiiWi
*Ui^
VI
CRANE
Alphabetical Index (Cont,)
c
c
■ ■
i
!
I
Page
Couplings (Cont.)
Dayton 5^:f
Drainage ^^'
Faced 232
Forged Steel, Screwed, 3000-Pound W.O.G 339
Forged Steel, Screwed, 6000-Pound W.O.G. 340
Forged Steel, Socket-Welding 353
Hose 73
Malleable Iron, Circulating Boiler ""87
Malleable Iron, Dayton ^3
Malleable Iron, Drainage ■ 221
Malleable Iron, Faced 232
Malleable Iron, Standard 185
Malleable Iron, 300-Pound 190, 193
Monel *52
Nickel ^52
Pipe Hanger. . , 518
Sanitary, Stainless Steel 455
Silicon Bronze ■ ■ ■ ■ ■ ^52
Socket-Welding 353
Solder- Joint 508
Welded on 61 4
Wood Rod 89
Wrought Steel, Extra Heavy 229
Wrought Steel, XX Hydraulic 229
Wrought Steel, Car Heater 229
Wrought Steel, Casing Thread 229
Wrought Steel, Half 229
Wrought Steel, for Large O.D. Pipe 229
Wrought Steel, Standard 229
Cover] n g , Pipe 546, 547
Crane-Hulbert Drainage Fittings 224
Crane Special Brass, Properties of 2
Cranelap Flanges, Forged Steel, 150 to 2500-Lb. . . .361-367
Joints, Available Sizes and Types 610
Joints, Description 605-609
Joints, Dimension^ 608
Joints, Finishes for Faces 613
Welding Nipples, Steel 355
Crane-Seal Brass Valves and Fittings 489-497
Cranetilt Steam Traps, Non-Return 418
Steam Traps, Three-Valve Lifting 419
Granite Composition Discs for Valves - - - . 178
Gaskets 566-571
Gaskets, for Ammonia 485
Sheet Packing, Asbestos Composition 565
Cranoil Discs for Valves 32, 178
Crosby Gauges and Recorders 438, 439
Relief Valves 406, 407
Safety Valves 392
Cross Valves
Brass, Bolted Bonnet 35, 47
Brass, Regrinding 34
Brass, (Standard) 28
Brass, 150 and 200-Pound 34, 35
Brass, 300-Pound 47
Ferrosteel, 173 and 250-Pound. 152> 153
Iron Body, Composition Disc 151
Iron Body, Yoke Bonnet, 125, 175, & 250-Pound. .150-153
Main Injection 476
Marine 462, 463, 469
Crosses
A.A.R., Malleable Iron 1 93
Blow-Off, Cast Iron 376
Butt-Welding, Steel , . . . 354
Crane-Seal, Brass 494, 496
Flanged, Brass 264
Flanged, Cast Iron, Sprinkler 206, 274
Flanged, Cast Iron, 125-Pound 280
Flanged, Cast Iron, 250-Pound 288
Flanged. Cast Steel, 150 to 2500-Pound 345-347
Sanitary, Stainless Steel 455
Screwed, Brass, 125-Pound .256, 257
Screwed, Brass, 250-Pound 260
Screwed, Cast Iron, Long Sweep 204, 205
Screwed. Cast Iron, Sprinkler 197, 206
Screwed, Cast Iron, 125-Pound 200
Screwed. Cast Iron, 175-Pound 210, 2l1
Screwed, Cast Iron, 250-Poijnd 21 2
Screwed, Cast Steel 341
Page
Crosses (Cont.)
Screwed, Chrome-Nickel-Moly. (l8-8 Mo) 452, 455
Screwed, Forged Steel, 3000-Pound W.O.G 339
Screwed, Forged Steel, 6000-Pound W.O.G 340
Screwed, Forged Steel, 9000-Pound W.O.G 340
Screwed, Malleable Iron, Heavy 1 92
Screwed, Malleable Iron, Hydraulic 1 94
Screwed, Malleable Iron, Refinery Oil 189
Screwed, Malleable Iron, Standard 183, 184
Screwed, Malleable Iron, 300-Pound 190, 193
Screwed, Monel 452
Screwed, Nickel 452
Screwed, Silicon Bronze ^ 452
Solder- Joint, Brass 507
Sprinkler, Cast Iron, Flanged 206, 274
Sprinkler, Cast Iron, Screwed 1 97, 206
Crossover Bends 602
Tees 186
Crossovers, Screwed, Brass 256, 257
Screwed, Malleable Iron 186
Solder-Joint, Brass . 509
Cu ps, Grease 440
Cutters, Glass Tube 435
Pipe 542
Tubing 542
Cylinder Cocks, Brass 90
Operated Valves 171
D
Page
Dayton Couplings 433
Dead Weight Testers 438
Deflection of Horizontal Pipe Lines 643
Detroit Lubricators 440
Die Stocks, Armstrong 537
Beaver 541
Nye 537
Toledo 538, 539
Discharge Valves. Overboard 476
Disc Holders
For Brass Check Valves, Low Pressure 53
For Brass Check Valves, 150-Pound 56
For Brass Check Valves, 250-Pound 59
For Brass Check Valves, Solder- Joint 503
For Brass Globe and Angle Valves, Low Pressure ... 27
For Brass Globe and Angle Valves, 150-Pound 30
For Brass Globe and Angle Valves, 250.-Pound 37
For Brass Globe and Angle Valves, Cranoil Disc. ... 32
For Brass Globe and Angle Valves, Solder- Joint 502
Discs, Composition 178
Copper 37, 1 78
Granite '. 1 78
Cranoil 32, 178
Gasoline , 1 78
Double Branch Elbows, Cast Iron, Flanged, 125-Lb 276
Branch Elbows, Cast Iron, Flanged, 250-Pound 284
Branch Elbows, Cast Iron, Long Sweep 204, 205
Extra Strong Pipe 577
Hammer Lug Unions 248
Offset U-Bends 602, 603
Pipe Fittings , . . . 486, 487
Pipe Heat Exchangers 61 9
Strap Clamps 233
Sweep Tees, Cast Iron, Flanged, 125-Pound 278, 279
Sweep Tees, Cast Iron, Flanged, 250-Pound 286, 287
Sweep Tees, Cast Iron, Long Sweep 204, 205
Tapped Bushings, Iron 226
Thickness Cranelap Joints, 607
Y-Branches, Drainage 218-220
Drain Tappings on Flanged Fittings, Location of 645
Tees, Sprinkler 209
Drainage
Fittings, Brass 21 5-221
Fittings, Cast Iron 21 5-224
Fittings, Crane-Hulbert, for Wall Closets 224
Fittings, Malleable Iron 215-221
Fittings, Solder-Joint, Brass 51 1
Alphabetical Index (Cont.)
CRANE
■ *
Vll
t
D
E
Page
Drill Pipe Threads, A.P.I 595
Drilling Templates
150-Pound Brass 55O
250-Pound Brass ' * " 550
300-Pound Brass 550
25-Pound Cast Iron 551
125-Pound Cast Iron 551
250-Pound Cast Iron 552
800-Pound Hydraulic Cast Iron 552
.150-Pound Steel 553
300-Pound Steel , 553
400-Pound Steel 554
600-Pound Steel 554
900-Pound Steel 554
1500-Pound Steel 555
2500-Pound Steel 555
Dri p Pan Elbows, Cast Iron 391
Pockets, Cast Iron 421
Tees, Sprinkler 209
Drive Pipe Threads 595
Drop Elbows, Brass 256, 257
Elbows, Malleable Iron 186
Elbows, Solder-Joint 509
Tees, Brass 256, 257
Tees, Malleable Iron 186
Tees, Solder -Joint 509
E
Page
Eccentric Bushings, Iron 226
Flanges, Cast Iron 293, 295
Reducers, Butt- Welding, Steel 355
Reducers, Flanged, Cast Iron, 125-Pound 277
Reducers, Flanged, Cast Iron, 25a-Pound 285
Reducers, Flanged, Cast Steel, ISO to 1500-Pound, . 345
Reducers, Screwed, Cast Iron 201
Tees, Cast Iron» Screwed 198
Ejectors 441 , 442
Elasticity Modulus of Pipe 641
Elbows
A.A.R 193
Ammonia . 1 90, 483
Butt- Welding, Steel 354
Circulating Boiler Type 187, 509
Combination 252
Crane-Seal, Brass, 150 and 300-Pound 494, 496
Drip Pan, for Safety Valves 391
Flanged, Brass 264
Flanged, Cast Iron, Sprinkler 206-209, 274
Flanged, Cast Iron, 125-Pound 276, 277
Flanged, Cast Iron, 250-Pound 284, 285
Flanged, Cast Steel, 150 to 2500-Pound 345-349
Flanged, Chrome-Nickel-Moly. (18-8 Mo) 453
Flanged, Monel 453
Flanged, Nickel 453
Flanged, Silicon Bronze 453
Pressure Drop in , - ■ . 629
Screwed, Brass, 125-Pound 256, 257
Screwed, Brass, 250-Pound 260
Screwed, Cast Iron, Drainage 216, 217
Screwed, Cast Iron, Long Sweep 204
Screwed, Cast Iron, Sprinkler 197, 206-209
Screwed, Cast Iron, 125-Pound (Standard) 198
Screwed, Cast Iron, 175-Pound 210, 211
Screwed, Cast Iron, 250-Pound 212, 213
Screwed, Cast Steel 341
Screwed, Chrome-Nickel-Moly. (18-8 Mo) 452, 455
Screwed, Forged Steel, 2000 to 9000-Pound W.O.G. 338-340
Screwed, Malleable Iron, A.A.R 193
Screwed, Malleable Iron, Heavy 192
Screwed, Malleable Iron, Hydraulic 194-
Screwed, Malleable Iron, Refinery Oil . ." 189
Screwed, Malleable Iron, Standard 181, 186
Screwed, Malleable Iron, 300-Pound 190, 191, 193
Screwed, Monel 452
Screwed, Nickel ^^~
Screwed, Silicon Bronze 452
Page
Elbows (Cont.)
Socket- Welding, Forged Steel 353
Solder- Joint, Brass 507, 509, 51 1
Sprinkler, Cast Iron 197, 206-209, 274
Stainless Steel Sanitary 455
Union, A.A.R 243, 244
Union, Crane-Seal 497
Union, Radiator, Screwed 78
Union, Screwed, Brass 262
Union. Screwed, Malleable Iron, 150-Pound. . . . .238, 239
Union, Screwed, Malleable Iron, 200-Pound 241
Union, Screwed, Malleable Iron, 300-Pound. . . . .243, 244
Union, Solder- Joint 505, 509
Electric Motor Operated Valves 1 72, 1 73
Enclosure Railing Fittings, Malleable Iron 271
Engineering Data 621-667
Essex Lock Cocks 93
Exelloy, Properties of 3
Exelloy Globe and Angle Valves, Bar Stock 310
Exhaust Heads, Cast Iron 424
Relief Valves, Iron Body 378, 379
Expansion
Of Copper Tubing 51
Of Liquids, Increase in Pressure Due to 11
Of Pipe, Due to Temperature Changes 426
Of Pipe, Thermal 641
Expansion Hook Plates 532
Joints, Brass 426
Joints, Copper 424, 425
Joints, Iron Body 427, 428
Joints, Rubber 425
Joints, Steel Body 428
U-Bcnds, Copper Tubing 510
U-Bends, Standard Types 602, 603
Valves, Ammonia 482
Extension Bars, Perforated 519
Eye Bolts, for Pipe Hangers 523
Pieces, Brass 256, 257
Pieces, Malleable Iron 1 86
Pipe or Riser Clamps 51 9
Stems for Valves 1 69
Extra Heavy Wrought Couplings 229
Strong Pipe 576
Eye Bolts, Extension, for Pipe Hangers; , 523
F
Paee
Fabricated Piping 597-619
Face Bushings, Brass 259
Bushings, Iron 226
Bushings, Steel 227
Faced Couplings, Malleable and Wrought Iron 232
Locknuts, Malleable and Wrought Iron 232
Facings, Male. Female, T. and G., Dimensions ... 560, 561
Ring Joint, Dimensions 562, 563
Faci ngs and Finishes for Flanges, Description 61 2, 61 3
Fahrenheit-Centigrade Temperature Conversion 663
Faucets, Ground Key, Brass 88
Female and Male Facings for Flanged Products. . , . 560, 561
Ferrosteel , Properties of 4
Ferrosteel. Double Pipe Fittings 486, 487
Flange Unions 252
Flanged Fittings 273-288
Flanged Fittings for Ammonia 483
Flanges 292-295
Steam Separators 420, 421
• Steam Traps 41 5-41 7
Valves, Ammonia .• 480-482
Valves, Angle 152, 153
Valves, Blow-Off 376
Valves, Check 165, 166
Valves, Cross 152, 153
Valves, Foot 163
Valves, Gate, Double Disc 130-137
Valves, Gate, Wedge Disc .107-113
Valves, Globe 152, 153
Valves, Stop-Check 372
■w
1^
^1 ■ ' >
s,^
i
Vlll
CRANE
Alphahetical Index (Coni.)
F
Page
Filler Pieces 281
Finishes and Facings for Flanges 612, 613
Fire Hose, Underwriters' 73
Side Fusible Plugs 437
Fittings
A.AR 193
Air Tested, Standard, Malleable Iron. 188
Ammonia 483, 487
Brazing, Crane-Seal 494-497
Butt-Welding, Steel 354-356
Casing Thread, Cast Iron, Standard 203
Casing Thread, Cast Steel 341
Casing Thread, Malleable Iron, Heavy 192
Casing Thread, Malleable Iron, Refinery Oil 189
Casing Thread, Threading 596
Circulating Boiler 187, 509
Double Pipe 486, 487
Corrosion-Resistant Alloy 452-455
Crane-Seal, Brass 494-497
Drainage, Brass, Screwed 215
Drainage, Cast Iron 215-224
Drainage, Malleable Iron 215, 221
Drainage, Solder- Joint, Brass 511
Flanged, Ammonia 483
Flanged, Brass 264
Flanged, Cast Iron and Ferrosteel 273-288
Flanged, Cast Steel 343-350
Flanged, Chrome-Nickel-Moly. (18-8 Mo) 453
572
453
453
453
274
75
205
Flanged, Galvanizing
Flanged, Monel
Flanged, Nickel
Flanged, Silicon Bronze
Flanged, Sprinkler 206-209,
Hose
Long Sweep, Cast Iron, Screwed 204,
Marine, Brass and Iron 461
Marine, Steel 471-473
Railing 265-272
Reducing, How to Read 644
Sanitary, Stainless Steel , 454, 455
Screwed , A.A.R 1 93
Screwed, Ammonia 1 90
Screwed, Brass 255-263, 267
Screwed, Cast Iron 195-213, 226, 228
Screwed, Cast Iron, Drainage 215-224
Screwed, Cast Steel 341
Screwed, Chrome-Nickel-Moly. (18-8 Mo) 452, 455
Screwed, Forged Steel ,338-340
Screwed, Malleable Iron 179-194, 226, 268-272
Screwed, Monel 452
Screwed, Nickel 452
Screwed. Silicon Bronze 452
Socket-Welding, Forged Steel 351-353
Solder- Joint, Brass 506-51 1
Sprinkler, Cast Iron 197, 206-209, 274
Stainless Steel Sanitary ,......- 454, 455
Union, A.A.R 243, 244
Union, Brass 78, 262
Union, Cast Iron (Return Bends) 202
Union, Crane-Seal 497
Union, Malleable Iron 238, 239, 241, 243, 244
Union, Solder-Joint 505, 509
Vacuum , 21 5
Welding, Butt- Welding 354-356
Welding, Socket- Welding 351 -353
Flange Facings and Finishes, Description 612, 613
Facings, Male, Female, T.,&G., Dimensions 560, 561
Facings, Ring Joint, Dimensions 562, 563
Protectors for Valves and Fittings 557
Flange Unions
All-Iron, Ground Joint 251
Ammonia, Boyle 484
Ammonia, Tongue and Groove 252
Brass, 125-Pound, Gasket Type 263
Brass, 250-Pound, Gasket or Ground Joint Type. . . . 263
Cast Iron, "Navy" Pattern 249
Cast Iron, 125-Pound, Gasket Type 249
Cast Iron, 250-Pound, Gasket or Ground Joint Type. 249
Cast Iron, 5 -Bolt, Oil Country Pattern 249
Ferrosteel, Tongue and Groove 252
F
Page
Flange Unions (Cont.)
Forged Steel, Tongue and Groove 252
Forged Steel, 2000-Pound, Ground Joint 253
Forged Steel, 6000-Pound, Ground Joint 253
Forged Steel, 9000-Pound, Ground Joint 253
Malleable Iron, Standard, Gasket Type 250
Malleable Iron, Standard, Ground Joint 251
Malleable Iron, Three-Part, Ground Joint 251
Malleable Iron, Tongue and Groove 252
Malleable Iron, 400-Pound W.O.G., Gasket Type ... 250
"Navy" Pattern 249
Oil Country Pattern, 5-Bolt 249
Flanged Fittings
Ammonia 483
Brass 264
Cast Iron, 25-Pound 274
Cast Iron, 125-Pound 273-280
Cast Iron, 250-Pound 282-288
Cast Steel, 150 to 4000-Pound 343-350
Chrome-Nickel-Moly. (18-8 Mo) 453
Drain Tappings for 645
Ferrosteel 273-288
Galvanizing 572
Marine 461 , 471 -473
Monel 453
Nickel 453
Silicon Bronze 453
Sprinkler 206-209, 274
Flanged Joints
Assembly and Maintenance 624
Cranelap 605-610, 613
Facings for 560-563, 61 2, 61 3
Ring, Dimensions 562, 563
Ring, Facings and Finishes 61 3
Ring, List Prices of Rings 564
Screwed 60S
Welded 605-609
Flanges
Ammonia , 484
Blind, Cast Iron 291 , 292, 294
Blind, Corrosion-Resistant 453
Blind, Forged Steel 363-367
Blind, Forged Steel, for Ammonia 484
Brass, Floor 267
Brass, 150 and 300-Pound 264
Cast Iron, Common 290
Cast Iron, Floor 290
Cast Iron, 25 to 250-Pound 291 -295
Chrome-Nickel-Moly. (18-8 Mo) 453
Common, Cast Iron 290
Companion, Bolting-On 557
Cranelap, Forged Steel 361-367
Crane-Seal 495
Ferrosteel 292-295
Floor, Brass ,,..-.. 267
Floor, Cast Iron 290
Floor. Malleable Iron .268, 270, 290
Forged Steel, Ammonia 484
Forged Steel, 150 to 2500-Pound 361 -367
Forged Steel, 4000-Pound 350
Galvanizing 572-
Hanger, for Pipe , 520
Malleable Iron. Ammonia 484
Malleable Iron, Floor 268, 270, 290
Malleable Iron, 125-Pound 292
Marine 470-473
Monel 453
Nickel _ 453
Screwed, Ammonia , 434
Screwed, Brass 264
Screwed, Cast Iron 291 -295
Screwed, Corrosion-Resistant 453
Screwed, Ferrosteel 292-295
Screwed, Forged Steel 361-367, 484
Screwed, Malleable Iron 292 484
Silicon Bronze 453
Slip-On Welding, Forged Steel 1 '. . 361 -367
Solder- Joint ^^q
Wall, Malleable Iron 271
Welding Neck, Forged Steel ! .... 361 -367
X/pAa6«fcca/ FnJcx (Cont.)
CRANE
IX
F
G
h
Page
Flexible Ball, Swivel, and Revolving Joints 431
Float Valves 380, 381
Floor and Ceiling Plates 532
Flanges, Brass 267
Flanges, Cast Iron 290
Flanges, Malleable Iron, Angle 270
Flanges, Malleable Iron, Ball 268
Flanges, Malleable Iron, Round 290
Stands 168, 169
Flue Brushes and Scrapers 545
Fluid Flow, Valve and Fitting Resistance to 630, 631
Pressure Drop in Elbows and Bends 629
Pressures for Pipe, Internal 589
Fluxes, Soldering 511
Foot Valves
Brass, Names of Parts 52
Brass, Gasoline 53
Brass, Standard 54
Iron Body, Brass Disc 1 62
Iron Body, High Pressure 1 63
Iron Body, Leather Disc 162
Iron Body, Multiple Rubber Disc 1 63
Forged Carbon -Molybdenum Steel, Properties of 8
Carbon Steelp Properties of 8
Chrome-Molybdenum Steel, Properties of 8
Nickel Steel, Properties of 8
Nickel-Chrome Steel, Properties of 8
Forged Steel A.A.R. Unions 244
Combination Elbows 252
Fittings, Screwed 33S-340
Fittings, Socket-Welding 351 -353
Flanges, for Ammonia 484
Flanges, 150 to 2500-Pound 361-367
Hammer Lug Unions 248
Unions 244, 247, 248
Valves, Angle 310, 312^319
Valves, Check \ .,. 328-331
Valves, Gate 300
Valves, Globe 310, 312-319
Valves, Relief 407
Four-Way Cocks, Brass 91 , 94
Cocks, Iron 94
Tees, Brass 256, 257
Tees, Malleable Iron 183
Friction of Fluids in Valves and Fittings 630, 631
Fusible Plugs 437
G
Page
Garden Hose 73
Hose Valves 71
Gas Line Cocks, Iron 93
Stops, Brass 90
Valves, Gate, 500-Pound 134, 135
Gaskets
All Types, 150 and 300-Pound Brass 567
All Types, 25-Pound Cast Iron 566
All Types, 125-Pound Cast Iron 566
All Types, 175-Pound Cast Iron 567
All Types, 25D-Pound Cast Iron 567
AH Types, 800-Pound Hydraulic Cast Iron 570
All Types, 150-Pound Steel 564, 568
All Types, 300-Pound Steel 564, 568
All Types, 400-Pound Steel 564, 569
All Types, 600-Pound Steel 564, 569
All Types, 900-Pound Steel 564, 569
All Types, 1500-Pound Steel 564, 569
Ammonia . , . , 485
For Large Tongue and Groove Joints 570
Rings for Ring Joints 564
Gasoline Check Valves, Brass 53
Check Valves, Iron Body 1 57
Discs ■ 1 78
Foot Valves, Brass 53
Gate Valves, All-Iron
Double Disc 122-125, 128-133
Wedge Disc SS-1 1 1
Page
Gate Valves, Brass
Crane-Seal 492
Double Disc, 125-Pound 16, 17
Double Wedge Disc, 125-Pound 17
Hose 70,467
Marine 466, 467
Names of Parts .,,,,. ,...,, 14
Quick Opening 68
Radiator 80
Solder- Joint 504, 505
Solid Wedge Disc, 125-Pound 17
Underwriters', Cam Action 68
Underwriters', Hose 70
Underwriters', 200-Pound 21
Wedge Disc, Non-Rising Stem, 100-Pound 15
Wedge Disc, Non-Rising Stem, 125-Pound 16
Wedge Disc, Non-Rising Stem, 150-Pound 19
Wedge Disc, Non-Rising Stem, 200-Pound 21
Wedge Disc, Non-Rising Stem, 300-Pound 22
Wedge Disc. Non-Rising Stem, 350-Pound 24
Wedge Disc, Outside Screw and Yoke, 200-Pound. . . 21
Wedge Disc, Rising Stem, 125-Pound 17
Wedge Disc, Rising Stem, 1 50-Pound 1 9, 20
Wedge Disc, Rising Stem, 200-Pound 20
Wedge Disc, Rising Stem. 300-Pound 23
With Special Wheels and Finishes 16
Gate Valves, Cast Steel
By-Passes for 306
Gearing for 307
Marine 471-473, 475
Welded Bonnet 308
150-Pound 302-305
300-Pound 302-305
400-Pound 302-305
600-Pound (Large Sizes) 302-305
600-Pound (New Small Sizes) 298, 299
900-Pound 302-305
1500-Pound 302-305
2500-Pound 307
4000-Pound 350
Gate Valves, Corrosion-Resistant Alloy
Chrome-Nickel-Moly. (18-8 Mo) 448, 451
Monel 448, 451
Nickel 448, 451
Silicon Bronze 448, 451
Gate Valves, Ferrosteel
Double Disc, 400-Pound W.O.G...,. 130, 131
Double Disc, 500-Pound W.O.G 132, 133
Double Disc. 500-Pound Gas 1 34, 1 35
Double Disc. 800-Pound W.O.G 136, 137
Names of Parts 107, 120
Wedge Disc, 175-Pound 108, 109
Wedge Disc, 250-Pound .110, 111
Wedge Disc, 800-Pound Hydraulic 112, 113
Gate Valves, Forged Steel
600 and 900-Pound 300
Gate Valves, Iron Body
A.W.W.A., Double Disc 1 26. 1 27
Accessories for Double Disc Type 138, 139
Accessories for Wedge Disc Type 114, 115
Clamp 98, 99
Double Disc, Accessories (By-Passes. Etc.) 138, 139
Double Disc, All-Iron 122-125, 128-133
Double Disc, Brass Trimmed 122-137
Double Disc, Water Works 1 26, 1 27
Double Disc, 25-Pound (Low Pressure) 122, 123
Double Disc. 100-Pound W.O.G. (Light Standard) 1 24, 1 25
Double Disc, 200-Pound (A.W.W.A.) 126, 127
Double Disc, 200-Pound W.O.G. (Standard) 1 28, 1 29
Double Disc, 400-Pound W.O.G 1 30, 1 31
Double Disc, 500-Pound W.O.G 132, 133
Double Disc, 500-Pound Gas 134, 135
Double Disc, 800-Pound W.O.G 136, 137
Marine 468
Names of Parts, Double Disc 1 20
Names of Parts, Wedge Disc 101, 107
Process Industry 456
Quick Opening 99, 104
Split- Wedge Disc, Standard 105
Underwriters' 1 04
\m
iifi
ill'
.*'l
L ^ L _
u
llJIIilJ i^ill
UW^
CRANE
Alphabetical Index (Cont.)
G
G
lit!
Page
Gate Valves, Iron Body (Cont.)
Wedge Disc. Accessories (By-Passes, Etc.) 114, 115
Wedge Disc, All-Iron 98-111
Wedge Disc, Alloy Trimmed (18-8 Mo) 456
Wedge Disc, Brass Trimmed 98-113
Wedge Disc, Clamp 98, 99
Wedge Disc, Exelloy Trimmed 456
Wedge Disc, Marine 468
Wedge Disc, Process Industry 456
Wedge Disc, Quick Opening 99, 104
Wedge Disc, Underwriters' ■ 104
Wedge Disc, 25-Pound (Low Pressure) 100
Wedge Disc, 125-Pound (Standard) 100A,B,C,D, 101-106
Wedge Disc, 125-Pound, Clamp Gate 98, 99
Wedge Disc, 175-Pound 108. 109
Wedge Disc, 250-Pound 110, 111
Wedge Disc, 800-Pound Hydraulic 112, 113
Gate Valves (General)
A.W.W.A., Iron Body 126, 127
Butt-Welding 300, 302-307
Clamp, Iron Body 98, 99
Crane-Seal, Brass 492
Cylinder Operated 171
Gas. SOO-Pound 134, 135
Hose. Brass 70, 467
Marine 466-468, 470-473, 475
Motor Operated 1 72, 1 73
Process Industry, Alloy Cast Iron Body 456
Radiator 80
Solder-Joint, Brass 504, 505
Socket-Welding 298, 299
Underwriters', Brass 21 , 68, 70
Underwriters', Iron Body 104
Gauge Accessories ...,.,,, 435, 438, 439
Cocks 90
Glass Guards 435
Glass Tube Cutters 435
Glasses, "Pyrex" 435
Gauges. Altitude 438, 439
Ammonia 439
Compound . 438, 439
Liquid, for Ammonia 483
Liquid Level, for Corrosive Services 450
Pressure 438, 439
Siphons for 435
Vacuum 433, 439
Water 434
Gear Covers, For Cast Steel Wedge Gate Valves 307
For Iron Body Double Disc Gate Valves. .......... 139
For Iron Body Wedge Gate Valves 115
Gearing, for Cast Steel Angle Valves. 326
For Cast Steel Gate Valves 307
For Cast Steel Globe Valves 326
For Iron Body Double Disc Gate Valves 139
For Iron Body Wedge Gate Valves 115
Genspring Pipe Hangers 533
Glass Tube Cutters 435
Globe Valves, All-Iron
Ammonia 481 , 482
Union Bonnet 144, 145
Yoke Bonnet 150
Globe Valves, Brass
A.A.R., Inside Screw 42, 43
A.A.R., Outside Screw and Yoke 44, 45
Bolted Bonnet. 150 and 200-Pound. 35
Bolted Bonnet, 300-Pound 47
Bolted Bonnet, 2500-Pound Hydraulic 50
Composition Disc, for Air Lines 33
Composition Disc, Low Pressure 27
Composition Disc. 150-Pound 30
Comfxjsition Disc, 250-Pound 37
Copper Disc, 250-Pound 37
Crane-Seal 493
Cranoil Disc, for Light Oils and Gases 32
Lock Shield, Low Pressure 27
Lock Shield, Radiator 78, 81 , 82
Marine 462, 463, 467
Names of Parts 26
Needle Point 29
Outside Screw and Yoke 44-47
Page
Globe Valves, Brass (Cont.)
Plug Type Disc. 150-Pound 31
Plug Type Disc, 250-Pound 36
Plug Type Disc. SOO-Pound 40-47
Plug Type Disc, 350-Pound 48
Plug Type Disc, 2000-Pound Hydraulic 49
Plug Type Disc, 2500-Pound Hydraulic 50
Quick Opening, for Air Lines 33
Quick Opening, Self Closing, 125-Pound 66, 67
Quick Opening, Self Closing. 200-Pound 66
Radiator 78, 81
Regrinding, 200-Pound 34
Regrinding, 300-Pound 38, 39
Solder-Joint 502, 505
Union End, 300-Pound A.A.R., Inside Screw 43
Union End. 300-Pound A.A.R.. O.S. Sg Y 45
Union End, SOO-Pound Plug Type Disc 41
Union End, SOO-Pound Regrinding 39
Whistle Type 67
With Special Wheels and Finishes 27, 28
100-Pound (Low Pressure) 27
125-Pound (Standard) 28
150-Pound 30, 31, 34, 35
200-Pound 34, 35
250-Pound 3€, 37
aOO^Pound 38-47
350-Pound 48
IQOO-Pound Hydraulic 48
2000-Pound Hydraulic 49
2500-Pound Hydraulic 50
Globe Valves, Cast Steel
Gearing for 326
Marine .^ 471-473
Stop-Check, 300-Pound 373
Stop-Check, 400-Pound and Higher 374
Union End 31 1
150-Pound 322-325
300-Pound 322-325
400-Pound 322-325
600-Pound 31 1 . 322-325
900-Pound 322-325
1500-Pound 322-325
2500-Pound 326
4000-Pound 350
Globe Valves, Corrosion-Resistant Alloy
Chrome-Nickel-Moly. (18-8 Mo) 446, 447
Chrome-Nickel-Moly. (18-8 Mo), Bar Stock 310
Exelloy (Bar Stock) 310
Monel 446, 447
Nickel 446, 447
Silicon Bronze 446, 447
Globe Valves, Ferrosteel
Ammonia 481, 482
Yoke Bonnet, 175 and 250-Pound 152, 153
Globe Valves, Forged Steel
Bar Stock 31
Chlorine Service 457
Marine 474
600-Pound 312-317
900-Pound 316, 317
1 SOO-Pound 31 8
6000-Pound Hydraulic 31 9
Globe Valves, Iron Body
All-Iron, Union Bonnet 144, 145
All-Iron, Yoke Bonnet 150
Brass Mounted, 125-Pound 148
Composition Disc, Union Bonnet, 1 50-Pound 1 45
Composition Disc, Yoke Bonnet, 125-Pound 151
Marine 469
Names of Parts 1 49
Plug Type Disc. 146, 147
Union Bonnet 144-147
Yoke Bonnet 150-153
125-Pound (Standard) 148-151
150-Pound 144-146
175-Pound 152
250-Pound 153
400-Pound W.O.G 147
Glebe Valves, Malleable Iron
400-Pound W.O.G 147
A
j^lphabetical Index (Cont.)
CRANE
XI
W
G
H
Globe Valves (General)
A.A.R
Page
42-45
Air Line, Brass 33
Ammonia, All-Iron 481 , 482
Butt-Welding 316, 317, 322-326
Crane-Seal, Brass 493
Cylinder Operated 1 71
Marine. 462, 463, 469-474
Motor Operated , 172, 173
Overboard Discharge 476
Quick Opening, Brass 33, 66, 67
Radiator 78, 81
Socket-Welding 314, 315
Solder- Joint, Brass 502, 505
Stop-Check Pattern 372-374
Tank Float 380, 381
Goose Neck Pipe Bends 232
Government Pattern Radiator Valves 81
Unions, Brass 262
Grease Cases for Iron Body Double Disc Gate Valves - . . 1 39
Cases for Iron Body Wedge Gate Valves 115
Cups 440
Ground Joint Flange Unions 249, 251, 253
Union Fittings, Brass 78, 262, 497, 509
Union Fittings, Malleable Iron 238, 241 , 243, 244
Unions, Brass 262, 263, 497, 509
Unions, Corrosion-Resistant Alloy 452
Unions, Forged Steel 244, 247, 243
Unions, Malleable Iron 238-240, 242, 244, 246
Guards for Water Gauges 435
H
Page
Half Couplings, Wrought Steel .....'...... 229
S Traps, Drainage 221
Ham mer Blow Chain Wheels 176
Lug Unions 248
Handles, for Hydrants 89
For Valves 1 75
Size of Hole 1 75
Hanger Flanges 520
Rod Couplings 518
Rods 521
Hangers, Pipe 514-518, 533
Pipe, Accessories 518-523
Hard Metal, Properties of 2
Headers, Cast 281
Welded 616, 617
Heat, Exchangers, Fittings for 486, 487
Exchangers, Welded 61 9
Heating Water with Steam Coils 632, 633
Heavy Malleable Iron Fittings 1 92
Hexagon Bushings, Brass 259
Bushings, Iron 226
Bushings, Steel 227
Head Plugs, Steel 228
Nipples, Malleable Iron 186
High Temperature Pipe Thread Lubricant 548
Tensile Cast Iron, Properties of 4
Hitching Post Caps, Malleable Iron ^ 272
Hoffman Venting Valves, Traps, and Pumps 83-85
Hook Plates 532
Hooks, Chandelier 1°°
Pipe Hanger (U-Type) |18
Single - Ill
Horizontal Pipe Lines, Deflection of -_ ■ 643
Steam and Oil Separators 420, 421
Horizontal Check Valves
Brass, Ball Disc |o
Brass, 100-Pound (Low Pressure) 5J
Brass, 125-Pound (Standard) ■ 54
Brass, 150-Pound ■ I7 It
Brass, 200-Pound ' tt
Brass, 250-Pound en fii
Brass, 300-Pound ci
Brass, 350-Pound •-ir'^",- co
Brass, 1000, 2000, and 2500-Pound Hydraulic bJ
Page
Horizontal Check Valves (Cont.)
Chrome-Nickel-Moly. (I8-8 Mo) 449
Composition Disc, Brass 53, 56, 59
Composition Disc, Iron Body 156
Crane-Seal, Brass 492
Forged Steel, 500-Pound 328-330
Forged Steel, 900-Pound 330
Forged Steel, 6000 -Pound Hydraulic 331
Iron Body, Standard 1 59
Iron Body, Union Cap 1 56, 1 57
Marine 464, 465, 469-475
Monel 449
Nickel 449
Silicon Bronze 449
Solder- Joint, Brass 503
Solder-Joint, Brass, with Adaptors 505
Hose 73
Hose Clamps 74
Couplings 73
Fittings 75
Nozzles 74
Pipes 74
Threads 72
Valves, Angle, 250-Pound 71
Valves. Cab 39, 41
Valves, Chicago 71
Valves, Garden 71
Valves, Gate, Standard 70
Valves, Gate, Underwriters' 70
Valves, Marine 467
Hot Water Radiator Valves 78, 79
Hub End Valves
Gate. A.W.W.A 126, 127
Gate, Iron Body, Double Disc 122-125
Gate, Iron Body, Wedge Disc 102-104
Gate, Underwriters' 104
Gate, Wrenches for Top Nuts 177
Swing Check, Iron Body, Standard 160, 161
Swing Check, Iron Body, Underwriters' 164
Hydrant Clamps 89
Handles 89
Stops, Brass 89
Hydraulic Couplings, Wrought 229
Cylinder Operated Valves 171
Fittings, Malleable Iron 194
Pipe, Wrought Steel 577
I
Page
I -Beam Clamps for Pipe Hangers 522-524
Inch-Millimeter Conversion 659-662
I ncreasers, Drainage 221
Indicator Floor Stands 168
Posts, Standard and Underwriters' 170
Indicators for Iron Body Wedge Gate Valves 114, 115
For Iron Body Double Disc Gate Valves 139
I n jectors 441
Inserted Joint Casing 582
I nsulatjng and Finishing Cements 547
Materials, Anti-Sweat 546
Materials, Asbestocel Pre-Shrunk 546
Materials. Asbestos-Sponge Felted 546
Materials, Asbestos Paper 547
Materials, Asbestos Sheet Millboard 547
Materials^ Cements 547
Materials, 85% Magnesia 546
Materials, Wool Felt Fre-Shrunk 546
Materials, Zero 546
Inverted Open Float Steam Traps .415-417
I ron Bushings 226
Cocks 92-95
Cocks, Asbestos Packed 95
Cocks, Spring Loaded 94
Gaskets, Corrugated, Soft 567-570
Plugs 228
Iron Body Expansion Joints 427, 428
Swing Joints 430
■
III
k^i
1 1
iiUiUta
Xll
CRANE
Alphabetical Index (Cont,)
I
L
f
Page
Iron Body Valves
Ammonia 480-482
Angle 143-153
Back Pressure 378, 379
Butterfly 148
Blow-Off 376
Check 155-166
Cross 149-153
Exhaust Relief 378, 379
Float 380, 381
Foot 1 62, 1 63
Gate, Double Disc 1 1 9-1 41
Gate. Wedge Disc 97-117
Globe 143-153
Marine 468, 469
Pop Safety 389, 390, 392
Pulp Stock 375
Relief 401, 402, 404, 406
Safety 389, 390, 392, 393
StopXheck 372
Throttle 148
J
Page
Jet Pumps, Steam 441 , 442
Joints
Cranelap 605-610, 613
Expansion 424-428
Flanged, Description of 605-610
Flanged, Facings for 560-563
Flanged, Sizes and Types Available 610
Flexible Ball 431
Revolving 431
Ring, Description 607, 608, 613
Ring, Dimensions 562, 563
Silbrajz, Description 489-491
Solder-, Description 499-501
Swing 430. 432
Swivel 431
Threaded, Normal Engagement for 591
Threaded Pipe 592
Welded 605-609
K
Page
Keys, Lock -Shield Valve 177
Street Washer 89
Kilogram-Pound Conversion 664
Klipfel Back Pressure Valves 379
Pressure Reducing Valves 412, 413
Tank Float and Lever Valves 380
Thermostats 41l 4
L
Page
Large O.D. Pipe, Wrought Steel 579
Laterals, Flanged, Cast Iron, 125-Pound 280
Flanged, Cast Iron, 250-Pound 288
Flanged, Cast Steel, 150 to 2500-Pound 345-349
Lead Gaskets 485, 571
Lever and Chain Try Cocks 435
Lever and Weight Reducing Valves .412, 413
Safety Valves , 393
Swing Check Valves, Cast Steel 33g
Swing Check Valves, Iron Body 163
Levers for Valves •]75
Lifting Steam Traps, Cranetilt Three- Valve 419
Line Pipe, A.P.I ' S80
Linear Conversion 659-662
Li nen Hose, Unlined 73
Page
Liquid Gauges, Ammonia 483
Gauges, Brass 434
Gauges, Corrosion-Resistant Alloy 450
Loafer Rails, Cast Iron 272
Lock Cocks, Essex Pattern 93
Cocks, Gas Line 93
Nuts, Brass 256, 257
Nuts, Cast Iron 201
Nuts, Faced, Malleable Iron 232
Nuts, Hexagonal, Malleable Iron 185
Stops, Gas Service 90
Lock Shield Angle Valves 27
Gate Valves 16
Globe Valves 27
Keys 177
Radiator Valves 78-82
Lockup Caps for Iron Body Double Disc Gate Valves. . 138
Caps for Iron Body Wedge Gate Valves 114
Long Screws 232
Long Radius Elbows, Flanged, Cast Iron, 125-Lb. . .276, 277
Flanged, Cast Iron, 250-Pound 284, 285
Flanged, Cast Steel, 150 and 300-Pound 345, 346
Stainless Steel, Sanitary 455
Long Sweep Elbows, Malleable Iron, Hydraulic 194
Fittings, Screwed, Cast Iron 204, 205
Lubricants, Pipe Thread 548
Lubricators ..,,., 440
M
Page
Machine Bolts, List Prices 556, 557
Properties of 9, 622
Torque to Produce Stress and Resulting Load 623
Magnesia (85%) Insulations 546, 547
Main Injection Valves 476
Maintenance and Assembly of Flanged Joints 624
Male and Female Facings for Flanged Material 560, 561
Malleable Iron, Properties of 4
Malleable Iron A.A-R, Fittings and Unions, . 193, 242-244
Ammonia Fittings 190, 483
Bushings 226
Drainage Fittings 215-221
Fittings, Banded and Plain 179-194
Flange Unions 250-252
Flanges 292
Flanges, Floor 290
Flanges, Tongue and Groove 484
Railing Fittings 268-272, 290
Swing Joints 432
Unions and Union Fittings 235-246
Valves, Angle 147
Valves, Check 1 55
Valves, Globe , 147
Manganese Bronze, Properties of 2
Manjfold Valves 476
Marine, Fittings, Brass 461
Fittings, Cast Steel, Flanged 471 -473
Fittings, Cast Iron 461
Fittings, Malleable Iron 461
Flanges, Forged Steel 470-473
Fusible Plugs 437
Pipe Hangers, Genspring 533
Ratings for Steel Products, Adjusted 470
Requirements and Specifications 460, 461
Marine Valves, Brass
Angle 462, 463
Check 464^ 455
Chronometer 475
<^^<^ss ".\\" .".462, 463
Gate 466, 467
Globe 462,463
Hose 467
Radiator, Globe and Angle 81, 467
^^Ji^f 397, '477, 478
Safety 335, 392, 477
Screw-Down Check 462 463
Swing Check ;;;;'; ;464; 465
mmmmmm
^IM
Alphabetical tndtx [Cont.)
CRANE
Xlll
M
N
Page
Marine Valves, Cast Steel
Adjusted Pressure Ratings 47Q
Angle 471 -473
Gate 471 -473, 475
Globe 471 -473
Main Injection 476
Safety 392, 477
Swing Check 471 -473, 475
Marine Valves, Forged Steel
Angle 474
Check _ 475
Globe 474
Marine Valves, Iron Body
Angle 469
Back Pressure 379
Gate 468
Globe 469
Main Injection 476
Overboard Discharge 476
Relief 478
Swing Check 469
Marine Valves (General)
Bar Stock (18-8 Mo). Globe and Angle 474
Cargo Oil Wedge Gate 468
Chronometer 476
Hose 467
Main Injection 476
Manifold 476
Overboard Discharge 476
Radiator 81, 467
Markings of Crane Products 10
Marshalltown Gauges 439
Merchant Casing 581
Metallic Gaskets, Corrugated .567-570
Metals Used in Crane Valves and Fittings 1-9
Metric System, Conversion Tables and Chart 658-664
Mill Hose 73
Millimeter-Inch Conversion 659-G62
Mine Cocks, Iron, Spring Loaded 94
Mitre Welds 614
Modulus of Elasticity of Pipe 641
Monel Metal, Properties of 3
Fittings 452, 453
Flanges and Unions 452, 453
Valves, Angle, Check, Gate, and Globe 443-449
Valves, Special Type 450, 451
Monkey Wrenches 544
Motor Operated Valves^ Air^ Gas, and Electric 172, 173
Mueller Water Pressure Regulators 414
Multiple Disc Foot Valves* Iron 163
N
Page
Navy Pattern Flange Unions, Cast Iron 249
Valves, Angle, Globe, and Cross . . , , 34
Valves, Check 57
Needle Point Air Valves, Brass 29
Globe and Angle Valves, Bar Stock 310
Globe and Angle Valves, Brass 29
Nickel, Properties of 3
Nickel Alloy, Properties of 2
Alloy Cast Steel, Properties of 7
Alloy Forged Steel, Properties of 8
Chrome Alloy Cast Steel, Properties of 7
Chrome Alloy Forged Steel, Properties of 8
Fittings 452, 453
Flanges 453
Unions 452
Valves 443-451
Nipples, Brass 258
Butt-Welding, Steel 355, 356
Hexagon, Malleable Iron 186
Hose 75
Seamless Steel 230, 231
Solder- Joint 508
Stainless Steel, Sanitary 455
Wrought Steel 230, 231
Page
Ni-Resist Cast Iron, Properties of 4
Non-Return Steam Traps, Cranetilt 418
Valves See Stop-Check Valves
Normal Thread Engagement for Pipe Joints 591
Nozzle Welds 614
Nozzles, Hose 74
Nye Die Stocks. 537
o
Page
O.D. Pipe, Large, Wrought Steel 579
Offset Bends, Copper Tubing 510
Standard Type 602
Offsets, Drainage, Cast Iron 221
Malleable Iron 1 86
Sprinkler, Cast Iron 209
Oil and Steam Separators 420, 421
Country Flange Unions, Cast Iron 249
Country Tubular Goods, Threading of 593-596
Refinery Fittings, Malleable Iron 189
Well Tubing Threads 595
Oilers , 440
Open Float Steam Traps 415-417
Ordering Valve Replacenient Parts 167
Overboard Discharge Valves 476
P
Page
P Traps, Drainage 221
P/S Values for Steel Pipe 637
Packing, Sheet 56S
Parmelee Pipe Wrenches 544
Partition Crosses, Drainage 219
Parts, Names of, Brass Check and Foot Valves 52
Names of, Brass Gate Valves 14
Names of, Brass Globe and Angle Valves 26
Names of, Iron Body Clamp Gate Valves 98
Names of. Iron Body Double Disc Gate Valves 120
Names of, Iron Body Wedge Gate Valves 101, 107
Names of. Iron Body Globe and Angle Valves 149
Replacement, Ordering _ 167
Penberthy Injectors and Ejectors 441
Perforated Extension Bars 519
Pet Cocks, Brass 90
Pipe
A.Pl. Line 580
Brass, Regular and Extra Strong 583
Brass, Used with Crane-Seal Silbraz Products 498
Coils 618
Copper, Regular and Extra Strong 583
Copper, Used with Crane-Seal Silbraz Products 498
Steel, Allowable Stresses and Calculations 635-637
Steel, A.P.I. Line 580
Steel, American Standard for 584-587
Steel, Double Extra Strong 577
Steel, Extra Strong ,,.,.,,..,..., 576
SteeU Hydraulic 577
StecU Large O.D 579
SteeU Reamed and Drifted 578
Steel, Standard 576
Steel, Trade Practice 574
Wrought Iron 574
Pipe (Data)
American Standard. 584-587
Bundling Schedule 578
Deflection of Horizontal Lines 643
Design Formula, Code for Pressure Piping 635
Discharge of Water Through 625-627
Expansion Due to Temperature Changes 426
Flow of Water Through 628
General Data 588
Internal Fluid Pressures 589
Modulus of Elasticity, .^ 641
Thermal Expansion 641
m
H
' i
1 .
I
^^^•^l
1 t . ■ 1 1-
1:1. ■•'■^^^' ^
„^^^H^*a_«*_
miuk
■;^ .Wr
XIV
CRANE
Alphabetical Index (Cortt^)
P
P
Page
Pipe Bends
Dimensions and Data 602-604
Fabricating Facilities for 597-601
Formulas for Calculating 638, 639
Length of Pipe in 640
Minimum Radii and Tangents 602, 603
Notes on 602-604
Pressure Drop in 629
Small Type 232
Special and Compound Types 604
Standard Types 602, 603
Testing of 61 9
Pipe Hangers, Code for Pressure Piping Excerpts 534
Standards and Specifications for 534
Pipe Hangers
Adjustable Clip 514
Adjustable Swivel Pipe Roll 51 6
Adjustable Swivel Ring 515
Band 514
Clevis 514
Clip Ring 51 4
Genspring, for High -Temperature Installations 533
Hook, U-Type 518
Ring Type 51 5
Ring and Bolt Type 51 4
Roll Type 516, 517
Single Pipe Roll with Sockets 51 7
Single Pipe Roll with Special Sockets 51 7
Split Ring 515
Spring Cushion Type 51 6
Swivel Pipe Roll, Adjustable 516
Swivel Ring 51 5
U-Hook Type 518
Underwriters' 514, 515, 518
Pip* Hanger Extensions, Cennections, Etc.
Adjustable Swinging Flanges 520
Adjustable Swivel Couplings 518
Bracket Clips 525
Brackets, Welded Steel 524, 525
Ceiling Plates 532
Channel Clamps 522
Clamps, Channel 522
Clamps, I-Beam 522-524
Clamps, Pipe 519
Clamps, Riser 51 9
Clip Bases for Adjustable Clips 514
Clips for Brackets ...,..., 525
Couplings, Adjustable Swivel 518
Couplings, Hanger Rod 518
Couplings, Rod 51 8
Extension Bars, Perforated 519
Extension Eye Bolts 523
Extension Piece 520
Eye Bolts 523
Flanges, One-Piece 520
Flanges, Swinging, Adjustable 520
Flanges, Swivel 520
Floor Plates 532
Hanger Rods 521
I-Beam Clamps 522-524
Perforated Extension Bars 519
Pipe Clamps 51 9
Pipe Covering Protection Saddles 530
Plates, Ceiling and Floor 532
Riser Clamps 51 9
Rod Couplings 518
Rods, Hanger 521
Saddles, for Pipe Covering 530
Sockets 51 5
Sockets for Single Pipe Rolls . , 517
Steel Brackets 524, 525
Swinging Flanges 520
Swivel Couplings 51 8
Swivel Flanges 520
Toggle Bolts 518
Tumbuckles 519
Underwriters' Eye Bolts 523
Underwriters' Hanger Flanges 520
Underwriters' I-Beam and Channel Clamps 522-524
Underwriters' Riser and Pipe Clamps 51 9
Page
Pipe Supports, Code for Pressure Piping Excerpts , , , . 534
Standards and Specifications for 534
Spacing of 642
Pipe Supports
Adjustable Chair with Base Plate 529
Adjustable Pipe Roll Stand 527
Adjustable Pipe Roll Stand with Base Plate 527
Adjustable Saddles 531
Anchor Chair 529
Base Plates for Pipe Chairs 529
Base Plates for Pipe Roll Stands 527, 528
Brackets for 524, 525
Chair 529
Expansion Type Hook Plates 532
Hook Plates 532
Pipe Clamps 519
Pipe Roll and Plate 528
Pipe Roll Stands 526, 527
Pipe Roller 526
Pipe Rolls for 526
Plates, Hook 532
Pole Type, for Outside Lines 528
Riser Clamps 519
Saddles 531
Seats , 529
Single Wall Hooks 531
Stanchion Saddles 531
Stands, Pipe Roll 526, 527
Wall Hooks 531
Wall Type 531, 532
Welded Steel Brackets for 524, 525
Pipe Threads
A.P J. Drill 595
American Standard 590
British Standard 591
Casing 593-596
Drive 595
Engagement Necessary to Make Tight Joint . . . ,591 , 592
Lubricants for 548
Railing 266
Rotary 595
Pipe Threading Tools and Accessories
Cutters 542
Dies 537
Drills and Taps, Combined 545
Power Machines for Threading 540
Reamers 542, 545
Stocks. 537
Taps 545
Thread Lubricants 548
Threading Devices 537-541
Tongs 544
Vises 536
Wrenches 543, 544
Pipes, Hose 74
Piping, Fabricated, Facilities for Manufacture. . 597-601
Flange Facings and Finishes .61 2, 613
Flanged Joints, Description 605-610
Flanging Processes 605-609
Pipe Bends 602-604
Pipe Coils 618
Testing , , , 619
Welded Piping 614-619
Welds Generally Used 61 4
Pitched Return Bends, Cast Iron 202
Plain Pattern Railing Fittings, Malleable Iron 272
Plates, Floor and Ceiling 532
Hook 532
Plugs
Brass, Countersunk 259
Brass, Solid 259
Brass, Square Head 259
Chrome-Nickel-Moly. (18-8 Mo) 452, 455
Crane-Seal 495
Fusible , 437
Iron, Bar 228
Iron, Barrel 228
Iron, Countersunk 228
Iron, Square Head 228
Iron, Solid 228
AtpfiQ^cticai Index {Cont.)
CRANE
XV
P
R
I
Page
Plugs (ContO
Monel 452
Nickel 452
Silicon Bronze 452
Solder-Joint 508
Stainless Steel, Sanitary 454, 455
Steel, Hexagon Head 228
Steele Square Head . 228
Tapped for Air Cocks, Iron 228
Pop Safety Valves
Brass, for Low Pressure Kettles, Cookers, Etc 388
Brass, for Saturated and Superheated Steam . , .384, 385
Brass, for Steam Heating Boilers 388
Brass, Marine 384, 385, 477
Brass, Outside Spring 385
Cast Steel, for High Temperatures 391, 392
Cast Steel, Marine 391, 392, 477
Iron Body, for Air and Gas 390
Iron Body, for Steam Heating Boilers 389
Posts, Indicator 170
Pound-Kilogram Conversion 664
Power Pipe Machines 540
Pressure Conversion 664
Drop in Elbows and Bends 629
Gauges 438, 439
Reducing Valves 412, 413
Regulators 410, 411, 414
Properties of Crane Metals 2-9
Saturated Steam 650-653
Superheated Steam 654-657
Protection Saddles for Pipe Covering 530
Protectors, Flange 557
Pulp Stock Valves, Iron Body 375
Pumps
Condensation 85
Sump, Electric 442
Underground Vertical 85
Vacuum 85
Pyrex Glasses for Gauges < . 435
Q
Page
Quarter Bends, Copper Tubing 510
Small, Wrought Steel 232
Standard Type 602
Quick-Acting Throttle Valves, Brass 69
Throttle Valves, Iron 14S
Quick-Opening Gate Valves, Alloy Metal 451
Gate Valves, Brass 68
Gate Valves, Iron Body 104
Gate Valves, Iron Body, Clamp Type 99
Globe Valves, Brass, 125-Pound 66, 67
Globe Valves, Brass, 150-Pound, for Air 33
Globe Valves, Brass, 200-Pound 66
R
Page
Radial Back Cranelap Joints 607
Radiator Tail-Pieces, Extra Length 82
Thermostatic Traps 84
Union Elbows 78
Union Elbows, Solder -Joint 505
Valves, Air 82
Valves, All Types, Brass 77-84
Valves, Bellows °4
Valves, Gate 80
Valves, Government Pattern 81
Valves, Hot Water ■ 78, 79
Valves, Lock-Shield 82
Valves, Lock-Shield, Keys for 177
Valves, Marine 81 , 467
Valves, Solder -Joint 505
Valves, Venting. ® ' ^^
Railing Pipe Threads 266
Page
Railing Fittings
Brass 267
Cast Iron, Floor Flanges 290
Cast Iron, Loafer Rails 272
Malleable Iron, Adjustable 271
Malleable Iron, Ball Pattern 268, 269
Malleable Iron, Enclosure 271
Malleable Iron, Plain Pattern 272
Malleable Iron. Stair Rail 270, 271
Railroad Union Fittings, Malleable Iron 241
Unions, Malleable Iron 240
Range Boiler Fittings, Brass, Solder-Joint 509
Malleable Iron 187
Ratchet Die Stocks 537, 538, 541
Reamers, Self-Feeding 542
Ratings, Pipe, Method of Calculating 635-637
Reamed and Drifted Pipe 578
Reamers, Pipe 542, 545
Recessed Couplings, Wrought 229
Recorders, Pressure, Vacuum, Compound, or Alti-
tude 438, 439
Reducers
A.A.R.. Malleable Iron 193
Ammonia 1 90
Butt- Welding, Steel 355
Crane-Seal, Brass 495, 496
Flanged, Cast Iron, 125-Pound (Standard) 277
Flanged, Cast Iron, 250-Pound 285
Flanged, Cast Steel, 150 to 2500-Pound 345-349
Hose. Brass 75
Screwed, Brass, 125-Pound (Standard) 256, 257
Screwed, Brass, 250-Pound 260
Screwed. Cast Iron, 125-Pound (Standard) 201
Screwed, Cast Iron, 175-Pound 210, 211
Screwed, Forged Steel, 3000-Pound W.O.G 339
Screwed, Forged Steel, 6000-Pound W.O.G 340
Screwed, Forged Steel, 9000-Pound W.O.G 340
Screwed, Malleable Iron, Standard 184
Screwed, Malleable Iron, 300-Pound 190-193
Screwed, Malleable Iron, Heavy 192
Solder-Joint. Brass 508
Reducing Fittings, How to Read 644
Reed Pipe Vises 536
Refinery Oil Malleable Iron Fittings, Standard 189
Regulators, Pressure 410, 411, 414
Reinforcing Welding Saddles 356
Relief Valves
All-Iron, for Ammonia 401
Brass, for Air 394, 398, 399
Brass, for Cold Water 394, 396, 397, 400
Brass, for Gas 398, 399
Brass, for Hot Water 394-397
Brass, for Oil 396, 397, 400
Brass, for Steam 394, 396, 397
Brass, for Water Heaters 395
Brass, Hydraulic 400
Brass, Marine 397, 477, 478
Brass, Vacuum 395
Cast Steel, Crosby Nozzle Type 406
Cast Steel, Inside Spring 403
Cast Steel, Outside Spring , , 405
Chrome-Nickel-Moly. (18-8 Mo) 450
Forged Steel Base and Disc 407
Iron Body, Crosby Nozzle Type 406
Iron Body, Inside Spring 402
Iron Body, Marine 478
Iron Body, Outside Spring 379, 404
Marine. ■ . ■ -397, 477, 478
Monel 450
Nickel 450
Silicon Bronze 450
Vacuum 395
Renewable Discs for Valves, Composition 178
Replacement Parts for Valves, Ordering 167
Return Bends
Ammonia 190, 433, 487
Back Outlet 190, 202
Butt- Welding. Steel 355
Copper Tubing 51
Crane-Seal, Brass 495
Win
ml
"I
iliii
i
I
I
II
Ifr ri.'l.llitJLiJI
XVI
CRANE
Alphabetical Index (Cont*)
^S
i >.
V\
R
page
Return Bends (Cont.)
Double Pipe ^86* 487
Flanged, Cast Iron 281
Flanged, Cast Steel, 150 and 300-Pound .345, 346
Flanged, Ferrosteel 281
Screwed, Brass, Standard 256, 257
Screwed, Brass, 250-Pound 260
Screwed. Cast Iron, Standard 202
Screwed, Cast Iron, 175-Pound 210
Screwed, Cast Iron, 250-Pound 212
Screwed, Malleable Iron, Standard 185
Screwed, Malleable Iron, 300-Pound 190
Screwed, Wrought Steel 232
Solder- Joint, Brass 51
Union End, Cast Iron 202, 487
Reversible Stops, Brass 88
Revolving Joints, Barco 431
Ridgid Pipe and Tubing Cutters 542
Pipe Wrenches 543
Ring Joint Facings and Rings, Dimensions 562, 563
Joints, Description 607, 608, 613
Joints, Rings for, List Prices 564
Gaskets 566-571
Type Pipe Hangers 514, 515
Riser Clamps for Pipe Hangers 519
Rivet Data for Railing Fittings 266
Rod Couplings for Pipe Hangers 518
Rods, Hanger 521
Roll and Plate, Pipe 528
Stands, Pipe 526, 527
Rol ler Supports, Pipe 526
Rolls, Pipe 517, 526
Roof Connections, Drainage 220
Rotary Pipe Threads 595
Rough Stops, Brass 88
Rubber Gaskets, "CC" 566, 567, 570, 571
Gaskets, Ammonia 485
Gaskets, Cloth Inserted 566, 567, 571
Lined Gate Valves 451
Sheet Packing, "CC" 565
Spool Type Expansion Joints 425
Running Traps, Drainage 221
s
Page
S Traps, Drainage 221
Sadd le Supports for Pipe 531
Saddles, Pipe Covering Protection 530
Safety Valves
Brass, Crosby Nozzle Type, for Steam 392
Brass, Inside Spring, for Air and Gas 386, 387
Brass, Lever and Weight 393
Cast Steel, Crosby Nozzle Type, for Steam 392
Iron, Lever and Weight 393
Marine 477
Pop, Brass . 384, 385, 388
Pop, Cast Steel 391, 392
Pop, Iron Body 389
Pop, Marine 384, 385, 477
Sampling or Vent Valves for Transformer Oil 33
Sanitary Valves and Fittings, Stainless Steel 454, 455
Saturated Steam, Properties of 650-653
Saunders Pipe Cutters .,,,.,.... 542
Sawi ng Vises 511
Scrapers, Flue 545
Screw-Down Check Valves, Marine 462, 463, 471-473
Screwed Flanged Joints 605
Screwed Fittings
A.A.R 193
Ammonia 1 90
Brass, Railing 267
Brass, 125 and 250-Pound 256-260
Cast Iron 195-224
Cast Steel, 1000 and 2000-Pound W.O.G 341
Chrome-Nickel-Moly. (18-8 Mo) 452
Chrome-Nickel-Moly. <18-8 Mo), Sanitary 455
Circulating Boiler 187, 509
s
Page
Screwed Fittings (Cont.)
Drainage - 21 5-223
Forged Steel, 2000 to 9000-Pound W.O.G 338-340
Long Sweep, Cast Iron 204, 205
Malleable Iron 179-194
Monel 452
Nickel 452
Sanitary, Stainless Steel 454, 455
Silicon Bronze 452
Sprinkler 197, 206-209
Screwed Flanges
Ammonia 484
Brass, 150 and 300-Pound 264
Cast Iron, 25-Pound 291
Cast Iron, 125-Pound 292, 293
Cast Iron, 250-Pound 294, 295
Chrome-Nickel-Moly. (18^8 Mo) 453
Common, Cast Iron 290
Ferrosteel, 125 and 250-Pound 292-295
Floor, Brass 267
Floor, Cast Iron 290
Floor, Malleable Iron 268, 270, 290
Forged Steel. Ammonia 484
Forged Steel, 150 to 2500-Pound 361 -367
. Forged Steel, 4000-Pound 350
Malleable Iron, Ammonia 484
Malleable Iron, 125-Pound 292
Marine 460, 471-473
Monel ,...,,... 453
Nickel 453
Silicon Bronze 453
Seamless Steel Pipe 574-577, 579, 580, 584-586
Steel Nipples and Couplings .229-231
Sediment Separators 422, 423
Self-Adjusting Packed Radiator Valves 79
Self- Feeding Ratchet Reamers 542
Separators, Oil and Steam 420, 421
Sediment 422, 423
Service Tees, Brass, Standard 256, 257
Malleable Iron, Standard 183
Shaped Welding Nipples, Steel 356
Sheet Packing, "CC" Rubber 565
Packing, Cranite Asbestos Composition , . . . 565
Shock Effect on Valves and Fittings 11
Side Outlet Elbows, Flanged, Cast Iron, 125-Pound . . . 276
Elbows, Flanged, Cast Iron, 250-Pound 284
Elbows, Screwed, Brass, Standard 256, 257
Elbows, Screwed, Cast Iron, Standard 198
Elbows, Screwed, Malleable Iron, Standard 181
Tees, Flanged, Cast Iron, 125-Pound 278
Tees, Flanged, Cast Iron, 250-Pound 286
Silbraz Joints, Description and Products Used with 489-498
Silicon Bronze, Properties of 2
Bronze Fittings, Flanges, Unions, and Valves. . . .446-453
Simpact Self- Contained Pipe Threaders 539
Single Hammer Lug Unions 248
Offset Quarter Bends 602
Offset U-Bends 602
Strap Clamps, Malleable Iron 233
Sweep Tees, Flanged, Cast Iron, 125-Pound 278, 279
Sweep Tees, Flanged, Cast Iron, 250-Pound 286, 287
Sweep Tees, Screwed, Cast Iron (Long Sweep).. . 204, 205
Sink Elbows and Tees, Solder-Joint, Brass 508, 509
Siphons for Steam Gauges 435
Sizing Tools for Soft Copper Tubing 511
Sleeve Welds 61 4
Sleeves, Welding 356
Slip-On Welding Flanges, 150 to 2500-Pound 363-367
Socket Wrenches, Tee Handle 177
Sockets for Pipe Rolls, Malleable Iron 517
Socket-Welding Fittings, Forged Steel 351-353
Flanges, Marine 470
Valves, Cast Steel, Angle, 150 to 1500-Pound 308
Valves, Cast Steel, Check, 150 to 1500-Pound 308
Valves, Cast Steel, Gate, 150 to 1500-Pound . . . .299, 308
Valves, Cast Steel, Globe, 150 to 1500-Pound 308
Valves, Forged Steel, Angle, 600-Pound 314, 315
Valves, Forged Steel, Check, 600-Pound 328, 329
Valves, Forged Steel, Globe, 600-Pound 314, 315
Soft Iron Gaskets, Corrugated 568-570
KA
^/p/i>aA»eltco/ index {Conf.)
CRANE
xvn
S
S
I
Solder-Joint Adapters 505, 508
Bends 510
Companion Flanges 510"
Fittings 506-51 1
Union Elbows 505, 509
Unions 509
Valves> Angle 502
Valves, Check 503
Valves, Gate 504
Valves. Globe 502
Valves, Radiator 505
Valves, Swing Check 503
Valves, with Adaptors 505
Soider-Joints, Description and Instructions 500, 501
Ratings and Recommendations for Products 506
Tubing (Copper) Used With 51 2
Solderi ng Fluxes 511
Solders and Fluxes 51 1
Solid Ring Pipe Hangers 514, 515
South Penn Casing Threads 594
Spanners, Hose. 75
Special Brass, Crane, Properties of 2
Spool Type Rubber Expansion Joints 425
Spring Cushion Pipe Hangers 516
Loaded Cocks 94
Sprinkler Fittings, Cast Iron 197, 206-209, 274
Square Head Plugs, Brass 259
Head Plugs, Iron 228
Head Plugs, Iron, Tapped for Cock 228
Head Plugs. Steel 228
Stainless Steel Sanitary Valves and Fittings 454, 455
Stair Rail Brackets, Malleable Iron 272
Rail Fittings, Malleable Iron 270, 271
Stanchion Saddle-Type Pipe Supports 531
Standard Pipe, Wrought Steel 575
Stands, Floor 168, 169
Steam, Data Pertaining to 649
Definitions of Terms Used With 648
Pressure Drop in Elbows and Bends 629
Resistance of Valves and Fittings to Flow of . . . 630, 631
Saturated, Properties of 650-653
Superheated, Properties of > 654-657
Steam Brass, Properties of 2
Coils, Heating Water With 632, 633
Hose and Hose Couplings 73
Jet Pumps 441 , 442
Separators 420, 421
Traps 415-419
Steel Bushings 227
Pipe Data 588
Plugs 228
Stellite C^U") Trim 3
Stem Protectors for Iron Body Double Disc Gate Valves. 139
Protectors for Iron Body Wedge Gate Valves 115
Stems, Extension, for Valves 169
Stillson Pipe Wrenches 543
Stocks and Dies 537
Stop-Check Valves, General Data 370, 371
Cast Steel, 300-Pound 373
Cast Steel, 400^Pound 374
Cast Steel, 600-Pound 374
Cast Steel, 900, 1500, and 2500-Pound 374
Ferrosteel, 250-Pound 372
Stops, Brass 88-90
Strainers (Sediment Separators) .422, 423
Strap Wrenches 544
Straps for Copper Tubing 511
Street Washer Tees 89
Street Elbows
A.A.R 193
Aininonia 1 90
Crane-Seal, Brass 494, 496
Screwed, Brass, Standard 256, 257
Screwed, Cast Iron, Drainage 216
Screwed, Forged Steel, 3000-Pound W.O.G 339
Screwed, Malleable Iron, Heavy 192
Screwed, Malleable Iron, Refinery Oil 189
Screwed, Malleable Iron, Standard 181
Screwed, Malleable Iron, 300-Pound 190, 193
Solder-Joint, Brass ■ 507
Page
studs, Bolt-, Data 622, 623
Bolt-, List Prices 558, 559
Suction Hose 73
Sump Pumps, Electric 442
Superheated Steam, Properties of 654-657
Supports, Pipe, List Prices and Description 525-532
Pipe, Spacing of 642
Swartwout Exhaust Heads 424
Swing Joints, Ball Bearing 432
Joints, Brass or Iron Body 430
Swing Check Valves
Angle, Brass, 200-Pound 57
Brass, Crane-Seal 492
Brass, Solder-Joint 503, 505
Brass, Standard 55
Brass, 1 50-Pound 57, 58
Brass, 200-Pound 57, 58
Brass, 300-Pound 60, 61
Brass, 350-Pound 62
Cast Steel, 150 to 4000-Pound 333-336, 350, 475
Chrome-Nickel-Molybdenum (18-8 Mo) 451
Clearway, Iron Body 1 64
Crane-Seal, Brass 492
Ferrosteel, 250-Pound 165
Ferrosteel, 800-Pound Hydraulic 166
Iron Body, Lever and Weight 163
Iron Body, Standard 1 61 , 1 64
Iron Body, 250-Pound 1 65
Iron Body, 400-Pound W,O.G 1 56
Iron Body. 800-Pound Hydraulic . 1 66
Malleable Iron, 400-Pound W.O.G. 156
Marine 464, 465, 469-473, 475
Monel 451
Nickel 451
Silicon Bronze 451
Solder- Joint, Brass 503, 505
Underwriters', Iron Body 164
Swinging Hanger Flanges, for Pipe 520
Swivel Joints, Barco 431
Syphons for Steam Gauges 435
Ml
T
Page
Tail-Pieces for Radiator Valves, Extra Length 82
For Sanitary Valves and Fittings 454, 455
Tank Float Valves 380, 381
Nipples, Wrought Steel 230, 231
Thermostats, Klipfel 414
Taper Reducers
Flanged, Cast Iron, 125-Pound 277
Flanged, Cast Iron, 250-Pound 285
Flanged, Cast Steel, 150 to 2300-Pound 345-349
Taps, Pipe 545
Taps and Drains for Flanged Fittings, Location of 645
Tee Wrenches for Hub End Gate Valves 177
Tees
A.A.R 193
Ammonia, Flanged 483
Ammonia, Screwed 190
Butt- Welding, Steel 354
Crane-Seal, Brass 494, 496
Double Pipe 486, 487
Drainage, Cast Iron 21 7
Flanged, Ammonia 483
Flanged, Brass, 150 and 300-Pound 264
Flanged, Cast Iron, Sprinkler 206, 207, 274
Flanged, Cast Iron, 125-Pound 278, 279
Flanged, Cast Iron, 2S0-Pound 286, 287
Flanged, Cast Steel, 150 to 2500-Pound 345-349
Flanged, Chrome-Nickel-Moly. (18-8 Mo) 453
Flanged, Monel . 453
Flanged, Nickel 453
Flanged, Silicon Bronze 453
Four-Way, Brass 256, 257
Four-Way, Malleable Iron 183
Refinery Oil, Malleable Iron 189
Sanitary, Stainless Steel 455
M' )
V
\i L
f ■ ■
XVlll
CRANE
Alphctbctic'al fnj^x ^ConiJ)
T
T
u:\
1
\\'<:-
\^\
■)
1 1
^1
Page
Tees (Cont,)
Screwed, Ammonia 190
Screwed, Brass, Standard 256, 257
Screwed, Brass, 250-Pound 260
Screwed, Cast Iron, Drainage 217
Screwed, Cast Iron, Long Sweep 204, 205
Screwed, Cast Iron, Sprinkler 197, 206-203
Screwed, Cast Iron, Standard 198, 199
Screwed, Cast Iron, 175-Pound 210, 211
Screwed, Cast Iron, 250-Pound 212, 213
Screwed, Cast Steel, 1000 and 2000-Pound W.O.G., , 341
Screwed, Chrome-Nickel-Moly. (18-8 Mo) 452, 455
Screwed, Forged Steel, 2000-Pound W.O.G 338
Screwed, Forged Steel, 3000-Pound W.O.G 339
Screwed, Forged Steel, 6000-Pound W.O.G 340
Screwed, Forged Steel, 9000-Pound W.O.G 340
Screwed, Malleable Iron, Heavy 192
Screwed, Malleable Iron, Hydraulic 194
Screwed, Malleable Iron, Refinery Oil 189
Screwed, Malleable Iron, Standard 182, 183, 186
Screwed, Malleable Iron, 300-Pound 190-193
Screwed, Monel 452
Screwed, Nickel 452
Screwed, Silicon Bronze 452
Socket- Welding, Forged Steel 353
Solder-Joint, Brass 507, 509
Stainless Steel, Sanitary 454, 455
Union, Brass, Crane-Seal 497
Union, Malleable Iron 238, 239, 241, 243, 244
Temperature Conversion 663
Templates for Drilling
1 50-Pound Brass 550
2 50-Pound Brass 550
300-Pound Brass 550
2 5-Pound Cast Iron 551
125-Pound Cast Iron 55-I
25Q-Pound Cast Iron .'.\ ..'. 552
80a-Pound Hydraulic Cast Iron 552
1 50-Pound Steel 553
300-Poimd Steel 553
400-Pound Steel \\\ 554
eOO-Pound Steel 554
900-Pound Steel " 554
1 500-Pound Steel 555
2500-Pound Steel \ SS5
Templex Steel, Properties of 9 622
Templex Steel Bolt-Studs '
List Prices 558^ 559
Properties of 9 g22
Torque Required to Produce Stress and Resulting Load 623
Test Gauges 433 439
Testers, Dead Weight. 438
Thermal Expansion of Pipe 641
Thermometer Caps, Stainless Steel, Sanitary. 455
Thermostatic Traps 84
Thermostats, Tank 414
Thickness, Calculation of, for Steel Pipe 635-637
Thread Engagement in Made-Up Joints 591
Lubricants, Pipe , 540
Th readed Pipe Joints 592
Threading Devices for Pipe 537-541
Threads, Hose -to
Pipe, A. P. I. Casing 593 594
Pipe, American Standard Taper ' 590
Pipe, British Standard Taper . 59-j
Pipe, Casing 593-596
Pipe, Normal Engagement for Pipe Joints. ... 591
Pipe, Oil Country Tubular Goods SQ^-Sqfi
Pipe, Oil Well Tubing ..'.'.'..'.'.'.'■■" 595
Pipe, Railing 266
Three-Valve Lifting Steam Traps, Cranetilt 419
Three-Way Cocks, Brass " " 91 94
Cocks, Iron ^ q-
Elbows, Drainage \ 217
Valves, Sanitary . , acm
Throttle Valves, Brass. .'.'.'.'.'.'...W gg
Valves, Iron Body ^ *X
Toggle Bolts for Pipe Hangers . cio
Toledo Pipe Cutters '.'.'.'.'.'.'.WW. 542
Pipe Threading Devices .\ . . . 538-540
Page
Tongs, Pipe 544
Tongue and Groove Facings for Flanged Material. .560, 561
And Groove Flange Unions 252
And Groove Valves and Fittings, Ammonia 481-487
Toofs, Sizing, for Soft Copper Tubing 51 1
Traps, Drainage 221
Steam, Cranetilt, Non-Return 418
Steam, Cranetilt, 3-Valve Lifting 41 9
Steam, Open Float 41 5-41 7
Thermostatic 84
Trimo Pipe Cutters and Wrenches 542-544
Triplex Steel, Properties of 9, 622
Triplex Steel Bolt-Studs
List Prices 558 , 559
Properties of 9, 622
Torque Required to Produce Stress and Resulting Load 623
Try Cocks, Brass 435
Tubes, Boiler 533
Tubing, Copper. Expansion Due to Temperature Changes 510
Copper, for Crane-Seal Products 498
Copper, Hard and Soft Types 512
Tubing Bends, Copper 510
Cutters, Glass 435
Cutters, Pipe 542
Threads, Oil Country 595
Tucker Connections, Drainage 221
Turnbuckles 519
Two-Third Unions, Malleable Iron .......' 239
u
Page
U-Bends, Copper Tubing 5'IQ
Standard Type . .' 602
U-Hook Pipe Hangers s-jg
Underwriters' Extension Eye Bolts 523
Fire Hose
73
g^^ge^s 514.515, 518
Hose Gate Valves 73
Indicator Posts 1 70
Pipe Clamps '.',519, 522, 524
Unions and Union Fittings 238, 240-244
Valves, Gate, Brass ' 2I
Valves, Gate, Brass, Hose 70
Valves, Gate, Iron Body \\[ io4
Valves, Swing Check ^ g4
Union Elbows, A.A.R.. Malleable Iron .'243, 244
Elbows, Circulating Boiler ' 187
Elbows, Combination, Forged Steel 252
Elbows, Crane-Seal, Brass .'. . 497
Elbows, Brass, Ground Joint 262
Elbows, Brass, Radiator \\ 73
Elbows, Malleable Iron, 1 50-Pound 238
Elbows, Malleable Iron, 150-Pound, Gasket Type 239
Elbows, Malleable Iron, 200-Pound, ... 241
Elbows, Malleable Iron, 300-Pound 243 244
Elbows, Solder- Joint \" ' '505' 599
Fittings, A.A.R., Malleable Iron ZAZ, 244
Fittings, Application on Air Brake Piping ' 245
Fittings, Malleable Iron, 150-Pound. 533
Fittings, Malleable Iron, 150-Pound, Gasket Type 239
Fittings, Malleable Iron, 200-Pound. . . " 241
Fittings, Malleable Iron, 300-Pound . "243 244
Fittings, Railroad ' 241
Fittings, Saving Joints with 236 237 245
Return Bends, Cast Iron .... ' 202* 487
Tees, A.A.R., Malleable Iron. ... 243* 244
Tees, Brass, Crane-Seal ... ' 497
Tees, Malleable Iron, 150-Pound. . 238
Tees, Malleable Iron, 150-Pound, Gasket Type 23<i
Tees, Malleable Iron, 200-Pound. . 241
Tees, Malleable Iron, 300-Pound WV oj!
Valves, Brass, A.A.R ih A%
Valves, Brass, for Air Lines . ^Q
Valves, Brass, Needle Point %t
Valves, Brass, Radiator
78-81
Valves, Brass, 100-Pound (Low Pressure) '97
Valves, Brass, 300-Pound ' ^39,' 4l' '43 45
_■ r
mrt\
ji(phabetic<it Index iCont.)
CRANE
XIX
U
,, . Page
Unions
A-A.R 242, 244
Air Pump, A.A.R 242 244
Air Pump, Railroad, 250-Pound 240
All-Iron, Ground Joint Flange, Standard 251
All-Iron, Ground Joint Screwed, 300-Pound 246
Ammonia, Flange 252, 484
Application to Air Brake Piping ' 245
Boyle Flange 484
Brass, Crane-Seal 497
Brass, Flange 263
Brass, Government Pattern 262
Brass, 150 and 200-Pound ' ' ' 262
Brass, 250-Pound 263
Cadmium Plated 247, 248
Cast Iron, Flange 249
Chicago 239
Chrome-Nickel-Moly. (18-8 Mo) 452
Chrome-Nickel-Moly. (I8-8 Mo), Sanitary 455
Crane-Seal 497
Ferrosteel, Flange . 252
Forged, Steel to Exelloy Seat 247
Forged Steel, A.A.R 244
Forged Steel, Cadmium Plated 247, 248
Forged Steel, Flange 252, 253
Forged Steel, Hammer Lug 248
Forged Steel, 600-Pound 247, 248
Gaskets for 571
Gasket Type, Flange 249, 250, 252
Gasket Type, Screwed 239
Hammer Lug 248
Malleable Iron, A.A.R. 242, 244
Malleable Iron, Flange 250-252
Malleable Iron, Three-Part 251
Malleable Iron, Two-Third , 239
Malleable Iron, 150-Pound 238, 239
Malleable Iron, 200-Pound 239
Malleable Iron, 250-Pound 240
Malleable Iron, 300-Pound 242, 244, 246
Monel 452
"Navy" Pattern, Flange 249
Nickel 452
Railroad 240
Silicon Bronze 452
Solder- Joint 509
Tongue and Groove, Flange 252
Upright Y-Branches, Drainage 220
V
Page
Vacuum Cleaning Fittings 215
Gauges 438, 439
Radiator Valves 79
Relief Valves 395
Venting Valves 83
Valve By-Pass Locations 646
Chain Wheels 176
Discs 178
Drain Tappings 646
Handles 175
Parts, Ordering 1 67
Resistance to Flow of Fluids . . . , 630, 631
Wheels *. 1 74
Valves
A.A.R., Brass 42-45
A.W.W.A. Double Disc Gate, Iron Body 1 26, 1 27
Air, Radiator 82
Air Vent, Automatic 41 6
Ammonia , 401, 481, 482
Angle, Brass (Also Globe and Cross) 25-50
Angle, Cast and Forged Steel 309-326
Angle, Corrosion-Resistant 446, 447
Angle, Iron Body, Ferrosteel, and Mall. Iron . . . .143-153
Back Pressure 378, 379
Bar Stock, Globe and Angle 310
Blow-Off 376. 377
Butterfly 69. 148
V
Page
Valves (Cont.)
Cab Hose, Brass 39, 41
Cargo Oil 468
Check, All Types, Brass 'yr.T.. . .'. .■!.-.''.':51 -63
Check, All Types, Cast and Forged Steel 327-336
Check, All Types, Corrosion-Resistant 449, 451
Check, All Types, Iron Body, Ferrosteel fit M. I.. 155-166
Chlorine 457
Chronometer 476
Clamp Gate, Iron Body 98, 99
Corrosion-Resistant 443-458
Crane-Seal, Brass 492, 493
Cross, Brass 28, 34, 35, 47
Cross, Iron Body and Ferrosteel 150-153
Cylinder Operated 1 71
Exhaust Relief 378, 379
Expansion, for Ammonia 482
Float 380, 381
Foot, Brass . 53, 54
Foot, Iron Body 1 62, 1 63
Gas, 500-Pound Double Disc Gate 134, 135
Gasoline, Check 53, 1 57
Gate. Brass 13-24, 68
Gate. Cast and Forged Steel 297-308
Gate, Corrosion -Resistant 448, 451 , 456
Gate, Iron Body and Ferrosteel, Double Disc, . . ,119-141
Gate, Iron Body and Ferrosteel, Wedge Disc 97-117
Globe, Brass 25-50
Globe, Brass, Quick Opening, Self-Closing 66, 67
Globe, Cast and Forged Steel 309-326
Globe, Corrosion- Resistant 446, 447
Globe, Iron Body, Ferrosteel, and Mall. Iron .... 143-153
Hose 70, 71, 467
Lock-Shield, Gate. 16
Lock-Shield, Globe and Angle . , , , 27
Lock-Shield, Radiator 78-82
Main Injection 476
Manifold 476
Marine 459-478
Motor Operated 1 72, 1 73
Needle Air 29
Needle Point Globe and Angle, Brass 29
Overboard Discharge . 476
Pop Safety 383-393
Pressure Reducing 41 2, 41 3
Pressure Regulating 41 0, 41 1 , 41 4
Pulp Stock 375
Quick Opening, Brass 33, 66-69
Quick Opening, Corrosion-Resistant 451
Quick Opening, Iron Body 99, 104
Radiator 77-84
Relief 394-407, 450
Safety 386-393
Sampling or Vent, for Transformer Oil 33
Sanitary, Stainless Steel 454
Screw-Down Check 462, 463, 471-473
Solder-Joint 502-505
Stop-Check . . . .370-374
Tank Float 380, 381
Throttle 69, 148
Transformer Oil 32, 33
Underwriters' Gate, Brass 21
Underwriters' Gate, Brass, Hose 70
Underwriters' Gate, Iron Body 104
Underwriters' Swing Check ,.,... 1 64
Vacuum, Radiator 79
Vacuum, Relief 395
Venting, Radiator 83
Water Works Double Disc Gate 1 26, 1 27
Whistle 67
Vent or Sampling Valves for Transformer Oil 33
Venti ng Valves, Radiator 83
Vertical Check Valves, Brass 54
Check Valves, Brass, for Gasoline 53
Check Valves, Cast Steel 329
Steam and Oil Separators 420, 421
VI ses, Pipe 536
Sawing, for Copper Tubing 51 1
Vulcan Chain Pipe Tongs 544
Chain Pipe Vises 536
' T
m
1 ^ t
"f- '
iil
XX
CRANE
Alphabetical Index (Contj
■-■<
N
I
w
Page
Walco Pipe Wrenches 543
Wall Closet Fittings, Crane-Hulbert 224
Flanges, Malleable Iron, for Railings 270, 271
Pipe Supports J31
Plates, Malleable Iron '°^
Thickness of Steel Pipe, Calculation of 635-637
Warnock Strap Wrenches 544
Wash Tray Tees, Malleable Iron 186
Tray Sink Tees, Solder -Joint 509
Waste Nuts, Malleable Iron 186
Water, Discharge Through Pipes, Orifices, and Valves.625-627
Flow Through Standard Wrought Pipe 628
Heating, With Steam Coils 632, 633
Pressure Drop, In Elbows and Bends 629
Resistance of Valves and Fittings to Flow of . . . ,630, 631
Water Columns, Cast Iron 436
Coolers, Fittings for 486, 487
Gauges ^34
Gauges, Accessories 435
Gauges, Expansion Tank 434
■ Hose 73
Hose Couplings 73
Hose Fittings 75
Hose Nozzles 74
Meter Elbows, Solder-Joint 508
Pressure Regulators 414
Water Srde Fusible Plugs 437
Water Works Gate Valves (A.W.W.A.) 126, 127
Weight and Lever Reducing Valves 412, 413
And Lever Safety Valves 393
Conversion Table 664
Testers for Gauges 438
Welded Bonnet Wedge Gate Valves, Cast Steel 308
Brackets, Steel, for Pipe 524, 525
Flanged Joints 609
Piping, Description 614, 615
Piping, Facilities 600
Piping, Headers 61 6, 61 7
Piping, Heat Exchangers^ Double Pipe 619
Piping, Types of Welds 614
Welding Bevels, Details 647
Fittings, Butt Type 354-359
Fittings, Socket Type 351-353
Flanges, Forged Steel, 150 to 2 500-Pound 363-367
Valves, Angle, Cast and Forged Steel 314-326
Valves, Check, Cast and Forged Steel 328-336
Valves, Gate, Cast and Forged Steel 297-307
Valves, Globe, Cast and Forged Steel 314-326
Welds, Types Generally Used 614
w
Page
Wheels, Chain, for Valves 176
Valve 174
Whistle Valves, Brass 67
Whistles, Brass 437
Wilirams Chain Pipe Vises 536
Wood Rod Couplings 8^
Wooden Flange Protectors 557
Wool Felt Pre-Shrunk Pipe Insulation 546
Wrenches
Monkey 544
Pipe 543, 544
Strap 544
Tee, for Hub End Gate Valves 177
For Body Seat Rings of A.A.R. Valves 45
For Brass Cocks 96
For Iron Cocks 95, 96
Wrought Couplings 229
Iron and Steel Pipe 573-580, 584-588
Steel Nipples 230, 231
Y
Page
Y-Bends
Ammonia 1 90
Brass, Crane-Seal 494
Brass, 125-Pound (Standard) 256, 257
Brass, 250-Pound 260
Cast Iron, Sprinkler 209
Cast Iron, 125-Pound (Standard) 201
Cast Iron, 175-Pound 210
Cast Iron, 250-Pound 212
Malleable Iron, 150-Pound (Standard) 184
Malleable Iron, 300-Pound 190
Y-Branches, Drainage , 218-220
Y-Pattern Blow-Off Valves 376
Sediment Separators 423
Stop-Check Valves 372, 373
Z
Zero Pipe Insulation
Page
546
A
t
I J
I
A colored paper insert near the center of the
book is the key to an improved sectional
index. Regular valve and fitting catalog users
will find this feature unusually convenient.
i
,4
I
■ r T f TT
I
\
07
09
Oil
013
1,
1,
1,
1,
1,
1,
1,
1,
1,
1 A
IB
1-C
IK
IL
IV2
2,
2,
2,
2,
2.
2,
2 A
2B
2C,
2-C,
2E
2K
2L
31/2,
4,
4,
4.
4,
4,
4,
4,
4.
4,
4 A
4E
4K
CRANE
XXI
Numerical Index
No,
Globe Valve
Vent Valve
Disc
C. I. Elbcw
Br, Railing
Elbow
M, L Railing
Elbow
Red, Valve
CouDling
Pipe Bend
Angle \ aUe
Vent Vahe
Disc
C r Elbow
Br. Railing
Elbow
M- I. Railing
Elbow
Pipe Bend
1&-8 Elbow
Hanger
3,
3,
3,
Venc Valve
Disc
C. LTee
3,
Br. Railing
lee
3,
M. K Rai ing
Tee
3,
3,
Red. Valve
18-8 lee
3,
Ceiling or
Floor Place
3,
3E
3K
Pipe Rend
31/2,
Br. Railing
Tee
3y2,
M- I. Railing
Tee
Pipe Bend
Globe Vajve
Angle Valve
Disc
C. I. Cross
Br. Railing
S. O. Tee
M, I. Railing
S. O. Tee
18-8 Elbow
Ceiling or
FlcKir Plate
Pipe Bend
Page
420
420
420
420
28
83
178
204
267
268
413
433
602
83
27
519
442
27
602
28
83
178
204
267
268
602
83
27
455
514
111
442
27
83
178
204
267
268
413
455
532
602
111
442
267
268
602
37
37
178
204
267
268
455
532
602
83
HI
442
No.
4V2,
Br. Railing
S. O. Tee
41/2,
M. I. Railing
S. 0. Tee
5,
5,
Disc
C. I. Tee
5,
Br. Railing
Cross
5,
M. 1. Railing
Cross
5,
18-8 Tee
5,
Cei ing or
Floor P ate
5,
5K
Pipe Bend
sVi,
Br. Railing
Cross
5V2,
M. I. Rai ing
Cross
6,
Disc
6,
Globe and Ang e
6,
Br. Railing
S. O, Cross
6.
M. 1. Railing
S. O. Cross
6,
6,
6 E
1 8-8 Tee
Pipe Bend
6V2,
Br. Railine;
S. O. Cross
6V2.
M, 1. Railing
S, O. Cross
6V2E
7,
7,
7 Spec
7,
ml
Olo\ e \ ah e
Angle Valve
Disc
7,
Br. Railing
Flange
7,
i\l. I. Railing
Flange
7,
7.
7.
7-8
7-8 B
Float Valve
1 8-8 Tee
Pipe Bend
7 A-8
7 A-8B
7 A-8 BS
7 A-8C
7 AS-8 OS
7CS
7 E
7-F
7 KS-8 BS
7 KS-8 OS
7 R-8 CR
7 S-8 BS
7 S-8 CS
7V2,
71/2,
7V2E
8,
8,
Globe Valve
Pipe Bend
Trap
Disc
8,
8,
Globe & Angle
Br. Ball
Ornament
8,
M. 1. Ball
Ornament
8,
18-S Cross
Page
267
268
178
204
267
268
455
532
602
442
267
268
178
28
267
268
455
603
111
267
268
111
30
30
30-32
178
267
268
380
455
602
431
431
431
431
431
431
431
493
111
431
431
431
431
431
431
66
603
111
84
178
28
267
268
455
No.
8,
8 A
8E
Pipe Bend
8V2,
Br. Ball
Ornament
8V2,
M. 1. Ball
Ornament
9,
9,
9,
9,
9,
9 A
9-A
Globe Valve
Angle Valve
Trap
18-8 Cross
Pipe Bend
10.
Railing
Mange
10,
Ball Joint
10,
Cei inn or
b oor P ate
10,
10 A
IOC
10 E
11,
11,
11 c
12,
12,
12 H
12V2,
12V2,
Pipe Bend
Railing Elbow
Pipe Bend
Railing Tee
18-8 Union
Glohe VaKe
Railing Tee
13,
Br. Ball
Ornament
13,
M. I. Ba
Ornament
13,
18-8
L nion Ring
13 H
14
14 A
14 E
14V2 P,
15,
MP and HP
Railing Tee
15,
18-8
Thrd. Piece
16
16 A,
16 A,
I6I/2 P,
17,
17,
17 A
17-C
17C-A
17 D
18,
18,
18, ■
19
19 A
20,
20,
20,
Vac. V^ent
18-8 Plug
MP and HP
Railing Cross
18-8 Coupling
Cross VaK'e
Railing Tee
lt5-8 Adapter
Check Valve
Railing Tee
Ball Joint
20,
Ceiling or
Floor Plate
20 B
20 E
20 H
21,
21,
Railing Tee
18-8 Nipple
Page
603
84
111
267
268
30
30
84
455
84
75
268
432
532
603
84
454
111
268
603
454
268
455
455
66
268
267
268
455
455
455
455
111
31
270
455
270
83
455
31
270
455
84
526
73
84
28
270
455
270
455
54
270
432
532
53
153
84
270
455
No.
21 E
21 H
22
22 E
23
23 A
23 E
24,
24,
24 E
25,
25,
25 E
251/2
26,
26,
26,
26 A
26 B
26 C
26-C
Check Valve
Railing Elbow
Check Valve
Railing Elbow
Check Va]\e
Railing Tee
18-8 Elbow
Elbo't\'
Pipe Support
27, Check Va!\-e
27, Railing Elbow
27, Float \'alve
27 CS
28, Check \al\-e
28,
28 E
28 XU
29
30,
Railins Elbow
Floor Flange
Ball Joint
30,
30 E
30 XU
31, Check Valve
31, 18-8 Tail-Piece
32
32 X
32 XR
33
33 U
33 X
33 XR
331/2
331/2 u
331/2 X
331/2 XR
34, Check Valve
34, Trap
341/2
35, Check Valve
35, ■
35 CS
351/2
36
37,
37,
38
38 E
39 E
40,
40,
40,
40-C
41-C
41 E
42
Trap
Check Valve
Red. VaU'e
Vent X'ahe
Safety VaK'e
Ball Joint
Page
153
84
270
153
270
455
153
54
270
153
157
270
153
157
54
270
455
455
455
455
531
56
270
380
492
54
270
372
373
270
270
432
372
373
56
455
4lS
304
304
418
304
304
304
54
304
304
304
55
418
55
57
418
492
57
442
57
84
413
165
165
83
393
432
524
524
541
393
I
11*1*
i:
■■fltl't!
hi
I
■!:(-'
\
1 ,
I • * I • /
XXll
CRANE
Numericat Index (Cont.)
No.
I
K
43
44
46
46 X
46 XR
47
47 X
47 XR
47 V2 X
471/2 XR
48 -C
49-C
50, Hose Valve
50, Siair Dracket
50, Ball JoinI
Solder, Flui
Hose Valve
PosI Cap
Needle Valve
FosI Clip
Hnse Valve
Walk Flange
50,
51
52
55
56,
56,
57,
57,
58,
58,
59
60
61
61 E
61 U
61 X
61 XR
61 V2 U
611/2 X
61 1/2 XR
62
62 P
62 X
62 XR
63
63 E
63 V2
64
641/2
65
651/2
66
661/2
67 G
68
70, (ilulic Valve
70, Arifiln Valve
70. RuilElboff
701/2
71, tilolje Valve
71, Angle Valve
71, llailini-Tee
71 V2
72, Cheii Valve
72, Railing Tee
73
731/2
74^ Cross Ulve
74. Rail Cross
74 E
74 X
74 XR
741/2
75
75 E
Page
53
69
69
304
304
53
304
304
304
304
532
532
71
272
432
511
272
272
272
71
272
29
272
71
272
272
432
272
541
304
304
304
304
304
304
272
48
304
304
272
62
272
272
272
272
272
272
272
81
413
34
34
271
271
34
34
271
271
57
271
271
271
34
271
60
304
304
271
83
60
No.
76
76 A
76 U
76 X
76 XR
76V2 V
761/2 X
761/2 XR
77, itail (Viiss
77, Flual Valve
78
78 E
79
79 X
79 XR
80 E, Sleain Cock
80 E, Threader
SOX
80 XR
83 U
83 X
83 XR
831/2 U
831/2 X
831/2 XR
85
85 P
851/2 P
87 P
87 U
87 X
87 XR
871/2 P
871/2 U
871/2 X
871/2 XR
88
89
89-A
90
90-A
91-A
92-A
93-A
94-A
94L-A
95
95-A
95 E
96-A
96 E
97-A
97 E
99 E
100
100
101
101 E
101-G
102
103
103 E
104,
104,
104-G
105
105 E
Page
83
83
304
304
304
304
304
304
271
380
271
62
271
300
300
91
541
300
300
304
304
304
304
304
304
29
47
47
47
304
304
304
47
304
304
304
29
29
73
541
73
75
75
75
75
75
511
74
250
74
263
74
249
249
419
419
284
515
419
419
284
Trap 419
Sulder I 511
515
419
2S6
No.
105-G
106-G
107 E
107-G
107 R-G
108-G
109 E
110-B
110-G
no R-G
lllE
112
m-B
112E
1121/2
II2V2E
113
113 E
USE
116-G
117
117 E
119 E
120-A
121 E
122 E
123 E
1231/2 E
124
125 E
1251/2 E
126
127 E
128
130
131 E
131-G
132
133 E
134-G
135 E
136-G
137 E
139 E
140-G
141 E
142-G
142 X
142 XR
143-G
143 X
143 XR
1431/2 X
1431/2 XR
144-G
144 X
144 XR
145 G
145 X
145 XR
1451/2 X
1451/2 XR
147 X
1471/2 X
148-G
148 X
150 X
150 XR
151 E
Page
514
514
286
515
515
515
286
437
515
515
286
78
437
286
78
286
78
288
288
514
71
288
288
75
285
285
285
285
381
284
284
381
284
381
381
284
524
381
284
518
286
518
286
284
521
284
521
324
324
521
324
324
324
324
521
324
324
81
324
324
324
324
334
334
521
334
324
324
294
No.
151 U
151 X
151 XR
1511/2 U
1511/2 X
1511/2 XR
152 X
152 XR
153 E
153-G
153 U
153 X
153 XR
1 533/2 u
1531/2 X
1531/2 XR
154-G
155 E
155-G
156-G
157-G
158 X
159 X
1591/2 X
160 X
160 XR
161 U
161 X
161 XR
161 1/2 U
161 1/2 X
161 1/2 XR
162 X
162 XR
163 U
163 X
163 XR
I631/2 U
I631/2 X
I631/2 XR
164 U
Ib6-G
166 U
167-G
168-G
168 X
169 X
1 691/2 X
170 X
170 XR
171 A-G
171 AS-G
171-G
171 S-G
171 U
171 X
171 XR
1711/2 U
171 1/2 X
1711/2 XR
172 X
172 XR
173-G
173 U
173 X
173 XR
1731/2 U
1731/2 X
Page
324
324
324
324
324
324
324
324
294
520
324
324
324
324
324
324
520
295
520
520
520
334
334
334
324
324
324
324
324
324
324
324
324
324
324
324
324
324
324
324
374
532
374
532
531
334
334
334
324
324
517
517
517
517
324
324
324
324
324
324
324
324
517
324
324
324
324
324
No.
Page
1731/2 XR
174
174 F
174-G
174 X
175 X
1751/2 X
176 U
176 X
176 XR
177 U
177 X
177 XR
178 X
179 E
179 U
180 E
180 U
182 E
183-G
183 U
183 X
183 XR
I831/2 U
I831/2 X
183 1/2 XR
184 E
184-G
185 U
185 X
185 XR
I851/2 U
I851/2 X
185 1/2 XR
186 A-G
186 E
186-G
187 E
187 G
187 X
I871/2 X
188 E
188-G
189 E
189 U
189 X
189 XR
I891/2 U
1 891/2 X
I891/2 XR
190 E
190 U
190 X
190 XR
1901/2 U
1901/2 X
190 1/2 XR
191 U
192
192 E
193-G
193 U
193 X
193 XR
194 E
194-G
195 E
195-G
195 U
324
78
78
516
334
334
334
317
317
317
317
317
317
330
607
374
605
374
212
529
324
324
324
324
324
324
212
529
324
324
324
324
324
324
530
212
530
212
530
334
334
212
530
212
324
324
324
324
324
324
212
324
324
324
324
324
324
377
78
212
525
318
318
318
212
525
212
525
318
No.
195 X
195 XR
196 E
196 U
196 X
196 XR
197 E
197-G
197 U
197 X
197 XR
198
198 E
198-G
198 X
198V2 E
199
199-G
199 X
1991/2 X
Page
200
200
201
205-G
206
207
208-G
209
209-G
210
211
212 c
212-G
212 P
212 P-CS
213
214 C
214 H
214 P
214 P-CS
215
215 H
216 H
216 X
216 XR
217 H
217 X
217 XR
218
218 C
219
219 C
220-G
222 H
222 X
222 SS
2221/2 H
2221/2 X
2221/2 SS
223 H
223 X
223 SS
2231/2 H
2231/2 X
2231/2 SS
275-G
318
318
212
317
317
317
246
529
317
317
317
177
246
529
330
246
177
525
334
334
177
177
518
82
32
518
32
518
82
33
37
519
36
493
37
37
137
36
493
37
137
137
312
312
137
312
312
59
59
59
59
523
310
310
310
310
310
310
310
310
310
310
310
310
522
A'u/nericaf Index [Contw]
CRANE
• « •
XXlll
I
No.
Page
No.
Page
No.
Page
No.
Page
No.
Page
No.
Page
225 H
319
274 P-G
527
331 D
253
362 F
38
407 D
345
4671/2
104
226
79
275 -G
527
333 D
340
363
150
410
412
470
104
226-G
522
276
90
334
93
364 E
38
411, Red. Valve
412
471
104
226 H
319
276 E
190
335
92
366
159
411, EAD.Juiiil
424
472
103
227
79
276-G
527
336
93
366 K
60
7 r
412 D
345
473
103
227 H
331
277-G
528
337
93
3661/2
156
413 D
345
475
103
230-G
519
277 P-G
528
339
94
36 6 1/2 C
156
415 D
345
4751/2
103
230 H
24
278
90
340
152
367
159
415 H
378
476
104
232 H
49
278 E
190-3
340 D
253
3671/2
156
415 V
378
477
104
233 H
49
279 E
190-3
340 E
133
3671/2 C
156
416
379
480
129
234 H
63
284
90
34OV2 E
133
368
159
417
379
4801/2
126
236 H
50
286-G
533
341
152
369 E
60
417 D
345
mm
481
129
237
33
288-G
533
341 D
340
372
161
4171/2
379
482
129
238 H
63
289
90
341 h
133
372 P
46
419 D
345
483
129
246 X
247
290 E
364
3411/28
133
3721/2
161
420
421
4841/2
99
248-G
521
291 E
364
342
152
373
161
421 D
345
4851/2
99
250
91
292 E
364
342 E
133
373 P
46
422
20
486I/2
99
250 H
247
294 H
364
3421/2 E
133
3731/2
161
422 CS
492
4871/2
99
252
91
295
430
343
152
374 P
46
422 E
421
488
99
252 H
247
296 E
364
343 E
133
3741/4
161
4221/2
20
4881/2
99
253 H
247
297
430
343V2 E
133
3741/2
164
423
20
490
99
254
91
297 E
364
344
152
375
164
423 D
345
4901/2
99
254 H
247
298
90
345
152
375 P
46
4231/2 D
345
491
100
254 P
147
516
299
430
346V2
347 D
156
227
3751/2
376
164
393
4251/2 D
427 D
345
345
4911/2
492
100
255-G
300
99
255 P
147
91
348 h
349 E
135
135
376 E
376 P
42
42
428
429
17
19
4921/2
493
99
256
300
430
100
256-G
516
300 D
339
350
150
377 F
42
429 D
345
4931/2
100
256 P
147
300 E
264
350 E
356
377 P
42
430
17
494
99
257-G
528
302 D
339
350 H
248
380
148
431, (Jale Valve
19
4941/2
99
257 H
48
303 D
339
350%
150
381
148
431, Ited.VaTe
412
496
100
257 P
147
304 D
339
3501/2
144
382
148
431 CS
492
496 E
364
258
91
305
94
3501/2 C
145
382 P
40
432, Uate Valve
68
496 P
311
258-G
531
305 D
339
3501/2 H
248
382 P-CS
493
432, Ked.Vave
412
497 E
355
258 H
48
306
94
351
150
383 P
40
437
19
259-G
531
307
94
351 E
356
384
378
4371/2
19
500
259 H
63
341
307 D ■
308
339
94
3511/4
352
150
150
384 P
384 P-CS
40
493
438
438 CS
16
492
260 D
500
109
260 E
190-3
310 r>
340
352 E
354
385
378
4381/2
19
501
109
260-G
514
312 n
340
352 H
248
385 P
40
440
442
16
68
5041/2
505
109
109
260 H
194
313 D
339
352V4
150
390
376
5051/2
109
26I-G
519
314 U
340
3521/2
144
391
376
449
414
r Aw
262 D
341
314V2 P
146
3521/2 C
145
391 U
377
4491/2
15
506
109
262 E
190-3
3161/2 P
146
353
150
393
376
450 E
356
508
109
2621/2 E
190-3
317 D
340
353 E
354
3931/2
376
451
70
510
515
170
239
263 H
194
318
94
3531/4
150
393 h
45
451 E
356
517
240
264 D
341
319
94
354
148
393 P
45
452 E
354
264 E
190-3
320
92
354 E
354
394
162
453
70
5171/2
240
264-G
531
320 D
228
3541/2
144
3941/2
162
453 F
354
519
240
264 H
194
3201/2
92
355 E
355
395
162
454 E
354
5191/2
520
521
240
170
290
265
91
321
93
3551/2
144
3951/2
162
455
80
266
91
321 D
228
3551/2 C
145
396 b
44
455 K
355
V^ m^ ^h
^^ ^ ^»
266 n
341
322
92
356
148
396 P
44
457 E
354
5211/2
522
262
266 E
190-3
3221/2
92
3561/2
144
397
163
458
21
^^ ■'l^ ^^
266 H
194
323
93
357 E
354
397 F
44
458 E
354
523
^^ ^^ mm
262
267 E
190-3
323 D
339
3571/2
144
397 P
44
459
21
5231/2
5241/2
525
525 D
526
527
262
262
268
91
190-3
324
3241/2
92
92
3571/2 C
358
145
151
398
427
459 E
460
355
103
268 E
276
345
276
269
269-G
91
514
90
325
326
326 D
92
92
227
358 E
3581/2
359
356
151
151
400
460 E
461
4611/2
355
103
103
270
400, Red. Vave
412
276
271
542
327 D
227
359 E
355
400, Esp. Joint
427
462
103
527 D
345
271-G
526
328 D
253
3591/2
151
401
427
4621/2
104
^ f^ f
1^ ^T ^
272
90
329
92
360 E
355
401 D
345
464
103
528
^v ^^ ^^
276
^4 ^v .^^
272 E
190
329 D
253
3601/2
151
403
427
4641/2
103
529
530
278
278
272-G
526
330
92
361 E
356
403 D
345
465
103
^^ \^ x^
531
278
273-G
526
330 U
253
3611/2
151
404
426
4651/2
103
531 D
345
274-G
527
331
92
362
150
406
426
467
104
532
278
|H
'HI
• i
t-
ni
■■ L
J_iif 1
I
1
XXIV
CRANE
F^umerical Index (Cont.)
I
'111
* \
II
!•
I '
H
! ■'
i*
^
No.
533
534
534 D
535
536
537
537 D
538
539
539 D
540
541
541 D
543
543 D
545
545 D
546
547
547 D
549
550
550 D
551
551 D
553
553 D
554
5541/2
555
556
556V2
557
5581/2
559
561 V2
568
572
574
583
5831/2
584
585
586
586V2
587
5871/2
588
589
5891/2
590
591
592
593
594
595
596
597
598
5981/2
Page
278
278
345
278
278
280
345
276
280
345
276
280
345
280
345
277
345
277
277
345
548 277
548 D i 345
276
276
345
276
345
292
345
364
364
292
364
364
293
364
292
605
364
364
355
291
291
291
187
187
187
187
187
187
187
187
241
241
241
241
241
241
241
241
241
241
600
600 I 437
601 D I 345
602 '■ 437
603 D 345
No.
605 D
607 D
608
608 1/2
610
613
613 D
615
615 D
616
617 D
619 D
621 D
622 E
623
623 D
623 E
6231/2 E
624
624 D
624 E
624 E-CS
625
625 D
625 E
640
642
644
648
649
651 E
656 E
657 E
658 E
660 E
Page
664 E
364
670 E
607
673
209
674
209
675
209
677
209
679
209
679 E
209
681
209
681 E
209
693 E
364
694 E
364
345
345
67
67
434
434
345
434
345
434
345
345
345
23
434
345
23
23
434
345
22
492
434
345
22
436
157
157
414
414
364
364
364
364
605
700
700
702
708
710
712
714
724
730
731
734
741
744
750
751
754
7541/2
755
7551/2
756
90
90
90
90
90
90
90
435
435
435
435
90
437
437
131
131
131
131
131
No.
7561/2
757
7571/2
760
760 D
762
762 D
764
764 D
766
766 D
768
773
775
776
777
778
779
780
781
791
7931/2
798
800
800
801
804
8041/2
804 1/2 H
805 1/2 H
806
806 1/2
812
8I21/2
814
816
817 E
819 E
819 E-CS
8I91/2 E
8I91/2 E-CS
820
820 H
821
821 H
823
824
830
831
833
834
837
841 D
845 D
846 D
847 D
852 D
853 D
853 E
854
854 D
Page
848 D
345
849 D
345
850
89
850 D
345
851 D
345
131
131
131
189
341
189
341
189
341
189
341
189
251
251
125
125
125
125
125
125
123
123
123
88
88
88
88
113
113
88
88
88
88
88
89
242
242
497
242
497
88
166
88
166
88
88
89
89
89
89
'89
345
345
345
345
345
345
364
89
345
No.
Page
854 E
364
855 D
345
855 E
364
856
89
856 E
364
857 E
364
858 E
364
859 E
605
860
89
862 E
364
869 E
607
890 E
243
890 E-CS
497
891
123
8911/2 E
243
8911/2 E-CS
497
892 E
243
893
123
893 E
243
894 E
243
894 E-CS
497
895 E
243
896 E
243
897 E
243
898
123
898 E
243
898 E-CS
497
898V2 E
243
900
9191/2 E
950 H
953 H
9531/2 H
960
981
981 A
9811/2
982
983 D
984
986
988
988 1/2
989
9891/2
423
9901/2
423
9911/2
423
992 E
244
993 E
244
994 D
423
996 E
244
997 E
244
9981/2 E
244
244
244
244
244
411
416
416
416
416
416
416
422
422
423
422
1000
1000
1001
10011/2
1002
10021/2
1003
1004
1005
1006
1007
1008
216
217
217
216
216
216
217
216
216
216
216
No.
1009
1010
1012
1013
1017
1018
1019
1020
1022
1024
1026
1028
1030
1032
1033
1034
1036
1037
1038
1039
1046
1047
1048
1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059
10591/2
1070
1080
1081
1082
1083
Page
216
217
217
217
217
217
219
218
219
218
219
220
220
220
221
220
221
221
221
221
219
217
221
220
2X8
218
218
218
218
218
217
216
216
221
221
221
129
129
129
129
1100
1100
1102
1113
1113 LX
11131/2 LX
1114
1118
III81/2
1123
1124
U24XR
1128
11 28 1/2
1130
A 1131
1131
1133
11331/2
1155 V
1160
1164
1165
1166
1168
391
390
404
405
405
404
401
401
402
402
403
400
400
400
394
394
394
394
395
388
388
389
389
389
No.
Page
1200
1204
1205
1210
1211
1212
1213
1218
1219
12191/2
1228
1232
1234
1236
1241 D
1241 XR
1245 D
1246 D
1247 D
1248 D
1249 D
1250 D
1251 D
1252 D
1253 D
1254 D
1255 D
1262 E
1263 E
1265 E
1266 E
1267 E
1268 E
1278 E
1280
1281
1282
1283
1284
1285
1290
1292
1294
1294 E
1295 E
1296
27
27
27
27
53
78
239
239
239
93
93
93
93
345
403
345
345
345
345
345
345
345
345
345
345
345
364
364
364
364
364
605
607
238
238
238
238
238
238
239
239
239
364
364
239
1300
1300
1301
1302
1303
1304
1319
1326
1327
1328
1329
1331
1332
1335
1336
1337
1338
1339
1340
502
502
502
503
503
504
507
507
507
507
507
507
507
507
507
507
507
507
No.
1345
1350
1351
1352
1353
1354
1355
1356
1357
1358
1359
1360
1361
1362
1363
1364
1365
1366
1367
1368
1369
1370
1371
1372
1380
1381
1383
1384
1385
Page
507
508
508
508
508
508
508
508
508
508
508
509
509
509
509
509
509
508
508
509
509
510
510
509
509
509
510
510
510
1400
1425
1427
1429
1431
375
375
375
375
1500
1501
1503
1504
15041/2
1505
15051/2
1507
15071/2
1511
1513
1515
1517
1519
15191/4
15191/2
15193/4
1521
1523
1529
1541 D
1545
1545 D
1546 D
1547
1547 D
1548 D
1549
1549 D
1550 D
1551
481
481
481
481
481
481
482
482
482
482
482
482
482
482
482
482
483
483
252
345
484
345
345
484
345
345
484
345
345
484
■1
Wum«r/ca/ /nrf«x iCowii ,)
CRANE
XXV
No.
Page
1551 D
1552 D
1553 D
1554 D
1555
1555 D
155(1 E
1557
1557 E
1558 E
1559
1559 E
1562 E
1564
1565
1565 E
1569
1569 E
1570
1571
1574
1574V2
1575
1575V2
15753/4
1581
15821/2
15831/2
1585
15861/2
1589
15911/2
1594 E
1595 E
1600
1644
1645
1800
1823 P
1824 P
1825 P
1826 P
1827 P
1833
1834
1835
1836
1837
1870 E
43
1870 P
43
1871 E
43
1871 P
43
1874 E
43
1874 P
1875 E
1875 P
1880 P
1884 P
1890
1890
1891
18SI
1894
E
P
E
P
E
1894 P
1895 E
1895 P
345
345
345
345
484
345
364
484
364
364
483
605
364
190
487
364
487
607
483
487
487
487
487
487
487
487
484
484
484
483
252
252
364
364
457
457
41
41
41
41
41
39
39
39
39
39
43
43
43
311
311
45
45
45
45
45
45
45
45
No.
Page
1900
1923-A
2100
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2120 D
2121 D
2124 D
2300
2400
2480
2481
2482
2483
2484
2485
2486
2487
2488
2489
24891/2
2490
24901/2
2491
2492
2493
2494
2495
2496
2497
2498
2499
74
264
264
264
264
264
264
264
264
264
264
338
338
338
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
126
2500
2500
2501
2502
2503
2510
2511
2512
2513
2521
2524
385
385
385
385
385
385
385
385
385
385
No.
2531
2534
2550
2551
2552
2553
2560
2561
2562
2563
2565
2570
2571
2580
2581
2590
2591
Page
391
391
387
387
387
387
387
387
3S7
387
388
387
387
387
387
387
387
2600
2600
2601
2602
2603
2604
2605
2606
2607
2621
2624
2628
2650
2651
2653
2654
2664
2668
2669
2674
2684
397
397
397
397
397
397
395
395
478
478
478
399
399
399
399
399
399
399
399
399
3000
3041 XR
403
3100
3120 D
3121 D
3124 D
3127 D
3128 D
3129 D
3140 D
3141 D
3144 D
353
353
353
353
353
353
353
353
353
3600
3606 W
3606 X
3607 W
3607 X
3611 W
3611 X
3615 W
3615 X
3620 X
3621 X
3624 X
3625 X
299
299
299
299
299
299
299
299
313
313
313
313
No.
3640 X
3640 XR
3641 X
3641 XR
3644 X
3644 XR
3645 X
3645 XR
3648 X
3648 XR
3649 X
3649 XR
3652 X
3652 XR
3653 X
3653 XR
3656 X
3656 XR
3657 X
3657 XR
3670 X
3(.74 X
3678 X
3682 X
3686 X
3692 XS
Page
315
315
315
315
315
315
315
315
315
315
315
315
315
315
315
315
315
315
315
315
328
329
328
329
329
329
3900
3935-A
74
4000
4032
4033
4002
4063
4064 E
4065 E
58
58
58
58
61
61
4100
4196
4197
4198
4199
35
35
35
35
4200
4234 E
4235 E
4270
61
61
81
4300
4347
4377
4379
4382
4383
4387
4389
476
476
476
476
476
379
379
4400
4436
4437
4448
4449
4461
4465
4467
15
15
467
467
468
468
468
No.
Page
4700
4752
4752 L
4753
4753 L
437
437
437
437
8000
8085-A
74
9000
H-9000
9200-A
9301-A
414
75
75
14400
14471
14473
14475
14477
456
456
456
456
15500
15501
15502
15503
15505
15520
15521
15540
15541
15560
15561
15562
15563
15568
15569
15572
15578
15582
15584
15586
15589
15590
15591
446
446
446-7
446-7
449
449
448
448
452
453
452
453
452
453
452
452
452
452
452
453
452
453
16600
16601
16602
16603
16605
16620
16621
16640
16641
16660
16661
16662
16663
1 6668
16669
16672
1 6678
16682
16684
16686
446
446
446-7
446-7
449
449
448
448
452
453
452
453
452
453
452
452
452
452
452
No.
1 6689
16690
16691
Page
453
452
453
I
17700
17701
17702
17703
17705
17720
17721
17740
17741
17760
17761
17762
17763
17768
17769
17772
17778
17782
17784
17786
17789
17790
17791
446
446
446-7
446-7
449
449
448
448
452
453
452
453
452
453
452
452
452
452
452
453
452
453
\imm
18800
18801
18802
1H803
18805
18820
18821
18840
18841
18859
18860
18861
18862
18863
18868
18869
18872
18878
18882
18884
18886
18889
18890
18891
18898
446
446
446-7
446-7
449
449
448
448
450
452
453
45Z
453
452
453
452
452
452
452
452
453
452
453
450
li '.' ■
\-^\\'i
It !
Digitized by:
INTERNATIONAL
ASSOCIATION FOR
PRESERVATION TECHNOLOGY,
INTERNATIONAL
BUILDING
TECHNOLOGY
HERITAGE
LIBRARY
www.apti.org
From the collection of:
CCA
CANADIAN CENTRE FOR
ARCHITECTURE/
CENTRE CANADIEN D'ARCHITECTURE
www.cca.qc.ca
CRANE
I'
Metals and Materials
Steam Brass page 2
Special Brass page 2
Hard Metal page z
Cast Manganese Bronze page 2
No, 44 Nickel Alloy page 2
No. 48 Nickel Alloy page 2
No. 4Q Nickel Alloy page 2.
Exelloy page 3
Stellite page 3
1 8-8 Mo Alloy Cast Steel page 3
Silicon Bronze page 2
Monei .\ letal page 3
Nickel page 3
Cast Iron, Ferrosteel, and High Tensile Iron page 4
Alloy Cast Iron page 4
Ni-Resist Cast Iron page 4
Malleable Iron page 4
Carbon Cast Steel page 6
No. 2 Nickel-Chrome Alloy Cast Steel page 7
No. 3 Nickel Alloy Cast Steel page 7
No. 4 Carbon-Xlolybdenum Alloy Cast Steel page 6
No, 5 Chrome-Molybdenum Alloy Cast Steel page 7
"Arctic" Nickel Alloy Cast Steel page 7
Carbon Forged Steel page 8
No. 2 Nickel-Chrome Alloy Forged Steel page 8
No. 3 Nickel Alloy Forged Steel page 8
No, 4 Carbon-Molybdenum Alloy Forged Steel page 8
No, 5 Chrome-Molybdenum Alloy Forged Steel page 8
Machine Bolts page q
Triplex Steel Bolt-Studs page q
Templex Steel Bolt-Studs page q
C.C. Rubber Sheet Packing page 5
Cranite Sheet Packing page $
Metallic Gaskets page 5
Rings for Ring Joints page 5
Composition Discs page 5
Marking of Crane Products page 10
Air Testing page i i
Hydrostatic and Shock Working Pressures page 1 i
Increase in Pressure by Expansion of Liquids page i r
The thousands upon thousands of items manufac-
tured by Crane — valves, fittings, and allied prod-
ucts for all pressures, temperatures, and services ^-
necessitates the use of an unusually wide variety of
metals and materials. The most common of these are
briefly described and discussed in this section.
Additional information and data on other Crane
metals and materials will be furnished on request.
/■J
r
■ 1 1 1 1'
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41illlibllhlilk11^. I
CRANE
Afef^ls arrd Materials (Ct>nt.)
I
i^
Brasses, Bronzes, and Nickel Alloys
Crane Steam Brass
Crane Steam Brass, \\idely used for valves, fittings,
and other products not recommended for super-
heated steam temperatures, is an alloy of copper,
tin. lead, and zinc. It conforms to A.S.T.M. Speci-
fication B 62 (Composition Brass or Ounce Metal
Castings, 85-5-5-5) and is classified as "Leaded Red
Brass" in A.S.T.M. B i 10 (Tentative Classification
of Cast Copper-Base Alloys).
Physical properties at 70^ F. Average
Tensile strength lbs. per sq. in. 34.000
Yield point lbs. per sq. in. Id, 000
Elongation in 2 inches per cent 22
Crane Special Brass
Crane Special Brass, commercially termed "bronze",
is a high grade alloy used in \-alves. fittings, and
other products recommended for the higher pressures
and temperatures.
It conforms to A.S.T.M. Specification B61 fSteam
or VaK'e Bronze Castings) and is classified as
"Leaded Tin Bronze" in A.S.T.M. B i iq (Tentative
Classification of Cast Copper-Base Alloys).
Physical properties at 70" F.
Tensile strength lbs. per sq. in.
Yield point , !bs. per sq. in.
Elongation in 2 inches per cent
Average
36,000
17.000
25
Crane Hard Metal
Crane Hard Metal is a pure copper-tin bronze of
high strength and hardness. Years of satisfactory
service have shown it to be thoroughly reliable for
valves and fittings used under high pressures and
extremely se\'ere operating conditions. Its hardness
and average tensile strength of 40.000 pounds per
square inch make it an exceptionally desirable
material for val\*e bodies and seating surfaces.
This material conforms to A.S.T.M. Specification
B 60 and is classified as "Tin Bronze" in A.S.T.M.
B 1 IQ (Tentative Classification of Cast Copper-Base
Alloys).
Crane Cast Manganese Bronze
Crane Co. developed "Cast Manganese Bronze" in
order to procure a stem metal that would \\ithstand
the great torsional and tensile strains to which this
valve part is subjected. Its unusually good bearing
qualities offer excellent resistance to wear, and this,
combined with strength and the good corrosion
resistance typical of copper-base alloys, has extended
its use to yoke sleeves, yoke bushings, and glands of
valves for steam, water, and general service.
Crane Cast Manganese Bronze has an average
tensile strength of 67.000 pounds per square inch
and conforms to the requirements of A.S.T.M. Speci-
fication B 54 (K'langanese-Bronze Sand Castings).
Crane No. 44 Nickel Alloy
Crane No. 44 Nickel Alloy is a copper-base nickel
tin alloy, having a hardness superior to that of
ordinary bronze. Its particular application is as a
seating material in valves which are to be subjected
to serN ices requiring the use of non-ferrous trim but
where brass or bronze are inadequate. Strong,
tough, and hard, it offers good resistance to wear.
Crane No. 48 Nickel Alloy
Crane No. 48 Nickel Alloy is used for the yoke
sleeves, yoke bushings, and glands of steel valves
recommended for oil or oil vapor service. It possesses
a combination of excellent bearing qualities, high
strength, corrosion resistance, and an unusually high
melting point, being from 500 to 600° F. higher than
that of ordinary brass or bronze.
It resists wear and breakage exceptionally well, and
its high melting point is an important safety factor
in oil refinery service where valves are sometimes
exposed to accidental fire.
Crane No. 49 Nickel Alloy
Crane No. 40 Nickel Alloy is a nickel-base copper
tin alloy, ha\*ing excellent bearing qualities and
corrosion resistance. With Brinell number up to 235,
it withstands wear and erosion at temperatures up
to 750° F. unusually well.
The combination of Crane No. 4q Nickel Alloy and
Crane Exelloy is used in most plug type disc and
seat constructions in brass and iron valves, and
resists severe ser\'ices exceptionally well. This com-
bination used in steel valves (known as "XR" trim)
has been found particularly satisfactory for steam,
water, air, or gas lines.
Cast Silicon Bronze
Cast Silicon Bronze is a high copper bronze alloy,
ha\'ing approximately 4% silicon as its most dis-
tinguishing element. This metal is similar to many
commercially trade-marked alloys, such as "Ever-
dur". "Herculoy'\ "Olympic Bronze", "P-M-G
Metal", "Duronze No. 2", "Cramp No. qq", etc.
It is characterized both by excellent physical prop-
erties and by better than average resistance to
corrosion by a large number of fluids for which the
brasses are not suitable.
Cast Silicon Bronze Valves and Fittings are shown
on pages 443 to 453. The a%erage physical proper-
ties of this allov are:
Physical properties at 70° F. Average
Tensile strength lbs. per sq. in. 48 000
Yield point lbs. per sq. in. 25,000
blongation in 2 inches per cent 18
I I
■fjinFiiTi'
Afctals an J Materials (Coftt*)
CRANE
18-8 Mo, Monel, Nickel, Exelloy, and SteUite
Crane 18-8 Mo Alloy Cast Steel
Crane 18-8 Mo Alloy (18-8 chromium-nickel molyb-
denum) is an exceptionally high grade stainless steel
that is highly resistant to corrosion and finds wide
application in many industries. The addition of
molybdenum to regular 18-8 chromium-nickel steel
has been found to increase materially the corrosion
resistance of this alloy, and, in recognition of this
fact, Crane Co. has adopted 18-8 Mo in preference
to other types of 18-8 chromium-nickel steels.
Valves and fittings made of this material, shown on
pages 443 to 455, may be recommended for use in
services handling food products as well as a large
number of industrial chemicals.
Crane 18-8 Mo Alloy Steel conforms to and sub-
stantially exceeds the minimum requirements of
A.S.T.M. Specification A iq8, Grade B, as shown
below, and is heat-treated to obtain maximum cor-
rosion resistance.
A.S.T.M. Crane
Physical properties at 70° F. Minimum Average
Tensile strength lbs. per sq. in. 70,000 75,000
Yield point lbs. per sq. in. 30,000 38,000
Elongation in 2 inches per cent 35 40
Reduction of area per cent 40 45
Crane Co. is licensed under Patent No. 1 ,587,614 to manufacture
valves and fittings made from 18-8'chromium-nlckel alloy with
2 to 4% molybdenum.
Cast Monel Metal
Monel metal is a high strength nickel-copper alloy
containing approximately two-thirds nickel and one-
third copper. It has excellent resistance to corrosion
by many acids, alkalies, salt solutions, food products,
organic substances, and many other miscellaneous
fluids. Among non-ferrous alloys, Monel is an out-
standing material for handling solutions of the
alkalies and is widely used wherever avoidance of
copper contamination is not imperative.
Monel Metal Valves and Fittings are shown on pages
443 to 453, The average physical properties of this
alloy are:
Physical properties at 70" F. Average
Tensile strength lbs, per sq- in. 67,000
Yield point .lbs. per sq. in. 35,000
Elongation in 2 inches per cent 30
Cast Nickel
Crane Cast Nickel (commercially pure) contains a
minimum of 97% nickel, the remainder consisting of
copper (0.25% maximum), silicon, carbon, man-
ganese, and iron. It is highly resistant to corrosion
and finds many applications in the food, textile,
glue, paint, sugar, bottling, canning, tanning, and
other industries where the copper content of high
nickel alloys is considered undesirable.
Crane Cast Nickel Valves and Fittings are shown on
pages 443 to 453. The material has the following
average physical properties;
Physical properties at 70" F. Average
Tensile strength lbs. per sq. in. 55.000
Yield point lbs. per sq. in. 25,000
Elongation in 2 inches per cent 20
Crane Exelloy for Steins
Crane Exelloy is a specially processed chromium
iron, having a chromium content of about ix per
cent and a carbon content of about o.io per cent.
For valve stems, it is carefully heat-treated to pro-
vide superior strength and excellent resistance to
tension, compression, shear, and other strains at-
tending stem service. It withstands wear unusually
well and offers liberal resistance to corrosion by
atmosphere; by mildly alkaline water; and by steam,
gas, air, oil, and hot oil vapors.
The remarkable properties of Crane Exelloy as a
stem material have resulted in its adoption for
regular use in all Crane Steel VaKes.
Crane
Physical properties at 70" F. Minimum Average
Tensile strength lbs. per sq, in. 100,000 115.000
Yield point lbs. per sq, in. 80,000 90,000
Elongation in 2 inches per cent 20 22
Reduction of area per cent 60 65
Brinell hardness number (range) 225-250
Charpy impact strength ft. lbs 4U
Crane Exelloy for Seating Surfaces
Crane ExeIlo\' for seating surfaces is the same as
Crane Exelloy for stems, but is heat-treated to
secure greater hardness — minimum Brinell hardness
number ranging up to 350, depending upon the valve
part. With this high hardness — resisting scratch-
ing, scoring, or indentation by hard particles — is
combined adequate strength and ductility; excellent
resistance to wear, seizure, galling, and erosion; and
high resistance to oxidation and to the corrosi\'e
action of hot sulfur-bearing oils.
Crane Exelloy seating surfaces, used in steel valves
and known as" X" trim, are especially recommended
for oil and oil vapor. Exelloy combined with Crane
No. 4Q Nickel Al oy makes an ideal combination for
steam, water, gas, and similar services.
Crane Exellov has been more universallv suitable
for valve seats in oil service than any other single
material. With its remarkable properties, it is not
surprising that thousands of tons of it are in valve
service.
Crane Stellite Trim
Crane Stellite trim, used in high pressure-tempera-
ture steel valves and known as"U" trim, is a cohalt-
chromium-tungsten alloy. Facings o( this material
are deposited on steel discs or body seat rings by the
welding process.
Stellite is recommended where service conditions
are especially severe, particularly in modern steam
power plants operating at elevated temperatures.
Its extreme hardness when cold (Brinell number 375
minimum) is maintained almost unimpaired at red
heat. Stellite withstands corrosion and erosion
unusually well, and it displays excellent resistance
to wear, seizure, galling, and abrasion.
11
ij-
I
I I M : ^ I L b 'b r
^^^^
I
.1 I
V
f^ R A N E Metals and Materials (CanU)
Cast, Malleable, Alloy, and Ni-Resist Irons
Crane Cast Irons
Crane Cas. Uon. .egu^arly P^c^ed i^^^^grades CJt l^^^^^^^^ ^ .SuCl^r^"^
Xi,?f1he'rg;aSrc^^^;.^to'a!;!;tcL^dl: :r A^S.T.M. Specfica^n A :.. fo. Class A Cas.n.s.
mum requirements of the A.S.T.M. Specification perrosteel, used for sections of medium metal thick-
A 126 for Gray Iron Castings for Valves. Flanges, messes, conforms to the requirements of A.b. 1 .M.
and Pipe Fittings. Specification A 126 for Class B higher strength Gray
. , .r Iron Castings.
Each grade is particularly suited to P^vide umform ^^^^.^^ ^^^^, ^^^_
Crane ASTM Crane ASTM Crane High ASTM
Cast Iron ■ A 126 Ferrosteel A 126 Tensile Iron A 126
Average Class A Average Class B Average Class U
. u - 1 h nno 21 000 35 000 3 1 .000 50,000 41,000
Tensik Strength, pounds per square inch ^o.uuu ^^^ ^ ^^ ^^^^^
Transverse Test, load at center, pounds ^.UUU z.zuu ^ , ^^^ ^^^
Transverse Test, deflection at center, inches U-l^ u.iu
;|
i
»
U, I
I
Crane Malleable Iron
Crane Malleable Iron is particularly suited for use
in screwed pipe fittings, valves, and flanges. It is
characterized by pressure tightness, stiffness, and
toughness, the latter property being an especially
valuable one for pipe line materials subjected to
expansion and contraction stresses and shock.
This iron has a tensile strength of from 40,000 to
50,000 pounds per square inch. Through improved
practices in casting and annealing, a superior line of
malleable iron products is assured.
Crane Malleable Iron conforms to the requirements
of the Tentative A.S.T.M. Specification A iq; for
Cupola Malleable Iron.
The comparable ability of malleable iron to resist
shock or impact as well as bending stresses due to
piping weight, expansion, etc., is shown in the
following table. Note that because of their excep-
tional ductility, the malleable iron and cast steel bars
were reversed after each blow.
Tests for Shock and Impact (Bars \"x\"x\3'')
Malleable Iron Torsional Test Bar
As pare of routine control in casting and annealing
malleable iron products, a torsional test is made
half-hourly during each day's run.
Crane Alloy Cast Iron
Crane Alloy Cast Iron, a development of the Crane
Research Laboratory, is offered to meet the need for
an iron having better physical properties and resist-
ance to corrosion when subjected to services where
ordinary gray iron is not adequate.
This material, having a nickel low alloy composition,
is suited for \-alves or fittings in specialized services
of pulp or paper or petroleum industries.
Crane Ni-Resist Cast Iron
Ni-Resist Cast Iron (sometimes called Monel Cast
Iron) is used as material where the physical properties
of cast iron suffice but where greater resistance to
corrosion is required.
Ni-Resist is an alloy cast iron containing 14% nickel,
6% copper, and 2.J^% chromium: it has an average
tensile strength of approximately 25,000 pounds per
square inch.
Material
Blows of a
2 5 -pound
Drop Hammer
to Break
Shock
Test,
Foot
Pounds
Cast Iron
102
Ferrosteel
11
206
*Malleabie Iron
22
1580
92
*Ca5t Steel
*Rcversed after each blow because of bendinfj.
10.112
A familiar scene in the Crane laboratory.
(!■
iwmmrmmmfrr
■■•■p
frr
l^etais and Materials {Cont*}
CRANE
Packing Materials
C.C. Rubber Sheet Packing
C.C. Rubber Sheet Packing is a superior grade of
rubber composition packing, which is manufactured
solely for Crane Co. This material is exceptionally
tough, durable, and resilient. It is compounded
according to a special formula, and it is subjected
to frequent and careful tests to assure that the high
quality is strictly maintained.
C,C. Rubber is available in rolled sheets or finished
cut gasket shapes. It is recommended for all pres-
sures in services such as saturated steam, hot and
cold water, air, and gas.
C.C. Rubber Sheet Packing, . page 565
C.C. Rubber Ring Gaskets pages 566 and 567
Granite Sheet Packing
Cranite is a superior gasket material prepared from
selected long fiber asbestos, cross-laminated to secure
exceptional strength and durability. It has a high
and uniform compressive strength, does not deteri-
orate with age, and is ideally suited for use with
water, air, gas, gasoline, ammonia, steam, and other
fluids at temperatures up to 750'' F. Cranite has
been inspected and is listed by the Underwriters'
Laboratories (National Board of Fire Underwriters),
Chicago, for use on hazardous liquids.
Cranite Sheet Packing page 565
Cranite Ring Gaskets pages 566 to 570
Cranite Union Gaskets page 571
Corrugated Metallic Gaskets
Corrugated metallic gaskets are recommended for
service where temperatures exceed 750° F. Listed in
copper, of 27-gauge, and in soft iron, of iz-gauge,
they should be used with smooth faced flanges only.
Crane Corrugated Metallic Gaskets are of good qual-
ity, having proper strength, ductility, and toughness.
To secure a smaller bearing surface with the resulting
increase in unit compressive load, the inside diameter
of these gaskets is made larger than the port diameter
of the joint, providing assurance of tightness.
Corrugated Metallic Gaskets pages 567 to 570
Rings for Ring Joints
Ring Joints can be utilized as connections for all
pressure classes of Crane Steel Valves, Fittings, and
-langes. They require the use of a metal ring, which
seats in an especially prepared groove in each flange
face, to seal the joint.
Crane rings for ring joints are the result of extensive
research and field and laboratory testing. They are
of unusually high quality, being purchased under
exceptionally rigid specifications; each shipment is
carefully inspected and tested before being admitted
to stock.
Crane rings are furnished in three types: Type A, of
Armco Iron with a maximum Brinell hardness num-
ber of Qo ; Type B, of 4 to 6% chrome 14% molybde-
num with a maximum Brinell hardness number of
130; and Type C. of soft steel with a maximum
Brinell hardness number of 130.
Crane rings and ring joints are particularly recom-
mended for high pressure hydraulic installations and
for high pressure-temperature steam and hot oi! lines,
The merits ot the joint are well known; both the
American Standard (ASA B!be-iQ3Q) and the Amer-
ican Petroleum Institute (API No. 5-G-} and No.
600A-3C)) recognized its greater efficiency by assign-
ing higher ratings to products with this facing than
to those with other types.
Rings for Ring Joints page 564
Composition Discs
Crane Composition Discs are furnished in a wide
variety of materials, sizes, and styles. Through
years of constant study, research, and testing, this
line of Composition Discs was developed to fill the
need for suitable renewable type discs in globe and
angle valves.
These materials are made for use in steam, hot and
cold water, oil, air, gas, and gasoline ser\ices.
Users are urged to choose the type and material
recommended on page 178, in order to obtain the
best results.
Composition Discs page 178
HBifll
II
-Studying Pressure Holding Properties of Gasket Material
Testing Stuffing Box Packing Under Operating Conditions
■■
"F I * ■ f -
'■' '■■"^'
CRANE
Metals and Ufatcrialg (Coni,)
'.
i
■ ^
f
Crane Cast Steels
To provide adequately for the widely varied services The careful and thorough heat treatment given all
to which steel valves and fittings are subjected, Crane steel castings completely refines the grain,
Crane Co. regularly produces several different types relieves internal stresses, and imparts superior physi-
of cast steel. The individual characteristics and cal properties. Regular heat treatments consist of
recommendations for each are described below and annealing or normalizing and drawing,
on the opposite page. [^ annealing, the castings, having cooled after pour-
The Crane steel foundry today is the largest and best ing to a temperature below the critical range, are
equipped in the valve and fitting industry. It heated to and held at, the annealing temperature for
includes the latest type of swinging-roof top-charge the proper length of time; they are then allowed to
electric arc furnaces, modern high frequency electric cool slowly. For normalizing and drawing, the cast-
induction furnaces, efficient molding and conveying ings. having cooled below the critical range after
equipment, and exacting laboratory control. These pouring, are heated to and held at, the normalizing
facilities and foundry procedure produce sound, pres- temperature, after which they are allowed to cool in
sure tight, and high quality castings in small sizes as still air at room temperature. They are then reheated
well as large sizes. 1 1 is a complete and unexcelled to and held at, the drawing temperature, finally being
service to the buyers of steel valves and fittings, allowed to cool in the furnace.
Crane Carbon Cast Steel
Crane Carbon Cast Steel is ideally suited for a mul- stantially exceeds the minimum requirements of
titudeof services that are beyond the scope of bronze A.S.T.M. Specification A q5, covering carbon steel
or iron. Its superior strength and toughness, and its castings for valves, flanges, and fittings for high-
resistance to piping strains, vibration, shock, freez- temperature service.
ing, and damage by fire, afford reliable, protection chemical Composition Min- Max- Crane
when safety and utility are desired. imum imum average
, , ^ , , , Carbon per cent 0.15 0.45 0.30
It is suitable for use on saturated or superheated Manganese percent 0.50 0.85 0.60
steam, cold or hot water, cold or hot non-corrosive Silicon per cent 0.20 0.45 0.30
oil, gas, air, or other fluids. Under appropriate pres- Phfphorus percent .... 0.05 0.03
'^ . , J ..u f . rr r r Sulfur percent 0.06 02
sures. It may be used with safety on temperatures as
high as 1 000° F. Physical Properties at 70'' F. ^^in- Crane
imum average
When Crane Carbon Cast Steel Valves and Fittings J'^^.sJ'^ strength lbs. per sq. in. 70,000 74,000
are required for fusion weldmg into the piping, steel ^0^^.^ in 2 inches'. V;.'"^: '.^^rU^t ''''22 ''''28
with a carbon content not exceeding 0.35% is sup- Reduction of area percent 30 42
plied, which assures excellent welding qualities. Brinell hardness number 155
Bend test degrees 90 180
Crane Carbon Steel castings are carefully heat Charpy impact strength ft, ibs 15
treated by annealing. . NOTE: In addition, Crane Co. will furnish Carbon Cast Steel
^ ^ 1 r- c 1 f II complying with the A.S.T.M. Specification A216, fusion
Crane Carbon Cast ;>teel conforms to and sub- welding grade, when so ordered
J
I
f
Crane No. 4 Carbon-Molybdenum Alloy Cast Steel
Crane No. 4 Carbon-Molybdenum Cast Steel, con- forms to and substantially exceeds the minimum
taining approximately J^% of molybdenum, has requirements of A.S.T.M. Specification A 157,
many unusually desirable characteristics. At room Grade C i, covering allov steel castings for valves!
temperature, its strength is slightly greater than that flanges, and fittings for service at temperatures frorn
of Crane Carbon Steel, and this strength is retained 750 to i 100° F.
to a marked degree at elevated temperatures. At ^. . . ^ ... ,, ^
temperatures to ,000° F., its resistance to creep is C*^^--^' Compos.t.on M.n^ Maj. ^ane^
equal to that of more highly alloyed steels. Unlike Carbon per cent 0.15 0.30 0.25
most allo\' steels, its weldahility compares favorably Molybdenum per cent 0.40 0.60 0.50
with that of carbon steel. Manganese per cent 0.50 0.70 0.65
Silicon per cent 0,20 45 30
It is admirably suited for use on steam, water, oil, L^fS*:"™." .y.::::.:.:^ lln\ V o 06 02
gas, air, or. other services when superior strength and
toughness are essential. It is especially recom- Physical Properties at 70° F. Min- Crane
jjfii 1-1 . ^ imum averaee
mended lor high-pressure, high-temperature service Tensile strength lbs, per sq. in. 70,000 75.000
when valves and fittings are welded into the piping, ^'eld point lbs, per sq. in. 45^000 50^000
It is the logical choice for superheated steam lines Elongation in 2 inches per cent 22 28
at temperatures up to looo" F, ^lZ^!:^urr^.r. . . . . . . "" ^^"^ ..." ,^t
Crani No. 4 Carbon-Molybdenum Steel castings are CharpjMmpac't strength t^'ib? '^° '2?
carefully heat treated, by normalizing and drawing. NOTE: In addition, Crane Co. will furnish 'ca^bon-MoIyb-
Crane No. 4 Carbon-iVlolybdenum Cast Steel con- t::A^:j^^Si:^^'i:C^i:^^- '''^'"''-
r ' r-
/ifetala and Materials {Cont.) O R A N E ^
Crant Caal Steelf (Conf.)
Crane No, 2 Nickel-Chrome Alloy Cast Steel
Crane No. 2 Nickel-Chrome Cast Steel possesses ing alloy steel castings for valves, flanges, and
exceptional strength at both normal and elevated fittings for service at temperatures from 750 to
temperatures. The molybdenum content enhances 1100° F.
its toughness and eliminates the danger of embrittle- P^i^. Max- Crane
ment. No. 2 Steel offers greater resistance to erosion, emica omposi ion imum imum average
to oxidation or scaling, and to corrosion than do Carbon percent 0.25 0.35 0.30
Carbon Steel and Carbon-Molvbdenum Steel. Nickel per cent 1 75 2.25 2.00
Chromium per cent 0.65 0.95 0./5
It is unusually suited for severe service on oil. gas, Molybdenum per cent 0.20 OJO 0.25
' ,. i^ . .11 I J Manganese per cent 0.4? UV5 U.OU
water, or steam hnes. It is especially recommended ^.^.J^ ^^^ ^^^^ 0,20 0.45 0.30
for high-pressure oil refinery service at temperatures phosphorus per cent .... 0.05 0.03
up to I ioo° F.. for flow lines in oil and gas fields, and Sulfur per cent — 0.06 0.02
for oil or gas pipe lines. As heat treatment after ^^ properties at 70° F. Mi- Crane
welding is essential, it is best adapted to products imum average
having flanged or threaded ends. All castings are Tensile strength lbs. per sq, in. 100,000 l IJ.^OO
carefully heat treated, by normahzing and drawing. ^^^^^^^ i^.hesV.'.V."^. .'^."e^cent '''^ '''""o
CraneNo. z Nickel-Chronne Cast Steel conforms to g^f,",X"rdtrnun,beV. : 1 1 1 : : . ^" ^"^^ ....'° 2^5
and substantially exceeds the minimum requirements e^nd test degrees 90 180
of A.S.T.M. Specification A 157, Grade C i i, cover- Charpy impact strength ft. lbs 20
Crane No. 5 Chrome-Molybdenum Alloy Cast Steel
Crane No. 5 Chrome-Molybdenum Cast Steel is alloy steel castings for valves, flanges, and
'unusually strong at normal temperatures and for service at temperatures from 750 to 1 100
possesses exceptional strength and creep resistance chemical Composition M*"- ^ax-
at high temperatures. It offers excellent resistance imum imum
to erosion and to scaling at temperatures up to ^-bo^-^- ■■■■;..■■. -P^^ 0.15 0.30
iioo°F. It is relatively economical in cost when Molybdenum percent 0.40 0.65
compared with more highly alloyed steels. Manganese per cent 0.45 0.75
Silicon per cent 0.20 1 .25
Crane No 5 Steel is ideal for severe service on steam, Phosphorus per cent .... 0.05
water, oil, or gas lines, particularly when corrosion Sulfur percent .... 0.06
resistance is essential as in oil refinery service. Since physical Properties at 70° F. .^''^■
heat treatment after vx'elding is necessary, it is best ^^^^..^ ^^^^^^^^ ,^^ p^^ ^^ .^ /o^-q
adapted to products having flanged or threaded ends, yiei^j p^^^^ 15s. per sq. in. 65,000
All castings are carefully heat treated by normalizing Elongation in 2 inches per cent 18
and drawing. Crane No. 5 Cast Steel conforms to Reduction of area. . . percent 30
diikj uicivv 111^. 7 Bnnell hardness number
and substantially exceeds the minimum requirements 3^^^ ^est degrees 90
of A.S.T.M. Specification A 157, Grade C 5, covering Charpy impact strength ft. lbs
Crane No. 3 Nickel Alloy Cast Steel
CraneNo. 3 Nickel Cast Steel provides adequate ten- Physical Properties at 70° F.
sile and impact strength at sub-zero temperatures. ^^^^.,^ ^^^^^^^^ ,^^ p^^ ^q j^
It is especially recommended for use at extremely Yield point :..-;■-, lbs. per sq^ in^
, '-^ "-^h"-^ " J_ ^ ^ f^^ ^af,-irr«,-ot-irt^ Elongation in 2 inches percent
low atmospheric temperatures, or for refrigerating ^^^^^^-^^ ^^ ^^^ ^,, ,^„,
processes down to —100° F., such as in the dewaxing Sharpy impact strength
of lubricating oil. All castings are carefully heat At 70° F ft. lbs.
treated, by normalizing and drawing. At -100° F ft. lbs.
fittings
°F.
Crane
average
0.25
5.00
0.50
0.60
0.65
0.03
0.02
Crane
average
112,000
87,000
20
45
235
180
I?
Min-
imum
67.500
45.000
25
45
25
15
Crane
average
75,000
55,000
32
55
35
20
Crane * ^Arctic" Nickel Alloy Cast Steel
(Patented)
For sub-zero temperatures substantially lower than Physical Properties at 70° F.
those for vv.hich Crane No. 3 Nickel Cast Steel is Ten-le strength b. per sq. ,n.
recommended, Crane Metallu rgists developed Crane ^ eW po.nt lbs. pe^ sq^ ,u^
•■Arctic- Nickel Cast Steel. All castings are heat ^'^^.^.^ .Tarea. . : ::;:;:::;:: per cent
treated to develop the required physical properties ^-^^^p^ j^p^^^ strength
Inquiries for Crane" Arctic" Nickel Cast Steel should At 70° F ft. Jbs.
include specifications of the contemplated service. At -175° F It- lbs.
Minimum
60,000
40,000
35
60
40"
1?
tiiiiiitfii
i
ILU
I
8
CRANE
Metais and Materials (Cont*)
Crane Forged Steels
Paralleling the assortment of Cast Steels produced
by Crane Co. to provide for \\idely varied services,
is an identical group of Crane Forged Steels. While
the chemical composition and physical properties ot
the forged steels are not exactly the same as those ot
the cast steels, in general characteristics and ulti-
mate utility the forged material is the full equiva-
lent of the cast.
Th" recommendations for Crane Cast Steels and the
comparisons thereof, are, therefore, equally appli-
cable to Crane Forged Steels; see pages 6 and /■
From the standpoint of life and service there is no
difference; both are component parts of a complete
line. Forgings have a highly refined grain, with
physical properties well in excess of recognized
minimum requirements.
^;l-:}<* + *******
!!m
M- ^
r'
!:■■
^f
Crane Carbon Forged Steel
For a greater di\ersity of service. Crane Carbon
Forged Steel is furnished in two Classes, Class 1 and
Class II. Class I, with a maximum carbon content
of 0.30 per cent,, has unusually good welding prop-
erties and is used for Welding Neck Flanges and for
Socket-Welding Fittings. Class II, with slightly
higher carbon content (0.35 per cent maximum) is
used for all other types of steel flanges and for flange
unions, yokes on steel valves, etc.
Crane Carbon Steel forgings possess such a highly
mechanically refined grain structure and such gen-
eralh- excellent physical properties that heat treat-
ment is confined to flanges in the 400-Pound and
higher steel pressure classes.
Crane Carbon Forged Steel conforms to A.S.T.M.
Specification A 105 when heat treated and to A,S.
T,M. Specification A 181 when not heat treated.
The Crane average ph\-sical properties, substantially
exceeding A.S.T.M. minimums, are shown below.
Physical Properties at 70° F.
Crane Average
Class 1 Class 1 1
Heat As Heat As
t reat ed forged t reated forged
Tensile strength, psi 75,000 77,000 80.000 80,000
Yield point, psi 45.000 46,000 47,000 48,000
Elongation in 2 inches, %. . . . 32 25 30 25
Reduction of area, ^c bO 50 55 45
Brineli hardness number 155 IbO 160 loO
Chiirpy impact strength, ft, lbs. 25 20 25 20
\^
Crane No. 4 Carbon-
Molybdenum Alloy Forged Steel
Crane No. 4 Carbon-Molybdenum Forged Steel has
the same good welding properties, high strength re-
tention at elevated temperatures, and excellent
resistance to creep as Crane No. 4 Carbon-Molybde-
num Cast Steel. Its mechanically refined grain
structure is further refined by a careful heat treat-
ment, consisting of normalizing and drawing.
This steel exceeds the minimum requirements of
A.S.T.M. Specification A 182., Grade F i.
Physical Properties at 70'' F.
Min- Crane
imum average
Tensile strength lbs. per sq. in. 70.000 78,000
Yield point lbs. per sq. in. 45,000 50,000
Elongation in 2 inches per cent 25 30
Reduction of area per cent 35 60
Brineli hardness number 155
Charpy impact strength ft. lbs 30
Crane No. 2 Nickel-
Chrome Alloy Forged Steel
Crane No. 1 Nickel-Chrome Forged Steel has the
same superior high temperature properties and re-
sistance to corrosion, erosion, and scaling as the cast
variety. The mechanical refinement of grain struc-
ture by the forging process is supplemented by a
heat treatment consisting of a quench and draw.
Physical Properties at 70° F.
Min- Crane
imum average
Tensile strength lbs. per sq. in. 100,000 115,000
Yield point lbs. per sq. in. 70,000 85,000
Elongation in 2 inches per cent 18 20
Reduction of area per cent 50 60
Brineli hardness number 235
Charpy impact strength ft. lbs 25
Crane No. 5 Chrome-
Molybdenum Alloy Forged Steel
-
Crane No. 5 Chrome-Molybdenum Forged Steel, like
the cast material, offers unusually high retention of
strength on elevated temperature service, superior
corrosion resistance, and excellent resistance to ero-
sion and scaling. All forgings are carefully heat
treated, by normalizing and drawing.
This steel exceeds the minimum requirements of
A.S.T.X'I. Specification A i8i. Grade F 5.
Physical Properties at 70° F.
Min- Crane
imum average
Tensile strength lbs. per sq. in. 90,000 100.000
Yield point lbs. per sq. in. 65,000 75.000
Elongation in 2 inches per cent 22 25
Reduction of area per cent 50 60
Brineli hardness number 200
Charpy impact strength ft. lbs 35
Crane No. 3 Nickel Alloy Forged Steel
Crane No. 3 Nickel Forged Steel is characterized by
its outstanding suitability for service on sub-zero
temperatures. All forgings of this steel are carefully
heat treated, by normalizing and drawing.
Physical Properties at 70° F.
Min- Crane
imum average
Tensile strength lbs. per sq. in. 62,500 68.000
Yield point lbs. per sq. in. 36,000 42,000
Elongation in 2 inches per cent 25 35
Reduction of area .per cent 40 60
Charpy impact strength
At 70° F ft. lbs. 15 35
At -100° F ft. lbs. 15 20
Meiah and Materials [Cont^)
CRANE
Bolting Materials
In the manufacture of Crane Valves and in bolting flanged valves,
fittings, and flanges together to form a complete piping system,
four classes of bolting materials are regularly used. These materials,
open hearth steel, cold rolled steel, chrome-molybdenum steel, and
chrome-molybdenum-vanadium steel, are described as follows:
Machine Bolts and Bolt-Studs
Bolts and studs for temperatures up to 500° F. are
made from steel complying with A.S.T.M. Specifica-
tion A 107, Open Hearth free-cutting grade, having
the following physical properties:
Physical Properties at 70° F. Minimum
Tensile strength lbs, per sq. in. 60,000
Yield point lbs. per sq. in. 35,000
Elongation in 2 inches per cent 25
Reduction of area per cent 50
Nuts regularly used with machine bolts or studs are
made from free-cutting or resulfurized nut stock
which conforms to A.S.T.M. Specification A 107.
Studs and bolt-studs for temperatures up to 500° F.,
primarily for high pressure hydraulic service, are
made from cold rolled steel complying with A.S.T.M.
Specification A 108, Open Hearth free-cutting grade,
having the following physical properties:
Physical Properties at 70° F. Minimum
Tensile strength Ibs- per sq. in. 70,000
Yield point lbs. per sq. in. 60,000
Elongation in 2 inches per cent 18
Reduction of area per cent 45
Nuts regularly used on cold rolled stee! studs and
bolt-studs are cold made of material in accordance
with A.S.T.M. Specification A 107.
Alloy Steel Bolt-Studs
Crane Co. pioneered in the development of alloy steel bolting.
For yearSj Crane Triplex Steel was recognized as the highest quality
bolting material available, and today, still ranks well with the
best steels obtainable. With the introduction of Crane 'I'emplex
Steel, the culmination of a long, patient, exhaustive, and compre-
hensive study, Crane Co. again offers an outstanding bolting mate-
rial, unsurpassed for high-pressure high-temperature services.
Crane Triplex Steel
Crane Triplex Steel, a chrome-molybdenum steel
having marked stability, retains its strength unu-
sually well at elevated temperatures. It offers better
resistance to creep than most high grade alloy steel
bolting materials. Responding readily to heat treat-
ment, it is carefully processed to secure liberal
strength, hardness, and other desirable properties.
The uniformly satisfactory results secured with
Triplex Steel Bolt-Studs in thousands of steel valve
and fitting installations, many of which — particu-
larly in oil refineries — have been operating under
extreme pressures and temperatures, is a fitting
testimonial of their excellence. Crane Triplex Steel
is regularly used for the bonnet bolting of Crane
"XR" and"X'" trimmed steel valves.
The steel is specially heat treated by quenching and
drawing, producing a dense, uniform, and fine grain
with superior physical properties.
Crane Triplex Steel substantially exceeds the mini-
mum requirements of A.S.T.M. Specifications A qb,
for Class C Bolting, and A 193, Grade B 7.
Physical Properties at 70° F.
Tensile strength. . .lbs. per sq. in.
Yield point lbs. per sq. in.
Elongation in 2 inches. . , per cent
Reduction of area per cent
Brinell hardness number (range). 260-320
Min-
imum
125,000
105,000
16
?0
Crane
Triplex
average
1?4,000
116.000
20.5
57
270-300
Crane
Templex
average
145,000
118,000
20
57
285-320
Crane Templex Steel
Crane Templex Steel is a chrome-molybdenum-
vanadium alloy, recently developed by Crane Co.
Its unusual strength and remarkable stability at
ele\ated temperatures is the result ot the molybde-
num and vanadium combined with special heat
treatment. Crane Templex Steel has greater re-
sistance to creep than any other bolting steel offered
on the market today.
For exceptionally high temperature ser\-ice, this
steel is ideal. It is regularly used in the bonnet bolt-
ing of Crane "U"' trimmed steel valves.
The secret of the superiority of Crane Templex Steel
lies in the exacting heat treatment de\eloped by
Crane laboratories. In addition to uniform grain and
excellent physical properties, it produces a definite
carbide size in the microstructure of the material,
resulting in maximum creep resistance.
Crane Templex Steel substantially exceeds the mini-
mum requirements of A.S.T.M. Specifications A 9b,
for Class C Bolting, and A iq3, Grade B 14.
Nuts for Alloy Steel Bolt-Studs
Crane Triplex and Templex Steel Bolt-Studs are
regularly fitted with hot forged, medium carbon.
oil-quenched nuts, made to .'Xmerican Standard
Semi-Finished Heavy Hexagon dimension, ASA
BiS.i. Having a Brinell hardness number of 250
minimum, they are capable of developing the full
strength of the stud. They conform to A.S.T.M.
Specifications A q6, Class i, and A 194, Class 2 H.
I
10
CRANE
Marking of Crane Products
The marking and identification of Crane Products conforms to
the Manufacturers Standardization Society Standard Marking
System for Val\es, Fittings, Flanges, and Unions (MSS SP-25).
i <
Distinguishing Marks
All product is marked for identification with either the name
"CRANE", the letter "C", or the letters "CC", depending on
the size and type of the article as well as the method of manu-
facture. In addition, certain unions and union fittings have
specific marking, such as "RAILROAD", etc. Unions, fittings.
and valves made in accordance with the specifications adopted
by the American Association of Railroads are marked with
either the letters "ARA" or "AAR".
Designation of Material
ii
Cast iron product has no marking indicating the
material.
Ma]leul)le iron product is marked with either the
letters "Mr" or "MALL", except for Standard Mal-
leable Iron Screwed Fittings which can be dis-
tinguished from the Standard Cast Iron bv the open
crotch between the bands in place of joining bands,
and unions or union fittings which are not made in
cast iron and cannot be confused.
Brass product can be readily distinguished from cast
iron by its color, and therefore has no material
marking, except special bronze alloys which have
special markings.
Steel product is all marked with the word "STEEL",
which definitely distinguishes it from cast iron. In
addition, alloy steels are marked with a symbol to
identify the alloy. Steel castings of pressure con-
taining parts have the heat nupiber stamped on a
raised pad.
Cast stainless steels and other corrosion resistant
alloys have special markings.
Designation of Service Pressure Ratings
I
k
The recommended pressure ratings for each line of
goods illustrated in this catalog are specified on
the page where listed. Nearlv all of the product with
the exception of Gas Stops. Low Pressure Brass
Valves and Standard Screwed Fittings, are marked
with the recommended basic working pressure.
Where the numerals are not followed by any suffix
symlx)ls. they represent the basic steam Service
pressure rating at the maximum temperature which
IS given ior the line on the corresponding page of this
catalog or. where the maximum temperature is not
specified, at the temperature of saturated steam.
Ammonia Valves and Fittings are an exception to
the foregoing in that they are marked " 300" without
any suffix symbol to indicate ammonia service
pressure. Valves with leather or rubber faced discs
are another exception in that thev use bodies regu-
larly marked with a basic steam rating, yet should
only be used on the serx-ice for which this type of disc
lace is recommended.
•^r^"?-"^^^ numerals are followed by the letters
_ wuu . they represent the water, oil. or gas serv-
ice pressure ratmg at or near atmospheric tempera-
ture. W here two sets of numerals are shown the
^^^^'^J^'"'''^^ pressure is followed by the letter "S"
tettr.-ZJn^-'''^'^' ^^' '^'^'^" pressure, by the
letters WUL, . Test pressure marking, where
used, IS followed by the word "TEST".
CRANE
11
Air Testing
The fact that many of our products are recom-
mended for water, oil, and gas does not necessarily
indicate that all of those products are air tested. It
has been found commercially that our regular stock
valves have pro^'en quite generally satisfactory for
gas service without an air test, and therefore when
an air test is required^ it must be definitely specified.
Any valves that are to be used for air, gas, or very
volatile fluids and where absolute tightness is of
essential importance, should be ordered air tested
unless the catalog definitely states that they are
regularly air tested.
All valves which are air tested are provided with
protectors placed over the openings.
Hydrostatic and Shock Working Pressures
All valves, fittings, and flanges in this catalog are
suitable for the liquid working pressures given, only
when used in hvdraulic installations in which shock
is absent or negligible.
The sudden closure of a valve in a hydraulic system
causes the body of liquid, which may be mo\ing at a
rate generally in excess of i foot per second, to stop
instantaneously. As a liquid is relatively incom-
pressible, the effect of the sudden cessation of flow is
to raise the pressure considerably above the static
working pressure. This increase in pressure is called
"SHOCK" and may, in some cases, be sufficient to
cause valves or piping to fail.
The increase in pressure due to shock is not depend-
ent upon the working pressure of the system but upon
the velocity with which the liquid is flowing. For
example: An installation having a working pressure
of loo pounds per square inch with a velocity of 3
feet per second will be subject to the same increase
in pressure due to instantaneous closure of a valve as one
having a working pressure of 1000 pounds per square
inch and the same velocity.
Shock is generally prevalent in lines which are
equipped with check valves, quick closing valves, or
in lines supplied by reciprocating pumps. Shock,
however, may also be produced in any line to a lesser
degree by the rapid closure of regular globe or gate
valves, and it is therefore recommended that care
must always be used in closing valves in lines trans-
porting liquids.
It is recommended that, where shock is likely to
occur, the maximum shock pressure be added to the
working pressure of the line to determine the work-
ing pressure of the vah'es, fittings, or flanges which
should be used.
It is also recommended that all hydraulic installa-
tions be equipped with air chambers or other types
of shock absorbers to eliminate, as much as possible,
the increase in pressure due to shock.
Increase In Pressure Due to Expansion of Liquids
ii'i
m
\\m
If a vessel is completely filled with a liquid so that
there is no space available for volumetric expansion,
any rise in temperature of the liquid will cause an
increase in internal pressure. This increase in pres-
sure is due to the tendency of the liquid to change in
volume, and as liquids are relatively incompressible,
the pressure builds up rapidly with only a slight
change in temperature. The rise in temperature may
be due to the sun's rays or to an increase in atmos-
pheric temperature.
Crane Co. has conducted tests which indicate that
when vessels are completely filled with fuel oil of
33*^ A. P. I., a temperature rise of or\^ degree Fahren-
heit causes the internal pressure to increase approxi-
mately 75 pounds per square inch.
It isrecommended, therefore, where valvesare ins tailed
in lines carrying liquids (particularly oil), that some
means be employed to prevent entrapping the liquid
in the valve bonnet, to eliminate the possibility of
pressure building up due to a rise in the temperature.
' f
I
il
l>1
12
CRANE
i
I 'I
! ■
I
*
^
fe
'.
i
»
7"Ae kr^owledge and faciliiies of Crane engineering and research
extend far heyond the abbreviated treatise on metals and mate-
rials shown on the preceding pages. Through years of untiring
research and critical stud); of new developments, a Wealth
of data has been accumulated which forms an integral part
of Crane service. Users confronted with unusual problems
pertinent to the control of fluids are invited to avail them-
selves of this source of information and to refer to the many
Crane technical publications on specialized subjects. Inquiries
concerning the users' needs are rendered careful consideration.
1
mrrrrrrrrrrm
^snnnr'
CRANE
13
Brass Gate Valves
Names of parts page 14
Low Pressure Valves page 1 5
Standard Valves, Rising Stem pages 16 and 17
Standard Valves, Non-Rising Stem .page 16
15'0-Pound Valves, Rising Stem page iq
150-Pound Valves, Non-Rising Stem page 19
200-Pound Valves, Rising Stem pa^e 20
200-Pound Valves, Non-Rising Stem page 21
200-Pound Valves, Outside Screw and Yoke page 21
300-Pound Valves, Rising Stem page 2>
300-Pound Valves, Non-Rising Stem page 22
350-Pound Valves page 24.
Valves with Lock Shield page 16
The Crane line of Brass Gate Valves includes a valve for every
commercial requirement. The uniformly superior quality that
distinguishes all Crane products has been maintained in this
line. Excellence of design, high grade materials, and work-
manship of the highest order assure dependability in service.
Other types of brass valves, supplementing the gate valves
indexed above, are shown on the following pages;
rm
;;
lb
Brass Globe and Angle Valves. pages 25 to 50
Brass Check and Foot Valves pages )! to 63
Brass Hose Valves pages 70 and 7 1
Brass Lever-Operated Quick-Opening Valves. . .pages 66 to 6q
Brass Radiator Valves pages jy to 81
'S'I^*'t*'t*'t**'rT^
■ ;. ■ f
\ \
f .
The lists shown above do not include all Crane Brass Valves.
Brass Valves that perform a special duty or those made for
special services such as Float Valves, Pop Safety Valves, Relief
Valves, Pressure Regulators, Pressure Reducing Valves,
Solder-Joint Valves, and Valves for Marine Service are de-
scribed in other sections of this catalog. Refer to the index.
(^1
wmm
It- ■
'^"' -■■"">■']-
Mm
LH^i*
MiUUIUUiUUtUlifiilHflfa
j^
I'kFi'^ kJ«bl^ J<
4-ki
14
CRANE
I
Names of Parts
Brass Gate Valves
Wheel Nut
' Wheel
Stem
Packing Nut
Gland
Packing
Stuffing Box
Bonnet
Disc
I '
{
Body
Non-Rising Stem
Wedge Disc Gate Valve
(No- 4491/2, p. 15)
Wheel Nut
Wheel
Stem
Packing Nut
Packing
Bonnet
Double Disc
Disc Wedge
Body
Rising Stem
Double Disc Gate Valve
(No. 440, p. 16)
V
Wheel Nut
Wheel
Stem
Packing Nut
Gland
Packing
Bonnet
Disc
Body
Rising Stem
Wedge Disc Gate Valve
(No. 431, p. 19)
Identification Plate
Wheel Nut
Wheel
Packing Nut
Gland
Packing
Stem
Bonnet
Union
Bonnet Ring
Disc
Body
Seat Rings
Body
Rising Stem, Union Bonnet
Wed^e Disc Gate Vahx
With Renewable Seats
(No. 423, p_ 20)
Wheel Nut
Wheel
em
Packing Nut
Gland
Packing
Wheel
Yoke Sleeve
Stem
Gland
Packing
Yoke Bonnet
Stuffing Box Stem Ring
Bonnet
Disc
Body
Disc Pin
Disc
Body
Non-Rising Stem
Wedge Disc
Gate Valve
(No. 458, p, 21)
Outside Screw and Yokp
Wedge Disc
Gate Valve
(No. 459, p, 21)
I
Ai
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tUtirjL^. '--/i
CRANE
15
Low Pressure Brass Gate Valves
Wedge
Non-Rising Stem
WORKING PRESSURES
100 pounds steam "
125 pounds water, 200° F.
125 pounds cold oil or gas
No. 4491/2 Valves: The No. 4493^ are well-constructed
valves. They will give good results where working con-
ditions are not severe, and are recommended for general
shut-off valve ser\'ice on low pressure steam and water
lines. They are well suited for heating systems, city
water, low pressure condensation return lines, and similar service.
Their body, bonnet, wedge disc, and stem are made of brass.
Repacking: The stuffing box is equipped with a brass gland. The valves,
when wide open, can be repacked while under pressure.
List Prices, Each, and Dimensions
Cross Section
No. 4491/2
No. 4491/2
Screwed
iJize Inches V4 %
V2
V4 1
IV4
v/2 2
No. 4491/2, Screwed 1.20 1.20
1.30
1.50 2.00
2.65
3.55 s.oo
r^. End to end 13^ 113/,^
l^Vie
2 2yi6
2yi6
2% 3
;^ ^r.nU^. <-enter to top of wheel ! S^A 3^A
33/4
41/2 51/4
53/4
6V2 75/8
Diameter of wheel 2I/4 2V4
21/4
2% 3
33/8
3^4 41/4
Low Pressure Valves with Bolted Bonnet
WORKING PRESSURES
100 pounds steam
125 pounds cold water, oil, or gas, non-shock
Nos. 4436 and 4437 Valves:
The No. 4436 and No. 4437
Valves are Of liberal proportions
throughout. They are recom-
mended for the same service as
the valves shown above.
The valves have a body, bolted
bonnet, non-rising stem, wedge
disc, and renewable body seat
rings made of brass. The stuff-
ing box is deep, is filled with a
high grade packing, and on sizes
23^ to lo-inch is equipped with
a bolted gland (the z-inch size
has a screwed type stuffing box
No. 4436, Screwed
With Indicator
(Also furnished
without Indicator)
and a gland).
The valves are regularly furnished with an indicator
to show whether the valve is open or closed. When
so ordered, valves without indicator will be furnished.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Flanged valves: End flanges and drilling conform
Cross Section
No. 4436
With indicator
Unless otherwise ordered, the No. 4436 and No.
4437 Valves are always furnished with indicator.
No. 4437, Flanged No. 4437, Flanged
With indicator Without Indicator
to the MSS I 50-Pound SP Bronze Flange Standard
(No. SP-2-1937). They are plain faced with two
V-shaped concentric grooves between the port and
the bolt holes. Prices include drilling to the MSS
150-Pound Standard, and spot facing; no deduction
is made if valves are ordered faced only. Full face
gaskets should be used; see page ^by.
List Prices, Each, and Dimensions
Size Inches 2 21/2 | 3 3V2 4 S 6 8 10
No 44'?fi Si-rpwprJ
With Indicator 40.00 50.00 65.00 80.00100.00
* ^u« ^^*j\j. O^-l t W t^d
Without Indicator 38.00 4i.00 63.00|7: . 00! 98.00 j
No. 4437, Flanged
With Indicator 50.00 60. 00!75. 00 90.001110. 00 160.00 210.00 325.00 425.00
F. D. & S. F.
Without Indicator 48.00 58.00 73.00[88.00 108.00 155.00 205. 00'320. 001420. 00
End to end 4Vi6 Si/g | 6 61/4 61/2 " |
T^"
Face to face 4% 5 51/2 6 61/2 7 71/2 ^V2 ^Vi
Dim en-
G1 fW\C
Center to
top of stem
With Indicator 9^A IIV2 I33/4 HVg 16 I8V4 ! 20 25 30
aiuils
in
Without Indicator 8% 101/4 nVg 12y8 U% I6V2 ISVs 23yR 28Vh
Inches
Diameter of wheel 41/2 6 7 7 8 9 9 10 12
Diameter of flanges 6 7 7y2 8V2 9 10 11 13 V2 16
Thickness of flanges 1/2 Vie % "/ifi "/ifi ^A ^Vis »Vii; 1
Other types of
JLow Pressure
Brass Gate
Valves:
Marine, p, 466
Radiator, p. 80
Solder -Joint . . .
p. 504
Templates
for drilling,
see page SSO.
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liUUiAiUUUUAtiUUU^IUU^^U
*M
i^^AU
t<iiK.. I ■:■■■<■ ■_
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16
CRANE
Standard Brass Gate Valves
Wedge Disc
Non-Rising Stem
Double Disc
Rising Stem
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas, non-shock
Unless
otherwise
ordered,
valves with
wheels are
always
furnished.
Cross Section
No. 438
No. 438 No. 438
Screwed Screwed
with Wheel with Lock Shield
No. 440 No. 440
Screwed Screwed
with Wheel with Lock Shield
Cross Section
No. 440
List Prices and Dimensions
Size
Inches
%
%
Vz
Vi
No. 438 or No. 440
With Wheel
1 1% ly.
With Lock Shield
21/2
Each
Each! 2,40 I 2-40 | 2.60 1 3.30 I 4.40 l~6T00 8.00 11.00 19.00128.00
Dimensions
in
Inches
No. 438
End to end
3-25 I 4.10 1 5.50 7.50 llO.OO 13.75
Center to top of wheel
Center to top of lock shield
W4 .nViel 2 [ 2V4 |2iMfi| 3 [ 3V4 i3i Vi^T^WWMb
Diameter of wheel
3y4 I 33/4 I 4Vi6 I 434 I 5% I eVz ! 71/4 85/.
No. 440
End to end
33/4 I 43/8 I 51/4 ' 61A I 73/8 ! 83/
'/& ' 10- I llVg
m i IV4 I 2Vi6 i 2Vi6 ; 23/4 I 31/16 [ 3% I 4Vifi I 43/, I 53/,
1% I W*\T% I 21/8 I 21/2 ': 23/4 I 3 I 31A 14V,. 14V,.
Center to top of wheel, open ' 41/4 [ 41/4 ! 43^ ; 5V^ '[ 7 ; 83/^
Center to top of lock shield
Diameter of wheel
^Vz I 51/8 [ 61/8 [ 71/2 I
^Va I llVs-l 1 41/4 I61/2
8%
UVf
For list prices of keys for Loch Shield Valves, see page 177.
IV4 : 13/4 ! 21/16 I 2Vi6 I 23/4 [ 31/6 ! 3% [ 4iX7R^ 5%
Service recommendations : These \ alves are more
rugged than is usual with "Standard" valves. All
parts are liberally proportioned to assure a high
factor of safety against pressure, operating strains,
and expansion and contraction of piping.
The valves are recommended for general ser\-ice on
steam, water, oil, or gas lines.
Both the No. 438 and the NIo. 440 Valves are regu-
larly furnished with wheels. When orders so specify,
they will be furnished with lock shield.
Materials: All parts are made of brass, except the
wheel which is made of malleable iron.
No, 438 Valves: The No. 438 Valves have a uedge
disc and a non-rising stem. The stuffing box is
equipped with a gland.
No- 440 Valves: The No. 440 Valves have a rising
stem, a double disc, and parallel seats. The double
disc IS guided in the body. When closing the last
turn of the wheel forces the discs against the seats-
when opening, the first turn of the wheel releases the
discs from the seats.
Repacking: The No, 438 and No. 440 Valves when
wide open, can be repacked while under pressure.
Flanged valves: For flanged valves, see page lo.
I
Gate, Screwed
with
Comptosition Wheel
Rising Stem Valves
With Special Wheels and Special Finish
fratedU^'h'i'h T"'^^ T^vf"^' ^^^ '^' ^'>'^^ °^ ^^■^^- "-^^ v^^^es illus-
shown above. "" " ^'^^ "'' '^' ^"^" ^^ ^^^ ^o. 440 Valves
Lw^'^Vrx^T.^.^TK^,''''''''" °' ^ ^'^^^ ^^'^^^' ^"d ^'■^ "^^de to order
bodv ■ rlu?h hnH t f '? ^ T'^"-^ ^^ ^P^^^^' fi^'^I^^s s^^h as rough
body, rough body, nickel-plated; polished; polished and nickel-plated-
and polished and chromium-plated. piatea.
Orders should specify the style of wheel and finish desired.
Prtce. and dimensions will he furnished on application.
Gate, Screwed
with
Brass Wheel
I
■■rr
CRANE
17
Standard Brass Gate Valves
Rising Stem
Solid Wedse Disc
Double Wedge Disc
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas, non-shock
FEATURES
Solid or Double Wedge Disc
Slip-On Disc-Stem Connection
Rising Stem
Cross Section
No. 428
No. 428
Screwed
No. 430
Screwed
Cross Section
No. 430
List Prices, Each
Size
Inches
Va
%
V2
3/4
1
iy4
IV2
2
2V2
3
No,
428,
430,
with Solid Wedge Disc
"
2.40
2.40
2.60
3.30
4.40
6.00
8.00
11
.00
19.00
28
00
No.
with Double Wedge Disc
2.40
2.40
2.60
3.30
4.40
6.00
8.00
11
.00
19.00
28
00
These are new Standard Brass Gate \'ah'es. Rugged-
ly constructed and accurateiy designed throughout,
they offer the user of brass \al\es dependable serv-
ice o\er a long period of time.
Made with either a solid or a double disc, which is
tapered to provide tight, easy seating in the body,
the valves are ideal for general service on steam,
water, oil. or gas hnes.
In addition to the No. 428 and No. 430, the Crane
line of Standard Brass Gate Valves with rising stem
includes the No. 440 Double Disc VaU'es shown on
page 16. The completeness of the Crane line allows
the user to choose a valve best suited for his particu-
lar requirements.
Construction: The valves are of the inside screw
rising stem type. They are liberally proportioned
to assure a high factor of safety against pressure.
operating strains, and expansion and contraction oi
piping.
With the exception of the discs, the No. 428 and
No. 430 Valves use the same parts.
No. 428 Valves: The No. 428 Valves have a solid
wedge disc. The disc slips onto a strong head on the
stem end. It is accurately guided in the body to
pre\-ent contact between the seating surfaces until
the valve is practically closed. The disc is reversible
in the body.
The stuffing box is deep and is equipped with a
gland. It is filled with high grade packing.
No. 430 Valves: The No. 430 Valves have a double
wedge disc which is re\ersible in the body. The disc.
illustrated at the right, is care-
fully designed and machined to
assure positive, easy operation.
The disc -stem connection is the
same as in the No. 428 VaK'es.
When closing, the last turn of the wheel forces the
discs against the seats; when opening, the first turn
of the wheel releases the discs from the seats. Long
disc guides provide accurate seating.
The stuffing box is deep and is equipped with a gland.
It is filled with high grade packing.
Materials: All parts are made of brass with the
exception of the wheel. The wheel is made of malle-
able iron.
Repacking: The valves, when wide open, can be
repacked while under pressure.
Dimensions, in Inches
Size Inches Vi
%
Vz
5/4
1
ly* 1V2
2
2V2
3
End to end I^^
nVl6
2
2V4
2»Vl6
3 31/4
3^ V16
4V4
41V16
No. 428 or No- 430
Center to top of valve, open SVg
5V8
51/2
6%
7yg
9y2 10%
nVs
153/8
i7y8
Diameter of wheel 13^
l'/4
2Vl6
2Vl6
2V4
3Vi6 35/8
4Vl6
43/4
53/8
I
.J I
*l
' I
ii^
IMl^t
.\
-? : ::':>''=-^i^--'^:i^
18
CRANE
I
{
Commercial buildings of ail types choose Crane
equipment for dependable control of service lines
Crane valves and fittings are standard in the
piping systems of many automotive plants.
I ,
1^
^.
} ,1
IP
h
Crane brass gate valves ser\'e many uses in food packing plants
i
1
1
: i
Se-w/age disposal plants find that Crane prod-
ucts help them operate at maximum efficiency.
Machinery builders are important
users of Crane valves and fittings.
CRANE
19
150-Pound Brass Gate Valves
Wedge Disc
Non-Rising Stem
Rising Stem
WORKING PRESSURES
150 pounds steam
Screwed valves — 300 pounds cold water, oil, or gas, non-shock
Flanged valves — 225 pounds cold water, oil. or gas, non-shock
Oii'
Cross Section
Non-Rising Stem
No_ 437
and No. 4381/2
Non-Rising Stem Non-Rising Stem
No. 437 No- 437V2
and No. 438^^ Flanged
Screwed
List Prices, Each
Rising Stem
No- 431
Screwed
Rising Stem
No, 429
Flanged
Cross Section
Rising Stem
No. 431
Size
Inches '4
%
Vi
^4
1 PA
IVz 2
2V2
3
No. 437, Screwed
1 3.20
3.20
3.60
4.20
5.80 8.00
10.00 16.00
26.00
38.00
No. 4371/2, Flanged, F. D. & S.F. !
' 20.00
23.00 27.00
33.00 56.00
72.00
90.00
No. 431, Screwed
3.20
3.20
3.60
4.20
5.80 8.00
10.00 16.00
26.00
38.00
No. 429, Flanged, F.D. & S.F.
I
20.00
23,00 I 27.00
33.00 56.00
72.00
90.00
No. 438V2, Screwed
3.60
4.20
5 80 1 8.0O !
10.00 16.00
Service recommendations: These valves are rec-
ommended for steam, water, oil, or gas where the
service requires a heavier construction than found in
Standard valves.
No. 437 and No. 4371/2 Gate Valves: The No. 437
and No. 437}^ are non-rising stem valves. They are
more massive and are heavier in construction than
the No. 438 Standard Wedge Disc Gate Valves,
shown on page 16.
They have a gland in the stuffing box, and when wide
open can be repacked while under pressure.
No. 42Q are rising stem valves. Their solid wedge
disc slips onto the stem, and is accurately guided in
the body.
The valves have a gland in the stuffing box, and when
wide open can be repacked while under pressure.
Flanged valves : End flanges conform to the
MSS 1 50-Pound SP Bronze Flange Standard
(No. SP-2-ic:)37). They are plain faced, with t\\o
V-shaped concentric grooves between the port and
the bolt holes. Prices include drilling to the MSS
150-Pound Standard, and spot facing; no deduction
is made if valves are ordered faced only.
No. 431 and No. 429 Gate Valves: The No. 43 1 and Full face gaskets should be used; see page 567.
Dimensions, in Inches
Size V4 3/8 Vi % 1 1 V4 1 Vi 2 21/2 3
VT ^ '^ T
End to end, No. 437 H/g Ps/ie 21/8 23/8 ZYg 33/i6 J SVis ^V^ ^Vz ^^^Ae
No. 437
and
No. 4371/2
Face to face, No. 4371/2 3 3^/s 3% 4^A 51/2 6V2
71/2
11 Vs
5%
41V16
Center to top of wheel 33^ 33/4 41/16 43/4 SS/g 6I/2 71/4 8% 10
Diameter of wheel 1% 1 Wa 2i/i6 2Vi6 23/4 3Vi6 35/g 41/16 43/4
V.T Jit
End to end, No. 431 V/s 115/ig 21/8 23/8 27/8 3^Aq 3Vig SVs 4V2
No. 431
Face to face, No. 429 1 3 3% 3% ^% Si/a 6V2 71/2
No. 429
Center to top of wheel, open Sl/g SVg 51/2 6% 7Vs 91/2 lOT/g ' ISVs ^5% 17%
Diameter of wheel IV4 Wl ^Vu 2Vl6 2^4 3Vi6 3% 4i/i6 42/4
53/8
Flange
Diameter of flanges 37/3 41/4 45/8 5 6 7
71/2
dimensions
Thickness of flanges 11/32 % i^/jg Vie Vz V16
%
I /"
i
I
1 1
ItWI
m
JVp, 438y2 — See dimensions of No. 438, page 16, size range y^' to 2
If
Templates for drilling. . page 550
Fi'
20
CRANE
I
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I
:
n
200-Pound Brass Gate Valves
Wedge Disc — Rising Stem
Screwed valves
Flanged valves
Cross Section
*No. 422
Size
*No. 422 *No. 4221/2
Screwed Flanged
Crane Nickel Alloy Disc — Rising Stem
Integral Seats
List Prices, Each
WORKING PRESSURES
200 pounds steam, 500° R
400 pounds cold water, oil, or gas. non-shock
150 pounds steam, 500° F.
225 pounds cold water, oil, or gas, non-shock
Atr Tested
FEATURES
Union or Bolted Bonnet
Nickel Alloy
■ Solid Wedge Disc
Nickel Alloy
Renewable Seats
In No. 423 Valves
Slip-On
Disc-Stem Connection
Interchangeable Parts
Cross Section
*No. 423
*No. 423
Screwed
Crane Nickel Alloy Disc — Rising Stem
Crane Nickel Alloy Renewable Seats
No. 422, Screwed, Integral Seats
No. 4221/2, Flanged, P.P. & S.F., IntegTiFsi^
No. 423, Screwed, Renewable Seats
Inches
1/4
%
V2
3/4
1 I IV4 I 11/2
21/2
3.90 13.90 4.b0[ 5.601 8.00 ;iQ.OO|13.20|2l':50T3r:oor^fl:nn
No. 422 and No. 4221/2 Valves: The No. 422 and
No. 422J4 are high quality brass gate valves Ex-
ceptionally sturdy and dependable, they will give
excellent service on ordinary steam, water, oil, or gas
Jines^ Ihe valves have a Crane Nickel Alloy Disc"
the body seat rings are integral with the body.
No 423 Valves : The No. 423 have renewable seats
and otherwise are similar to the No. 422. The renew-
able seats and the disc are Crane Nickel Alloy The
valves are particularly recommended for severe
service on steam, water, oil, or gas lines.
Construction: These are inside screw, rising stem
valves. Their solid wedge disc slips onto a strong
head on the stem end. The disc is accurately guided
in the body to prevent contact between the seating
surfaces until the valve is practically closed. "^
All parts are interchangeable. The bodies however
are not interchangeable in a line, the No. 423 having
slightly longerend to end dimensions than theNo. 422
Materials: Bodies and bonnets are made of Crane
Special Brass, a high grade steam composition The
stems are also made of r- ■
brass. Crane Nickel Al-
loy, used for the seats
and discs, is especially
resistant to wear.
Stuffing box: The
stuffing box is large and
deep, and is filled with
high grade packing; sizes
H-inch and larger are
equipped with a gland.
:^-— 23.00,28.00 33. 00|43.00|62. 00 185. 00 1110. nn
3.9 0|3 .90|4TbU| 5.601 8.00 [10. 00113. 20i2lT50! 3 KOn KO.nn
*Bonnet construction : Sizes 2-inch and smaller
have a union bonnet as shown above. iVo and vinch
sizes have a compact, inside
screw bolted bonnet, equipped
with steel studs, brass nuts, and
a Cranite gasket, as shown at
the right. Both types provide
a strong, tight joint, yet they
can be easily dismantled and
reassembled without danger of
injuring the valve.
Repacking: These valves, when
CiiAi'i^
1 —
Size
wide open, can be repacked while under pressure.
Flanged jalves: End flanges conform to the
MSS i?o-Pound SP Bronze Flange Standard (No
:^P-2-ig3 7). They are plain faced, with two V-
shaped concentric grooves between the port and the
bolt holes. Prices include drilling to the MSS
is'mL??f ^l^"^^*-^' ^^/ sP^t facing, no deduction
IS made if valves are ordered faced only.
Full face gaskets should be used; see page 567.
Dimensions, in Inches
End to end
No. 422
No. 423
Jil % I V2
Wi
3/4
IV4I iy2[ 21 2V. ] 3
Face to face. No. 422V9
Sterne r to top of whiiT^^^
Diameter of wheel
Qia meter of flanges
Thickness of flanges
li^dil2M6|23/8
^lAM JWbI 2Vs |33/ie| 3V. I 4 l4n^ i ?,i/~
^" ' 2j4 L_3 I 3% I 3^4 45/ifii s HTsn^
6V4
3341 41/4 ( 43/4 5 I 6
#J3sis:iMZT?iiio%nmi5^
Valves for Marine Service . . . page 466
374
^32
'V:
ivyj?lL5_LLi 7 VWi
% l^¥^Vifi I V. 1^X71
V,
'8
Templates for drilling ... . page 550
V!*'
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CRANE
21
200-Pound Brass Gate Valves
Wedge Disc
III
Non-Rising Stem
Outside Screw and Yoke
WORKING PRESSURES
200 pounds steam, 500° F.
400 pounds cold water, oil, or sas, non-shock
TEST PRESSURE
550 pounds hydrostatic
SERVICE RECOMMENDATIONS
Xo. 458 and No- 45c) Valves are
recommended tor severe ser\ice
on steam, water, oil. or gas lines.
Cro^^ Section
Non- Rising
Non-Kising
Stem
Stem
No- 458
No. 458
Screwed
Outside Screw
and Yoke
No. 459
Screwed
Cross Section
Outside Screw
and Yoke
No- 459
List Prices, Each
Size
Inches
V4
%
V2
Va
L
1
Va
1V2
*
2
2
Vz
3
No.
458,
Non-Rising
St,
srti
3.90
3.90
4.60
5.60 [
8
00
10
.00
13.20
21
.50
31
.00
SO
00
No.
459.
Outside Screw
and Yoke
15.00
17.00
19
00
22
.00
27,00
40
.00
56
.00
88
00
These are sturdy, rus^edly constructed brass gate
valves. They ha\e been caretully designed to give
lonp service under severe operatint; conditions. AU
parts are hberally proportioned to assure a high
factor of safety against pressure, operating strains.
and expansion and contraction of piping.
<^o. 458 Non-Rising Stem Gate Valves: The No.
45i> (uace VaKes base a non-rising stem and a wedge
disc. The body an^I disc arc ma^lc of Crane Special
Brass, a high grade steam composition.
The stuffing box is equipped with a gland and is
filled with a high quality packing.
The valves, when wide open, can be repacked while
under pressure.
No. 459 Outside Screw and Yoke Gate Valves:
The No. 45Q Gate Valves are of the outside screw and
yoke type. Their body, bonnet, and wedge disc are
made of Crane Special Brass.
The \'a!ves are especially suitable on services where
the action of the fluid might affect inside stem
threads. In addition, the stem threads can be easily
lubricated when necessary, thereby minimizing wear.
1 he stuffing box is equipped with a bolted gland and
is filled with high grade packing.
The vaK'es. when wide open, can be repacked while
under pressure.
Uncierwriter's Specifications: The No. 450 Gate
\ alves. in sizes ' 2 to 2-inch inclLisi\'e, conlorm to the
Underwriters' Specification known as "The National
Standard' . They are listed as appro\'ed and in-
spected by the Associated Factory fvlutual Fire
Insurance Companies of Boston, and the Under-
writers' Laboratories of Chicago.
Flanged valves: No. 459 Gate Valves with flanged
ends can be made to order; prices and dimensions
will be furnished on application.
Dimensions, in Inches
Size
Va
Vs
V2
Va
1
Wa
IV2 2
2V2
3
End to end
2
2
2%
2%
3
3V2
4 434
53/8
6
No. 458
Center to top of wheel
4Vg
4V8
47/8
51/2
f>VA
7V4
8V8 95/8
111/4
123/4
1 Diameter of wheel
2Vl6
2Vl6
2Vl6
23/4
3Vl6
3%
4Vi6 434
6
7
( End to end
2%
2%
3
3V2
4 43/4
53/8
6
No. 459
Center to top of atem,
open
6%
eye
73/8
83/4
93/4 11%
13%
le'/a
Diameter of wheel
35/16
3V,G
3%
37/8
4% 4i3/,6
53/4
6>Vl6
^;'
1 tb^lmtHtni
IMl
HI
'*'■■
i-y.
1 1
;^;'.:
h'.
'^"-^'--
1 >. 1 . L I J
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22
CRANE
300-Pound Brass Gate Valves
Wedg
Non-Rising Stem
Cross Section
*No. 624 E
Crane Nickel Alloy Disc
Integral Seats
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil, and gas, non-shock
Air Tested
FEATURES
Union or Bolted Bonnet . Copper Silicon Alloy Stem
Nickel Alloy Wedge Disc Interchangeable Parts
Nickel Alloy Renewable Seats
in the No. 625 E Valve
SERVICE RECOMMENDATIONS
These newly designed, ruggedly
constructed non-rising stem brass
gate valves are ideal for high-
pressure service. No. 625 E Valves,
having nLckel alloy renewable seats,
are particularly suitable where
operating conditions are unusually
severe.
The valves are a companion line to
the new 300-Pound Rising Stem
Gate Valves shown on page 23.
*No. 624 E
. Screwed
*No. 625 E
Screwed
/
Cross Section
*No. 625 E
Crane Nickel Alloy Disc
Crane Nickel Alloy Renewable Seats
^i
• ;i ;
i
«
List Prices, Each
Size
Inches
V4
%
V2
3/4
1
IV4 Wz
2V2
No. 624 E, Screwed, Integral Seats
10.00 10.00 I 12.00 14.40 16.00 22.50 33.00 | 46.00 ! 80.00 123.00
No. 625 E, Screwed, Renewable Seats
10.00 I 10.00 I 12.00 I 14.40 I 16.00 [ 22.50 | 33.00 [ 46.00 80.00 123.00
No. 624 E Valves: The No. 624 E Valves have a
Crane Nickel Allo>' disc. The body seat rings are
integral with the body.
No. 625 E Valves: The No. 625 E Valves have
renewable seats, and otherwise are similar to the
No. t)24 E Valves. The renewable seats and the
disc are made of Crane Nickel Alloy.
Construction: These valves are inside screw, non-
rising stem type. They ha\'e unusually heavy metal
sections and are ruggedly constructed. The packing
nut, union bonnet ring, and body ends are made with
lugs, permitting a secure ^\■rench grip and presenting
a neat, compact appearance.
Long, clean-cut threads engage the disc and stem,
assuring accurate and easy operation. The disc is
thoroughly guided throughout its travel; the seating
surfaces do not come into contact until the \'alve is
practically closed. »
All parts are interchangeable. The bodies, however,
are not interchangeable in a line, the No. 625 E
having slightly longer end to end dimensions than
the No. 624 E.
Materials: Bodies and bonnets are made of Crane
Special Brass, a high grade steam composition. The
stems are made of bronze, assuring long life. Crane
Nickel Alloy, used for the seats and discs, is especially
resistant to wear, being hard and tough.
^Bonnet construction: Sizes i-inch and smaller
have a union bonnet as shown in the illustrations
above. Sizes ij^-inch and larger have a compact,
inside screw bolted bonnet,
equipped with steel studs,
brass nuts, and a Cranite
gasket, as shown in the illus-
tration at the right. Both
types provide a strong, tight
joint, yet they can be easily
dismantled and reassembled
without danger of injuring
the valve. ■
Stuffing box: The stuffing box is large and deep,
and is filled with high grade packing. Sizes J's-ii^ch
and larger are equipped with a gland.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Dimensions, in Inches
Size Vi % V2 ¥4 1 IV4 IV2 2 21/2 3
End to end
No. 624 E I15/16 2Vi6 2% | 23/4 31/4 31/2 334 45/i6 1 5Vi6 5%
No. 625 E 21/8 23/i6 21/2 2i5/i6 35/ig Sn/ie 4 45/3 SVz 6
Center to top of wheel 3% 4% | 41 Vie 5% 6% 7Vig 8 ^ViG 10% HVs
Diameter of wheel 2Vi6 iVie ^^A ^Vie ^Vs 4Vi6 ^Va SVg 5% 6
I
CRANE
23
300-Pound Brass Gate Valves
Wedge Disc — Rising Stem
Screwed vaKes
Flanged valves
WORKING PRESSURES
300 pounds steam. 550" P".
600 pounds cold water, oil, or gas. non-shock
500 pounds cold water, oil. or gas. non-shock
Air Tested
Cross Section
*No. 622 E
*No. 622 E
Screwed
FEATURES
Union or Bolted Bonnet
Nickel Alloy
Solid Wedge Disc
Nickel Alloy
Renewable Seats on
Nos. 623 E and 623}/^ E
Slip-On
Disc-Stem Connection
Interchangeable
Parts
*No. 623 E
Screwed
Cross Section
*No. 623 E
Crane Nickel Alloy Disc
Integral Seats
*No. 6231/2 E
Flanged
Crane Nickel Alloy Disc
Crane Nickel Alloy Renewable Seats
List Prices,
Each
Size
>
Inches
V4 =
k
V2
V^
1
iy4
IVz
2
2V2
3
No.
622 E,
Screwed,
Integral Seats
10.00 10
.00
12.00
14.40
16
00
22.50
33.00 46
00
80.00
123.
123
00
No.
623 E,
Screwed,
Renewable Seats
10.00 10
.00
12.00
14.40
26.00
16
32
00
00
22.50
33.00
46
00
80.00
00
No.
623 V2
E, Flanged, F.D, & S.F., Renewable Seats
43.00
60.00
82
00
130.00
190
00
This is a new line of valves. In addition to the
features enumerated above, the packing nut, union
bonnet ring, and body ends are made with lugs, per-
mitting a better wrench grip and presenting a dis-
tinctive appearance. Exceptionally durable and
rugged, the valves are ideal for high pressure ser\-ice.
The No. 623 E and the No. 62,334 E^. having nickel
alloy renewable seats, are particularly suitable
where operating conditions are unusually severe.
Construction: Except for their seats, the valves
are similar. No. 622 E Valves have the seats integral
with the body; No. 623 E and No. 623}/^ E Valves
have Crane Nickel Alloy renewable seats.
Of the inside screw, rising stem type, the valves
have a solid wedge disc that slips onto a strong head
on the stem end. The disc, made of Crane Nickel
Alloy, is accurately guided in the body to prevent
contact between the seating surfaces until the valve
is practically closed.
All parts are interchangeable. The bodies, however,
are not interchangeable in a line.
Materials: Bodies and bonnets are made of Crane
Dimensions, in Inches
.Si .. V. % y7. > ¥4 1 1 ¥4 1 V2 2 2 y^ 3
No. 622 E l^Vie 2V,e 2% 2% 31/4 ^Va ^'k 4Vi6 i>^/i6 i^Vs
Fnd to end
No. 623 E 2V8 23/16 2V2 21^16 SVie S^Vie 4 45/8 Sy^ 6
Face to face, \
Center to top
^0. 623V. E 4y8 4V8 5V4 53/4 6V2 7V2 8
ofwhPPl.npPn 41/8 5V^ 6 7y« 8% 9^4 H I3I/2 ISVz ISVg
Diameter of w
Diameter of f
Thickness 0^:
.heel 2Vi6 29/16 2^/4 3Vi6 S^/g 4Vi6 434 5% SS/g 6
anees 4% 47/3 51/4 61/3 61/2 IV^ 8V4
Ranees » V32 ^Vaz Vs ^Vi6 ¥4 ^¥16 ^^2
Templates for drilling page 550
Special Brass, a high grade steam composition. 1 he
stems are bronze. Crane Nickel Alloy, used for
seats and discs, is especially resistant to wear.
*Bonnets : Sizes i-inch and smaller ha\'e a union
bonnet as shown above; larger sizes have a compact
inside screw bolted bonnet,
equipped with steel studs,
brass nuts, and a Cranite gas-
ket, as shown at the right.
Both types provide a strong,
tight joint, yet they can be
easily dismantled and reas-
sembled without danger of
injuring the valve.
Stuffing box: The stuffing box is large and deep
and is filled with high grade packing. Sizes ?f^-inch
and larger are equipped with a gland.
Repacking: The vah'es, when wide open, can be
repacked while under pressure.
Flanged valves: End flanges conform to the MSS
300-Pound SP Bronze Flange Standard (No. SP-
2-IQ37). They are plain faced, with two V-shaped
concentric grooves be-
tween the port and the
bolt holes. Prices include
drilling to the MSS 300-
Pound Standard, and
spot facing; no deduc-
tion is made it valves are
ordered faced only.
Full face gaskets should
Valves for Marine Service , . . .page 466 be used ; see page 567.
n
t
Mm
r,
ft
\ k
I ■
;^i
III
- ' 'I
24
CRANE
350-Pound Brass Gate Valves
Wedge
Non-Rising Stem
/.''»
WORKING PRESSURES
350 pounds steam, 550° F.
1000 pounds cold water, oil. or gas, non-shock
TEST PRESSURE
1200 pounds hydrostatic
SERVICE RECOMMENDATIONS
These valves are recommended for high pressure
steam lines such as are used on oil and gas field
boilers for deep well drilling, for severe high-
pressure hydraulic service on lines not sub-
jected to shock, and for high-pressure gas lines.
No. 230 H
Screwed
Size
List Prices and Dimensions
Inches
No. 230 H
'A
Vi
'8
Vz
%
1
W4 I ly.
Cross Section
No, 230 H
End to end
Center to top of wheel In ches [ 4V2 j 41A
Diameter of wheel
Inches! 23/16 I 2yie | 2i 3/^g [ 31/^ [ 33^ Y^W.
Each[13.50|15.50| 18.00 i21.60[ 24.0 | 31.00 I 45.00 | h^ an
5V2 I 6y4
16
8
Inches! ^yi6 I 2^/u | 3V,e I 3% | 4V,^ I "P/
1034
5M
'8
■■. .
Construction: The No. 230 H Gate Valves are
exceptionally massive, rugged, and heavy. They are
well proportioned and will easily withstand strains
resulting from installation and operation on hi^^h-
pressure service. '^
The \'alves ha\'e a non-rising stem and a solid wedee
disc. ^
Materials: The body and disc of these \-alves are
made of Crane Hard Metal, an unusually hard
strong, copper-tm bronze which resists wear except
tiona ly well. It is ideal for severe service.
Stuffing box: The stuffing box is deep and is
equipped with a gland. It is filled with high arade
packing. ^
Repacking: These valves, when wide open can be
repaci<ed while under pressure.
I
11
!
For Higher Pressures
Use Crane Steel Valves
When gate valves are required for steam pressures
higher than 350 pounds or for other high pressure-
temperature or hydraulic lines, Crane Steel Gate
Valves are recommended. They are made in a wide
range of sizes and types for all service conditions.
Crane Steel Gate Valves are described in detail on
pages ZQ7 to 308.
No. 3607 X
Cast Steel
Wedge Gate Valve
Screwed
5ee page 299.
^ No. 76 X
'Cast Steel
Wedge Gate Valve
Flanged
See page 304.
Jt
^Tf r MTf Plltrwf^
CRANE
25
Brass Globe, Angle, and Cross Valves
Names of parts page 26
Low Pressure Globe and Angle page 27
Standard Globe, Angle, and Cross page 28
150-Pound Globe and Angle, Composition Disc page 30
150-Pound Globe and Angle, Plug Type Disc .■ page 3 1
200-Pound Globe, Angle, and Cross, Union Bonnet page 34
200-Pound Globe and Angle, Bolted Bonnet page 35
250-Pound Globe and Angle, Plug Type Disc. page 36
250-Pound Globe and Angle, Composition or Copper Disc page 37
250-Pound Globe and Angle, Brass Disc page 3 7
300-Pound Globe and Angle, Regrinding Type pages 38 and 3g
300-Pound Globe and Angle, Plug Type Disc pages 40 and 41
300-Pound Globe and Angle, Outside Screw and Yoke pages 46 and 47
3 50-Pound Globe , . page 48
lOOO-Pound Hydraulic Globe and Angle page 48
2000-Pound Hydraulic Globe and Angle page 49
2500-Pound Hydraulic Globe page 50
Globe and Angle, Needle Point page ^q
Globe and Angle, for Light Oils and Gases page 32
Globe Valves, Quick Opening page 3 3
Vent Valves for Transformer Oil Service page 33
A.A.R. Globe and Angle, Inside Screw pages 42 and 43
A.A.R. Globe and Angle, Outside Screw and Yoke. pages 44 and 45
I'
The Crane line of Brass Globe, Angle, and Cross Valves offers a size,
style, and weight for every commercial requirement, and in addition,
includes in most pressure classifications, a variety of designs that
covers all service conditions.
Distinct advantages accrue to the user who standardizes on Crane :
a complete assortment, making it possible to select a valve exactly
suited for each particular operating requirement; traditionally high
quality — quality that results in more efficient service over a longer
period of use ; uniformity — in design, appearance, and performance.
Other types of brass valves, supplementing the globe, angle, and
cross valves indexed above, are shown on the following pages:
Brass Gate Valves pages 1 3 to 24
Brass Check and Foot Valves. pages 51 to 64
Brass Lever Operated Quick-Opening Valves. . . .pages 65 to bq
Brass Hose Valves pages 70 and 7 1
Brass Radiator Valves pages 78 to 81
:}-***:(;*****
i 1
The lists shown above do not include all Crane Brass Valves.
Brass Valves that perform a special duty or those made for
special services such as Float Valves, Pop Safety Valves, Relief
Valves, Pressure Regulators, Pressure Reducing Valves, Solder-
Joint Valves, Crane-Seal Valves, and Valves for Marine Service
are described in other sections of this catalog. Refer to the index.
Ill
iiii
,(■
m
, J
,4^
■1 'I
r
■a
.^UWUflUOtt^ii^UUUUU^^iiBUUk
26
CRANE
I
1
1 i
♦ P
i ^
I
Names of Parts
Brass Globe, Angle, and Cross Valves
Ident^cation Plate
- Wheel Nut
Wheel
Stem
Packing Nut
VJ
land
Packing
Bonnet
Union Bonnet Ring
Disc Stem Ring
Disc
Body
Below
Screwed Bonnet
Globe Valve
(No. 1, p, 28)
Wheel Nut
Wheel
Stem
Packing Nut
Gland
Packing
Bonnet
Union Bonnet Ring
Disc Holder
Disc
Disc
Retaining Nut
Body
Identification Plate
Abo
\c
Union Bonnet Globe X'alve
with Meta! Disc
(No. 362 E, p. 38)
Bel
o\v
Union Bonnet Globe \ ah-e
with
Metal Disc and Renewable Seat
(No. 3S2 P, p, 40)
Wheel Nut
Wheel
Stem
Packing Nut
Packing
Bonnet
Disc Stem Ring
Disc
Body
Above
Union Bonnet Globe Valve
with Composition Disc
(No, 7, p, 30)
Identificatipn Plate
Wheel Nut
Wheel
— Stem
Packing Nut
Gland
Packing
Bonnet
Union Bonnet Ring
Disc Stem Ring
Lock Washer
Disc Washer
Body Seat Ring
Disc
Body
Wheel Nut
Wheel
Stem
Gland Nut
Yoke Bonnet
Gland
Packing
Union Bonnet Ring
Disc Stem Ring
Lock Washer
Disc Washer
Body Seat Ring
Disc
Body
Below
Union Bonnet Globe Valve
Outside Screw and Yoke
with
Metal Disc and Renewable Seat
(No. 372 P, p. 4S)
Identification Plate
CRANE
27
Low Pressure Brass Globe and Angle Valves
Composition Disc Valves
WORKING PRESSURES
100 poLinJs steam— 125 pounds water, 200° F.
« ^S^M
Cross Section
No. 1204
CIobe» Screwed
No. 1204
Globe
Screwed
No. 1205
Angle
Screwed
No. 1210 No, 1211
Globe Angle
With Lock Shield
List Prices, Each, and Dimensions, in Inches
These Low Pressure Valves can
be made to order with a com-
position wheel, a female or male
union end. and in a variety ol
special finishes. Prices and
dimensions on application.
Size
Inches
Vs
Vi
% I V2
3/4
1 IV4 IV2
No. 1204 or No. 1205, with Wheel
1.10 1.10 1.25 i 1.60 i 2.20 2.80 4.00 5.50 18.75
No. 1210 or No. 1211, with Lock Shield
1.40 i 1.60 2.00 2.65 1 3.35 4.75
I
Extra disc hol der, disc, nut, and disc stem ring, complete
SpunonstemI .50 | .60 [ .70 | .85 | 1.10 | 1.50 | 2.00
|l>Vi6 l^ViG 2 2% i 2V4 I 35/16 I 33/4 I 41/4 I 4^8
B
lVl6 13/16 1 ^VlG I IV16 I IV16 I IV2 I^VigI 2 I 2Vl
'IG
C — Open 27/8 2% I 31/5 | 2% \ ^y% I 4% I Si/g | S^/g
D— Open 1 2V2 I 21/2 I 27/8 | Z^k I 33/4 [ 43/8_|4%|5%
614
6V8
2V2 I 25/8 31/4 I 3S/8 I 41/8 I 4%
21/4 23/8
3V4 I 37/8 I 41/2
IV4 I IV4 I 13/4 2V4 I 25/f
'8
33/8 33/4 41/,
For list prices of Composition Discs, see page /7.-?.
Service recommendations : These \'aK es combine
a wide range of utility with moderate cost. Equipped
with a composition disc, they are suitable for almost
anv low pressure installation, being especially recom-
mended for domestic \\ater or gas lines, steam
heating systems, and similar ser\ ices.
Discs: Unless otherwise ordered, the valves are
furnished with a No. 3 Disc suitable for hot water,
cold water, or domestic gas service. When ordered
for steam, the valves will be furnished with a No. 7
Steam Disc. For discs, see page 178.
Construction: The swivel disc holder in sizes J^
and 14-inch is spun onto the stem. In larger sizes,
it is attached to the stem with a threaded nut.
Repacking: These vah'es, when wide open, can be
repacl^ed while under pressure.
Brass Disc Valves
No. IB*
Globe
Screwed
No. 2B*
Angle
Scre\>.cd
WORKING PRESSURES
100 pounds steam
125 pounds water. 200'' F.
125 pounds cold oil or gas
These sturdy brass valves are
recommended for general low
pressure scrsice.
Unless otherwise ordered, valves
with wheel are always furnished.
List Prices and Dimensions
No. IB No. 2 B
Globe An^le
Wich Lock Shield
Size
Inches % Vz
V*
1 I VA 11/2
No. 1 B, Globe, with Wheel
No. 2 B , Angle, with Wheel
Add for Valve with Lock Shield
Each .70 :85 1.05 1.30 | 1.85 | 2.40 | 3.50 Cross Section. Globe
EachI .75 | .85 | 1.05 | 1.50 | 2.00 | 2.70 4.10
Per valve .25 .30 .35 .40 | .55
Dimensions,
ill
Inches
End to end, Globe
111/]
16
aVz I 27/8 I 3Vi6 I 3% m
Center to end, Angle
ys
(ij
IV4 I IVie I IV4 Jl^Vie 23/8
Center to top of wheel, open
31/4 I 3-3/8 1 43/8 I 43/, I 51/2 I 53/4 I 67/8
Center to top of lock shield
23/4 27/8 35/8
411/
16
Diameter of wheel
21/4 2%
33/8 I 33/4 I 41/4 43/4
3 j^ and } 2-inch sires
have an integral disc
and stem.
SoIder^'Joint ValveSf
pages 502 to SOS,
Keys for Lock Shiel^I
V a Ives , po.ge 177 ,
*No. IL Globe, and No. 2L Angle, Brass Disc Valves, are also supplied for these ratings in sizes W' to 2" inclusive.
Use list prices for Nos. IB Globe and 2B Angle Valves. For overall dimensions use table on page J8.
ti
1
I
I
I
n
:!i»Sf^i.(-
'ipit!:
!!
^^1
k i
i\
—■ ^■«»^»^--.> r.i«»»»
.i^»m.-»,^»i.Lil^.J^.,..i i... ■ i. . ■ Jl -
I
28
CRANE
Standard
Brass Globe, Angle, and Cross Valves
Brass Disc
»
' m
io^^a
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas, non-shock
Cross Section
No. 1, Globe
No. 1, Globe
Screwed
No. 2, Angle
Screwed
No. 18, Cross
Screwed
Size
Inches
List Prices, Each
No. 1, Globe or No. 2, Angle
No. 18, Cross
2V2
7.00 I 10.60 20.00 127.50
7.00 i 10.00 I 16.00 32.00 45.00
Service recommendations : Crane Standard Brass
Globe, Angle, and Cross Valves are recommended for
general service on steam, water, oil or gas lines.
Construction: The valves are sturdy and unusually
well constructed. They are heavier and more rugged
than IS usual with ""Standard" valves. All parts are
liberally proportioned to assure a high factor of
safety against pressure, operating strains, and expan-
sion and contraction of the piping.
The disc in sizes i^ to ^-inch is integral with the
steni. In the larger sizes, the disc swivels on the stem
as shown in the cross section above.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Flanged valves: When flanged valves are desired
the No. 71 Globe and Angle Valves are recom-
mended. See page 34.
Dimensions, in Inches
-Open I 2% [ 3V« I 33/. [ 37/g | 41/
D— Open I 23^ [ 3 | 31/4 | 33^
^3.^1^MllAe\JV2 1 3 Vie 1311/16
"' 55/8
5Vi
'8
feV2 I 71/2 [ 8 I 95/8
IV4 I 21/4 I 21^ [ 3 I ^^
4 41/2 ] 5 I 5% I 63/s I 7V, I 8 I Q5/,
3^4 I 41/4 I 43/4 I 53/4 I 53/4 ; 6
No.. 6, Globe
With
Composition
Wheel
Valves with Special Wheels
and Special Finish
The globe and angle valves shown above can be m^H^ tr. a
composition or brass wheels" thev are^vPil^Kl ^ °''^^' ""''^^
finishes such as rough body rou/h boH !" ' "^^^
polished and nickel-p^ted;td ^Ts'heKd cTrSSte^^^^
iSe^Set^^^i^^ -^ ^nish desired, also
Pries and dirrrensions will be furnished on application.
No, 8, Angle
With
Brass
Wheel
CRANE
29
Needle Point
Brass Globe and Angle Valves
Cross Section
No. 85
Angle, Screwed
With Female Union Outlet
WORKING PRESSURES
200 pounds steam
400 pounds cold water, oil, or gas, non-shock
List Prices, Each
Size Inches Vs Va % l/^ 3^
No. 85, Angle, with union 3.50 3.80 4.50 6.00 7.00
No. 88, Globe 2.30 2.60 2.90 3.70 4.70
No. 89, Angle 2.40 2.70 3.00|3.80 5.00
No. 88
No. 89
Globe
Angle
Screwed
Screwed
Service recommendations : These valves are es-
pecially suitable where very close and delicate regula-
tion of flow is desired. They are recommended for
steam, water, oil, gas, for light liquid lines, for fuel
oil, and for similar service.
Construction: The valves are compact and un-
usually rugged. They have a brass stem. The
stuffing box is large and is equipped with a gland.
The valves, when wide open, can be repacked while
under pressure.
Valves with indicators: These valves can be made
to order with indicators; prices will be furnished on
application.
Seat opening : The diameter of the seat opening in
these valves is given in the dimension table shown
below. Valves with other size seat opening are
special and are made to order; prices on application.
Higher pressure valves: Needle point valves for
higher pressures are made of steel, Exelloy, or i8-8
Mo; see page } lo.
D
h
R
—\
^
"~V
-i
—J
1 > r
Dimensions,
in Inches
Size
Vs
V*
%
Vz
%
A
1
IVlG
lVl6
l^Vie
2Vl6
25/16
B
%
^Vl6
%
lVl6
11/4
C
1
IVlG
lVl6
m
2
2 Vie
D — Open
1
2^8 ,
2%
31/8
3%
4V4
E
m
13/4
2V4
2%
3
Diameter of seat opening
Vb
Vl6
V4
Vl6
Vl6
HUH
Cross Section
No. 57
Brass Needle Air Valve
WORKING PRESSURE
300 pounds cold water, oil, or gas, non-shock
List Price and Dimensions
Si^e
Inches
%
Price
Each
5.00
Dianneter of seat opening
Inches
%
End to end
Inches
2Vl6
Center to top of stem, open
Inches IVz
No. 57
Needle Air Valve
Service recommendations: The No. 'jy Valve is
ideal for service on water lines to air drills, on air or
water lines in garages, filling stations, and industrial
plants, and for similar service.
The valve should always be installed with the pres-
sure above the seat.
Construction: This valve is heavy and rugged.
The body, packing nut, and stem are brass. The tee
handle is malleable iron; valves with malleable iron
wheel are made to order at a special price.
The valve has an extra thick fibre seat that can be
easily renewed should it become worn.
■I
lXi-^lX^i^T^at^Tt%
^... .,^.WTT . r.^^.r,i-.|.,..L.M.
""^"""^
^ ■"*"*'"
JJ^
"rfiilliHliriH"-"-'-'- '■^'
ilAi
I
30
CRANE
150-Pound
Brass Globe and Angle Valves
Granite Composition Disc
t
i
Cross Section
No. 7, Globe
WORKING PRESSURES
Screwed valves — 150 pounds steam
300 poundscold water, oil, or gas, non-shock
Flanged valves — 150 pounds steam
225 pounds cold water , oil , orgas, non-shock
FEATURES
Union or Bolted Bonnet
Granite Disc
SERVICE RECOMMENDATIONS*
These vahes are recommended for a w ide range of
ser\ice when equipped with the proper disc. Thev
will gi\e excellent results on steam, hot \\ater. cold
\\ater. oil, air. or gas lines. They are especially
suited for use in installations where the discs must
be renewed quickly. All parts are unusually rugged,
to withstand se\ere operating strains.
Specify whether globe or angle valves are wanted.
List Prices, Each
No. 7, Globe
Screwed
No. 7, .\ngie
Screwed
No. 9, Globe
Flaneed
No. 9, Anrrie
Flanged
Size
Inches
Vs
Va
% I Vl I 3/4 I 1 I IV4 i 11/2
No. 7, Globe or Angle, Screwed
No. 9, Globe or Angle, Flanged, F. D. & S.T]
IV2
|2.4Q|2.60|3.00[3.60| 4.70| 6.6Q| 8. 60| 12. 00(19. 00[34. 00148.00
I 1 J
13.001 15.00 |23.00| 28.00142.00 [63.00186.00
*Extra disc holder, disc, With No. 4 Granite Disc j .651 .70[ .75| .SOj .95[ 1.15| l.Ssj 2.151 3^30] *6.501"*9750
and nut, complete With No. 2 or No. 3 Disc
*2^-2 and 3-inch si"es include a disc stem ring.
f .501 .55f .651 .751 .851 l.OOj 1.251 1. 751 2.80|*5TS0|
8.00
Quick repairs: A leak can be quickK repaired b\-
replacing the disc holder w ith an extra complete disc
holder and disc. A new* disc can be placed in the orig-
inal holder, at the con\ enience of the engineer. Users
should keep on hand a suppK of extra disc holders
and discs for this purpose.
Sizes 2-inch and smaller have a
slip-on disc holder isee cross-
section aboxej. Larger sizes
ha\ e the disc and stem fastened
w ith a disc stem ring (see illus-
tration at right;.
Bonnet construction: Sizes
2-inch and smaller ha\'e a union
bonnet as shown in the illus-
trations at the top of the page.
Larger sizes ha\e a bolted bonnet, inside screw, as
shown at the right. Both t\-pes pro\ide a strong,
tight joint, yet they can be easily dismantled and
For list prices of Composition Discs, see page 178.
Si
ize
1 Vs i Vh I % i
V2
^
^4 I 1 I Wa 1 1V2 I 2 1 21/2 I 3
B
12 12 l25/^e|2U/^g|33/,^j 33/^ i 41/^ 1 43/^ , ^^^ , ^^^ , ^-
nvi6 'Viajivie; iVa liVifiii^'46n~T^3;uT2nA;r^i;r;3T3:^
D
I
E — Openj 4
F — Open! 3V8 | 3% I 43/8 ' 47/m I 5U i 6U I 7
33/4 1 4%i4'Vi6i 51/2 1 61/. ; Tvr^^.
2Vi6 i 29/16 ; 2Vi I 33/,6 I 33/4 I 45/,6 i 45/8
4 ^Vz ! 5 I 55/8 I 63/8 I 71/8 I 7V. I 91/8 r n ; 12T7
H
I IV4 I 1^4 1 2Vifi I 2V,« : 23/._3gj _
37/8 I 41/4 I 45/8
7% : 8% iioygl 12
3% |4Vi6| 43/4 17 18
I
I
11
6 I 7 I 71/2
'/32I % ^%^Y,fi I 1/, I 9/,^ I 54
Templates for drilling page 550
•Wo. 7 Valve can be specially furnished with No. S Cr.no.V Disc (see page 178). far service shawn oa page 32.
Prices on application.
reassembled without danger of injuring the valve. f
Discs: Unless otherwise ordered, these \al\es are
furnished with a Xo. 4 Granite Disc, suitable for high
pressure steam. When ordered for hot water, gas,
oil, or gasoline they are furnished with a No. 2 Disc;
and when ordered for cold water or air, with a No. -j'
Disc. For discs, see page 178.
Stuffing box; repacking: The stuffing box is deep
and is equipped with a gland. The vah-es, when
wide open, can be repacked while under pressure.
Flanged valves: End flanges conform to the
MSS 1 50-Pound SP Bronze Flange Standard
(^o- SP-2-IQ37). The\' are plain faced, with two
V-shaped concentric grooves between the port and
the bolt holes. Prices include drilling to the MSS
! 50-Pound Standard, and spot facing; no deduction
is made if valves are ordered faced only.
Full face gaskets should be used; see page 567.
Dimensions, in Inches
I
CRANE
31
150-200-250-Pound
Brass Globe and Angle Valves
Plug Type Disc
WORKING PRESSURES
P Valves: 150 lbs. Steam ; 300 lbs. }^ ,_, ^, ^
MP Valves: 200 lbs. Steam- 400 lbs l^^^^ ''^^'^^^"' *-*'' ^'" ^^^''
HP Valves: 250 lbs. Steam; 500 lbs. ) non-shock.
FEATURES
Crane Nickel Alloy Plug Type Disc
Renewable Exelloy Body Seat Ring
Union or Bolted Bonnet
MM
"-».►*; - ^
*Cro5S Section
No. 14 '2 P, Globe
No. 14'<MP, Globe
No. 14>^ HP. Globe
SERVICE RECOMMENDATIONS
These vah'es are recommended for
throttling: for soot blower, blow-off,
boiler feed, drip, and drain lines; and for
other hard ser\-ices. Having a Crane
Nickel Alloy disc and an ExelIo\- seat,
the vah-es are well suited for installa-
tions where operating conditions are
severe.
List Prices, Each
*No. 141^ P, Globe
Screwed
*No. 16KP, Angle
Screwed
*2}4 and 3-inch sizes
have a bolted bonnet.
14>^ MP, Giobe
14>^ HP, Giobe
Screwed
16 J^ MP, Angle
1(>}4 HP, Angle
Screwed
Size
Inches \4
K
^8
H
1
IH
1^
No. 141^ Per No. 16 WP
No. 14 'i MP or No. 16 'j MP
No. 14 K HP or No. 16'^ HP
5.00 j 5.00 I 5.40 6.60 | 8.00 10.00 14.00 20.00 30.00 55.00 80.00
6 , 60 8 . 00 10 . 00 14 . 00 20 . 00 30 . 00
6.60 8.00 10.00 I 14.00 20.00 30.00
Sell also page 36 for 250 pound valves.
Pl^g type disc valves for moderate pressures :
The valves shown on this page, while intended for
moderate pressures, are made with a plug type disc
and seat, a refinement formerly found only in valves
designed for high pressures.
The plug type disc and seat are ideal for severe
service. The wide seating surface is unusually
resistant to foreign matter and to wiredrawing, and
the tapered disc permits easy regulation of flow-
when throttling.
Sturdy construction: The valves are sturdily
constructed. All parts are liberally proportioned to
withstand severe operating strains.
Seat metals: The valves have a Crane Nickel
Alloy Disc and an Exelloy body seat ring. These
metals offer excellent resistance to wear, temperature,
galling, and scoring; they are harder, tougher, and
stronger than metals ordinarily used in brass valves.
Bonnet construction; Sizes 2-inch and smaller
have a union bonnet as shown
on the illustrations above;
ij^ and 3-inch sizes have a
]ow-t>'pe, compact bolted
bonnet, inside screw, as illus-
trated at the right. Both
types provide a strong, tight
joint, yet they can be easily
dismantled and reassembled
without danger of injuring
the valve.
Stuffing box: The stuffing box is large and deep
and is equipped with a gland. It is filled with high
grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Dimensions, in Inches
Size
Vs
V4
%
V2
3/4 1
IV4
IV2 2
21/2 3
A
2
2
2Vl6
2"/l6
33/16 33/4
41/4
43/4 53/4
63/4 8
B
»Vl6
lVl6
Wis
1V4
1V16 11V16
2
23/16 21 Vie
3V4 313/16
E— Open
4V8
4%
4%
5V4
6 67/8
7V4
8V4 91/2
11 [121/4
F — Open
4
4
41/2
SVs
SVs 63/4
7Vs
8 9V4
lOVa 12
G
l¥i
13/4
2Vl6
2Vl6
23/4 3Vi6
3%
4Vi6 43/4
7 8
Valves for Marine Service. . page 462
- B-J
i
7r'
I ^
I ,
AAlUUaUiUliyUiiliiUU
^''^■''^^^'"
^^Mt
I
32
CRANE
Brass Globe and Angle Valves
For Light Oils and Gases
i
I
1 ;
1 '
: »
p
300 pounds oil, air, or gas working pressure, 250° F.
Air Tested
SERVICE RECOMMENDATIONS*
These are definitely superior to valves ordi-
narily used on light oils and gases. They seat
perfectly tight, they close easily, and they
withstand wear exceptionally well.
They are especially recommended for refined
oils, such as transformer oil, for gases, and for
solvents which, in many cases, attack rubber
composition discs but do not corrode brass,
and which are difficult to hold with metal to
metal seat valves.
No. 207
Globe
Screwed
No. 209
Angle
Screwed
Cross Section
No. 207
Globe
Screwed
Union or Bolced Bonnet
With Cranoil Disc
These valves have the tight, easy seating No. 5 Cranoil Disc.
List Prices, Each
Size
Inches! V4 i % I Vz I ¥4 I 1 I IV4 I IV2 1 2 I 21/2 3
No. 207, Globe, or No. 209, Angle |3.5Qi4.20|4.80i&.QO|8.00ilO.OO|14.00|22.0Q|40.00|60.0Q
Extra disc holder,
complete
Slip-on disc holder . 95 1 . 1
With disc stem ring
1.30I1.50I2.00I 2.60[ 3.75| 5.30| 9.6015.00
Construction: These vah'es are ruggedly con-
structed. Sizes 34 ai^d Jg-inch ha\"e a slip-on disc
holder; larger sizes have the disc and stem fastened
with a disc stem ring as shown in the cross sections.
Union or bolted bonnet : Sizes i-inch and smaller
ha\'e a union bonnet as shov^-n
on the illustrations above ;
2J/2 3nd 3-inch sizes ha\'e a
low-type, compact bolted
bonnet, inside screw, as illus-
trated at the right. Both
types provide a strong, tight
joint, yet they can be easily
dismantled and reassembled
without danger of injuring
the A'alve.
Disc and seat : The No. 5 Cranoil Disc is a speciallv
fabricated material that will not swell, harden, or
otherwise break down. It is permanently cemented
into the disc holder; there can be no seepage around
it. For description of disc, see page 178.
The seat and disc form a line to line contact. The
narrow bearing and the disc material are an ideal
combination for light oils and gases, providing
absolute tightness and easy seating.
Stuffing box: Stuffing boxes are equipped with a
gland and are filled with high grade packing.
Valves used in hazardous locations should have a cap
sealed stuffing box to prevent the leakage of danger-
ous fumes or fluids. Valves so equipped are fur-
nished only when specified; prices on application.
Boss on body of globe valve: Globe valve bodies
sizes ij^-inch and larger have a boss cast on one side.
When ordered tapped or when ordered equipped with
a No. 21 1 Valve (shown on page 33) for transformer
oil service, the boss is drilled and tapped with a
J<i-inch pipe thread, without extra charge.
Installation: Wherever possible, these valves
should be installed with the pressure under the disc.
Tamper-proof valves: Valves with lock shield or
with lock shield and slip cover are made to order;
prices are furnished on application.
Dimensions, in Inches
ld-1
Boss on body
of globe valve,
sizes 13<^-inch
and larger
only.
Size
V4
i %
V2 3/4
1 IV4
IV2
2 2V2
3
A
2
2^16
2"/i6 33/16
33/4 41/4
43/4
534 63/4
8
B
^Vl6
IV16
1V4 1V16
l^Vie 2
2yifi
21VI6 31/4
3' 3/16
C
^VlG
IVr
IV2 l^Vie
/ID
23/fl
D
IV16
IV?
1% 17/8
2Vl6
t — Open
4
4V2
SV4 6
^Vs 73/4
8%
83/8
93/4 11
12V4
F — Open
3%
4%
sVs 57/8
^3/4 75/8
91/2 107/8
12
G
1 IV4
2Vl6
2Vi6 2%
3V]6 3%
4Vl6
434 6
7
y7yi?a'tfvyCTC
KBH
Brass Vent or Sampling Valves page 33
*5ee also footnote on page 30 for No. 7 Special Valve with No, 5 Cranoil Disc, for similar services.
TTTTTTT'
CRANE
33
Brass Vent or Sampling Valves
For Transformer Oil Service
For 300 pounds transformer oil, 250° F.
Cross Section
List Prices
Size of male thread
Inches V4
% Vi ¥4
No. 211
Each 2.50
Made to order.
No. 211
Air Tested
Uses: This valve is used on transformer oil, as a valve is opened to vent air. When installed at a low
Vent Valve or as a Sampling Valve in conjunction point, the \-alve is opened to draw off samples of oil.
with the No. 207 (see page 32). When installed at Construction: The No. 211 uses the same disc
the top of oil immersed electrical equipment, the material and seat design as the No. 207.
Brass Quick-Opening Globe Valves
With Composition Disc — For Air Lines
WORKING PRESSURE - 150 pounds air
FEATURES
Air Tested
Quick Opening
Screened Inlet
Protecting Apron on Wheel
Self-Adjusting Packing
Union Bonnet
Composition Disc
List Prices and Dimensions
Size
Inches
Vi
1
Cross Section
No. 237, Globe Each 6.00 7.50
Center to union end (inlet) 2% -^
Dimensions,
Center to female outlet 1% IVs
in Inches
Center to top of stem Z% 4
Diameter of wheel 2^4 2^^
Service recommendations: The No. 237 Brass
Globe Valves are strong and rugged. They are
especially recommended for use in mines on air lines
leading to pneumatic hammers.
In addition, the valves are well suited for compressed
air installations in other industries where quick-
opening, quick-closing valves are needed.
Quick-opening ; non-rising stem : The non-rising
stem opens or closes the valve in approximately a
three-quarter turn. The stem rotates, being held
from vertical movement by the shoulder between the
bonnet and stuffing box. The threads in the disc
holder engage with those on the thread-piece fas-
tened to the end of the stem. Turning the wheel
raises or lowers the disc holder on these threads; the
disc holder is held from rotary movement by two
vertical guides, one on either side of the holder.
Screened valve inlet : A brass screen fitted into the
union connection at the valve inlet prevents foreign
matter from entering the valve and e\-entually reach-
ing and damaging the pneumatic hammer.
Apron on wheel: The wheel has a large, sturdy
apron which protects the upper end of the \-alve.
Self-adjusting packing: Tightness at the stuffing
box is assured by the bronze spring which exerts a
constant pressure on the packing ring, holding the
packing firmly in place. Also, since the stem merely
rotates, wear on the packing is minimized.
Bonnet; The union bonnet provides a strong, tight
No. 237, Clohe
Female Union Inlet
Female Outlet
connection. The bonnet ring reinforces the joint and
facilitates dismantling and reassembling the vaUe.
Materials: The wheel is malleable iron. All other
parts except the disc and the packing are brass.
The valves have a No. 3 Composition Disc, a soft,
tough rubber compound especially suited for air
service. For description of discs, see page i jS.
Installation: These valves should always be in-
stalled with the pressure abo\"e the seat. An arrow
on the body indicates the direction of flow.
Brass Quick-Opening
Lever-Operated Valves
Crane Co. manufactures a wide assortment of Brass
Quick-Opening Valves suitable for almost e\'ery
service requirement. It includes Quick-Opening
Sel f- Closing
Valves of the
globe type, Gate
Valves. Butterfly
Vah'es, Throttle
Valves, and
Chronome ter
\'al\"es ; see pages
66 to 6q.
\\iU
mi
«i
ttiil
r !
!■
No. 121/2
No. 608 1/2
3« t>M''
■-■-■'''--■ '■
' ' "" " '
' 1J-" V ■ ■ ■ ■* n ■
.ii-ii.
■ ■■** >> >< . ^
.JL
I
1
II
1
.'I
34
CRANE
200-Pound
Brass Globe, Angle, and Cross Valves
Regrinding
WORKING PRESSURES
Screwed valves — 200 pounds steam, 500° F.
— 400 pounds cold water, oil, or gas, non-shock
Flanged valves — 150 pounds steam. 500° F.
— 225 pounds cold water, oil, or gas, non-shock
TEST PRESSURES
Screwed \-al\*es — 600 pounds hydrostatic
Flanged \'aK es — 450 pounds hydrostatic
Cross Section
No. 70, Cl<jbe
No. 70, Globe
Screwed
No. 70, Angle
Screw ed
No. 74, Cross
Screwed
No. 71, Globe No. 71. Angle
Flanged Flanged
When ordering No. 70 or No. 71 Valves, specify whether globe or angle calves are wanted.
Size
List Prices, Each
Inches I i/g i V4
y*
'8
V2
No, 70 , Globe or Angle. Screw e d
No. 74, Cross, Screwed
^4
1 IV4 IV2
2V2
2.30 I 2.40 I 2.60 | 3.00 , 4.80| 6.001 8.40 | II. Ool 18.00133.00146.00
No. 71, Globe or Angle. Flanged. F. D. & S. F.
6.00 7.001 8.60 11.00115.00124. 00
I
113.00 16.00 20.00:28.00137.00160.00 75.00
Service recommendations : These \ aK es are recom-
mended for severe service on steam, water, oil. or gas
lines. The>- were iormerh- known as"'iNa\-y" pattern.
Material: The body is made of Crane Special
Brass, a high grade steam metal.
Regrinding: These ^-al\escan be reground without
removing the body from the line. Instructions for
regrinding are furnished with each \alve.
Union bonnet: The union bonnet ring reinforces
the bonnet joint and facilitates dismantling and
reassembling. When a \-ah'e is being reground. the
ring centers and guides the valve trimmings.
Disc connection: The disc in sizes 3§ to ^;-inch
IS integral with the stem. In larger sizes, the disc
swivels on the stem, as shown in the cross section.
Stuffing box: Stuffing boxes are
deep, are equipped with a gland,
and are fil ed with high grade
packing.
Repacking: These valves, \\hen
wide open, can be repacked while
under pressure.
Flanged valves : End flanges con-
form to the MSS 150-Pound SP
Bronze Flange Standard (No.
SP- 2-1937). They are plain faced,
with two V-shaped concentric
groo\-es between the port and the bolt holes. Prices
include drilling to the MSS i 50-Pound Standard, and
spot-facing; no deduction is made if \-al\-es are
ordered faced only. Full face gaskets should be
used; see page 567. ■
B B
Siz
Vs
Dimensions, in Inches
Va I y,
'S
Vz
^4
B
D
i^Vi6li^Vifiluyi6i 21/4 I 23^ [3v .. I 37/,
1 I IV4 I IVz I 2 I 2V2 1 3
'/lei^Viel 1 UViel PA |iii/„|ii5/.. ly.
's I ^Vz I 51/4 ] 6V16 7V,
J^niel 43/16 I 4Vi6 I 55/
2%
16
3Vl6i313 /,g
6^4 i7'Vi6
E— Open 1 3V2 I 3V? | 3V« \ 4%
G
H
5M
2716 I 2% [ 27/8 |3Vi6| 33/4 i4ViR| 4_%
^8 I fe I 6% I 7Va I BS/s I 91/2 [ il%
mH^AdUde I 2Vi6 [ 2^4 [ 3V,. I 3% |4Vie 43/4 j 6 7
378 I 41/4 j 45/8 I 5
Templates for drilling page
v.
71/2
32
Vi
'8
'M
32
Vl6
V2
550
V^
16
%
Valves for Marine Service page 462
TTTTriTTrm
CRANE
35
200-Pound
Brass Globe and Angle Valves
Bolted Bonnet
WORKING PRESSURES
Screwed vaKes — 200 pounds steam. 500° F.
— 400 pounds cold water, oil. or gas. non-shock
Flanged valves — 150 pounds steam, 500° F.
— 225 pounds cold water, oil, or gas. non-shock
TEST PRESSURES
Screwed vaK'es — 600 pounds hydrostatic
Flanged \-aKes — 450 pounds hydrostatic
i
Cross Section
No- 4196, Globe
No. 4196, Globe No, 4198, Angle No. 4197, Globe
Screwed Screwed Flanged
No. 4199, Angle
Flansed
Sizes 3^ j^'inch and larger have outside stem threads and a bolted gland (not illustrated) ^
List Prices
Size
Inches | IV2.
2
2V2
3
! 31/2 : 4 5 6
No. 41% or No. 4198. Screwed
Each: 19.00
25.00
35.00
50.00
8o.oo;ioo.oo
No. 4197 or No. 4199. Flanged, F.
D.
& S.F.
Eachi 27.00
35.00
50.00
70.00
illO.OO 140.00 200.00|275.00
Service recommendations: These are hii^h quality
valves, especially intended lor use in lar>;fe size pipe
lines. They are recommended for general service on
Steam, water, oil. or gas.
Construction: The vaK'es are strong, rugged, and
durable. The bolted bonnet makes a tight Joint and
assures liberal strength. The disc is accurately
guided by a guide stem which operates in a bridge
cast integral with the body seat ring; the body seat
ring is renewable.
Sizes 3-inch and smaller have inside stem threads, a
screwed packing nut, and a gland, as illustrated.
Sizes 33^-inch and larger have outside stem threads
with a crosshead type yoke and a one-piece bolted
gland and flange (not illustrated)..'
Materials : The bodv and bonnet are made of Crane
Special Brass, a high grade steam metal. The disc
is also made of Crane Special Brass. The body seat
ring is made of Crane HaiLi Metal.
Stuffing box; repacking: The stuffing box is un-
usLialh" deep and is filled with high grade packing.
The vaK'es, u-hen wide open, can be repacked while
under pressure.
Flanged valves: End flanges conform to the MSS
150-Lb. SP Bronze Flange Standard (Xo. SP-2-
1937). They are plain faced with two \'-shaped con-
centric grooves between the port and the bolt holes.
Prices include drilling to the MSS 150-Lb. Standard,
and spot facing; no deduction is made if vaKes are
ordered faced only.
Full face gaskets should be used; see page 567.
Cross valves: Cross \'alves can be made to order.
Dimensions, in Inches
Size
W2
2
21/2
3
31/2
4
S
6
End to end, Globe, Screwed
55/16
6
7V4
8 1/4
103/8
113/8
Center to end. Angle, Screwed
2» VlG
3
35/8
4V8
53/16
5»Vl6
Face to face. Globe, Flanged -^
5Vs
feVs
8
9V8
103/8
11
I2V4
14
Center to face. Angle, Flanged
3V8
3V4
41/4
45/8
5V4
51/2
61/4
7
Center to top of wheel, open. Globe
8^/4
93/4
llVz
123/4
121/4
133/4
161/2
ISVs
Center to top of wheel, open, Anp:le
7V2
8»Vl6
101/2
113/4
1 1 V4
nVs
15
I6V4
Diameter of wheel
4VlG
53/8
7
8
9
10
10
12
Diameter of flange
5
6
7
7V2
8V2
9
10
11
Thickness of flange
V16
V2
Vl6
%
^Vic
"/iG
3/4
13/,6
Templates for drilling page 550
Valves for Marine Service . page 462
'i\
\\^'
'is
H
j«im»«^,:.^i.L^..
.kM±
■ >«*i.m*i^,.f.LL.,.
J-iA«-
I
36
CRANE
2 50 -Pound
Brass Globe and Angle Valves
Plug Type Disc
{;■
^ i
'1
Cross Section
*No. 212 P, Globe
WORKING PRESSURES
250 pounds steam, 500° F.
500 pounds cold water, oil, or gas,
non-shock
TEST PRESSURE
750 pounds hydrostatic
FEATURES
Exelloy Renewable Seat
Nickel Alloy Plug Type Disc
Union or Bolted Bonnet
SERVICE RECOMMENDATIONS
These valves are recommended for
exceptionally severe service, such as
for throttling, and for soot blower,
blow-off, boiler feed, drip, and drain
lines.
U iL.kJ S
*No. 212 P, Globe
Screwed
*No. 214 P, Angle
Screwed
*23^ and 3-inch sizes
have a bolted bonnet.
i
T I
v\
t!
. ■'
fcf^
\w.
}
Size
No. 212 P or No. 214 P
List Prices
Inches j V4
%
V2
3/4
IV4 IM
2Vs
EachI 5.00 | 5.40 | 6.60 | 8.00 | 10.00 | 14.00 20.00 30.00 55.00 80.00
See also page 31 for 250 pound No. 14-% HP and No. je^ HP Valves
Body: The body is Crane Special Brass, a high
grade steam metal.
Plug type disc and seat: The plug type disc and
seat are ideal for severe ser\-ice. The wide seating
surface is unusually resistant to foreign matter and
to wiredrawing. The tapered disc permits easy regu-
lation of flow when throttling.
A metal plate, secured to the valve by the wheel
nut, identifies the plug type disc.
Seat metals ■ The disc is Crane Nickel Alloy. The
seat ring is Exelloy, a specially heat-treated chromi-
um iron. These metals offer excellent resistance to
wear, temperature, galling, and scoring; they are
harder, tougher, and stronger than metals ordinarily
used in brass \ ahes.
Stem threads: The stem threads are accurately
machined and are unusually long, assuring long life.
Bonnet construction: Sizes 2-inch and smaller
have a union bonnet as shown
in the illustrations at the top of
the page; z}^ and 3-inch sizes
have a bolted bonnet, inside
screw as illustrated at the right.
Both types provide a strong,
tight joint, yet they can be
easily dismantled and reassembled without danger
of injury to the valve.
Stuffing box: The stuffing box is equipped with a
gland and is unusually deep. It is fi led with high
grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure. "' '
t— G
Size
V4
y*
8
Dimensions, In I nches
V2
%
LI 1V4 I 1V2
B
2V2
E^Open
'Vi
16
I IVie I IVi I iVifi I nV:
I 2Vi6 1211/16 1 3yi6 I 33/4 I 41/4 I 43/, |"53rTTi^
Ws ! 43/4 I 5U
8V4
F — Open
s
4VL_I4%J 51/4 I 5^
&V4 I 7% I 85/.
2Vi6 I 211/16 I 35/8 i 41/8
8
10
nVi I 123/4
m f 21/16 I 29/ifi I 234 3v,
8 I 6% I 71/2 f 8Va I 93^ [ lOV, I 1134
^6 I 3% f 4Vi6 I 53/j
Valves for Marine Service . . . page 463
'8
8
I
CRANE
37
250-Pound
Brass Globe and Angle Valves
Granite Composition Disc or Copper Disc Valves
WORKING PRESSURES
250 pounds steam, 500° F.
*500 pounds cold water, oil,
or gas, non-shock
TEST PRESSURE
650 pounds hydrostatic
FEATURES
Nickel Alloy Renewable Seat
t-' Union Bonnet
♦When No. 212 Cor No. 214 C Valves
are used on gas, oil, or gasoline, they
are recommended for only 400 pounds
working pressure.
Cross Section
No. 212 C or No. 213
List Prices, Each
Globe, Screwed Angle, Screwed
No. 212 C, Cranite Disc No. 214 C, Cranice Disc
No. 213» Copper Disc No. 215, Copper Disc
Except for the disc and seat, these valves are sim-
ilar to the Mos. 212 P and 214 P. shown on pai^e
36. A mecai plate, secured to the valve stem
under the wheel nut, identifies the type of di.sc.
Size Inches V4
%
V2
y*
1
IVa
IV2 I
No. 212 C, No. 214 C, No. 213, or No. 215 5.00
5.40
6.60
8.00
10.00
14,00
20.00 30.00
Extra disc holder, disc, nut, and disc stem
With No. 4 Cranite Disc .75
.85
.90
1.30
1.70
2.40
3.00 4.30
ring, complete, for No. 212 C or No. 214 C
With No. 2 or No. 3 Disc .70
.75
.85
1.10
1.50
2.10
2.60 3.70
Extra copper discs for No. 213 or No. 215 .20
.25
.30
.35
.40
.50
.75 1.10
Dimensions are the same as for the Nos. 212 P and 214 P; see page J6.
For list prices of ComJDosttion Discs, see pag^e 17H.
Nos. 212 C and 214 C: The No. 21 xC and No.
214 C Valves are recommended where discs must be
frequently renewed. Unless otherwise ordered, they
are furnished with a No. 4 Cranite Disc for high-
pressure steam. When ordered for hot water, gas,
oil, or gasoline, they are furnished with a No. z Hot
Water Disc; and when ordered for cold water or air,
with a No. 3 Cold Water Disc. For description and
dimensions of discs, see page 178.
Nos. 213 and 215: The No. 213 and No. 215 Valves
are recommended for services where discs must be
frequently renewed and where a metallic disc is pre-
ferred. They ha\'e a Crane Renewable Copper Disc.
Cross Section
No. 4, Globe
Brass Disc Valves
WORKING PRESSURES
250 pounds steam
500 pounds cold water, oil, or gas, non-shock
TEST PRESSURE
650 pounds hydrostatic
No. 4 Valves have Crane Hard Metal body and disc, [n
sizes M-inch and smaller, the disc is integral with the
stem; in larger sizes, the disc swivels on the stem, as
shown in the cross section. The stuffing box on sizes
^l~\nc\\ and larger has a gland. The valves, when wide
open, can be repacked while under pressure.
List Prices and Dimensions
No. 4, Globe
Screwed
No. 4, Angle
Screwed
When ordering, specify
whether globe or
ungle valves are wanted.
Size
Inches
Vi
s
Va
%
V2
V4
1 I ly* I 1V2
2V2
No. 4, Globe or Angle
Each 3.25 I 3.25 | 3.75 | 4.50 [ 6.00 | 7.00 1 10.00| 14.00i22.00 40.00 55.00
End to end, Globe
Inches! IV16 IV16 lys I 23/16 I21V16I 31/4 ) 3% \ ^Vie \ 5% | 6V16 7Va
Inches I 13/1 6 I 13/1 6
»Vie
V/s I 1% I 1V,6 IPS/iel 2 I 2% I 31/4 131V]
Center to end, Angle
Center to top of wheel, open. Globe Inches I SH I 31/8 I 33/8 | 3% | 45/8 • 5% \ 6V4 | 7 ' 7% \ 83^
Center to top of whee l, open, Angle
Diameter of wheel
16
u
Inches f 31/8 I 31/8 I 33/8
4V2 ! 53/8 I 61/2 : 71/4 I 81/8 I 91/4 I 111/8
i\
m\
InchesI 13/4 13/^ [ 21/16 I 29/16 | 23/4 [ 3l/i6 I 3% \ 41/16 I 43/4 | 6
tfHiyiUUUUUi^^^U^UUAiUUiUUUUlUUUU^
■ ' L 1 ■ . '
Ah
I
38
CRANE
300 -Pound
Brass Globe and Angle Valves
Regrinding
im
t
Cross Section
No. 362 E, Globe
WORKING PRESSURES
300 pounds steam, 550° F,
600 pounds cold water, oil.
or gas, non-shock
TEST PRESSURE
900 pounds hydrostatic
FEATURES
Hard Metal Body and Disc
Union Bonnet
SERVICE RECOMMENDATIONS
These val\-es are recommended for
severe operating conditions at high
pressures. They combine service-
ability with moderate cost.
*1
No. 362 E, Globe
Screwed
No. 364 E, Angle
Screwed
Size
No. 362 E or No. 364 E
Inches
V4
List Prices
^
a
V2
V4
1
IV4
IVs
2V2
EachI 3.30 [ 3.70 I 4.70 | 6.00 j 8.00 | 11.00 [ 15.00 | 24.00 42700 62700
' '
H
f *
I
i \
%
w
^\
Body and disc: These parts are made of Crane
Hard Metal, a strong, hard, copper-tin bronze that
resists cutting and wiredrawing exceptionally well.
Bonnet: The bonnet is made of a new special
bronze. Its unusually good wear-resisting properties
combined with the long and accurately machined
stem threads materially lengthens the life of both
the stem and bonnet.
Regrinding : These \'alves can be reground without
removing the body from the line. Instructions for
regrinding are furnished with each valve.
Union bonnet construction: The union bonnet
construction, in addition to making a sturdy, tight
joint, facilitates dismantling and reassembling the
valve. The union ring reinforces the bonnet joint;
and when the valve is being reground, it centers and
guides the valve trimmings.
Stuffing box: The stuffing box is unusually deep
and is filled with high grade packing. It is equipped
with a gland.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Size
V4
%
8
Dimensions, in Inches
3/4
(
B
1 I IV4 I IV2
15
2Vi6 I 2iVifi| 215/16I 3V9 I 41/1
2V2
'/16 I IVifi I IV,
45/8
F — Open
E-Open I 41/8 I 45/>t ( 5V. [ 63/^
LJ. IV2 I 13/4 I 21/. I 25/,
53/4 I 67/f
8
8
4V2 I 51/8 I 61/
2y8 I VA
^ -^-^ t ^ /1 6 [ -^V16 I -^'/8 I >>yi6 l 4
k_J_ &!/8 I /yg I 83^ I 103/, I 12 1/0 I 1.^
f 13/4 [ 2Vi« I 29/,. I 3Vl6
7 I 77/
8
^% I 4Vifi I 43/4
IOV2
12
Valves for Marine Service . page 463
131/4
8
^ttUib
TTTTTTTTTTT
CRANE
3y
300 -Pound
Brass Globe and Angle Valves
Regrinding
No. 1834, Globe No. 1835, Angle
Male Inlet
Female Union Outlet
Male end is one pipe size
larger than female union end.
WORKING PRESSURES
300 pounds steam. 550° F.
600 pounds cold water, oil,
or gas, non-shock
TEST PRESSURE
900 pounds hydrostatic
INTERCHANGEABILITY
All parts of these \'alves except
the bodies are interchangeable
with the corresponding parts of
the No. 362 E Globe and No.
364 E Angle Valves shown on
the preceding page.
No. 1836, Globe No. 1837, Anglff
Female Inlet
Female Union Outlet
Both ends are the same size.
List Prices
Size
Inches!
% X V4
V2 X 3/8
% X V2
1x3/4
IV4XI
IV2.
^1V4
2x11/2
2V2X2
3x21/2
No.
1834
or
No.
1835
Each
10.10
10.30
12.30
15.20
21.40
28
.40 '
36.60
66.80
115.00
Size
Inches
Va
%
V2
%
1
IV4
IV2
2
No.
1836
or
No.
1837
Each
9.50
9.70
10.80
12.90
17
.30
23.80
31,10
53.50
Cab Hose Valves
Female Inlet — Hose End Outlet
Union End Valves
for use with Copper Tubing
Union Ring
\
Copper Tubing
The No. 1833 Vahes except for
their hose end bodies are made
like the No. 367 E Valves shown
on the preceding page.
Tubing
Flared
No. 1833
R
Recess for
Brazing Metal
eau
List Prices
Va!\'e Bod\"
Tail-piece of
Brazing Metal
Size
Inches
% female
1/2 hose
1/2 female
1/2 hose
1/2 female
34 hose
No. 1833
Each
6. SO
7.00
10.00
Union end valves can be made to order
with brazing tail-pieces for use with copper
tubing. Prices on application.
Dimensions, in Inches
Size, No. 1834, No. 1835
Size, No. 1836, No. 1837
Size, No. 1833
^8 X V4I V2 X 3/8 P/4 X 1/2I 1 X 3/4 1 11/4x1 111/2 XI1/4I 2x11/2121/2x2 13x21^
V4 I % I V2 V4 I I uz un 2
%xl/2|l/2Xl/2|l/2x3/4
End to end. No. 1834
I
3ii/i6l 41/4 [ 4IV16I 5V2 I 6V8 I 6% I 713/iel 91/1^ 1103/8
Center to male end, No. 1835
m I 2 1/1 6 23/8 23/4
/A
3V]
16
Cen ter to union end. No. 1835
End to end. No. 1836
UViel 23/i6 I 2V,6 I 23/4 31/8
313/16 1 43/8 I 415/
3Vi
'16
2'Vl6 33/8 I 31 3/^6 [ 41/4 I 47/8
4 I 411/16 I 57/
S^
'16
'8
6V16 I 7Vi6
Center to female end. No. 1837
Center to union end. No. 1837
End to end, No. 1833
1
13/16 I 13/8 I 11/2 I 13/.
2Vl
25/lG 27/
'8
I
nVie 23/16 I 2V16 23/4 I 31/
'8
3^/
16
41 M
16
I 33/8 I 3V2 I 315/161
Center to top, open. Globe | 4% j 4% [ 5V4 | 4Vs \ 4% \ 51/4 | 63/a | e^/g | 7% I 834 | ipa/g [ni/s
Center to top, open. Angle
Diameter of wheel
41/2 51/8 I 61/
7Vi
8
I 2I/16 2I/16 I 2Vi6 I 13/4 I 2Vi6 [ 2Vi6 I 3I/16I 35/8
101/2 12
4Vi
43/
/4
All valves shown on this page are made to order only.
Description page 38
l.-T
( T
I ■
iiM .i r^
:^i
iu
M
w
,MM MtnAtM It MM KtimW^M
*" ■*>.>!
"'"""^'' ->>— '
±,_jJu
UA1£^
ll-lailJl
-'-- ^
40
I
i'<i
\
t*
CRANE
300-Pound
Brass Globe and Angle Valves
Plug Type Disc
Cross Section
No. 382 P, Globe
Size
WORKING PRESSURES
300 pounds steam, 550° F.
Screwed valves — 600 pounds cold water, oil,
or gas, non-shock
Flanged valves — 500 pounds cold water, oil,
or gas, non-shock
TEST PRESSURE
900 pounds hydrostatic.
FEATURES
Exelloy Renewable Seat
Nickel Alloy Plug Type Disc
Union or Bolted Bonnet
SERVICE RECOMMENDATIONS
These valves are recommended for excep-
tionally se\-ere service, such as for throt-
tling, and for soot blower, blow-off, boiler
feed, drip, and drain lines.
List Prices, Each
No. 382 P, Globe
Screwed
No. 384 P, Angle
Screwed
No. 383 P, Globe No. 385 P, Angle
Flanged Flanged
Inches I
No. 382 P or No. 384 P, Screwed
V4
%
V2 3/4
No. 383 P or No. 385 P, Flanged, F. D. &z S. F.
Body : The body is strong and durable ; it is made of
Crane Special Brass, a high grade steam metal.
Plug type disc and seat: The wide seat resists
wiredrawing and foreign matter exceptionally well.
The disc taper assists in maintaining tightness and
permits easy flow regulation when throttling.
Construction : Sizes i-inch
and smaller ha.\Q a union bon-
net as illustrated above; 2I4
and 3-inch sizes have a bolted
bonnet, inside screw, and a bot-
tom pin guide on the disc as
illustrated at the right. Both
bonnet types pro\'ide a strong,
tight joint, yet they can be
easily dismantled and reassem-
bled without injuring the valve.
Seat metals; The disc is Crane Nickel Alloy; the
W4 I l'/2 1 2 I 21/
5.40 [5. /u 17.40 [ 9. 7QI12. 00116. 00122. 00136.501 60.00 Ql.nn
24. 00131. 00140. 00152 . 00175. 00 114.nn tan nf>
jflTgTrarygyvT?^
p?^jf'jtgyy^
Size
seat ring is Exelloy. These metals are an ideal
combination, offering unusual resistance to wear
temperature, and galling; they are harder, tougher'
and stronger than metals ordinarily used in brass
valves.
Stuffing box: The stuffing box is unusually deep-
It IS equipped with a gland, and is filled with hieh
grade packing. ^
Repacking: These valves, when wide open, can be
repacked while under pressure.
Flanged valves : End fianges conform to the MSS
300-Pound SP Bronze Flange Standard (No SP-2-
^<^37). They are plain faced, with two V-shaped
concentric grooves between the port and the bolt
holes^ Prices include drilling to the MSS 300-Pound
C:)tandard, and spot facing; no deduction is made if
valves are ordered faced only.
Full face gaskets should be used ; see page 567.
Ditnensions, in Inches
V4
^
'8
V2
B
Vi \ I \ IV4 I 1V._ I 2 (21/2! 3
^34l21iJlMellViliHM5fl^^ I 8^
iVa I ii4Turri3/4 \2v^^nwrWo
D
3Vi6l 33/4 I 41/4
43/4 i 53/8 I 61A I 71/4 I 8 [ 9"~|T0^
E-Op_en| 43/s I 51/g I 55/^ I 554 I 71/
^M3VLLA_[4546l 43/4 1 57/16
G
H
8V4 193/8 [10^4 1 12 I 133/g
g- I 9 IIOV4I 11 I 123/8
^^Mm^LI^^JmSJWWMWJ^^
8
Templates for drilling. , . .page 550
J
iMiSliKESiiKlTvrrsvr
VZ2
'V:
k_%JiVkl V4 1 13/16
Valves for Marine Service . page 463
29/
'32
'UirTrmr
CRANE
41
300 -Pound
Brass Globe and Angle Valves
Plug Type Disc
No. 1824 P, Globe No. 1825 P, Angle
Male Inlet
Female Union Outlet
Male end is one pipe size
larger than female union end.
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil,
or gas, non-shock
TEST PRESSURE
900 pounds hydrostatic
INTERCHANGE ABILITY
All parts of these valves
except the bodies are
interchangeable with the cor-
responding parts of the
No, 3 8zP Globe and No. 384P
Angle Valves shown on the
preceding page.
List Prices
No. 1826 P, Globe No. 1827 P, Angle
Female Inlet
Female Union Outlet
Both ends are the same size.
Size
Inches | V2 x %
V4 X V2
1 X 3/4
IV4 X 1 I IV2XIV4 I 2x IV2 I 2V2x2
No. 1824 P or No. 1825 P
Size
Each 10.30 12.30
15.20
21.40
28.40
36.60
66.80
Inches
V2
3/4
1
Wi
1V2
No. 1826 P or No. 1827 P
Each 10.80 12.90
17.30
23.80
31.10
53.50
Cab Hose Valves
Female Inlet ^ Hose End Outlet
Union End Valves
for use with Copper Tubing
Union Ring
Copper Tubing
The No. 1823 P Valves except
for their hose end bodies are
made like the No. 382 P Valves
shown on the preceding page.
No. 1823 P
List Prices
Tubing
Flared
7
Regular
Valve Body
Recess for
Brazing Metal
Fail-piece of
Brazing Meta
Size
Inches
% female
1/2 hose
Vz fernale
1/2 hose
No. 1823 P
Each
6.50
7.00
Union end valves can be made to order
with brazing tail-pieces for use with
copper tubing. Prices on application.
Dimensions, in Inches
Size, No. 1824 P, No. 1825 P
I
1/2 X 3/8 I V4 X V2 I 1x3/4 I IV4XI |lV2Xl'/4l 2 X 1 V2 |2V2X2
Size, No. 1826 P, No. 1827 P
Size, No. 1823 P
Vi
3/4
1
1V4
1V2
%XV2 I V2XV2
End to end. No. 1824 P
Center to male end. No. 1825 P
C enter to union end. No. 1825 P
End to end. No. 1826 P ^
4Vi6
5'A
8
b^f
8
7Vl6
85/
16
9"/l6
2M
8
2V,
35/]
16
35/e
'8
414
411/
16
2yi
2V2
278
3Vi
3»Vi
43/
16
4%
5M
8
6V16
6IV16 83/,6
Center to female end. No. 1827 P
IV2
m
2Vi
23/j
'8
2Vi
8
33/
16
Center to union end, No. 1827 P
End to end. No. 1823 P
2V2
2^
&
3^/
16
313/
16
43/,6
31/2
35/
•8
Center to top, open, Globe
Center to top, open, Angle
Diameter of wheel
5V8
5M
a
SVs
S^i
8
ey.
'8
7V4
8V4 j 93/8 llQS/s
47/8
SM
'8
63/g
8
I 91/4 IOV4
2Vi
2Vl6
2yi6
23/4
31/
16
35^
8
41/
16
43/4
AU aalves shown on this page are made to order only.
Description. . . page 40
i
I-
» -
tt^lt
ii
iifttiMi
liti
. I
.Hi I^L>ritl I'illAJ ICJIll
"""*'"^-''*' '' "■ ■
.UA^
42
CRANE
.T tl
I
m
r ,
j,
:
300 -Pound
A. A. R, Brass Globe and Angle Valves
Inside Screw Type
WORKING PRESSURE
300 pounds steam
TEST PRESSURE
800 pounds hydrostatic
Cross Section
No. 376 P, Globe
Plug Type Disc
Globe, Screwed
No. 376 P, Plug Tvpe Disc
No. 376 E, Ball Type Disc
Angle, Screwed
No. 377 P, Plug Tvpe Disc
No. 377 E, Ball Type Disc
Size
List Prices
Cross Section
No. 376 E, Globe
Ball Type Disc
Inches
V4
%
1/2
3/4
1V4 IV:
^["^^^^'"^^"■^^^^^^"glyHlDig^ EachT5:90|6.30|8.3Qirr70| 13.30 17..^0 7aT^
21/2
No 376 E or Z' -'^fi'^^i^^^^^ ^a£^5^,90_6,30_^,30_|^0,7^QO^^
No. 376 E or No. 377 E. Ball Type D,sc Each | 5.40 | 5.70 | 7.40 1^7 701 12.00 1 16.0Q 22.nn .A .n .n nn ^ T
For wrenches for removing seat rings^ see page 45.
00
i
. [
Association of American Railroads : These valves
conform Co the recommended practice of the Associa-
tion of American Railroads fA.A.R.) for 300-Pound
Uobe and Angle Val\-es for Steam Locomoti\-es
adopted IQ32, effective August i, 1933^ revised 1035'
IQ37. ^'^^'
Body and bonnet: The body is made of Crane
Special brass. The bonnet is made of a special wear-
resisting bronze.
Union bonnet ring: Sizes ij^-inch and smaller
have a hexagon bonnet ring: larger sizes have a round
spanner-type ring (not illustrated).
Plug Type Disc Valves: The disc in H, K- and
y2-inch P ug Type Disc Vah-es is made of monel
metal and js spun onto the stem (not illustrated)
KT- ^,'^f /S"'"''^' ^P"-^ '^'S^^' ^^^ ^'sc is made of Crane
Mickel Alloy and is fastened to the stem with a disc
stem ring, as illustrated in the cross section All
sizes have an Exelloy body seat ring.
Ball Type Disc Valves: Ji, %, and }^-inch Ball
Type Disc Valves have a monel metal disc spun onto
the stem (not illustrated), and an Exelloy body seat
ring. Sizes M-inch and larger ha\-e a Crane Nickel
Alloy disc and body seat ring, the former being fas-
tened to the stem by a disc stem ring, as illustrated
in the cross section.
In 2, 2i^, and 3-inch Ball Type Disc Valves, the disc
has a bottom pin guide which operates through a
bridge in the body seat ring (not illustrated).
Stem end for Universal Joint : When
so ordered, these valves can be furnished
with the stem end machined for a Uni-
versal Joint connection, following the
dimensions specified in the A.A.R. rec-
ommended practice. Such valves are
sold at the same price as valves with
wheel and wheel nut.
Universal Joints can be supplied when
ordered; prices will be furnished on application.
i
Size
Dimensions, in Inches
End to end, Globe
Center to end, Angle
Center to top of wheel, o pen
Diameter of wheel
*^^"^^^^^^°^^^^^^"^TiIr^d^^
A.A.R. Screwed Fittings page 193
are not included in the A "a ^R^.V:^'''^ °'i'\j' ^'""^ '^^^^ ^'^^ ^^^^^ ^" "^^^e sizes
■■ ""-n^ucu in tne a. a. K. recommended practice.
A.A.R. Unions and Union Fittings. . . .pages 242 to 244
rTTTTTTTTTTTTTTT
III!
CRANE
43
300 -Pound
A. A. R. Brass Globe and Angle Valves
Inside Screw Type
WORKING PRESSURE
300 pounds steam
TEST PRESSURE
800 pounds hydrostatic
Globe, Screwed Angle, Screwed
No. 1870 P, Plug Type Disc No. 1871 P, Plug Type Disc
No. 1870 E, Ball Type Disc No. 1871 E, Ball Type Disc
Female Inlet. Female Union Outlet
Globe, Screwed Angle, Screwed
No. 1874 P, Plug Tvpe Disc No. 1875 P, Plug Tvpe Disc
No. 1874 E, Ball Type Disc No. 1875 E, Ball Type Disc
Male Inlet, Female Union Outlet
Both ends are the same pipe size.
The male end is one pipe size
larger than the female union end.
List Prices, Each
Size Inches I/4 % I/2 H 1 1 V4 1 Vz 2 21/2
No. 1870 P or No. 1871 P, Plug Type Disc 10.00 10.30 11.70 13.90 18.60 25.30 33.10 57.00
No. 1870 E or No. 1871 E, Ball Type Disc 9.50 9.70 10.80 12.90 17.30 23.80 31.10 53.50 91.00
Size Inches % x 1/4 1/2 x % ^4 x 1/2 1x^/4 IV4 x 1 1 IV2 x II/4 IxlVa 21/2x2 3x2y2
No. 1874 Per No. 1875 P, Plug Type Disc 10.60 10.90 13.20 16.20 22.70 29.90 38.60 70.30
No 1874 E or No. 1875 E, Ball Type Disc 10.10 10.30 12.30 ' 15.20 21.40 28.40 36.60 66. JO 115.00
For wrenches for removing seat rings, see page 45 .
Association of American Railroads : These valves
conform to the recommended practice of the Associa-
tion of American Railroads (A.A.R.) for 300-Pound
Globe and Angle Valves for Steam Locomotives,
adopted 1932, effective August i, 1933, revised 1935.
1937.
Interchangeability: Except for the body, the
valves shown on this page and those shown on the
preceding page are identical.
Body, union ring, and tail-piece: The body,
union ring, and tail-piece are made of Crane Special
Brass.
Stem end for Universal Joint: When so ordered,
these valves can be furnished with the stem end
machined for a Uni\'ersal Joint connection, following
the dimensions specified in the A.A.R. recommended
practice. Such valves are sold at the same price as
valves with wheel and wheel nut.
Universal Joints can be supplied when ordered;
prices will be furnished on application.
Dimensions, in Inches
Female Inlet Valves
V4 %
y^ ¥4 1
1V4
iy2 2 nV2
Size
Male Inlet Valves
% X y^ V2 X %
3/4x1/2 1x3/4 IV4XI 1
V2X11/4
2x11/2 21/2x2 *3x2i/2
Center to female end
1V32 1V4
IV16 12^32 2Vl6
2%
2% 33/16 311/16
Center to male end
1 31/32 2Vi6
29/16 31/32 35/16
3%
41/8 4II/J6 53/16
Center to union end
21/8 25/16
21/2 31/8 39/16
41/8
4II/16 55/16 515/16
Center to top of wheel, open
4y8 47/8
5Vi6 6V16 7Vl6
83/8
91/4 10% 121/16
Diam<
?ter of wheel
23/4 23/4
31/16 35/8 4ViG
43/4
53/8 6 7
imensions on the 2^2 ^^^ -
X 2J^-inch size.s app ■'
are not included in
/ to Ball Type Disc Valves only; P ug Tyi
the A. A. R. recommended practice.
36 Disc Valves in these sizes
rAe valves shown on this page are made to order only,
600 Pound Cast Steel Valves for Locomotive Service. . page 311
^ .111.:'"'" ,(H
■mnmm
iiiiHii
IJHI
(|
. I
*v
■■"^'^"^"i^TIi
^^^iMMUiM^
di^^^
dUUUUUOUAfa
I
44
CRANE
300 -Pound
A. A. R. Brass Globe and Angle Valves
Outside Screw and Yoke
\ '
1 I
tj:
'it
I
I
1 1
ir
t <
,
WORKING PRESSURE
300 pounds steam
TEST PRESSURE
800 pounds hydrostatic
Cross Section
No. 396 P, Globe
Plug Type Disc
Globe, Screwed
No. 396 P, Plug Tvpe Disc
No. 396 E, Ball Type Disc
Angle. Screwed
No. 397 P. Plug Tvpe Disc
No. 397 E, Ball Type Disc
Size
List Prices
Cross Section
No. 396 E, Globe
Ball Type Disc
Inches ;
No. 396 P or No. 397 P, Plug Type Disc
V2
3/4
1
No. 396 E or No. 397 E, Ball Type Disc
Each 15.00
I IVa
Wz
17.20
18.30
Each 14.10
26.10
16.20
33.40
17.00
24.60
66.50
For wrenches for removing seat rings, see page 4S.
31.40
as. 00
Association of American Railroads : These valves
conform to the recommended practice of the Associa-
tion of American Railroads (A.A.R.) for 3cc-Pound
Globe and Angle \"aKes for Steam Locomotives,
adopted 1032, effective Augi^ist i. 1033. revised 1035'
IQ37-
Interchangeability: The valves shown on this
page use the same wheel, wheel nut. disc stem ring,
disc, body seat ring, union bonnet ring, and bodv as
the A.A.R. 3oc-Pound Inside Screw Tvpe \alves
sho\sn on page 42: only the stem, bonnet." gland, and
gland nut are different.
Body: The body is made of Crane Special Brass.
Bonnet: The bonnet is made of Crane Cast Man-
ganese Bronre.
Stem : The stem is made of *Crane i S-S \ lo Chrome-
Nickel Alloy Steel.
Plug Type Disc Valves: In the Plug Type Disc
Valves the disc is made of Crane Nickel AIIov and
the body seat ring is made of Exelloy.
Ball Type Disc Valves: In the Ball Tvpe Disc
\alves, both the disc and the bodv seat'rincr are
made of Crane Nickel Alloy.
Stem end for Universal Joint: When
so ordered, these \-al\-es can be furnished
\\ich the stem end machined for a Uni-
versal Joint connection, following the
dimensions specified in the A.A.R. recom-
mended practice. Such valves are sold
at the same price as \-al\es with wheel
and wheel nut.
Universal Joints can be supplied when
orders so specify; prices will be furnished on applica-
tion. ^^
*Crane Co. is licensed under patent No 1 587 614
to manulacture \-ah-es and fittings made from iS-8
chromium-nickel alloy with 2 to 4% molybdenum.
Sire
Dimensions, in Inches
End to end, Globe
Center to end. Angle
Vs
3/4
m
8
3^1
I iV4 I 1V2 I
Center to top of wheel, open
Diameter of wheel
I'A
16
4y,
'8
16
I 5 V16
3Vl6
43/4
2Vl6
5V4
2%
6^
8
69/
2%
16
3S/i
71/5
33^,
'8
4%
87/
16
10
600-Paurrd Cast SU^l Valves for Locomotive Service page 31 1
A.A.R. Screu>ed Fittings. . page 193 A.A.R, Unions and Union Fittings
434
5% I
pages 243 to 244
mrr
CRANE
45
300 -Pound
A. A. R. Brass Globe and Angle Valves
Outside Screw and Yoke
WORKING PRESSURE — 300 pounds steam TEST PRESSURE — 800 pounds hydrostatic
Both ends
are the same
pipe size.
Male end is
one pipe size
larger than
the female
union end.
Globe, Screwed Angle, Screwed
No. 1890 P, Plug Tvpe Disc No. 1891 P, Plug Type Disc
No. 1890 E, Ball Type Disc No. 1891 E, Ball Type Disc
Female Inlet, Female Union Outlet
Globe, Screwed Angle, Screwed
No, 1894 P, Plug Type Disc No. 1895 P, Plug Type Disc
No. 1894 E, Ball Type Disc No. 1895 E, Ball Type Disc
Male Inlet, Female Union Outlet
List Prices, Each
Size
Inches
V2
3/4
1
IV4
IV2
No. 1890 P or No. If. 91 P, Plug Type Disc n.40 20.40 23.50 t 33.90 42.60 83.50
No. 1890 E or No. 1891 E, Ball Type Disc 17.50 19.40 22.20 32.40 40.60 j 80.00
Size Inches 2/4x1/2 1x3^ IV4 x 1 V/ixiy^ , 2 x IV2 2V2 x 2
No. 1894 P or No. 1895 P, Plug Type Disc 19.90 22.70 27.60 33.50 48.10 96.80
No. 1894 E or No. 1895 E, Ball Type Disc 19.00 21.70 26.30 37.00 46.10 93.30
Association of American Railroads : These valves
conform to the recommended practice of the Associa-
tion of American Railroads (A.A.R.) for 300-Pound
Globe and Angle Valves for Steam Locomoti\-es,
adopted IQ32, effective August i, iq33, revised 1035,
IQ37-
Interchangeability: Except for the body, these
valves are the same as those shown
on the preceding page. Except for
the stem, bonnet, gland, and gland
nut, the valves use the same parts
as the A.A.R. 300-Pound Inside
Screw Type Valves show n on page 43 .
Body, union ring, and tailpiece :
The body, union ring, and tail-
piece are Crane Special Brass.
Universal Joint: When desired, valves can be
furnished with the stem end machined for a Uni-
versal Joint connection, following dimensions speci-
fied in the A.A.R. recommended practice; prices are
the same as for valves with wheel and wheel nut.
Universal Joints can be supplied when ordered;
prices will be furnished on application.
Dimensions, in Inches
Size
Female Inlet Valves
V2
3/4
1
1V4
1V2
21/2
Male Inlet Valves
V4 X Vz
1x34
IV4XI
1V2X1V4
2x11/2
2V2 X 2
Center to female end
1V16
1 25/32
2Vl6
23/8
2%
3Vl6
Center to male end
2yi6
3V32
3Vl6
3%
4y8
41V16
Center to union end
2V2
3V8
3Vl6
41/8
411/16
5Vl6
Center to top of wheel, open
5Vl6
5IV16
6V16
7V2
SVie
10
Diameter of wheel
3Vl6
3%
4VlG
43/4
5%
6
fi;
1
I
I I
The valves shown on this page are made to order only.
Wrenches for Body Seat Rings
For A.A-R. Brass Globe and Angle Valves
These are steel wrenches. A brass guide ring (included in the price
of each wrench) slips over the shank of the wrench and fits into the
top of the valve body, centering and guiding the wrench.
The No. 393 P Wrench can be used to hold the disc when removing
or inserting the disc stem ring. The square end fits the recess
in the disc.
List Prices, Each
^ No. 393 E, Wrench No. 393 P, Wrench
for for
Ball Type Disc Plug Type Disc
Valves Valves
Guide Ring
(Furnished
with each
wrench)
Size of Valve Inches
1/4 Vs 1 Vl ^4 1 11/4 11/2 2
% X V4 1/2 X % y4X 1/2 1 X 3/4 11/4 X 1 11/2x11/4 2 xlVz 21/2x2
No. 393 P Wrench 4.00 4.00 4.25 4.90 5.90 7.00 8.35 10.50
No. 393 E Wrench 2.90 2.90 3.10 3.50 4.25 4.90 6.00 7.25
1:
ir^--^*'-" "
' ' '^^^^^ ^^- - -
•'■^'^■' ■
■ I *< k If
t
46
CRANE
300 - Pound
Brass Globe and Angle Valves
Outside Screw and Yoke
tf
V
^\.
' f
! i
ii
y
Cross Section
No. 372 P, Globe
WORKING PRESSURES
300 pounds steam, 550° F.
Screwed valves — 600 pounds cold water, oil,
or gas, non-shock
Flanged valves — 500 pounds cold water, oil,
or gas, non-shock
TEST PRESSURE
800 pounds hydrostatic
FEATURES
Exelloy Renewable Seat
Nickel Alloy Plug Type Disc
Union Bonnet
SERVICE RECOMMENDATIONS
These \'ai\'es are recommended for
exceptionally se\-ere service, such as
for throttling, and for soot blower,
blow-off, boiler feed, drip, and drain
lines. They are especially suitable for
superheated steam or for service
where valves are operated frequently.
No. 372 P, Globe
Screwed
No. 374 P, Angle
Screwed
No. 373 P, Globe No. 375 P, Angle
Flanged Flanged
List Prices, Each
^ I
Sis(
Inches
Vz
V4
1
IV4
IV2
2
No.
372 P
or
No.
374 P,
Screwed
11.00
14.50
18
00
22.00
30.00
46.00
No.
373 P
or
No.
375 P,
Flanged.
F.
U.
&S.
b.
30.00
37
00
47.00
60.00
86.00
Body: The body is strong and rugged. It is made of
Crane Special Brass, a high grade steam composition.
Yoke-bonnet: The yoke is compact without sacri-
ficing accessibility for repacking. Full threads at the
yoke top for the packing nut prevent crossing or
stripping of threads. The ser\iceable and practical
union bonnet holds a tight joint and makes dis-
mantling for cleaning or repairing easy.
Plug type disc and seat: The plug type disc and
seat are unusually resistant to wiredrawing and
foreign matter. The tapered disc permits easy flow
regulation when throttling.
Seat metals: The seat ring is Exelloy; the disc,
Crane Nickel Alloy. These metals have excellent
resistance to vs'car, temperature, galling, and scoring.
Stem: The stem is made of Crane 18-8 Mo, as-
suring liberal strength and long life.
Stuffing box: The stuffing box is exceptionally
deep and is filled with high grade packing.
Repacking : These valves, when wide open, can be
repacked while under pressure.
Flanged valves: End flanges conform to the MSS
300-Pound SP Bronze Flange Standard (No. SP-2-
1937), They are plain faced, with two V-shaped
concentric grooves between the port and the bolt
holes. Prices include drilling to the MSS 300-Pound
Standard and spot facing; no deduction is made if
valves are ordered faced only.
Full face gaskets should be used; see page 567.
Dimensions, in Inches
yTg-yg^g-gy^
05 U
h-B-l
Size
Vz
Va
1
IV4
11/2
2
A
215/16
SVz
4V8
434
51/4
6%
B
IV2
13/4
2Vl6
2%
1 2%
33/16
C
43/4
5%
6V4
7V4
8
D
3
3V4
3V2
4
4^16
E — Open
53/4
61/8
75/8
8%
IQi/s
nVs
F — Open
BVs
sys
7%
83/8
93/4
117/8
G
2%
3VlG
3%
4Vl6
43/4
5%
H
4%
47/8
SV4
BVs
6V2
J
>y32
IV32
%
IV16
%
Templates for drtUir\g . . , page 550
CRANE
47
300-Pound
Brass Globe and Angle Valves
Outside Screw and Yoke — Bolted Bonnet
Screwed vahes
Flanged valves
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil, or gas, non-shock
500 pounds cold water, oil, or gas, non-shock
TEST PRESSURE
900 pounds hydrostatic
FEATURES
Exelloy Renewable Seat — Nickel Alloy Plug Type Disc
Cross Section
No. 85 P, Globe
No. 85 P
Globe, Screwed
No. 85 V2 P
Angle, Screwed
No. 87 P
Globe, ('langed
No. 871/2 P
Angle, Flanged
Size
List Prices, Each
Inches
No. 85 P or No. 851/2 P, Screwed
IV2
21/2
60.00
No. 87P or No. 8/1/2 P, Flanged, F.D. & S.F.
75.00
110.00
80.00
170.00
100.00
140.00
200.00
Service recommendations: These valves are
recommended for throttling, for soot blower lines,
and for other exceptionally severe services.
The valves have a plug type disc and seat, permitting
easy flow regulation when throttling and offering
excellent resistance to foreign matter and to wire-
drawing. The outside stem threads are particularly
well suited for services where the action of the fluid
might affect inside threads.
Construction ; The \'alves are unusually heavy and
rugged. The bolted bonnet provides liberal strength
at the bonnet joint.
Sizes 2}/^ and 3-inch have the disc guided through
a bridge cast integral with the body seat ring, as
shown in the cross section; smaller sizes do not have
the guide.
Materials: The valves have a body and bonnet
made of Crane Special Brass, a high grade steam
metal. The plug type disc is made of Crane Nickel
Alloy, and the renewable body seat ring is made of
Exelloy; these metals are an ideal combination, being
stronger, harder, and tougher than metals ordinarily
used in brass valves.
Stufifing box; repacking : The stuffing box is deep
and is filled with high grade packing. It is equipped
Templates for drilling . . . .page 550
with a bolted gland. The valves, when wide open,
can be repacked while under pressure.
Flanged valves: End flanges conform to the MSS
300-Pound SP Bronze Flange Standard (No.
SP-2-iq3 7). They are plain faced, with two V-
shaped concentric groo\-es between the port and the
bolt holes. Prices include drilling to the MSS
300-Pound Standard, and spot facing; no deduction
is made if val\-es are ordered faced only.
Full face gaskets should be used; see page 567.
Larger sizes: Sizes 3>2-inch and larger are made
to order; they have a 45° flat seat and are recom-
mended for general stop valve service. Prices will
be furnished on application.
Cross valves: Cross valves can be made to order.
Dimensions, in '
[nches
Size
W2
2
21/2
3
End to end. No. 85 P
51/2
6%
71/2
81/2
Center to end, No. 851/2 P
23/4
31/8
33/4
41/4
Face to face, No. 87 P
7
8
9
IOV16
Center to face. No. 87y2 P
378
41/4
43/4
5Vifi
Center to top of stem, open
Globe
91/8
IOV4
nvs
13
Angle
8%
91/2
10%
12
Diameter of wheel
6
7
8
9
Diameter of flanges
6V8
6V2
3/4
71/2
8 1/4
Thickness of flanges
"/16
"/32
Valves far Marine Service. . . page 463
u
(i'
I (
I
' f ' I
h
I
w
■^*^'"""'' ■
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48
CRANE
^
I
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ml
350-Pound Brass Globe Valves
Plug Type Disc
WORKING PRESSURES
350 pounds steam, 550'' F.
1000 pounds cold water, oil, or gas, non-shock
TEST PRESSURE
1200 pounds h>'drostatic
SERVICE RECOMMENDATIONS
The No. bz P Brass Globe X'alves are recommended
for high-pressure steam lines such as are used on
oil or gas field boilers for deep well drilling, for high-
pressure water or oil ser\ice on lines not subject to
shock, and for high-pressure gas Hnes.
List Prices and Dimensions
*No. 62 P, Globe
Screwed
*Cross Section, No. 62 P
Body: The body is made of Crane Hard Metal, a
strong, hard, copper-tin bronze.
Plug type disc and seat : The plug type disc and
seat are ideal for se\-ere service, as on soot blower,
blo^\"-off, boiler feed, drip, drain lines, etc. The
wide seating surface is unusualh- resistant to foreign
matter and to \s-iredra\\ing. The tapered disc per-
mits easy regulation of flow when throttling.
The disc is Crane Nickel Alloy; the body seat ring.
Exelloy. These metals are harder, stronger, and
tougher than metals ordinarily used in brass \-al\-es.
Size
Inches 1/2 34 1 iv^ IV, 2
No. 62 P, Globe, Screwed Jbach 8.30 10.70 13.30 17.50 24.00 40.00
Dimensions,
in Inches
End to end . 3Vs 3% 41/4 5 5% 63^
Center to top of lever, open bi/g 7 7^/^ 8^4 9% liy2
Center to end of lever handle 31/2 Syg 4^4 4% 5 53/^
Stem threads: Stem threads are long and accurately
machined, assuring long life. They have liberal en-
gagement with the bonnet threads at ail times.
^Bonnet construction: Sizes i J/^-inch and smaller
have a union bonnet as illustrated. The 2-inch size
has a bolted bonnet, inside screw (not illustrated).
Both types pro\ide a strong, tight joint.
Stuffing box : The stuffing box is deep, is filled with
high grade packing, and is equipped with a gland.
Repacking: The \-al\-es, when wide open, can be
repacked while under pressure.
1000-Pound Hydraulic
Brass Globe and Angle Valves
WORKING PRESSURE
\'' r
1000 pounds cold water, oil, or gas, non-shock
TEST PRESSURE — 1200 pounds hydrostatic
These valves are recom-
mended for general stop
vahe service on non-shock water
and oil lines and on high-pressure
gas lines. Angular shaped seating
surfaces provide a wide seat bear-
ing; the seats and body are integral.
The body and disc are Crane Hard
Metal; the stem is Exelloy. The
valves, when wide open, can be
repacked while under pressure.
No. 257 H, Globs
Screwed
List Prices and Dimensions
No. 258 H, Angle
Screwed
Inches
V2
No. 257 H, Globe, or No. 258 H, Angle
3/4
1 I IV4 IV2
Dimensions,
in
Inches
End to end, Globe
EachI 9.00 |12. 00118.00 25.00133.00 45.00
Center to end, Angle
Center to top
of lever, open
3 I 3Vie [3^5/^^! 47/^^ I 55/ifiT65;^
Globe
1% I 1% U'Vlfll 23/16 I 29/i6 I 3I/16
Angle
5% ! 6% I 71/4 I 83/8 I 91/8 I lOVs
Cross Section, No. 257 H
Center to end of lever handle
SVa I 6V4 I 6% I 71/2 I SVa [ gV,
31/2 I 3V8 I 41/4 I 454 I 5 I 53/4
The diameter of the seat opening in the valves is the same as the nominal size of the valve.
CRANE
49
2000-Pound Hydraulic
Brass Globe and Angle Valves
Union Bonnet
I
WORKING PRESSURE
2000 pounds cold water, oil, or gas. non-shock
TEST PRESSURE
2200 pounds hydrostatic
FEATURES
Union Bonnet
Hard Metal Body and Disc
No. 232 H or
No. 233 H
Globe, Screwed
No. 232 H or
No. 233 H
Angle, Screwed
Cross Section
No. 232 H, Globe
45° Seat
When ordering, specify whether globe
or angle valves are wanted.
List Prices and Dimensions
Cross Section
No. 233 H, Globe
Plug Type Disc
Size Inches % Vz | ^4 1 1 1 IV4
No. 232 H or No. 233 H, Globe or Angle Each 13.00 14.00 17.00 25.00 36.00
End to end, Globe Inches 2lVi6 2i3/jg 37/jg 4 411/^^
Center to end, Angle Inches 1% 1% \ 1% 2Vi6 2%
No. 232 H, Globe Inches GVa Wh 6V4 Ws ^Vs
Center to top of
No. 232 H, Angle Inches 53/4 53/4 b% 71/2 ^Vs
lever handle, open
No. 233 H, Globe Inches b^/s 6% 7 ga/g 91/2
No- 233 H, Angle Inches 6% dVs 6V2 734 8^/4
Center to end of levt
>.r handle Inches 3Vs ' 3% ' 4V4 4% 5
No. 232 H Valves; 45° seat: The i\fo. 232 H Globe
and Angle Valves are made with a 45° sect. They
are suitable for general stop valve service on high-
pressure hydraulic lines that are not subject to
shock and on high-pressure gas lines.
All sizes of the No. 232 H Globe and Angle Valves
have the disc stem ring construction illustrated in
the cross section at the left.
No. 233 H Valves ; plug type disc : The No. 23 3 H
Globe and Angle Valves have a plug type disc and
seat. They are especially recommended for severe
service, such as throttling. The wide seating sur-
faces have excellent resistance to wiredrawing and
to foreign matter, and the tapered disc permits easy
regulation of flow.
The 1 34-inch size valves have the disc stem ring con-
struction shown in the cross section at the right;
smaller sizes have the disc cast integral with the stem.
Rugged construction; Both types of valves are
well proportioned throughout and are unusually
heavy. Bodies and discs are cast of Crane Hard
Metal, a copper-tin bronze of high strength and
hardness. The union bonnet joint is strong and
serviceable; it holds a tight joint readily, and it
facilitates regrinding.
Seat opening: The diameter of the seat opening in
the valves is slightly larger than the inside diameter
of Double Extra Strong Pipe.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Renewable seat valves made to order: Renew-
able seat valves with either 45° seat or plug type disc
can be made on special order; prices on application.
^lil
I :
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K
i
I
^
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; i
50
Cross Section
CRANE
2500 -Pound Hydraulic
Brass Globe Valves
Bolted Bonnet
WORKING PRESSURE
2500 pounds cold water,
oil, or gas, non-shock
TEST PRESSURE
3000 pounds
hydrostatic
FEATURES
Bolted Bonnet
Hard Metal Body
Hard Metal Plug Type Disc
SERVICE RECOMMENDATIONS
Recommended for se\'ere and extremely high
pressure hN'draulic service on lines not sub-
ject to shock, and on high-pressure gas lines.
List Prices and Dimensions
No. 236 H
Globe, Screwed
Plug Type Disc
No. 236 H
End to end
Inches I 1 ( U/^ \\/
2^2
Center to top, open
Each 145.00 155. 00 170. 00 i95. 00 [180.00
]riches\ 41/2 415/)6| 51/2 1 6% I 77/.
Inches I SVs
'8
Center to end of handle, or wheel diameter Inches 1 5 j 53^ j — g
9 I JOVa I 111/2 I 125/8
10
Exceptionally rugged construction: No. 236 H
Valves ha\-e \'ery heavy metal sections; their bolted
bonnet provides a sturdy-, rugged construction.
Crane Hard Metal, used for the bodies and discs, has
great strength and hardness, and offers excellent
resistance to wear.
Plug type disc and seat: The plug type disc and
seat are unusually resistant to wiredrawing and
foreign matter. The wide tapered seating surface
permits easy flow regulation when throttling.
Disc-stem connection: The i-inch No. 236 H
Vahes have the disc and stem cast integral (not
illustrated) ; 1 34 and ij^-inch sizes ha\-e the disc and
stem cast separately and fastened together with two
disc pins as shown in the cross section; 2 and z^-inch
sizes have the two parts cast separately and fastened
together with a disc stem ring (not illustrated).
Handle or wheel : i and 1 ^^^-mch valves have lever
handles as illustrated; larger sizes have wheels.
Seat opening : The diameter of the seat opening in
these valves IS slightly larger than the inside diameter
ot Double Extra Strong Pipe.
Repacking: These valves, when wide open can be
repacked while under pressure.
Renewable seat valves : Renewable Seat No 236 H
Valves are made on special order; prices are furnished
on application.
For Higher Pressures Use Crane Steel Valve
I
'i
3000-Pound W.O.G
No. 222 X, Globe
Exelloy
See page 310
600-Pound
No. 216 XR, Globe
Forged Steel
See page 312
When globe and angle
valves are required
for hydraulic pres-
sures higher than 2500
pounds or for high
pressure- temperature
ines, use Crane Steel
Valves. They are
made in an unusually
wide range of sizes
and types and for all
service conditions; see
pages 3og to 326.
600-Pound
No. 3644 XR, Globe
Forged Steel
See page 31 S
6000-Pound Hyd.
No. 225 H, Globe
Forged Steel
See page 319
mQi}\
i---
CRANE
51
I'
Brass Check and Foot Valves
Names of parts page 52
Low Pressure Horizontal Check page 53
Standard Horizontal and Angle Check page 54
Standard Swing Check. page ^^
Standard Vertical Check page $4
150-Pound Horizontal and Angle Check. page 56
200-Pound Horizontal and Angle Check pages S7 and 58
200-Pound Swing Check pages ^y and 58
250-Pound Horizontal and Angle Check page ^q
300-Pound Horizontal Check pages 60 and 61
300-Pound Swing Check ' pages 60 and 61
3 50-Pound Horizontal Check page 6^
3 50-Pound Swing Check ■. page b^
1000-Pound Hydraulic Horizontal Check page 63
2000-Pound Hydraulic Horizontal Check page 63
2500-Pound Hydraulic Horizontal Check page 63
Standard Foot Valves page 54
Foot Valves for Gasoline Service page 53
Vertical Check Valves for Gasoline Service page 53
Crane Brass Check and Foot Valves, like other Crane
products, are characterized by quality. The line is
complete and includes a valve for every commercial re-
quirement. Designs are carefully developed based on
an accurate knowledge of valve use, and are practical
and serviceable.
Other types of brass valves, supplementing the check
and foot valves indexed above, are shown on the follow-
ing pages :
Brass Gate Valves pages 13 to 24
Brass Globe and Angle Valves pages 25 to 50
Brass Hose Valves pages 70 and 7 1
Brass Lever-Operated Quick-Opening Vahes. . pages 66 to 6c)
Brass Radiator Valves pages 78 to 81
k
I ?
'I*'P't^'r'T^-T^'t*'t^'l>
The lists shown above do not include all Crane Brass Valves.
Brass Valves that perform a special duty or those made for
special services such as Float Valves, Pop Safety Valves, Relief
Valves, Pressure Regulators, and Reducing Valves, Solder-
Joint Valves, Crane-Seal Valves, and Valves for Marine Service
are described in other sections of this catalog. Refer to the index.
<^
^^^^^^W^^^^^^^^^^^^^^^^^^^^^^^^^l^^J
I
52
CRANE
Names of Parts
Brass Check and Foot Valves
Cap
Disc
Body
Cap
Hinge Pin
Disc
Body
Horizontal Check Valve
With Brass Disc
(No. 20, p. 54)
Swing Check Valve
With Brass Disc
(No. 34, p. 55)
l'»
m
III
Itt
I
Identification Plate
Identification Plate
% .
Cap
Union Cap Ring
Disc Holder
Disc
Disc Retaining Nut
Body
Cap
Stop Plug
Hinge Pin
Hinge
Disc Hinge Nut
Disc
Body
Horizontal Check Valve
With Composition Disc
(No. 27, p, 56)
Swing Check Valve
Regrinding Type
(No. 35, p. 57)
I
i
Identification Plate
Cap
Union Cap Ring
Disc
Body Seat Ring
Body
Horizontal Check Valve
With Metal Disc and Renewable Seat
(No- 218, p, 59)
Body
Disc
Strainer with Wire Screen
f}
.>'■■*■
■mar
maw
■ ■•■■■I
'Oliai
tiaiiBi
Foot Valve
With Strainer
(No. 331/2, p. 54)
1^
i
CRANE
53
Cross Section
No. 1212, Horizontal
Low Pressure Brass Check Valves
Composition Disc Valves
WORKING PRESSURES
100 pounds steam — 125 pounds water, 200** F.
Especially recommended for domestic hot or cold water
lines, domestic gas lines, and similar low pressure service.
List Prices and Dimensions
No. 1212, Horizontal
Screwed
Si=e Inches '/g V^ % Vz % 1 1^4 IV2 2
No. 1212, Horizontal Each 1.10 1.10 | 1.20 1.30 1.90 2.60 3.60 5.00 7.50
Extra disc holder, disc, and nut. complete Each .40 .40 .55 .80 1.10 | 1.40 1-75 2.25 3.00
End to end Inches US/^g il3/,J 2 23/„ ly^ 35/i6 33/4 41/4 i ^Vi
Center to top Inches 1 Vr 1 Vr 1 V4 1 Vs 1% 1 ^4 ^ 21/4 IVi
These \alve$ combine a wide range of utility with furnished with a No. 8 Disc, suitable for hot or cold
moderate cost. Their composition disc makes chem water, or domestic gas service. W hen ordered for
suitable for almost any low pressure installation, steam, they will be furnished with a No. 7 Disc.
Discs: Unless otherwise ordered, the valves are For description and dimensions of discs, see page 1 78.
Brass Disc Valves
Cross Section
No. 20 B, Horizontal
WORKING PRESSURES
100 pounds steam
125 pounds water. 200° F. — 125 pounds cold oil or gas
The ^/^-inch size is made with a ball disc.
List Prices and Dimensions
No. 20 B, Hori-ontal
Scre\'.'ed
Size
Inches
Vf
8
3/4
1
IV4
IV2
No. 20 B. Horizontal
Each
.80
1.00
1.25
1.50
1.90
2 70
4.00
End to end
Inches UVie
2V2
2Vi
8
3Vi
37/,
8
43/4
Center to top
Inches! IVg
IV4
IV2
I'Vi
2V4
2Vi
8
Brass Check and Foot Valves for Gasoline
WORKING PRESSURE — 15 pounds gasoline
Air Tested — Patented
List Prices, Each, and Dimensions, in Inches
Cross Section
No. 43
No. 43
Vertical
Check
Screwed
Size
IV4
IV2
2
No. 43, Vertical Check Valves
7.50
9.75
14.00
No. 47, Foot Valve with Strainer
7.75
10.25
15.00
w^ 1 _f
No. 43
43/4
51/4
6
End to end
No. 47
5Vl6
SIV16
by*
Size that valves
Pipe tap opening
2V2
3
4
will pass th
rough
Standard pipe
3
3V2
4
No. 47
Foot Valve
With Strainer
Screwed
Cross Section
No. 47
Service recommendations: These are rugged,
superior quality valves, ideal for gasoline service.
They are recommended for 15 pounds pressure, for
use in accessible locations only, as on overhead tanks;
they should not be used where inaccessible, as where
buried underground.
Construction and materials: The body, the disc
holder and the wire screen on the Foot Valves are
made of brass. The disc holder is top and bottom
Brass Solder-Joint Valves page 503
guided, assuring square seating. The renewable
body seat ring is made of a special alloy metal,
especially suitable for gasoline.
Disc: The valves have a Crane No. 6 Composition
Disc. Completely resistant to gasoline, this disc,
combined with the special alloy seat, makes an ideal
seating surface; see page 17S for description.
Test: Each valve body is tested on 80 pounds air;
the seat is tested under one foot head of kerosene.
Iron Body Gasoline Check Valves. . . .page 157
I
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54
CRANE
Standard
Brass Check Valves
Brass Disc
No. 20, Horizontal
Screwed
No. 26, .Angle
Screwed
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil,
or gas, non-shock
Sizes ^/g-inch and smaller
have a ball disc. ^
List Prices
No. 24, Vertical No. 28, Horizontal
Screwed Screwed
with Drip Cock
Size
Inches
Vs
'A
%
y2
^4
1 11/4 IV2
2y2
No. 20, Horizontal
Each 1.60 1.60
1.75
2.16
2.75 3.20
4.50
6.30 9.50 18.00 25.00
No. 24, Vertical
Each 1.80 1.80
1.90
2.40
3.00 1 3.60
5.00
7.00 10.60 20.00 27.50
No. 26, Angle
Each 1.80 1.80
1.90
2.40
3.00 ! 3.60
5.00
7.00 10.60 20.00 27.50
No. 28, Horizontal, with Drip Cock
Each
3.60
4.40 5.30
6.60
Service recommendations: These \'ahes are rec-
ommended for general service on steam, water, oil,
or gas lines.
Construction: The valves are heavier and more
rugged than is usual with "Standard" \'alves. All
parts are liberally proportioned, to withstand oper-
Dimensions, in Inches
ating strains and expansion and contraction of the
pipe.
Installation: The No. 26 Angle Check Valves and
the No. 24 Vertical Check Valves are designed to
operate on upward flow only and should always be
installed with the inlet end down.
»i^e Vg i/4 J/s 1/2 34 1 1 Va IV, 2 21A 3
No. 20
bndtoend \'A^ \% 17/, ly^ z^Vifi 33/ir 311/16 41/4 51/3 6V16 7Vi6
v^cnter to top 'Vie IV16 IV16 1^8 ^% 1% 2Vi6 23/8 2l3/,« 35/ifi 33/d
No. 26
Center to end 3^ .y,g| , y^^ ^y^ ^^/^ 154 iis/^^ 2Vifi 2V, 3Vifi 3V«
Center to top i5/i6 1 , IVig IVie iVie l^Vie 2Vi6 2Vig IVa 31/4 l^^
No. 24
End to end 113/,^ iTy^^.i^y^ 2^Aq 2% 3Vifi ^^y^a 4V« 4«Vi« SV. 65/^^
Largest diameter U/g li/g 1% II/2 134 2% 29/ifi 1 27/« ; 5/« 47/,^ ^i/.
No. 28
End to end 25/8 314 3Vifi 3% 1
Center to top lii/,^ 2 2Vifi 2Vi
Ul
1 ;
) >
Size
111
<*■■■«■ . ■tA*a1l
LftP4«» ^ 'taavaij
ifll^VHI'
III
>' ■■iHlil
rftlPBB ■■■■fji
[itvABj tiimrj
rin*«i ■iifeiLh
LttkBvi «BaB>iP
tpVllVf
Cross Section
No. 33V2
Standard
Brass Foot Valves
with Strainer
WORKING PRESSURE
200 pounds cold water, non-shock
List Prices and Dimensions
Inches
H
It
W
1
No. 331/2
Screwed
No. 33^2, Screwed
l\
End to end
Inches
I''
EachI 1.40 I 1.55 1.90 2.50 3.50 5.00 10.00 15 00
/la
Size of pipe that valve will pass through Inches 1 1
1%
6^
7)U
m
2t
21
3K
10' H
ft
Service recommendations: These valves are rec- through standard wrought pipe, two pipe sizes
ommended for use on water suction lines. larger than the nominal valve size.
Construction: The valves are designed to slip The strainer is made of brass wire screen.
' 1 — 1 -^ . _ _
tOur /" size is regularly made to pass through 2" pipe. If required to pass through l}^" pipe, 1" size can be supplied
at special prices. End to end dimension of this pattern is 3'^s"-
i
i
CRANE
55
Standard
Brass Swing Check Valves
Cross Section
No. 34, Brass Disc
Brass Disc Valves
WORKING PRESSURES
125 pounds steam
200 pounds cold water, non-shock
These va Ives may be used either
in a horizontal position, or in a
vertical position for upward flow.
List Prices and Dimensions
No. 34, Screwed
With Brass Disc
Size
Inches
V4
%
V2
Va
1
1V4
IV2
2
21/2
3
No. 34, Brass Disc
Each
Use No. 35
Valves-
See p, 57,
4.50
4.80
5.40
5.60
7.30
9.50
13.50
30.00
45.50
End to end
Inches
m
2V4
1 211/16
3Vl6
311/16
41/4
51/8
6I/16
7%
Center to top
Inches
1%
lVl6
! l^Vl6
2Vl6
2Vl6
2IV16
31/4
3%
4V8
Service recommendations: These vahes are
recommended for service on steam and water lines.
Construction: The valves are heavier and more
rugged than is usual with "Standard" valves. All
parts are liberally proportioned to withstand normal
operating strains. The disc in sizes % to 2-inch is
integral with the hinge as shown in the cross section
In the larger sizes, the disc swivels on the hinge.
All sizes ha\'e a disc stop, pre\-enting the disc from
sticking in the open position.
Leather Disc Valves
WORKING PRESSURE
200 pounds cold water, non-shock
These valves may be used either
in a horizontal position, or in a
vertical position for upward flow.
Cross Section
No. 34V2, Leacher Disc
No. 341/^, Screwed
With Leather Disc
List Prices and Dimensions
Size
Inches
%
V2
^4
ly^
iVj
No. 341/2, Leather Disc
End to end
Center to top
Each
5.75
6.30
6.90
7.20
9.30
12.00
16.50
Inches
VA
8
21/.
211/
16
3Vi
311/16
41/4
SM
8
Inches
Wi
8
1^/
16
113/
le
2Vi
2Vi
21 Vi
31/^
Service recommendations : The No. 343^2 Leather Construction: Except for the leather disc con-
Disc Valves are especially recommended for service struction. the valves are identical with the No. 34
on cold water lines. Brass Disc Valves shown above.
Brass Solder-Joint Swing Check Valves
iii'
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H
m\\\
.1
I., 1
[■I
I !
I I
No. 1303 Brass Solder-Joint Swing Check Valves have solder-joint
end connections for use with copper tubing.
The complete Crane Solder-Joint line includes valves, fittings, bends,
and accessories for domestic and industrial installations; see the
Solder-Joint Valve and Fitting section, pages 4gQ to 512.
^ti
No. 1303, Swins Check
mm.m*.j*i..t>win..>.tij Ji^v.nn.inxi.i>i,ij
^■■„„*^^,^^.. X^^>.. ,fL.,l^^,^^l,.,.,W,.l..ll, .L. 1^. ,. .r.il,...!
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I
56
CRANE
150-Pound
Brass Check Valves
\.h
Cross Section
No. 27
Horizontal
Composition Disc Valves
WORKING PRESSURES
150 pounds steam
300 pounds cold water, oil, or gas, non-shock
FEATURES
Union Cap. 2-inch and smaller
Bolted Cap, 23-9 and 3-inch
Composition Disc
List Prices and Dimensions
Size
Inches
Va
yi
8
y^
Va
No. 27 No. 27
Horizontal Angle
Screwed Screwed
When ordering, specify
whether horizontal or
angle valves are wanted.
No. 27. Horizontal or Angle
Extra disc holder, disc, and nut, complete
1 i W4 I IVz I 2 I 21/s
Dimensions,
in Inches
End to end, Horizontal
EachI 2. 60 j 2,90 | 3-20 i 4.20 i 5,80 | 8,00 1 11 -001 16.00130.00(46,00
Each! ,50 I .65 [ ,95 | K20 | 1.45 [ 1.75 ; 2.401 3,50 6.8Q 10,75
Center to end. Angle
^Vi
2 2Vis l2^Vi6l 33/ie I 33/4 I 41/4 ! 43/4 i 53/4 I 634 I 8
Center to top
Horizontal
lyi
16 IV16 ! IV4 I IV16 tl^Viel 2 [ 2Vi6 I2n/^e| 31/4 |3i3/j^
8
Angle
Wi
1V2 I 1V4
2V4 i 2%
3y2 I 31/2 I 3%
For list prices of Composition Discs, see page 178.
1% 1% j 17/g i 21/8 I 21/2 I 23/4 I VA I 31/4 I 33/4
Service recommendations: These \al\es are
recommended tor a wide range of ser\ice, such as
for steam, hot water, cold water, oil, air, or gas. They
are especially suited for use where discs must be
renewed easily and quickly.
Rugged construction: All parts are strong and
rugged, assuring a high factor of safety.
Cap joint: Sizes z-inch and smaller ha\e a union
cap as shown on the illustra- ^
tions at the top of the page; fT i
23-2 and 3-inch a ah es ha\e a l_l #-\
compact bolted cap as illus-
trated at the riiiht.
n
*
Both t>'pes provide a strong, tight joint, and can be
easily dismantled for cleaning or for replacement
of disc.
Discs: Unless otherwise ordered, these \'alves are
furnished with a No. i Steam Disc, suitable for steam.
When ordered for hot water, oil, or gas, they are
furnished with a No. 2 Hot Water Disc.
When ordered for cold water or air, they are fur-
nished with a No. 3 Cold Water disc.
For description and dimensions of discs, see page 178.
A metal plate, secured to the cap. identifies the type
of disc.
Cross Section
No. 31
Horirontal
Metal Ball Dise Valves
WORKING PRESSURES
150 pounds steam
300 pounds cold water, oil, or gas, non-shock
List Prices and Dimensions
Size
Inches
V2
V4
1
IVj
No. 31. Horizontal EachI 3.30 | 4.50 ' 6.00 9.00
End to end
Inches I 2»V]6 I 33/i
Center to top Inches 1 HVie I H 5/
33/4
AVa
16
2Vi
2Vi
Service recommendations: These calves are
recommended for steam, water, oil. or gas lines.
Smaller sizes: When sizes smaller than 3 2-inch are
required, the No. 20 Horizontal Check \'alves sho\s n
No. 31
Horizontal
Screwed
on page 54 are recommended; they have a ball disc.
Valves with drip cock: These valves can be fur-
nished with a drip cock, similar to that on the No. 28
Check Valve shown on page 54, at an extra price.
i
CRANE
57
200-Pound
Brass Check Valves
Regrinding
Cross Section
No. 35, Swing
WORKING PRESSURES
Screwed valves —200 pounds steam, 500° F.
400 pounds cold water, oil, or gas, non-shock
Flanged valves — 150 pounds steam, 500^* F.
225 pounds cold water, oil, or gas, non-shock
TEST PRESSURES
Screwed valves — 600 pounds hydrostatic
Flanged valves ^450 pounds hydrostatic
Cross Section
No. 72, Horizontal
No. 35, Swing
Screwed
No. 37, Swing
Angle, Screwed
No. 351/2, Swing
Flanged
No. 72, Horizontal
Screwed
No. 72, Angle
Screwed
Horizontal Swing Check Valves may also be used
in a vertical position for upward How.
When ordering, specify whether horizontal
or angle valves are wanted.
List Prices, Each
Size
Inches
Va
%
V2
V4
1
IV4 i IM
21/2
No. 35, Swing, Screwed
No. 351/2, Swing, Flanged, F. P. & S. F.
No. 37, Swing, Angle, Screwed
6.25 I 6.25 I 6.60 7.50 1 8.00 | 11.00 | 14:00| 20.00 | 38.00| 51.00
24.00 25.00 34.00 42.00 70.00 100.00] 123.00
6.60 1 7.50 8.00 U.OO 14.00 | 20.00
I
No. 72, Horizontal or Angle. Screwed
2:00 OO 2.80 I 4.00 I 5.50 j 7.20 | 10-00 | 16.00 | 29.00| 41.00
Service recommendations: These valves are
recommended for severe service on steam, water, oil.
or gas lines. The No. 72 VaKes were formerly
known as "Navy" Pattern.
Materials: The bodies are made of Crane Special
Brass, a high grade steam metal. The hinge pin in
Swing Check Valves is made of Exelloy.
Regrinding: All check valves shown on this page
may be reground without removing the bodies from
the line. By removing the stop plug on the swing
check valves, a screw driver can be engaged with the
slot in the disc spud, making it easy to rotate the
disc when regrinding.
Flanged valves: End flanges conform to the
MSS 150-Pound SP Bronze Flange Standard
(No. SP-2-1Q37). They are plain faced, with two
V-shaped concentric grooves between the port and
the bolt holes.
Prices include drilling to the MSS 150-Pound
Standard, and spot facing; no deduction is m.ade if
valves are ordered faced only.
Full face gaskets should be used; see page 567.
Dimensions, in Inches
Size
V4
M
'8
Vz
V4
1 IV4 I IV2
2V2
No. 35, Swing
End to end
I 1 I 23/,. I 2V-, I 23A I 3V4 I31V16I 41/4 |5Vi6| 6
Center to top
IV16 IV16 I IVifi I i^Vie [ 2
23/8 21 Vis I 33/16 I 33/4 I45/16
No. 351/2. Swing
Face to face
43/f
'8
SVf
8
eVs I 73/8 8V2 I 9V8
Center to top
nVi
16
23/8 I 2IV16 I 33/16 I 33/4 I 45/16
Center to end
No. 37, Angle, Swing jcenter to top
ivs I lys I 1% I ivs I 21/8 I 2%
IV16 I I'Vie I 23/16 i 2V2 I 27/8 I 3Vi6
No. 72, Horizontal
or Angle
End to end. Horizontal | l^Vie I '^^Vis I 2V4 | 23/4 j 35/
'16
3% 41/2 I 51/4 I 6V16 I 7^/4
Center to end. Angle
V16
I 13/fi I 13/s I IIV16 I 115/16 I 21/4 I 2% I 33/,e \3}M
'16
Center to top. Horizontal | ^Vie I IVs I iVie I IV16 I ^V*
2V4 3Vi6 33/4 I 45/16
Center to top, Angle
iVi^ I iy« I IV16 I I7i6 I 2V« I 2Vi6 I 23/4 |3S/i6 I 33/4 I 43/8
Flange dimensions
Diameter of flanges
3% I 41/4 I 4y8
7V2
Thickness of flanges
^V;
'32
^
'8
13/
'32
V16 V:
Vi
16
%
Templates for drilling page 550
Valves for Marine Service. page 464
m
I;
1
. LI
rl
Irf'
*
:-:^.:^^^^
,y^ww»,^r.i.,^i,.i.i^ :»,^.
f ^ A 1 k
mi
*^*V*ftf'^""*"-***'^r'AT
I
i
!
i U
58
CRANE
200-Pound
Brass Check Valves
Bolted Cap
WORKING PRESSURES
Screwed Valves
200 pounds sceam, 500° F.
400 pounds cold water, oil, or gas, non-shock
Flanged Val\ es
150 pounds steam, 500° F.
225 pounds co d water, oil, or gas, non-shock
TEST PRESSURES
Scre^-ed Vahes — 600 pounds hydrostatic
Cross Section, No. 4032, Swing
Flanged VaU-es
500 pounds hydrostatic
JyfJ
The No, 4032 and No, 4033
Swing Check Valves may
also be used in a vertical
position for upward flow.
No, 4032, Screwed
Swins
No. 4033, Flanged
Swins
Cross Section
No. 4062^ Screwed
Horizontal or Angle
(Horizontal illustrated)
No- 4063, Flanged
Horizontal or Angle
(Mot illustrated)
When ordering, specify
whether horizontal or
angle valves are wanted.
List Prices, Each
Size
Inches I U^
2V2
3V2
No. 4032, Swing, Screwed 54.00 68.00 . 84.00
No. 4033, Swing, Flanged. F.D. & S.F. ' 76.00 94.00 ' 124.00 ' 194.00 ' 234.00 i 290.00 '400.00
No. 4062, Horizontal or Angle, Screwed Prices on app ication
No. 4063, Horizontal or Angle, Flanged, F.D. & S.F. Prices on app ication
Service recommendations: The \'al\'es shown on
this page are high qualit\' bolted cap check val\-es.
They are recommended for use on large pipe lines
where brass \"alves are wanted.
Strong and rugged, the \'alves are liberally propor-
tioned to withstand severe operating strains; their
bolted cap construction makes an exceptionally tight,
strong, and serviceable joint.
No. 4032 and No. 4033: The No. 4032 and No. 4033
Swing Check Vah'es have a body, cap, and disc
made of Crane Special Brass, a high grade steam
metal. Sizes 4-inch and smaller ha\'e a separate disc
and hinge, as illustrated ; larger sizes have a one-piece
disc and hinge (not illustrated).
Sizes 4-inch and smaller can be reground without
removing the body from the line. By removing the
stop plug, a "^crew dri\-er can be engaged with the
slot in the disc spud, making it easy to rotate the disc
when regrinding.
No. 4062 and No. 4063 : The No. 4062 and No. 4063
Horizontal and Angle Check VaKes ha\e a Crane
Special Brass body, cap. and disc. The body seat
ring is Crane H^rd Metal, a strong, hard, copper-tin
alloy ha\"ing excellent resistance to wear.
Flanged valves: End flanges conform to the MSS
1 50-Lb. SP Bronze Flange Standard (No. SP-2-iq37).
They are plain faced, with two V-shaped concentric
grooves between the port and bolt holes. Prices
include drilling to the MSS i 50-Pound Standard, and
spot facing; no deduction is made if val\-es are
ordered faced only.
Full face gaskets should be used; see page ^bj.
Dimensions, in Inches
Size
W2
21/2
31/2
No. 4032, Screwed
or
No. 4033, Flanged
End to end, No. 4032
I
S% ' 6% I 71/4
Face to face. No. 4033
Center to top
7% I 8V2 91/8 IOV4 ' 111/2 I 127/8 I 14^^
8
33/4 I 43/8
No. 4062, Screwed
or
No. 4063, Flanged
End to end, No. 4062, Horizontal
6V2 71/4 8V4
5V,
16
Center to end. No. 4062, Angle
71/4 I 8V4
211/
16
3% 41/8
Face to face, No. 4063, Horizontal | SVg | b% ■ 8 ; gVg 10% | 11 12*4
Center to face. No. 4063, Angle
14
31/8 i 334 ( 41/4 4% 51/4 1 SV2 I 6I/4
Center to top
Horizontal
33/8 3% 45/s
8
51/8 , 53/4 I 63/4 , 73/4
Angle
2% i 27/8 , 35/8
Flange
dimensions
Diameter of flanges
4V8 I 4% ; 51/4 53/4
Thickness of flanges
7V2 8V2 i 9
10
11
Vis
Vz
*/l6
%
Vifi i 1V16
¥4
Vi
16
Templates for drilling , page 550
Valves for Marine Service. . . page 464
"TT"
CRANE
250 -Pound
Brass Check Valves
59
Crane Nickel Alloy Disc Valves
WORKING PRESSURES
250 pounds steam, 500° F.
500 pounds cold water, oil, or gas, non-shock
;V
Cross Section
No- 218, Hori::ontaI
Size
TEST PRESSURE — 750 pounds hydrostatic
FEATURES
Crane Nickel Alloy Disc and Seat
Union Cap
List Prices and Dimensions
No. 218
Horizontal
Screwed
No. 219
Angle
Screwed
Inches •
V.
No. 218, Horisontal, or No. 219, Angle
End to end, Horizontal
Center to end. Angle
'8
Vi
3/4
1
1V4
1V2
Each! 3.80 I 4.20
4.80
6.50 I 7.30 11.00 I 14.00 23.00
Inches
25/l6 I 2IV16 W.
'16
33/4
41/4
43/4
Inches I iVi6 I IV16
53/4
Inches I IVi
Center to top. Horizontal or Ang le
Service recommendations: No. 218 and No. 21Q
Brass Check Valves are recommended where operat-
ing conditions require a high quality metal disc and
seat. They are suitable for severe service on steam,
water, oil. or gas lines.
Rugged construction: Ail parts are unusually
strong and rugged. The \-al\-es are liberally propor-
IV4
IV16 nVlG
23/16 211/
'16
iy2
1%
21/4
2%
3V2
tioned and will withstand seN-ere operating strains.
Material : The body is made of Crane Special Brass,
a high grade steam composition. The disc and seat
are Crane Nickel Alloy, a seating material that resists
wear exceptionally well.
Union cap: The val\'es ha\"e a union cap and can
be easily dismantled for cleaning and repairing.
Granite Composition Disc Valves
WORKING PRESSURES
250 pounds steam. 500° F.
500 pounds cold water, non-shock
400 pounds cold oil or gas, non-shock
TEST PRESSURE — 650 pounds hydrostatic
Cross Section
No. 218 C, Horizontal
Cranite Disc
FEATURES
- Crane Nickel Alloy Seat
Union Cap
List Prices
No. 218 C
No. 219 C
Horizontal
An^le
Screwed
Screwed
Size
Inches 1/4 3/8 1/2
3/4
1
iV4
IV2
2
No. 218 C, Horizontal, or No. 219 C,
Angle Each 3.80 4.20 4.80
6.50
7.50
'11.00
14.00
23.00
Extra disc holder, disc.
With No.
4 Cranite Disc Each .65 .70 1.00
1.30
1.60
2.00
2.70
4.00
and nut, complete
With No.
2 or No. 3 Disc Each .50 .65 ! .95
1.20
1.45
1.75
2.40
3.50
For list prices of Composition Discs, see page 178.
Service recommendations: The No. 218 C and
No. 2iqC Valves are recommended for services
where discs must be frequently renewed.
Construction and dimensions: Except for the
disc and seat, the \'alves are the same as the Nos. 218
and 2iq shown abo\e. End to end, center to end,
and center to top dimensions are alike.
Discs: Unless otherwise ordered, No. 218 C and
No. 2iq C Valves are furnished with a No. 4 Cranite
Disc, suitable for high-pressure steam.
When ordered for hot water, oil, or gas, they are
furnished with a No. 2 Hot Water Disc.
When ordered for cold water or air. they are fur-
nished with a No. 3 Cold Water Disc.
For description and dimensions of discs, see page 1 78.
lip
^L
li!
Ill
60
CRANE
I
300-Pound
Brass Check Valves
Regrinding
Cross Section
No. 74 E, Swing
WORKING PRESSURES
300 pounds steam, 550° F.
Screwed valves — 600 pounds cold water, oil,
or gas. non-shock
Flanged valves — 500 pounds cold water, oil,
or gas, non-shock
TEST PRESSURES
No. 74 E and No. /> E — 900 pounds hydrostatic
No. 366 E and No. 369 E — Air tested
Cross Section
No. 366 E, Horizontal
The No. 74 E and the
No, 75 E Swing Check
Valves may also be used
in a vertical pos i^
tion for upward Row.
No. 74 E, Swing
Sc reeved
No. 75 E, Swing
Flanged
No, 366 E, Horizontal No- 369 E, Horizontal
Screwed Flanged
List Prices, Each
Size
Inches
V4
% I V2 I 3/4
IV4 I IV2
2V2
No. 74 E. Swing. Screwed
No. 75 E, Swing. Flanged, F. D. & S. F.
6.8017.0017.701 9.00 [10.001 14.001 19.00127.00! 49.001 75.00
No. 366 E. Horizontal, Screwed
No. 369 E. Horizontal, Flanged. F. P. & S. F.
No. 74 E and No. 75 E: The No. 74 E and No. 7^ E
are heavy, ruggedly constructed swing check valves,
recommended for se\-ere service on steam, water, oil,
or gas lines. The body and disc are Crane Special
Brass, a high grade steam metal. The hinge pin is
made of Exelloy.
These \'a]\es may be reground without removing the
body from the line. By remo\'ing the stop plug, a
screw dri\'er can he engaged with the disc-spud slot,
making it easy to rotate the disc when regrinding.
No. 366 E and No. 369 E: These are horizontal
check \-aK-es, recommended for steam, water, oil. air,
or gas, and especially for service where pulsations in
the line are apt to cause an ordinary check \-alve to
hammer. The dashpot formed abo\-e the piston type
disc effectively cushions the disc.
20. 00126.00 36.00154.00 75. OOj 110.00 140.00
3.00^3.4014.201 5.501 7. 20| 10. 00| 13.50121.001 38.001 57.00
19. 50123. 00:27. 00132. 50143. 001 68.00 91.00
The body and disc are Crane Hard Metal, a copper-
tin bronze that resists wear exceptionally well.
These valves can be reground without removing the
body from the line.
When so ordered, the valves can be equipped with a
spring above the disc to keep the valve normally
c osed when used on air or gas; prices on application.
Flanged valves: End fianges conform to the MSS
300-Pound SP Bronze Flange Standard (No. SP-2-
iq37). They are plain faced, with two V-shaped
concentric grooves between the port and the bolt
holes. Prices include drilling to the MSS 300-Pound
Standard, and spot facing: no deduction is made if
vah'es are ordered faced only.
Full face gaskets should be used; see page 567.
Dinnensions, in Inches
^^'^'^ V* % V2 ^4 1 IV4 IV2 2 2V, 3
No. 74 E
Endtoend, No. 74E 2% 2V4 ! 23/4 3VlG 35/b j 4Vs f 4l3/,6 513/16 613/^6 g
or
No. 75 E
bace to face, No. 75 E 51/4 5Wie (>Vie 7Vi6 83/8 93/8 lOVie
(.enter to top is/^^ is/,^ pa/^^ jy^ 2V,fi 2i3/,« aV,*: 3^^ 4V.« SV,.
No. 366 E
End to end, No. 366 E li3/^g j 21/2 I^Vib 31/7 4Vifi 45/« 534 | 6% 8
or
No. 369 E
Face to face, No. 369 E | 315/,, 49/,, s ^3^ *;3/, 77/„ «ii/,^
Center to top 1 1V« 1% | 17/, 2 j^ 754, ] -^l/, ^7/, AIL
Flange
Diameter ot Hanges | 45/, 47/g | 51/^ 51/^ ^y^ 71/^ gi/^
dimensions
Ihicknessot flanges | | iz/^^ 19/^, 5/« >V,6 1 ¥4 >¥i6 2^/32
Ten^plates for drilling
Ferr OS feel Piston Type Disc Check Valves
page 550
page 482
Valves for Marine Service. . , .page 465
!J PJIIfiJ
CRANE
61
300-Pound
Brass Check Valves
Bolted Cap
WORKING PRESSURES
300 pounds steam. 550° F.
Screwed valves — 600 pounds cold ^^■ate^, oil
or gas, non-shock
Flanged val\-es — 500 pounds cold water, oil,
or gas, non-shock
TEST PRESSURE
900 pounds hydrostatic
Cross Section
No. 4234 E, Swing
Swing Check Valves may also be used
in. a vertical position for upward Row.
Cross Section
No. 4064 E, Horisoncal
No. 4234 E, Swing
Screwed
No. 4235 E, Swing
Flanged
No. 4064 E, Horizontal
Screwed
No. 4065 E, Horizontal
Flanged
List Prices, Each
Size
Inches
il>^
2V,
No. 4234 E, Swing, Screwed
30.00
40.00
55.00
No. 4235 E> Swing, Flanged, F. D. & S. F.
No. 4064 E, Horizontal, Screwed
40.00
55.00
75.00
20.00
30.00
40.00
55.00
No. 4065 E, Horizontal, Flanged, F. D. & S. F.
30.00
40.00
55.00
75.00
Service recommendations: These are exception-
ally rugged check valves. They have hea\'y metal
sections and are Uberally reinforced to withstand
severe operating conditions. Their bolted cap pro-
vides an unusually strong and tight joint. The
valves are ideal for hard ser\'ice.
Materials: The No. 4134 E and No. 4^35 E Swing
Check Valves have a body, disc, and cap made of
Crane Special Brass, a high grade steam metal.
The No. 4064 E and No. 4065 E Horizontal Check
Valves have a Crane Special Brass body and cap ; the
disc and body seat ring are Crane Hard N4etal, a
strong, hard, copper-tin bronze. The body seat ring
is rene^^■able.
Regrinding: These \al\es can be reground without
remo\ ing the bodies from the line. By remo\ ing the
stop plug on the swing check vah'es. a screw driver
can be engaged with the slot in the disc spud, making
it easy to rotate the disc when regrinding.
Flanged valves: End flanges conform to the M5S
300-Pound SP Bronze Flange Standard (No.
SP-2-iq3 7). They are plain faced with two V-shaped
concentric grooves between the port and the bolt
holes. Prices include drilling to the MSS 300-Pound
Standard, and spot facing; no deduction is made if
vah'es are ordered faced only.
Full face gaskets should be used; see page 567.
Larger sizes: Larger sizes can be made to order.
Size
Dimensions, in Indies
2V2
No. 4234 E
and
No. 4235 E
End to end, No. 4234 £
51 Vi
16
61 3/1
16
8
Face to face. No. 4235 h
8^1 G
9^!
8
loy,
g
Center to top. No. 4234 E or No. 4235 E
VA
8
43/4
51/2
No. 4064 E
and
No. 4065 E
End to end. No. 4064 E
51/2
6 v.
7V2
8V2
Face to face. No. 4065 E
S
lOS/i
IS
Center to top. No. 4064 E or No. 4065 E
31/2
3yi
8
47/i
8
51/2
Flange
dimensions
Diameter of flanges
6i/(
8
6V2
7V2
8V4
Thickness of flanges
»V]
16
3/4
^Vi
16
29/,
32
Templates far drilling . . . page 550
Valves for Marine Service pctge 465
mi
I J
1^ I Hi)
> I
'■ 1
, t
itM*-
^
»;
''■""V"""""' ""■■"■-"*■
I
62
CRANE
350-Pound
Brass Check Valves
Regrinding
I'M
III
WORKING PRESSURES
350 pounds steam, 550° F,
1000 pounds cold water, oil, or gas, non-shock
TEST PRESSURE
1200 pounds hydrostatic
Cross Section
No. 78 E, Swing
No. 78 E, Swing
Scre\>. ed
These \'ah'es are especially
suited for high-pressure steam
lines such as are used on oil and
gas field boilers for deep well
drilling, and for high-pressure
cold water, oil, or gas lines.
*Cross Section
No. 63 E, Horizontal
*No. 63 E, Horizontal
Screwed
The No. 78 E Swing Chech Valves
may also be used in a
vertical position for upward Row.
*2-inch No. 63 E Horizontal Chech Valves
are rrtade with a bolted cap.
{Not illustrated)
List Prices
Size
Inches
V2
^4
1
iy4
yvt
2
No.
78 E,
Swing Check,
Sere
wed
Each
8.00
10.00
13
00
17.00
22.00
33
00
No.
63 E,
Horizontal Check,
Screwed
Each
9.00
11.00
15
00
20.00
25.00
37
00
Service recommendations: These are unusually
rugged check valves, especially designed for high-
pressure steam lines such as are used on oil and gas
field boilers for deep well drilling operations. They
are equally well suited for high-pressure water or oil
service on lines not subjected to shock, and for high-
pressure gas lines-
No. 78 E: The No. 78 E are Swing Check Vahes,
ha\-ing a Crane Hard Metal body and disc. Hard
Metal is a strong copper-tin bronze that has excep-
tional wear resistance. The hinge pin is Exellox'.
No. 63 E: The No. 63 E are Horizontal Check
Valves, having a Crane Hard Metal body and disc,
and a Crane Nickel Alloy body seat ring.
The upper part of the disc is piston t\pe, fitting
snugly into the cap and forming a dashpot which
effecti\eK' cushions the movement of the disc.
The union cap construction shown on the illustra-
tions is used on sizes i3^-inch and smaller. The
2-inch size has a bolted cap (not illustrated).
Regrinding: All of the check valves shown on this
3age may be reground without removing the valve
Dody from the line. By taking out the stop plug on
the swing check valves, a screw driver can be en-
gaged with the slot in the disc spud, making it easy
to rotate the disc when regrinding.
Steel valves: For higher steam pressures and
temperatures or for exceptionally severe service on
which many engineers prefer a material better than
brass or bronze, Crane Steel Valves are recom-
mended. See the section of this catalog devoted to
Steel Check Valves, pages 327 to 336.
Dimensions, in Inches
Size
V2
¥4
1
1V4
iy2
2
No. 78 E, Swing
End to end
2V4
3Vl6
3%
41/8
4»Vl6
S^Vie
Center to top
nVl6
2V8
2Vi6
2>3/l6
3Vie
3>Vl6
No. 63 F, Horizontal
End to end
3V8
3V8
41/4
5
5%
63/4
Center to top
IVs
2V8
21/2
2V4
3y8
4V2
1 -I
CRANE
Hydraulic
Brass Check Valves
63
Cross Section
Cross Section
Cross Section
1000 - Pound
WORKING PRESSURE
1000 pounds cold water, oil, or gas. non-shock
TEST PRESSURE — 1200 pounds hydrostatic
List Prices and Dimensions
Size
Inches
V2
% I IV4 IVa
2
No, 259 H
Each
7.00
10.00 13.00 17.00 23.00
33.00
End to end
Inches
3
3ViG 3iV,e 4Vi6 55/16
6V16
Center to top
Inches
2V8
23/8 234 1 31/4 35/8
41/4
2000 - Pound
WORKING PRESSURE
2000 pounds cold water, oil, or gas, non-shock
TEST PRESSURE — 2200 pounds hydrostatic
List Prices and Dimensions
Size
Inches
Vs
V2
3/4
1
IV4
No, 234 H
Each
11.00
12.00
15.00
21.00
32.00
End to end
Inches
213/16
213/16
3V,6
4
41V16
Center to top
Inches
2%
2%
31/4
378
4Vl6
2500 -Pound
WORKING PRESSURE
2500 pounds cold water, oil. or gas. non-shock
TEST PRESSURE — 3000 pounds hydrostatic
List Prices and Dimensions
Size
Inches
1
IV4
IV2
2
No. 238 H
Each
36.00
45.00
55.00
80.00
End to end
Inches
41/2
41V,6
51/2
6%
Center to top
Inches
3%
41/8
4%
5%
No, 259 H
Horizontal
Screwed
1000-Pound
No. 234 H
Horizontal
Screwed
2000-Pound
No. 238 H
Horizontal
Screwed
2500-Pound
I
Service recommendations: Crane Hydraulic
Brass Check Valves are recommended for severe
high-pressure hydraulic service on lines not subjected
to shock, and for high-pressure gas lines.
Construction: The valves are exceptionally heavy
and rugged. The top of the disc fits snugly in the
valve cap, guiding the disc accurately and forming a
dashpot that effectively cushions the action of the
valve while in service.
The No. 259 H Valves have a screwed cap, the
No. 234 H Valves have a union cap, and the
No. 238 H have a bolted cap.
Materials : The bodies and discs of these valves are
made of Crane Hard Metal, a strong, hard, copper-
tin alloy having excellent resistance to wear.
Seat opening: The diameter of the seat opening
in the No- i^q H Valves is the same as the nominal
size of the valve. In both the No. 234 H and the
No. 238 H Valves, it is slightly larger than the inside
diameter of Double Extra Strong Pipe.
Steel valves: When check valves are wanted for
higher pressures, for higher temperatures, or for
unusually severe services, Crane Steel Valves are
recommended. See pages 327 to 33b.
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64
CRANE
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111
«
»
Crane brass check valves, gate and globe valves,
and fittings on the service lines of an office building.
In a steel mill ^ these Crane brass p;ate
valves contrt>] the water lines for descalers.
Condensation return from creosoting retorts in a
wood -treating plant using Crane equipment-
Crane iron and brass gate vaK'es,
unions and fittings in air conditioning
system of a glass manufacturing plant.
Typical of many marine services —
Crane valves on the lubricating
oil lines of a river towboat.
The complete piping require-
ments of breweries are fully met
by dependable Crane equipment.
CRANE
65
Brass Quick-Opening and Hose Valves
Hose and Hose Goods
Brass Quick-Opening Self-Closing Globe Valves
iz5-Pound, with Composition Disc page 66
20o-Pound, with Connposition Disc page 66
I z5-Pound, with Brass Disc, without Stuffing Box . . page 67
iz5-Pound, with Brass Disc and Stuffing Box page 67
Brass Quick-Opening Cam-Action Gate Valves page 68
Brass Quick-Opening Sliding-Stem Gate Valves page 68
Brass Butterfly Valves page 6q
Brass Quick-Acting Throttle Valves page 69
Brass Hose Gate Valves, Standard and Underwriters'., .page 70
Chicago Hose Valves page 7 1
Brass Angle Hose Valves page 7 i
Garden Hose Valves page 7 i
Hose Threads for Hose Valves page 72
Hose page 73
Hose Couplings page 73
Hose Clamps .page 74
Hose Nozzles and Pipes page 74
Hose Fittings page y^
:{::)::^^:{f:4<4:^^^
:||lM^i
iMl
In addition to the Brass Valves indexed above,
Crane Co. also manufactures an extensive line
of Quick-Opening Valves made of other mate- '
rials and a line of Brass Hose Valves for Marine
H
service. These are shown in other sections of
the catalog; see the pages referred to below;
Quick-Opening Clamp Gate Valves, Iron Body page qq
Quick-Opening Standard IronBody Wedge Gate Valves .page 104
Iron Body Butterfly Valves , page 148
Iron Body Quick-Acting Throttle Valves page 148
Corrosion-Resistant Alloy Quick-Opening Gate Valves, .page 451
Brass Hose Gate Valves for Marine Service page 467
Brass Chronometer Valves. . . .page 476
\
66
CRANE
I
M''-
V.
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41
»»i»
^ I
12 5 -Pound
Cross Sect'on
No. 121/2
Brass Globe Valves
Quick-Opening — Self-Closing
WORKING PRESSURES
No. 12H Valves
125 pounds air, gas, or steam
No. 7}/2 Valves
200 pounds hot water, 200° F.
200 pounds cold water, light oils, or gasoline, 100° F.
SERVICE RECOMMENDATIONS
No. 123^2 Vah-es are recommended for air or gas at
atmospheric temperature and for saturated steam.
They are ideally suited for cooking vats, soot blow-
ers, can and bottle sterilizers, and similar service.
No. 7^2 VaKes are recom-
mended for hot or cold water,
and for light oils or gasoline
at atmospheric temperature.
They are widely used on gas-
oline and oil loading raci<s,
public showers, etc. VaK'es
for heavy oil service can be
furnished when desired ; prices
on application.
200-Pound
Cross Section
No. 71/2
No. UYz, Globe, Screwed
No. 71/2, Giobe, Screwed
List Prices, Each
Size
Inches 1/4 % 1/2 3/4 1 IV4 IV2 2 21/2 3
No. I2V2
6.0017.00 8.00 10.00 13.00 16.00 24.00
No. 7V2
18.00 10.00 13.00 16.00 24.00 34.00 50.00 90.00
Orders for Nos.
12'/2or 7^2 Valves
should specify
service conditions.
Operation; The \*ah"es are easily operated. A short
pull on the le\-er lifts the disc off its seat, opening the
vaK'e. When the le\-er is released, the spring above
the disc automatically closes the \'ah'e.
Materials and construction: The body, stem,
and disc holder oi these ^•alves are brass. The lc\-er
is malleable iron, and can be turned to any desired
position by loosening the locknut which holds the
bracket to the \'al\e body. The spring is stainless
steel.
The \'al\es ha\'e a stuffing box filled with high grade
packing. It is equipped with a gland.
No. 71/2 Valves: On No. yj^ Valves the top of the
disc holder is a piston fitting into the
upper part of the body. It forms a
dashpot that effectively cushions the
disc when closing, and prevents de-
structive shock. Sizes \y2-inch and
larger ha\"e a pilot \"alve in the main
disc, as illustrated at the right.
List prices of
composition discs
are shown on
page 178.
When the valve is operated, the pilot valve opens
first, equalizing the pressure around the main disc,
thereby facilitating easy operation.
Sizes 2-inch and smaller have a union cap, as shown
above ; larger sizes have a bolted cap (not illustrated) .
Discs: Unless otherwise ordered, No. \x]/2 Valves
are furnished with a No. 3 Disc suitable for air or
gas service. Valves for steam service will be fur-
nished with a No. I Disc.
No. 7^2 Valves are regularly furnished with a No. 2
Disc suitable for hot water, oil, or gasoline. When
ordered for cold water service, they will be furnished
with a No. 3 Disc.
For description and dimensions of discs, see page 1 78.
Installation: These vaK*es always should be in-
stalled with the pressure above the disc.
Flanged valves: No. 7 3^ Valves can be made to
order with flanged end bodies; prices on application.
Dimensions, in Inches
Size Inches Vi % V2 Vi 1 IV4 IV2 1 I '^Vi 3
End to end of body ly^ iVg 23/4 314 33/4 41/4 5
X. 1-^1/
Center to top of cap IVia 1% l>Vifi 2 23/ifl 2V2 2l5/i6
No. 121/2
Center of port to bottom of lever, open 3V2 ^Vz ^ ^Va ^"^A ^Vi 8
Center of stem to end of lever, closed 31/2 3V2 4V4 SVs 63/4 8V2 83^ j
End to end of body 21Vir 33/, « 33/4 4V4 43/4 53/4 ^'^A »
No. 71/2
Center to top of cap I3/4 2 2V4 1 2% 3 31/2 41/2 478
Center of port to bottom of lever, open Sy^ 7 8V4 93/4 103^ I4V2 16^4 18
Center of stem to end of lever, closed 41/4 51/2 63^ 8V2 83^ 10 I2V2 13
CRANE
67
12 5 -Pound Brass Globe Valves
Quick - Opening — Self - Closing
I I
WORKING PRESSURE
125 pounds steam
Cross Section
No. 6O8V2, Globe
Screwed
With Stuffing Box
INSTALLATION
These \alves always
should be installed
with the pressure
above the disc.
The valve bodies are
marked to indicate
the inlet end.
No. 608, Globe
Screwed
Without Scuifing Box
No. 608 V2, Globe
Screwed
With Stuffing Box
List Prices and Dimensions
Size
Inches
%
Vz
3/4
1
IV4
IV2
2
2y2
No. 608, Globe (without stuffing box>
Each
3.60
4.40
5.30
6.20
9.00
10.50
16.00
32.00
No. 6O8V2, Globe (with stuffing box)
Each
3.60
4.40
5.30
6.20
9.00
10.50
16.00
32.00
End to end of body
1%
2Vl6
2%
3y8
3%
4Vl6
4IV16
278
6
Center of port to cap
IV4
1%
IIV16
2
21/8
2%
3%
Dimensions.
Center of port to
end of lever, open
No.
608
31/4
4V2
41/2
53/4
7V4
73/4
91/2
U3/4
in Inches
No.
6081/2
33/4
43/4
6
7
7V2
8 1/4
1 12
13
Center of stem to
end of lever, closed
No.
608
31/2
41/4
53/4
63/4
83/4
83/4
; 103/4
121/2
No,
608 Vz
3V2
4
51/4
61/2
83/4
8 3/4
10V2
121/2
Service reconnmendations : The No. 608 and No.
bo8j^ Brass Globe Val\-es are recommended for
general industrial ser\-ice on steam lines only. They
are used to control the flow of steann to small
apparatus such as steam presses, laundry machinery,
can and bottle sterilizers, etc.
The No. 608 }/2 valve is provided with a stuffing box
around the stem, assuring ample protection against
the leakage of steam. This feature makes the \-al\-e
particularly suitable for use in confined spaces and
on installations requiring valves that will not leak at
the stem under constant ser\ice.
Both valves are frequently used in conjunction with
whistles.
Materials and construction: Except for the
stuffing box on the No. 608^2. the valves are similar
in design, materials, and construction. They have
a body, disc, and cap made of brass, a steel spring,
and a malleable iron le\'er. The le\'er can be turned
to anv desired position b>' loosening the locknut
which' holds the bracket to the \'al\e body.
The stuffing box on the No. 608 J/2 is filled with high
grade packing and is equipped with a brass gland.
Operation: The vahes are easily operated. A
short pull on the lever lifts the disc off its seat, open-
ing the valve. When the lever is released, the spring
abo\-e the disc automaticalK' closes the \-alve.
To facilitate the operation of the larger size vaK'es
when used in combination with whistles, the pull
must be at right angles to the centerline of the
whistle.
Special valves: When larger sizes or \ai\es for
greater pressures are required, wheel operated, pilot-
operated, or special power valves can be used. Rec-
ommendations \\ill be made in answer to inquiries.
Brass Quick-Opening
Globe Valves
For Air Lines
Brass Whistles
for
Steam and Air
For description,
see page 33.
For description,
see page 437.
No. 237, Globe
Quick-Opening
Quick-Closing
Plain Whistle
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68
CRANE
Standard
Brass Gate Valves
Quick Opening
5 ■
Iflfl
ill
I
Cam Action Valves
WORKING PRESSURES
3^ to 2-inch ^125 pounds steam
200 pounds cold water, oil,
or gas, non-shock
Sliding Stem Valves
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil or gas, non-shock
ij/^ and 3 -inch
- 100 pounds steam
100 pounds cold water, oil.
or gas, non-shock
Patented
Air Tested
No. 432. Screwed
List Prices
No. 442, Screwed
Size
Inches
1,
3/.
IV4
IVs
2V
'-2
No. 432. Cam Action Valves
Each 8.50
9.00
10.00
12.50 17.00
24.00
40.00
57.00
No. 442. Sliding Stem Vah'es
Each
9.00
10.00 ' 12.50
17.00
24.00
40.00
57.00
No. 432 Cam Action Valves : This superior line of quick open-
ing uedge gate vah-es is recommended for ser\'ice on steam,
water, oil, or air lines.
The solid wedge disc is operated with a quick opening le\'er
through a specially designed cam arrangement, assuring fast
and positi\'e vah-e action.
Sizes 1-inch and smaller have a screwed cap; the larger sizes
ha\"e a bolted cap as shown in the illustration.
To insure proper seating, when closing the \-aI\-es, a snappy
action with plenty of force should be applied to the lever. TTie
disc will not Jam, and there is no danger of injuring parts be-
cause the valve has been designed to withstand such action-
Mo. 432 Gate \al\es are listed by the Under\'.Titers' Labora-
tories of Chicago as appro\-ed for hazardous liquid ser\"ice at
pressures not exceeding 50 pounds ; this is the maximum pressure
prescribed bv the Underwriters' Laboratories for hazardous
liquid equipment.
No. 442 Sliding Stem Valves: Mo. 442 Quick Opening Gate
\'alvesare of the parallel seat construction. They have a sliding
stem and a double disc.
They are of ample proportions, sturdily constructed, and only
a short mo\-ement of the lever is required to operate the \-alve-
The wing nut at the top of the stem permits forcing the discs
to the seats after the valve has been closed, and releasing the
discs before opening.
Shock: When these valves are used on liquid lines, closing a
valve quickly might cause "water hammer '. When severe,
water hammer must be eliminated by installing a suitable
cushioning de\ice in the piping. Otherw ise. the shocks might
damage the valves or the piping, see page II
Dimensions, in Inches
Size
V2
¥4 1
IV4 ' IV2
2 2V2 3
A
\l%
2V8 2V2
23/4 2%
33/8! 4 41/4
B
'2iVi
3 2% 31/8
31/2 37/8
41/4 47/8 53/8
C
2V8
3V8 4
5V2 6%
75/8 83/4 10
D
1 3
3V4 3V2
4% 53/8
63/8 71/2 SVs
E
:5Vi6
6V4 63/4
85/8 913/,g
12 137/8 I55/16
F
2% 2^ Vie
31/4 3^8
4V8 4% 53/s
G
25/8 3
31/2 4
4% 45/8 51/4
H
'47^8 '53/4
7 73/8
83/8 91/2:105/8
J
1
!7V8.8%
lOVg 11
131/4! 15 167/8
K
'71/2 8V4
9% 103/4
133/8 161/2 17
»
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CRANE
69
Brass Butterfly Valves
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas
No. 44, ScrcN^ed
Brass Body
Brass Disc
Steel Stem
Crane Butterfly Valves provide easy,
smooth operation in approximately one-
quarter turn from the wide open to the
closed position. Because the va ves are not
designed to close pressure-tight, they should
be used only to control or regulate flow.
The body and disc are made of brass. The
stem is steel. The valves can be equipped
with a malleable iron operating lever, when
so ordered, at an additional price.
For Iron Butterfly Valves, see page 148.
List Prices and Dimensions
Size Inches
V4
1
1V4
IV2
2
2V2
3
No. 44, Butterfly Valve Each
4.20
6.00
7.70
9.00
13.50
18.50
28.00
End to end
21/4
2yi6
23/4
2' Vie
4Vi6
4%
5Vl6
Dimensions,
Center to top
3Vl6
3V4
3Vifi
378
4ys
SVie
5IS/16
in Inches
Overall height
4Vl6
4Vl6
53/16
5Vi6
63/4
71V16
8V16
Diameter of stem
^V32
%
Vis
V16
y%
¥2
V2
Brass Quick-Acting Throttle Valves
WORKING PRESSURE
125 pounds steam
No. 46, Screwed
All Brass with
\'Ialleable iron
Lever
These ruggedly built throttle valves are
used extensively on hoisting and traction
engines. They open or close completely in
one-quarter turn of the le\"er and have an
internal stop to limit the tra\-el of the stem.
The valves are not recommended for use
where pressure-tight seating is essential.
Except for the malleable iron lever, all
parts are made of brass.
Iron Quick- Ac ting Throttle Valves are
shown on page 148.
List Prices and Dimensions
Size Inches 3/4 1 1 V4 1 V2 2 2^/2
No. 46, Throttle Valve Each 13.50 15.50 19.00 27.00 34.00 47.00
Dimensions,
End to end 23/^ 334 4 41/2 SVz 6V2
Center to top of stem 3V2 33/4 41/2 Sl/g 6V8 71/2
xii. A£ik-iit-a
Center of stem to end of handle 6 6 8 10 IIV4 12Vie
Brass Chronometer Valves
I
No. 4382
Screwed
Brass Chronometer Valves are designed for regulating and
governing purposes on steam lines where working pressures do
not exceed 150 pounds.
The valves are available in a wide range of sizes with either
screwed or flanged ends. They are easy to operate. A one-eighth
turn of the lever opens or closes the valve completely. An ad-
justing screw at the stem end varies the pressure of the disc
against the seat bearing, assuring smooth operation at alt times.
With proper adjustment, the valves can be operated by a float.
Prices and dimensions are shown on page 47S.
No. 4383
Flanged
'I
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1^
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II
II
1
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^^UMUW^
70
CRANE
I
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Brass Hose Gate Valves
Wedge Disc — Non-Rising Stem
Standard
200 pounds
cold water working pressure
No. 451
Screwed
Underwriters' Pattern
300 pounds
cold water working pressure
When so ordered, the
\-ahes shown on this page
can be furnished with a
brass cap and chain as
illustrated below. Prices
are in addition to price of
valve; see the table below.
No. 453
Screv.'qd
No. 453
Screwed
With Drain Cock
Cross Section
No, 451
Screwed
No. 451 Valves can be made to order with a brass wheels and
with special finishes such as rough body^ nickel- plated;
polished; polished and nickel-plated; and polished and
chromium-plated. Prices will be furnished an application.
No. 453 Valves are furnished without drain cock unless otherwise ordered.
Cross Section
No, 453
Screwed
List Prices and Dimensions
m\
i\
II
ID
Size
Inches
1
IV4
IV2
2
2y2
Rough Body, Plain
(Without cap and chain)
No. 451
Each
6.70
9.40
12.50
18.00
30.00
No, 453
Without drain cock
Each
2K60
45.60
With drain cock
Each
24.00
48.00
Brass cap and chain for No. 451 or
No. 453 Valve Per
valve
2.50
2,75
3.50
4.50
7.00
No. 451
Center to female end
1%
IV2
1%
m
2V8
Center to hose end
1
1%
1%
2Vl6
2V4
2%
Center to top of wheel
5%
6V2
7V4
8%
10
Dimensions,
Diameter of wheel
1
23/4
3Vl6
35/8
4Vl6
43/4
in Inches
No. 453
Center to female end
1%
2Vl6
Center to hose end
2V4
2V2
]^*
Center to top of wheel
1
7V2
11
Diameter of wheel
^Vs
6
Hose threads: Unless otherwise ordered, these
valves ha\-e the following thread on the male end:
No. 451 Standard Valves
1 to 2" sires — Chicago Standurd Hose Thread
23^2" si=e — Chicago Fire Department Hose Thread
No, 453 Underwriters' Pattern Valves
lj^"size — Chicago Standard Hose Thread
2K" size — American (National) Standard Fire Hose Thread
When so ordered, the male end can be supplied with
the following threads, without additional charge;
No. 451 Standard Valves
All sizes — Iron Pipe Hose Thread
All sizes — California Standard Hose Thread
23^" size — American (National) Standard Fire Hose Thread
No. 453 Underwriters' Pattern Valves
Both sizes — Iron Pipe Hose Thread
Both sizes — California Standard Hose Thread
2J^" size — Chicago Fire Department Hose Thread
When any other hose thread is required, orders
should be accompanied by a sample, preferably the
male end of a hose coupling. See page 72.
Rugged construction : The Hose Gate Valves
sho\\n on this page have a non-rising stem and a
wedge disc. Their deep stuffing box is fitted with a
gland, and the valves are strong and ruggedly con-
structed. They have an American Standard Taper
Pipe Thread on the female end.
Underwriters^ Specifications: No. 453 Hose Gate
Valves conform to the Underwriters' Specification
known as"The National Standard". They are listed
as approved and inspected by the Associated Factory
Mutual Fire Insurance Companies, Boston, and the
Underwriters" Laboratories, Chicago, for water work-
ing pressures up to 300 pounds.
Marine Hose Gate Valves . . . .page 467
CRANE
71
Brass Hose Valves
Chicago Hose Valves
With Leather Disc
200 pounds cold water working pressure
Angle Hose Valves
\\ icti Crane Composition Disc
250 pounds cold water working pressure
No. SO
Screwed
■*Angle Hose \''al\e
v^ith cap and chain
*No. 117
Screwed
Cross Section
No. 50
Size
*When so ordered, Angle Hose Valves can be furnished v.\rh a
brass cap and chain at the extra list prices shown in the Cahic below.
These valves can be made to order with a brass wheel, and
with special finishes such as rough body, nickel -plated'
polished; polished and nickel-plated; and polished and
chromium-plated. Prices will be furnished on application.
List Prices and Dimensions
Inches I
Cross Section
*No. 117
V2
3/4
1
IV4
W2
2V2
No. 50, Rough body, plain
Each
7.50
9.00
11.50
17.00
21.00
No. 117, Rough body, plain (without cap and chain)
Each
9.50
11.00
12.50
16.00
19.00
26.00
57.00
Brass cap and chain for No. 117 Valve
Per
valve
2.25
2.25
2.50
2.75
3.50
4.50
7.00
Center to hose end
2 1/2
3
3
W2
4Vl6
No- 50
Over-all height^ open
SVa
9%
IOV2
uys
137/8
Dimensions,
Length of handle
5Vs
53/4
W2
8V4
8 1/4
in Inches
No, 117
Center to hose end
IV2
IV16
i%
2Va
2%
23/4
121/4
3V4
Over-all height, open
eVs
73/16
7V8
9y8
^V&
14V4
Diameter of wheel
2Vis
23/4
3Vl6
3%
4Vi6
53/8
6
For list prices of Comfio.silion Discs for No. I C^ Valves, see ^ai:e l/S'.
Service recommendations: Chicago Hose VaKes
are especially suitable for use on outside standpipes.
Angle Hose Valves are recommended for use on
standpipes and hose racks, and for similar service.
Hose threads: Both the No. 50 and the No. 117
Valves ha\"e an American Standard Pipe Thread on
the inlet. Unless otherwise ordered, they are fur-
nished with the followins thread on the male outlet:
3^ to 2" sizes
21^2" size
Chicago Standard Hose Thread
Chicago Fire Department Hose Thread
When so ordered, the outlet can be supplied \\ ith
the following threads, without additional charge:
Ail sizes — Iron Pipe Hose Thread
All sizes — Calilornia Standard Hose Thread
2^2" size — -American (National) Standard I* ire Hose 1 hruad
When any other hose thread is required, orders
should be accompanied by a sample, preferably the
mate end of a hose coupling. See page 71.
No. 117 Valve: No. 1 17 Angle Hose VaKes have a
Crane No. 3 Cold W ater Disc; see page 178 lor discs.
Garden Hose Valves
With Leather Disc
These vahes are threaded the same as the Hose \ 'alves show n above.
List Prices, Each
Size
Inches
Vz
Va
1 I IV4 I IV:
^Vi
-No. 56, Screwed No. 56 or No. 58, Rough body, plain | 1.65 | 1.65 | 2.20 | 3.40 | 4.75 | 7.00 |15.00 No. 58. Screwed
\
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\\\
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MiMMmM^
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72
CRANE
I
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Hose Threads
Hose Thread Standards: The table shown below
gives the basic dimensions of the American (National)
Standard Hose Coupling Threads and of other hose
coupling threads now in general use.
The upper portion of the table includes:
1. American Standard Hose Coupling Screw Threads
(ASA 633.1-1935) sizes z~inch and smaller for valves,
hose couplings, nozzles, and other fittings used in
direct connection with hose intended for fire protec-
tion or for domestic, industrial, and general service.
2. American (National) Standard Fire-Hose Cou-
pling Screw Threads (ASA 826-1915) sizes 23^-inch
and larger, for fire hose valves, couplings, hydrant
outlets, stand-pipe connections, Siamese connections,
and all other special fittings on fire lines.
The two A.S.A. Standards mentioned above agree
with the data in the Hose Thread section of the
handbook of Screw-Thread Standards for Federal
Services, 1939. No. H-25.
The lower portion of the table includes:
Other hose thread standards in general use: The
Chicago Hose Thread, Chicago Fire Department
Hose Thread, x}/^ and 3-inch I ron Pipe Hose
Threads, and the California Hose Thread.
Form of thread: The basic form of all Crane hose
threads is the American (National) Standard,
formerly known as the "U.S. Standard Form".
Ordering: Unless otherwise ordered, Crane Hose
Valves are furnished with the threads specified on
pages 70 and 71, their dimensions conforming to
those shown in the table below.
Special hose threads: Other hose threads included
in the table below but not mentioned on pages 70
and 71 can be furnished when so specified; prices
on application. When orders are received for Amer-
ican Standard hose threads in sizes ^2 or 5^-inch,
the garden hose thread will be furnished, and in
sizes I or I'^-inch the iron pipe hose thread will be
furnished, unless otherwise specified. In addition,
other types of special threads can be furnished at a
special price; orders should be accompanied by a
sample, preferably the male end of a hose coupling.
General
Classification
Name of Hose Thread
Nominal
Size
of
Hose
Inches
Number
of
Threads
per
Inch
Max. Major
Dia. (O.D.)
of Nipple
Thread
Inches
Service
Recommendations
Hose Coupling
Screw Threads
American
Standard
(B33, 1-1935)
Sizes 2-inch
and smaller
—
Garden Hose
Thread
Vz
111/2
1 . 0625
Garden and
similar sprvirp
%
¥4
Chemical Hose
Thread
3/4
8
1.3750
Chemical engine
1
and booster hose
Arncrican
(National)
Fire Protection
Hose Thread
1V2
9
1 . 9900
Fire protection
hose
Standard
Hose Coupling
and
Iron Pipe
Hose Thread
Vz
14
.8248
3/4
1 . 0353
Steam, water,
air, oiL and
Fire-Hose
1
111/2
1.2951
Coupling
Screw Ihreads
IV4
1 . 6399
all other hose
IV2
1 . 8788
connections
2
2.3528
Fire-Hose Coupling Screw Threads
American (National) Standard
(B26-1925)
Sizes 2V2-irich and larger
2V2
71/2
3.0686
3
6
3.6239
T^ * 1
31/2
4.2439
rire nose
41/2
4
5.7609
#
Chicago Standard
Hose Thread
■
V2 or 34
IIV2
1 . 0682
1
1.2797
m
1.6880
yNote :
Iron Pipe Hose
Threads sizes
1V2
1.9272
2
S
2.5129
3
7
3.6365
2-inch and smaller
Other
Hose
Threads
in
Chicago Fire Department
Hose Thread
2V2
7V2
2.9916
are included
in the
American
jlron Pipe Hose Threads
21/2
8
2 . 8434
Standard
General
3
3.4412
B33. 1-1935
Use
California Standard
(Pacific Coast)
Hose Thread
V2
U
1 , 0504
and are shown above.
Ihe 214 and 3-inch
sizes, shown here.
%
1
1.3141
are not included
I
Wi
1.8561
in the American
1V2
2.0870
btandard*
2
10
2.5416
21/2
71/2
2.9916
Hose Valves. , . pages 70 <ind 71
Hose and Hose Goods . , , pages 73 to 75
CRANE
73
Hose and Hose Couplings
Water Hose com-
bmc:> the aJ\an-
tages ol the braided
and \\ rapf^d t\ pes.
the inner plies beinj;
\iTapped duck over \\hich is a sturdy ply of cotton
braid. 1 ii^^h quality rubK-r tube and \vear-rc:>i^tin(;
black rubber co\er. Sizes 32 t^ 2}. ^-"^^h. max. lengtli
50 feet, for pressures from ^0 to 17^ pounds, depend-
ing on size.
Lawn Hose is
const ructcd of
layers of strong,
tightly t\\ isted cord
laid side by side spirally throughout the entire length.
E)ouble cord construction with tough brown corru-
gated cover. 25 and 50-foot lengths (coupled), also in
continuous lengths up to 500 feet — ^s, 54. and 1-inch
sizes.
Steam Hose con-
tains nuihiplc plies
of cotton duck with
an at-lditional hca\y
seam less cot ton
braid under a heat and oil resisting cover. This braid
assures long life, Sizes 3-^ to 2-inch, max, length
5U-feet, for saturated steam pressures from % to 150
pounds, depending on size.
Suction Hose, made
for the axerage contrac-
tor, road builder, and for
general pur^xises, has flat
wire reinforcement to
prc\ent collapse. Pro-
tected with wo\'en cotton jacket, painted yellow.
Generally finished in 2-inch size with enlarged ends;
straight ends and other sizes a\ailable. Max. length
50 feet.
*^
^ ^ ■^^g
«<*««'
f
Underwriters' Fire Hose, cot-
ton rubber lined, is high grade
and dependable, and carries nec-
essary Underw Titers' labels. 50-
foot lengths, single jacketed in
\}^. 2, and 2]2-'f^*^h sizes, and
double-jacketed in \^, 2, 2}^
and 3-inch.
Unlined Linen Hose, for fire
protection and inside service
only, is constructed of long fibre
flax line. W ill meet L'nderwriters*
specifications. Made in two
grades, 1 to 2^-inch sizes; 25
and 50-foot lengths are stand-
ard.
Mill Hose has calendered rubber
tube to which is cemented a long
fibre cotton wo\en fabric, chemi-
cally treated as a protection
against mildew and rot. Made
in sizes \^4 ^^ 4-inch, 25 and
50-foot lengths, with single or
double iacket.
rtccs o
t Hose on application; other Hose also can fee furnished.
No. 17 C-A
SizK 1-inch and smaller
(Without Lufis)
M«M\
No. 89-A
Sizes IM U)2'.Mnch
(Lugs on Fcm;ik 1 bit)
No. 90-A
Brass Steam Hose Couplings
Brass Water Hose Couplings
No.
Size
of
Hoac
Thrcnd
Liat Prices, per D ozen
FrniiiU- ' Male
Hnlf I Half
Full
Couplings
Size
of
Hose
Thread
List Prices, per D ozen
Full I Female '
Sets Half I
Male
Half
Vi' !PT
%
Vi
8
No. I7C-A
H'
3^
Va
1
No. 89-A
2V4
34' HPT
54' HPT
3/4' HPT
^h.
•V4'
IPX
IPT
IPX
Prices on npplication
15.00
3/4' HPT
r IPX
specify
Xnread
Wanted
10.00
14.00
24.00
48 . 00
6.67
9.33
5.00
7.00
16.00 112.00
32.00 "124.00
18.00
24.00
30.00
42.00
72.00
148.00
16.00
20 . 00
12.00
15.00
28.00
21.00
48 . 00
98.67
36.00
74.00
Larger sizes are avuilable, they h.i\ c lu^s un buih the Icniulc
and Mijie Half.
I IPX-Chicago I lose Pipe Xhre;iJ IPX- Iron Pipe Thrc;id
These couplint^s hiivccxtru he;i\ y swivels, ruccsseJ (or \'.ashers
l.iil-picccs urc esiru long.
•Can be had with ' / IP P (Iron Pipe Thread).
if
r
' .
' i
\ M
r .>
II! '
'\\\'
jli^M
tl.v
74
CRANE
I
' k
i
u
n
ih I
,J:
-^i \
-I J
Hose Clamps, No22les, and Pipes
No. 1923-A
Hose Clamps
Galvanized Steel
No. 1923-A
Size p, l.D. of List
Inches ^ Clampi Dozen
Steam Hose Sizes
Size p, l.D. ol
Inches i ^ Clamj
^ List
1 Dozen
Vi
4 IVie"
5 IVie
.84
W
ater Hose S:
zes
6 11/4
%
4 13/8
Vl6
3 Vie"
.40
5 IV16
'f t j\
V4
3 1/2
.40
1.10
it
6 11/2
2 VlG
3 %
.40
1
%
1
4 11 Vie
4 >Vl6
5 13/4
1.70
C 11^/
2 3/4
.42
6 113/16 1
1V4
A lie/
3 Vz
4 l^Vl6
Vz
5 2
1 /\^
4 'V16
1-98
6 21/16
5 1
2 1
.46
1V2
4 21/4
5 2Vi6
%
3 IV16
2.42
4 IVs
6 23/8
2 IVlG
.46
2
4 2%
3 IVs
5 23/4
3.74
'^k
6 27/8
4 13/16
5 11/4
2V4
^ ^^Vl6
2 1VJ6
.78
5 3
4.18
3 P/g
6 31/16
1
4 IV16
5 IV2
Large Size
Extra Heavy Clamps
2 1%
1.48
IV4
3 11 Vie
l.D.
List
Dozen
l.D.
List
4 l^Vis
Dozen
5 IVs
234" 4.24
41/4"
7.70
3 2
1.76
27/8 4.50
43/8 ( 7.81
iy2
4 2%
3 4.84 i^ 41/2 8.36
5 23/16
31/8
4.94 4%
8.58
9.35
iy4
3 2V4
2.10
31/4 5.06 :; 43/4
4 23/8
33/8 5.18 47/8 9.68
3 2Vi6
2.20
31/2
35/8
5.28 5 10.00
2
4 2Vi6
5.46 il 51/4
10.45
11.00
5 211/16
334 5.60 53/8
3
2.90
3%
6.05 51/2 11.44
6.34 ,1 6 13.75
21/4
3 234
4 213/16
2.64
4
41/8 7.15 6V2 14.00
3 21 5/,6
2.90
2V2
4 3
*For Suction Hose.
5 31/8
23/4
4 31/4
3.96
3
3 3ViG
4.62
'he "Gem"
4 31/2
*
No. 3935-A
Hose Clamps
Stamped Sheet Brass
Size
Inches
Ply
l.D. of List
Clamp Dozen
Water Hose Sizes
V16
3
Vie" .54
V4
3
V2
C A
4
V16
.54
2 5/8
%
2V2 1V16
.54
3 34
Vz
2 %
3 15/16
.54
%
3 IV32
.54
4 13/32
3/4
3 IVis
.54
4 11/4
2 111/32
1
3 IV16
2.00
4 117/32
iy4
3 121/32
1 n/\
4 n3/ie
2.50
11/2
3 nVi6
3,00
4 2Vi6
2 3-4 2y,e
4.00
21/4 3-4 27/8
6.50
21/2 3-4 3i/,e
7.00
3
3-4 334 10.00
Steam Hose Sizes
3/4
3 IV16
'^ /\/A
4 117/32
2.00
1
3 1%
2. so
4 121/32
Wa
3-4 I15/16
3.00
W2
1
3-4 27/32
3.50
5 213/32
4.00
2
3-4 211/16
5.50
5 27/8
6.50
2V2
3-4 31/4
8.50
5 3 /16
9.50
No. C-43370, "Gem"
G arden Hose Nozzle
(patented) can be quickly and easily
adjusted to throw a straight stream or
various sprays, and has a positive shut-off.
Cast brass and highly polished, it has an
internally centered spray pin which
assures even sprays. Does not leak or back
spray. Made for ^-inch hose pipe thread;
prices on application. Also furnished
nickel plated or chromium plated.
No. 97-A, Hose Nozzle
No. 9S-A, Hose Pipe
No. 96-A, Hose Pipe
Hose Nozzles and Pipes
No. 97-A, Brass Hose Nozzles
3"
¥4"
4.00
V4"
6
7.00
8
8.00
1
4
V16
5.00
8
9.00
1V4
43/4
10
%
12.00
15.00
53/4
V16
18.00
1V2
10
y2
20.00
(
12
22.00
2
63/4
V16
26.00
12
34.00
2V2
71/2
1
37.00
12
55.00
No. 95-A, Brass Hose
With Screw Tip
Pipes
6"
%"
7.00
3/4"
7V2
8.00
12
10.00
1
8
Va
10.00
I2V2
12.00
IV4
12
%
20.00
IV2
12
V2
24.00
2
12
%
38.00
2V2
15
%
75.00
No. 96-A, Brass Hose
With Screw Tip and St
Pipes
:opcock
6"
1/4"
11.00
W
7V2
13.00
12
18.00
1
7V2
12
Va
15.00
20.00
1 y4 12
%
40.00
1V2 12
V2
55.00
These Nozzles and Pipes are fur-
rushed with Hose Pipe Thread or
Iron Pipe Thread; specify which is
wanted.
Other size discharges are made to
order at an extra price.
1 Ji-inch and larger are recessed for
washers.
" ;: ; .;
CRANE
Ih
No. 91-A
Male Hose Nipples, Brass
Size and
Thread
list
Dozen
3/3" *IPTx3/g" tIPT
1/2" *IPT X 1/2" tIPT
1/2" tIPT X 3/4" HPT
3.50
34" flPT X 34" *IPT
3/^" IPTx3/4" HPT
,
3^" HPTxl" flPT
3/4" *IPTxl" tIPT
5.00
1" *IPTxl" tIPT
1" IPTxll^" *IPT
9.00
1" IPTxlVa" *IPT
10.00
Specify threads for following:
1V4"X1V4"
9.00
IV2 XIV2
10,00
2 x2
14.00
2V2 x2V2
2S.00
3 x3
40.00
3V2 xavz
50.00
4 x4
75.00
*Straight Iron Pipe '
fTaper ron Pipe 'I h
HPT = Chicago Hose
rhread.
read.
Pipe 1
'hreac .
Brass Hose Caps
No. 120-A
Size
Inches
List
Dozen
Size
Inches
1
list
Dozen
3/4
4,00
21/2
24.00
1
6.00
3
31.00
1V4
8.00
3V2
39.00
1V2
10.00
4
43.00
2
15.00
Chain. .... .List, Extra
0.60
^/i and I -inch sizes do not ha\e
spanner lugs. Chain, charged as
an extra, can be furnished on
sizes \y^-\r\c\\ and larger, when
specified.
When ordering Hose Caps, spec-
ify threads wanted.
Hose Fittings
No. 92-A
Male and Female
Brass Hose Nipples
Size and Thread
List
Male X Female
Dozen
3/4 " HPT X Vz" tlPT
3/4" tIPT X 3/4" HPT
3.50
34" HPT X 34" |IPT
1" *IPTxl" tlPT 5.00
Specify threads for following:
lV4"x 11/4" ! 9.00
IV2 X 11/2 10.00
2 x2 14.00
2V2 x2y2 28.00
3 x3 40.00
31/2 x3V2 50.00
*Straighc IrcmPiTje 1 bread.
flaper Iron Pipe i bread.
hP f — Chicago hose Pi 3e Thread.
No. 93-A
No. 9301-A. Less Lugs
Brass Hose Reducers
Size an
d Thread
List
Female x Male
Dozen
No. 9301-A, without
Lugs
3/4" HPT
X 1/4"
"IPX
3/4" HPT
X 3/8"
"IPT
6.50
3/4" HPT
X 1/2''
nPT
1" *IPT
X ¥4"
HPT
No. 93-A, with Lu
Specify threads war
ited.
IV4''
xl"
10.00
IV4
xy*
8.00
11/2
xll/4
12.00
IV2
xl
11.50
iVz
XV4
11.50
2
XIV2
18.00
2
xiy4
16.00
2
xl
14.00
%
x3/4
13.00
2V2
x2
26,00
2V2
XIV2
24.00
2V2
xiy4
23.00
21/2
xl
22.00
-. ■ ■ 2V2
x3/4
20.00
3
x2V2
36.00
3
x2
30,00
*Straight Iron Pipe Thread.
HPT = Chicago Hose Pipe Thread.
No. 9200-A
Double Female
Brass Hose Nipples
Size and
Thread
List
Dozen
1/2" IPX x 3/4" HPT
6.50
3/4" tlPTx3/4'' HPT
1" IPTxl" HPT
9.75
fTaper ron Pipe Thread.
HPT = Chicago Hose Pipe Thread.
Larger sizes available; specify thrends.
No. 94-A
No. 94 L-A
Brass Hose Bushings
Size and Thread
Male x Female
List
Dozen
No. 94-A (Small sires)
3/4" HPT X V2" "IPT
r *IPTx3/4" HPT
6.50
No. 94 L-A (Large sizes)
Specify threads wanted.
1 1/4"
xl"
10.00
1V4
X34
8.00
11/2
XIV4
12.00
1V2
xl
11.50
1V2
x3/4
11.50
2
xiyz
18.00
2
xHA
16.00
2
xl
14.00
2
x3/4
13.00
2y2
x2
26.00
2y',
xiy2
24.00
2y2
xiy4
23.00
2y2
xl
22.00
2y2
x3/4
20.00
3
x2y2
36.00
3
x2
30.00
3 x2 30. C
*Straight Iron Pipe Thread.
1TPT = Chicago Hose Pipe Thread.
Hose Spanner
No, 9-A, Common -
The No. q~A Hose Spanner is
furnished in sizes i J>^ x q, 2 x 10,
-lYi X 10^4, 3x11, and 4x12
inches ; prices on application.
i!!i
i- t
V'.
mwm
ft
■I
i
I
\
1
76
I
c
R A
N
E
---"
--^
^^^^^^^
^
«te^^
€
^
Kfl^^
ar
#WK.
•
•
Crane hose gate ^'alve in the fire protection syst
of a manufactured gas plant.
em
r
I
Crane valves and fittings on a
Steam pump in a large rubber piant.
A fire pump in a metal working plant;
aii piping equipment by Crane.
Crane^quipped vacuum pumps in the
heating system of a large textile mill.
Hospitals everywhere find that Crane
products provide dependable control.
CRANE
Brass Radiator Valves
Heating Specialties
77
^'
Radiator Valves tor Gra\ icy I lot Water page 78
Radiator \'aU es ("or Steam page 78
Radiator V^alves with Self- Adjusting Packing paj;c ;o
Radiator Gate Valves page 80
Government Pattern Radiator Valves page 81
Union [V>nnet Radiator V'aKes, viith Brass Disc page 81
Bellos^s lypc Packless Radiator \alve page 84
Radiator Union Clhovts page 78
Lock Shields tor Radiator \ alves page 82
Extra Length Tail-F^icccs for Radiator Valves page Si
Hot Water Radiator Air \al\es page 82
Venting Valves page 83
Thermostatic Traps page 84.
Heating Pumps page %^
RaJi
alor Valv9$ fpr Marine Service pogc 467 Safety Valvra for Heating BoHcra pages 333 and 339
It
I
=1l
idHHWU
I
Hi
f
■i
fri
78
CRANE
Brass Radiator Valves and Union Elbows
Hot Water Valves
Composition Disc Steam Valves
No. 112
No. 1121/2*
Angle
Cross Section No. 174
No. 174 Angle
No. 174F Without Unionf
Radiator Union Elbows
No. 1213
Globe
Cross Section
No. 112
No. 1121/2*
When ordering
corner valves, specify
whether right hand
or left hand corner
valves are wanted.
No. 192
Union Elbow-
No. 113
Lelt Hand Corner
List Prices
No. 113
Right Hand Corner
Size
Inches I 1/2 I 34 I 1 I 11/4 I 11/2 I 2
tNos. 174, 174F. Angle Valves, rough body, nickel-plated all over, for hot water Each 1 1 . 10 1 1 . 30 1 1 . 65 1 2 . 10 1 2 . 75 [ 4.70
*Nos. 112, II2V2, Angle Valves, rough body, nickel-plated all over, for steam Each 1 . 45 1 1 . 65 2 . 00 I 2 . 50 1 3 . 20 5 . 00
No. 1213, Globe Valves, rough body, nickel-plated all over, for steam
No. 113, Corner Valves, rough body, nickel-plated all over, for steam
Eachl3.70 4.30 5.1016.40 8.40
Each 4.10 4.75 5.6017.05 9.25 15.00
No. 192, Union Elbows, rough body, nickel-plated, all over
Each .60 .75 1.00 1.30 1.75 3.00
Hot Water Valves : The No, 1 74 Valves are recom-
mended for gravity hot water heating installations.
They are neat in appearance, compact in design, and
are well constructed.
They open or close in one-quarter turn; a pointer
below the wheel shows the position of the opening in
the disc. The disc, made from brass tubing, has a
%-inch hole to pro\-ide for circulation when the
vaK'e is closed.
For list prices of Composition Discs, see page 178.
Steam Valves :
M-
The No. 1 1 2. No. 1213, and No. i 1 3
-N
fff^
'^l
!■ ■
III' '1
— ,
H
■ t
1 1
A '
Vahes are recommended for steam and vapor heat-
ing installations. They present a neat appearance, are
compact in design, and are substantially constructed.
They are equipped with a No. 8 Low Pressure Com-
position Disc, secured in the disc holder by a brass
nut and washer. For description and dimensions of
discs, see page 178.
The disc holder swivels on the stem.
Lock Shield: Valves sho\\n on this page can be fur-
nished with lock shield at the same price. See page 82.
Dimensions, in Inches
No. 112
No. 192
Size
V2
V4
1
IV4
W2
2
A(*)
2V4
2V4
3
31/2
334
41/4
B
IVs
Wi
IV2
l^Vie
2Vl6
2%
C
I
1V16
IVie
11 Vie
l^Vie
21/8
D
iVs
IVlG
IV16
l^Vie
21/16
2Vz
E
2%
2%
3V4
33/4
4
F
IV16
1%
15/8
1%
2Vs
G
IV16
1%
1"/16
2
IVa
23/4
H
%
V4
is/ie
IV16
IV16
l»Vl6
J
2Vb
2%
2V4
3
3%
4
K— Open
3V8
378
4%
51/8
6V8
71/2
L — Open
35/8
41/8
45/8
51/8
53/4
M
2
2
2
2V4
2V2
23/4
N
2
2
21/4
2V2
23/4
3
L-G^
No. 1213
(*) Dimension A conforms to the Standard adopted by the Heating
and Piping Contractors" National Association in co-operation with
the Manufacturers Standardization Society of the Valve and
Fittings Industry.
No. 113
Extra length tail- pieces . . , page 82
\174F, without union end, is made in sizes 3^", ^" and J" only.
*No. 112}/2 is made with gland in the stuffing box in sizes 3^", M" and /" only. Dimensions A and C are the same as
shown for No, 112.
I
1 IVV ■■
CRANE
79
Brass Radiator Valves
With Self -Adjusting Packing and Composition Disc
^ Ji
For Steam, Vacuum, Vapor, or Hot Water
Cross Section, No. 226
No. 226
Angle
No. 227
Right Hand Corner
No. 227
Lefc Hand Corner
When ordering corner valves, specify whether
right or left hand corner valves are wanted.
List Prices
Size Inches
Vz
^
1
ly*
IV2
No, 226, Angle, rough body, nickel-plated all over Each
3.70
4.30
5.10
6.40
8.40
No. 227, Corner, rough body, nickel-plated all over Each
4.10
4.75
5.60
7.05
9.25
For list prices oj Composition Discs, see page 178
Service recommendations: These valves are rec-
ommended for steam, vacuum, or vapor heating
svstems. In addition, the No. 226 and No. 227 are
ideal for hot water systems (forced feed or gravity
flow). When wanted for gravity flow hot water,
orders should so specify, and the valves will be fur-
nished with a small hole drilled through the seat to
provide slow circulation when the valve is closed.
Construction: These vahes are strong, compact.
and neat appearing. They have a rough body and
are nickel-plated all over.
The valves are equipped with a renewable No. 8 Low
Pressure Composition Disc. For description and
dimensions of discs, see page 178.
No. 226 and No, 227 have a rising stem with a very
short vertical travel, and open or close in one and
three-quarter turns of the handwheel. This is ac-
complished by the threads in the disc holder and by
additional lifting on the part of the stem itself.
When the valve is opened, the stem rotates and rises,
thereby lifting the disc and disc holder. At the
same time the disc holder, engaged with the threads
on the rotating stem, moves upward on the stem.
The disc, therefore, is lifted by both the rising stem
and by the rising disc holder. This feature provides
for quick opening and closing, and eliminates the
use of fast acting threads in the disc holder which
frequently permit the inlet pressure to open the
valve after it has been closed by hand.
Stuffing box: The stuffing box is liberal in width
and depth to accommodate ample rings of packing. A
Extra length tail
bronze spring, bearing on a brass gland, maintains
constant pressure on the packing, thus minimizing
the possibility of leakage. These valves can be
repacked when wide open and under pressure.
Lock Shield valves: The No. 226 and No. 227
valves are regularly furnished with a moulded com-
position handwheel, but when so ordered, these
valves can be furnished with a lock shield at no
extra cost.
For description of lock shields, see page 82; for
prices of keys to operate lock shield \-alves, see
page 177.
LJ-1_
No. 226
No. 227
Dimensions, in Inches
Size
A(*)
C
G
H
K
N
V2
2V4
1
IV16
Vs
3Va
2
V*
2V4
IV16
1%
3/4
aVs
2
1
3
IV16
IIV16
IV16
31/2
2V4
1V4
3V2
l^Vl6
2
IV16
3%
2V2
1V2
33/4
11 Vie
2V4
IVie
41/8
23/4
(*) Dimension A conforms to the Standard adopted by the
Heating and Piping Contractors' National Association in co-
operation with the Manufacturers Standardization Society of
the Valve and Fittings Industry.
-pieces. - . .page 82
LI
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I
80
CRANE
Brass Radiator Gate Valves
Wedge Disc — Non-Rising Stem
-■■'
fii
M
*i
WORKING PRESSURES
125 pounds water, 200° F.
100 pounds steam
Crane No. 45"^ Brass Gate Valves are recom-
mended for radiator \'alve service on hot
water installations (either forced feed or
gravity flow type) and on steam or vapor
heating systems. They are especially suit-
able for use with unit heaters. In addition,
the vaK'CS are ideal for general shut-off valve
service at other points throughout heating
systems, as on boilers and hot water heaters.
When ordering f specify style of finish desired.
Cross Section
No. 455
^^'ith Male Union Outlet
List Prices and Dimensions
Size Inches % 3/4 1 I14 IV2
No. 455
Rough body, plain Each 3.20 3.75 4.65 6.00 8.25
FLough body, nickel-plated all over Each 3.65 4.25 5,20 6.60 9.00
Center to female end Inches 1 IVa lVl6 IVz ^Vie
Center to union end Inches 2Vi 2^ Vi6 2i3/i6 3Vi6 35/i6
Center to
Diameter
top of wheel Inches 3^4 414 51/4 5^4 6V2
of wheel Inches 1% 2 2V4 2V2 2%
Hot water service : When No. 455 Valves are
wanted for gravity flow hot water heating systems,
orders should so specify. Such \'alves are furnished
with a small hole drilled through the disc to provide
slow circulation when the valve is closed.
Construction : No. 455 Valves present a neat
appearance, are attracti\"ely finished, and are well
proportioned and sturdily constructed. They have
Extra length tail
a non-rising stem and a wedge disc.
Stuffing box: The stuffing box is filled with high
grade packing and is equipped with a gland.
Repacking: The valves, when wide open, can be
repacked while under pressure.
Lock Shield Valves : These valves can be furnished
with a lock shield without extra charge; see page 82.
■pieces. . . .page 82
1
Brass Solder-Joint Radiator Valves and Union Elbows
' 11 jj
M .1
M
Radiator Valve
With Solder-Joint Inlet
Crane Brass Radiator Valves and Crane Brass Radi-
ator Union Elbows having solder-joint inlet for use
with copper tubing are made to order; prices are
furnished on application.
The Crane Solder-Joint line includes valves, fittings,
and accessories for domestic and industrial installa-
tions; see the section devoted to Solder-Joint Valves
and Fittings, pages 4C)q to 512.
J
Radiator Union Elbow
With Solder-Joint Inlet
rTi T fri i i n iii n m tiT ^J ii W9 . w ai f^T m
■ JlJIllltVIl HtBI
CRANE
81
Heavy Brass Radiator Valves
Government Pattern — with Composition Disc
WORKING PRESSURE — 150 pounds steam
These valves are recom-
mended for steam and hot
water heating svstems.
'When wanted for gra\-ity
flow hot water, orders
should so specify ; such
vah-es are drilled with a
small hole through the seat
to provide slow circulation
when the valve is closed.
N^
No. 145 G
Left Hand Corner
No. 145 G
Right Hand Corner
Cross Section
No. 67 G
No. 67 G
Angle
When ordering corner valves, specify
whether right hand or left hand
corner valves are wanted.
List Prices and Dimensions
Size
Inches
V2
3/4
1
IV4
IV2
No. 67 G, Angle, rough body, nickel-plated all over EachI 3.70
4.30
5.10
6.40
8.40
13.60
No. 145 G, Corner, rough body, nickel-plated all over Each] 4.10
4.75
5.60
7.05
9.25
15.00
t— G
Inches
2Vt
8
3y4
3V2
3'/
8
43/f
8
5Vi
B Inches W^e 1% 1 V4 2 2V4 2i Vu
C Inches 2% 3 Z^A 4 43/8 5
D Inches VA IV2 1% 2 21/4 2%
E Inches V2 ^Vi6 ^Vie 1 W\g 1%
F-Open Inches 41/2 51/4 6 7V& T^h SYg
G Inches 21/4 2 V2 2 % 3 3 3
For list prices of Composition Discs, see page 178.
Construction: These valves are heavy and are un-
usually sturdy. They have a rising stem and a gland
in the stuffing box. The valves can be repacked
when wide open and under pressure.
Discs: Unless otherwise ordered, the valves are fur-
nished with a No. i Steam Disc, suitable for steam
service. When ordered for hot water service, they
are furnished with a No. 2 Hot Water Disc. For
description and dimensions of discs, see page 178.
Government and Navy Specifications : The valves
comply with Government Specifications issued by the
General Supervising Architect's Office and the Quar-
termaster General's Office, and also with Navy De-
partment Specification No. 66-P-i, dated February
I, 1032, on Power Plant Apparatus and Piping for
Shore Use.
Union Bonnet — with Brass Disc
WORKING PRESSURE — 200 pounds steam
When ordering, specify whether
globe or angle valves are wanted.
The No. 4270 Valves are recommended for high pressure
steam and hot water systems.
List Prices and Dimensions
olSUillllHlUUniMU
Cross Section
No, 4270, Globe
Size Inches Ys V2 Va 1 IV4
No. 4270, rough body Each 2.60 3.25 4.50 6.00 8.00
Center to female end Inches 1 IVie 1% l^'-'ie l^Vie
Center to union end Inches 2^Aq 2Vj6 3 31/4 3^4
Center to top, open Inches | 3^4 41/4 SVs 6 ^^A
Diameter of wheel Inches 2 2V4 ^Vz 2^4 3
No. 4270
Angle
open, can be repacked while under pressure. Sizes
V^-inch and smaller have a one-piece disc and stem.
These valves have Crane Special Brass body and
disc, and are heavy and ruggedly constructed. They
have a union bonnet and can be reground without
removing the body from the line. The stuffing box
is equipped with a gland. The valves, when wide
The valves shown on this page can be furnished with lock shield at the same price; see page 82.
y^, i}^, and 2-inch No. 4270 Valves can be made to
order; prices on application.
I
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82
CRANE
I
Radiator Valve
with Lock Shield
Lock Shields for Radiator Valves
All Crane Radiator Valves can be furnished with a LocI<
Shield without additional charge.
Crane Lock Shields are of sufficient length to completely
enciose the stem when the valve is wide open. When fur-
nished on nickel-plated valves, the Lock Shield is nickel-
plated. When furnished on rough body plain valves, it is
finished but not plated.
When ordering a radiator valve equipped with a Lock
Shield, the order should specify the size of the valve, its
catalog number, and should state "with Lock Shield".
When ordering Lock Shields only, the order should specify
the size and catalog number of the valve for which the
Lock Shield is wanted.
Key for
Operating
VaKe
with
Lock Shield
For list prices,
see page 177.
Extra Length Tail-Pieces
For Radiator Valves and Radiator Union Elbows
f '
' I'
■ I
fi
^'
yi-inoh Extra Length
I -inch Extra Length
1^^'inch Extra Lensth
2-inch Extra Length
List Prices, Polished and Nickel-Plated All Over
Catalog Number of Radiator Valve or Union Elbow | Nos. 112, 113, 174. 192, 226, 227, 455, 1213. and 4270
Size of valve or elbow
Inches
V2
V2-irit:b Extra Length Tail-Piece
1-inch Extra Length Tail-Piece
lV2'inch Extra Length Tai l-Piece
2-inch Extra Length Tail-Piece
^4
W4
Each
Each
IV,
.55
.65
.95
1.15
1.40
.55
,65
.95
Each
1.15
1.40
.65
.75
1.05
1.50
Each
.65
.75
1.75
1.05
1.50
1.75
Extra Length Tail-Pieces provide a con\-enient and
economical means of correcting rough-in dimensions.
When, after the installation of supply and return
lines, it is found that the regular tail-piece is not long
enough to reach the radiator, one of these can be
easily substituted to make proper connections.
They are furnished in four different lengths, making
it possible to increase the regular center to union end
dimension of radiator valves and radiator union
elbows H-inch, i-inch, i}^-inches, or 2-inches, de-
pending upon the extra length used.
All tail-pieces are interchangeable on corresponding
size valves and union elbows, and orders need only
state the size of the valve or elbow.
All orders should specify the extra length wanted.
Hot Water Radiator Air Valves
Qs^
No. 206
Radiator Air Valves, Nickel-
Plated with Wood Wheel, are
furnished in Yg-inch size only.
No. 210
Radiator Air Valves, Nickel-
Plated with Lock Shield, are
furnished in Y^-inch size only.
No. 206
Prices on Application
») •»*»■
No. 210
These needle valve air vents, furnished both in wheel eliminate air from hot water radiation and supply
handle and loose key types, are used primarily to lines. Keys for lock shield must be ordered extra.
I I 1> * 1 -TTT'
CRANE
83
m
Hoffman Venting Valves
For Gravity, Steam, or Vacuum Heating Systems
1
i
'i ■;-
OPEN TYPE: Open or '*non-vacuum" type valves
function to vent a 1 air. but close tight against steam
or water leakage. The vent port is normally open.
No. 1 Air Valve
For venting radiators or heating units
of one or two-pipe gravity steam sys-
tems. Does not prevent the return of
air to the system. These valves have
an adjustable vent port and spit-proof
double shell construction. lo pounds
maximum operating pressure; J^-inch
connection. Made in angle pattern only.
No. lA Air Valve
A moderately priced air valve for vent-
ing radiators or heating units of one
or two-pipe gravity steam systems.
Furnished with adjustable vent port
and chromium finish. lo pounds maxi-
mum operating pressure; j/g-inch con-
ne'Ction. Made in angle pattern only.
No. 40 Air Valve
This strictly competitixe valve em-
bodies traditional Hoffman quality-
manufacture. Non-adjustable vent port;
nickel-plated. lo pounds operating
pressure; j^-inch connection. Made in
angle pattern only.
MAIN VENTS
No. 4A Air Vent
A fast-venting valve of modern design
and competitive price for venting mains
of one and two-pipe gravity steam
systems. Closes against water and
steam, ^e'i*^^^ non-adjustable port
and lo pounds operating pressure.
Connections : ^^-inch male, 3^-inch
female.
No. 75 Float Air Vent
For venting mains cf one and two-pipe
gravity steam systems. Large area
float member closes port against water
leakage, ^-inch non-adjustable vent
port, for 10 pounds pressure. For ex-
tremely fast venting. No. 75A has a
3^-inch port for a maximum pressure
of 3 pounds. Connections: ^-inch
male, 5^-inch female.
MISC. VALVES
No. 3 Air Line Valve
For venting radiators of air line or
Paul systems, J^-inch radiator con-
nection; J^-inch air line connection.
Maximum pressure, 10 pounds. These
valves have an all-metal thermostatic
VACUUM TYPE: Vacuum type valves function to
vent all air without loss of steam or water, and also
close against the return of air through the valve port.
No. 2 Vacuum Valve
For radiators of one-pipe vacuum sys-
tems. The double air lock prevents the
return of air after the radiator has been
completely vented. The new adjustable
vent port permits "controlled venting".
Double shell constixiction eliminates
water leakage. Operating pressure,
10 pounds. J/^-inch connection. Made
in angle pattern only.
t^
No. 2A Vacuum Valve
This valve vents as freely as an open
valve, no pressure being required to
open the check. It has an adjustable
\xnt port and double air locks. 10
pounds operating pressure and ^-inch
connection. Made in angle pattern only.
MAIN VENTS
No. 16A Vacuum Vent
For venting steam mains of one-pipe
vacuum systems. Closes against water
and a double air lock prevents the
return of air to the system. Non-
adjustable vent port, ^g-'i^ch. Size of
connections : J^-inch male, J^-inch
female.
No. 76 Vacuum Float Vent
For venting steam mains of one-pipe
vacuum systems. These valves have a
double air lock and a ^2"'^^h non-
adjustable vent port for pressures to
10 pounds. For extremely fast venting.
No. 76A has a 3^-inch port — maxi-
mum pressure, 3 pounds. Size of con-
nections: J^-inch male, J^-inch female.
ADAPTORS
Hoffman Adaptors permit the
use of angle pattern valves on
convector radiators or mains
Short formerly requiring valves of
Adaptor . ■ 1 / > 1 r\ ^
straight shank pattern. Only
Hoffman valves with the new "short
tongue" siphon can be used with Hoff-
man Adaptors. Size of connections:
Short Adaptor, J/g, }4, and J^-inch;
Long Adaptor, J^-inch.
J I
m
Long
Adaptor
7>ie short Adaptor
is used when there is
sufficient space be-
tween convector
and wall to permit
turning the valve all
the way around
wh-ea installing.
Mil
■1
— —
element-
Prices and additional information on application.
A long Adaptor is
used when convec-
tor fits tightly.
Space between the
adaptor tapping
and convector per-
mits screwing in the
Hoffman Valve.
i
III
6|
1
1
1
1
H
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1 . LL1 illllJlftllJ 1
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I
84
CRANE
Hoffman Thermostatic Traps
Low Pressure Radiator Traps — (15 Pounds Max. Pressure)
No. 17 A
No. 17 D
No. 8 A
No. 9 A
No. 17A: This trap has a renewable seat and inter-
changeable thermostat. Capacity, 200 sq. ft. direct
radiation; port, 5^-inch; pressures to 15" pounds.
Connections: Angle pattern — }4". }4" ^ M". and
M" ^ M" ; swivel pattern —
No. 17D : This trap has the same dimensions, capac-
ities, and connections as No. 17A, but has an Adnic
diaphragm thermostat of exceptional wearing qual-
ities.
SWIVEL PATTERN
No. 8A, 17A, and 17D are available in J^-2-inch size
with an easily adjustable swivel connection for
straightway, right or left hand pattern, or any inter-
mediate angle. See indi\'idual valve listings.
No. 8A: Thermal member, valve pin and seat are
combined in a single unit. Capacity, 400 sq. ft. direct
radiation; port, 5^-inch; pressures to 25 pounds.
Connections: Angle pattern — J/^", }4" ^ /4'^ arid
/4:" ^ /4"'> swivel pattern —
72
No. 9A: Thermal member, valve pin and seat in a
single unit. Capacity, 700 sq. ft. direct radiation.
Port, l/iQ-inch; pressures to 25 pounds. Connections:
Angle pattern with union, j^"; without union, %"
or I
//
VERTICAL PATTERN
No. 17A and 17D, in J^-inch size, are available in
a vertical straightway pattern designed for con-
cealed radiators or convectors with bottom outlet.
Medium and High Pressure Thermostatic Traps
fSAv^
No. 8 & 9 No. 20 H
No. 8 and 9 : These traps have a diaphragm type
thermostat made of Adnic. Thermostats are cage-
mounted and are easy to remove.
No. 8 has a nominal capacity of 200 sq. ft.; port ^fe-inch;
pressure range, vacuum to 50 pounds. Connections: 3-'2-inch —
Angle, R-H., L.H. Corner, and Straightway patterns, ^-s-'nch
— Angle pattern only.
No, 9 has a 600 sq. ft. capacity; port, }^-inch; pressure range,
vacuum to 50 pounds. Connections: ^-'mch — Angle and
Straightway patterns. 1-inch — .Angle pattern only.
Float & Thermostatic Traps
All working parts are
mounted on the easily re-
movable cover. Pipe con-
nections need not be broken
to service the trap. These
Float and Thermostatic
Traps, also known as the
Hoffman 50 Series, ha\'e a
stainless steel renewable
valve seat, reversible valve
pins, and a hydraulically formed bellows thermostat.
These traps are also available as Mechanical Drip
Traps without an internal thermostatic air by-pass.
Low pressure traps up to 15 pounds pressure; high
pressure traps up to 125 pounds.
No. 21 H No. 10 A No. 37, Radiator Valve
No. 20H and 21H: These traps are of all-bronze
construction and are furnished with a solid filled
bellows thermostat which is highh' resistant to water
hammer. The thermostat, cage and seat are com-
bined in a single unit. Pressure range, without ad-
justment, o to 125 pounds.
No. 20H has a 3-^-inch port and a J^-inch Angle pattern (with
union) connection.
No. 21H has a 3^-inch port. Connections: % or 1-inch Angle
pattern without union. Union connection, ^-inch only.
No. lOA: These Thermostatic Drip Traps have a
solid filled bellows which withstands water hammer
without appreciable harm and operates through a
wide pressure range. They have a renewable bronze
seat and interchangeable thermal members. These
Traps have a nominal capacity of 2800 square feet
direct radiation. Port, %-irich. Operating pressures
up to 25 pounds, i-inch inlet and outlet (no union),
in Angle pattern only. .
No. 37 : This Bellows Type Packless Radiator Sup-
ply Valve is for one and two-pipe steam systems.
Angle patterns — }4, H- L '34- and ij^-inch.
Swivel patterns — 3^ and ^-inch. Offset patterns —
I and 1 34-inch.
Prices and additional information on application.
f v^ I P ■ "•
«i ■ ipri
CRANE
85
Hoffman-Economy Heating Pumps
Vacuum Type
Type V-V
Type SVA — Single Unit
Duplex Unit
Hoffman-Economy Vacuum Pumps employ the jet
type of vacuum producer because no other type can
approach its simplicity and effectiveness in rapidly
removing air from a heating system. It contains no
moving parts to wear or score, hence it will produce
maximum vacuums o\"er a long period of service.
The type VV unit is unusually compact, with verti-
cally mounted pump and motor on cast iron receiver.
Bronze fitted, with enclosed type impeller, stainless
steel shaft, heavy type flexible coupling. Shielded
deep groove ball bearing carries the pump shaft
independent of the motor bearings. Capacities up
to I 5,000 sq. ft. E.D.R. in single or duplex units.
The SVA horizontal type unit is available m capac-
ities up to 300,000 sq. ft. E.D.R. in both single and
duplex styles.
Both the VV and SVA types are made in standard
ratings for the ordinary installation operating be-
tween three and twelve inches of vacuum, and also
in special ratings for jobs where conditions (such as
lifts in the return lines) require carrying higher
vacuums of ten to sixteen inches.
Condensation Pumps
Types E and EC
Types E and EC : These units
are equipped with a cast iron
tank on which is mounted a
ba 1 1-bearing flexible-coupled
pump, bronze fitted through-
out. Motor is placed on top
of pump so that the unit may
be installed in shallow pits
with less danger of submerg-
ence in case of flood. Motors
are of standard make with
ample overload capacity. All
operating parts are simple and readily accessible.
Type E units operate at 1750 rpm with capacities to
65,000 sq. ft. E.D.R. and discharge pressures to 30
pounds. Type EC units operate at 3450 rpm with
discharge pressures to 60 pounds. Both are available
in single or duplex styles.
Vertical Underground Pump
Vertical Underground
Pump and Receiver
This pump is used where re-
turns are located below floor or
are otherwise too low for hori-
zontal pumps. Where it is
desired to save floor space the
pump is installed flush with
floor. Two pumps may be in-
stalled in a single tank of
larger size if desired. The
price is double that of the single
unit. Capacities of this pump to
30,000 square feet of radiation.
Pressures to 100 pounds.
Type S: Type S pumps are
dependable, inexpensive units
for jobs where the service is
not severe. These pumps ha\-e
steel receivers but otherwise
are generally similar in appear-
ance and construction to the
E and EC. They are bronze
fitted throughout with ball
thrust bearing in the motor ^^®
head. Flexible coupling betv\een pump and motor —
pump carried on thrust type ball bearings. Capac-
ities up to 8000 sq. ft. E.D.f^. and discharge pressures
to 30 pounds. Motors operate at 1750 rpm on 10-
pound, and 3450 rpm on 15 to 30-pound units.
Single or duplex.
Multi-Stage Type
Types B and C : Types B and
C are for jobs operating on
higher pressures and consist
of a horizontal bronze-fitted
'multi-stage centrifugal pump
with flexible coupled motor. ^ r h r
Double outboard bearings, ^^^^ ^"
readily renewable. Water sealed stuffing boxes;
bronze glands. Receivers are available in either steel
or cast iron. B and C units are listed in capacities
up to 65,000 sq. ft. E.D.R. and discharge pressures
to 150 pounds. Type B units operate at 1750 rpm,
and Type C at 3450 rpm. Single or duplex.
Type T: Type T pumps are similar to the Type S
except they employ a turbine type pump. They are
intended for commercial applications where discharge
pressures up to 150 lbs. are required for capacities
up to 10,000 sq. ft. E.D.R. Sing e or duplex.
Prices and additional information on application.
i
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"■"■^" .i.**niif>,i^..^.*ii>i >iiitiii>i_>imj£iyi> ■>■■■. iiiwumwi^ .. II
""^""^"-'^'^-^ '
^
86
I
CRANE
Other Crane Brass Valves
§m
The preceding pages, numbers 1 3 to 84, while grouped
under the general headings of ''Brass Valves", do not
include all of the brass valves manufactured by
Crane Co. Those that are designed to perform a
special duty or that are made for special services are
shown in other sections of this catalog, as follows:
t'ft^M
ill
Brass Float Valves pages 380 and 381
Brass Safety and Relief Vai\-es pages 384 to 400
Brass Valves for Marine Ser\ice pages 462 to 467
Crane-Seal Brass VaKes. , . pages 402 and 4q3
Solder-Joint Brass Valves pages 502 to 505-
Crane Iron and Steel Valves
^
I
Many users classify valves not so much by materials as by
services. Iron body vaK-es, and in some cases even steel valves,
are considered as alternates for brass valves. This is especially
true of the smaller sizes, while in the larger sizes, the iron or
steel valve is the logical continuation of the small sizes of
brass valves. The selection of any type — brass, iron, or steel —
depends upon the user's preference, established by considera-
tions of ser\-ice and economy. Crane Co. manufactures complete
lines of iron and steel X'alves; see the pages referred to below:
'1
m
iron Body Gate Valves pages qj to 141
IronBody Globe. Angle, and Cross Valves. pages 143 to 153
Iron Body Check and Foot Valves pages 155 to 166
Steel Gate Valves pages iqy to 307
Steel Globe and Angle \'al\es pages 30c) to 326
Steel Check Valves pages 327 to 336
m
CRANE
87
Brass Stops, Brass Cocks, and Iron Cocks
The Crane line of Brass Stops, Brass Cocks, and Iron
Cocks, illustrated on pages 88 to q6, is unusually
complete and affords the user a varied selection for a
wide range of service conditions.
Brass l^ough Stops page 88
Brass Ground Key Stops page 88
Brass Brine Cocks page 88
Brass Ground Key Faucets page 88
Brass Corporation Stops page 8q
Brass Hydrant Stops. . page 8<^
Brass Gas Ser\'ice Stops page qo
Brass Gas Meter Stops page qo
Brass Gas Sto\*e Stops page qo
Brass Pet Cocl<s page qo
Brass Cylinder Cocks page qo
Brass Gauge Cocks ' page qo
Standard Brass Steam Cocks page Qi
250-Pound Hard Metal Steam Cocks page qi
Standard Iron Cocks page qi
Iron Gas Line Cocks page q3
Heavy Duty Iron Cocks page q3
Iron Lock Cocks, Essex Pattern page 03
Brass and Iron Spring Loaded Cocks. , . . -page q4
Iron Asbestos Packed Cocl<s page q5
In addition, various accessories are included:
Hydrant Clamps page 8q
Wood Rod Couplings page 8q
Street Washer Keys page 8q
Hydrant Handles page 8q
Wrenches for Cocks page q6
The uniformly high quality that characterizes
all Crane products is maintained in these lines.
■f-
m
, L I
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f ■
Crane Cocks in an intricate pumping system.
Crane Three-Way Cocks control the filling of these vats.
L^>,>^>,>^..^ , .^^mn^nb^int*
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88
CRANE
Brass Rough Stops
Flat-Way, Tee Head
No. 804
Without Check or Drain
No. 806, With Check and
Drilled Drain
(Not illustrated)
Flat-Way, Lever Handle
No. 804 Vz
Without Check or Drain
(Not illustrated)
No. 8O6V2, With Check
and Tapped Drain
(Tapped for drain tube)
Round -Way
No. 812, Tee Head
Round -Way
No. 812V2, Lever Handle
List Prices and Dimensions
Size
Inches
V2
Vs
3/4
No. 812 or No. 8UV2
Each 2.20 3.00 3.85 I 6.15
End to end
Inches! 23/8 |2J3/i6| IVs I 39/i
List Prices and Dimensions
Size
Inches
%
V2
f %
3/4
1
iy4
IV2
2
No- 804 or No, 8041/2
Each
1.70
1.75
2.45
3.00
4.40
7.45
12.45
21.50
No. 806 or No. 8O6V2
Each
1.75
1.80
2.50
3.05
4.50
7.60
12.70
22.00
End to end
— ^
Inches
iVs
2%
21/2
2"/l6
31/8
3V8
31V16
4716
Drain Tubes (/7, 64" O.D., 27 threads per inch) for No. 806'/2 Stops are extra.
Brass Ground Key Stops Brass Brine Cocks
If 1J W
With Reversible Check With Re\-ersible Check & Tapped Drain
No. 820, Removable Lever Handle No. 821, Removable Lever Handle
No. 823, Removable Tee Head No. 824, Removable Tee Head
List Prices and Dimensions
No. 814, Lever Handle
List Prices and Dimensions
Size
Inches
y^
'A
8
%
1
No. 820 or No. 823
No. 821 or No. 824
Each 1.75 2.45 3.00 4.40
Each 1.80 2.50 3.05 4.50
End to end
Inches I 278 I 31/8 ! 3V4 1311/
Size Inches % 1/2 3/^ 1 j y^
No. 814 Each 1.25 11.35 2,00 3,00
4.50
End to end,
Inches
2¥l6
2y2
2%
33/8
41/4
'16
Drain Tubes (27 54" O.D., 27 threads per inch) are extra.
*l
No. 800, Plain
Brass Ground Key Faucets
When ordering^ specify whether
Rough or Polished Faucets are wanted.
List Prices
Size
Inches
%
Vs
V4
1
No. 800
Rough
Each! 1.70 1.75 3.00 4.40
Polished
EachI 2.10 2.15 3.75 5.40
No. 801
Rough
Each
2.00 3.25 5.00
Polished
Each
2.40 14.00 6.00
Size of Hose Thread
I 3/4" i 3/4" I 1"
No. 801 Faucets have Chicago Hose Threads on outlet.
No. 801, For Hose
w^r^m f ■ ■ I ■ p I
No. 830
CRANE
Brass Corporation Stops
89
No. 834
No. 831
I
No. 833
No. 830 and No. 83 1 Stops have a long male thread
on the inlet end, to fit Mueller, Payne, and Lennox
taps. The outlet end has an inside thread to fit
Mueller, Payne, and Lennox tapping machine screw
plugs. These Stops have a H bend (45°) tail-piece.
On No. 830 Stops, the outlet male thread engaging
the union nut is one size larger iron pipe size (^--g-inch
Stops have J^-inch threads). On No. 83 i Stops, the
Hydrant Clamps
Size
Inches
V2
H
3/4
1
No. 830
Each
.95
1.35
1.65
2.60
No_ 831
Each
.95
1.35
1.65
2.60
No- 833
Each
.70
.95
1.15
1.85
No. 834
Each
.75
1.05
1.30
2.05
No. 837
Each
.70
.95
1.15
1.85
No. 837
outlet male thread is Mueller Standard,
No. 833 Stops are the No. 830 with the union cou-
pling omitted. No. 837 are the No. 83 i with the union
coupling omitted.
No. 834 Stops have male iron pipe threads on both
ends. The ^g-inch size has %-inch threads.
No. 830 and No. 831 Stops can be furnished with a
straight tail-piece, when so ordered.
Brass Hydrant Stops
Orders should specify
whether with square
hole or tapped for
pipe.
No. 850
For Square Rod
Malleable Iron
No. 850
Tapped for Pipe
Malleable Iron
For Square Rod Pipe Tap
Size of rod or pipe Inches % Vie V2 '% V2
Width of slot Inches Vie V2 V2 V2 V2
Black Each .06 .08 .10 .09 .13
No. 850
Galv. Each .12 1 -17
— A-^— B
No. 816, Tee Head, With Check and Drain
Street Washer
Keys
Size
Inches V2
V4
1 11/4
No. 816
Each 2.15
3.75
5.40 8.65
Dimensions
A IViG
IV16
IV16 2Vl6
in
B IIV16
2V8
2Vi6 21V16
Inches
C IV16
V/s
2Vs \ 2Vs
Hydrant
Handles
Wood Rod
Couplings
No. 854, Malleable Iron
No. 856, Malleable Iron
Length, 8^ Inches
No. 860, Malleable Iron
To fit ^-inch Square Rod
No. 860 Each[ .10
No. 854
Black Per Set .40
Galv. Per Set .50
\ No. 856
To fit %-inch square rod Each] .21
lo nt -y^'incn square n^^ t^a^-.-.
To Bt V2-i"ch square rod Each
.23
These couplings have a ^-inch
pipe thread, and may be used
with I or 13^-inch square rod.
m^
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.
II
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I
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M^d^
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It
90
CRANE
Brass Gas Service Stops
No. 270, Flat Head
No. 272, Square Head
No, 276, Tee Head
No. 278, Tee Head
With Check
No. 284, Flat Head
With Lockuo
Brass Gas Meter Stop
Brass Gas Stove Stop
For
Apartment
Houses
No. 289
Removable Lever Handle
I
With Lockup
No. 298
Lever Handle^
With Check
List Prices
Dimensions, End to End, in Inches
Size Inches 1/4 % V2 % 1 11/4 IV2 2
Size 1/4 % 1 1/2 3/4 1 11/4 IV2 2
No. 270 Each' .90' 1 .00 l.lOi 1 .30 2.10 13.25 4.60 8.00
No. 270 1% 1 lyg ; 21/16 1 23/s 211/1,, 3Vi6!3^Vis 49/i6
No. 272 Each .90.1.00 1.10 1.30 2.10 3.25 4.60 8.00
No. 272 15/8 17/g 21/16 23/8 I211/16 35/16 311/16 4V,6
No. 276 Each .90 L.OO 1.10 1.30
No. 276 1% 1% 2i/,6 23/8
No. 278 Eachll.OO 1.15 1.30 1.55'
No. 278 1% V/s 21/16 23/8
No. 284 Each 1.40 1.60 2.50 3.85 5.35 9.00
JNO. 284 21/8 2% 31/,fi aVifi 31Vifi 41/,
No. 289 Each 1.50
No. 289 2
No. 298 Each 1.15 1.25 1.35 2.15 3.25
No. 298 1% iv/g 2i/,6 23/8 l^Vie
The No. 284 Brass Gas Service Stops and the No.
28q Brass Apartment House Gas Meter Stop can be
lockeJ when in the closed position. The prices do
not include a lock.
W
rencnes
The No. 289 is recommended for use where a single
gas stove or other appliance is connected to se\-eral
meters, as in the laundry room of an apartment
building. Each tenant can lock his own stop.
. . page 96
Brass
Brass
Pet Cocks Cylinder Cocks
No. 700, Tee Head
No. 702, Lever Handle
*For No. 724 Cylinder
Cocks in sizes larger than
J^-lnch, use No. 800
Ground Key Faucets; see
page 88
No. 724, Lever Handle
List Prices
Size
Inches
Vs
V4
Vs
V2
No. 700
Each
.40
.45
.50:
.60
No. 702
Each
.55
.60
.65
.75
No. 708
Each
.55
.65
.75
No. 710
Each
.70
.80
.90
No. 712
Each
.75
.85
.95
No. 714
Each
.90
1.00
1.10
No. 724
Each
.85
1.15
*
*
No. 744
Each
.75
Brass
Gauge Cocks
Male
No. 708. Tee Head
Male
No. 710, Lever Handle
No. 744
Male and Female
Tee Head
Female
No. 712, Tee Head
Female
No. 714, Lever Handle
CRANE
91
Standard Brass Steam Cocks
WORKING PRESSURES — 125 pounds steam
125 pounds cold water, oil, air, or gas, non-shock
Air Tested
No. 250
Square Head
No. 252
Flat Head
No. 254
Square Head
With Check
No. 256
Tee Head
No. 258
Tee Head
With Check
No. 266
Male and Femaie
Flat Head
No. 268, Three-Way
Square Head
With Check
No. 269, Four-Way
Square Head, With Check
Made to order only
List Prices and Dimensions
No. 265
Flanged
Square Head
Size
Inches
Vi
s
Va
M
s
Vi
Va
1
IV4 I IV2
2 v.
No. 250 or No. 252
Each
.85 1.00 1.25 1.70
2.35 3.70 4.85 7.30 114.50 22.50
No. 254
Each
1.40 1.90 2.55 3.95 I 5.15 7.65
No. 256
Each .85 .85 1.00 11.25 1 1.70 2.35
No. 258
Each 1.00 1.00 1.15 11.40 1.90 I 2.55
No. 266
No. 268
Each
1.35 1.45 12.00 2.50 3.00 1 5.35
Each
1.80 2.10 2.50 13.00 3.75 1 5.75 7.15 11.00
No. 269
Each
6.00 i 8.50 I 11.00 14.50 | 17.50 | 25.00
No. 265, Flanged, F.D.&S.F. Each
5.50 ' 7.30 \ 9.70 ' 11.75 18.00 27.50
43.00 ! 84.00
No. 250, 252, 254, 256, and 258
End to end Inches
m
s
1% iy4
2Vi
VA
16
3y2
31 Vie
49/16 53/4
67/
8
No. 266, End to end
Inches
PV16 2Vi6 I IVi I iv%
33/i
■8
41/4
No. 268or 269, Centerto end Inches
V^
8
^M
32
1V4 1 11V32 1 lys
23/16 2IV32
No. 265, Face to face
Inches
21V16 I 31/8 ' 33/4 I 43/8
6 I 73/g I 9%
Flanged cocks' The end flanges on No. 265 Cocks
conform to the MSS 150-Pound SP Bronze Flange
Standard (No. SP-2~iq37). They are plain faced,
with two V-shaped concentric grooves between the
Flange dimensions and ten-xplates for drilling
port and the bolt holes. Prices include drilling to the
MSS 150-Pound Standard, and spot facing; no de-
duction is made if cocks are ordered faced only.
Full face gaskets should be used; see page 567.
page 550 Wrenches , . page 96
■
250-Pound Hard Metal Steam Cocks
WORKING PRESSURES — 250 pounds steam
250 pounds cold water, oil, or gas, non-shock
^ ■
List Prices and Dimensions
Size
Inches V4
%
Vz
3/4 1
IV4
IV2
2
21/2
3
No- 80 E
Each 1.40
1.75
1.75
2.40 3.60
6.00
7.75
11.50
23,00
35.00
End to End,
Inches l^A
2
23/8
2"/i6 35/16
4
4 1/2
5V4
63/8
73/4
No. 80 E, Square Head
The body and plug are made of Crane Hard Metal, a
copper-tin bronze of unusual strength and hardness.
Wrenches . page 96
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92
CRANE
Standard Iron Cocks
WORKING PRESSURE — 125 pounds cold water, oil. air. or gas, non-shock
Air Tested
Square Head
No. 320, All-Iron
No. 322, With Brass Washer
No. 324, With Brass Plug and Washer
Flat Head
No. 320 V2, Ail-Iron
No. 322V2, With Brass Washer
No. 3241/2, With Brass Plug and Washer
Flanged, Square Head
No. 325, All-iron
No. 329, With Brass Plug and Washer
All of these Cocks are regularly fitted with an iron nut.
Three-Way, Square Head
No. 326, All-Iron
No. 330, With Brass Plug and Washer
Three-Way
Cross Section
List Prices
Three-Way, Square Head, Flanged
No. 331, All-Iron
No. 335, With Brass Plug and Washer
Size
Inches 1/2 3/4 1 IV4 IV2 i 2 21/2 3
4
No. 320
Black Each .90 1 1.05 1.30 1.60 1.95 2.70 4.40 6.75
15.50
Galv. Each 1.35 1.60 1.95 2.40 2.95 4.05 6.60 10.15
23.25
No. 320 V2
Black Each .90 1 . 05 1.30 1 . 60 1 . 95 2 . 70 4 . 40 6 . 75
15.50
Galv. Each 1.35 1.60 1.95 2.40 2.95 4.05 6.60 10.15 23.25
No. 322 or So. 322V2 Black Each 1.00 1.20 1.55 1.95 2.35 3.20 5.15 7.75 19.00
No. 324 or No. 324^2
Black Each 1.40 1.75 2.15 3.00 4.15 5.75 9.50 14.00 40.00
Galv. Each 1.75 2.15 2.60 3.55 4.85 6.70 11.00 16.30 45.25
No. 325, Flanged, F. & D. Black Each, 4,25 6.25 9.50 19.00
No. 329, Flanged, F. & D. 'Black Each ! ' 7.50 11.25 16.75
43.50
No. 326
Black Each 1.65 1.80 2.05 2.65 3.65 5.35 7.50
19.00
Galv. Each 2.50 2.70 3.10 4.00 5.50 8.00 11.25 28.50
No. 330
Black Each 2.35 2.65 3.45 4.90 6.75 10.50 14.75 43.50
Galv, Each 3.00 3.35 4.25 5.95 8.20 12.45 17.40
50.50
No. 331, Flanged, F. & D. Black Each 7.00 9.00 12.75
26.00
No. 335, Flanged, F. & D. Black Each 10.00 14.00 ! 20.00
50.50
When so ordered, these Cocks can be furrrished with a check, at an additional price.
Dimensions of Screwed Cocks, in Inches
Size
Inches
V2
3/4
1
IV4
IV2
2
2V2
3
4
t:»^ t^ ^,.A ^os- 320, 322, 324
tnd to eiia, ^^^ ZlOVz, 3221/2, 3241/2
21/4
23/4
3%
41/8
4%
51/4
6%
7V*
9%
End to end, Nos. 326 and 330
23/4
3%
41/8
45/8
51/4
6%
7Vi
97/8
Center to end of outlet, Nos. 326 and 330
IV16
IIV16
2Vife
21/4
2%
33/16
37/8
51/16
Flanged cocks : The end flanges
conform to the American Cast
Iron Flange Standard, Class 115
(Bi6a-ic)3q). Prices includedrill-
ing to this Standard. No deduc-
tion is made if cocks are ordered
faced only.
Dimensions of Flanged Cocks, in Inches
Size
2
21/2 3
4
Par*p fr^ r^r*^
No. 325 or No. 329
(>%
8% 9%
nVs
X Cl^^ K'K/ -i. d-^Cx
No. 331 or No. 335
6%
8% 95/8
nVs
Center to face of side opening No. 331 or No. 335
41/8
4Vl6 413/16
eVie
Diameter of flanges
6
7 71/2
9
Thickness of flanges
%
!'Vi6 ¥4
1V16
Wrenches . . page 96
Templates for drilling . . page 551
CRANE
93
Iron Gas Line Cocks
WORKING PRESSURE
125 pounds cold water, oil. air, or gas, non-shock
Air Tested
^tl'S'^?.?'^ ^!^' ^.%^^ f^'^t H^^d, with Lockup
i^o. 1228 No. 1232 No 1234
With Brass Plug and Washer With Brass Plug and Washer With Brass Piu- and Washer
Flat Head, with Recessed Ends
No. 1236
With Brass Plus and Washer
List Prices and Dimensions
Size
Inches
V2
3/4
1
IV4
IV2 2
2y2 3
No- 1228 Black
Each
1.55
1.85
2.40
3.25
4.95 7.20
14.70 21.10
No. 1232 Galv_
Each
1.65
1.95
2.55
3.45
5.20 7.60
15.50 22.20
Black
Each
1.85
2.15
2.80
3.85
5.70 8.20
ENu, liJ^ ^^jy
Each
1.95
2.25
2.95
4.05
5.95 8.60
End to end
Inches
2V4
2%
3V4
33/4
4V4 5Vi6
6% ; 7
List Prices and Dimensions
Size Inches % 1 11/4
No. 1236
Black Each 2.35 2.90 3.75
Gaiv. Each 2.45 3.05 3.95
End to end Inches 3% 4^4 4^4
Wrenches .... page 96
When so ordered, the No. 1228 Cocks can be furnished with a check, at an additional price.
These sturdy, compact full area cocks are especially Lockup in which a padlock or sealing pin may be used
suited tor gas lines. They have a brass plug and vr ^ n \ -^ ^ c ^ r - " ,, -
washer, a cast iron body, and an iron nut u °- '"^^ ^^^^'^^^ '^^^' ^^^ underground installations.
,, . „^ have a H-inch recess at each end, which protects
AH sizes ot No. 1234 Cocks have a J^-^-inch hole for the threads and assists in supporting the pipe.
tt
SJl.
Flat Head
No. 334, All-Iron
No. 336, With Brass Washer
No. 337, With Brass Plug and Washer
Heavy Duty Iron Cocks
WORKING PRESSURE
200 pounds cold water, oil, air, or gas, non-shock
List Prices and Dimensions
Air Tested
Size
Inches
V2
^4
1
IV4
IV2
1 2
No. 334
Black
Each
1.15
1.25
1.75
2.10
2.80
3.65
Galv,
Each
1.75
1.90
2.65
3.15
4.20
1 5.50
No. 336
Black
Each
1.25
1.40
2.00
2.45
3.20
4.15
No. 337
Black
Each
1.80
2.40
3.05
4.20
6.00
7.50
Galv,
Each
2.25
2.90
3.65
4.90
6.95
8.75
End to end
Inches
3
3%
4
43/4
5%
678
fi
and
t/
z" No. 33b Cocks are also known as "'Oil Country Pattern"
Wrenches . , . . page 96
i-n.
K.
J I.
Iron Lock Cocks, Essex Pattern
Standard
Extra Heavy
WORKING PRESSURES
175 pounds cold water, oil, air, or gas, non-shock
350 pounds cold water, oil, air, or gas, non-shock
I
WORKING PRESSURES
Size Inches
No. 321, Standard No. 323, Extra Heavy
2 3 4 2 3 4
Price Each 4.00 8.00 14.00 5.00 10.00 17.50
End to end Inches 63/4 8% 10 71/8 9 11
Center to top Inches 4V4 SVz 7^4 ^% ^¥4 W2
Center to bottom Inches 4% 6 6^8 4^4 6 7y&
Wrenches . . page 96
Frices do not include lock
Air Tested
The se cocks
can be locked
open or closed.
Square Head, with Brass Washer
No. 321, Standard
No. 323, Extra Heavy
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\.
; -ill
94
CRANE
Spring-Loaded Cocks
Brass Three-Way Cocks
For Air Hoists
125 pounds air working pressure
From Top
of Hoist
Air-Tested
Brass Cocks
WORKING PRESSURES
125 pounds air~175 pounds cold water, non-shock
Vent
Inlet
To Top
of Hoist
No. 308, Three-Way
Square Head With Check
No. 308 Cocks are '^'^XV"""l-4'-Qi<0D H Inlet
designed for use on
air hoists. The two
diagrams aboA-e illustrate how they operate.
Upper view (lifting position) : pressure is admit-
ted below piston, and air abo\-e escapes to
atmosphere through \-ent in body of cock.
Lower view (lowering position) : W'ith wrench
turned qo°, supply is shut off, and air below pis-
ton is diverted to upper portion of cylinder.
Size
Inches
%
V2
No. 308, List Price
Each 5.00
6.30
Center to end,
hichesi IV16 I IV:
'32
Iron Mine Cocks
WORKING PRESSURES
125 pounds air
175 pounds cold water, non-shock
3 and 4"
sizes have
a bolted cap.
No. 318
Triangulur 1 lead
With Lock Shield
With Brass Plus
No. 319
Square Head
^\'ith Brass Plug
The lock shield on the No. 3 18 prevents tam-
pering. Use the triangular wrench, page 06.
All- Iron \hne Cocks — prices on application.
Size
Inches
Vz
•j:
No. 305
Square Head
No. 306 Square Head No- 307
Three-Way Four- Way
Size
Inches V^
Wi
'8
V2
V4
No. 305
List Price Each 3.00 | 3.20 1 3.50 1 4.00
C. to end, Inches j ^Vsz I ^Vz2 I IV32 I l'V32
No. 306
List Price Eachl 3.50 j 4.00 j 4.80
C. to end. Inches] ^1/32 | ly^^ | I3/32
No. 307
List Price Eachl 4.00 4,80 i 6.10
C. to end, Inches! IVie I IVs I ^V:
'32
Iron Four-Way Cocks
WORKING PRESSURES
250 pounds air— 350 pounds cold water, non-shock
From Cylinder
To Cylinder
Exhaust '
Wrench
Supply Exhaust
To Cylinder
No. 339
Four-Way
Square Head
with
Brass Plug
Supply
Wrench
From Cylinder
The two
C
The No. 3 3Q Cocks
are used on hydraulic
or air cylinders, hy-
draulic presses, etc.
diagrams above illustrate how
they operate. Left view: supply
fluid is diverted to one end oi
cylinder, while fluid from opposite
end passes into exhaust line; right
view; with wrench turned qo°,
action is reversed, moving piston
in opposite direction.
The cocks must be installed as
indicated. They have an equal-
izing duct in the body which leads from the inlet port to
the chamber beneath the plug. Use series "'M" wrenches;
see page q6.
^4
Wa
IV2
Nos. 318 or 319
List Price
Each 2.50
2.75
3.25
4.25
6.00
9.00
19.00 31.00
End to end,
Inches 2^/4
2%
3M
8
41/4
5M
8
7Vi
8
9
No. 339
List Price
Each 3.80
5.30
8.00
12.60
19.70 30.00
Center to end, Inches] P/ie
1^/
16
lis/
16
2V.
2M
s
31/2
Spring loaded : All of the cocks shown on this page The spring compensates for wear, assures tightness
have a steel spring between the plug and the cap. betweenthebodyandplug.andpermitseasyoperation.
Wrenches . . . .page 96
CRANE
95
Asbestos Packed Iron Cocks
WORKING PRESSURES
Standard U-Packed Cocks — 150 pounds steam
btandard Bushing-Packed Cocks — 100 pounds steam
bxtra Heavy U-Packed Cocks — 250 pounds steam
^tse prices of Standard and Extra Heavy Flanged
Cocks include facing and drilling to the Ameri-
can Cast Iron Flange Standards ~ 125-Pound
for the Standard Cocks and 250-Pound for the
Extra Heavy Cocks. No deduction is made if
ihe flanged cocks are ordered faced only.
*il
Size
Standard — Asbestos P acked Iron Cocks — List Prices and Dimensions
Screwed — U-Packed
lrichesl_V2 13/4111 IV4 \ IV2 I 2 1 21/2 I 3 l"Tvn ~^ 5
Flanged — U-Packed
} -
S crewed — Bushing-Pac ked
Flanged — Bushing-Packed
E achj 1.60 [2. 10 | 2.50 | 3 .5Q | 4.75 | 7.Q0 | 12.QO|^8^00i27.00 130.00 45.00|f,n.nn
Each'
M?_L3jiO_,IJ_^5_J._ZiiOri2^00'| 18.001 27.00 130.00 145. 00[60. 00
Eac hI 1.75 [2.30 | 2.75 | 3^5^| 5^5J J.JS 1 13 . 25 1 20. 00 1 30^00 135700
Each
Screwed — U-Packed, Three-Way
End to end. Screwed
2.75 13.85 [5.25 I 7.75 13.25(20. 00130. 00135. 00
Each[2.85 [ 3.15 [4.40 | 5.95 [8.75 [15. 00[22.50I33. 75137. 50156. 25(751)0
Face to face, Flang ed
C. to E., Screwed, Thr ee-Way
Dia meter of end flange
Thickness of end flange
Inches
Inches! 3V4 | Z^y^ \ 41/4 [ 4% \ SVie | 6 [ 7Vb | 8V,6 [ 8V16
SV2 I 53/4 [ 6 I 71/2 83/4
Inches [ 11 Me I 23/^6 [ 23/^6 [ 31/4 I 33/4 | sy,. 4
Inches
93/4
4%
93/4 I 11% I 131/2
^63/8
i(>y8
Inches
41/4 [ 45/8 I 5 I 6
Vi
V2
7V2 81/2
Vl
%
10
11
11
/l
¥4
13/.
16
^^.•■'16
'V,
1
Extra Heavy — Asbestos Packed Iron Cocks
Size
Inches
V2
^A
n/4 I 1V2
Screwed — U-Packe d
Flanged — U-Packed
End to end, Screwed
Face to face, Flanged
List Prices and Dimensions
3 faiA
2^2
Each
Each! 2.40 [3,00 [3.50 | 5,00 | 6,75 1 1Q- 00| 17,00|26. 00|38,0Q [42- 00| 60,00 180,00
1
10, 00 [17,00 26, 00 1 38- 00 1 42,00 1 60. 00 ISO, 00
Inches
Diameter of end flange
Inches I 3Me j 3V4 I ^^4 \ Sy^ \ 6 | 6 % | 8V4 | 91/4 I ^'A J laVg
Inches
Thickness of end flange
73/4
Inches
eVz I 7V2
V,
9 % [ 101/2 I 101/2 I 135/8 [ ISVs i 17
8V4 I 9 I 10 I 11
' IV16 1 1V4 1%
1
IM
8
1214
IV.6
Replacement Bushings and Rings for Standard Asbestos Bushing-Packed Iro n Cocks— List Prices
Inches I ^' ' ^' ' ' ^^^' "' ^'^' '' ' " ' "
Size
Vl
%
1
iy4
iy2
2V2
Bushings
Each 1 . 00
1.00
1 3V,
1.30
Top Rings
1.85
2.50
Each .35
.35
3,15
3.80
.35
.35
.40
.55
.65
4.55
1.30"
6.25
1.70
7.80
1.95
Iron Wrenches for Asbestos Packed Cocks — List Prices
Size of Cock
Inches
V2
3/4
11/4
11
2 1/2
List price of Wrench Each .55 .55
3y
.55
.75
75 I 1.50 [ 2.10 I 2.10 2.10 2.50 3.75 "sTOO
Service recommendations : Asbestos Packed Iron
Cocks are recommended for use in steam, water, or
oil lines; they are also suitable for tar. ammonia,
acids, etc. Standard U-Packed Cocks are constructed
for a maximum steam working pressure of i 50 pounds ;
Extra Heavy U-Packed Cocks, for 250-pounds maxi-
mum pressure; and Standard Bushing-Packed Cocks
for 100 pounds maximum pressure.
Construction: As the name implies, these cocks are
made of cast iron and they are packed with asbestos.
U-Packed Cocks (sometimes referred to as " Channel-
Packed Cocks") have a wide and deep groove around
the two sides and the bottom of each port opening
in the body. This groove is filled with an asbestos
composition which is \'ulcanized in place. When the
I plug is installed, it seats upon the asbestos packings,
land it does not touch the body metal. The open
ends of the "U" at the top of the plug are closed
Templates for drilling
with the top ring which makes the seal complete.
Bushing-Packed Cocks are equipped with a vulcan-
ized one-piece asbestos bushing of the same contour
and pattern as the plug. This bushing fits into the
body of the cock and separates the plug from the
body so_ that direct contact between the two major
parts ot the cock is impossible. The upper end is
sealed with a top ring similar to that used in U-
Packed Cocks. This type of cock can be readily
ser\iced in the field without removing the body
from the line; the old worn bushing and ring are
simply replaced with the new parts.
Asbestos Packed Iron Cocks can also be furnished
Angle types or Ammonia patterns. Asbestos Packed
Brass Cocks can also be furnished in Standard, Extra
Heavy. Angle, or Three-Way patterns. Inquiries for
special services or sires not shown are solicited and
prices are furnished on application.
. . pages 551 and 552
III
Ml)
I I
mi
m
\ '
I
96
CRANE
I
Malleable Iron Wrenches
For Brass and Iron Cocks
Square Head
Flat Head
List Prices
I
I
I l\
I'. I
I'P
J )
I
i
Square
Head
izes suitab!
Flat Head
List
Prices
Each
S
e for
Wrench
Number
List
Prices
Each
bizes suitable tor
Brass Cocks
Iron Cocks
Brass Cocks
iron (^ocks
Wrench
•dumber
No.
80 E
Nos.
250
254
265
272
Nos.
268
269
Nos.
*305
306
Nos.
307
308
Nos.
320 326
321 329
322 330
323 331
324 335
325
No.
1228
Nos.
252
266
270
284
Nos.
320y2
322V2
3241/2
334
336
337
MOS.
1232
1234
1236
l-S
.05 1/4
v. V4
1-F
.05 1/4
2-5
.06 %
% V4, %, Vz V4> %
2-F
.06 , s/g
3-S
.07
V2 % V2
y^
3-F
.07
y2
Vz
4-S
.11
Vv
3/4 V2
V2
3/4
4-F
.11
¥4
V2 V4
5-S
.15
Va
1 3/4
V4
1
5-F
.15 1
V4 1
6-S
.20 ! 1
IV4 1
t
1V4
6-F
.20
iy4
1 iy4
6V2-S
.25
1
7-F
.29 IV2
iy2
7-S
.29 1! IV4
IV? IV4, IV2
1V2
8-F
.48 2
2
7V2-S
.38
IV4
9-F
.82
2y2
2y2
' f L ^^
8-S
.48 ! IV2
2 2
iy2
2
10-F
1.20
3
3
9-S
.82 2
2V2
2
^y^
12-F
4.50
4
10-S
1.20 1 2V2
3
21/2
3
23-F
.44
iy4
11-S
1.60 3
4
1 3
24-F
.55
iy2
12-S
4.50 !
4
25-F
.75
2
«
1 h^ 3/ ir^i-l-i qiVp Mn 'ifl^ Pnn <: iicip.';
>
^ I
26-F
2.50
2y2
Wrer
1 iiu ^^4
ich No
. 2-M; see tab e below
for price
27-F
2.75
3
,r
List Prices
I
4
'I
fi:
M
Triangular Head
For No. 318
Square Head
For No, 319 and No. 339
iriangular Head
Square Head
Wrench
List
Prices
Each
Sizes
suitable for
Wrench
Number
List
Prices
Each
Sizes
suitable for
Number
No. 318
Iron
Cock
No. 319
Iron
Cock
No. 339
Iron
Cock
l-T
.25
V2
1-M
. 25 V2
2-T
.30
3/4,1
2-M . 30
3/4, 1 V2, 3/4
3-T
.40
iy4, iy2
3-M . 40
iy4, lyz
4-T . 70
2
4-M . 50 1
5-T 1.40
3
5-M .70
2 1V4> V/2
6-T 5.00
4
6-M 1 . 40
3 2
7-M 6.00
4
^ ■
v«
Wrench Lengths,
Center of Head to End, i
in Inches
Square Head
Flat Head
Triangular Head
Square Head
Wrench
Ni imber
Length,
Center
to end
Wrench
Number
Length,
Center
to end
Wrench
Number
Length,
Center
to end
Wrench
Ni imber
Length,
Center
to end
Wrench
Number
Length,
Center
to end
Wrench
Number
Length,
Center
to end
1-S
3
71/2-5
8y2
1-F
3
9-F
i4y2
1-T
5Vz
1-M
5y2
2-S
3y2
8-S n
2-F
3y2'
10-F
17
2-T
8
2-M 8
3-S
4
9-S 14y2
3-F
4 12-F 30
3-T 11
3-M 11
4-S
5
10-S
17
4-F 5 23-F 93/4
4-T 14
4-M 11
5-S
ey.
11-S 1 22
5-F 6y2 1 24-F loya
5-T 18
5-M 14-
6-S ii
12-S 30
6-F 8
25-F 12y2
6-T 26y8
6-M 18
6y2-s 75/8
13-S 36
7-F 9y2 26-F 15
'
7-M 297/8
7-S 91/2
8-F 12
27-F 17
'
CRANE
Iron Body Wedge Gate Valves
97
Clamp Gate Valves pages 98 and 99
Low Pressure Valves ; p^t^e Iqq
Standard Valves, Regular Pattern .'.' .'.pages 'iOOa' to'^lOOD
Standard Vah-es. New Pattern pages 101 to 106
17?-Pound Va ves pages 108 and 109
o^n"^''''"'^ tX^'V^^ ■ P^ges 110 and 111
yOO-Pound Hydraulic Valves pages 112 and 113
By-Passes; Clean-Outs; Indicators; Lockup Caps ^. page 114
Gearing ; Grease Cases; Gear Covers; Stem Protectors page 1 1 5
Dimensions of Valves with Gearing or By-Pass pages 1 16 and 1 17
For Standard Values for Marine service, see page 468.
For Alloy Cast Iron Valves for Process Industries, see page 456.
Crane Co. offers the user an unusually complete line of Iron
Body V/eclge Gate Valves. The line includes valves for steam
pressures up to 250 pounds and for water, oil, or gas pressures
up to 800 pounds. It includes brass trimmed valves in all
pressure classes, all-iron valves in all pressure classes except
the_ 800-Pound Hydraulic, Standard valves with "Exelloy"
or "18-8 Mo^' trimmings (Alloy Cast Iron, page 45b), and
Standard Valves for Marine service (page 468).
The Crane high standard of quality in design, materials, and
workmanship is maintained in these valves, assuring the user
satisfactory and long-time service.
Crane Iron Body
Wedge Gate Valves
on a welded mani-
fold in a paper mill.
I
1 1
fl
, 'i
.' i\
I
«
. V'
I
98
CRANE
Wedge
Clamp Gate Valves
All-Iron or Brass Trimmed
■
I
Ifll
I !
WORKING PRESSURES
Wheel
Gland
Packing Nut
Packing
Stem
Upper Bonnet
Size
o -. * J I Cold water.
Saturated I ., '
oil, or gas,
non- shock
steam.
Screwed
1/4 to 2-inch 150 pounds
2V2 to 4-inch 125 pounds
215 fxjunds
175 pounds
Flanged [
1 to 2-inch j 125 pounds! 200 pounds
lYz to 4-inch ■ 125 pounds : 175 pounds
Air tested
Stem Thread Bushing
Lower Bonnet
Body Seat Ring
Disc
Body
Clamp
Upper Bonnet
Lower Bonnet
Inside Screw \al\'es
Sizes 1>4 to 4-inch
Inside Screw Valves
Sires 34 to 1-inch ..
Outside Screw and
Yoke Valves
Service recommendations: Crane Clamp Gate
V'ah-es are suited tor a wide \"ariety of serxice in
process industries, in oil iield or oil refinery installa-
tions, and \^■here\■e^ compact, sturdy vah'es are
needed.
The brass trimmed vaK-es are recommended for
steam, water, air, or oil lines. The all-iron ^■al^es
are recommended for oil, gas. or gasoline, or for
fluids chat corrode brass but not iron.
For special corrosi\"e services which affect steel more
than iron, the all-iron \-al\'es can be made to order
with a malleable iron disc; prices on application.
VaKes can also be furnished to order ha\"ing all parts
made of iron w ith the exception of a brass disc and
brass body seat rings; prices on application.
Construction: The clamp construction enables
dismantling the \"alve quickly for inspection, clean-
ing, or repairs. In addition, it maintains a snug and
accurately aligned bonnet joint.
Brass trimmed valves: Brass trimmed valves
ha\"e brass body seat rings, disc, and stem.
In inside screw valves }4 to i-inch, the upper portion
of the bonnet engages the stem threads; it is made of
brass and is renewable. Sizes i}4~'i^ch and larger
have a brass renewable stem thread bushing in the
bonnet. This construction pro\ ides a full stem
thread engagement, brass-to-brass, and assures long
life of the stem threads.
Outside screw and yoke valves ha\'e a cast iron
bolted gland.
All-iron valves: The seats in all-iron valves are cast
integral with the body. The disc is forged steel.
The stem is steel, the portion coming in contact
with the stuffing box packing being nickel-plated.
The bonnet construction of all-iron inside screw
valves }>9-inch and larger is similar to chat of brass
trimmed \-alves, except that the cop portion of the
bonnet in sizes 3^ to i-inch and the stem thread
bushing in sizes i li^-inch and larger are made of
malleable iron. }4 and ^i-inch all-iron vaKes ha\e
a one-piece cast iron bonnet.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the Ameri-
ican Cast Iron Flange
Standard, Class i zj
(Bi6a-iq3Q).
The flanges are plain
faced with a smooch
finish.
Dimensions of Flanges, in Inches
Size
A
B
C
D
No. of 1
bolts
Dia. of
bolts
1
1
41/4
Vie
m
4
V2
IV4
IV4
4%
Vz
31/2
4
V2
IV2
IV2
5
V16
3y8
4
V2
2
2
6
7
%
43/4
4
Vs
2V2
^Vl6
, 51/2
4
%
3
3
71/2
3/4
6
4
5/8
31/2
31/2
8V2
'V16
7
1
8
5/8
4
4
9
'V16
1 71/2
8
%
--,r
CRANE
99
Clamp Gate Valves
Wedge Disc — All-Iron or Brass Trimmed
Screwed Flanged
No. 488 No. 4881/2
All-Iron
No. 490 No. 4901/2
Iron Body. Brass Trimmed
Inside Screw, Rising Stem
Screwed Flanged
No. 484V2 No. 4851/2
All-Iron
No. 486V2 No. 4871/2
Iron Body, Brass Trimmed
Outside Screw and Yoke
List Prices, Each
Screwed Flanged
No. 492 No. 4921/2
All- 1 ran
No. 494 No. 4941/2
Iron Body, Brass Trimmed
Quick Opening
Sire
Inches
Inside Screw
Rising Stem
Outside Screw and Yoke
Quick Opening
Screwed
Flanged,
F. &D.
Screwed
Flanged,
F. &D.
Screwed
Flanged,
h. &D.
No.
488
No.
490
No.
4881/2
No. " No.
4901/2 J 4841/2
No.
4861/2
No.
4851/2
No.
4871/2
No.
492
No.
494
No.
4921/2
No.
4941/2
V4 4.00 1 3.50
1' ' '111
ii 1 . . >
3/8 4.00 ' 3.50
1/2
4.20 ; 3.70 i
10.501 9.90
7.40 7.00
¥4
4.80
4.50
11.00
10.00
7.70
7.50
1
5.50 5.00
16.00 15.00
11.50
11.00
22.00
21.00' 8.50 8.00 25.00 24.00
IV4
6.30 6.00
18.00 I 17.00
14.00
14.00
23.00
22.00
10.00
10.00
27.00 ! 26.00
11/2 7.00 7,00
19.00 ■ 18.00
16.00
17.00 24.50! 24.00'! 12.00
12.50
28.00 27.00
2 10.00 ! 10.00 20.00 1 20.00
21.00] 22.00 26.00
26.00; 19.00
19.00
29.00 1 29.00
2^2
16.00
17.00
29.00
30.00
36.00
37.00
42.00
42.00
29.00
30.00
47.00 48.00
3
20.00 ' 21.00 1 35.00 37.00
1
42.00! 44.00 46.00 47.00
35.00
36.00
53.00 54.00
31/2 i 40.00 46.00 70.00 77.00 I; 80.00 85.00 , 90.00
92.00 52.00
64.00 ' 85.00 94.00
H
4 . 51.00 ' 48.00 ' 80.00 ; 88.00 HlOO.OO
98.00 '100.00 '107.00" 55.00 [ 66.00 ; 87.00 ' 98.00
When Quick Opening
Valves are used in
liquid lines, a suit-
able cushion ing
device should be in-
stalled to protect
against water ham-
mer; see page 1 1.
Drilling: The list
prices of flanged
val^'es include facing
and drilling to the
American Cast Iron
Flange Standard,
Class I 25. No deduc-
tion is made if val\'es
areorderedfacedonly.
Dimensions, in Inches
Size
E
F
G
H
J
K
L
M
V4
178
4y2
2Vl6
%
2
41/2
2Vl6
V2
2Vis
61/4
6I/2
7V4
2Vl6
2Vl6
6
Va
2Vl6
7V2
71/2
9
2^16
2Vl6
7
1
2Vl6
3Vl6
8V2
9
93/4
23/4
23/4
7
m
2Vs
31/2
10
IOV4
113/4
3Vl6
3Vl6
7
11/2
31/8
33/4
nV2
12
141/2
3%
3%
9
2
3%
M1/4
131/2
133/4
16 1/4
4yi6
4Vl6
9
2V2
41/8
41V16
153/4
I6V2
i9y2
43/4
43/4
111/4
3
4Vl6
5Vl6
181/2
19
211/2
53/8
5%
IIV4
31/2
5Vl6
S^Vl6
211/4
203/4
233/4
7
7
151/4
4
5Vl6
63/4
241/4
233/4
28
9
9
151/4
Inside Screw
Rising Stem
Outside Screw
and Yoke
Quick
Opening
"^Important Notice: Flanged end valves in the
2-inch size were formerly furnished with a face to
face dimension of 4 inches. With the issuance of
Templates for drilling. . , .page 551
Dimensions "^E^^ (end to end) and "F'^ (face
to face) apply also to Quick Opening Valves-
this catalog, vaK'es having a new face to face dimen-
sion — 4^4 inches, as shown in the table above — 'Will
be furnished.
Thread engagement . , . page 591
I
.
fc-fi
f
i!
rti
. I
! i
■ I
)M
*il
I
'4
if
! \
r ih
K
r:
100
CRANE
e Iron Body Wedge
Brass Trimmed or All-Iron
RATINGS IN POUNDS PER SQUARE INCH
tH
^
f Size of
valve
Working Pressures
Hydrostatic
Steam
Cold water
non-shock
Cold
gas
SheU
test
Seat
test
m
1
12 to 24-inch 25 50 25 75 65
30 and 36-inch 25 43 25 75 55
42 and 48-inch 25 35 25 50 ! 45
List Prices and Dimensions
Size
Inches
List Prices, Each
Faced and Drilled
Dimensions, in Inches
Non-Rising
Stem
No- 491
or
No. 49iy2
Outside Screw
and Yoke
No. 493,
No. 4931/2,
or No. 496
H
No.
of
turns
to
open
L
Non-Rising
Non-Rising
Seem, Flanged
No. 491
Brass Seats
Brass Stem
No. 49IV2
All Iron
Outside Screw
and Yoke
Flanged
No. 493, Steel Stem
No. 496, Brass Stem
Brass Seats
No. 4931/2, All-Iron
Low Pressure Iron Body Wedge Gate Valves are
especially suited for exhaust and low pressure
saturated steam, and for gas or water lines.
Brass trimmed valves: Brass trimmed valves are
recommended for steam or \\'ater service.
The body seat rings and the disc faces are brass, and
are rolled into the body and the disc.
Non-rising stem vah'es ha\-e a Cast Manganese
Bronze stem ; the d isc is brass-bushed where it
engages the stem threads.
Outside screw and yoke valves have a brass stem
or a nickel-plated steel stem, as ordered.
All-iron valves: All-iron valves are recommended
for gas or for fluids that corrode brass but not iron.
The seats are cast integral with the body and the
disc; the stem is steel, nickel-plated.
Stuffing box: The stuffing box is filled with high
grade packing. The valves can be repacked when
wide open and under pressure.
By-passes: Sizes 24-inch and larger should have a
by-pass to enable equalizing the pressure on both
sides of the disc before opening the main valve. See
page 114 for prices and page 117 for dimensions.
Gearing: Sizes 42-inch and larger should be geared,
to facilitate operation. See page 115 for prices and
page 117 for dimensions.
Vacuum service : When valves for vacuum exhaust
lines are desired, orders must so specify. Such
12 133.00 180.00 11 321/2 59 16 25
14 181.00 255.00 I3V2 361/4 641/2 16 29
16 260.00 350.00 14 401/2 7IV2 18 33
18 350.00 470.00 14V2 44^4 791/4 1 18 37
20 425.00 565.00 151/2 4834 88 20 4II/2
*24 600.00 775.00 17 56V2 106 22 491/2
*30 1100.00 1400.00 21 671/2 12734 24 62
*36 1700.00 2150.00 24 791/4 ISOVz; 30 74
*t42 2450.00 3100.00 27 179
*t48 3400.00 4300.00 30 2031/2
Larger sizes, prices on application.
*Shou d have by-pass. Prices on page 114; dimensions on page 117.
iShould be geared. Prices on page 115; dimensions on page 1 17.
I-^"
Open
O. S. & Y.
valves are especially air-tested to
assure absolute tightness. An extra
charge is made for air-testing.
Hub end valves: When Low Pressure hub end
valves are required, use the Double Disc Gate Valves
shown on pages 122 and 123.
Flange dimensions, facing, and drilling: The
dimensions and drilling of the end flanges conform
to the 25-Pound American Tentative Cast Iron
FlangeStandard
(Bibb2-iq} i).
When so ordered,
the end flanges
can be drilled
to the American
Standard, Class
125. A full face
gasket should be
used.
List prices in-
clude facing and
drilling to the
25-PoundAmer-
ican Tentative
Cast Iron Flange
Standard. No
deduction is
made if valves
are ordered
faced only.
Dimensions of Flanges,
in Inches
Size
A
B
C
D
No.
of
bolts
Dia.
of
bolts
12
12
19
1 17
12
%
14
14
21
IVs I8V4
12
3/4
16
16
231/2
1V8 2IV4
16
y4
18
18
25
IV4 223/4
16 , 34
20
20
271/2
11/4 25
20 34
24
24
32
1% 291/2
20 3^
30
30
383/4
11/2 36
28 Vs
36
36
46
1% 423/4
32 1 yg
42
42
53
13/4 491/2
36 , 1
48
48
591/2
2 56
44 1 1
Bottom outlet valves made to order. Motor or cylinder operation pp. J71-173 Drilling templates ... p. SSI
CRANE
100 A
Regular Pattern Standard Iron Body Wedge Gate Valves
Brass Trimmed and All-Iron
Continuation of Present Design
The Standard Iron Body Wedge Gate Valves illustrated on pages 101 to 106 present a newly developed design
in sizes 2" to 12", On account of circumstances imposed by the war the production of the new design in Canada
will be delayed depending entirely on conditions.
In the meantime, we offer our regular design which has proved so dependable for many years-
Canadian users are assured that after the present war time stress has passed and the production of new designs
no longer interferes with the Canadian War Effort, the new pattern valves will be available to them,
A general description of the REGULAR line with recommendations and dimensions is given on the next three pages.
See pages 103 and 104 for figure numbers and list prices which remain unchanged and are the same for REGULAR
pattern as for the new design.
Yoke Sleeve Nut —
Wheel
Gland Flatige
Yok
Yoke Sleeve
Gland
Packing
Stuffing Box
Disc Bushing
Disc Face
Bonnet
Stem
Stem Ring
St
em
Disc
Body
Disc Pin
Body Seat Ring
Guide Ribs
Cast in Body
Outside Screw and
Yoke Valve
Closed
Non-Rising Stem Valve
Open
General Description
m\m
I
,
S I;
The illustrations above show typical valves in the Regular
Pattern Standard Iron Body Wedge Gate Line.
Brass trimmed valves: Brass trimmed valves are recom-
mended for steam, water, or oil lines.
All-iron valves: All-iron valves are recommended for oil or
gas, or for fluids that corrode brass.
Wedge disc: The disc is a single casting with tapered faces.
Two ribs cast in opposite sides of the body engage machined
slots in the disc. They guide the disc, and prevent contact
between the seating surfaces until the valve is practically closed.
In the wide open p>osition, the disc lifts entirely clear of the seat
openings, assuring a free passageway through the valve.
Non-rising stem valves: In non-rising stem valves, threads
in the disc engage the stem threads, and the rotation of the
stem raises or lowers the disc. Non-rising stem valves are simple
in construction, and can be used where head-room is limited.
Also, as the stem merely rotates, wear on the stuffing box
packing and leakage at the stuffing box are reduced to the
minimum.
Hub end valves: The hubs on hub end valves are suitable
for class '^D'' cast iron pipe. Their internal construction is the
same as that of non-rising stem screwed or flanged vaU'es.
However, in place of a wheel, they are equipped with a square
nut, to permit operating the valve with a socket wrench from
above the ground.
Outside screw and yoke valves: Outside screw and yoke
valves have a rising stem.
The disc is threaded on the stem and pinned to it. Threads in
the yoke sleeve engage the upper stem threads, and the rota-
tion of the yoke sleeve raises or lowers the stem and disc.
Outside screw and yoke valves are especially suited for installa-
tions where the valves are operated with reasonable frequency,
and where head-room is not restricted- The outside stem
threads are not subjected to the action of the fluid in the
piping, and can be lubricated when required, thereby mini-
mizing wear. Furthermore, the projection of the stem above the
yoke sleeve indicates whether the valve is open, partly open^
or closed.
'" *
' 1 ■! ■
Dimensions
Pages lOOC and lOOD
r,
; I
lOOB
CRANE
h
I
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I I
{i
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i\
'^m^^
m^
General Description {Continued)
Non-Rising Stem
Screwed
Non-Rising Stem
Flanged
No. 460 No. 461
Brass Seats, Brass Stem Brass Seats, Brass Stem
No. 472
All-Iron
No. 473
All-Iron
Non-Rising Stem
Hub Ends
No. 462
Brass Seats. Brass Stem
No. 461 V2
All-Iron
Outside Screw and Yoke
Screwed
No- 464
Brass Seats, Steel Stem
No- 464 V2
Brass Seats, Brass Stem
No, 475- AlHron
Outside Screw and Yoke
Flanged
No, 465
Brass Seats, Steel Stem
No, 465V2
Brass Seats, Brass Stem
No. 475J^- All-Iron
Body and bonnet: This line of valves has oval-5;haped
bodies and bonnets. Metal sections are more than ample, and
the metal is distributed to assure maximum strength-
Disc: Except for certain small size valves having an all-brass
disc, brass trimmed valves have a cast iron disc with brass
seating faces.
The faces are securely rolled into machined dovetails in the
disc, assuring tightness under pressure.
In all-iron valves, the seating faces are cast integral with the
disc.
In non-rising stem brass valves, the portion of the disc that
engages the stem thn^ads is brass-bushed.
Body seat rings: In Standard brass trimmed valves, the
body seat rings are brass; screwed into the body.
All-iron vahes are regularly furnished -with the seats integral
with the body. However, they can be fumished with screwed-in
body seat rings; prices on application.
Stem: In non-rising stem brass trimmed valves, the stem is
made of Crane Cast Manganese Bronze, an alloy of unusually
high tensile and torsional strength, possessing excellent wearing
qualities.
Outside screw and yoke brass trimmed valves are made with
a rolled brass or a nickel-plated steel stem, as ordered. The
brass seem is recommended, as a safeguard against corrosion.
All-iron valves have a steel stem, nickel-plated.
Gland and stuffing box: Standard screwed or flanged
valves have a one-piece case iron gland.
Standard hub end val\'es and Llnderwriters' valves are brass
trimmed, ha\'e a two-piece gland consisting of a malleable iron
or steel gland fl^inge and a brass gland. Stuffing boxes are
packed with high grade packing.
Repacking: These valves, when wide open, can be repacked
while under pressure.
In non-rising stem valves, jamming the disc in the wide open
position forces the stem collar against the machined top of the
bonnet, making a pressure-tight joint.
In ouf^ide screw and yoke valves, when the valve is jammed
wide open, the tapered stem ring engages a tapered machined
surface in the under side of the top of the bonnet, forming a
tight joint-
Yoke: In the smaller size outside screw and yoke valves, the
yoke is cast integral with the bormet. In the larger sizes, the
yoke is made in two halves, bolted together at the top, and is
bolted to the bonnet.
Bolted yokes are cast iron.
Yoke sleeve: The yoke sleeve is made of Crane Cast Man-
ganese Bronze.
Wheel: Wheels having a diameter of 24 inches or less are
made of malleable iron to assure maximum strength. They have
an oval-shaped rim, affording an easy grip. Wheels of larger
than 24 inches diameter are cast iron.
In non-rising stem valves, the wheel has a tapered square hole
fitting the tapered square end of the stem, and is held in place
by a steel nut.
In both types of valves, the wheel is attached securely, yet can
be remo\'ed easily.
Flange dinnensions and facing: The dimensions and drill-
ing of the end flanges conform to the American Cast I ron Flange
Standard class 125 (Bl6a 1Q39). The flanges are plain faced.
By-passes: A by-pass is recommended on Standard Valves
sizes 14 inch and larger. The by-pass enables equalizing the
pressure on both sides of the disc before opening the main
valve. See page 1 14 for prices and 117 for dimensions.
Gearing: To facilitate operating the valve, sizes 24 inch and
larger should be equipped with gears. See page 115 for prices
and 117 for dimensions.
Motor or cylinder operation: These valves can be fur-
nished with an electric motor, an air motor, or an operating
cylinder, to afford an easy means of operating the valve,
These methods of operation are especially desirable for valves
installed in inaccessible locations or for valves used for emer-
gency purposes. See pages 171 to 173 for description.
Indicators: The stem of an outside screw and yoke valve
indicates the position of the disc. Non-rising stem valves can
be supplied with an indicator. See page 1 14.
Clean-outs: For use on lines carrying an unusual amount of
sediment, tarry fluids, etc., flanged valves can be equipped with
a clean-out on the side of the body to facilitate cleaning.
See page 1 1 4,
Working pressures
Hydrostatic test pressures
Size of
Screwed or flanged valves
Hub end valves
Screwed, flanged,
valve
Saturated
steam
Cold water, oil,
or gas, non-shock
Cold water or gas
non- shock
or hub end valves
Shell test 1 Seat test
2 to 12-inch
14 and 16-inch
18 to 24-inch
30 to 48-inch
125 pounds
125 pounds
(1)
(1)
(2) 200 pounds
(2) ISO pounds
150 pounds
120 pounds
(2) 200 pounds
(2) 150 pounds
150 pounds
120 pounds
300 pounds
250 pounds
250 pounds
200 pMunds
225 pounds
175 pounds
175 pounds
150 pounds
{1) For steam lines larger than 16-inch, Crane ISO-Pound Cast Steel Gate Valves are recommended.
(2) Underwriters' Gate Valves, 2 to 12-inch, are recommended for 175 pounds cold water; 14-inch, for 150 pounds.
Dimensions
Pages lOOC and lOOD.
4
- ' ''
CRANE
lOOC
Regular Pattern Standard Iron Body Wedge Gate Valves
Dimensions, in Inches
Ipfhread
Engagement
For Normal
Thread Engagement,
see page 591.
Section throush flange
_..4._
Non-Rising Stem
G— "
Non-Rising Stem
Hub Ends
Di
menszons
A'*, "B'*, and "C", and the dimensions of the flanges
apply to either Non-Rising Stem or Outside Screw and Yoke valves.
Dimensions other than "A", *'B" and "G" are approximate and
subject to change. Full information on request.
Outside Screw and Yok(
Size
2V2
31/2
8
10
12
Screwed A —End to end 5Vi6 5% 6Vs 6V2 6% 7% 7% SV4 ^Vs 11%
B — Face to face, without by-pass 7 JVz 8 8V2 9 10 IOV2 IIV2 13 14
C — Inside diameter of port ! 2 21/2 3 3V2 4 5 6 8 10 12
D - — Diameter of flange
6 7 71/2 8V2 9 10 11 131/2 16 19
Flanged
E — Thickness of flange
% ^Vi6 V4 IV16 IV16 IV16 1 1 iVs IVie IV4
F — Diameter of bolt circle 4^4 SVz 6 7 7^2 8V2 ^Vi 11^4 14y4 17
Number of bolts
44488888 12 12
Diameter of bolts
% % % % % ¥4 V4 ¥4 % Vs
G — End to end, without by-pass 8V2 9 101/4 IOI/4 IO3/4 12 123/4 I3V2
Hub ends
H — Inside diameter of hub
3.25 4.75 5.62 6.75 7.87 10.00 12.25 14.37
J — Depth of hub
275 2.75 3.00 3.00 3.00 3.50 3.50 3.50
Heights^
K — Center to top, Non-Rising
IIV4 123/4 143/4 151/4 I6I/4 19 211/4 26 31 36
L — Center to top, O. S. & Y.
15 I6I/2 191/2 211/2 243/4 291/2 321/2 41 50 571/4
Wheel or nut
M — Diameter of wheel
8 8 9 9 10 12 1 12 14 16 18
N — Size of square nut
2 1 2 2 2 2 2 2 2
Number of tu
Size
rns to open, without gearing 6 JVz '^V2 U 8^4 H 131/4 I6V2 21 25
14
16
18
20
24
30
36
42
48
*
B — Face to face, without by-pass
15
16
17
18 20 24 1 28 33
36
C — Inside diameter of port
14
16
18
20
24 30 36 42 48
D — Diameter of flange
21 231/2
25 271/2
32 383/4 46 53 591/2
Flanged
E — Thickness of flange
1%
IV16
IV16 111/16 1% 21/8 23/8 2% 23/4
F — Diameter of bolt circle
183/4 2IV4
2234 25 291/2 36
423/4 491/2 56
Number of bolts 12 16 | 16 20 20 28
32 36 44
Diameter of bolts ( 1 1
IVa
IVs
11/4 11/4
11/2 11/2 IV2
G — End to end, without by-pass I33/4 16 17 17 18 24
27 33 36
Hub ends
H Inside diameter of hub 16.50 18.75 20.87
23.00
27.25 34.00 40.50 46.75 53.00
J Depth of hub 3.50 4.00 4.00 4.00 4.00 4.50
4.50 5.00 5.00
Heights
K Center to top, Non^Fising 39V4 44V4 483/4 SZVs 631/2 75V2
L Center to top, O. S. & Y. 673/4 76V4 1 831/2 9II/4 109 137
1581/2 192 206
Wheel or nut
M Diameter of wheel 20 22 i 24 24 30 36
N — Size of square nut
2
2 2 2 3 3 1
Number of tu
irns to open, without gearing 30 331/4 37 421/4 50 95 | |
I
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the
125-Pound American Cast Iron Flange Standard
(B16a-1939). The flanges are plain faced with, a
smooth finish.
Hub dimensions: The hubs on hub end valves
Li8t prices. . . pages J03 and 104.
are suitable for Class "D" cast iron pipe.
By-passes: Sizes 14-inch and larger should have
a by-pass, to enable equalizing the pressure on
both sides of the valve before opening.
Gearing: To facilitate operating the valve, sizes
24-inch and larger should be equipped with gears.
Templates for drilling. . . page 551.
mi
!.|
mm
I (I
I ^
ilhv:
. (
i i
ittm^^uuMumk
lOOD
CRANE
I
Regular Pattern Standard Iron Body Wedge Gate Valves
Dimensions, in Inches
I
Flanged Valves
with
Bolted By-Pass
Hub End Valves
with
Bolted By-Pass
Style U
Bevel Gearing
Non-Rising Stem
Square Operating Nut
for
Hub End Geared Valves
Style S
Spur Gearing
Non-Rising Stem
N
-i
n
^
M^
' I
f;
r
-^
J
(
/
YY
Bevel geared valves with by-pass
have che by-pass on the bottom.
Style N
Bevel Gearing
Outside Screw and Yoke
Style O
Bevel Gearing
Outside Screw and Yoke
Style P
Spur Gearing
Outside Screw and Yoke
i
All dimensions in this table are subject to change. Full information on request.
For dimensions not given below, see the preceding page*
Si
ize
'I
r '
I
12
14
16
18
20
24
30
36
42
48
if
«|
! I
A Face to face, flanged 14 15 16 17 18 20 30 32 33 36
Valves with by-pass
B End to end, hub 16 16 19 20 21 22 30 32 33 36
Size of by-pass 2 2 3 3 3 4 4 6 6|8
C — Center to outside 19 2OV4 233/4 251/4 26 1/4 . 291/4 34 413/4 451/4 SIV4
Non-Rising
E Center to center 311/2 36^4 4II/2 431/2 47 551/2 68 V? | t3 96I/4 1053^
Bevel
Geared
Valves
F Center to top 141/2 I43/4 19 I91/2 I9V2 21 29 31 313/4 34V2
No. of turns to open 50 60 86I/2 9^1/2 112 133 332 324 196 288
O. 3. & Y.
G Center to center ,45^4 531/2 60 64I/2 701/4 841/2(1051/21221/2 143 I571/2
H Center to top 1 143/4 15 19 20 20 221/2 29 31 341/2 341/2
No. of turns to open 621/2 75 971/2 108 125 135 | 332 380 228 260
Non-Rising
J — Center to center 6I/4 | 6I/4 81 i/ie 81 Vie * » VislSH/ie 145/i6 I6I/4 16% 17%
Spur
K Center to top | 43 47^4 551/2 573^ 6IV4 7OI/2 8534 1 00 1/2 1 141/4 129
No. of turns to open 53 631/2 90 100 114 135 332 324 196 297
Valves
O. S. & Y.
L — Center to center 12 12 I43/4 1434 I43/4 I71/4 19 19 23 '23 "
M Center to top 5^4 59^4 68I/2 731/2 79V4 9314 11634 133 1521/2 167
No. of turns to open 621/2 75 971/2 108 125 135 [ 332 380 228 260
Wheel or nut for
N Diameter of wheel 16 18 20 22 22 27 [ 30 30 36 36
gear
ed valves
P Size of square nut 2222233333
List prices. . . .pages 103 and S04.
Description. .. .pages 200A and lOOB,
'^
r .-.*■■.
I- ',
CRANE
101
I
Standard Iron Body Wedge Gate Valves
For Regular Pattern General DeSCflption see pages lOOA to iOOD
Crane Standard Iron Body Wedge Gate Valves sizes
1 2-inch and smaller are a new. impro\ed design,
embodyini; man> features of unusual merit. They
set a new peal< for quality in iron
bod>' wedge gate val\es. having
greater strength, longer life, and
better all-around adaptability for all
types of services.
The line, unusually complete, includes
the following valves:
Brass trimmed valves pages 102 and t03
All-iron valves pages 102 and 103
Underwriters" pattern valves page 104
Quick-Opening vaKes page 104
VaKes for process indiistries page 456
Vahes for marine service. ........ .page 4oS
Body and bonnet; The cast iron
body and bonnet are o\*at-shaped; lib-
eral metal sections combined w ith prop-
er metal distribution assure maximum
strength. Flanged valves sizes 12-
inch and smaller have straight through
ports with tie ribs between the bonnet
flange and the end flanges, providing
additional resistance to line strains.
Disc: The disc is made of cast iron,
and in brass trimmed vaKes has large
brass seating faces rolled securely into
machined do\'etails. Sizes 1 2-inch
and smaller are made to order with
solid brass disc; prices on application.
Sizes 12-inch and smaller have a solid
web disc, the disc Ibr the non-rising
stem being built up at the center to
accommodate the stem hole. In non-rising stem brass
timmect valves that portion of the disc that engages
the stem threads is brass-bushed.
The valves ha\e long disc guides consisting of ribs
in the body and machined grooves in the disc. These
minimize the drag on the seating surfaces and there-
by prolong their life. In sizes 12-inch and smaller,
where the disc guide is at least 50 per cent of the
port diameter, the engaging surfaces are tapered to
prevent a line bearing contact which would cause
excessive wear of the guides.
Stem: The stem is of liberal diameter and amply
strong. Stem threads have long engagement in the
disc or yoke sleeve. Outside screw and yoke valves
sizes 12-inch and smaller have a tee-head disc-stem
connection: larger sizes have a threaded disc-stem
connection, locked together with a pin.
Gland and stuffing box : These valves have a two-
piece ball-type gland, consisting of a gland and a
gland flange. This construction maintains an even
load on the packing and prevents binding on the stem
even when the gland bolt nuts are not pulled up
evenly.
In sizes 12-inch and smaller, the non-rising stem
valves have through bolts holding the stuffing box
Non-Rising Stem Valve
Brass Trimmed — Open
Outside Screw and Yoke Valve
Brass Trimmed — Closed
These illustrations are representative of sizes I2'inch
and smaller only; larger sizes are n\ade similar to the
higher pressure wedge gate valves shown on page 107.
to the bonnet, and the stem collar recess in the brass
trimmed valves is brass-bushed, top and bottom, to
minimize friction and to prevent corrosion. Outside
screN\' and yoke val\"es in these sizes have swinging
gland eye bolts which move out of the way when the
stuffing box is being repacked but which will not
become detached and lost.
The stuffing box is exceptionally deep and is filled
with high grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure. Outside screw and
yoke brass trimmed valves in sizes 1 2-inch and
smaller have a brass stem hole bushing, offering a
better back seat for the stem and making this point
non-corrosive.
Yoke sleeve: The yoke sleeve used in outside screw
and yoke valves is made of Cast Manganese Bronze.
Yoke: The yoke in O. S. H Y. valves 4-inch and
smaller is cast integral with the bonnet. In larger
sizes, the yoke consists of two halves which are
bolted together at the top, and also to the bonnet.
Wheel: Wheels 24 inches or less in diameter are
malleable iron, assuring maximum strength; they
have an oval-shaped rim, affording an easy grip.
Larger wheels are cast iron.
For Valves with Split-Wedge Disc, see page lOS.
mm
i
u
S\
I .
i ■
,■!
,'!'i lU
i*
^Mi
iMiiiak^
I
102
CRANE
Standard Iron Body Wedge Gate Valves
Brass Trimmed or All-Iron
For Regular Pattern— see pages 100 A to lOOD
\i
Size of
valve
2 to 12-inch
14 and 16-inch
18 to 24-inch
30 to 48-inch
Working pressures
Screwed or flanged valves
Hub end valves
Saturated
steam
Cold water, oil,
or gas^ non-shock
Cold water or gas
non-shock
125 pounds
125 pounds
200 pounds
150 pounds
150 pounds
120 pounds
200 pounds
150 pounds
150 pounds
120 pounds
Hydrostatic test pressures
Screwed, flanged,
or hub end valves
Shell test
Seat test
350 pounds
250 pounds
250 pounds
200 pounds
*For steam lines larger than Ib-inch, Crane 150-Pound Cast Steel Gate Valves are recommended; see page 304,
225 pounds
175 pounds
175 pounds
150 pounds
m
I
I '
li
Crane Standard Iron Body Wedge Gate Valves are
sturdy, rugged, well proportioned valves which find
wide application in nearly every kind of industry.
Sizes I 2-inch and smaller have been recenth' rede-
signed and now include man\' features of unusual
merit, such as straight through ports in flanged end
bodies with tie ribs between the bonnet flange and
the end flanges, tee-head disc-stem connection in
outside screw and yoke valves, solid web disc, brass
bushed stem collar bearing in non-rising stem brass
trimmed valves, etc. These and other features are
described below or on the preceding page.
Brass trimmed valves: Brass trimmed \al\es are
recommended for steam, water, or oil lines.
The body seat rings are brass, screwed into the body.
The disc faces are brass, rolled into the disc.
In non-rising stem valves, the stem is Cast Manga-
nese Bronze, and the disc is brass-bushed where it
engages the stem threads. In sizes 12-inch and
smaller, brass bushings are used above and below the
stem collar to reduce friction and prevent corrosion.
Outside screw and yoke vaK'es are made with a brass
stem or a nickel-plated steel stem, as ordered. Sizes
12-inch and smaller ha\e a tee-head disc-stem con-
nection with a renewable brass bushing in the top
of the bonnet.
All-iron valves: All-iron \al\-es are recommended
for oil or gas, or for fluids that corrode brass.
The seats are cast integral \v ith the body and disc.
Valves with screwed-in bod\- seat rings can be sup-
plied to order; prices on application.
The stem is steel, and the portion which comes in
contact with the packing is nickel-plated.
Stuffing box: The stuffing boxes are filled with
high grade packing. The \'al\-es, when wide open,
can be repacked while under pressure.
Gland: These vaKes ha\'e a two-piece gland, con-
sisting of a malleable iron gland flange and a brass
gland in brass trimmed vaKes or a nickel-plated
steel gland in all-iron vah'es.
In sizes 12-inch and smaller, brass trimmed valves
ha\e Cast Manganese Bronze gland bolt nuts, and
all-iron valves have zinc-plated steel gland bolts and
gland bolt nuts. The outside screw and yoke valves
in these sizes have swinging type gland eye bolts.
Hub end valves: The hubs on hub end valves are
suitable for Class "D" cast iron pipe. In place of a
wheel, these valves have a square operating nut.
By-passes : A by-pass is recommended on Standard
VaKes sizes 14-inch and larger. The by-pass enables
equalizing the pressure on both sides of the disc
before opening the main valve. See page 114 for
prices and page 117 for dimensions.
Gearing: To facilitate operating the valve, sizes
24-inch and larger should be equipped with gears.
See page 115 for prices and page i 1 7 for dimensions.
Motor or cylinder operation: Valves installed in
inaccessible locations or used for emergency purposes
should preferabh- be equipped with some easy means
of operation. An electric or air motor drive, or an
operating cylinder, is ideal for this purpose. For
description, see pages 171 to 173.
Indicators: The stem of an outside screw and yoke
valve indicates the position of the disc. Non-rising
stem valves can be supplied with an indicator. See
page I 14.-
Cleanouts: For use on lines carrying an unusual
amount of sediment, tarry fiuids, etc., flanged valves
can be equipped with a cleanout on the side of the
body to facilitate cleaning. See page 114.
Standards: Flanged valves conform to the Amer-
ican Petroleum Institute (A. P. I.] Standard No.
5-G-1, Second Edition, September, 1938, for 175-
Pound Iron Pipe Line Gate Valves. This Standard
includes sizes 2, 2^. 3. 4, ^, 8, 10, and 12-inch.
Flanged valves also conform to the American Stand-
ard for Face to Face Dimensions of Ferrous Flanged
Valves (B]b.io-i93qj, for 125-Pound Cast Iron
Wedge Gate Vak'es. This Standard includes sizes
2 to 24-inch, inclusive.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the Amer-
ican Cast Iron Flange Standard, Class 125 (Bit)a-
iq3q). The flanges are plain faced with a smooth
finish.
Flange dimensions are shown on page 106.
Additional description page 101
Valves for Marine service. . . page 468
Quick-Opening and Underwriters' Pattern Valoes page 104
Alloy Cast Iron Valves for process industries page 456
4
CRANE
103
/
Standard Iron Body Wedge Gate Valves
Brass Trimmed or All-Iron
For Regular Pattern— see pages 100 A to lOOD
Non-Rising Stem
Screwed
No. 460
Brass Seats, Brass Stem
No. 472
All- Iron
Non-Rising Stem
Flar*ged
No. 461
Brass Seats, Brass Stem
No. 473
• All-Iron
Non-Rising Stem
Hub Ends
No. 462
Brass Seats. Brass Stem
No. 4611/2
All- Iron
For Working pressures and description, see the preceding page.
Outside Screw and Yoke
Screwed
No. 464
Brass Seats, Steel Stem
No. 4641/2
Brass Seats, Brass Stem
No. 475
All-Iron
Outside Screw and Yoke
Flanged
No. 465
Brass Seats, Steel Stem
No. 465 Vs
Brass Seats, Brass Stem
No. 475 Vz
All-Iron
List Prices^ Each
c* ■
Non-Rising Stem
Outside Screw and Yoke
Size
Screwed
Flanged, F. & D.
Hub Ends
Screwed Flanged, F. & D.
No. 460
No, 461
No. 462
No. 464
^- No- 465
Brass Seats
Brass Seats
Brass Seats
Brass Seats, Steel Stem^
Brass Seats, Steel Stem,
"
Brass Ster^
Brass Stem
Brass Stem
No. 4641/2
No. 465 Vs
or
or
or
Brass Seats, Brass Stem,
Brass Seats, Brass Stem,
No_ 472
No. 473
No. 4611/2
or
or
Inches
All "Iron
All- Iron
AlMron No. 475, AlMron
No, 4751/2, All-Iron
For sizes sma er than 2-inch, use C amp Gate Va \'es. See page 99.
2 10.00 12.00 10.00 19.00 21.00
2V2 11-50 13.50 20.50 22.50 ■
3 14 . 00 16 . 50 14 .00 23 . 50 26 . 00
31/2 i 17.00 19.50 27.00 j 29.50
4 19.00 1 23.00 1 19.00 32.50 ! 36.50
5 , 27.50 31.50 27.50 45.00 49.00
6 32.50 36.50 32.50 52.00 | 56.00
8 54.00 58.00 54.00 86.00 90.00
10 90.00 95.00 90.00 ! 131.00 136.00
12 1 125.00 133.00 125.00 i| 172.00 180.00
*14 181.00 173.00 i \ 255.00
*16 ' 260.00 250.00 | 350.00
*18 350.00 340.00 | 470.00
*20 425.00 415.00 f 565.00
*t24 600.00 590.00 ( 775.00
*t30 1 1100.00 1 1075.00 n 1400.00
*t36 1700.00 1675.00 | | 2150.00
*t42 2450.00 2400.00 3100.00
* t48 3400 . 00 3350 . 00 4300 . 00
*Sizes 14-inch and larger should have a by-pass; see page 1 14 for prices and page 117 for dimensions.
tSizes 24-inch and larger should be geared; see page 115 for prices and page 1 17 for diriiensions.
Drilling: Flanged valves are furnished faced and
drilled (F. & D.), unless ordered faced only. List
prices include facing and drilling to the American
Cast Iron Flange Standard, Class 12
are ordered faced only, they will be
same price as for faced and drilled.
5. When valves
furnished at the
Dimensions . . . .page 106
By-passes and gearing . . . .pages 114 to 1 17
S
m
\m
m\
imiiiiiiiiii
■
I
if:
I
I ■
||i m
-i** >4 > li*
' *-'-
i*-'jH "I ' »-■
104
CRANE
I
Standard Iron Body Wedge Gate Valves
For Regular Pattern Underwriters' Pattern see pages lOOA to lOOD
.\
WORKING PRESSURE
175 pounds cold water, non-shock
HYDROSTATIC TEST PRESSURES
350 pounds shell 200 pounds seat
List Prices, Each
Size
Inches
No. 462 1/2
Hub End
No. 467V2
Screwed
No. 467
Flanged, F. & D.
2V2
20.50
22.50
3
23.50
26.00
31/2
27.00
29.50
4
19.00
32.50
36.50
5
1 45.00
49.00
6
32.50
52.00
56.00
8
54.00
86.00
90.00
10
90.00
'
136.00
12
125.00
180.00
I
1
Non-Rising Stem
Hub Ends
No. 4621/2
These valves, designed for fire protection service,
are similar to the valves described on the preceding
three pages.
They conform to the Underwriters' Specifications
known as "The National Standard". They are listed
as approNcd and inspected by the Associated Factory
Mutual Fire Insurance Companies, Boston, and the
Underwriters' Laboratories, Chicago. The valves
are marked "CU" and "FM".
Trimmings : Body seat rings are brass, screwed into
the body. Disc faces are brass, rolled into the disc.
The stem is brass, and the bonnet and stuffing box
are brass-bushed where they come in contact with
the stem. In non-rising stem valves, the disc is
brass-bushed where it engages the stem threads.
Outside Screw and Yoke Valves
Screwed Flanged
No. 467V2 No. 467
The brass to brass contacts prevent corrosion and
assure easy operation of the valve.
The gland is brass and is of the ball type; the gland
flange is malleable iron. The gland nuts are brass.
Hub end valves: The hub ends fit Class "D" cast
iron pipe. The bonnet has a square flange cast
integral, to permit bolting on an indicator post
when the valve is installed underground.
Outside screw and yoke : Outside screw and yoke
valves are usually used indoors. The rising stem
indicates whether the valve is open or closed.
Drilling : List prices of flanged valves include facing
and drilling to the American Cast 1 ron Flange Stand-
ard, Class 125. No deduction is made when valves
are ordered faced only.
I
' I
Quick Opening — Brass Trimmed or All-Iron
Screwed
No. 470
Brass Trimmed
No. 476
All-Iron
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas, non-shock
HYDROSTATIC TEST PRESSURES
350 pounds shell 225 pounds seat
List Prices, Each
Size
Inches
No. 470
Brass
Trimmed
or
No. 476
All-Iron
Screwed
No. 471
Brass
Trimmed
or
No. 477
AU-Iron
Flanged,
F. &D.
Except for the quick-opening mechanism
and the disc-stem connection, these valves
are the same as the outside screw and yoke
valves described on the preceding three
pages. To secure the extra rigidity neces-
sary in this type of valve, the disc is
threaded on the stem and pinned to it.
Drilling: List prices of flanged valves
include facing and drilling to the American
Cast 1 ton Flange Standard, Class 125. (No
deduction for valves ordered faced only.)
Shock : Closing one of these valves quickly
on liquid lines may cause "water hammer". When severe, water hammer
must be eliminated by installing a suitable cushioning device ; see page 1 1 .
Dimensions of Standard Wedge Gate Valves, . . page 106 Additional description . . . pages 10 J and 102
Flanged
No. 471
Brass Trimmed
No. 477
All-Iron
For sizes smaller than 3", use
Clamp Gate Valves (page 99).
3 22.00 24.50
3V2 25,00 27,50
4 30.00 34.00
5 ! 42.00 46.00
6 48.00 52.00
8 84.00
10 127.00
12 168.00
CRANE
105
W
Standard Iron Body Wedge Gate Valves
For Regular Pattern With Split -WcdgC DlSC see pages JOOA to lOOD
Cross Section
Outside Screw and Yoke
Flanged
With
Split-Wedge Disc
Prices
furnished
on application.
WORKING PRESSURES
125 pound steam
200 pounds cold water, oil, or ^as, non-shock
HYDROSTATIC TEST PRESSURES
350 pounds shell 225 pounds seat
Except for their split-\\edge disc, these
Standard Iron Bod^■ Gate VaU'cs are the
same as those with solid wedge disc
described on pages loi to 103, All parts.
including the disc, are interchangeable.
Split-Wedge Disc : The disc is made in
two halves with large concave-convex
contacting surfaces, assuring proper and
uniform spreading action. It is ideal for
use in valves which may require refacing
ot the body seat rings because of un-
usually severe service. The freedom of
the two hah-es and the spreading move-
ment at the point of closure compensate
for the slight differences in taper and for
the increased gauge after the body seat
rings ha\e been remachined.
The disc has a slot for the tee-head on
the stem, and each half is completely
guided on both sides. There are no
auxiliary parts, and the two parts cannot
become loose or separate when in service.
Available types and sizes : Valves
with split-wedge disc are regularly made
in the Outside Screw and Yoke pattern,
with screwed ends in sizes i to 6-inch
Outside Screw and Yoke
Screwed
Sizes 2 to 6-inch
Flanged
Sizes 2 to 1 2-inch
With
Brass Seats
and Brass Stem
With
Brass Seats
and Brass Stem
or
All-Iron
or
All-Iron
inclusive and with flanged ends in sizes
2 to 12-inch inclusive. They are avail-
able with brass seating surfaces and
brass stems or in ail-iron construction.
Dimensions: The dimensions of these
valves are the same as those of Standard
Iron Body Wedge Gate Valves with solid
wedge disc; see page io6.
i
Standard Iron Body Gate Valves
For Marine Service
The many improvements made in the new flanged
end Standard Iron Body Wedge Gate Valves make
them idea! for Marine service.
To comply fully with Marine
Specifications, chey can be fur-
nished with a solid brass disc,
with bronze gland bolts, and, in
the Non-Rising Stem pattern,
with an approved type indicator.
Typical of the Marine valves is
the No. 4467 illustrated at the
left. Equipped with an indicator
and a single side cleanout, it is
particularly suited for cargo oil
systems. The body has tapped
and plugged bosses suitable for
steaming-out connections. For
complete description of the No.
4467 as well as other Standard
No. 4467, Flanged Jron Body Wedge Gate Valves
Non-Rising Stem for Marine service, see page 4D8.
Standard Iron Body Gate Valves
For Process Industries
Included in the Crane line of
Standard Iron Body Wedge Gate
Valves are alloy cast iron valves
suitable for service in process
industries.
Made with alloy cast iron body
and either Exelloy or 18-8 Mo
Alloy trimming, process industry
valves are similar in design and
construction to the Standard Valves
described on the preceding pages.
They are available with flanged
ends only in both the Non-Rising
Stem and the Outside Screw and
Yoke patterns.
The valves are ideal for many in-
dustrial services where superior
corrosion resistance is desired. For
complete description and list prices,
see page 456.
Outside Screw
and Yoke
Flanged
Exelloy or
18-S Mo Alloy
Trimmed
I
t'
r 1
w
V
ii
1!
i
UttiUUIUUUUU
106
CRANE
I
»«
I
Standard Iron Body Wedge Gate Valves
For Regular Pattern DimenSlOnS, 111 InchcS ^^^ pages lOOA to lOOD
For general description
of Standard Valves,
see pages 101 to lOS.
i'
Flange dimensions and
facing: The dimensions and
drilling of the end flanges
conform Co the American
Cast Iron Flange Standard,
Class 125 (Biba-iQ3q).
The flanges are plain faced,
with a smooth finish.
Screwed or
Flanged
Hub
Ends
Non-Rising Stem Valves
Without Bv-Pass
Screwed or Flanged
O.S. &Y. Valve
Without By-Pass
Quick Opening Valve
Dimensions "E" and
"F" apply also to
Quick Opening VaKes
r<
^im
Size
Flanges
E
F
G
H
J
K
T
M
N
P
Q
No. of
turns
to
A
B
■
C
D
Bolts
No.
Dia.
open
1
2
6
%
43/4
4
%
6V8
7
W4
1 3.25
2.75
123/4 , 143/4
8
2
7
2V2
2V2
7
»VlG
51/2
4
%
6 1/2
7V2
13% 17
8
81/2
3
3
71/2
3/4
6
4
%
63/4
8
9V4
4.66
2.75
151/2 191/2
25
9
12
2
101/2
31/2
31/2
8V2
'^M
7
8
%
73/8
8V2
1
II61/2 211/4
281/2
9
12
12
4
4
9
1V16
71/2
8
%
7%
9
103/8
5.70
j 3.00
181/2 233/4
i 341/2
10
: 15V2
! 2
9
5
10
*Vl6
SVz
8
Vi
8 1/2
10
103/4
6.75
3.00
211/4 1 283/4
391/2
12
23
2
11
6
6
11
1
91/2
8
3/4
8%
; 10V2
111/4
7.80
3.00
233/8 32%
! 441/2
12
23
2
13
8
8
131/2
IVs
113/4
8
V4
101/4
i llVz
13
10.00
3.50
273/8 417/8
67
16
, 29
2
17
10
10
16
IVie
141/4
12
%
11%
13
133/4
12.10
3.50
33 501/4
70
20
; 41
2
21
12
12
19
IV4
17
12
%
12%
14
141/2
14.20
j 3.50
361/4 58
733/4
20
41
2
251/2
14
14
21
1%
18V4
12
1
15
1334
16.50
3.50
1 42 ! 673/4
20
2
30
lb
16
231/2
IV16
21 1/4
16
1
16
16
18.75
4.00
48 76 1/4
22
2
34
18
18
25
IVie
22V4
16
IVs
17
17
20.87
, 4.00
493/4 831/2
i 24
2
38
20
20
271/2
l^VlG
25
20
IVs
18
17
23.00
4.00
541/2 911/4
24
L
2
421/4
24
24
32
1%
291/2
20
1V4
1
20
18
27.25
4.00
64 109
! 30
3
50
30
30
383/4
2Vs
36
28
1V4
1
1 24
1 24
i34.00
4.50
781/2 137
1
1 36
1
3
95
3f>
36
46
2%
423/4
32
1V2
28
27
40.50
! 4.50
1
42
42
53
2%
491/2
36
1V2
I
33
33
46.75
5.00
!
*
1
i
48
48
591/2
23/4
56
44
1V2
' 36
36
53.00
; 5.00
1
1
1
1
1
Face to face : The face to face dimensions of flanged
\"al\'es conform to the American Petroleum Institute
(A.P.I.) Standard, No. 5-G-1, Second Edition, Sep-
:ember, 1^38, for 175-Pound Iron Pipe Line Gate
Valves. This Standard includes sizes 2, x]/^, 3, 4, 6,
8, 10, and iz-inch.
Flanged valves also conform to the American Stand-
ard for Face to Face Dimensions of Ferrous Flanged
Valves (B 1 b. 1 o- 1 q39J , for 1 25-Pound Cast Iron
Wedge Gate Val\es. This Standard includes sizes
2 to 24-inch inclusive.
By-passes and gearing: Sizes 14-inch and larger
should have a by-pass to enable equalizing the pres-
sure on both sides of the main valve before opening.
To facilitate operation, valves 24-inch and larger
should be equipped with gears.
For dimensions of valves equipped with by-pass or
gearing, see pages 1 16 and 117.
Bevel geared valves with by -pass: Bevel geared
valves with by-pass have the by-pass on the bottom,
with the stem of the by-pass valve parallel to the
pinion shaft; see page i ib for illustration.
Hub dimensions : The hubs on the hub end valves
are suitable for Class "D" cast iron pipe.
List prices . . . pages 103 and 104
Thread engagement . . . .page S9l
Templates for drilling . . page 551
* ■
CRANE
107
17 5 -Pound, 250-Pound, and 800-Pound Hydraulic
Iron Body Wedge Gate Valves
General Description
i
175-Pound Valves pages 108 and 109
250-Pound Valves pages 110 and 111
800-Pound Hydraulic Valves pages 112 and 113
Crane 175-Pound, z5o-Pound, and 800-Pound Hy-
draulic Wedge Gate Valves are very similar in con-
struction, the important differences
being in their proportions and in
the materials used. The illustrations
here show typical valves; the prin-
cipal variations in construction are
explained below. (These illustra-
tions also are typical of Standard
Iron Body Wedge Gate Valves sizes
14-inch and larger; see page loi).
Body and bonnet: All lines of
vaKes have oval-shaped bodies and
bonnets. Metal sections are more
than ample, and the metal is distrib-
uted to assure maximum strength.
In 175-Pound Valves, the body is
made of Crane Ferrosteel ; the bon-
net is Ferrosteel in sizes 8-inch and
larger, and cast iron in the smaller
sizes. 250-Pound and 800-Pound
Hydraulic Valves have a Ferrosteel
body and bonnet.
Wedge disc: The disc is a single
casting with tapered faces. Two
ribs cast in opposite sides of the
body engage machined slots in the
disc. They guide the disc, and
prevent contact between the seat-
ing surfaces until the valve is practically closed.
Except for certain small size valves having an all-
brass disc, brass trimmed valves have a cast iron
disc, with brass seating faces in 175-Pound VaK'es
and Crane Hard Metal seating faces in 250-Pound
and Soo-Pound Hydraulic Valves. The faces are
securely rolled into machined dovetails in the disc,
assuring tightness under pressure.
' In all-iron valves, the seating faces are cast integral
with the disc.
In brass trimmed non-rising stem, the portion of the
disc that engages the stem threads is brass-bushed.
Body seat rings: In 175-Pound Brass Trimmed
Valves, the body seat rings are brass; and in 250-
Pound and 800-Pound Hydraulic Valves, Crane Hard
Metal. They are screwed into the body.
All-iron valves are regularly furnished with the seats
integral with the body. However, all-iron valves
can be furnished with screwed-in body seat rings;
prices on application.
Stem: In non-rising stem brass trimmed valves, the
I stem is Crane Cast Manganese Bronze. Outside screw
' and yoke brass trimmed valves have a rolled brass
stem or a nickel-plated steel stem.
All-iron valves have a steel stem, the portion in
Yoke Sleeve Nut
Yoke
Yoke Sleeve
Wheel
Non-Rising Stem Valve
Brass Trimmed — -Open
Outside Screw and Yoke Valve
Brass Trimmed — Closed
contact with the packing being nickci-plated.
Gland and stuffing box: These \'al\es ha\'e a
two-piece gland consisting of a gland flange and a
gland. This construction prevents binding on the
valve stem and assures an even load on the packing.
Stuffing boxes are packed with high grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure.
In non-rising stem vaK'es, jamming the disc in the
wide open position forces the stem collar against the
machined top of the bonnet, making a pressure-tight
joint. In outside screw and yoke valves, when the
valve is jammed wide open, the tapered stem ring
engages a tapered machined surface in the under
side of the top of the bonnet, forming a tight joint.
Yoke: In the smaller size O. S. & Y. valves, the voke
is cast integral with the bonnet. In the larger
sizes, the yoke consists of two halves which are
bolted together at the top. and also to the bonnet.
Yoke sleeve: The yoke sleeve in outside screw and
yoke valves is Crane Cast Manganese Bronze.
Wheel: Wheels having a diameter of 24 inches or
less are made of malleable iron to assure maximum
strength. They have an oval-shaped rim, affording
an easy grip. Larger wheels are cast iron.
It'
■ '
J.
I
108
CRANE
175-Pound
Ferrosteel Body Wedge Gate Valves
Brass Trimmed or All-Iron
I
f\ .*
I I
i
il
Size
of
valve
Working
Pressures
Hydrostatic
Test Pressures
Saturated
Steam
Cold water,
oil, or gas,
non-shock
Shell
test
Seat
test
2 to 12"
175 pounds I 400 pounds ]700 pounds] 450 pounds
N
Crane 175-Pound Ferrosteel Body Wedge Gate
Val\"es are designed to meet the requirements of
service more severe than Standard Iron Body Valves
can safely \vithstand but where the use of 250-Pound
Valves is not justified. They are of high quality
construction and are considerably heavier than the
Standard Valves, affording an ample safety factor
under all rated service conditions. . .
Body and bonnet : The body and bonnet are
rigidly constructed, assuring adequate strength and
freedom from distortion. All sizes have Ferrosteel
bodies. Sizes 8-inch and larger have Ferrosteel
bonnets; smaller sizes have cast iron bonnets.
Brass trimmed valves: Brass trimmed vahes are
recommended for steam, water, or oil, or for use on
fluids that do not corrode brass or iron.
The brass body rings are screwed into the body.
Disc faces are brass and are rolled into the disc.
The stem in the non-rising stem valves is made of
Cast Manganese Bronze, and the disc is brass-
bushed where it engages the stem threads.
Outside screw and yoke \"ah"es have a brass stem
or a nickel-plated steel stem, as ordered. The brass
stem acts as a safeguard against corrosion.
All-iron valves: All-iron valves are recommended
for oil or gas, or for fluids that corrode brass but
not iron.
These valves have the seats cast integral with the
bod\- and disc. Val\-es with screwed-in bodv seat
rings can be supplied to order; prices on application.
The stem is steel, the portion in contact with the
stuffing box being nickel-plated.
Stuffing box: The stuffing box is packed with high
grade packing and may be repacked while the valve
is wide open and under pressure.
Gland : The gland is the two-piece type, consisting
of a malleable iron gland fiange and a brass gland
in brass trimmed valves, or a nickel-plated steel
gland in all-iron \'alves.
By-passes : A by-pass is recommended on 175-
Pound Valves sizes 8-inch and larger.
By-passes are made in "built-up" and "bolted"
types. The built-up by-pass is furnished only on
valves for steam lines; the bolted by-pass is furnished
on valves for water, oil, or gas lines. See page 114
for prices and page i 17 for dimensions.
Gearing: To facilitate operation, 10 and 12-inch
valves can be equipped with gears. See page 115 for
prices and page 117 for dimensions.
Motor or cylinder operation : Valves installed in
inaccessible locations or used for emergency purposes
should preferably be equipped with some easy means
of operation, such as an e ectric or air motor drive,
or an operating cylinder. For details, see pages 171
to 173.
Standards: Flanged valves conform to the A.P.I.
Standard, No. 5-G-i, Second Edition, September,
1938, for 350-Pound Iron Pipe Line Gate Valves. This
Standard includes sizes 2, 2^^,3,4,6,8, 10, and 12-inch.
Flanged valves also conform to the American Stand-
ard for Face to Face Dimensions of Ferrous Flanged
Valves (Bib. io-iq3q), for 175-Lb. Cast Iron
Flanged Wedge Gate Valves. This Standard in-
cludes sizes 2 to 12-inch inclusive.
Flange dimensions and facings: The dimensions
and drilling of the end flanges conform to the 250-
Pound American Cast Iron Flange Standard (Bi6b-
iq28). ,
End flanges are regularly furnished with a Vle-i^ch
raised face. The raised face is finished with concen-
tric grooves, approximately 1 6 grooves per inch
known as a "serrated" finish.
Valves with male, female, tongue, or groove faces
are made to order; see page 560 for dimensions and
the Crane Discount Sheet for prices.
Dimensions of Flanges, in Inches
Size
A
B
C
D
E
No. of
bolts
Dia. of
bolts
2
2
6V2
%
4Vl6
5
8
%
21/2
2V2
71/2
1
415/16
57/8
8
V4
3
3
8V4
11/8
51 V16
6%
8
Vi
31/2
31/2
9
IV16
6V16
71/4
8
V4
4
4
10
11/4
61 Vie
7Vs
8
V4
5
5
11
1%
8V16
91/4
8
%
6
6
121/2
IV16
91 V16
10%
12
V4
8
8
15
1%
IIIV16
13
12
Vs
10
10
171/2
1%
I41/16
151/4
16
1
12
12
201/2
2
i6yi6
173/4
16
iVs
14
■ 131/4
23
21/8
1815/16
201/4
20
11/8
16
151/4
251/2
21/4
2IV16
221/2
20
1V4
18
17
28
2%
23S/16
243/4
24
IV4
20
19
301/2
21/2
25V,6
27
24
1V4
24
23
36
2^/4
3OV16
32
24
11/2
Additianal description - . , .page JOT
.^\-
CRANE
109
175-Pound
el Body Wedge Gate
Brass Trimmed or All-Iron
^U.
K
!-K
H
J
Non-Rising Stem
Screwed Flaneed
Outside Screw and Yoke
No. 500
Brass Seats
Brass Stem
No- 501
Brass Seats
Brass Stem
No. 506
All-Iron
Screwed
No. 504 V2
Brass Seats
Brass Stem
Working pressures and description,
see the preceding page.
Flanged
No, 505
Brass Seats
Steel Stem
No. 505V2
Brass Seats
Brass Stem
No. 508
All- Iron
Screwed or
Screwed or
F anged
Flanged
,Slon-Rising
Outside Screw
Stem
and Yoke
Prices and dimensions of larger
sizes will be furnished on
application.
List Prices and Dimensions
List Prices, Each
Dimensions, in Inches
Size
Non-Rising Stem Outside Screw and Yoke
F
G
H
J
K
X 7
Inches
No. 500
Screwed
No. 501
or
No. 506
Flanged
F. &D.
No. 5041/2
Screwed
No. 505,
No. 5051/2,
or No. 508
Flanged
F. &D.
No-
of
turns
to
open
2 15.00 17.50 24.50 27.00
51/2
171/4
111/2
151/4 8 63/4
2V2
17.00 ! 19.50 26.50 29.00
6
8
123/4
163/4 8 8V4
3 20.00 23.00 30.50 33.50
7V4
191/4
141/4
191/2 9 10
31/2
25.00 28.00 37.00 40.00
71/2
10
151/4
2134
9
11V2
4 } 28.00 1 33.00 42.50 47.50
73/4
101/2
17
241/2 10 9
5
40.00 45.00 57.00 62.00
81/2
111/2
20
2834 12
11
6
50.00 57.00 69.00 76.00
83/4
tl3
21 1/2 3234
12 25
* 8
94.00
123.00
tl4V4
251/2
411/4
14 34
*:iO ! 153.00 187.00
tl6V4
323/4
50 1/4 16 42
*tl2 1 195.00 237.00
1171/2
361/4 571/2
18 50
*Sizes 8-inch and larger should have a by-pass. See page 114 for prices and page 117 for dimensions.
JSizes 10 and 12-inch can be equipped with gears. See page 115 for prices and page 117 for dimensions
Drilling: List prices of flanged valves include facing Flange Standard. No deduction is made if valves
and drilling to the 250-Pound American Cast Iron are ordered faced only.
f Important Notice
Flanged valves in z, 3, 6, 8. 10, and 12-inch sizes Unless otherwise ordered, valves with the new face
formerly had face to face dimensions other than to face dimensions are furnished. When so desired,
those shown above. The new
dimensions, adopted with the
issuance of this catalog, agree
with the A.P.I. Standard and
the American Ferrous Flanged
Valve Standard.
Comparison of Face to Face Dimensions
Si^e
2
3
6 8 10 12
New
71/4
7Vi
91/4
91/2
13 141/4 163/4 171/2
Old
12 131/2 15 16
valves having the old dimen-
sions can be furnished ( for
prices, refer to the Crane Dis-
count Sheet) , biit orders must
specifically indicate that such valves
are wanted.
\- 1
II
i!
I. . ■ ;
* (
1
}
»>
H
By-passes and gearing pages 114 to 117 Templates for drilling page 552 Thread engagement page 591
- ""^"^^^ tl..>.l^^l.li.>.».»»^1..^..»»»>^X
C.,.I.WJ»^1^».»— >■«— m
no
CRANE
I
J
I
■
.!i
' ,1
ii^'?
250-Pound
Ferrosteel Wedge Gate Valves
Brass Trimmed or All-Iron
Crane 250-Pound Ferro-
steel Wedge Gate
Valves are admirably
suited for a wide vari-
ety of service conditions
requiring the use of
rugged, substantially
constructed valves.
They will give excellent
results on steam lines
Size
of
valve
Working
Pressures
Hydrostatic
Test Pressures
Saturated
steam
Cold water ,
oil, or gas,
non-shock
Shell
test
Seat
test
iy4 to 12" I 250 pounds [ 500 pounds [1000 pounds! 550 pounds
14 and 16'' | 250 pounds [ 400 pounds [ 700 pounds ! 450 pounds
18 to 24"
400 pounds j 700 pounds | 450 pounds
*For steam lines larger than 16", Crane 300-Pound Cast Steel Gate
Valves are recommended; see page 304.
where the pressure and temperature do not require
the use of steel valves, on high pressure cold water
lines, on natural gas lines, oil pipe lines, etc.
Ferrosteel body and bonnet : The body and bon-
net are made of Crane Ferrosteel, a high grade iron
approximately 35 per cent stronger than cast iron.
iVIetal sections are more than ample, and the metal
is distributed to pro\-ide maximum strength.
Brass trimmed valves: Brass trimmed \'alves are
recommended for steam, water, or oil, or for other
fluids that do not corrode brass or iron.
The body seat rings are made of Crane Hard Meta).
a copper-tin bronze of unusual strength and hardness.
The> are screwed into the body.
In sizes i-inch and smaller, the disc is Crane Special
Brass: in the larger sizes, the disc is cast iron faced
with Crane Hard Metal.
The stem in non-rising stem valves is Cast Manga-
nese Bronze ; the disc is brass-bushed where it engages
the stem threads, except on the sizes having a solid
Crane Special Brass Disc (i34 to 2-inch).
Outside screw and >'oke valves have a brass stem
or a nickel-plated steel stem, as ordered. The brass
stem ser\'es as a safeguard against corrosion.
All-iron valves: All-iron valves are recommended
for gas or oil ser\-ice, or for fluids that corrode brass
but not iron.
They have seats cast integral with the body and the
disc. Valves with screwed-in body seat rings can be
supplied when ordered; prices on application.
The stem is steel, the portion in contact with the
packing being nickel-plated.
Stuffing box and gland : The stuffing box is packed
with high grade packing. The valves, when wide
open, can be repacked while under pressure.
The gland flange is malleable iron or steel; the gland
is brass in brass trimmed valves and nickel-plated
steel in all-iron vaK'es.
By-passes: A by-pass Is recommended on 250-
Pound Valves sizes b-inch and larger.
By-passes are made in ■"built-up" and "bolted"
types. The built-up by-pass is furnished onlv on
valves for steam lines; the bolted b>--pass is furnished
on valves for water, oil, or gas lines! See page 1 14 for
prices and page 1 17 for dimensions.
Motor or cylinder operation: Valves used for
emergency purposes or installed in inaccessible loca-
tions should preferably
be equipped with some
easy means of operation
such as an electric or
air motor drive or an
operating cylinder. See
pages 171 to 173.
Gearing: To facilitate
operation, valves 14-
inch and larger should be equipped with gears. See
page 115 for prices and page 117 for dimensions.
Standards : Flanged valves conform to the Ameri-
can Petroleum Institute (A.P.I.) Standard No.
5-G-1, Second Edition, September, IQ38, for 500-
Pound Iron Pipe Line Gate Valves. This Standard
includes sizes 2, 23^, 3,4, 6, 8, i o, and 1 2-inch.
Flanged valves also conform to the American Stand-
ard for Face to Face Dimensions of Ferrous Flanged
Valves (Bi6.io-iq3q} for 250-Lb. Cast Iron Flanged
Wedge Gate Valves. This Standard includes sizes
1 to 12-inch inclusive.
Flange dimensions and facing: Dimensions and
drilling of end flanges conform to the 250-Pound
American Cast Iron Flange Standard (Bi6b-iQ28).
End flanges are regularly furnished with a l/fe-inch
raised face. The raised face is finished with concen-
tric grooves, approximately 16 grooves per inch,
known as a ■"serrated" finish. Valves with male.
female, tongue,
or groove faces
can be fur-
nished. See the
CraneDiscount
Sheet for prices
and page ybo
for dimensions.
Dimensions of Flai^es, in Inches
Size
A
B
C
D
E
No. of
bolts
Dia. of
bolts
Wa
IV4
SV4
V4
3Vl6
3%
4
5/8
1V2
iy2
^Vs
^Vl6
3Vl6
41/2
4
3/4
2
2
6V2
Vs
4VlG
5
8
%
2V2
2V2
7V2
1
41 V16
57/8
S
Va
3
3
8V4
IVs
51V16
65/8
8
3/4
31/2
3V2
9
1V16
6V16
71/4
8
Va
4
4
10
1V4
615/16
7Vs
8
Va
5
5
11
1%
8V16
91/4
8
3/4
b
6
121/2
IVlG
9II/16
105/8
12
3/4
8
8
15
1%
ll^Vie
13
12
Vs
10
10
171/2
m
14Vi6
151/4
16
1
12
12
2OV2
2
I6V16
173/4
16
IVs
14
13V4
23
21/8
18»yi6
201/4
20
iVs
16
151/4
251/2
2V4
21 Vie
221/2
20
iy4
18
17
28
23/8
23Vi6
243/4
24
1V4
20
19
3OV2
2y2
25Vi6
27
24
iy4
24
23
36
23/4
305/t6
32
24
iy2
Additional description . , . page 107
CRANE
111
250-Pound
Ferrosteel Wedge Gate Valves
Brass Trimmed or All-Iron
K
.iS:
n
t±
L\ »
Screwed or Flanged
Non-Rising Stem
Non-Rising
Stem
Screwed
No. 2E
Hard Metal Seats
Brass Stem
No. 4E
All-Iron
Non-Rising
Stem
Flanged
No. 3E
Hard Metal Seats
Brass Stem
No- 8E
All-Iron
Working pressures and description,
see the preceding page.
Outside Screw
and Yoke
Screwed
No. 6E
Hard Metal Seats
Steel Stem
No. 6V2E
Hard Metal Seats
Brass Stem
No, 10 E
All- Iron
Outside Screw
and Yoke
Flanged
No- 7E
Hard Metal Seats
Steel Stem
No. 71/2 E
Hard Metal Seats
Brass Stem
No. 14 E
All- Iron
-■
Open.
List Prices, Each
Size
Inches
Non-Rising Stem
No. 2E
or
No. 4E
Screwed
No. 3E
or
No. 8E
Flanged
F. &D
Outside Screw and Yoke
No. 6 E,
No. 6I/2 E,
or No. 10 E
Screwed
No. 7 E,
No. 71/2 E,
or No. 14 E
Flanged
F. &D.
Screwed or Flanged
Ou tside Screw & Yoke
Dimensions, in Inches
H
K
Turns
to
open
1V2
24.00
26.50
34.50
37.00
51/2
6V2
9V4
IIV2
131/2
25.00
27.50
35.50
38.00
6V4
71/2
93/4
13V,
8
12
27.50
30.00
38.50
41.00
8V2
11
141/2
8
8
15
2V2
33.00
35.50
44.50
47.00
8
91/2 I 131/4 I 171/2
151/2
3
45.00
48.00
58.00
61.00
llVs 143/4 I 201/2
10
10
14
3V2
57.00
60.00
72.00
75.00
10
11^/
s
151
22
10
10
16V2
60.00
65.00
78.00
83.00
11
12
171/2 243/4
12
12
I8V2
85.00
90.00
108.00
113.00
131/2
15
201/4 I 293/4
14
14
23
100 . 00
107.00
124.00
131.00 isyg ISVs
23
341/2
16
16
27
'8
155.00
162.00
194.00
201.00
I6V2 I I6V2 I 303/4 I 423/4
20
20
35
10
250.00
258.00
297.00
305 . 00
18
18
36
523/4
22
22
38
12
325.00
335.00
410.00
420.00
193/4 193/4 I 393/4
60
24
24
46
tI4
440.00
540.00
221/2 I 451/4 I 691/4
24
24
53
116
675.00
800.00
24
49
76
27
27
60
118
890.00
1030.00
26
52
833/4
30
30
67
t20
1075.00
1250.00
28
56
93
30
30
74
^124
1500.00
1700.00
31 68V2 I 1121/4
36
36
88
*Sizes 6-inch and larger should have a by-pass; see page 114 lor pric^ and page 1 17 for dimensions.
tsIS H-^nch and lafger should be geared; see page 115 for prices and page 117 for dimensions.
Drilling ■ List prices of flanged valves include facing Flange Standard No deduction is made if xaWes are
and drilling to the 250-Pound American Cast Iron ordered faced only.
By-passes and gearing. . . .pages U4 to 117 Templates for driUirrg . . page B52 Thread engagement page 591
r'
\m
. k
u
)W
I
\'
''1*
I
112
CRANE
800-Pound Hydraulic
Ferrosteel Wedge Gate Valves
Brass Trimmed
WORKING PRESSURE
800 pounds cold water, oil, or gas, non-shock
TEST PRESSURES
Shell test — 1600 pounds hydrostatic
Seat test ■ — 850 pounds hydrostatic
I J
l|-*' i
1
1
1
i In '
I^B^H ' *
1
■■ ''
1 ftll '^
:«■■
I I
Crane 8oo-Pound Hydraulic Ferrosteel Wedge Gate
Valves are recommended for service on water, oil, or
gas lines up to 8oo pounds cold working pressure,
non-shock.
Shock: When the valves are used in lines subjected
to shock, properly designed shock absorbers should
be installed to protect the piping and the valves; see
explanation on page 1 1.
Body and bonnet: The body and bonnet of these
valves are extremely heavy and rugged. They are
made of Crane Ferrosteel.
Hard Metal seats: The body seat rings and disc
faces are made of Crane Hard Metal, a tough, hard,
copper-tin bronze having excellent resistance to wear.
The body seat rings are screwed into the body.
Stem : The valves are made with a brass stem. The
brass stem acts as a safeguard against corrosion.
Stuffing box and gland; High grade packing is
used in the stuffing box. The \'alves can be repacked
when wide open and under pressure. The gland con-
sists of two pieces, a malleable iron gland flange and
a brass gland.
By-passes: A by-pass is recommended on 800-
Pound Gate Valves sizes 5-inch and larger. It
enables equalizing the pressure on both sides of the
disc before opening the main valve. Seepage 114 for
prices and page 117 for dimensions.
Gearing : 800-Pound Valves i o-inch and larger
should be equipped with gears, to facilitate opera-
tion. The se\ eral styles of gearing are show n on page
115. For dimensions of gear-equipped valves, see
page 117.
Motor or cylinder operation: Valves installed in
inaccessible locations or used for emergency purposes
should preferably be equipped with some easy means
of operation. An electric or air motor drive, or an
operating cylinder, is ideal for this purpose. For
description, see pages 171 to 173.
Standards: Flanged valves conform to the Ameri-
can Petroleum Institute (A.P.I.) Standard No.
5-G-j, Second Edition, September, 1938, for 800-
Pound Iron Pipe Line Gate Valves. This Standard
includes sizes x, 2)^, 3, 4, 6, 8, 10, and 12-inch.
Flanged valves also conform to the American Stand-
ard for Face to Face Dimensions of Ferrous Flanged
Valves (B16. io-iQ3q) for 8oo-Lb. Hydraulic Cast
Iron Flanged Wedge Valves. This Standard includes
sizes 2, 23^, 3, 4, 6, 8, 10, and 12-inch.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the 800-
Pound Hydraulic American Cast Iron Flange Stand-
ard (Bi6bi-iQ3i).
800-Pound Valves are regularly furnished with a
3^-inch male face (large male) on the end flanges.
The male face is finished with concentric grooves,
approximately 16 grooves per inch, known as a
"serrated" finish.
Valves with female, tongue, or groove faces are made
to order. See page 561 for dimensions and the
Crane Discount Sheet for prices.
Dimensions of Flanges, in Inches
Size
A
B
C
D
E
No. of
bolts
Dia. of
bolts
2
2
61/2
IV4
3%
5
8
%
2V2
21/2
71/2
1%
4Vg
SVs
8
3/4-
3
3
8V4
IV2
5
6%
8
3/4
4
4
103/4
m
6V16
8V2
8
Vs
5
5
13
21/8
7Vl6
IOV2
8
1
6
6
14
VA
8V2
nvz
12
1
8
7%
I6V2
2V2
105/8
133/4
12
IVs
10
934
20
IVs
123/4
17
16
iy4
12
113/4
22
3
15
19V4
20
iy4
Additional description _ . . .page 107
CRANE
113
800-Pound Hydraulic
eel Wedge Gate
Brass Trimmed
For Working pressures and descriptiortf
see the preceding page.
^00 WOG
Outside Screw and Yoke
Screwed
No, 804V2 H
Hard Metal Seats
Brass Stem
Screwed or
Flanged
These valvGS can be made to order with a steel
stem; prices are furnished on application-
List Prices and Dimensions
Outside Screw and Yoke
Flanged
No, 8OSV2 H
Hard Metal Seat.^
Brass Stem
Size
List Prices, Each
Dimensions, in Inches
Inches
No. 804 V2 H
Screwed
No. 8051/2 H
Flanged, Jr. &n.
F
G
H
J
No. of
turns
to open
I
43.50
48.50
iiy2
111/2
I81/2
10
9V2
' 21/2
65.00
73.00
131/2
13
203/4
12
12
3
88.00
97.00
141/2
14
231/2
14
14
4
122.00
129.00
161/2
17
28
16
18
* 5
162.00
172.00
181/2
20
321/4
18
23
* 6
211.00
226.00
20
22
! 36V4
20
27
* 8
340.00
26
461/4
24
30
*tio
532.00
31
533/4
27
381/2
*tl2
695 . 00 1
33
633/4
30
45
*Sizes 5-inch and larger should have a by-pass. See page 114 for prices and page 1 17 for dimensions
tSizes 10-inch and larger should be geared. See page 115 for prices and page 117 for dimensions.
Drilling: Flanged valves are furnished faced and
drilled (F. & D.) unless ordered faced only. List
prices include facing and drilling to the 800-Pound
Hydraulic American Cast Iron Flange Standard.
When valves are ordered faced only they are fur-
nished at the same price as for faced and drilled.
By-passes : A by-pass is recommended on 800-
Pound Gate Valves sizes 5-inch and larger. It
enables equalizing the pressure on both sides of the
disc before opening the main valve. See page 114
for prices of by-passes and page 117 for dimensions
of valves with by-passes.
Gearing: These valves in sizes 10 and 12-inch
should be equipped with gears, to facilitate operation.
The several styles of gears and prices are shown on
page 115; dimensions of valves with gears are shown
on page 117.
By-passes and gearing pages 114 to 117 Templates for drilling. page 552 Thread engagement page 591
III
1;.
I <t
I' d
A^^MUidiM^Ua^^i^
I
I
I
1
I
a.it
:(
114
CRANE
By-Passes for Iron Body Wedge Gate Valves
Bolted B\^-Pass
Non-Risina Stem
Bolted B\--Pass
Outside Screw and Yoke
Built-Up By-Pass
For Steam onlv
Bevel geared valves with by-pass have the
by-pass on the bottom of the valve, as
shown in the illustration above.
Extra List Prices for Bolted By-Pass
For Flanged or Hub End Valves
Extra List Prices for Built-Up By-Pass
For Flanged End Valves
Pressure
Class
of Valve
Size of
Valve
Inches
Size of
By-Pass
Inches
Non-Rising Stem
By- Pass
Each
O. S. & Y
By-Pass
Each
Pressure
Class
of Valve
Size
of Valve
Inches
Sise of
By-Pass
Inches
Built-Up
By-Pass
Each
14
2
49.00
54.00
Low
16 to 20
3
74.00
80.00
Pressure
24 and 30
4
99.00
106.00
Page 100
36 and 42
6
140.00
152.00
48
8
190.00
208 . 00
12 and 14
2
49.00
54.00
Standard
Page 103
16 to 20
3
74.00
80.00
24 and 30
4
99.00
106.00
36 and 42
6
140.00
152.00
48
8
190.00
208.00
6
IV4
36.00
43.00
175-Pound
8
IV2
43.00
50.00
Page 109
10
iy2
50.00
58.00
12
2
58.00
66.00
5 and 6
1V4
43.00
51.00
8
1V2
50.00
58.00
250-Pound
10
iVz
66.00
76.00
Patre 1 1
12 and 14
2
75.00
86.00
16 to 20
3
112.00
125.00
24
4
164.00
180.00
800-Pound
5 and 6
1V4
80.00
Hydraulic
8 and 10
1V2
94.00
Page 1 3
12
2
115.00
175-Pound
Page 109
6 and 8
%
36.00
10 and 12
50.00
250-Pound
Page 1 1 1
5 to 8
V4
43.00
10 and 12
1
66.00
14 and 16
11/4
75.00
Dimensions . . .pages 116 and I IT
When so ordered, Crane Hub End and
Flanged End Iron Body Wedge Gate Valves
can be furnished with a by-pass. Extra list
prices are sho\vn in the table.
By-passes for screwed end vah'es will be
furnished on special order; prices on applica-
tion.
The bolted by-pass will be supplied on Low
Pressure, Standard, and 800-Pound Valves;
also on 175 and 250-Pound VaK'es when not
specifically ordered for steam. Non-rising
stem vaU'es will be equipped with a non-rising
stem by-pass ; O. S- S^ Y. valves, with an
O. S. & Y. by-pass.
The built-up by-pass will be supplied only on
175 and 250-Pound VaK'es when specifically
ordered for steam.
Cleanouts and Indicators
For Standard Iron Body Wedge Gate Valves
Lockup Caps
Size of
Flanged
Valve
Inches
Extra for
Side
Cleanout
Each
3
6.50
4
7.50
5
9.00
6
10.50
8
12.00
10
15.00
12
16.50
Side Cleanout
(For Flanged Valves)
Cleanouts should be used where sedi-
ment will accumulate in a valve. They
may be either on the side as listed here,
or on the bottom. Prices on bottom
cleanouts are furnished on application.
Needle and Slot Indicator
Indicators of the Needle and
Slot type may be applied to
Standard Non-Rising Stem
Valves 12-inch and smaller.
Prices on application.
Lockup Caps
Lockup caps can be
furnished for any class
of Crane Non-Rising
Stem Gate Valve.
Prices on application.
L^
I,*;- »
CRANE
■:..r-'
115
Gearing for Iron Body Wedge Gate Valves
Style U, Bevel Gearing
Non-Rising Stem
Style S, Spur Gearing
Non-Rising Stem
Grease Case on Style U
Bevel Gearing for
Non-Rising Stenn Valves
When desired. Crane Iron Body Wedge Gate Valves can
be supplied with gears. Extra list prices are shown below.
Bevel gearing: Unless otherwise ordered, non-rising stem
bevel geared \alves are furnished with the pinion shaft
extending at right angles to the run of the \-aK-e. They can
also be furnished with the shaft parallel to the run.
With Style N be\-el gearing for outside screw and yoke
valves, the pinion shaft extends at right angles to the run
of the valve; with Style O, parallel to the run. Unless
other^^■ise ordered, Style N wi 1 be furnished.
Grease cases and gear covers: Non-rising stem bevel or
spur geared valves can be supplied with a grease case com-
pletely enclosing the gears. A sheet metal guard (not illus-
trated) can be built around the stuffing box or a pressure-
tight grease case can be furnished; prices on application.
Outside screw and yoke valves can not be equipped with a
grease case, but can be supplied with a gear co\"er.
Indicator: Non-rising stem geared valves can be supplied
with a worm-gear indicator; prices on application.
Grease Case on Style S
Spur Gearing for
Non-Rising Stem Valves
Worm-Gear Indicator
For Non-Rising Stem Valves
Prices on application
Gear Cover
for
Outside Screw and Yoke Valves
Pressure
Class
of
Valve
Gearing
Low
Pressure
Page 100
Extra List Prices per Valve
Non -Rising Stem ! Outside Screw & Yoke
Spur
*Grease
Cases
Gearing
Bevel I Spur
*Gear
Covers
7n.nfti fift.OQl 50.00 1 74.001 7U.00! 50.00
78.00! 74.00', 62.00 1 82. OO; 78.001 62.00
148.00! 140.001 74.00 1156.00 j 148-001 74.0
d? l88.0Q:i72.00i 86.00 i204.00|188.00| 86.00
48 :^^n.noi:^Q5.Q0ll00.00 1355. 001330. 00| 100.00
12 j^^no .=;0.0Q1 41. 00 1 58.0Q1 54. 00, 41700
M^
Style N
Bevel Gearing
Outside Screw and Yoke
Standard
Page 103
T4to20 62.001 58.001 41.00 166.00! 62.001 41.00
24 70 nn 66.001 50. 00 1 74.00170.001 50.00
30
78.001 74.00 62.00 1 82.001 78.001 62.00
36 14001140.001 74.00 1 156.001 148.001 74.00
42 IRS nn 172.001 8 6.00 1204. 00| 188. 00| 86.00
48 iuOoTsOSToOi 100.00 1355.001330.001100.00
175-Lb.
Page 109
10
12
(.-) no 58.001 41.00 1 66.001 62.0Q1 41.00
Pressure-Tight
Grease Case
Enclosing Stuffing Box
and Gland, for Non-Rising
Stem Geared Valves
Prices on application
250-Lb.
Page 111
800-Lb,Hyd.
Page in
8
70 001 66.001 50.00 I 74.001 70.001 50.00
54.Q0r 50.00. 41.00 \ 58.001 54.001 41.00
10 tOoT 66.001 50.00 1 74.001 70.00| 50.00
T77;rir"sn:nn : 76. OO; 64. OO i 84.00', 80.00] 64.00
Tft-fr^nT-oTnol 88.00168.00 I 98.001 93.Q0| 68.00
^^:r'7ftft^nn; 176.001 86. 00^^196.00 1186.001 86.00
Style O
Bevel Gearing
Outside Screw and Yoke
i
Style P
Spur Gearing
Outside Screw and Yoke
r I
lit
II
6 &8
66.00 62.00 41.00
lo&n
i
78.001 74.001 62.00
*The prices shown for the Grease Cases and for the Gear
Cmers are in aHHirinn to the prices for the Geanng.
Stem Protector
For Outside Screw
and Yoke Valves
without Gears
Prices on application
Dimensions of
geared valves,
pages 116 and 117 .
I
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■Wl..iy.l^^HH.>t«.i.<.i>...
lAli
Jriiiii
■■ '■ -
I
116
CRANE
Iron and Ferrosteel
Wedge
For dimensions, see the following page.
ID
■ I
I
I
I
t\
I I
Hl-aKi ^i 'i<
. *
■I'
I
The dimensions of Iron and Ferrosteel Wedge
Gate Valves equipped with gearing or by-pass
are shown on the opposite page. For dimen-
sions of the same \-alves without gearing or
by-pass, refer to the following pages:
Low Pressure Valves see page 100
Standard Valves see page 10b
175-Pound Valves see page 109
250-Pound Valves.. . see page HI
800-Pound Hydraulic Valves see page 113
Gearing : Equipping the larger size wedge gate
valves with gears will greatly facilitate their
operation. Gears, both bevel and spur, are
available for a wide range of sizes in each
pressure class.
Face to face or end to end dimensions of valves
with gears are the same as those of val\-es with-
out gears; see the pages referred to above.
By-passes : The bolted by-pass is furnished on
flanged and hub end valves for water, oil, or
gas lines and is available in all pressure classes.
The built-up by-pass is furnished only on
flanged vah-es in the 175 and 250-Pound classes,
for steam lines.
Center to top and wheel diameter dimensions of
valves with by-pass are the same as those of
valves without by-pass; face to face dimensions
are explained below.
Face to face of valves with by-pass : Low
Pressure, Standard in sizes 24-inch and smaller,
: 75-Pound, 25o-Pound, and 800-Pound Hy-
draulic Wedge Gate Val\-es with by-pass have
the same face to face as the valves without
by-pass; these dimensions are repeated on the
opposite page for con\-enience.
On sizes larger than 24-inch, Standard Wedge
Gate Valves with by-pass have a longer face to
face dimension than the same valves without
by-pass.
Geared valves with by-pass: Spur geared
valves with by-pass have the by-pass connected
at the side of the valve body.
Bevel geared valves with by-pass have the
by-pass on the bottom, with the stem of the
by-pass valve parallel to the pinion shaft; see
illustration above.
*Dimension "L" includes the >i8-inch raised faces on
1 75 and 250-Pound Flanged Valves and the 3^-inch male
faces on 800-Pound Hydraulic Flanged Valves.
/-
L
Style U
Bevel Gearing
Low Pressure
Standard
175-Pound ■
250-Pound
Style S
Spur Gearing
Low Pressure
Standard
175-Pound
250-Pound
Square
Operating
Nut for
Hub End
Non-Rising
Stem
Geared
Valves
Standard
Non-Rising Stem Valves with Bevel or Spur Gears
H
±
:&.
G
iiimiimiMiijiiillDiiiiiiiMiri,
Style N
Bevel Gearing
All Classes
Style O
Bevel Gearing
All Classes
Style P
Spur Gearing
All Classes
Outside Screw and Yoke Valves with Bevel or Spur Gears
fQ^
Hub End
Standard
*Flanged
All
Bolted By-Pass Built-Up By-Pass
All 175-Pound
Classes Classes 250-Pound
Flanged and Hub End Valves with By-Pass
■•fh
CRANE
117
Iron and Ferrosteel
Wedge Gate Valves with Gearing or By-Pass
Dimensions, in Inches
For list prices, description, and dimensions of valves
without gearing or by-pass, see pages 100 to 113.
Size
Valves with Gears
1
Valves with By-Pass
of
Valve
Bevel Geared
Spur Geared
H
J
No. of
turns
to
open
K
*L
Bolted
By-Pass
BuLlt'Up
By-Pass
A
B
C
D
E
F
G
Size
M
Size
N
Low Pressure Wedge Gate Valves
Standard Wedge Gate Valves
12 . 331
14 ] 373/4
453^
533/4
123/4 t 4434
501/4
12
18
50
16
14
191/:
123/4 49 V4 1 6
58
12
18
60 16
15
203/4
16 : 431/2
603.
17
571/2 I 8 1 66V2 11411/ifil 22 I 2 I 102 II 19
16
24
18 1 451/2 I 651/4
17
591/3
8
71 1141 Vie! 22 I 2
114 ; 20
17
25V,
20 491/4 I 711/4
17
631/4
8
77 ! 1411/16 22
127 21
18
261/2
24 ! 563/4 ' 851/4 I 2OV2 1 721/2 'IO13/16I 903/4 | 17
27
175 22
*20
291/4
30
70
1061/^
23
86V
12 i 1113/4 1 19
30
380 i 30
30
34
36 8434 1 122
26V4 I 103 I 15 I I28V4 I 191/2 I 30 I 3 I 560 l| 32 \ 32
413/4
42 981/2
144 291/2 II8I/2I 171/2 I 1483/4 i 223/4 I 36 I 3
390 33
33
451/,
48
107
160
291/2 1 1261/2 I 171/2 ' I643/4 I 223/4 I 36 I 3 i 450 '■■ 36 36
8
51 I
175-Found Wedge Gate Valves
I
13
11/4 141/2 i Va
8
1
10
30
4034 1 123/4 I 411/4
45
12
18
85
n63/4 1V2 1 17
12 i 331/4 I 451/2 I 123/4 [ 441/2
50
12
18
102
I *
171/2
20
1
250-Pound Wedge Gate Valves
1
;i
15 ; IV4 143/4
3/4
157/8 1 IV4 1 151/2
V4
8
251/4 1 35 I 1234136^
10
'4
293/4
391/4 12
18
70
*16i/2 I 11/2
18
43
151/s
43
473/4 131/2 I 20
95
18 I 11/2 I 1934 i 1
12
33
48
151/2 ! 461/4
53 ! 131/2 ! 20
115
193/4
211
1
14 , 381/4
55 I 17 j 521/4
8 1 603/4 1 14% 1 22
159
■221/2
23
IV4
16 413/4
60
17
553/4
8 653/4 1 145/8 ] 22
180
I *24
18 1 441/4 1 66V4 1 201 A I 60 |10i3/i6| 713/4 I 17 I 27
235
■26
20 1 481/4
73 I 201/2 I 641/4 : 1013/^61 781/4
17 I 27
259
1 *28
28I/4
291/2
24
59
873/4
23
751/2 I 12 I 931/4
19
30
352
'31
34
800-Pound Hydraulic Wedge Gate Valves
501/4 I 123/S
341/2
12
I I I
IS I
20
11/4 151/2
54
22 11/4 1 I6V4
8
373/4 1 151/2
423/4 I 131/2 ! 20
75
26 11/2
19
10
441/2
17
50 1411/16 1 22 1
116
*3t IV2 I 201/2
12
513/4 I 201/2
571/4
17
27
158
33
221/2
14
' 331 V16
50 Va
11V4
441/2
6
533/4 10
14
58
n3i/2
2
193/4
16
i 385/8
551/4
123/4
5OV4
6
593^ 12
18
66
n4
3
233/4
18
421/4
6IV16
123/4
533/4
6
651/2 12
18
74
*141/2
3
241/4
?n
453/4
673/8
123/4
571/4
6
713/4 12
18
83
nsvz
3
261/4
7.4
1 55 V2
64 u
Sl^Me
17
691 '2
8
' 871/2 ' 145/8
22
1481/2
*17
4
281/4
30
963/8
17
79
8
I 1021/4 ; 14%
22
186
*21
4
34
t
36
751/8
899/16
101 Vie
11315/16
201/2
91
103/4
\ 1191/2 17
27
259 ,
*24
6
40
47
1355/8
23
IO61/4
12
1411/4 19
30
261
*27
6
48
48
15354
23
II8I/4
12
IS91/4 19
30
298V2
*30
8
493/4
12
141/4 11/2 1 153/4 I % I 131/4
15
I6I/4
113/4
121/2
3/4 I 131/4
I6I/2
173/4
20
27 I 11/4 I 211/2
without by-pass. ^
Prices of gears . . . page 115
Prices of by-passes . . . page 114
Templates for drilling pages 551 and 552
\^
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ill
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I
118
CRANE
For Higher Pressures and Temperatures
Use Crane Steel Gate Valves
I
F"
For pressures and temperatures that are beyond the
scope of iron \ahes and for unusually severe services,
Crane Co, manufactures a complete' line of Cast or
Forged Steel Wedge Gate VaK-es, Of outstanding qual-
ity, they are made in a wide range of sizes and with
screwed, flanged, butt-welding, or socket-welding ends.
Crane Steel Gate Vah-es are available for pressures as
high as zjoo pounds at 1000° F., or 6000 pounds at
100 F. For prices, dimensions, and complete details,
see pages zqj to 308.
ill
U
ill
# M *l
Crane Iron Gate Valves and
Fittings installed in raw
water circulating piping in
a power plant.
Tlie care and accuracy used
in finishing Crane products
assure perfect fitting and
alignment, even in the most
compact assemblies.
J
-^T^PfWW
iiujuiiii
CRANE
119
-4'. -
Iron Body Double Disc Gate Valves
A.W .\\ .A. \ alves pages i 26 and i 27
Low Pressure Valves pages r 22 and 123
Light Standard \'al\es pages 124 and 125
Standard \'al\es pages i 28 and i 2q
400-Pound \\ .O.G. V'aKes pages 1 30 and i 3 i
500-Pound W'.O.G. V'aKes pages 1 3 2 and 1 3 3
500-Pound Gas VaU es pages i 34 and 1 3 5
800-Pound W'.O.G. Vahes pages 1 36 and 137
By-Passes; Cleanoucs; Lockup Caps P^ge • 38
Gearing: Grease Cases; Gear Co\ers; Stem Protectors page 130
Dimensions ot \'al\es with Gearing or By-Pass. . -pages 140 and 141
The Crane line of Iron Body Double Disc Gate Valves includes
valves for water, oil, or gas pressures up to 800 pounds, also
valves for low pressure steam. It includes Brass Trimmed and
All-Iron Valves, A.W.W.yV. Valves, and 5ooPound Spur
Geared Valves especially designed for gas line construction.
The uniformly superior quality that distinguishes all Crane
products has been maintained in this line. Excellence of de-
sign, high grade materials, and workmanship of the highest
order assure dependability in service.
mmi
ail
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rj
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120
CRANE
I
Iron Body Double Disc Gate Valves
|i
r
Non-Rising Stem A alve
Open
,»
I
,)!
Discs with Spreaders
II
Yoke Sleeve Nut
Yoke
Yoke Sleeve
Wheel
Gland Flange
Gland
- Packing
Stuffing Box
Upper Spreader
Spreader Bushing
^ Disc Seat Ring
Bonnet
Disc
Stem
Body
Body Seat Ring
Lower Spreader
Guide Ribs
Cast in Body
Stem
Stem Ring
Spreader Pin
Outside Screw and Yoke Valve
Closed
Flanged end bodies for
400, 500, and 800-Pound W.O.G. Valves
have straight through ports;
see page I2L
Discs with Wedges
The Discs
Depending upon the size of the valve
and the pressure class, two types of
disc construction are used in Crane Iron
Body Double Disc Gate Valves.
Discs with spreaders : The upper
spreader, engaging the valve stem, raises
and lowers the discs. When the valve is
being closed, the lower spreader strikes a
stop in the bottom of the body; further
rotation of the wheel brings the wedging
surfaces of the spreaders into contact,
and the spreaders force the discs out-
ward against the seats.
Discs with wedges : A disc nut, engag-
ing the valve stem, raises and lowers the
discs. When the valve is being closed,
two hooks, carrying Manganese Bronze
wedges, strike a stop in the bottom of
the body; further rotation of the wheel
forces the wedges between the discs, and
the wedges force the discs outward
against the seats.
iJ ;
Discs with Spreaders
Discs with Wedges
i.,
9i*4a'
CRANE
121
:>-4v
General Description
y ■
The general characteristics of Crane Iron Body and
Ferrosteel Double Disc Gate Valves are illustrated
on the preceding page. Except for their proportions
and for the materials used, the various lines are very
similar in construction.
. Double discs: The seats in the valves are parallel.
The disc mechanism, illustrated and described on the
preceding page, assures positive, tight seating and
easy opening.
Except for certain small size valves having all-brass
discs, brass trimmed valves have cast iron or Ferro-
steel discs with brass or Crane Hard Metal seating
faces. The faces are securely rolled into machined
dovetails in the discs, assuring tightness under
pressure.
In all-iron valves, the seating faces are cast integral
with the discs.
In non-rising stem brass trimmed valves, the portion
of the discs that engages the stem threads is brass or
brass-bushed.
In brass trimmed valves with spreader type discs, the
lower spreader is brass in the smaller sizes, and cast
iron with brass wedging faces in the larger sizes.
Body and bonnet: All lines
of valves have oval-shaped
bodies and bonnets. Metal
sections are more than ample,
and the metal is distributed
to assure maximum strength.
Flanged end 400, 500, and
800-Pound VV.O.G. Valves
have straight through ports.
as shown in the illustration at
the right. The metal sections
adjacent to the bonnet and
end flanges are heavily rein-
forced.
Straight Through Ports
in Flanged End
400, 500, and SOO-Pound
W.O.G. Valves
Body seat rings: In brass trimmed \'alves, the
body seat rings are brass or Crane Hard Metal.
In brass trimmed Low Pressure Valves 14-inch and
larger, the body seat rings are rolled into machined
dovetails in the body. In 10 and 1 2-inch Low Pres-
sure Valves, and in all brass trimmed valves for
higher pressures, the body seat rings are screwed
into the body.
All-iron valves are regularly furnished with the seats
integral with the body. However, they can be fur-
nished with screwed-in body seat rings when so
ordered; prices on application.
Stem: The stem in non-rising stem brass trimmed
valves is made of Crane Cast Manganese Bronze or
rolled brass, depending upon the pressure class.
Outside screw and yoke brass trimmed valves are
made with a rolled brass stem.
All-iron valves have a steel stem ; the portion coming
in contact with the packing is nickel-plated.
Gland and stuffing box: All valves have a two-
piece ball-type gland, consisting of a malleable iron
gland flange and a brass gland in brass trimmed
valves or a nickel-plated steel gland in all-iron valves.
This construction provides for even distribution of
the compressive loading on the packing, the bali-
type bearing between the gland and flange compen-
sating for unequal adjustment of the bolts. Binding
on the valve stem and frequent stuffing box main-
tenance are avoided.
Repacking: These valves, when wide open, can be
repacked while under pressure.
In non-rising stem valves, jamming the disc in the
wide open position forces the stem collar against the
machined top of the bonnet, making a pressure-
tight joint.
In outside screw and yoke valves, when the valve is
jammed wide open, the tapered stem ring engages a
tapered machined surface in the under side of the
top of the bonnet, forming a tight joint.
Yoke: In smaller size outside screw and yoke valves,
the yoke is cast integral with the bonnet. In larger
sizes, the yoke is made in two halves, bolted to the
bonnet and bolted together at the top.
Yoke sleeve: The yoke sleeve is made of Crane
Cast Manganese Bronze.
Wheel: Wheels having a diameter of 24 inches or
less are made of malleable iron to assure maximum
strength. They have an o\-aLshaped rim, affording
an easy grip. Wheels of larger than 24 inches diam-
eter are cast iron.
In non-rising stem valves, the wheel has a tapered
square hole fitting the tapered square end of the
stem, and is held in place by a steel nut.
In outside screw and yoke valves, the hole in the
wheel is hexagonal and tapered, and fits the tapered
hexagonal top of the yoke sleeve. The wheel is held
in place by a malleable iron nut.
In both types of valves, the wheel is attached
securely, yet can be removed easily.
Flange dimensions and facing: The dimensions
and drilling of the end flanges on flanged valves con-
form to the American Cast Iron Flange Standard for
their respective working pressures.
On Low Pressure, Light Standard, and Standard
valves, the flanges are plain faced, with a smooth
finish.
400-Pound W.O.G. , 500-Pound W.O.G. , and 500-
Pound Gas flanged valves are regularly furnished
with a raised face Hg-i^ch high on the end flanges.
Valves with male, female, tongue, or groove faces
can be made to order at an additional price.
800-Pound W.O.G. flanged valves are regularly fur-
nished with a M-inch male face (large male) on the
end fianges. Valves with female, tongue, or groove
faces can be made to order, at an additional price.
'
,• •
\
AiAWIUWiiMfa
■tiuyitf^
M^*^UitU^kU*MM*AA^i^U
AAAAUUUAbUliilU^
122
CRANE
I
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if
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it
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ii
Working pressures
Hydrostatic test
pressures
Size of
valve
Flanged valves
Hub end valves
Flanged or
hub end valves
Saturated
steam
Cold
gas
Cold water
non-shock
Cold
gas
Cold water
non-shock
Shell
test
Seat
test
10 to 24-inch
30 & 36-inch
42 & 48-inch
25 pounds
25 pounds
25 pounds
25 pounds
25 pounds
25 pounds
50 pounds
43 pounds
35 pounds
25 pounds
25 pounds
25 pounds
50 pounds
43 pounds
35 pounds
75 pounds
75 pounds
50 pounds
60 pounds
55 pounds
45 pounds
Low Pressure
Iron Body Double Disc Gate Valves
Brass Trimmed or All-Iron
Crane Low Pressure Iron
Body Double Disc Gate
Valves, illustrated on
tlie opposite page, are
admirably suited for a
great variety of ser\'ice
conditions tliat do not
require tine use of
■■ Standard' ' weight
valves. They will gi\-e excellent service in low pressure
steam, water, or gas lines, in exhaust or condenser
piping, in water works, irrigation, filtration, or
sewage disposal systems, in pumping engine suction
lines, or in by-product coke installations.
They are short and compact, occupying a minimum
of space in the pipe line.
In addition to the types listed, the valves can be
furnished with spigot ends, with ends for wood pipe.
Universal pipe, or Transite pipe, or with combina-
tions thereof; hub end outside screw and yoke
\-alves also can be furnished. Prices on application.
Brass trimmed valves: Brass trimmed \al\es are
recommended for steam or water lines.
The body seat rings are brass. In sizes lo and 12-
mch they are screwed into the body. In the larger
sizes they are rolled into the body. When so ordered,
screwed-in rings can be furnished in the larger sizes;
prices on application.
The discs are cast iron with a brass face, and the
stem is brass. In non-rising stem \'alves, the portion
of the discs that engages the stem threads is brass or
brass-bushed.
The valves have a two-piece gland consisting of a
brass gland and a malleable iron gland flange.
All-iron valves: All-iron vaK'es are recommended
for gas or for fluids that corrode brass.
The seating surfaces are integral with the body and
discs. VaU'es with screwed-in body seat rings in
sizes 24~inch and smaller only, can be made to order;
prices on application. , .- ,• -
The stem is steel and that portion which comes in
contact with the packing is nickel-plated.
The gland is two-piece and consists of a nickel-plated
steel gland and a malleable iron flange.*
Stuffing boxes: The stuffing boxes are filled with
high grade packing. The vaK'es, when wide open.
can be repacked while under pressure.
Hub end valves : The hubs on hub end vaKes are
suitable for Class "B" cast iron pipe. In place of a
wheel, the valves have a square operating nut.
By-passes: Sizes 24-inch and larger should have a
by-pass, to enable equalizing the pressure on both
sides of the valve before opening. See page 138 for
prices and pages 140 and 141 for dimensions.
Gearing: To facilitate operation, 42 and 48-inch
valves should be equipped with gears. See page i3()
for prices and pages 140 and 141 for dimensions.
Motor or cylinder operation: Valves installed in
inaccessible locations or used for emergency purposes
should be equipped with some easy means of opera-
tion, such as an electric or air motor drive, or an
operating cylinder; see pages 171 to 173.
Vacuum or air service : Valves for vacuum exhaust
lines or for air service should be specially air-tested;
an extra charge is made. Unless orders specify air-
tested, water-tested valves are furnished.
Disc rollers: Brass trimmed valves, 14-inch and
larger, ordered for use in a horizontal pipe with the
valve stem horizontal, will be equipped with a brass
track in the lower side of the body, and brass rollers
and brass scrapers in the lower side of the discs,
Cleanouts: When so ordered, these valves can be
furnished with cleanouts; see opposite page.
Stem protectors: Outside screw and yoke valves
can be equipped with a shield around the stem to
protect the stem threads from accumulations of dust
(illustrated on page 13Q). Prices on application.
Bottom outlet valves : Bottom outlet gate valves
for turbine exhaust relief and bleeder connections
can be made to order; prices on application.
Flange dimensions and facing: The dimensions
and drilling of the
end flanges con-
form to the 25-
Pound American
Tentative Cast
I ron F lange S tand-
ard (Bi6b2-i93i).
The flanges are
plain faced, with
a smooth finish.
On special order,
valves can be
drilled to the
American Cast
Iron Flange
Standard, Class
125 (Bi6a-iq39).
When so drilled,
full face gaskets
should be used to
avoid distorting
the end flanaes.
Dimensions of Flanges, in Inches
Size
A
B
C
D
No.
of
bolts
Dia.
of
bolts
10
10
16 7/8 141/4
12
%
u
12
19 1 17
12
%
14
14
21 IVs 183/4
12
3/4
16
16
231/2 iVs 211/4
16
¥4
18
18
25 11/4 223/4
16
Vi
20
20
27 V2 IV4 25
20
¥4
24
24
32 13/8 291/2
20
3/4
30
30
383/4 IV2 36
28
Vs
36
36
46 1% 423/4
32
Vs
42
42
53 13/4 491/2
36
1
48
48
591/2 2 56
44
1 1
Additional description . . , pages 120 and 121
CRANE
123
Low Pressure
Iron Body Double Disc Gate Valves
Brass Trimmed or All-Iron
For Working pressures
and description,
see the preceding page.
Non-Rising Stem
Flanged
No. 791
Brass Trimmed
No. 891
All- Iron
Cleanout ; VaKes
14-inch and larger
can be fitted with
two side clean-
outs as illustrated
below. Prices are
shown in the
table.
The cleanouts
are useful on
valves installed in
gas lines. They
permit passing a
rod through the
valve between the
seats to dislodge
coke or other
sediment.
Double Cleanout
Open
Non-Rising Stem
Hub Ends
No. 798
Brass Trimmed
No. 898
All-lron
Outside Screw and Yoke
Flanged
No. 7931/2
Brass Trimmed
No. 893
All- Iron
Non-Rising
Stem
Valves
Without
By -Pass
Outside Screw
and Yoke
Valve
Without
By-Pass
The hubs on the hub end valves
are suitable for Class "B"
cast iron pipe.
List Prices and Dimensions
Size
List Prices, Each
Dimensions,
in Inches
Non-Rising Stern
O.S.&Y.
No.793y2
or
No. 893
Flanged
F. &D.
Extra
for Two
Clean-
outs
Per
Valve
E
F
G
H
J
K
L
M
No.
of
Inches
No. 791
or
No. 891
I'langed
F. &D.
No. 798
or
No. 898
Hiib
Ends
turns
to
opetji
10
128.00
118.00
160.00
91/2 12% 112.10
3.50 2734
47
12
2
22
12
170 . GO
155.00
212.00
10 \n% 14.20
3.50 303/4
541/4
12
2
26
14
238.00
223 . 00
286.00
51.00
101/2 131/8 16.10
3.50
331/4
641/2
14
2
29
16
332.00
307 . 00
382.00
51.00
11 141/8 18.40
4.00
361/4
713/4
14
2
33
IS
442.00
417.00
510.00
51.00
111/2 141/2 20.50
4.00 41
8OI/4
18
2
38
20
544.00
514.00
615.00
57 . 00
12 1151/4 22.60|4.00 441/2
88I/4
18
2
42
*24
850.00
800.00
950.00
57.00
13 153/4 26.80
4.00 511/4
104
20
2
49
*30
1530.00
1450.00
1725.00
127.00
141/2 177/8 33.00
4.50
621/4
128
22
2
124
*36
2380.00
2270.00
2650.00
127.00
16 I8I/2 39.30
4.87 72V4
1491/4
27
3
147
*t42
3400.00
3260.00
3800.00
127.00
171/2 21 45.50 5.00 86V4
1761/2
30
3
131
*t48
4750.00
4575.00
5300.00
150.00
19 22
1 ' . -
51.80 5.00 99
201
36
3
149
Dimensions and prices of
*Sizes 24-inch and larger
tSizes 42-inch and larger
larger si^es furnished on application.
should have a by-pass; see page 138 for prices and page 141
should be geared; see page 139 for prices and page 141 for di
for dimensions.
mensions.
Drilling: Flanged valves are furnished
faced and drilled (F. &J D.) unless ordered
faced only. List prices include facing and
drilling to the i5-Pound American Tenta-
Templates for drilling , page 551
live Cast Iron Flange Standard. When
valves are ordered faced only they will be
furnished at the same price as for faced
and drilled.
By-passes and gearing . . . .pages 138 to 141
'"i
iw
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IKBl
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124
CRANE
Light Standard
Iron Body Double Disc Gate Valves
Brass Trimmed or All-Iron
Size of
valve
Working pressures
Hydrostatic test pressures
Flanged valves | Hub end valves
Flanged or hub end valves
Cold water, oil,
or gas non-shock
Cold water or gas
non-shock
Shell test
Seat test
2 to 24-inch
30 and 36-inch
42 and 48-inch
100 pounds
80 pounds
60 pounds
100 pounds
80 pounds
60 pounds
200 pounds
150 pounds
120 pounds
125 pounds
100 pounds
75 pounds
Crane Light Standard Iron Body Double Disc Gate
Vahes, illustrated on the opposite page, are recom-
mended for service conditions that do not require
the use of "Standard" weight valves but that are too
severe for Low Pressure valves. They are particu-
larly suitable for moderate water, oil or gas pressures.
In addition to the types listed, the valves can be
furnished with spigot ends, with ends for Universal
pipe, or with any combination of ends. Hub-end
outside screw and yoke valves also can be furnished.
Prices on application.
Brass trimmed valves: Brass trimmed valves are
recommended for water or oil lines.
The body seat rings are brass, screwed into the body.
The discs, in sizes i to 3-inch are brass; in the larger
sizes, they are cast iron with a brass face.
Brass trimmed valves ha\-e a brass stem (Cast Man-
ganese Bronze in non-rising stem valves) ; the bonnet
and stuffing box are brass-bushed where in contact
with the stem. In non-rising stem valves, the por-
tion of the discs that engages the stem threads is
brass or brass-bushed.
The valves have a two-piece gland consisting of a
brass gland and a malleable iron gland flange.
All-iron valves: All-iron vah-es are recommended
for gas or for fiuids that corrode brass.
The seats are cast integral with the body and discs.
Valves with screwed-in body seat rings can be made
to order; prices on application.
The stem is steel, and that portion which comes in
contact with the packing is nickel-plated.
The valves have a two-piece gland consisting of a
nickel-plated steel gland and a malleable iron gland
flange.
Stuffing box: The stuffing boxes are filled with
high grade packing. The valves, when wide open,
can be repacked while under pressure.
Hub end valves: The hubs on hub end \alves are
suitable for Class "C" cast iron pipe. In place of a
wheel, the vah'es have a square operating nut.
By-passes: Sizes 18-inch and larger should have a
by-pass, to enable equalizing the pressure on both
sides of the valve before opening. See page 138 for
prices and pages 140 and 141 for dimensions.
Gearing: To facilitate operation, valves 30-inch
and larger should be equipped with gears. Refer to
Additional description
page I3g for prices, 140 and 141 for dimensions.
Motor or cylinder operation: Valves installed in
inaccessible locations or used for emergency purposes
should preferably be equipped with some easy means
of operation, such as an e ectric or air motor drive,
or an operating cylinder. See pages 171 to 173.
Air service: Valves for air service should be spe-
cially air-tested to assure absolute tightness; an extra
charge is made. Orders must specify air-tested,
otherwise water-tested valves will be furnished.
Disc rollers : When Light Standard brass trimmed
valves are ordered for use in a horizontal pipe with
the valve stem horizontal, sizes 14-inch and larger
will be equipped with a brass track in the lower side
of the body, and with brass rollers and brass scrapers
in the lower side of the discs.
Cleanouts: When so ordered, Light Standard
Vah-es 14-inch and larger can be fitted with two
side cleanouts, as shown on the opposite page.
Flange dimensions and facing : Dimensions and
drilling of end flanges
conform to the Amer-
ican Cast Iron Flange
Standard, Class 125
fBi6a-iq3Q). Flanges
are plain faced, with
a smooth finish.
Dimensions of Flanges, in Inches
Size
A
B
C
D
No. of
bolts
Dia, of
bolts
2
2
6
%
434
4
%
21/2
2V2
7
IVlG
51/2
4
%
3
3
71/2
¥4
6
4
%
4
4
9
»Vl6
7V2
8
%
5
5
10
IV16
8V2
8
3/4
6
6
11
1
91/2
8
1 V4
8
8
13V2
IVs
IIV4
8
3/4
10
10
16
IV16
141/4
12
Vs
12
12
! 19
W4
17
12
%
14
14
21
Ws
183/4
12
i
16
16
23V2
IV16
211/4
16
1
18
18
25
•
IV16
223/4
16
IVs
20
20
\ 271/2
l^Vl6
25
20
IVs
24
24
32
1 IVs
291/2
20
1V4
30
30
383/4
21/8
36
28
1V4
36
36
46
2%
423/4
32
1V2
42
42
S3
2%
1 491/2
36
1V2
48
48
591/2
2 3/4
1 56
44
1V2
pages 120 and 121
CRANE
125
Light Standard
Iron Body Double Disc Gate Valves
Brass Trimmed or All-Iron
for working pressures and description,
see the preceding page.
— ftM
Non-Rising Stem
Flanged
No. 776
Brass Trimmed
No. 779
All-Iron
Cleanouts :When
so ordered, Light
Standard Valves
i4~inchand larger
can be fitted with
two side cleanouts
as illustrated be-
low/ Prices are
shown in the
table.
The cleanouts are
useful on valves
installed in gas
lines. They per-
mit passing a rod
through the valve
between the seats
to dislodge coke
or other sediment.
Non-Rising Stem
Hub Ends
No. 777
Brass Trimmed
No. 780
All-Iron
Outside Screw and Yoke
Flanged
No. 778
Brass Trimmed
No. 781
AIL Iron
Flanged
Non-Rising
Stem
Valves
Without
By-Pass
Outside Screw
and Yoke
Valve
Without
By-Pass
The hubs on the hub end valves
are suitable for Class "C"
cast iron pipe.
List Prices and Dimensions
Size
Inches
List Prices, Each
Dimensions, in Inches
Non-Rising Stem O.S.&Y.
No. 776 ! No. 777
or
No. 779
Flanged
F. &D.
or
No. 780
Hub
Ends
No. 778
or
No. 781
Flanged
F. &D.
Extra
for Two
Clean-
outs
Per
Valve
H
K
M
N
No.
of
ttirns
to
open
2 20.00 19.00 26.00 5V2 83/4 3.25 3.00 llVi 14 6 7 2 71/2
2V2 25.00 32.50 6 113/4 16 6 7 9
3 30.00 26.00 37.50. ' b^A IOV4 4.66|3.50 I3V4 1834 8 8 2i IOV2
4 38.00 33.00 47.50 j 8 IP^ 5.70;4.00; 153/4 2234 9 9 2! 131/2
5 51.00 46.00 64.00 1 , 8V2 12^/4 6.70 4.00 171/4 271/4 9 9 2, 1634
6 60.00 55.00: 75.00 334 121/2; 7.80 4.00; 20 311/4:1010 2 I3V4
8 90.00 85.00 112.00 10 I31/4 10.00 4.00 2434 401/2 12 12 2 I71/2
10 128.00 118.00 160.00 1 11 14 12.10 4.00 28I/4 473^ 12112 2\ 22
12 , 170.00 155.00 212.00 12 14 V2 14.20 4.00 321/41 56 14il4 2 26
14 238.00! 223.00 286.00 1 51.00 13y2 151/4 16.4514.00; 353^ 621/2 14 14 2 30
16 332.00 i 307.00 382.00: 51.00 15 ISVa 18.80.4.00 4034 7II/4 16J1& 2 34
nS 1 442.00 417.00 510.00 51,00 16V2:i6Vz 20.92:4,00 44 7834 18 18 2 38
•20 ; 544.00 514.00 615.00 57.00 ' 18 18 23.06|4.00 481/2 86I/2 20 20 2 42
*24 850.00 800.00 950.00 57.00 ijigi/z 19V2 27.32j4.00 57 1 102 1/2 24 24 2 501/2
*t30 1530.00 1450.00 1725.00 127.00 23 23 33.40,4.50 721/4 I301/4 30|30, 3 i 631/2
*t36 2380.00 2270.00 2650.00 127.00 ,251/2 251/2 39. 70;4. 50, 86 ! 15334 36J36, 3 114
*t42 3400.00 3260.00 3800.00 127.00 28 28 46.10,5.00
*t48 4750.00 4575.00 5300.00 150.00 32 32 52.40 5.00
*Si2es 18" and larger shou d have a by-pass. See page 138 for prices and page 41 for dimensions.
fSizes 30" and larger should be geared. See page 139 for prices and pa^e 141 for dimensions,
Double Cleanout
Drilling: List prices of flanged valves
include facing and drilling to the American
Cast Iron Flange Standard, Class i2j.
When valves are ordered faced only they
will be furnished at the same price as for
faced and drilled.
Templates for drilling page 551 By-passes and gearing pages 138 to 141 Prices of larger sizes on application
11
\i\
\m
m
iij
i'^
i
126
CRANE
I
I
-.^ t-
■^ l!
/It;
•*?
H
liit
' I
w.w
Brass Trimmed
Sizes Working Pressures Hydrostatic Test Pressures
2 to 12" 200 pounds cold water, non-shock 350 pounds, shell — 225 pounds, seat
14 to 48"! 150 pounds cold water, non-shock 300 pounds, shell — 175 pounds, seat
Non-Rising Stem
No. 480V2, Hub Ends
The design and materials of
the valves described on this
page comply with specifica-
tions for Gate Va ves for
Ordinary Water Works Serv-
ice, effective May I, iQ3q, as
adoptedjointly by the Ameri-
can Water Works Associa-
tion and the New England
Water Works Association.
In addition to the valves
illustrated, the complete
Crane line includes a wide
assortment of similarly con-
structed valves having other
types of end connections.
Valves regularly furnished
are listed in the table below.
Cross Section
Non-Rising Stem
Catalog Nos.
Non- Outside
Risingi Screw
Stem I & Yoke
Body and bonnet : The
body and bonnet. o\'al in
shape \\'ith uniformly thick
metal sections to provide
maximum strength, are
made of cast iron in
the smaller sizes and of
Ferrosteel in the larger
sizes.
Flanged bodies ha\-e
straight-through ports per-
mitting uninterrupted fluid
flow: tie ribs between the
bonnet flange and end
flanges assure proper sup-
port of the body and guard
against line strains.
Double discs: The parallel seat and double disc
construction contributes to the accurate operation
of these \'al\es. Brass wedges, controlled by hooks,
exert equal pressure on the discs and act independ-
ently ol^ the stem nut, thus eliminating the possi-
bility of binding or stripping stem threads. Angular
in design, the wedges provide instant release of the
entire wedging mechanism at the first mo\'ement of
the stem.
Seats and discs: The body seat rings, made of
brass, are screwed into the bodv. The discs in sizes
3-inch and smaller are brass; in the larger sizes, they
are made with a brass face.
Stem: Non-rising stem valves ha\'e a stem made of
Crane Cast Manganese Bronze, an alloy of unusually
high tensile and torsional strength with excellent
Prices on application.
List of A. W.W. A. Valve Types and Sizes
Dimensions are shown on the opposite page.
Outside Screw and Yoke
No. 2495, Flanged
End
Connections
Sizes
Available
480V2 24901/2 Hub Ends 2 to 48-inch
2480 2490 Hub and Spigot Ends 2 to 24-inch
248 1 2491 Hub and Flanged Ends 2 to 24- inch
2482 2492 Flanged and Spigot Ends 2 to 24-inch
2483 12493 Spigot Ends 2 to 24-inch
2484 2494 Screwed Ends 2 to 12-inch
2485 2495 Flanged Ends 2 to 48-inch
2486 2496 Hubs for Concrete Pipe 4 to 48-inch
2487 2497 Hubs for Transite Pipe 2 to 36-inch
2488 2498 jDayton Ends 2 to 24-inch
2489 2499 Universal Ends 2 to 24-inch
2489 V2 For Tapping Service 2 to 12-inch
Other styles and larger sizes can be furnished.
wearing quality. A brass-
bushed stem collar, set
between graphited stem
bearings, assures long
trouble-free service. Out-
side screw and yoke valves
have a brass stem and a
brass stem hole bushing.
Gland and stuffing box:
The valves have a two-
piece gland consisting of a
brass gland and a malleable
iron gland flange. Zinc-
elated gland bolts and
Drass gland bolt nuts
eliminate the possibility of
corrosion.
The stuffing box is lilled with high grade packing.
The valves, when wide open, can be repacked while
under pressure.
Hub dimensions: The hubs on hub end valves are
suitable for Class "D" cast iron pipe.
Disc rollers: When valves, sizes 16-inch and larger,
are to be installed horizontally, they are equipped
with a brass track in the lower side of the body, and
with brass rollers and brass scrapers in the lower
side of the discs.
By-passes : Sizes 1 6-inch and larger can be equipped
with a by-pass when so ordered.
Gearing: To facilitate operation, sizes 24~inch and
larger should be equipped with gears. Dimensions
are shown on the opposite page.
CRANE
127
Dimensions of A.W.W.A. Gate Valves, in Inches
%
Valves Without Gears
Flange dimensions and
facing; The dimensions and
drilling of the end flanges
on flanged valves conform
to the American Cast Iron
Flange Standard, Class 125
(BiOa-io^Q). The flanges
are plain faced, \\ it ha smooth
ftnish*
*: *H
Non-Rising Stem
Hub Ends
Non-Rising Stem
Flanged
Outside Screw and Yoke
Flanged
By-Pass on Side
Dimens ion ' 'N " \
showing clearance of
by-pass, also applies
to valves having the
by-pass installed on
the bottom.
Flanges
E 1
F
»
G
H
L
M
N
Size
^ '
With-
out
by- pass
With
by-
pass
With- 1
out
by- pass
With
by-
pass
J
K
of
Si:e
A
1
B C
D
Bolts
by-
No.
Dia.
pass
2
2
6 % 43/4
4
%
7
9y4
3.38 3.00
13V2> 133/4
8
2
1
3
3
71/2 1 % 6
4
%
8
(
11
4.66 3.50
163/4 171/2
9
2
4
4
9 ^Vie! 71/2
8
^/8
1 9
121/4
1 5.70
7.80
i4.00
i 181/2
221/4
253/4
213/4
10
2
2
1
6
6
11 1 1 91/2
8
3/4
IOV2
i3y4
4.00
4.00
301/2
12
8
8
I3V2I 1V8 113/4
8
3/4
IIV2
133/4
10.00
391/2
14
2
1
10
10
16 13/,6 14V4
12
%
13
141/2
12.10 4.00
14.20! 4.00
301/2 481/4
16
2
12 1
12
19 IV4 17
12
Vs
14
18
15
20V2
' 34 55 V;
' 18
2
2IV4
2
H i
14
21 1 13/8 ,183,4
12
1
i 153,4
18^2
I6V2
20V2
16.45i4.00
18.8014.00
; 391/4 1 663/4
1 20
1
2
, 221/4
1 2
16
16
23V2 IV16 2IV4
16
1
17
26V2
17
21V2
1 441/2 74
1 22
251/2
3
IS
18
25 IV16 223/4
16
iVs
ISVz
27
18
22%
20.92 4.00
I 48 821/2
24
24
1 2
; 267/8
1 3
20
20
27Mt l"/i6 25
20
Ws
20
28
19
24
23.06 4.00
513/4 92
2
281/4
3
24
24
32 17/8 29V2
20
IV4
( 24
32
21
273/8
27.32 4.00
631/2 1093/4
i 30
3
321/4
375/8
4
30
30
36
J^n 2V8 1 ^6
28
1%
IV2
1 24
323,4
24
323/4
|33.74| 4.50
!40.I6|4.50
1 1
46.58 5.00
1 76 137
, 36
, 3
4
36
4b 23/8 1423/4
32
28
331/2
27
381/2
3
445/8
6
42
42
53 2%
491/2
56
36
44
IV2
1V2
33
34
33
41%
3
48
6
48
48
591/2! 23/4
36
36
36
47 V2
52.98 5.00
1
f
' 3
: 551/8
8
*Valves With Gears
Q^
Bevel Gearing Spur Gearing
Non-Rising Stem Valves
•Dimensions not given for valves
with gears are the same as those
shown for valves withuut gears.
Size
P Q R
s
T
12
303/4
6 123/4 421/4
6
18
14
351/4
6 123/4 463/4
6
18
16
IS
403/4
441/2
71/4 17 543/4
8
22
71/4 17 581/2
8
22
Non-
20
47
71/4 17 61
8
22
Rising
Stem
24
561/4
8I/2 201/2! 721/4
103/4
27
30
36
42
Ob
9V4 i 23 841/2
12
30
791/4
93
103/4 26I/4I 971/4
121/2 291/2 1123/4
15
30
171/2
36
48
102
121/2 291/2 122
171/2
36
12
43
521/2
123/4 471/4
123/4 551/4
12
18
14
12
18
16
58
17 633/4
143/4
143/4
143/4
22
Our-
18
641/2
17 701/4
22
side
20
71
17 763/4
22
Screw
and
Ynke
24
851/2
201/2 91
17
27
30
106 1/2
1213/4
1401/4
1551/2
23 iiiy4
26I/4 1273/4
291/2 144
29'/2l 159
1 1^
191/2
223/4
1223/4
30
36
30
42
48
36
36
-iTiimninnftlcTTTTTiin
Bevel CjCiJring Spur Gearing
Outside Scre\^ and Yoke \'al\es
Templates for drilling,
page 551,
These valves are regularly made to open to the left; Car7 be made to open to the right when so ordered.
m%
■ '
- [ ■:
, J
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1
ill
■ 1
' *
iUi
n
J |L|
I
128
CRANE
I
Standard
Iron Body Double Disc Gate Valves
Brass Trimmed or All-Iron
1 to 1 2-inch
14 to 24-inch
WORKING PRESSURES
200 pounds cold water, oil, or gas, non-shock
150 pounds cold water, oil, or gas, non-shock
1i
I i
6)j.'Ml
m
iiii
i|l
Crane Standard Iron Body
Double Disc Gate Valves, il-
lustrated on the opposite page,
are especially recommended
for use in the oil and gas indus-
try, and for water lines requir-
ing rugged, substantially con-
structed valves. In oil or gas
fields, in oil refineries, and in stations for storing
and dispensing gasoline or oil, they are exceptionally
well suited for general utility service in oil, gas, or
water lines.
Brass trimmed valves : Brass trimmed valves are
recommended for water, oil. or gas lines.
The body seat rings are brass, screwed into the body.
The discs in sizes 2 to 33^-inch are brass; in the
larger sizes, they are cast iron with a brass face.
Brass trimmed valves have a brass stem (Cast Man-
ganese Bronze in non-rising stem valves). In non-
rising stem valves, the portion of the discs that en-
gages the stem threads is brass or brass-bushed.
All-iron valves: All-iron valves are recommended
for oil or gas. or for fluids that corrode brass.
The seats are cast integral with the body and discs.
Valves with scre\\"ed-in body seat rings can be made
to order; prices on application.
The stem is steel, and that portion which comes in
contact with the packing is nickel-plated.
Stuffing box : The stuffing boxes are filled with high
grade packing. The valves, when wide open, can be
repacked while under pressure.
Gland: The gland is the two-piece type, consisting
of a malleable iron gland flange and a brass gland in
brass trimmed val\-es or a nickel-plated steel gland
in all-iron \'alves.
Hub end valves : Hub end valves conforming to the
American Water Works Association specifications
can be made to order; see page 126 for description.
By-passes: Sizes 14-inch and larger should have a
by-pass, to enable equalizing the pressure on both
sides of the valve before opening. See page 138 for
prices and pages 140 and 141 for dimensions.
Gearing: To facilitate operating the valve, sizes
24-inch and larger should be equipped with gears.
See page 139 for prices, 140 and 141 for dimensions.
Motor or cylinder operation: Valves installed in
inaccessible locations or used for emergency purposes
HYDROSTATIC TEST PRESSURES
2 to 12-inch — 350-pound shell test
— 225-pound seat test
14 to 24-inch — 250-pound shell test
— 175-pound seat test
Air tested
should preferably be equipped
with some easy means of oper-
ation. An electric or air
motor drive, or an operating
cylinder, is ideal for this
purpose. For details, see
pages 171 to 173.
Cleanouts: For use on lines carrying an unusual
amount of sediment, tarry fluids, etc., fianged valves
can be equipped with a cleanout on the side of the
body to facilitate cleaning; see page 138.
Standards: Flanged valves without by-pass con-
form to the A.P.I. Standard No. j-G-i, Second Edi-
tion, September, 1^38, for 175-Pound Iron Pipe
Line Gate Valves. This Standard includes sizes 2,
2-3^. 3, 4, b, 8, 10, and 12-inch.
Flanged valves without by-pass also conform to the
American Standard for Face to Face Dimensions of
Ferrous Flanged Valves (816.10-193^), for i25-Lb.
Cast Iron Flanged Double Disc Gate. Valves. This
Standard includes sizes 1 to 12-inch inclusive.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the Amer-
ican Cast Iron Flange Standard, Class 125 (Bi6a-
1939). The flanges are plain faced, with a smooth
finish.
Dimensions of Flanges, in Inches
Size
A
R
C
D
No. of
bolts
Dia. of
bolts
2
2
6
Vs
434
4
%
2V2
IVz
7
»Vl6
51/2
4
%
3
3
7V2
3/4
6
4
%
31/2
3V2
8V2
*Vl6
7
8 -
%
4
4
9
IV16
71/2
8
5/8
5
5
10
IV16
8V2
8
3/4
6
6
11
1
91/2
8
3/4
8
8
131/2
IVs
1134
8
^4
10
10
16
IVie
141/4
12
Vs
12
12
19
• IV4
17
12
Vs
14
14
21
13/8
183/4
12
I
16
16
23X/2
IV16
2IV4
16
1
18
18
25
IV16
223/4
16
1%
20
20
271/2
l^Vie
25
20
lYs
24
24
32
IVs
291/2
20
IV4
Additional description . . . pages 120 and 121
. \
CRANE
129
Standard
Iron Body Double Disc Gate Valves
Brass Trimmed or All-Iron
Working pressures and description,
see the preceding page.
J
Non-Rising Stem Valves
Screwed Flanaed
Outside Screw and Yoke \'alves
No. 480
Brass Trimmed
No. 1080
All- Iron
No. 481
Brass Trimmed
No. 1081
All-Iron
Screwed
No. 482
Brass Trimmed
No. 1082
All-iron
Flanged
No. 483
Brass Trimmed
No. 1083
All-Iron
^
Non-Rising
Stem Valves
Without By-Pass
Outside Screw
and Yoke Valves
Without By-Pass
List Prices and Dimensions
Size
Inches
List Prices, Each
Dimensions, in Inches
Non-Rising Stem
Outside Screw and Yoke
No. 480 or
No. 1080
Screwed
No. 481 or
No. 1081
Flanged, F. & D.
No. 482 or
No. 1082
Screwed
No. 483 or
No. 1083
Flanged, F. & D.
H
No. of
turns
to
open
2
19
.00
20
.00
1
1
1
25
.00
1
26
00
SVz
T7
12
143/4
8
71/2
21/2
24
.00
25
.00
31
.50
32
50
61/4
t71/2
121/2
16
8
9
3
28
.50
30
.00
36
.00
37
50
7
18
14
19
9
101/2
3V2
32
.50
34
.00
1
41
.00
42
50
7ys
T8V2
151/4
211/4
9
12
4
1
36
.00
38
.00
45
.50
47
50
71/2
19
171/4
231/4
10
9
5
48
.50
51
.00
61
.50
64
00
11
TlO
191/2
281/2
12
11
6
57
.00
60
00
72
.00
1
75
00
111/4
TIOV2
21
32
12
13
8
I
90
OO
90
00
112
00
J
112
00
1 12%
Tliy2
26
41
14
18
10
128
00
128
00
f
160
00
160
00
13%
113
30
493/4
16
22
12-.
170
00
170
00
212
00
212
00
15%
Tl4
341/4
57
18
26
*14
238
00
J
286
00
1
li
153/4
40
663/4
20
31
*16
332
00
382
00
17
451/4
751/2
22
35
*18
442.
00
510.
00
1
181/2
483/4
831/2
24
39
*20
544.00
615
00
20
521/2
93
24
44
*t24
1
850.
00
950.
00
24
631/2
10934
30
52
^arger si
"Sizes 14
tSize 24-
:p$. prices and d
-inch and arger
nch shou d be g
imensions on application.
should have a by-pass. See page 38 for
eared. See page 139 for prices and pages
prices and pages 140 and
140 and 14 or dimensio
141 for
is.
dimensi
ons.
drilling: Flanged valves are furnished faced and
lirilled (F. & D.) unless ordered faced only. List
trices include facing and drilling to the American
Cast Iron Flange Standard, Class 125. When
valves are ordered faced only, they will be furnished
at the same price as for faced and drilled.
^Important Notice
^langed valves without hy-pass formerly had face to Unless otherwise ordered, valves with the new face
ace dimensions different from those shown above, to face dimension are furnished. Valves having the
Fhe new dimensions,
idopted with the issuance
^i this catalog agree with
■-he A.P.L Standard and
he American Ferrous
^langed Valve Standard.
Comparison of Face to Face Dimensions
Size 2 21/2
3 31/2 4 5 6 8 10 12
New 7 71/2
8 8I/2 9 10 101/2 111/2 13 14
Old 55/8 6I/4
678 71/2 8I/4 103/4 lli/s 131/4 133/4 14%
Templates for drilling. . . .page 551
old dimension can be fur-
nished (for prices, refer
to the Crane Discount
Sheet) . but orders must
specifically indicate that such
valves are wanted.
f ,
I ■
t ,
1 I
\.
'W
h
By-passes and gearing . . pages 138 to 141
Thread Engagement . . . pcLge 591
I!
, : :*
I
130
CRANE
W
Ferrosteel Double Disc Gate Valves
Brass Trimmed or All-Iron
I*
I*
If
11'
•^i*
If
WORKING PRESSURE
400 pounds cold water, oil, or gas, non-shock
HYDROSTATIC TEST PRESSURES
700-pound shell test '
450-pound seat test
Air tested
Crane 400-Pound W.O.G.
Ferrosteel Double Disc
Gate Valves, illustrated on
the opposite page, are of
the pressure class formerly
known commercially as
"700-Pound Test" Valves.
They are especially recom-
mended for use in the oil
and gas industry. In oil or gas fields, in oil refineries,
in pump houses, or in pipe lines, they are well suited
for service where the pressures and operating con-
ditions require the use of somewhat hea\-ier iron body
val\-es than "Standard" weight.
Ferrosteel body and bonnet : The body and bon-
net are made of Crane Ferrosteel a high grade iron
ha\'ing a tensile strength approximately 35 per cent
greater than that of cast iron. This assures added
strength and rigidity in these parts.
Flanged vaK'es have straight-through ports. Metal
sections adjacent to the bonnet flange and end
flange are hea\"ily reinforced to provide maximum
safety.
Brass trimmed valves: Brass trimmed vahes are
recommended for water, oil. or gas lines.
The body seat rings are brass, screwed into the body.
The discs in sizes 2 to 3-inch are brass: in the larger
sizes, they are cast iron with a brass face.
The valves ha\"e a brass stem (Cast Manganese
Bronze in non-rising stem \-alves). In non-rising
stem valves, the portion of the discs that engages
the stem threads is brass or brass-bushed.
All-iron valves: All-iron valves are recommended
for oil or gas, or for fluids that corrode brass.
The seats are cast integral with the body and discs.
Valves with screwed-in body seat rings can be made
to order; prices on application.
The stem is steel, and that portion which comes in
contact with the packing is nickel-plated.
Stuffing box : The stuffing boxes are filled with high
grade packing. The valves, when wide open, can be
repacked while under pressure.
Gland : The gland is the two-piece type, consisting
of a malleable iron gland flange and a brass gland in
brass trimmed valves or a nickel-plated steel gland
in all-iron valves.
By-passes: Sizes 8-inch and larger should have a
by-pass, to enable equalizing the pressure on both
sides of the valve before opening. See page 138 for
prices and pages 140 and 141 for dimensions.
Gearing: When so ordered, sizes 10 and 12-inch
can be equipped with gears to facilitate operation.
Additional description
The various styles of gear-
ing areillustrated and listed
on page 139. For dimen-
sions, see 140 and 141.
Motor or cylinder oper-
ation: Valves installed in
inaccessible locations or
used for emergency pur-
poses should preferably be equipped with some easy
means of operation. An electric or air motor drive,
or an operating cylinder, is ideal for this purpose.
For description, see pages 171 to 173. ■
Standards: Flanged valves without by-pass con-
form to the American Petroleum Institute (A.P.I.)
Standard No. 5-G-1, Second Edition. September,
1938, for 350-Pound Iron Pipe Line Gate Valves.
Flanged valves without by-pass also conform to the
.\merican Standard for Face to Face Dimensions of
Ferrous Flanged Vah'es fBi6.io-iQ3Q), for 175-Lb.
Cast Iron Flanged Double Disc Gate V^alves.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the
250-Pound American Cast Iron Flange Standard
(B]6b-iq28).
End flanges are regularly furnished with a }-^-inch
raised face. The raised face is finished with con-
centric grooves, approximately 16 grooves per inch,
known as a "serrated" finish.
Valves with male, female, tongue, or groove faces are
made to order. See the Crane Discount Sheet for
prices and page 560 for dimensions.
Dimensions of Flanges, in Inches
Size
A
B
c
D
E
No. of
bolts
Dia. of
bolts
2
2
6V2
Vs
4Vl6
5
8
Vs
2V2
21/2
i 71/2
1 I
41V16
SVn
8
3/4
3
3
81/4
IVs
5»Vl6
6%
8
3/4
4
4
10
1V4
61^16
7^8
8
3/4
b
6
I2V2
IVlG
91V16
105/8
12
1 ^4
&
8
15
1%
ll^Vis
13
12
%
10
10
: 17V2
1%
14Vi8
15V4
16
1
12
12
: 201/2
! 2
1&V16
173/4
1 16
iVa
1
i
pages 120 and 121
mm
CRANE
131
w
Ferrosteel Double Disc Gate Valves
Brass Trimmed or All-Iron
For working pressures and description, see the preceding page.
-t \ .
* ■
F
Non-Rising Stem Valves
Screwed Flanged
No. 754 No. 755
Brass Trimmed Brass Trimmed
Outside Screw and Yoke \ alves
No, 7541/2
All-Iron
No, 7551/2
All-Iron
Screwed
No. 756
Brass Trimmed
No. 7561/2
All-Iron
Flanged
No. 757
Brass Trimmed
No, 7571/2
All-Iron
Screwed or
Flanged
Non-Rising
Stem
Valves
Without
By-Pass
Screwed or
Flanged
Outside Screw
and Yoke
Valves
Without
By^Pass
List Prices and Dimensions
Size
Inches
List Prices, Each
Dimensions, in Inches
Non-Rising Stem
No. 754
or
No. 7541/2
Screwed
No- 755
or
No. 7551/2
Flanged
F.D,&S.F-
Outside Screw and Yoke
No. 756
or
No- 7561/2
Screwed
No- 757
or
No. 7571/2
Flanged
F.D-&S-F.
No-
of
turns
to
open
2
33.00
34.00
43.00
44.00
6
7V4
113/4
141/2
8
7
2y2
42.50
43.50
55.50
56.50
63/4
8
121/4
16
8
9 ■
3
49.50
51.00
62.50
64.00
1 71/4
1
9V4
14
191/4
9
IOV4
4
63.00
65.00
79.00
81.00
77/8
tlOVa
171/4
24
10
9
6
99.00
102.00
124.00
127.00 I
IOV2
13
221/2
321/4
12
13
* 8
153.00
191.00
141/4
26
42
14
35
*10
218.00
272.00
163/4
30 1/2
51
16
421/2
*12
i
290.00
362 . 00
171/2
34
581/4
18
51
Larger si
*Sizes 8-
zes, prices and dimensions on
nch and larger should have a
app ication.
by-pass. See pa(
ye 138 for price
s and pages
140 and
141 fordi
mensions.
Drilling: Prices of flanged valves include facing and Flange Standard, and spot facing; no deduction is
drilling to the 250-Pound American Cast Iron made if valves are ordered faced only.
^Important Notice ■' •
4-inch size Unless otherwise ordered, valves with the new face
to face dimension will be furnished.
Valves having the old dimension can
be furnished (for prices, refer to the
Crane Discount Sheet), ha orders
must specifically indicate that such valves
are wanted. •
Comparison of
Face to Face Dimensions
Flanged valves without by-pass in the
formerly had a face to face dimension
different from that shown above. The
new dimension, adopted with the
issuance of this catalog, agrees with
the A.P.I. Standard and the American
Ferrous Flanged Valve Standard.
By-passes and gearing . . . pages 138 to 141 Templates for drilling page 552 Thread engagement page 591
Size 4
New 101/2
Old 91/2
^ mitimiiiimafa -
fciiiiWB
I
132
CRANE
W
Ferrosteel Double Disc Gate Valves
Brass Trimmed or All-Iron
WORKING PRESSURE
500 pounds cold water, oil, or gas, non-shock
M
1 1
f .
r
HYDROSTATIC TEST PRESSURES
1000-pound shell test
550-pound seat test
Air tested
P
Crane 500-Pound W.O.G.
Ferrosteel Double Disc
Gate Valves, shown on the
opposite page, are of the
pressure class formerly
knoun commercially as
■' looo-Pound Test" \'aK-es.
They are especially suit-
able for use in oil or gas
fields, in oil refineries, in pump houses, in pipe lines,
in high pressure water lines, or for similar service
requiring heavy, massi\"e iron body valves.
Rugged construction : All parts are unusually rug-
ged, assuring a high factor of safety in operation.
Ferrosteel body and bonnet : The body and bon-
net are made of Crane Ferrosteel, a high grade iron
approximately 35 per cent stronger than cast iron.
The metal sections are heavy, and the metal is dis-
tributed to pro\"ide maximum strength.
Flanged vaK'es have straight through ports. Metal
sections adjacent to the bonnet flange and end flange
are heavily reinforced to pro\'ide maximum safety.
Brass trimmed valves: Brass trimmed valves are
recommended for water, oil, or gas lines.
The body seat rings are made of Crane Hard Metal,
a copper-tin bronze of unusual strength and hard-
ness. They are screwed into the body.
The discs, in sizes 1 to 4-inch, are Crane Hard Metal ;
in the larger sizes, they are cast iron faced with
Crane Hard Metal.
The valves have a brass stem (Cast Manganese
Bronze in non-rising stem \-alves). In non-rising
stem valves, the portion of the discs that engages
the stem threads is brass or brass-bushed.
All-iron valves: All-iron valves are recommended
for oil or gas, or for fluids that corrode brass.
The seats are cast integral with the body and discs.
Valves \\-ith screwed-in body seat rings can be made
to order; prices on application.
The stem is steel, and that portion which comes in
contact with the packing is nickel-plated.
Stuffing box: The stuffing boxes are filled with
high grade packing. The valves, when wide open,
can be repacked while under pressure.
Gland: The gland is the two-piece type, consisting
of a malleable iron gland flange and a brass gland in
brass trimmed \-alves or a nickel-plated steel gland
in all-iron valves.
By-passes : Sizes 6-inch and larger should have a
by-pass, to enable equalizing the pressure on both
sides of the valve before opening. See page 138
for prices and pages 140 and 141 for dimensions.
Additional description
Gearing : Sizes 8-inch and
larger can be equipped with
gears; see page 139 for
prices and pages 140 and
141 for dimensions.
Motor or cylinder oper-
ation r Valves installed in
inaccessible locations or
used for emergency purposes should preferably be
equipped with some easy means of operation, such as
an electric or air motor drive, or an operating cyl-
inder. For details, see pages 171 to 173.
Standards : Flanged valves without by-pass in all
sizes and those with by-pass in the 6, 8, and lo-inch
sizes conform to the American Petroleum Institute
(A.P.I,) Standard No. 5-G-1, Second Edition, Sep-
tember, iqjS, for ^00-Pound Iron Pipe Line Gate
Valves.
Flanged valves without by-pass in all sizes and those
with by-pass in the 6. 8, and lo-inch sizes also con-
form to the American Standard for Face to Face
Dimensions of Ferrous Flanged Valves (B16.10-
iq3q), for 250-Lb. Cast Iron Flanged Double Disc
Gate Valves.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the
250-Pound American Cast Iron Flange Standard
(Bi6b-iQz8).
End flanges are regularly furnished with a -^-inch
raised face. The raised face is finished with con-
centric grooves, approximately 16 grooves per inch,
known as a "serrated" finish.
Valves with male, female, tongue, or groove faces
are made to order; see page 560 for dimensions and
the Crane Discount Sheet for prices.
Dimensions of Flanges, in Inches
Size
A
B
C
n
E
No. of
bolts
Dia. of
bolts
2
2
61/2
%
43/16
5
8
%
2V2
2V2
7V2
1
41V16
5%
8
3/4
3
3
81/4
IVs
51V16
6%
8
V4
4
4
10
1V4
6'Vl6
77/8
8
3/4
6
6
121/2
1V16
91V16
10%
12
Va
8
8
15
1%
ll^Vie
13
12
%
10
10
171/2
n/s
HI/16
151/4
16
1
12
12
201/2
2
I6V16
173/4
16
IVs
pages 120 and 121
I
CRANE
133
w
Ferrosteel Double Disc Gate Valve
Brass Trimmed or All-Iron
Por working pressures and description, see the preceding page.
K
.j^..
t—
^H
Non-Rising
Stem
Screwed
No, 340 E
Hard Metal Seats
Brass Stenn
No. 34OV2 E
All-Iron
Non -Rising
Stem
Flanged
No. 341 E
Hard Metal Seats
Brass Stem
No, 34IV2E
All-Iron
Outside Screw
and Yoke
Screwed
No. 342 E
Hard Metal Seats
Brass Stem
No, 342y2 E
All-Iron
Outside Screw
and Yoke
Flanged
No. 343 E
Hard Metal Seats
Brass Stem
No, 3431/2 E
All-iron
Screwed
or
Flanged
Non-Rising
Stem
Valves
Without
By-Pass
Screwed
or
Flanged
Outside Screw
and Yoke
Valves
Without
By- Pass
List Prices and Dimensions
Size
List Prices, Each
Dimensions, in Inches
Non-Rising Stem
Outside Screw and Yoke
F
G
H
No.
of
turns
to
open
Inches
No. 340 E
or
No. 340 1/2 E
Screwed
No. 341 E
or
No. 34IV2E
Flanged
F.D.&S.F.
No. 342 E
or
No. 3421/2 E
Screwed
No. 343 E
or
No. 3431/2 E
Flanged
F.D.&S.F.
J
K
2 37.00 38.00
49.00 ; 50.00 II 8 T8V2
121/2
17 9
15
2V2
47.00
48.00
62.00
63.00 SVs t9y2
141/2 183/4 \ 9
18
3
S5.S0
57.00
69.50
71.00
9% TllVs
151/4 21
10
15
4
70.00
72.00
88.00
90.00 II 101/2 ; tl2
173/4 , 251/4
12
19
* 6
117.00
120.00
147.00 150.00 , 131/4 tl57/8
22% 1 34
16
28
n 8
180.00 1
225.00
tl6V2
28
423/4
20
36
*Uo
255.00
320.00 tl8
35
531/4
22 44
*tl2 340.00
425.00
T193/4
39 61
24 1 52
*Sizes 6-inch and larger should have a by
JFor dimensions of valves with gears, see
-pass; see page 138 for prices and pages 140 and 141 for dimensions
pages 140 and 141; for prices of gears, seepage 139.
Drilling; Prices of flanged valves include facing Flange Standard, and spot facing; no deduction is
and drilling to the x5o-Pound American Cast Iron made if valves are ordered faced only.
When larger sizes are required^ use the 500-Pound Gas Valves shown on pages 134 and I3S.
^Important Notice
F\angedva\\'esttfithoutbj-pass(orrr\er\yha6 face to face Unless otherwise ordered, valves with the new face
dimensions different from chose shown above. The to face are furnished.
new dimensions, adopted with
the issuance of this catalog,
agree with the A. P. I . Standard
and the American Ferrous
Flanged Valve Standard.
Comparison of Face to Face Dimensions
Size
2 21/2 3 4
6 8 10 12
Newr
81/2 91/2 11 Vs 12
157/8 161/2 18 193/4
Old
71/4 8 91/4 91/2
13 i4V4ii6y4 171/2
Valves having the old dimen-
sions can be furnished (for
prices, see the Crane Discount
Sheet j, h/a orders must specifi-
cally indicate that such valves are
ivanted.
By-passes and gearing . . . pages 138 to 141 Templates for drilling . . . .page 552 Thread engagement . . . .page 591
; t
W
\
L I I ' L J
iMftiut-^H^M^M^^^'f-^f'tMl!
i^U^kWWIillllUiUUUik
134
CRANE
I
1
I
K
■ i ■■
' ]
.*
:i
5 00- Pound Gas
Ferrosteel Double Disc Gate Valves
Brass Trimmed — With Spur Gears
WORKING PRESSURE
500 pounds gas
HYDROSTATIC TEST PRESSURES
800-pounci shell Lest
500-pound seat test
Air tested
Crane 500-Pound Gas Ferrosteel Double Disc Gate
Valves with spur gears, illustrated on the opposite
page, are especially designed and built for heavy
duty service on gas lines where working pressures do
not exceed 500 pounds. They are not recommended
for use on water or oil lines.
The valves are regularly equipped with spur gears
to facilitate operation.
Rugged construction: The valves are unusually
rugged and are liberally ribbed. Metal sections in
the body and bonnet are more than ample, and the
metal is distributed to assure maximum strength and
to a\-oid distortion. All parts have a high factor
of safety.
Ferrosteel body and bonnet : The body and
bonnet are made of Crane Ferrosteel, a high grade
iron having a tensile strength approximately 35 per
cent greater than that of cast iron.
Tie ribs between the end flanges and the bonnet
flange on the body assure proper support of the end
flanges and impart greater resistance to line strains.
Seats and discs: The body seat rings and disc
faces are made of Crane Hard Metal, a copper-tin
bronze of unusual strength and hardness. The body
seat rings are screwed into the body.
In non-rising stem valves, the portion of the disc
engaging the stem threads is brass-bushed.
Stem: The stem is made of brass as a safeguard
against corrosion.
Stuffing box and gland : The stuffing box is the
lantern-type. It is unusually deep and is filled with
high grade packing. Alemite fittings are provided
to assure quick, easy lubrication.
The gland is the two-piece ball-type, consisting of a
malleable iron gland flange and a brass gland.
These valves, when wide open, can be repacked
while under pressure.
By -passes: 500-Pound Gas Valves in all sizes
should be equipped \\'ith a by-pass, to enable equaliz-
ing the pressure on both sides of the disc before
opening the main \-alve.
By-passes should preferably be built around the
main valve, but single valve by-passes mounted on
the main valve can be furnished; see the opposite
page for prices and dimensions.
In addition, three valve by-passes, mounted on the
main valve and built up so that either side can be
opened to a draw-off line, are available on special
order. Prices and information will be furnished on
application.
Reduced seat openings: Valves (Venturi-type)
with flared ends and reduced seat openings can be
made to order with a 22-inch port opening and an
18 or 20-inch seat, or with a z4-inch port opening
and a 20-inch seat; prices on application.
Motor or cylinder operation: Valves installed in
inaccessible locations or used for emergency purposes
should preferably be equipped with some easy means
of operation. An electric or air motor drive, or an
operating cylinder, fulfills this need admirably. For
details, see pages 171 to 173.
Face to face: The face to face dimensions of these
valves conform to the American Standard for Face
to Face Dimensions of Ferrous Flanged Valves
(Bi6.io-iq3q) for zjo-Lb. Cast Iron Flanged Double
Disc Gate Valves.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the 250-
Pound American Cast Iron Flange Standard (Bi6b-
iqzS).
The valves are regularly furnished with a He-inch
raised face on the end flanges. The raised face is
finished with concentric grooves, approximately 16
grooves per inch, known as a "serrated" finish.
Valves with male, female, tongue, or groove faces
can be furnished to order at an additional price.
See page 560 for dimensions and the Crane Discount
Sheet for prices.
Dimensions of Flanges, in Inches
Size
A
B
c
D
E
No. of
bolts
Dia. of
bolts
14
131/4
23
2V8
18' Vis
201/4
20
IVs
16
15V4
25V2
2V4
2IV16
221/2
20
IV4
18
17
28
2%
23 Vie
24 V4
24
IV4
20
19
30 V2
2V2
2SV16
27
24
IV4
24
23
36
23/4
30yi6
32
24
IV2
Additional description . . pages 120 and 121
~- iw^i .
CRANE
135
500-Pound Gas
Ferrosteel Double Disc Gate Valves
Brass Trimmed — With Spm: Gears
For working pressures and description,
see the preceding page.
Non-Rising Stem Valve with Spur Gears
No. 348 E, Flanged
Outside Screw and Yoke Val\-e with Spur Gears
No. 349 E, Flanged
List Prices and Dimensions
Size
List Prices, Each
Dimensions, in Inches
For Valves
With Spur Gears
Flanged. F.D.&S.K
Extra for
Single Valve
By-Pass
F
Non-Rising
Stem
Outside Screw
and Yoke
M
Valves
With
By-Pass
Inches
No. 348 E
Non-
Rising
Stem
No. 349 E
Outside
Screw
and Yoke
For
Non-
Rising
Stem.
Valve
For
Outside
Screw
and Yoke
Valve
G
H
J
K
L
N
Size
of
By-
Pass
14 550.00 650.00 136.00 152.00
221/2 56 101/2 641/2 15 743/4 22 331/2 3
16
740 . 00 845 . 00 200 . 00 220 . 00
24 6IV2 101/2 741/2 15 86 24 371/2 4
18
970.00 1100.00 200.00 220.00
26 643/4
101/2 78 15
911/2 24 385/8 4
20
1200.00 1355.00 200.00 220.00
28
70 1/4
121/8 1 841/2 I8I/2 100
27 39% 4
24
1875.00 2100.00 200,00 220.00
31 82
121/8 i 991/2 isyg
117 1, 30 j 441/2 4
I
Clearance of Valves
Equipped with By-Pass
Special facings page 560
Drilling: Flanged valves are furnished faced, drilled, and spot faced (F.D. &
S.F.) unless ordered faced only. List prices include facing and drilling to the
250-Pound American Cast Iron Flange Standard, and spot facing. No deduc-
tion is made if valves are ordered faced only.
By-passes: All sizes of these valves should be equipped with a by-pass, to
enable equalizing the pressure on both sides of the disc before opening the
main valve.
Three valve by-passes mounted on the main valve or by-passes built around
the main valve also are available on special order. Prices, dimensions, and
information will be furnished on application.
Templates for drilling . . . page 552
• I
• A
\i-'-
BBUWUUiii^^ttlMilliii
I
136
CRANE
800-Pound ^^.O.G.
Ferrosteel Double Disc Gate Valves
Brass Triniined
\^'ORKlNG PRESSLT^
800 pour.is cold w£:er_ oil, or gas, ncHi-^hock
I
ll
N
Crane 800-Pound W'.O.G. Ferrosteel
Double Disc Gate \'alves. illustrated
on the opposite page, are of the pres-
sure class formerly knowTi commer-
cially as "locc-Pound Test" valves.
They are especially suitable for use
in oil or gas fields, in oil refineries, in
pump houses, in pipe lines, in high pressure -ft-ater
lines or tor similar ser\-ice requiring unusuailv hea\A-
ifDn bodv valves.
tmDROSTATIC
TEST PRESSLTIES
1600-pounc sne" test
SoO-pound sei: :es:
inch ^KHild be equipped vith gean
See page 13Q for prices and pages 14:
and 141 for dimensions.
Air tested
Tr.£S5:-.e assuring a hi^- :actor of safetv
i 1
c^Mionall
r.:i:pec an
in operation,
Ferrosteel body and bonnet; The body er.z con-
.".e: are rr.^z^ 01 Crar.e rerzzszee'.. a hig^ gra^e iron
£pproxLn-a:e'y ;.- per cent stronger than csst :ron.
ihe met^. sections are nei' y. and :ne metal is
cistnruted to provide rraxirrzzm strenrtn.
The ; :in: betxi-ecn tne oody ant: con_net is rr.ede \^-ith
ton^^e ar.d groo'-e "acinp: tne trn.net gasket is re-
tained inside and outside. :; ntinintire ti-te rossibilicv
of blowinp tJt in service.
hla.nged valves aren^ade "■"'-"itin strai^i^.t thrrtizin nets
Meta; sections aciacent tr tine bon„net ana ena dances
miorcec to nrovide ntaxintunt saietv.
are ne
Lipped for
valves are r
■S c: scre'^s'ec
r^r- J -i -K
ntntenaec lor
Materials : These valves are ret
^"ater. c:'. tr zas iines.
The body seat rinrs are made of Crane Hard Metal,
a cot?r^er-tln brtnne of unusual stren^h and nard-
intt the body.
are Crane Hard Metal:
'^^
1 -- e c:>^>
^1
_7
Crane Har
>-^r
ire cast irtn
;aced ^^dth
The valves have a brass scan iCast Manganese
n--'-^ _ :-_^-^__Wsi_-.; stem valves*. In nwinrisins
portion o: tnc
trass or brass
-;l^q — Jio
I- a-w^
^ ^u
^rpc^es tr:e
c^^
m
3r * ^'^ z-^ -^ z -^
consistinz of a ntalieabie
sttnt valves, d:
seem threads
The sla"a
iron glar.a _^ __^ ^.^_
Smffing bos: Tine sn-indn^ cc.\es are filled uith
high grade raci^mg. The valves, uhen uide open.
can -e repac^ea - diit under pressure.
By-passes: Sires c-L-cn atKi larger sbtuiu nave a
by-pass, to enable ecuaJining the pressure on both
sides 01 tne main vaive ceiore or-eiins- See page
i}> :or prices pt^es :4c and 141 for cintensitns.
Gearing: To facilitate op^ratitn sines it and 12-
Motor or cylinder operation:
\ alves installed in inaccessible loca-
tions or used for emergency purposes
should preferably be equipped »ith s«ne eas^ means
of operation. .An electric or air motor drive, or an
operating c>-linder is ideal for this purpose. For
description, see pages 171 to 173.
Standards: Flanged valves conform to the Amer-
ican Petroleum Institute A.P.l.) Standard No.
--G-I- Seoxid Editicm. Septonber 1938, for Soo-
Pound Iron Pipe dine Gate ^'alves.
Flanged valves a!s: ttn^tnn: to the American Stand-
ara for Face to Face Dimensions of Ferrous Hangexi
Valv^ Bit :^-:c-^ :b- ^tt-LO. Hydraulic Cast
Iron Panzea Dturle Disc Gate Valves.
Flange dimensions and facing: The dimensim^
and drilling o: zr.t end flanges conform to the
Sec-Pound Hydraulic .American Cast Iron Flanze
^na nan-es a.^e rer^_: ar y umiihea ^ith a ^^-inrfi
male face large male.-. The male face is finished
^^ith ttntentric grooves, approximately 16 grooves
per inch. knouTi as a "serrated" finish.
\ alves Tvirn temale ttnar-e. or groove faces are m^'^**
to order. See page - ot
Discount Slneet :tr c rices.
\ ahes vith tongue or groove flanges conformin
the National Transit (Pipe Line'* Standard car
made to order: prices on application.
" ~^tmensio"s ^—a tn-^ ^^^ ^
Flanges,
No. oc Dia. erf
bolts
jiOMes J20 and 121
i
CRANE
^
137
w
Ferrosteel Double Disc Gate Valves
Brass Trimmed
For working pressures and description, se. the preceding page.
Non-Rising Stem
Screwed
No. 214 H
Hard Metal Seats
Brass Stem
Non-Rising Stem
Flanged
No. 215 H
Hard Metal Seats
Brass Stem
List Prices and Dimensions
Oucside Screw and Yoke
Screwed
No. 216 H
Hard Metal Seats
Brass Stem
Outside Screw and Yoke
Flanged
No. 217 H
Hard Metal Seats
Brass Stem
Size
List Prices, Each
Dimensions, in Inches
Non-Rising
Stem
Outside Screw
and Yoke
F
G
H
J
K
No.
of
Inches
No.
214H
Screwed
No.
215 H
Flanged
F. D. &
S. F.
No.
216 H
Screwed
No.
217H
Flanged
F. D. &
S. F.
turns
to
open
2
4^.00 i 71/7 13 9
15
' 21/2
55.00 j 72.00 8% 15 18V^
9
10
12
' 18
3
73.50 75.00 92.50 94.00 95/r 14;163^ 203^
15
4
98.00
100.00 j 123.00 125.00 IOV2 17
19 26I/2
19
* 6
182.00
185.00
228.00 1 231.00,1434 221231/2 34 16
28
* 8
300.00
375.00 [ 26:291/4 423/4 20
36
*tio
550.00 690.00
31 361/2 1 531/2 22
46
*tl2
975.00
1220.00
331393/4 61 1/4 24
54
K
.^
/\ «
*Sizes 6-inch and larger should have a by-pass. See page 138 for prices and
pages 140 and 141 for dimensions.
tSizes 10 and 12-inch should be geared. See page 139 for prices and pages 140
and 141 for dimensions.
Screwed
or
Flanged
Non-Rising
Stem
Screwed
or
Flanged
Outside Screw
and Yoke
\m
m\
W
Drilling; Prices of flanged valves include facing
and drilling to the 800-Pound Hydraulic American
Cast Iron Flange Standard, and spot facing; no de-
duction is made if valves are ordered faced only.
By-passes: A by-pass is recommended on 800-Pound
w.O.G. Valves sizes 6-inch and larger. It enables
equalizing the pressure on both sides of the disc
Templates for drilling . . . page 552
before opening the main valve. Prices of bv-passes
are shown on page 138. Dimensions of vaKes
with by-passes are shown on pages 140 and 141.
Gearing: Sizes 10 and 12-inch valves should be
equipped with gears, to facilitate operation. P:ices
and styles of gears are shown on page 13Q. Dimen-
sions are shown on pages 140 and 141.
Thread engagement . page 591
'^^^^2s^.:^^su^ 21:^
.."T
iUUiUWWU
^4 t 74 t 1
ttUilUU
I
I
I I
ka
f
' ! ;
-I
138
CRANE
By-Passes for Iron Body Double Disc Gate Valves
Bolted By-Pass
Non-Rismg Stem
Bolted By-Pass
Outside Screw and Yoke
Extra List Prices for Bolted By-Pass
For Flanged and Hub End Valves
-
Pressure
Class
of Valve
Size of
Valve
Inches
Size of
By-Pass
Inches
Non-RisingStem
By-Pass
Each
0. S. & Y.
Ry-Pass
Each
14 2 60.00
66.00
Low
16 to 20 3
90.00 97.50
Pressure
24 and 30 4
120.00
129.50
Page 123
36 and 42 6 170.00 : 185.00
48 ' 8 ; 230.00 ' 252.00
12 and 14 2 ! 60.00 66.00
Light
Standard
16 to20 ; 3 90.00 97.50
24 and 30 4 120.00 129.50
Page 125
36 and 42 6 170.00 ' 1^5.00
48 ' 8 230.00 1 252.00
Hand 14 2 60.00 66.00
Standard
Page 129
16 to 20 , 3 90.00 97.50
24 4 120.00 ' 129.50
6 IV4 44.00 , 52.00
400-Pound
8 IV2 52.00 61.00
W.O.G.
Page 131
10 11/2 60.00 70.00
12 i 2 70.00 1 80.00
500-Pound
6 11/4 52.00 62.00
8 11/2 61.00 71.00
W.O.G.
Page 133
10 IV2 80.00 93.00
12 ! 2 91.00 105.00
800-Pound
6 11/4 83.00 , 98.00
W.O.G.
8 and 10 11/2 100.00
, 115.00
140.00
Page 137
12 2 125.00
Bevel Geared Valve with By-Pass
When so ordered, Crane Hub End and
Flanged End Iron Body Double Disc Gate
Valves can be furnished with a by-pass.
Extra list prices are shown in the table.
By-passes for screwed end valves will be
furnished on special order; prices on appli-
cation.
These by-passes facilitate the operation
of the main valve by enabling equalization
of the pressure on both sides of the disc.
Non-rising stem valves will be equipped
with a non-rising stem by-pass; O.S. & Y.
valves, with an O.S. & Y. by-pass.
Brass trimmed valves will be furnished with
a brass trimmed by-pass; all-iron valves
will be furnished with an all-iron by-pass.
Bevel geared valves with by-pass have the
by-pass on the bottom of the valve, as
shown in the illustration above.
Dimensions . . . .pages 140 and 141
Lockup
Caps
Single Cleanouts for Standard Iron
Double Disc Flanged Gate Valves
I
Lockup caps can
be furnished for
any class of Crane
Non-Rising Stem
Gate Valve.
Prices are fur-
nished on applica-
tion.
Single Side Cleanout
For Flanged Valve
Cleanouts should
be used where sedi-
ment will accumu-
late in a valve.
They may be either
on the side as listed
here, or on the bot-
tom. Prices on bot-
tom cleanouts are
furnished on appli-
cation.
Size of
Valve
Inches
Extra for
Single
Side
Cleanout
Per Valve
3
8.00
4
9.00
5
10.50
6 12.00
8 14.00
10 18.00
12 20.00
HI^^^^M,
CRANE
139
Gearing for Iron Body Double Disc Gate Valves
Style U, Be\'el Gearing
Non-Rising Stem
Style S, Spur Gearing
Non-Risins Stem
Grease Case on Style U
Bevel Gearing for
Non-Risin2 Stem Valves
Grease Case on Style S
Spur Gearing for
Non-Rising Stem Valves
W hen desired, Crane Iron BodN' Double Disc Gate Valves
can be supplied with gears. Extra list prices are shown
below.
Bevel gearing: Unless other\\-ise ordered, non^rising stem
he\-el geared \-al\-es are furnished with the pinion shaft ex-
tending at right angles to the run of the ^-aKe. They can
also be furnished \\-ith the shaft parallel to the run.
With Style N bevel gearing for outside screw and yoke
\-alves, the pinion shaft extends at right angles to the" run
of the valve; with Style O, parallel to the run. Unless
otherwise ordered. Style N wi 1 be furnished.
Grease cases and gear covers: Non-rising stem beve! or
spur geared vah'es can be supplied with a grease case com-
pletely enclosing the ge^rs. A sheet metal guard (not
illustrated) can be built around the stuffing box or a
pressure-tight grease case can be furnished; prices on appli-
cation.
Outside screw and yoke valves cannot be equipped with a
grease case, but can be supplied with a gear cover.
Indicator: Non-rising stem geared vah'es can be supplied
\\-ith a worm-gear indicator; prices on application.
Worm-Gear Indicator
For Non-Rising Stem Valves
Prices on application
Gear Cover
for
Outside Screw and Yoke V'alves
Pressuire
Size
of
Valve
Inches
Extra List Prices per Valve
Class
Non-Fising Stem Outsic e Screw 8i Yoke
of
Gearing
*Grease
Cases
Gearing
*Gear
Valve
Bevel Spur
Bevel Spur
Covers
I
14 to 20
75.00 70.00
50.00
80.00
75.00
50.00
24
85.00 80.00
60.00
: 90.00
'■ 85.00
60.00
Low
Pressure
Page 123
30
, 95.00; 90.00
75.00
100.00
1
95.00
75.00
36
180.00170.00
90.00
190.00
'180.00
90.00
42
230.00 210.00
105.00
! 250.00
230.00
105.00
48
400.00 370.00
120.00
430.00
400.00
120.00
14 to 20
75.00 70.00
50.00
80.00
75.00
50.00
24
85.001 80.00
60.00
90,00
85.00
60.00
Light
Standard
Page 125
30
95.00 90.00
75.00
100.00
95.00
75.00
36
180.00 170.00
90.00
190.00
180.00
90.00
42
230. 001210. 00
105.00
250.00
230.00
105.00
48
400.00 370.00
120.00
430.00
400.00
120.00
Standard
Page 129
12
65.00 60.00
50.00
70.00
65.00
50.00
14 to 20
75.00 70.00
50.00
80.00
75.00
50.00
24
85.00 80.00
60.00
90.00
85.00
60 . 00
4O0-Lb, WOG
10
75.00 70.00
50.00
80.00
75.00
50.00
Page 131
12
85.00 80.00
60.00
90.00
85.00
60.00
500-Lb. WOG
Page 133
8
65.00 60.00
50.00
70.00
65.00
50.00
10
85.00 80.00
60.00
90.00
85.00
60.00
12
97.00 92.00
75.00
102.00
97.00
75.00
800-Lb. WOG
6&8
75.00 70.00
50.00
80.00
75 . 00 :
50.00
Page 137
10 & 12
92.00 87.00
75.00
97.00
92 . 00
75.00
Pressure-Tight
Grease Case ^
Enclosing Stuffing Box
and Gland, for Non-Rising
Stem Geared Valves ^
Prices on application *Grease Case and Gear Cover prices are additional to prices of Gearing,
Style N
Bevel Gearing
Outside Screw and Yoke
Style O
Bevel Gearing
Outside Screw and Yoke
;i
njlfTiniS
Style P
Spur Gearing
Outside Screw and Yoke
Ml
-I
Stem Protector
For Outside Screw
and Yoke Valves
without Gears
Prices on application
lyiftiensions of
geared valves,
pages 140 and 141
- \
■ I
h
r
^MMMMMk
■ A k 'l< . If Itft^* LllAI Mil t I 1
I
140
CRANE
Iron Body and Ferrosteel
Double Disc Gate Valves with Gearing or By-pass
For dimensions, see the following page.
m
W
. I
•i ,■
With the exception of 500-Pouncl Gas Geared
Valves, the dimensions of Crane Iron Body and
Ferrosteel Double Disc Gate Valves equipped
with gearing or by-pass are shown on the op-
posite page. For dimensions of the 500-Pound
Gas Geared Valves and for dimensions of the
other valves without gearing or by-pass, refer
to the following pages:
Low Pressure Valves see page 123
Light Standard Valves see page 125
Standard Valves see page 129
400-Pound W.O.G. Valves see page 131
500-Pound W.O.G. Valves see page 133
500-Pound Gas Valves see page 135
800-Pound W.O.G, Valves see page 137
Gearing: Equipping the larger size Double
Disc Gate Valves with gears will greatly facil-
itate their operation. Gears, both bevel and
spur, are a\-aLlable for a wide range of sizes in
each pressure class.
Face to face or end to end dimensions of valves
with gears are the same as those of valves
without gears; see pages referred to above.
By-passes: Flanged and hub end valves in all
pressure classes can be furnished with a bolted
3y-pass.
Center to top and wheel diameter dimensions
of valves with by-pass are the same as those
of valves without by-pass; face to face dimen-
sions are explained below.
Face to face with by-pass: Low Pressure,
Light Standard in sizes 42-inch and smaller,
Standard, 400-Pound W.O.G. in 12-inch size,
and 500-Pound W.O.G. Double Disc Gate
Valves with by-pass have a longer face to face
dimension than the same valves without by-
pass.
Light Standard in the 48-inch size, 400-Pound
W.O.G. in sizes 10-inch and smaller, and all
800-Pound W.O.G. Valves with by-pass have
the same face to face as the valves without
by-pass. These dimensions are repeated on the
opposite page for convenience.
Geared valves with by-pass: Spur-geared
valves with by-pass have the by-pass connected
at the side of the valve body.
Bevel geared valves with by-pass have the by-
pass on the bottom, vvith the stem of the by-
pass valve parallel to the pinion shaft; see
illustration above.
-J
fSl
1
Style U
Bevel Gearing
All Classes
Style S
Spur Gearing
All Classes
Square
Operating
Nut for
Hub End
Non-Rising
Stem
Geared
Valves
Low Pressure
Light Standard
Non-Rising Stem Valves with Bevel or Spur Gears
Qiiiimni
Style N Style O Style P
Bevel Gearing Bevel Gearing Spur Gearing
All Classes All Classes All Classes
Outside Screw and Yoke Valves with Bevel or Spur Gears
Hub End
Low Pressure
Light Standard
Flanged and Hub End Valves with Bolted By-Pass
*Flanged
By-Pass
All
or
Classes
All Classes
li
*D!mension "L" includes the 3^-inch raised faces on 400 and 500-Pound \V,O.G
Flanged Valves and the 34-inch male faces on 800-Pound W.O.G, Flanged \'alves
CRANE
141
Iron Body and Ferrosteel
Double Disc Gate Valves with Gearing or By-Pass
Dimensions, in Inches
For list prices, description, and dimensions of valves
without gearing or by-pass, see pages 120 to 137.
Size
of
Valves with Gears
Valves with By-Pass
Valve
Bevel Geared
Spur Geared
H
J
No. of
turns
to
open
K
*L
M
Size
of
A B
c
D
E
F
G
by-
pass
L
ow Press
lire Dou
ble Disc
Gate
Valv.
ZS
14
3013/16
48
113/4
413/4
6
5IV2
10
14
2
58
18
16
20
2
16
3313/ig
527/8
113/4
443/4
6
561/2
10
14
2
66
21
18
241/4
3
18
395/8
59ViG
123/4
SII/4
6
64
12
18
2
76
21
181/2
25
3
20
46V4
68%
123/4
573/4
6
73
12
18
2
84
21 V2
I8I/2
26
3
24
493/4
761/4
123/4
6IV4
6
803/4
12
18
2
98
221/2
20
301/4
4
30
591/8
91%
123/4
703/4
6
961/4
12
18
2
248
23V2
201/2
331/4
4
36
70
109Vi6
17
84
8
1151/2
145/8
22
2
441
271/2
24
403/4
6
42
801/4
128 V16
201/2
961/4
101 3/, 6
1333/4
17
27
3
459
28
251/2
441/2
6
48
9IIV16
1443/8
23
10734
12
150
19
30
3
596
32
291/2
51 V2
8
Light Standard Double Disc Gate Valves
12
1 1 1
1914
1914
2034
2
14
32V2
491/4
n%
431/4
6
5234
10
14
2
60
20
20
22
2
16
373/4
551/2
1234
4914
6
5934
12
18
2
68
23
23
25
3
18
403/4
603/4
1234
5214
6
6514
12
18
2
76
231/2
231/2
261/4
3
20
441/4
66 1/2
1234
5534
6
7034
12
18
2
84
24
24
271/2
3
24
523/4
783/4
17
6634
8
841/2
141^6
22
2
152
26
26
3114
4
30
651/4
1001/4
201/2
81
1013/16
10534
17
27
3
223
26V2
261/2
3514
4
36
771/2
11634
23
94
12
1221/2
19
30
3
456
271/2
271/2
431/2
6
42
87
132
23
1041/2
12
139
19
30
3
520
31
31
4714
6
48
993/4
14634
26 14
118
15
153
191/2
30
3
742
32
*32
53
8
Standard Double Disc Gate Valves
500-Pound W.O.G. Double Disc Gate Valves
800-Pound W.O.G. Double Disc Gate Values
12
3114
4434
1234
421/2
6
49
12
18
51
18
22
2
14
351/2
521/2
1234
4634
6
57
12
18
60
I8I/2
23
2
16
41
5934
17
55
8
651/2
1411/16
22
! 102
261/2
2534
3
L8
441/2
6514
17
581/2
S
71
141 Vie
22
114
27
2714
3
20
4714
11
17
61^4
8
7734
1411/16
22
128
28
281/2
3
24
5614
851/2
201/2
7214
1013/16
91
17
27
182
32
321/2
4
400-Pound W.O.G. Double Disc Gate Valves
6
1
*U
181/2
IV4
8
*UVa
211/2
IV2
10
271/2 4114
1234
3914 6 451/2 12 18 85 '
n634 !
2234
IV2
12
3114 1 46V4
1234
4234 6 5034 12 18 102
19
24
2
6
1
16
1814
11/4
8
2414
341/2
1234
3534
6
3834
12
18
72
18
20
IV2
10
291/2
41
151/2
421/2
7
46
131/2
20
110
20
211/2
IV2
12
3314
48 14
151/2
461/2
7
53
131/2
22
130
22
241/2
2
6
1934
28
iiy4
301/2
6
3134
10
14
54
*22
2014
11/4
8
2514
341/2
1234
3634
&
39
12
18
72
n6
22
IV2
10
301/2
431/2
151/2
431/2
7
481/2
131/2
20
112
*31
24
IV2
12
34
49
151/2
4714
7
54
131/2
20
133
*33
2434
2
*Dimension "^L", the face to
Valves and the J^-i^ch male
without by-pass.
face of flanged valves with by-pass, includes the J^e-inch raised faces on 400 and 500-Pound \V,0. G.
faces on 800-Pound W,0-G- Valves. Dimensions identified by an asterisk are the same as for valves
Prices of gears . . . .page 139
Prices of by-passes . . page 138
Templates for drilling , , . .pages 551 and 552
m
I 1
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^jjj|m|j^j^£jj_y_^^j^|^j>j.:, . >.>iJiJA^i>k..i.i ■tt-n*,..>^i>,i,..ii..ii-i.t,iiii*iii>iLHiK
^ - - ■ ■ ''
142
CRANE
I
IIEI
I
, I
I I
i
i
•
Metering station in a natural gas line: using Crane
iron body double disc gate vaK'es with stem pro-
tectors, and lever and weight safety valve.
Crane iron body valves, flanged and welding
fittings in cooling water lines in a Diesel plant.
•
Flanged iron body wedge gate and swing check
A'-ah^es on a centrifugal pump control the water
supply in this completely Crane-equipped mine.
Circulating water lines in a central
station, with large Crane valves.
Crane products are extensively used
in water pumping stations. Shown is
a 36-in. motor-operated gate valve.
CRANE
143
Iron Body Globe, Angle, and Cross Valves
1 1
Union Bonnet Valves (2J4 and 3-inch sizes have bolted bonnet)
150-Pound, Brass Trimmed with Nickel Alloy Seats page 144
150-Pound, All-Iron with Nickel Alloy Seats page 144
150-Pound, All-Iron with Iron or Steel Seats page 144
150-Pound, Brass Trimmed with Composition Disc. ..... page 145
150-Pound. All-Iron with Composition Disc page 145
150-Pound. Brass Trimmed with Plug Type Disc page 146
400-Pound W.O.G. Klalleable Iron, with Plug Type Disc, page 147
Standard Screwed Bonnet Brass Trimmed Valves page 148
Iron Body Butterfly Val\-es page 148
Iron Body Throttle Valves : page 148
Bolted Bonnet Valves, \\ith Yoke Type Bonnet
General Description page 1 4Q
Standard, Brass Trimmed or All-Iron page r 50
Standard, with Composition Disc page 151
175-Pound, Brass Trimmed page 152
250-Pound, Brass Trimmed page 153
3* ht* *f* Jp "^y ^p 'p "^
The Crane line of Iron Body Globe, Angle, and Cross Valves
is described and illustrated on pages 144 to 153.
Special attention is directed to the unusually complete line of
150-Pound Iron Body Union Bonnet Globe and Angle Valves
shown on pages 144, 145, and 146. These small size valves will
find wide application in many industries. The wide variety of
seating surfaces and trim materials available and the inter-
changeability of parts will appeal to users whose requirements
warrant standardization and the stocking of replacement parts.
\mm
'Piitift
I- ■ ■^
I
m
^i^^^
riWftiiifiyiiyiiuuuuuiiuuuMUMi
dttUiUUHilUUi
y
144
CRANE
I
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!
150-Pound
Iron Body Globe and Angle Valves
Brass Trimmed or All-Iron
WORKING PRESSURES
150 pounds steam
250 pounds cold water, oil, or gas, non-shock
Renewable
3 5^^ Wide Seat
i" and smaller
Union Bonnet
2j^and3"
Bolted Bonnet
Globe, Screwed
Angle, Screwed
Cross Section
No. 3501/2, Globe
No. 35OV2 — Brass Trim, Nickel Alloy Seats — No. 3521/2
No. 3541/2 — All-Iron, Nickel Alloy Seats — No. 356V2
No. 3551/2— All-Iron, Iron or Steel Seats — No. 3571/2
Size
List Prices
Cross Section
No. 3541/2, Globe
No. 3551/2, Globe
No. 3501/2 or No. 3521/2, Screwed
Inches | I/4
y*
8
V2
3/4
1
IV4 IM
No. 3541/2 or No. 3561/2, Screwed
21/2
No. 3551/2 or No. 3571/2, Screwed
Each! 4.90 [ 5.30 | 5.80 | 7.80 j 10.00 | 12.50 [ 17.00 | 24700
Each] 3.50 I 3. 60 | 4.00 | 5.00 | 6.00 [ 8.60 [ 12.00 | 19.00 26.00 35.00
Each[ 5.00 [ 5.50 | 6.00 | 8.00 | 11.00 [ 13.00 | 17.00 j 22.00
Vsz the Standard Iron Body Globe and Angle Valves, shown on page 1?0.
Service recommendations: Made with a sturdy
cast iron body and a tough malleable iron union
bonnet ring and packing nut, these rugged, compact
valves are ideal for steam, water, oil, gas, and similar
ser\ices. They find wide application in manv in-
dustries, including oil and gas fields, oil refineries, gas
plants, mines, sugar refineries, chemical plants, etc.
Nos. 35OV2 and 3521/2; Brass Trimmed Valves
with Nickel Alloy Seat and Disc: These valves
ha\-e a Crane Kickel Alloy seat and disc, and a brass
bonnet (except x}4 and 3"), stem, and gland; they
are suitable for general non-corrosive services.
Nos . 3541/2 and 3561/2 ; All-Iron Valves with Nickel
Alloy Seat and Disc: Having a malleable iron
bonnet, a steel stem and gland, and a Crane Nickel
Alloy seat and disc, these valves are suitable for
many corrosive fluids which attack brass but not
Crane Nickel Alloy.
Nos. 3551/2 and 3571/2; All-Iron Valves with Iron
Seat and Disc: These are completely all-iron in
construction, being the same as the Nos. 3^4}^ and
3 5^3^ but having a steel or cast iron seat and disc.
Disc and seat: The disc and seat are fiinished to a
35° taper and have wide contacting surfaces; they
hold pressure easily and offer good resistance to
wear. Seat rings are screwed into the body.
Bonnet construction: Valves 2-inch and smaller
ha\-e a union bonnet ~ metal to metal joint. Larger
sizes have a cast iron yoke-type bolted bonnet, with
gasket, similar to the valves shown on page 150.
Stuffing box: The stufifing box is filled with high
grade packing. The valves, when wide open, can be
repacked while under pressure.
Interchangeability : Except for materials and the
design of the seat and disc, the parts of all the
150-Pound Valves shown on this page and pages 145
and 146 are completely interchangeable, size for
size. This feature adds to the general utility of the
valves and reduces stocks maintained for repairs.
A metal tag, secured under the wheel nut, shows the catalog number of the valve.
Dimensions
, in Inches
Size
V4
3/8
Vz 3/4
1 11/4
IVz
2
2V2
3
A
2%
2%
3 31/2
41/8 45/s
5V4
63/8
7
8
B
IVs
iy4
m I 1V16
1% 23/,6
2%
3
31/2
4
E — open
4^16
41V16
51/4 6V16
7 711/16
83/4
101/4
11%
131/4
F — open
41/8
45/8
53/16 6
6% 7%
8%
10
12
133/4
G
1%
2Vl6
iVlG 23/4
3Vi6 3%
4V]6
43/4
8
9
Thread engagement . . . page 591
I
CRANE
145
150-Pound
Iron Body Globe and Angle Valves
Granite Composition Disc
WORKING PRESSURES
150 pounds steam
250 pounds cold water, oil, or gas, non-shock
Granite
Composition
Disc
Renewable
Body Seat Ring
Union Bonnet
Globe, Screwed
An^Ic, Screwed
Cross Section
No. 350y2C, Globe
Brass Trimmed
No. 35OV2C— Brass Trim. Nickel Alloy Sent— No. 352Vi C
No. 355V2C — All-Iron. Iron or Steel Seat— No. 357 Vz C
Cro<;s Section
No. 3551/2 C. Globe
All- Iron
List Prices
Size
Inches
'/4
y%
V2
No. 3501/2 C or No. 3521/2 C, Screwed
Eaehi 3.50
3.60
4.00
•^4
5.00
IVj
1V4
b.OO
No. 355V2 C or No. 3571/2 C. Screwed
Each' 7.00 7.70
8.40
1L.20 I 15.40
8.(i0
18.20
for list }:yriceji oj Com^osniion Discs, see ^(fxv / "'"^
12
23
00
80
19
30
00
80*
Service recommenciations : 1 hese rugged globe
and angle valves, made with a cast iron bod\' and a
malleable iron union bonnet ring and packing nut,
are suitable Tor a wide \ariety of service. Equipped
\\ith a composition disc, a renewable body seat ring,
and made either brass trimmed or all-iron, they find
wide application in many industries, especially on
lines where discs must be easil>- and quick y renewed.
The valves, when fitted with the proper disc, are
suitable for steam, hot water, cold water, oil, gas.
and similar fluids. All-iron \-al\-es are for use with
fluids that attack brass but not iron or steel.
Nos. 3501/2 C and 35214 C ; Brass Trimmed Valves
with Composition Disc: These brass trimmed
valves have a brass bonnet, stem, gland, disc holder
and disc nut, and a Crane Nickel Alloy screwed-in
body seat ring.
Nos. 3551/2 C and 3571/2 C; All-Iron Valves with
Composition Disc: These valves are completely
all-iron in construction except for the composition
disc. They have a malleable iron bonnet and disc
holder, a steel stem and gland, and a steel or cast
iron screwed-in bodv seat ring.
Composition disc ; Lnless other\v isc or^lcred. these
valves are ec^uippcd w ith No. 4 Cranite Discs, suit-
able for high pressure steam.
\V hen ordered for hot water, oil, gas, or gasoline,
they arc furnished u ith a No, 1 Disc. \\ hen ordered
for cold water or air. thev arc furnished with a No. 3
Disc. l-"or list prices, data, and dimensions of
Composition Discs, see page 1 ;8.
Bonnet construction: The \alves ha\e a strong,
serviceable, and practical union bonnet construction
which proxides a tight body-bonnet connection.
This feature facilitates dismantling for disc replace-
ment, without danger of damaging the vaKc.
Stuffing box: The stuffing box on all these \aKcs
is fitted with a gland and is filled with high grade
packing. The \"aU"es. when wide open, can be
repacked while under pressure.
Interchangeability : E.xcept for the materials and
the design of the seat and disc, the parts of all the
150-Pound VaKes shown on this page and pages
144 and 146 are completely interchangeable, sire lor
size. This feature adds to the general utility of the
valves and reduces stocks of repair parts.
WvBBViiS
A metal tag, secured tinder the wheel nut, shows the valve number and grade of disc.
Dimensions, in Inches
Size
y*
ys
V2
¥4
1
1V4
l\2
2
A
2%
25/«
3
31/2
41/8
45/8
51/4
6%
B
I'/a
Wi
1%
1V16
1%
2Vl6
2^8
3
E — open
4V,6
43/4
45/0
5%
61/8
6
71/8
7
7^8
7V4
83/4
8%
10
10
F — open
G
■* 74
1V4
^ /8
2Vl6
u /4
29/lfi
23/4
3Vi6
3%
4Vl6
4V4
Thread engagement . . . page S91
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CRANE
147
400-Pound W.O.G.
Malleable Iron Globe and Angle Valves
Plug Type Disc
WORKING PRESSURES
250 pounds steam, 550° F.
400 pounds cold water, oil, or gas, non-shock
Air Tested
Cross Section
No. 254 P, Globe
Exelloy Stem
Globe, Screwed
No. 254 P. Exelloy Stem
No. 255 P, Steel Stem
.Angle. Screwed
No. 256 P. Exelloy Stem
No. 257 P, SteefStem
Nickel Alloy Plug Type Disc and Exelloy Renewable Seat
List Prices
Cross Section
No. 255 P, Angle
Steel Stem
Size
Inches ^
V4
%
V2
V4
1
IV4
IV2
2
No.
254 P
or
No.
256 P,
Screwed
Each
9.30
9>40
10.00
12.00
15
00
19.00
28.00
38
00
No-
255 P
or
No-
257 P,
Screwed
Each
9.30
9.40
10.00
12.00
15
00
19.00
28.00
38
00
Service recommendations: Crane 400-Pound
W.O.G. Malleable Iron Globe and Angle Valves are
exceptionally strong, compact, and rugged. They
are ideal for oil lines where fire hazard legislates
against the use of cast iron and for services where a
material stronger than cast iron is desired.
These valves hold pressure easily and when throt-
tling, permit accurate regulation of flow. The wide and
tapered plug type disc and seat is unusually resistant
to wiredrawing and to damage from foreign matter.
Materials and construction : The bodies, bonnets,
and union bonnet rings are made from high grade
malleable iron. Because of the generous metal
sections provided in their design and the durability
of the materials used, these parts contribute unusual
ruggedness to the \'alves. They have a very liberal
factor of safety at their maximum recommended
working pressure.
No. 2>4 P and No. 256 P valves are equipped with
an Exelloy stem; No. 255 P and No. 257 P vaK'es
have a steel stem, nickel-plated.
Plug type disc and seat: All of these valves are
equipped with a Crane Nickel Alloy plug type disc
and an Exelloy renewable body seat ring. The
tapered plug disc and seat ha\'e a wide bearing sur-
face which offers excellent resistance to wiredrawing
and to damage caused by foreign particles.
The metals used in the disc and seat are an ideal
combination and are superior to those ordinarily
found in iron valve construction. Thev are strong,
hard, and tough and are resistant to wear, tempera-
ture, galling, and seizing.
Union bonnet: The union bonnet connection,
joining the body and bonnet in a metal to metal
contact, is made up with a heavy malleable iron
union ring. The joint is strong, tight, simple, and
practical, yet when occasion demands, it can be
easily dismantled and reassembled quickly. Gaskets
are not required.
Stuffing box: The stuffing box is unusually deep;
it is fitted with a steel gland, a malleable iron packing
nut, and is filled with high grade packing.
Repacking: These \'alves, when wide open, can be
repacked while under pressure.
fpg-ayfffr?
A metai tag, secured under the wheel nut, shows the catalog number of the valve.
Dimensions, in Inches
lfyj2;2]£*liV
Size
Va
%
Vi
¥4
1
IV4
iy2
2
A
2^A
2%
3
3V2
4V8
45/8
51/4
63/8
B
iVs
Wa
1%
1V16
lys
2Vie
2%
3
E — open
4%
45/8
5V4
feVa
71/8
77/8
8%
10
F — open
43/8
4%
5y4
fiVa
7V&
7%
sys
10
G
13/4
2Vl6
2yi6
23/4
3V,6
3%
4Vl6
43/4
I A
Thread engagement . . . page 591
"L '
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mm
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Dm- : [
,f
148
CRANE
I
I
Standard Iron Body Globe and Angle Valves
No- 354, Globe
Screwed
No, 356, Angle
Sc^e^^'■ed
\S ORKLNG PRESSURE — 125 pounds steam
TEST PRESSLHES — Shell test — 300 pounds hydrostatic
Seat test — 225 pounds hydrostatic
For general service on steam, \k acer, oil, and gas lines. Crane Iron Body
Brass Mounted Globe and Angle X'ahes are ideal. Made with cast iron
bodies, screwed-in brass bonnets with inside stem threads, and brass
stems, body seat rings, and discs, they are sturdily constructed.
The disc, made of solid brass, swivels on the stem. It is securely fas-
tened to the stem with a disc stem ring and a lock washer.
Repacking: These valves, ^hen vtide open, can be repacked while
under pressure.
List Prices and Dimensions
5
Size
Inches
2y2 I
i)^
No. 354 or No. 356
AA— End to end. Globe
Each 18.00 24.00 31.00
A — Center to end. Angle
Inches 6^^ ( 7
8
Inches 31^
SV-
>2
3 t
B— -Center to top, open. G lobe
C — Center to top. open. Angle
Inches 7^^
10
Inches
sy* 9y4
A^
D — Diameter of wheel
Inches 4yi6 5%
For
Union Bonnet
Iran Body Globe
and Angle Valves,
see
pages 144 to 147,
I
I
Iron Body Butterfly Valves
WORKING PRESSL'RES
1 1-inch and smaller — 125 px>unds steam
or 200 pounds cold water. oiL or gas
14-lnch and larger — 100 pounds steam
Butterfly V^alves provide easy operation
in about one-quarter turn from the wide
open to the closed position. They are not
intended to close pressure tight and should
be used only to control or regulate flow. or 150 pounds cold water, oil, or gas
TTie valves have iron body, steel stem, and brass disc. A malleable iron operating
le\-er (not regularly furnished) can be supplied when ordered, at an extra price.
On flanged vaK-es, the dimensions and drilling of the end flanges conform to the
American Cast Iron Flange Standard. Class 125 iBioa-iQ30j. Flanges are plain faced
with a smooth finish. Prices include drilling to this Standard; no deduction is made
when vaK-es are ordered faced onlv.
For Brass Butterfly Valves, see page 69. Sizes 10-inch and larger have a
^ * bcltea gland (not liiustrated) .
List Prices and Dimensions, in Inches
Size
Inches 2 , 2V2 i 3 i 31/2 I 4
8
10
12
14
16
No. 380
Each 8.00 9.50 12.00 16.00 18.50 28.50 42.50
No. 381. F. & D.
i
I
No. 380. Screwed
No. 381, Flanged
18
20
24
I
I
I
Each 9.50 11.50 lo.OO 19.00 22.00 32. 00,47.00,90.00 12 5.00 160.00 275.00 350.00 425,00 525.00 700.00
End to end. Screwed 4^4 4^4
5V4
5I2
Face to face. Flanged
Diameter of stem
C. to top of stem
63/4 ' 71/2
41/4 I 43/4 I 51/4 SV2
63/4 71/2 91/4 103/4 I2V2 I 14
16
■.1
Vie
Vie
y*
171/2
I
19
%
8
^A
4
iVi
16
61
8
7Vr 81
1^4 13/8 IV16 13/4
,2
91;
8
IOV4 111'2 I2V2I 123/4 15 I6V2
18
22
1% I 21/8 i 2^
2OV4 ' 223^ I 26
I
i
i
Iron Body Throttle Valves
Quick Acting
These ruggedly built throttle valves are
used extensively on hoisting and trac-
tion engines u'hen absolute tightness is
not essential. They open completely in
one-quarter turn of the le\-er: stops are
provided to limit the travel. The valves
have a cast iron body, bonnet, and disc,
and a brass stem. When required for
250 pounds steam, they can be made of
cast steel; prices on application.
125 pounds steam working pressure
List Prices and Dimensions
Size
inches
2I2
3
4
No. 382
Each
30.00
40.00
60.00
End to end
Inches
71/8
8
93/4
C. to top of stem
Inches
IIV2
121/4
143/4
C. to end of lever
Inches
233/4
233/4
233/4
For Brass Throttle Valves, see page €9
No. 382, Screwed
CRANE
149
Iron Body Globe, Angle, and Cross Valves
With Yoke Bonnet
Wheel
Yoke Bushing
Stem
»
Gland Mange
Gland Flange
Gland
Packing
Gland
Bonnet
Disc Stein Ring
Packing
Lock Washer
Disc
Holder
Disc
Disc Face
Disc
Body Seat Ring
Disc
n , - ■
Disc Guide Stem
Retaining
Nut
Body
Globe Valve, Brass Trimmed
Globe Valve, with Composition Disc
General Description
Crane Iron Body Globe, Angle, and Cross Valves the bridge cast integral with the body seat ring.
with yoke bonnet are made in three weights. Vibration of the internal parts is thereby eliminated,
Standard Valves pages 1 50 and 151 ^^^ ^^^^^ seating of the disc is assured.
175-Pound Valves page 152 The disc guide stem is integral with the disc in
150-Pound Valves page i 53 Standard Brass Trimmed VaKes and in the smaller
All of these valves are similar in construction, differ- sizes of other \-alves. In larger sizes of other valves
ing principally in proportions and in materials, the disc guide stem is screwed into the disc or disc
The illustrations appearing above show cross sections holder and pinned.
of typical valves. Variations in design are covered Gland and gland flange: All Crane Iron Body
indetail on the pages that follow, numbers I 50 to 15 3- Globe, Angle, and Cross Valves have a two-piece
Rugged construction: The valves are well pro- gland and gland flange. The gland flange is made of
portioned and are ruggedlv constructed. They ha\-e malleable iron or forged steel. The gland is made of
amply thick metal sections, and the metal is properly brass for brass trimmed and composition disc valves;
distributed to assure maximum strength. for all-iron valves, it is steel.
Bonnet- The bonnet is the yoke tvpe. Stem Gland studs and nuts for all brass trimmed valves
threads are engaged in the voke on the outside where are made of bronze; for composition disc valves and
they are not affected by the fluid in the line and all-iron valves, they are steel.
where they can be easily lubricated, thereby mini- Stuffing box: Stuffing boxes are of liberal depth and
mizing wear. are filled with high grade packing. A brass stem hole
, „ , , r- -^^ r^joo \/nK-=c ci7P« fS-inrh bushing, fitted in the bottom of the stuffing box, is
In Standard Composition DscVahess zes 6 nch ^J^^^ ^^ ^„ 5^^^^^^^ g^^^^ rnmm<,A Yah'es and
and smaller, the stem ^^fd^ engage drectl> u it^ ^^ Standard Composition Disc Valves 8-.nch and
the iron bonnet. For all "^^er 'ahes the s^em ^^^^ ^^^^ ^^ ,^ furnished in
threads are engaged in a brass >oke bushing which B^^^^^ ^^^_^^^^ ^^^^^^
is screwed into the top of the bonnet yoke.
Disc stem connection" All of these valves have a Repacking: These ^■alves, when wide open, can be
iJisc-sreni connecLiuii. ^u w. ^ ^^^^, .^ .. „ repacked while under pressure,
swivel disc or disc holder securely fastened to the J" , i , .
stem with a disc stem ring. The connection is locked Wheel: 1 he wheel, having a tapered square hole,
with a special lock washer. fits snugly on the square stem end and is held in
, r- I J ATI place with a steel nut. It can be easily remo\'ed.
Guided disc: Except for the -i-inch Standard All- f^^^^ , , . , , ,, ,. ' . .
Iron Valves the disc or disc holder is closely guided Wheels of 24-inch and smaller diameter are made of
throughout 'its travel bv a guide stem operating in malleable iron; larger diameters are cast iron. _
jlii
im ■
!■,:■
)
1 1
1-
.^^^■^:^m:i
l>-_..LU
It
I
I
150
CRANE
Standard
Iron Body Globe, Angle, and Cross Valves
Brass Trimmed or All-Iron
WORKING PRESSURE — 125 pounds steam
TEST PRESSURES
I 2-inch and smaller — Shell test, 300 pounds hydrostatic
— Seat test, 225 pounds hydrostatic
14 and 1 6- inch — Shell test, 250 pounds hydrostatic
— Seat test, 175 pounds hydrostatic
Globe, Screwed
No. 350
Brass Trimmed
No. 3501/4, All-Iron
i^D
Flanged
Cross, Screwed
No. 362
Brass Trimmed
Globe, Flanged
No. 351, Brass Trimmed
No. 3511/4, All-Iron
Cross, Flanged
No. 363, Brass Trimmed
Angle, Screwed
No. 352
Brass Trimmed
No. 3521/4, All-Iron
Brass trimmed valves: Brass trimmed valves are ideal for
steam or water lines, or for fluids that do not corrode brass or
iron. They ha\-e iron bodies and bonnets, brass screwed-in body
seat rings, "solid brass discs, and Cast Manganese Bronze stems.
All-iron valves: For fluids that corrode brass but not iron,
Crane all-iron \-al\-es are recommended. The bodies, bonnets,
seats, and discs are iron; and the stems are steel, nickel-plated.
Flange dimensions and facing: The dimensions Angle Valves in sizes 8-inch and smaller conform to
Angle, Flanged
No. 353, Brass Trimmed
No. 3531/4. All-Iron
and drilling of end flanges conform to the American
Cast Iron Flange Standard, Class 125 (Bi6a-iq3q).
Flanges are plain faced, with a smooth finish.
Face to face and center to face : The face to face
the American Ferrous Flanged Valve Standard
(816.10-1939) for 125-Pound Cast Iron Globe and
Angle Valves. This Standard does not include sizes
larger than 8-inch or Cross Valves.
and center to face dimensions of Flanged Globe and Drilling;
List Prices, Each
List prices of flanged valves include
facing and drilling to the American Cast
Iron Flange Standard, Class 125. No
deduction is made when valves are
Size
Brass Trimmed
All-Iron
ordered faced on y.
Dimensions, in Inches
Screwed
Flanged
,F.&D.
Screwed
No.
350 V4
Globe,
No.
352V4
Angle
Flanged, F. & D.
No.
35IV4
Globe,
No.
3531/4
Angle
No.
350
Globe,
No.
352
Anfcle
No.
362
Cross
No.
351
Globe,
No.
353
Angle
No.
363
Cross
A
B
c
D
Flange Dimensions
Inches
Globe
Angle
or
Cross
E
b
G
No. and
dia. of
bolts
2
7.00
8.50
8.60
11.00
7.00
8.60
31/4
4
111/4
i 111/4
8
6 % 43/4
4-%
2V2
9.00
11.75
10.75
14.50
9.00
10.75
31/2
41/4
113/4
113/4
8
! 7 ii/,6 51/2
4-5/8
3
12.50
16.25
15.00
20.00
12.50
15.00
4
43/4
131/4
13
9
71/2 3/4 6
! 4-5/8
31/2
15.25
20.00
18.50
25.00 1
41/2
51/4
131/2
131/2
9
8y2 'VlG 7
8-5/8
4
19.00
23.50
22.50
28.50
i 19.00
22.50
5
53/4
151/2
15
10
9 iyi6 71/2
8-%
5
27.00
35.25
31.00
41.00
31.00
5%
61/2
171/4
i 17
10
10 15/16 8I/2
8-3/4
6
37.50
47.25
42.00
54.00
42.00
6V2
7
191/2
1 191/4
12
11 1 91/2
8-34
8
72 . 00
92.00
77.00
100.00
77.00
9V4
93/4
251/4
221/2
16
131/2 ll/s 113/4
8-3/4
10
1 123.00
175.00
I
121/4
301/2
261/2
18
16 13/16 141/4
12 - Vg
12
187.00
265.00
!
133/4
331/2
30
20
19 11/4 17
12 - Vs
14
. 350.00
J
I
! 151/2
381/2
i 331/2
24
21 13/8 183/4
12-1
16
1
1
' 475 . 00
1
1 18
423/4
: 373/4
27
23l/,ilVi6 211/4
16-1
Description. . . page 149
Valves far Marine Service. . . .page 469
Templates for drilling. , . .page 55J
I
i
4
CRANE
151
Standard
Iron Body Globe, Angle, and Cross Valves
Composition Disc
1
:t
WORKING PRESSURE — 125 pounds steam
TEST PRESSURES
Shell test — 300 pounds hydrostatic
Seat test — 125 pounds steam
Globe, Screwed
No. 358
Service Recommendations
These \-aU-es are sturdy and well proportioned. Being
equipped with a composition disc, they are suitable
for a wide range of service. They will gi\-e excellent
results on steam or water lines.
Globe, Flanged
No. 359
Screwed
Flanged
Angle, Screwed
No. 3601/2
Cross, Scre\\"ed
No. 3581/2
Angle, Flanged
No. 3611/2
Cross, Flanged
No. 3591/2
Materials: These val\"es ha\"e iron bodies and
bonnets. The stems are Cast Manganese Bronze,
and the body seat rings are made of brass. Disc
holders in the iV^ and 3-inch sizes are made of
brass; in larger sizes, of cast iron.
Discs: Crane Iron Body Globe, Angle, and Cross
Valves with Composition Discs will regularly be
furnished with No. i Steam Discs, suitable for steam
service, unless orders specify the service for which
the valves are required.
When ordered for use in hot water service, they are
furnished with a No. 2 Hot Water Disc.
When ordered for cold water service, they are
furnished with a No. 3 Cold Water Disc,
For description, ser\'ice recommendations, and
dimensions of composition discs, see page 178.
Flange dimensions and facing: The dimensions
and drilling of end flanges conform to the American
Cast Iron Flange Standard, Class 125 (Biba-iqjq).
Flanges are plain faced, with a smooth finish.
Drilling : List prices of flanged valves include facing
and drilling to the American Cast Iron Flange
Standard, Class 125. No deduction is made when
valves are ordered faced only.
List Prices and Dimensions
Size
List Prices, Each
Dinnensions
in Inches
Screwed
Flanged,
F. &D.
AA
A
BB
1
B
•
C
D
Flange
Dimensions
No. 358
Globe,
No. 3601/2
Angle
No. 3581/2
Cross
No. 359
Globe,
No. 361 1/2
An jle
No. 3591/2
Cross
E
F
G
No.
of
Bolts
Dia.
Inches
Globe
Angle
or
Cross
of
Bolts
2V2
12.00
16.00
14.00
19.00
8
4
91/2
43/4
11 101/4
8
7
IV16
51/2
4
4
%
3
16.75
21.00
18.50
24.00
8I/4
4V8
10
5
123/4 121/4
9
71/2
¥4
6
%
31/2
19.50
21.50
9V2
43/4
11
51/2
131/2 131/2
9
8I/2
^Vl6
7 8
%
4
24.00
30.00
26.00
33.00
IOV2
51/4
12
6
151/2 141/2
10
9
IV16
71/2 8
%
5
40.00
45.00
42.00
48.00
121/4
61/8
14
7
173/4 I6I/4
10
10
^Vl6
81/2 8
Va
6
48.00
58.00
50.00
62.00
14
7
16
8
191/2 191/4
12
11
1
91/2 8
113/4 8
3/4
8
90.00
100.00
90.00
100.00
ISVz
91/4
191/2
93/4
241/4 221/2
16
131/2
iVa
Va
10
130.00
180.00
241/2
121/4
29 261/4
18
16
IV16
141/4 1 12
Vz
12
185.00
270.00
271/2
13V4
33 303/4
20
19
IV4
17 12
%
Description . . page 149
Templates for drilling. . . page SSI
Composition Discs . . page 178
mi
}mm\
'n
IHI
'
I
{ ■
*.
' 1
f!
152
CRANE
i
I
I
I
'V
175-Pound
Ferrosteel Body Globe, Angle, and Cross Valves
Brass Trimmed
WORKING PRESSURE — 175 pounds sceam
TEST PRESSURES
Shell test — 600 pounds hydrostatic
Seat test — 450 pounds hydrostatic
Service Recommendations
Crane 175-Pound Ferrosteel Body Globe. Angle, and Cross
N'ahes are ideally suited for the ser\ ices that are more
severe than Standard Iron Body \ai\es can safely with-
stand but where the use of 250-Pound X'ah-es is not justi-
fied. Throughout their entire design and construction.
these valves are hea\-ier. sturdier, and more rugged than
Standard \"ah"es: they are recommended for general service
on steam or water lines.
Globe, Screwed
No. 340
.Ansle, Scre\^"ed
No. 342
ar
Center
to face
\
rV
Cross, Screwed
No. 344
H
Vie"
Angle, Flanged
No. 343
Globe, Flanged
No, 341
Cross, Flanged
No, 345
n
'^
Materials: Bodies are made oi Ferrosteel: bonnets
are made of cast iron on sizes o-inch and smaller, and
of Ferrosteel on sires S-inch and larger. All sire
bodv seat ringis and discs in ^-inch and smaller are
made of solid Crane Special Brass: larger size discs
are iron with a rolled in seating face of Crane special
Brass. Stems are made of Cast Manganese Bronze.
Flange dimensions and facing; The dimensions
and drilling of end flanges conform to the 250-Pound
American Cast Iron Flange Standard (,Bit)b-i92S).
Flanges have a J^fg-in^h raised face; the raised face is
finished with concentric groo\es, approximately
lb grooves per inch, known as a "serrated"" finish.
\ ahes with male, female, tongtie, or groo\"e faces are
made to order: see page ^00 for dimensions and the
Crane Discount Sheet for prices.
Drilling: List prices of flanged vaKes include
facing and drilling to the ijo-Pound American Cast
Iron Flange Standard. N'o deduction is made when
valves are ordered faced only.
List Prices and Dimensions
>
Size
List Pric
es. Each
Dimensions, in Inches
Screwed
Flanged,
F. &D.
Screwed Flanged
n
Flange Dimensions
Inches
No. 340
Globe,
No. 342
Angle
No. 344
Cross
No. 341
Globe.
No. 343
Angle
No. 345
Cross
AA
A
BB
B
C
E
F
G
H
No.
of
Bolts
Dia.
of
Bolts
2
13.00
15.00 1
73/4
3-/8 9 (41/2 111/2
8
6I/2
'/8 43/16 ^ 5
8
%
2^2
16.00
22.00
18.00
25.00
8 14 10 ! 5 12^i
9
7V2
1 415/16 \5%
8
3/4
3
20.00
:7.oo
23.00
31.00
8I/4 41/8 11 51,2 141 4
10
8I/4 IVs 'Siiie '65^
8
V4
31/2
:4.oo
32.00
28.00
37.00
91/2 434 12
6 151 2
10
9
l^.'ie 65/16 71/4
■ 8
V4
4
:s.oo
37.00
33.00
43.00
10^2' 51^4 S 13 6»^2 'I6I/4
10
10 1 V'i
6is/i6'7-s
8
3/4
5
42.00
54.00
47.00
60.00
12V4! bVs 141/2 71/4 I8V4
12
u 1% 85/16 ; 91/4
8
V4
6
50.00
65.00
55.00
72.00
14 7 16 8 201/4
14
121/2 lVl6i91Vlfi 105/g
12
3/4
8
90.00
115.00
95.00
122.00
181 2
91/4
20
10 2434
16
15 '■ iSg '1115/16 13
12
%
10
145 . 00
195.00
1 I22V2IIIV4 28V2
20
171^ IVs i 141^6 151/4
16
1
12
200.00
275-00
251^2
123/4
3114
20
201'.
2
I6-/16
1734
16
IH
Description . , . page 149
Templates for drilling . , , .page 552
Special Facings . . . page 5S0
m
CRANE
153
250-Pound
Ferrosteel Globe, Angle, and Cross Valves
Brass Trimmed
Globe, Screwed
No. 20 E
WORKING PRESSURE — 250 pounds steam, 500° F.
HYDROSTATIC TEST PRESSURES
Shell test — 800 pounds Seat test — 550 pounds
Service recommendations: These valves ha\-e very hea\'y
metal sections and are unusually rugged. Thev are recom-
mended for high pressure and severe service on steam or
water lines.
Materials: The body and bonnet are Ferrosteel. The disc is
solid Crane Hard Metal in sizes 3H-inch and smaller, and iron
with a large Hard Metal seating face rolled in on larger sizes.
The body seat ring, too. is Crane Hard Metal, a strong, wear-
resisting bronze. The stem is Cast Manganese Bronze
Globe, Flanged
No. 21 E
BB
Anpile, Screwed
No. 22 E
Cross, Screwed
No. 24 E
Center
to face
+
\v,:
_1
H
V
1/ "
Vl6
-Angle, Flanged
No. 23 E
Cross, Flanged
No. 25 E
Seat: Sixes 6-inch and smaller ha\-e a 45° seat;
larger sizes have a flat seat.
Face to face: The face to face and center to face
dimensions of the Flanged Globe and .A.ngle X'aUes
sizes 8-inch and smaller conform to the American
Ferrous Flanged VaK'e Standard (B16. io-rQ3Q).
This Standard does not include the lo-inch size and
Cross Valves.
Flange dimensions and facing: The dimensions
and drilling ot end flanges conform to the 250-Pound
American Cast Iron Flange Standard (Bibb-iqzS).
Flanges have a He-inch raised face; the raised face is
finished with concentric groo\-es, approximately ib
groo\es per inch, known as a ""serrated"' finish.
Valves with male, female, tongue, or groo\-e faces
are made to order; see page 560 for dimensions and
the Crane Discount Sheet for prices.
Drilling: List prices of flanged \-aIves include facing
and drilling to the 250-Pound .American Cast Iron
Flange Standard. No deduction is made when \-alves
are ordered faced only.
List Prices and Dimensions
Size
List Prices, Each
Dimensions,
in Inches
Screwed
Flanged
F. &D.
Sere
AA
wed
A
Flanged
c
Globe
Angle
or
Cross
D
Fl
an ^e dimensions
[nches
No. 20 E
Globe,
No. 22 E
Angle
No. 24 E
Cross
No. 21 E
Globe,
No. 23 E
Angle
No. 25 E
Cross
RR
B
E
F
G
H
No.
of
bolts
Dia.
of
bolts
2 26.00
33.00
27.50
35.00
9y2
43/4
101/2 51/4
133/4
13
9
61/2
%
4Vl6
8
%
21/2 33.00
40.00
35.00
43.00
10^4
5%
111/2 53/4
143/4
133/4
10
71/2
1
41V16
SVs
8
V4
3 37.00
45.00
40.00
50.00
113/4
5%
121/2 6I/4
161/4
151/4
10
8V4
IVs
5'Vl6
6%
8
%
31/2 42.00
50.00
45.00
55.00
UVa
6%
131/4 6%
17
171/4
10
9
IV16
6V16
71/4
8
Vi
4 ' 46.00
55.00
50.00
60.00
13
6V2
14 7
183/4
171/2
12
10
IV4
6'VlG
7%
8
V4
5 61.00
75.00
65.00 1
80.00
15
71/2
153/4 7%
21
191/2
14
11
1%
8V16
91/4
8
V4
6 75.00
95.00
80.00
100.00
161/2
8 1/4
171/2 83/4
231/2
22
16
121/2
IV16
911/16
10%
12
V4
8
120.00
150.00
21 101/2
283/4
26 1/4
20
15
1%
ll^Vl6
13
12
Vs
10 i
200.00
250.00
1
241/2 121/4
33
293/4
24
171/2
1%
14V,6
151/a
16
1
' i
<
Oescription page 149
Templates for drilling . page 552
Special facings . page 560
it
Afa
-■>.,,..,. wt.^.,,.,. 1-
..-..^^-i,l-.f ^.,.,. . .>»L^..,,->
154
I
CRANE
Other Crane Iron Body Valves
I
ka
Pages Q7 to i66 show the commonly used types of Crane
Iron Body Valves: Wedge Gate, pages q; to n8; Double
Disc Gate, pages i iq to 141 ; Globe, Angle, and Cross, pages
143 to 153; and Check and Foot, pages 155 to ibb. In
addition to these. Crane Co. supplies a wide assortment of
Iron Body Valves for special services and in designs that will
automatically perform a specified duty in piping installa-
tions. For greater convenience, such valves are shown in
other sections of this catalog, along with related products.
Ferrosteei Stop-Check \ alves page 37^
Ferrosteel Blow-Off Valves page 37b
Iron Body Back Pressure Valves pages 378 and 379
Iron Body Float Valves pages 3S0 and 381
Iron Body Pulp Stock Valves page 375
Iron Body Safety Xahes pages 38Q to 3g3
Iron Body Relief Valves. . , pages 401 to 407
Alloy Cast Iron Gate \'alves page 456
Iron Body V^alves for Klarine Service pages 4t>8, 4^Q. and 47^
Ferrosteel Valves for .Ammonia pages 481 and 482
Crane Steel Valves
f ;
For severe services and for pressures and temperatures
that are beyond the scope of brass or iron valves, Crane
Co. manufactures a complete line of forged or cast steel
valves. Crane Steel Valves are of outstanding quality;
they embody many worthwhile refinements in design, ma-
terials and workmanship which contribute to longer life,
more efficient operation, and more satisfactory service.
Steel Gate Valves pages zqj to 307
Steel Globe and Angle Valves pages 30Q to 32b
Steel Check Valves pages 327 to 336
i
c. .V-
- ■ - - »
CRANE
155
Iron Body Check and Foot Valves
Check Valves
1 50-Pound with Union Cap. Nickel Alloy Seat and Disc page i 56
150-Pound with Union Cap, Compositich Disc pa^e 156
Union Cap, tor Gasoline Service paae m-
Union Cap, for Pump Service paee i Vv
400-Pound W.O.G. Malleable Iron, Swing Type '.'.'.'.['.'.'. '.page 156
Standard with Bolted Cap, Lift Type. paae i en
Standard with Bolted Cap, Swing Type pages 160 and 161
Standard \\-ith Bolted Cap, Underwriters' Pattern pa^^e 164
250-Pound with Bolted Cap, Swing Type. . . . pa|e 165
800-Pound Hydraulic with Bolted Cap, Swing Type page 166
Swing Check, with Outside Lever and Weight '. . .page 163
Foot Valves
With Brass Disc page i6z
With Leather Disc pac^e itz
With Multiple Rubber Disc ..'......./....... ."page 163
For High Pressure Service pa^e 16-
The liberal variety of sizes and types of Crane Iron
Body Check and Foot Valves assures an adequate selec-
tion for all ordinary service requirements. In addition,
the Stop-Check Valves shown on pages 370 to 374 are
frequently used to excellent advantage for regular check
valve service in boiler feed lines, in the discharge lines
from high pressure pumps, and in the discharge lines
from air compressors. The Ferrosteel Check Valves
for ammonia, shown on page 482, also are frequently
used on water and air lines under pulsating service.
fmi
fill
t
^ ■
< I
I 1
:!i
i
'i!
■^
'.>'..-^ \^:-r'-\
finririiniiwiiinnT'*" »..^^^^.>i^w.w->^a^i J
I
i
, r
156
CRANE
150-Pound
Iron Body Check Valves
Nickel Alloy or Composition Disc
WORKING PRESSURES
150 pounds steam
250 pounds cold water, oil, or gas, non-shock
Cross Section
No. 366V2, Horizontal
Crane Nickel AIIov Disc
Crane Nickel Alloy Seat
Horizontal, Screwed Angle. Screwed
No. 366I/2. Nickel Alloy Disc No. 367V2, Nickel Alloy Disc
No. 366 V2 C, Composition Disc No. 367V2 C, Composition Disc
List Prices and Dimensions
Cross Section
No. 366V2 C, Horizontal
Composition Disc
Crane Nickel Alloy Seat
Size
Inches 1/4 Vs V2 Vi 1 IV4
IV2 2
No. 366V2, No. 3671/2, No. 366V2 C, or No. 367V2 C
Each 3.20 3.30 3.60 4.50 5.50 6.60
10.00 17.00
End to end, Horizontal
Inches 23/8 2% 3 31/2 41/8 45/3
5V4 1 63/8
Center to end. Angle
Inches IVg IV4 13/8 IV16 lyg 23/16
23/8 1 3
Horizontal
Inches IV16 IV16 IV4 2Vi6 2V,6 211/16
33/16 3%
Center to top
Angle
Inches P/g IV2 l^Vie 2 21/4 lVi6
3 33/8
I'or list prices of Comfijosition Ui^Ci
-for No. 366V2 C or No- 36/14 C Valves, see page 17S.
Service reconromendations : These check valves
are recommended for small lines carrying steam, hot
water, cold water, oil gas, and similar fluids. They
are compact and are ruggedly constructed.
Construction: The \'ahes have a union cap, pro-
viding a strong, tight joint. The disc or disc holder
is guided both at the top and at the bottom, assuring
square seating.
Materials: The body is cast iron; the cap is brass;
and the cap ring, malleable iron.
The No. 366}.^ and 'No. 3673^ Valves have a Nickel
Alloy disc and body seat ring. Crane Nickel Alloy
is hard and offers excellent resistance to wear.
The No. 3663^^ C and INo. 3673/^ C Valves have a
brass disc holder and a Nickel Alloy body seat ring.
Unless otherwise ordered, the Nos. 3663^ C and
3t)73^C Valves are furnished with a No. i Steam
Disc, suitable for steam. When ordered for hot
water, oil, or gas, they are furnished with a No. 2
Hot W'ater Disc; when ordered for cold water or air,
with a No. 3 Cold Water Disc. For description and
dimensions of discs, see page 178.
^400-Pound W.O.G.
Malleable Iron Swing Check Valves
WORKING PRESSURES
250 pounds oil, 550° F.
400 pounds cold water, oil, or gas, non-shock
Air tested
-
List Prices and Dimensions
No, 346 V21 Screwed
Cross Section, No. 346y2
Size Inches Yq V^ % 1 ly^ Wz 2
No. 3461/2, Screwed Each 4.00 S.OO 6.50 8.00 11.00 14.00 20.00
End to end Inches 23^ 2% 31/16 35/8 4^^ | 4i3/i6 S'-Vie
Center to top of ca") Inches' \% 1% l^k W2 2% 3^8 3%
Service recommendations: These vaKes are es-
pecially suitable for oil lines where fire hazard legis-
ates against the use of cast iron, and for corrosive
services \\'here all-iron vah'es are satisfactory but
where a material stronger than cast iron is desired.
The valves are compact and rugged.
Meterials: The body, cap, disc, and hinge are made
of tough, durable malleable iron. The hinge pin is
made of Exelloy.
Regrinding: The valves can be reground without
taking the body from the line. By removing the
stop plug, a screw driver can be engaged with the
slot in the disc spud, making it easy to rotate the
disc when regrinding.
I
I
CRANE
157
Iron Body Check Valves
For Gasoline Service
WORKING PRESSURES
Air Tested
15 pounds gasoline
Patent Pending
Cross Section
No. 642
Crane i\o. 642 and No. 644 Check Valves are
especially suited for gasoline service Thev are
recommended for suction lines and gravity
pressures up to i 5 pounds maximum, where the
yaWes are installed in accessible locations.
Construction and materials: These valves
are niade ^^■ith a cast iron body, a brass cap, a malleable iron cap ring, and a brass
disc holder; the body and the cap ring are galvanized. The design and materials
in the seat and disc — a Crane No. 6
No. 642, Horizontal No. 644, Angle
Screwed Screwed
List Prices and Dimensions
Size
Inches V2
%
No. 642 or 644, Galvanized
End to end. Horizontal
Center to end. Angle
1 I IV4 I IM
Each] 3.75 |5. 2517. 00' 9.30 112.55 19.00
Inches; 3 ! 3V 2 , 4V« I 45/, \ 5V. | ^3/^,
Center to top
Inches! IV 16 I IJillVR I 23/,^ ; 2Viq j 3
Horizontal Inches] la/^ |2Mfi!25/,e 2^ U^i 3
Angle
Inches TU/ie! 2 | 21/4 ; 2Vi6 : 2V&
3%
33/8
Composition Discs . . . page 178
Gasoline Disc and an aluminum alloy
renewable body seat ring — are spe-
cifically selected for their successful
resistance to the action of gasoline.
Testing: Each valve is shell tested
with 80 pounds air. The seat is tested
with one foot head of kerosene.
Brass Check and Foot Valves for gasoline service . page 53
No. 25, Horizontal, Screwed
With 34-inch Bottom Outlet
Iron Check Valves
For Pump Service
WORKING PRESSURES
40 pounds cold water,
with Soft Rubber Disc.
75 pounds cold water,
with Hard Rubber Disc.
Orders must specify pres-
sure, or advise if soft
or hard disc is wanted.
Service recommendations : These valves
are i'deal for installation between Deep Well
Pumps and Storage Tanks for pulsating ser\-- |i^
No. 25y2i Horizontal, Screwed
Without Bottom Outlet
List Prices and Dimensions
Inches
%
ice when pressures do not exceed 75 pounds. No. 25, with Yz" bottom outl et Eac h J 4 . 75 1 5 . 50 j 6 . 50
The No. 25 Check Valve has a 3^-inch hot- No. 251/2, without bottom ou tlet
torn outlet for direct supply to system; the End to end
1 I 1%I IVa, 2
Each 4.004.75I5.75 7.0019.50
Inches! 3^2 | 4y8 [ 45/8 I 51/4 i 63/$
hole through the diaphragm permits bleeding Center to top
of pressures to actuate a pressure switch. Center to end of bottom outlet Inches] 13/a ! lYz I 13^
Inches! 21/8 I 23/a I 2% | 3 | 35^
'a
Materials : The \^al\'es have cast iron body, brass and bronze spring ; the bodv and cap ring are galvan-
cap, malleable iron cap ring, rubber disc, brass seat, ized. Discs are made of either hard or soft rubber.
i f iiiiit
II 1
J
m
mm
,P F I H
No, 15071/2 Horizontal
Screwed
Ferrosteel Check Valves
Crane Co. manufactures a complete line of small size Ferrosteel Check Valves for
ammonia service; see page 482.
These valves, because of their dashpot cushion design, are used successfully to com-
bat pulsation in pipe lines leading from air compressors or reciprocating types of
boiler feed pumps.
The disc is very effectively cushioned by means of an attached piston \\-hich operates
in a dashpot. Friction rings on sizes i^-inch and larger tend to reduce dashpot
leakage further and assist in slowing down the disc.
For complete description, prices, and dimensions, see page 482.
I iniiifin»timi
158
CRANE
I
•
Crane iron body swing check valves,
iron body ^>.edge gate ^'alv€S, and iron
flanged fittings and flanges on water
lines in an electric light and power plant.
•
Criine iron body ^ate vaK es and cast iron flanged
fittings in the w atcr lines to mixing boxes in a paper milh
Crane valves and fittings are
\\idelv used in textile mills-
Centrifugal pumps in a mi.jnici-
pal \\atcr \^orks using Crane
Undcrw Titer?" chock valves.
The diesel plant piping of
a large irrigation system,
fitted with Crane products.
A multiple boiler automatic
school heating installation
completely Crane-equipped.
CRANE
159
Standard
Iron Body Check Valves
Brass Trimmed
WORKING PRESSURE
125 pounds steam
TEST PRESSURES
Shell test — 300 pounds hydrostatic
Seat test — 225 pounds hydrostatic
Cross Section
No. 367, Horizontal
Cross Section
No. 368, Vertical
No. 366, Horizontal
Screwed
No. 367, Horizontal
Flanged
v7
D
No. 368, \ertical
Screwed
List Prices and Dimensions
Size
List Prices, Each
Dimensions, in
Inches
Horizontal Vertical
A
B
C
D
E
F
G
H
J
No.
of
Bolts
Dia.
Inches
No. 366
Screwed
No. 367
Flanged
F & D.
No. 368
Screwed
of
Bolts
2
3.60
1
6V2
3V2
2
r^k
6.50
i 9.50
7
4V4
7
4V4
2V2
3
8.90
11.50 12.50
8
91/2
5
8
5
6
71/2
3/4
6
4
%
4
14.25
18.00 ! 21.00
10
IIV2
6V4
10
6
4
9
^Vie
7y2
8
%
5
22.00
26.00 33.00
IIV4
13
7
IIV4
7
5
10
1V16
8V2
8
¥4
6
30.00
35.00
40.00
13
14
8V4
13
73/4
6
11
1
9V2
8
3/4
8
62 00 '
19V2
IIV4
8
131/2
IVs
113/4
8
¥4
Service recommendations: These horizontal and
vertical check valves are recommended for general
service on steam lines.
Construction : The valves are rugged and well pro-
portioned. The disc is accurately guided both at the
top and bottom, assuring square seating. The body
seat ring is screwed into the body.
Horizontal check valves: The No. 366 Valves
have a brass scre\ved-in cap on sizes 3-inch and
smaller and an iron bolted cap on larger sizes. The
No. 367 Valves have an iron bolted cap on all sizes.
All horizontal check valves in sizes 6-inch and smaller
have a solid brass disc; the S-inch size has an iron
disc with a brass seating face. All of these valves
have a brass body seat ring.
Templates for drilling . page SSI
Vertical check valves : The No. 368 Vertical Check
Vah"es ha\'e an iron bolted cap, a solid brass disc, and
a brass body seat ring.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the
American Cast Iron Flange Standard, Class 125
fBi6a-rQ3q). The flanges are plain faced, with a
smooth finish.
Drilling: The list prices of flanged valves include
facing and drilling to the American Cast Iron Flange
Standard, Class 115. No deduction is made when
valves are ordered faced only.
Larger sizes: When larger size check valves are
wanted, we recommend the use of the swing check
valves shown on page ibi.
Thread engagement
page 591
1
I
I
m
■ I
llii ■ , r
tt.-T
LAAlJjj_UJ-Li-Li.LiJ.U^
_tiJ
I
160
CRANE
Standard
Iron Body Swing Check Valves
Brass Trimmed or All-Iron
I
No. 373, Flanged
Brass Trimmed Valves
No. 372, Screwed
No. 373, Flanged
No. 3741/4, Hub Ends
All-Iron Valves
No. 3721/2, Screwed
No, 3731/2, Flanged
No. 374l^, Hub End
These valves may he used either
in a horizontal position or in a
vertical position for upward How.
i
I
Brass trimmed valves: Brass trimnned valves are
recommended for steam or water, or for fluids that
do not corrode brass.
Unless other\\'ise ordered, No, 372, No, 373, and No.
3-4.1:4 brass trimmed vaK'es are furnished with a
brass or brass faced disc. Sizes 3-inch and smaller
ha\'e a solid brass disc; larger sizes have a cast iron
disc with a brass seating face.
The brass bod)- seat ring is screwed into the body.
All-iron valves: All-iron ^'aIves are recommended
for gas, or for fluids that corrode brass but not iron.
The seating surfaces are cast integral with the body
and disc. Valves with screwed-in body seat rings
can be supplied when ordered; prices on application.
Leather disc: When so ordered, any of the brass
trimmed valves can be furnished with a leather faced
disc. The table of list prices shown on the opposite
page includes the extra charge for leather faced discs.
Leather faced disc valves are recommended only for
cold water lines.
Construction: Standard Iron Body Swing Check
VaK'es are well proportioned and are sturdily con-
structed. The bodies are oval or globular in shape,
pro\iding an ample f^ow area around the disc when
the valve is wide open. All sizes have the hinge
suspended in the body.
The valves are designed so that the disc cannot stick
in the open position.
Hub end valves : The hubs on hub end valves are
suitable for Class "D" cast iron pipe.
By-passes: Extra list prices for by-passes on sizes
] 1-inch and larger are shown on the opposite page.
By-passes are the '"bolted" type, made with a brass
trimmed iron wedge gate valve having a non-rising
stem. ■ ,
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the
American Cast Iron Flange Standard, Class 125
{Bi6a-iQ3Q). The flanges are plain faced, with a
smooth finish.
Face to face dimensions : The face to face
dimensions of the flanged valves sizes 6-inch and
smaller conform to the American Ferrous Flanged
VaK-e Standard fB!6.io-iq3Q), for 125-Pound Cast
Iron Swing Check Valves. Sizes 8-inch and larger
are not included in this Standard.
A.P.I. Standard: When used on pressures not
exceeding 175 pounds at atmospheric temperatures,
the flanged vaK'es in 2. 2]/^, 3, 4. and 6-inch sizes
conform to the American Petroleum Institute
(A.P.I.) Standard No. 5-G-1, Second Edition, Sep-
tember, 1Q38, for 175-Pound Iron Pipe Line Swing
Check Valves.
Working pressures
Hydrostatic test pressures
Size of
Screwed or flanged valves Hub end valves
Screwed, flanged,
It 11
Valve
Saturated
steam
Cold water, oil,
or gas-^ non-shock
Cold water or gas
non-shock
or hub end valves
Shell test Seat test
2 to 12-inch
14 and 16-inch
18 to 24-inch
125 pounds
125 pounds
200 pounds
150 pounds
150 pounds
200 pounds
150 pounds
150 pounds
350 pounds
250 pounds
250 pounds
225 pounds
175 pound""
175 pounds
CRANE
161
Standard
Iron Body Swing Check Valves
Brass Trimmed or All-Iron
For working pressures, see the preceding page.
n rt
fT. t:0 Oh:
Screwed
No. 372, Brass Trimmed
No. 372^/2, All-Iron
Flanged
No. 373, Brass Trimmed
No. 3731/2, All-Iron
Hub Ends
No. 3741/4, Brass Trimmed
The list prices of flanged valves include facing and drilling
to the American Cast Iron Flange Standard, Class 125. No
deduction is made when valves are ordered faced only.
List Prices
No. 373 Check Valve
with Bolted By-Pass
Siz
Inches
Brass Trimmed Valves
All-Iron Valves
No. 372
Screwed
Each
No. 373
Flanged
F. & D.
Each
No. 3741/4
Hub Ends
Each
No. 372V2
No. 37372
Screwed
Flanged
F. & D.
Each
Each
Extra for
Leather Faced Disc
for
No. 372, No. 373, or
No. 3741/4 Valves
Per Valve
Extra for
Bolted By-Pass
Size of
By-Pass
Inches
Per
Valve
11.00
13.00
11.00
13.00
2V2
12.00
1.00
14.50
12.00
14.50
13.50
1.50
17.00
17.00
13.50
31/2
17.00
2.00
17.50
21.00
2.50
20.00
24.00
24.00
20.00
24.00
3.00
30.00
34.00
34.00
36.00
4.00
41.00
41.00
41.00
4.00
M 70.00 [ 75.00 ' 75.00 75.00 7.50
10 115.00 115.00 i( 10.00
12 16E..00 168.00 i 12.00
2
49.00
14 , , 340.00 340.00 1
No
Extra
Charge
16 i 450.00 450.00
3
18 bOO.OO 600.00
74.00
20 , 700.00 700.00 '
24 1000.00 1000.00 |
4
99.00
Dimensions, in Inches
1
I
Size
2
21/2
3
31/2 4 5
6
8
10 12
14 16
18
20
24
Screwed
End to end
61/2
7
8
9 10 111/4
121/2
I8V2
Face to face
8
8 1/2
91/2
IOV2 111/2 13
14
191/2
241/2 271/2
31 36
36
40
48
I.D. of port
2
2V2
3
31/2 4 5
6
8
10 12
14 16
18
20
24
Flange dia.
6
7
7V2
j 8I/2 1 9 10
11
131/2
16 19
21 231/2
25
271/2
32
rianged
Flange thick.
%
^Vl6
^4
^ViePVie ^Vie
1
iVs
IV16 IV4
1% IV16
IVie
1"/16
1%
Bolt circle
43/4
51/2
6
7 71/2 8 1/2
91/2
113/4
141/4 17
183/4 211/4
223/4
25
291/,
No. of bolts
4
4
4
8 8 8
8
8
12 12
12 16
16
20
20
Dia. of bolts
%
%
%
% % V4
%
V4
% ys
1 1
IVa
iVs
IV4
Hub
End to end
101/2
12
14
191/2
241/2 271/2
31 1 36
32
35
40
Ends
LD, of hub
4.75
5.62
7.87
10.00
12.25 14,37
16,50(18.75
20.87
23.00
27.25
Depth of hub
2.75
3.00
3.00
3.50
3.50 3.50
3.50 4.00
4.00
4.00
4.00
Size of by-pass
1
2
2 3
3
3
4
By-Pass
C. to outside
1
22
233/4 1 271/2
291/4
303/4
343/4
Center to top
IIV2
iiy2 141/4
141/4
141/4
17
Center to t
op of valve
41/2
43/4
51/2
6 61/2 71/4
8
10%
121/8 133/4
16 1734
171/2
20
21
Templates for drilling. , page 551
Normal thread engagement . . . page 591
\ I
ii
MUi
fci'Mlir-^-*'"^'"'-*""'"'*^
I
162
CRANE
Iron Body Foot Valves
Leather or Brass Disc
Screv.ed
Flanged
Leather or Brass Disc Foot Valves
No. 394, Leather Disc, Screwed
No. 395, Leather Disc, Flanged
No. 3941/2, Brass Disc, Screwed
No. 3951/2, Brass Disc, Flanged
SERVICE RECOMMENDATIONS
These valves are recommended for suction lines on
shallow well pumps where the pressure does not ex-
ceed 34-foot head (approximately 15 pounds), but
they will safely stand 25 pounds pressure on priming
purnp service," when not subjected to the pulsations
of the pump.
The leather disc valves are especially suitable for cold
water; the brass disc valves, for hot water.
List prices of Ranged valves include facing and drilling to
the American Cast Iron Flange Standard, Class 125 on
sizes 3r 2-inch and smaller, and to the25-Pound American
Tentative Cast Iron Flange Standard on sizes 4-inch and
larger. No deduction is made if ordered faced only.
, I
I
Size
Inches
V4
1
IVa
31/2
8
14
16
List Prices. Each
Leather Disc
Valves
No. 394
Screwed
No. 395
Flanged
F. & D.
Brass Disc
Valves
Black' Galv. Black Galv.
No. 3941/2
Screwed
No. 3951/2
Flanged
F. & D.
Dimensions, in Inches
Largest
Outside Dianaeter
of Body
Flange dimensions
Black Galv. Blackl Galv.
No.
394
No.
395
No.
3941/2
No.
3951/2
Diam-
eter
Thick-
ness
Bolt
circle
1.15 1.75
33/4
t
1.3Q! 2.00
1.401 2.10
33/4
8.00 8.30
4M
8
41/
8
11/2 I 1.901 2.85!
9.00 9.40
43/4
43/4
7740 3T6O 3.50' 5.50 10.00 10-50
i 51/2 1 6 I 51/2
71A ' 3.301 5.00' 4.50' 7.00' 11 .00 H -70
3 901 5.75' 5.751 9.00' 12.00 12.80
5^0' R.50 7.50' 12.00 13.00 '14.20
7.301 11.00 9.501 15.00' HTOO 15.50
6I/4
6I/4
«/
16
13.00' 14. 30:! 7 171/2' 7
71/2 71/2
Vi
8
15.00' 17.2511 SVr I 9 I 8Vs ' 9
V4
id'?.^ ??.'flO, 17.501 27.00118.00 121.00, 2Q.00i 23.85||n3/4!nV4| IIV4 I H V4
V4
hd'nmin'ool 7 Q.OQ:120.QO: 80.00 i98. 50! 85.00105.001' 1 8 ' 18 ' 2OV4 I 2QI/4 I 16
10
12 1100.00 155.00112.00 170.00'
%
135.001159.00, 20% 2OV4
241/8 19
1
150.00
200.00
21
231/2
No. of
bolts
V2 I 43/4
51/2
7V:
91/.
di'nn h?'noi 45'00i 72'.00i 45 .00 153.501 48.001 Sg.OQillSi/gllSi/silSVs | ISVg | UVz I ¥4 H^
Dia.of
bolts
14.00' 15.80! 8% 18% I 8% I 8% ' 8V2 ' ^Vie ' ^ ! ^
8
n:25' 16:751 14:00 22:00 15.00U7. 201 16.00:i9.20;llQ^ll0^10l^i 10^ !" I ^ ! tt^ 1
8
1 41/4 1 12
17 I 12
iVs 1 18V4 1 n
V/s 1 211/4 1 16
%
%
Vi
8
%
%
%
%
%
%
^A
'8
¥4
3/.
Shape of strainer: Sizes 6-mch and smaller have a
semi-spherical strainer as shown on the illustration of
the screwed end valve; the larger sizes have a fiat
bottom strainer as shown on the illustration of the
flanged end valve.
Materials and construction: The leather disc
valves have a cast iron body, strainer, and seat.
Sizes 6-inch and smaller have one disc; larger sizes
ha\"e two discs.
The brass disc \-ah-es have a cast iron body and
strainer and a brass seat. Size 6-inch and smaller
have one disc; larger sizes have four discs.
Brass Foot Valves page 54
Flange dimensions and facing: The dimensions
and drilling of the end flange on valves 4-inch and
larger conform to the 25-Pound American Tentative
Cast Iron Flange Standard CBi6b2-iQ3 0- On
smaller sizes, the diameter and drilling of the end
flange conform to the American Cast Iron Flange
Standard, Class 125 (Bi 6a- 1939)- The flange is
plain faced, with a smooth finish.
When so ordered, the flange on sizes 5-inch and larger
can be drilled to the 125-Pound American Standard.
Full face gaskets should then be used to avoid dis-
torting the flange.
Templates for drilling page SSI
CRANE
163
Ferrosteel Foot Valves
Multiple Rubber Disc
Multiple Rubber Disc Foot Valve
No. 397, Planned
Service recommendations : These \-aK-es are rec-
ommended for the same ser\-ice as the leather disc
valves shown on the opposite page.
Materials and construction: The \-ahes ha\e a
Ferrosteel body, cast iron strainer and seat, and brass
valve stems and springs: they have handholes to
facilitate cleaning and repairing.
Flange dimensions and facing: The dimensions
and drilling of the end flange conform to the 25-
Pound American Tentative Cast Iron Flange Stand-
ard (Bibb2-iq3i). The flange is plain faced, with a
smooth finish.
List
Prices
j Dirrtensions.
in Inches
Size
No. 397
Flanged
b.&iD.
Black
tach
' Larg-
1 est
Out-
side
Diam-
eter of
Bodv
Flange dimensions
Inches
A- (D
H C
CQU
to
d'o
/ICQ
.2-0
am
16
190.00
343/4
23V2
Ws
2IV4 16 3/4
18
235.00
265.00
403/4
25 ' 11/4
2234 16 34
20
46
271/2 1%
25 20 34
24
400 . 00
541/2
32 P/a
291/2 1 20 34
30
780.00
69 V2
38V4 11/2
36 28 Vs
36
1200.00
82
46
1%
4234
32 7/8
When so ordered, the flange can be drilled to the
American Cast Iron Flange Standard, Class 125.
Full face gasl<ets should then be used to avoid dis-
torting the flange.
High Pressure
Drilling: List prices include facing and drilling to
the 25-Pound American Tentative Cast Iron Flange
Standard. No deduction is made if \-alves are or-
dered faced onlv^
Brass disc valves : \ lultiple Brass Disc Foot VaK-es
can be made to order; prices on application.
Templates for drilling. . page 55 J
Swing Check Valves
Iron Body Foot Valves with Outside Lever and Weigh
When foot valves are wanted for high pressures or
for severe service, Crane No. 373 Flanged Standard
Iron Body Swing Check Valves having a strainer
bolted on the inlet end, as illustrated above, are
recommended. These are furnished with either a
leather faced disc or a solid brass or brass faced disc.
Prices on application
Any Crane Iron Body, Ferrosteel. or Cast Steel
Swing Check \ ahe can he furnished with an outside
lever and weight as illustrated abo\-e. The weight is
mounted on the lever either in a position that will
assist the disc in closing, thereby making the \'al\-e
extremely sensiti\-e to a re\-ersal of flow, or in a posi-
tion where it will balance the disc, causing the val\-e
to open under a minimum of pressure. Orders must
specify which type is wanted.
Unless otherwise ordered, the le\er and weight are
placed on the side that is on the right when looking
into the valve inlet.
Prices on application
il!
^ m
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I
164
CRANE
Standard
Iron Body Clearway Swing Check Valves
Underwriters' Pattern
WORKING PRESSURE — 175 pounds cold water, non-shock
HYDROSTATIC TEST PRESSURES
Shell test — 250 pounds Seat test — 200 pounds
Cross Section, No. 375
No. 3741/2, Screwed
No. 375, Fknged
No. 3751/2, Hub Ends
For use in a horizontal position, or in a vertical position for upward flow.
UNDERWRITERS' REQUIREMENTS
Designed for fire protection serxice., these \-al\'es con-
form to the Undenxriters' Specifications known as
"The National Standard"", and they are listed as
appro\-ed and inspected by the Associated Factory
Mutual Fire Insurance Companies. Boston, and the
Underwriters' Laboratories, Chicago. They are
marked "FM" and "CU". The x"alves are not rec-
ommended for use on "interconnection service".
,f F^■
n:5
E--
I
D
List Prices and Dimensions
Size
List Prices, Each
Dimensions, in Inches
Inches
No. 3741/2
Screwed
No. 375
Hanged
F. &D.
No. 3751/2
Hub
Ends
Extra for
Leather
Faced Disc
A
B
C
D
E
F
G
H
J
K
No.
of
bolts
Dia.
of
bolts
2y2
14.50
14.50
1.50
10
10
i6y4
21/2
7 IV16 51/2
4
%
3
17.00
17.00
2.00
11
11
63/4
1
3
71/2 3/4 6
4
%
31/2
21.00
2.50
12
7
:^V2
8V2 Wiel 7
8
%
4
:4.oo
24.00
24.00
3.00
13
13
'16i'2' 71^2
' 5.62 3. 00' 4
9 'IV16 71/2
8
5/8
^
34.00
34.00
4.00
15
15
8 1/2
1 lis
10
^Vl6 8V2
8
3/4
6
41.00
41.00
41.00
4.00
16
16
; 20 j 91/4
1 7.87 3.00; 6
11 1 91/2
8
3/4
8
75.00
75.00
75.00
7.50
18
18
221/4" 11V4
10.00'3.50 8
131/2 IVs 113/4
8
3/4
10
115.00
115.00
10.00
22
26 ,131/2
il2.25 3.50; 10
16 13/16 141/4
12
1 Vs
12
168.00
168.00
12.00
26
"291/2' 151/4
14.37 3.50 12
19 11/4 17
12
v%
Construction: The body is large. pro\"iding liberal
clearance around the disc When opening, the disc
swings entirely clear of the waterway; it is so con-
structed that it will not stick in the open position.
Through bolt-studs \\ith a nut on each end are used
in the cap joint. The hinge pin is accessible from
both sides of the body, being retained by brass plugs.
Materials : The body seat ring is brass and is
screwed into the body. Sizes 6-inch and smaller have
a brass disc and a brass hinge. In larger sizes, the
disc is iron with a brass seating face and has a brass
collar where it engages the hinge; the hinge is malle-
able iron, having a brass hinge-pin bushing and a
brass disc-hub bushing. All sizes have a brass hinge
pin.
Leather disc: An extra charge is made for leather
Templates for drilling . . . page 551
faced disc valves. See the list prices shown above.
Hub end valves: The No. 375^ Valves have hub
ends suitable for Class "D" cast iron pipe.
Bosses on body: Each valve is equipped with four
bosses for by-pass, two on each side of the body. An
extra charge is made for drilling and tapping the
bosses and for furnishing a by-pass.
Flange dimensions and facings: The dimensions
and drilling of the end flanges conform to the Ameri-
can Cast Iron Flange Standard, Class 115 (Biba-
iq3q). Flanges are plain faced, with a smooth finish.
Drilling: The list prices of flanged valves include
facing and drilling to the American Cast Iron Flange
Standard, Class 125. No deduction is made when
valves are ordered faced only.
Thread engagement . . . .page 591
tr, -■. —
CRANE
165
250-Pound
Ferrosteel Swing Check Valves
Brass Trimmed
Size of Valve
Working pressures
Steam
500^ F.
Cold water, oil,
or gas, non-shock
Hydrostatic test pressures
2 to 12-inch I 250 pounds | 500 pounds
14"inch
250 pounds
400 pounds
Shell test
Seat test
1000 pounds I 550 pounds
700 pOLJnds I 450 pounds
These valves also
may he used in a
vertical position
for upward flow.
Cross Section, No. 39 E
No, 38 E, Screwed
No, 39 E, Flanged
Size
List Prices
Inches
21/2
No. 38 E, Screwed
3V2
8
EachI 15.00 1 20.00 | 28.00 I 36.Q0 41.00 54.00(66.00
10
12 I 14
No. 39 E, Flanged. F.& P. Each[ 17.00 [ 22.00 | 3Q.Q0 | 38.00 | 44.00 | 57 .00 i 70.00 I 105. 00 I 175.00 ' 250.00 .L^n.OO
Service recommendations: Crane 250-Pound Fer-
rosteel Swing Check valves are well suited for a wide
variety of services requiring the use of rugged, stur-
dily constructed valves. They will give excellent
results on steam lines where the pressure and tem-
perature do not require the use of steel vahes, on
high pressure water, oil, or gas lines, and on similar
service.
Construction : The valves are heavily proportioned
and are unusually rugged. The body is oval in shape,
providing ample flow area when the valve is open.
The valves have a disc stop Vv'hich keeps the disc from
sticking in the open position.
Materials: The body and cap are made of Crane
Ferrosteel. The body seat ring is made of Crane
Hard Metai ; it is screwed into the body. Sizes ^J^-
inch and smaller ha\-e a solid Crane Hard Metal disc ;
larger sizes have an iron disc with a Hard Metal seat-
ing face. Crane Hard Metal is a copper-tin bronze
having unusual strength and hardness.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the
150- Pound American Cast Iron Flange Standard
(Bibb-rqzSj. Flanges have a hr'nch raised face.
The raised face is finished with concentric grooves,
approximately 16 grooves per inch, known as a
"serrated" finish.
Valves with male, female, tongue, or groo\'e faces
can be made to order; see page 5O0 for dimensions
and the Crane Discount Sheet for prices.
Drilling: The list prices of flanged valves include
facing and drilling to the 250-Pound American Cast
Iron Flange Standard. Xo deduction is made when
valves are ordered faced onlv.
Face to face dimensions: The face to face
dimensions of the flanged valves sizes i 2-inch and
smaller conform to the American Ferrous Flanged
Valve Standard (Bid. 10-1030), for 2)G-Pound Cast
Iron Flanged Swing Check Valves. The 14-inch size
is not included in this Standard.
A.P.I. Standard: The flanged \-alves in all sizes
except the ^14, 5, and u-inch conform to the
American Petroleum Institute f.^.P.I.) Standard
No. 5-G-i, Second Edition. September. [938, for
500-Pound Iron Pipe Line Check VaUes.
Dimensions, in Inches
Size
' 2
2V2
3
3V2
4
5
6
8
10
12
14
Screwed End to end
91/2
103/4
IIV4
121/4
13
15
I6I/2
*Face to face
lOVz
111/2
121/2
131/4
14
153/4
171/2
21
241 '2
28
ZZ
Inside diameter of port
2
2V2
3
3V2
4
5
6
8
10
12
131/4
Diameter of flange
61/2
7Vz
8V4
9
10
11
UVz
15
171/2
201/2
23
Flanged
•Thickness of flange
%
1
1^4
IV16
11/4
13/8
Wis
1%
1%
2
2Vs
Diameter of raised face
43/1 6
4IV16
5iV,6
6V16
615/16
8V1G
91V16
ll'Vie
14Vi6
i6yi6
1815/16
Diameter of bolt circle
5
sys
6%
7V4
7Vs
9V4
10%
13
151/4
173/4
201/4
dumber of bolts
S
8
8
8
8
8
12
12
16
16
20
Diameter of bolts
%
3/4
^/4
%
3/4
3/4
3/4
Vr
1
iVs
iVs
Center to top of valve
51/4
5%
6 1/4
63/4
71/4
81/4
9
U
13
143/4
153/4
Face to face and thickness of flange dimensions include the j^-inch raised face.
Templates for drilling . . page 552 Special facings , . , ^page 560 Normal thread engagement . . page 591
N
I
h
L
i
^■^*-— -'-*■■ *"**1'*^*^*"'
I
166
CRANE
800- Pound Hydraulic
Ferrosteel Swing Check Valves
Brass Trimmed
t
I
a
WORKING PRESSURE
800 pounds cold water, oil, or gas, non-shock
TEST PRESSURES — Shell test — 1600 pounds hydrostatic
Seat test — 850 pounds hydrostatic
These
valves
also may be
used in a
Vertical
position
for upward
How,
Cross Section, No, 821 H
Service recommendations : These vah es are
recommended for high-pressure hydraulic lines and
for high-pressure gas lines,
Construction : The \'alves are extremely heavy and
ru.sged. The bodies are oval or globular in shape.
pro\"iding ample flow area around the disc when the
\-al\'e is open. The \"alves are constructed so that
the disc cannot stick in the open position.
No. 820 H, Screu ed
List Prices and Dimensions
Size
List Prices, Each
Dimensions, in Inches
Inches
No- 820 H
Screwed
No. 821 H
Flanged
b. &: D.
A
B
c
D
E
F
G
H
No.
of
Bolts
Dia.
of
Bolts
2
37.50 37,50
1 101.2
11 1/2
6
2 1 6V2
IV4 3%
-
3
8
%
V
V2
45.00
45,00
12
13
63/4
21/2
71^2
1%
4M
8
5M
8
8
3/4
60.00
60.00
131
14
81/.
81/.
IV2
65/
8
8
3/4
83.00
83.00
151
-.4
1
91.
lOV,
1^/1
8
6Vi
8V.
8
%
113.00
113.00
171 4
20
101
13
21/
8
75/
16
IOV2
8
165.00
165.00 ! 19
22
12
14
21/4
8V2
111,
12
1
8
285.00
26
15
7V& I6I/2
21/2
105/
8
133.
12
IM
8
10
360.00 )j
31
153,
934
20
2-8
123/4
17
16
12
525.00
33
17
113,
IV4
??
15
191/4
20
IVa
Materials: The body and cap are made of Crane
Ferrosteel. The body seat rin^ is screwed into the
body and is made of Crane Hard -\ letal. Sizes 4-inch
and smaller ha\"e a solid Crane Hard Metal disc:
larger sizes have an iron disc with a larsje Hard Metal
seating face. Crane Hard Metal is a tough, hard,
wear-resisting copper-tin bronze.
Flange dimensions and facing: The dimensions
and drilling of end flanges conform to the Soo-Pound
Hvdraulic American Cast Iron Flange Standard
(Bi6bi-iQ3 1). The flanges ha\e a J-;t-inch male face
(large male) ; the male face is finished with concentric
g^oo^"es, approximately 16 grooves per inch, kno^\'n
as a "serrated " finish.
V'alves with female, tongue, or groo\'e faces are made
to order; see page 561 for dimensions and the Crane
Discount Sheet for prices.
Templates for drilling . . . page 552 Special facin
Drilling: The list prices of flanged valves include
facing and drilling to the Soo-Pound Hydraulic
American Cast Iron Flange Standard. No deduc-
tion is made \\hen \-alves are ordered "faced only".
Shock: On lines subjected to shock, properly de-
signed shock absorbers must be installed to protect
the piping and the ^"ah■es; see page ii.
Face to face: The face to face dimensions of the
flanged \aK-es conform to the .American Ferrous
Flanged VaWe Standard. BiO.io-iq^q. This Stand-
ard does not include the 5-inch size.
A.P.I. Standard: Flanged vaKes conform to the
American Petroleum Institute (A.P.I.) Standard.
N"o. 5-G-i. September. iqi8 for Soo-Pound Iron Pipe
Line N'ahes. This Standard does not include the
5-inch size.
gs...page 561 Thread engagement . page 591
1
CRANE
167
S.'-
\
Valve Accessories and Parts
For greater convenience, various valve accessories and parts,
many of which are used with nearly all Crane Valves, have been
grouped together on the following pages, numbers i68 to 178.
Floor Stands pages (68 and i6q
Extension Stems pa^^e i6q
Indicator Posts page 1 70
Cylinder Operated Valves page 171
Motor Operated Valves pages 172 and 173
Wheels page 1 74
Handles page 175
Size of Hole in Wheels and Handles page 175
Chain Wheels page 1 76
Tee Wrenches for Hub End Iron Body Valves . .page 177
Keys for Lock Shield Valves page 177
Composition Discs , page 1 78
Replacement Parts for Valves
Replacement parts, such as stems, bonnets, discs, packing
nuts, etc., for any Crane Valve can be furnished upon receipt
of an order. When ordering parts, specify the catalog number
and the size of the valve, and give the name of the part re-
quired. In addition, since the valve must be clearly identified
before a part that will fit correctly can be furnished, indicate
how the valve is marked and where the marking appears.
)
1
Ti' 1
l' 1
i.
^mtmimu^k
iMiMMmMMiiMMMmMMiimmMUMiM^
lUUUtaUMMiniHUIllJKUUUAUUAUUUX
■'■ '**
±f Jill ■
168
CRANE
I
I
Floor Stand
Without Indicator
Floor Stands
With or Without Indicator
These Floor Stands, when equipped with the proper
extension stem, are suitable for operating either rising or
non-rising stem valves. The list prices shown below
include the Floor Stand with wheel and wheel stem
coupling, and in addition, on the Floor Stand with
Indicator, the complete indicator parts; they do not
include an extension stem or valve coupling.
Extension stems are illustrated on the opposite page.
The 2o-inch high Floor Stand is used on valves having an
8'inch or smaller diameter handwheel; the 32-inch, on
vaKes having a larger diameter handwheel.
Prices on extension stems and on valve stem or yoke
slee\'e couplings are furnished on application. They de-
pend upon the length of the extension stem and upon the
size and kind of valve on which the coupling will be used.
List Prices
Including wheel stem coupling, but no extension stem
i
s^r
Floor Stand
With Indicator
Height of Floor Stand
Inches
20
32
Without
Indicator
Painted column, japanned wheel
Each! 15.00 20-00
Finished column, japanned wheel
Each 28.00 35-00
Finished column; rim and hub of wheel finished, spokes japanned
With
Indicator
Painted column, japanned wheel
EachI 40-00 [ 48.00
Eachj 22.00 27.00
Finished column, japanned wheel
Each 35.00 42-00
Finished column: rim and hub of wheel finished, spokes japanned Each] 47-00 55-00
/ 1
Non-Rising
Stem
Gate Valve
LInless other-
wise ordered,
extension
stems
are made of
Extra Strong
Pipe.
Directions for Ordering
Floor Stand Only
For Crane Valves, specify:
1. Style (with or without indicator) and finish of Floor Stand, and height
2. Size and catalog number of valve, and whether valve opens by turning to the
right or the left
For other than Crane Valves, specify:
3. Style (with or without indicator) and finish of Floor Stand
4. Size, style, and catalog number of valve
5. Manufacturer's name
6. Diameter of handwheel on valve
7. Number of turns to open
8. Whether valve opens by turning to the right or the left
Floor Stand with Extension Stem
For Crane Valves, specify:
Information requested when ordering Floor Stand only (1 and 2, above)
9. Dimension A, center of valve port to floor level
10. Details, description, and proximity of structural members or walls available for
support of long extension stems
For other than Crane Valves, specify:
Information requested in above items 3 to 10 inclusive
U. If non-rising stem gate valve, or globe, angle, or cross valve, include:
Dimension B, center of valve to bottom of square on stem
Dimension C, size and length of square on stem, and shape (whether straight
or tapered)
12. If outside screw and yoke gate valve, include:
Dimension D, center of valve to bottom of hub on handwheel
Dimension E, detail dimensions of the part of the yoke sleeve on which the
handwheel fits
Floor Stands with Extension Stems are priced on application.
Outside Screw
and Yoke
Gate Valve
Unusually
long
extension
stems
must be
properly
supported.
CRANE
169
Floor Stands
Typical Application and Special Designs
Application E
Floor Stands Applied to
Gate Valve with By-Pass
Horizontal Position
in
Application L
Bell Bottom Floor Stand
Used on Non-Rising Stem
Gate Valve Projecting
Above Floor Line
Wheel
Stem
Coupling
Extra
Strong
Pipe
Valve
Stem
Coupling
&.
Extension Stem
For Non-Rising Stem
Gate Valves or Globe,
Angle, or Cross Valves
Inquiries and orders
numberof the valve,
(measured from the
Application F
Floor Stand with
Single Bevel Gearing
and Handwheel
Application G
Floor Stand with
Double Bevel Gearing
and Crank Handles
The Floor Stands shown on the opposite page can
be used to operate globe, angle, or cross valves
or rising or non-rising stem gate valves, either
with or without gearing. These meet the
requirements of ordinary installations.
In addition, Floor Stands of special designs, a few
of which are illustrated on this page, can be made
to order for unusual installations. Prices on the
special designs, such as those equipped with gears,
ball bearings, cranks, motors, arms, or bell or wide
bottom, are furnished on application.
Inquiries and orders should indicate clearly what
is wanted.
Extension Stems
Extension stems are frequently required for val\-es
that are to be operated from a distance. Ordinarily,
a Floor Stand is used to support the stem and hand-
wheel, but in many installations the extension stem
only is used.
Non-rising stem gate valves and globe, angle, or
cross vaK'es are furnished with a square hole wheel
stem coupling and valve stem coupling. Outside
screw and yoke gate valves have the same square
hole wheel stem coupling as non-rising stem gate
valves and globe, angle, or cross valves, but have a
hexagon hole coupling at the valve. It is designed to
absorb the rise of the valve stem, making the exten-
sion stem non-rising.
Unless otherwise ordered, extension stems are made
of Extra Strong Pipe.
Application K
Floor Stand with Arm
for Operating By-Pass
r
I •
m
Application J
Wide Bottom Floor Stand
Used on Rising Stem
Gate Valve Projecting
Above Floor Line
Wheel
Seem
Coupling
e
Extra
Strong
Pipe
/
u
^\
Yoke
Sleeve
Coupling
Extension Stem
For Rising Stem
Outside Screw and Yoke
Gate Valves
must specify the size and catalog
and the length of extension stem
center of the valve port to the
top of the handwheel). Extension stems, especially
those that are long, must be rigidly and properly
guided with suitable supporting brackets.
Frices on application
I ,
I.
■■^^^>l»l.i.^>^l*,^i-i^..,i...l.l,...
■ L^.^lli.^m^^^■m^^^>,.^■lt^>.l,i^i
I
I
'd'
as
)
170
CRANE
Indicator Posts
Standard Pattern
Underwriters' Pattern
Js'i'it
CftAHt
\
r 1
?3
. t
.1
When ordering, specify the
catalog number of the Post^
the size and catalog number
of the valve with which it will
be used^ and the depth of the
trench (distance from ground
level to bottom of pipe line).
f 1
Enlarged
Sectional View
of Head
No. 520 Post
Enlarged
Sectional View
of Head
No. 510 Post
List Prices and Dimensions
Depth ot trench
Feet
2 to 6
No. 510 or No. 520, with Wrench
Each
40.00
Extra for each 6 inches over 6-foot trench
Each
2.00
Distance from ground level
No. 510
Inches
38
to top of Post
No. 520
Inches
331/4
No. 520
Applied to
No. 462
Gate Valve
Service recommendations: Crane Indicator Posts
provide an ideal means for operating iron body non-
rising stem gate \'ah'es buried underground. They
are used principally in factory and mill yards, on
valves for fire protection service.
The Standard Pattern, recommended when the Un-
derwriters' Pattern is not required, is suitable for
valves sizes 2 to 14-inch inclusive. It is generally
used with No. 462 Gate Valves, page 103.
The Underwriters' Pattern is used with No. 4623^
Underwriters' Pattern Gate Valves shown on page
104. It conforms to the Underwriters' Specification
known as "The National Standard", and is listed as
approved and inspected by the Associated Factory
Mutual Fire Insurance Companies, Boston, and the
Underwriters' Laboratories, Chicago. The Post is
marked "CU" and "FM".
Construction: Crane Indicator Posts are sturdily
constructed of cast iron. Each Post is furntshed with
an angle wrench which can be locked or sealed at the
side of the Post when not in use. The operating nut
is i^ inches square.
The word"OPEN" or"SHUT", in large, easily read
letters, appears behind the indicator glass when the
valve is open or closed, respectively. The lower
plate, marked "OPEN", is adjustable, and its posi-
tion is changed to suit the size of the valve. The
indicator opening is fitted with a heavy plate glass
J^-inch thick; small openings under the cap ventilate
the entire Post and prevent accumulation of moisture
on the glass in cold weather.
Attaching Post to valve: These Posts have the
standard N.F.P.A. (National Fire Protection Asso-
No. 510
Applied to
No. 462 M
Gate Valve
ciation) fiange for attachment to the valve; the
operating rod has a socket for the valve stem.
When No. 462 VaK'es are ordered for use with Indi-
cator Post, they are furnished with an indicator post
flange cast integral with the bonnet, at no extra
charge. When the No. jio Post is required for valves
already installed and not equipped with a flange, a
separate Adaptor Plate for the valve is furnished with
the Post, at no extra charge.
No. 4^23^2 Gate Valves used with the No. 510 Post
are furnished regularly with an indicator post flange
cast integral with the bonnet.
Special Indicator Posts: Indicator Posts for other
than Crane Valves can be made to order at a special
price. When ordering, specify
the name of the valve manu-
facturer, the valve size, whether
it opens by turning to the right
or the left, the number of turns
to open, and give the following
dimensions:
A — Depth of trench
B — Center of pipe to top of stuffing
box flange
C — Center of pipe to bottom of
valve stem square
D — Diameter of stuffing box
E — Size of stem square
F — Height of stem square
G — Length of stem thread
H — Stuffing box bolt circle
Diameter of stuffing box studs
Number of stuffing box studs
I
CRANE
171
Cylinder Operated Gate/ Globe, and Angle Valves
For All Pressures and Purposes
When so desired, Crane Gate. Globe, and Angle Valves can be fur-
nished Cyhndcr Operated. As the name indicates, these \'al\'es are actu-
ated b\' means of a piston and cylinder using water, air, or oil as the
operating? medium. Control is obtained by simply operattn*:^ a FoLir-Way
N'aK'e \\hich may be located in any con\enicn!: place \\ithin reasonable
elistance from the ^■al^■e.
I.
Remote control: W hen remote control is required.
connecting piping between the c\ilnder and the
Four-Way X^alve must be large enough to compensate
for pressure drop and back pressure resulting from
cylinder actuating and exhausting operations.
Maintaining disc position: In order to maintain
the \-ab"e disc in either the open or closed position,
the actuating pressure must be retained in the
cylinder at all times, with the exception of the
following cases:
1. On Globe and Angle N'alves when closed, if
installed with their cylinder abo\"e the \alve
and the line pressure is on top of the disc.
2. On Gate N'ah'cs when fully open, if installed
with their stems horizontal or if the stem is
handling down from the disc,
Special equipment: When specifically so ordered,
cylinder operated \"al\'es can be furnished with
special equipment. Depending upon the require-
ments of indi\'idual installations, yarious kinds of
equipment may be necessary; some of these are as
follows :
Short tra\'el, hand releasing de\*ice tor emer-
gency freeing of the \-alye disc after it has been
tightly wedged closed by the piston.
Limit stops to regulate the amount of \'ab'e
opening by limiting the disc tra\-el.
Auxiliary pressure connections to the cylinder
for admission of higher pressures under stress
of emergency.
Inquiries and orders must be accompanied by com-
plete specifications and description of the proposed
installation.
Information required for inquiries and orders:
The following questions must be answ ered when send-
ing in orders or inquiries for these \-alyes:
r . Are scre\\-ed . flanged , or hub end yaK'cs w-anted ?
Is a by-pass required!'
Are the vaU'es to be installed with the stems
in horizontal or vertical position''
Designate the ser\-ice for which \"al\'e is to be
used: Steam, Water. Oil. or Gas, etc.
What is the maximum and minimum line
pressure^
6. Designate the fluid to be used in the cylinder
for the operation of the valve: Air, Hot or
Cold Water or Oil. etc.
7. What pressure is available for operating the
cylinder ? 1 1 is recommended that the pressure
for actuating the cylinder be as high as
possible, thus allowing the use of a minimum
diameter cylinder.
2.
3-
2.
3-
4-
5-
Cylinders: The actuating cylinders are made of
cast iron or steel with or without brass liners, or of
brass pipe, depending upon the size, the operating
medium, and the pressure used.
Indicating rod: Unless otherwise specified, these
yah-es w ill be furnished with a "'tail rod" extending
through the top cylinder head. This feature pro\-ides
a \"isible indication of the position of the \'al\"e disc
at all times; i.e. whether the \-ah-e is operating,
fully open, or closed.
■m
d
Shown in the above phtitocrroph is a 10-inch QOO-Poimd
(";ast Steel inanjred Gate VaWc with a Ca?t Steel Hy-
Jraiilic Cylinder. The main valve by-pass and the
valved emcrfjencv booster connections on the cylinder
are special equipment on this particular assembly.
Prices and compiet^ description furnished on application.
\m
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M :
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\ I
172
CRANE
I
|i
'n;
ir
Electric Motor Operated Valves
The complete Electric Motor Control is comprised of an integrated unit
consisting of the motor and gearing with disc travel controls built into weather-
proof cast housings, the push button control station with indicating lights,
and an enclosed magnetic controller with contactors operable by any number
of push button stations.
Unless otherwise specified the magnetic controller will be mounted in a genera!
purpose (NEMA-i ] standard sheet steel enclosing case.
Push button control stations are regularly furnished
in surface mounting enclosing cases, non-lock-up, or
lock-up weatherproof type. Other types of enclosing
cases can be furnished on order.
iVIotors are regularly supplied for direct or alternating
current of standard voltages; for special current
characteristics thev can also be furnished, made to
order as required.
In the normal operation of an Electric Motor Control
Unit, pressing the desired button in the control station
sets the magnetic controller contactors into action —
completes the motor circuit to effect proper mo\-ement
of valve stem with disc and disc travel devices — or
breaks the motor circuit to stop the disc if so desired.
\\'here automatic valve operation is needed, switches
actuated by floats, or by variations in pressure or
temperature may be used in lieu of or in conjunction
w ith the customary push button control station.
Electric motor units, made by responsible manufac-
turers of such units, will be furnished on Crane Valves,
when so specified.
1
Crane Air or Gas Motor Valve Operators
(Patented)
The air or gas motor control consists of a rotary motor,
gearing, and disc travel limit valves, all built into
weatherproof cast housings. A four-way valve is
used for admitting air or gas to the motor for opening
or closing the main valve.
Motors are of the reversible rotary type, designed for
operation by either air or gas at pressures from 70 to
iz$ pounds gauge.
These units are particularly advantageous for operat-
ing valves in refineries, oil and gas lines, and various
process industries where sparks from electric motors
and wires will ignite an explosi\'e-laden atmosphere.
They will operate even w^hen totally submerged in
water or when the temperature surrounding them
is high.
Crane Air or Gas Motor Control Units are recom-
mended for continuous operation of valves, a service
that may cause overheating of electric motors.
Prices and complete description furnished on application.
For information required with inquiries or orders, see page 173.
^
CRANE
173
Motor Operated Valves
Mechanical developments follow one another so rap-
idly that alertness is necessary to grasp their entire
significance. Tasl<s formerly taking hours or days
are now accomplished in seconds or minutes. Time,
itself, measured in dollars and cents becomes more
and more valuable with the conquest of distance.
The mechanical management of time and distance
has brought complete safety in operations that for-
merly were hazardous to life and property. The wide
adoption of remote controls exerts a great influence
upon the saving of time and the virtual elimination
of the distance factor in performance.
Crane iVIotor Operated Valves faithfully perform a
fitting part in the general utility of remote control of
flow of liquids and gases. Motor units are furnished
with electric motors or with rotary motors actuated
by air or gas Existing hand operated valves can be
altered for motor operation by replacing the old yoke
and yoke accessories with new equipment suitable
for mounting the motor unit.
A thoughtful analysis of improved operations and
economies made possible by the use of Crane Motor
Operated Vah'es will clearly indicate their wide appli-
cation — in power plants for isolating, sectionaliz-
ing, turbine extraction, reheat and circulating water
lines — in refineries and gas and oil pipe lines and
booster stations — in water works systems for dis-
tribution line control, reservoir control and sluices
in processing plants for hazardous locations, for con-
trolling several units simultaneously, for automatic
operation by variations in liquid level, pressure and
temperature.
Large valves that require much time and effort to
open and close, emergency valves that must be oper-
able even under unusual circumstances, val\'es in
remote, inaccessible or dangerous locations can be
operated quickly, easily, safely and economically
from one or more convenient points of control
through the application of Motor Units.
The Crane vah'e, whether actuated by electric motor
or air or gas rotary motor, is designed to effect tight
valve closure under specified service conditions and
to pre\'ent jamming in the wide open position.
Inquiries and Orders for Motor Operated Valves
Should Give the Follow^ing Information
Electric Motor
1. Quantity — size — flanged, screwed, or welding
ends.
a. Catalog number of regular valve preferred.
3. Rising or non-rising stem.
4. With or without by-pass. If by-pass is wanted,
state its location in relation to the valve.
5."\Vorking pressure, maximum differential pressure
to open against, and operating temperature.
6. Service — Steam, water, oil, air, gas, etc.
7. Valves used for — Main steam, equalizing, boiler
feed, circulating water, etc.
8. Information on any special conditions, such as
whether valve must close against full flow, open
against full pressure, or if coking is present.
q. Maximum velocity through valve, if obtainable.
10 Voltage — A.C. or D.C.— and phase and cycle
if A.C.
11. State whether open-stop-close, close only, or
open-only stations are wanted. Also type of
enclosure and whether Lock-Up or Non-Lock-Up.
Specify number of stations per valve.
12. Approximate maximum temperature at point
where valve yoke will be located
13. Position of valve run. Location of handwheel.
14. Position of valve stem — vertical up. vertical
down, horizontal, or other position.
Air or Gas Motor
1 . Quantity — size— flanged, screwed, or welding
ends.
2. Catalog number of regular valve preferred.
3. Rising or non-rising stem.
4. With or without by-pass. If by-pass is wanted,
state its location in relation to the valve.
5. Working pressure, maximum differential pressure
to open agamst, and operating temperature.
6. Service — Steam, water, oil, air, gas, etc.
7. Valves used for — Main steam, equalizing, boiler
feed, circulating water, oil refinery lines, etc.
8. Information on any special conditions, such as
whether valve must close against full flow, open
against full pressure, or if coking is present.
q. Maximum velocity through valve, if obtainable.
10. Available air or gas pressure for operating motor
(minimum 70 pounds — maximum 125 pounds).
1 1 . State whether valves are to open and close, close
only, or open only by means of the air or gas
motor.
Approximate maximum temperature at point
where valve yoke will be located.
Position of valve run. Location of handwheel.
12.
14.
Position of valve stem — vertical up, vertical
down, horizontal, or other position.
I <
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174
CRANE
Wheels for Valves
i^
I
F H
in
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(4
m
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^4
i
*
Style A Wheel. Miiileable Iron
Dished Design, Oval Rim, Square Hole
(Dias. 3. 3H, 4, & f are also
made with a Threaded Hole )
Used on small size Forged and Cast
Steel Glnhe and Angle Valves (pages
313 to 315). Threaded Hole sizes are
for O.S. & Y. Gate Valves (page 299);
orders for these four sizes must specify
"'Square Hole" or "Threaded Hole".
Style C Wheel, Malleable Iron
Non-Heat, Oval Pattern, Square Hole
Patented
Used on Low Pressure and the smaller
sizes of certain Standard Brass Globe,
Angle, Cross, and Gate \"alves.
Style F Wheel, Malleable Iron
Non-Heat. Round Pattern. Square Hole
Widely used on smaller size Brass, Iron
and Steel \'al\-es (Globe, Angle, and
Cross, and Non-Rising or Rising Stem
but not O.S. 0)1 Y, Gate). Larger sizes
of such valves are fitted with Style D
Wheels.
Style A
Dimensions are given in inches
Style D Wheel. Malleable Iron
Round Pattern, Oval Rim, Square Hole
Used on larger size Brass, Iron, and Steel
Valves (Globe, Angle, and Cross, and
Non-Rising Stem or Rising Stem but not
O.S. & Y. Gate). .
Style £ Wheel, Malleable Iron
Round Pattern, Oval Rim, Hexagon Hole
Used on O.S. & Y. Iron and Steel Gate
Valves. (Dias. 6 & 7 are also made with
a Threaded Hole, for Steel Gate Valves.)
When ordering a Wheel or Handle, spec-
ify- the size and catalog number of the
vah-e on which it will be used, or the size
and Style of the Wheel or Handle, itself.
V'ah-e dimension tables shown through-
out this catalog include the wheel or
handle size, and the Style can be deter-,
mined from the valve illustrations, from
the size, or from other information
shown on this and the opposite page.
Diameters and List Prices
Size
Style F
Price Each
Sq. Hole I Thd. Hole
Size
f
Price
Each
Style D
Size
d
Price Each
Iron Steel
2V2 |2iViG
Style E
Si
ize
Price Each
Iron Steel
Style L Wheel, Square Socket
Black Moulded Composition
Used on Brass Radiator Valves
or on special polished valves.
Style M Wheel, Malleable Iron
Round Pattern, Round Rim
Round Threaded Hole
Used only on No. 459 Brass
Gate Valves, shown on page 21.
Style N Wheel, Polished Brass
"Navy" Four-Ball Pattern
Square Hole
Used on certain Brass Hose Valves
or on special polished valves.
Style U Wheel, Cast Iron
Round Pattern, Round Rim
Square Hole
Used only on No. 453 Brass Hose
Gate Valves, shown on page 70.
Style L
Size
h
Price
Each
.12
3V.
.16
.24
31/2 3yg .20 .30
4 4Vi6 -30 .40
51/,
.50
.70
Style C
Style N
Size
n
13/4 I .08 ) 3V2 .20
Price
Each
2Vi
16
.08
2Vi6 -09
23/4
.10
3V
16
.12
3Syi
8
16
4Vi
.20
43/4 , .25
53/8 -35
13/4
IVs
.08
2V4
1V2
.08
2%
m
.08
3
2
.09
33/8
2y4 ,
.10
33/4
2V2
.12
4y4
2%
.16
43/4 1
23/4 !
.20
*The Wheels
indicated by a
single asterisk
are made with
t\vo sizes of
squares or hexagons; orders
should specify the size and
catalog number of the valve on
which the Wheel will be used.
Style E, Threaded Hole
Forli2&2"Gate Valves, page 299.
4V2
.35
5V2
.67
.75
53/4
Size
Price Each
.25
1.00
1.35
1.00;
8
1.30
1.75
10 2.15
12 2.85
14 , 4.00
16 4.90
18 i 6.25
20 ! 7.25
22 10.25
24 13.00
.75
1.00
8
1.30
1.75
**27 123.00!32.50
**30 131.50,42.00
**36 44.00'55.50
10 2.15
12 2.85
14 I 4.00
16 4.90
18 6.25
20 7.25
22 10.25
24 13.00
**27 23.00i32.50
*»
30 131.50 42.00
**36 ;44. 00155. 50
at*
42 |55.00|75.00| **42 155.00(75.00
1% I -14
15
2V4
.16
21/2 I .17
23/4
.22
.28
Style M
Size
m
Price
Each
3Vi6 I .60
35/8 .65
3% I .75
43/8 1 . 00
4>3/,6| 1.25
534 1.50
6IV16 2.00
1^2 13/4 .75
13/4
.75
23^
'8
.85
■2V2
1.00
31/2 1.25
31/2 ! 41/8 1.75
45/8 ! 2.25
5% 3.50
6% 5.00
Styl.
iU
Size i
u
Price
Each
4y8
.40
1.00
t^^^Jf'M' ^^' ^""^ l-''^""^ ^^>''^ P ^"^ ^ ^^'^^^^^^ ^^^'^ ^ ^st steel for steel valves. Orders for these sizes must soecifv
round rim, they are made of cast iron for iron body valves or of whether iron or steel Wheels are Nv^nted ^ ^
1
[ ■ _
CRANE
175
Handles for Valves
Dimensions^ in Inches
Style K Lever Handle
Klalleable Iron
L'sed on smaller size Hydraulic
Brass and Steel Globe and Angle
\ alves.
c=^
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Style J Tee Handle, Ciist Iron
Used only on No. 50 Brass Hose Valves,
List Prices, Handles
Style S Tee Handle, Malleable Iron
Used on Bar Stock Valves (page 310).
on the No. 2Io X line of Forged Steel
Globe and Angle X'alves (page 312).
and on small size Corrosion-Resistant
Globe and Anale Valves.
Style X Cross Handle
Malleable Iron
Used on certain sizes of
Corrosion-Resistant Globe
and -Angle \'al\-es (page 445).
Style J Style K Style S Style X
Si-e
j
Price
Each
Size
k
Price
Each
Size
Price
Each
Size
X
Price
Each
SVs .15 31/8 .09 2Vi6
.10
*3 .08
53/4 -25 ';35/i6 .10 3Vi6 .12 ■*33/4 .10
bVz . 30
31/2 .10 4y8 .15 i,M3/4 .16
8V4 I .40
Tee Wrerxches . . . page 177
Keys for Lock Shields. . . page 177
3^8
.12
434 .18 6 .25
41/4 i
.15
5% .25 7 .Z5
45/8
.18
7 .30 *Made with
5
.23
2 sizes of squares; specify
53/4
.40
size wanted.
Size of Hole in Wheels and Handles
-ipi-
Square Hole
Ulieel or Handle
Dimensions, in Inches
The tables shown below specify the size of hole in C
and Hexagon Hole Wheels and Handles. Wheels an
the same size and type of hole, and the same length
of course, interchangeable. When substituting whec
those with which the \-alves are regularly equipped,
consideration must be gi\-en to the effect of increased
be obtained.
*^i' total caper per foot **1" total taper per foot
rane Square Hole
d Handles having
through hub are,
Is and handles for
however, careful
power which may
Hexagon Hole
Wheel or Handle
Square Hole
Style A
Style C
Style F
Style N
Size a
Sire c X g
Size f
Size n
Style J
Size j
Style K
Size k
Style S
Size s
Style X
Size X
Chain Wheel
Pitch Dia.
.20
.30
IV4XII/8
11/2
1
1
.24
.35
2^2
21<(Xll''2
13^1
1^4
1
r
3
.24
.17
-
1
1
ZVie
.29
.35
25/8x13/4
2Vl6
2
3y8
3
.29
.44
3
i
^2
.40
3x2
2Vl6
21/2
3Vi6
33/4
.32
.44
' 3V,6
.35
.44
33/8x21/4
23/4
21/2
1 31/2
33/4
23/8
.40
.44
3
33/4X21/2
3Vl6
3
51/8
3^8
41/8
43/4
23/8
.40
.56
31/2
43/4
3
.42 .44
41/4 X 25/8
3ye
8
31/2
I 41/4
43/4
.42
.81
53/4
.45 .56
43/4 X 23/4
4I/16 I
45/
8
.45 ,69
6 1/2
.53 .62
4,5
53/4x3 I 434, 53/8
5%, 7
.56 ,75
!
1 81/4
I
.56 .87
53/4
Square Hole
Style D
Size d
Chainj! Square Hole
Wheel 11 p
Style D
Size d
Chain
Wheel
,35
.44
31/2
23/t
s
1 . 00 1 . 62
14
14
.37 ! .62 I 41/2
1.13 1.75
16
14
,44 1 . 00
51/2
1.25 1.87
18
IS
.56
.87
1.31 2.12
20
18
.63 1.00
1.44 2.37
22
18
.69 , 1.06
8
7\i
1.50 i 2.44
24
24
.75 I 1.19
7V2
1.75 2.50
27
24
.81 1.25
10
10
1.87 2.75
30
30
.87 1.37
10
10
2.00 3.25
36
30
.94 1.50
12
10 il 2.50 I 3.50 42
Hexagon Hole
w
Style E
Size e
Chain
Wheel
Hexagon Hole
w
Style E
Size e
Chain
Wheel
1.00
.69
I 2,41 I 1.31
18
18
1.00
.69
7
71/2
2.78
1.31
20
18
1.18
.75
8
71/2
3.30
1.50
22
13
1.37
.87
9
7V2
3.50
1.62
24
24
1.56
.87
10
10
3.57
1.69
27
24
1.69
.87
10
10
4.07
1.75
30
30
1.88
1.00
12
10
4.61
2.19
36
30
2.08
1.06
14
14
5.22
2.75
42
2.33
1.19
16
14
Chain. Wheels, . . .page 176
1 \i'
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I
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JH
[UAI
I
176
CRANE
Chain Wheels
For Brass, Iron, and Steel Valves
»
K'' —
Chain Wheel
With Chain
Chain Wheel
With Guide and Chain
Hammer Blow Chain Wheel
\\'ith Guide and Chain
(Prices on Application)
Illustrations show Chain Wheels as applied Rising Stem Gate Vah^es
(Applications on Non-Rising Stem Gate Valves and on
Globe and Angle Valves — not illustrated — are similar,)
Pitch
Diameter
of
Chain
Wheel
Inches
List Prices, Each
Chain Wheels are applicable to valves having the
following style and size of Wheel or Handle
Chain Wheels
only
for Rising or
Non-Rising Stem
Valves
Chain Wheels
and (juides
for Rising or
Non-Rising Stem
Valves
Style A
Wheel
Size
Inches
Style D
Wheel
Size
Inches
Style E
Wheel
Size
Inches
Style F
Wheel
Size
Inches
Style K
Handle
Size
Inches
Style S
Handle
Size
Inches
2%
2.35 9.85 3
31/2
2^4, 3Vi6 ; 31/2, 37/« : 4V«
3
2.50
10.00 „ 31/2
3%. 4V,6
4V4, 45/g
43/4
4
2.65
10.15 4, 5 . 41/2, 51/2 '
43/4, 5%
5
53/8, 7
S 3.00 11.00 1 1 6. 7
53/4 !
7V2
4.30 < iU.OU 8, 9 7. 8. 9
10
6.25
24.00 10, 12
10, 12
14
9.00
29.00 , 14, 16 14, 16
18
13.00 35.00
18, 20. 22 ! 18, 20, 22 t
24
23.00
oU.OO II 1 24, 27 24. 27
30
40.00
80.00
30, 36
30. 36
List price of Chain for Chain Wheels
,20 per foot List price for connecting ends of Chain
. 30 per Chain
Chain Wheels without guides will he furnished, unless ordered "With Guide",
For con\'enience in operating \alves located abo\e a
normal reach from fioor le\"els, Crane Chain Wheels
are ideal. They are made from high quality cast iron,
of unusually rugged and ser\"iceable construction.
and are designed to proN'ide a positi\-e grip on the
chain under the most severe operation.
Guides : Guides for Crane Chain Wheels, for sizes of
7},-2-inch pitch diameter and larger, are regularly
equipped with rollers, as illustrated; Guides for
smaller wheels ha\'e plain loops. Crane Guides hold
the chain in close contact with a large portion of the
circumference of the wheel, preventing slipping or
jumping of the chain.
Hammer Blow Chain Wheels t When Chain
Wheels are desired for operating large size or high
pressure valves, additional power is usually necessary
for the first effort in unseating the disc, and in the
final mo\ement to effect a tight seating. For con-
ditions such as these, the Crane Hammer Blow Chain
Wheel is recommended. Its design embodies a
"lost motion", wherein the wheel turns freely through
a large angle, building up momentum until the heavy
operating lugs engage. The resulting "hammer
blow" acts upon the valve stem, facilitating opening
and closing of the valve. The Hammer Blow Chain
Wheels are available in -Ji-inch pitch diameter and
larger; prices are furnished on application.
Ordering : When ordering Chain Wheels separately,
specify the pitch diameter, the size and catalog
number of the valve on which it is to be used, and
also advise if Chain Guide is desired.
When Chain for Chain W "heels is ordered separately,
orders must specify the pitch diameter of the Chairi
Wheel for which the Chain is required.
W^hen a valve is ordered with Chain Wheel or Chain
Wheel and Guide, no extra charge is made for the
labor to mount it on the vah e, but no allowance is
made for the regular valve wheel or handle.
For size of hole in Chain Wheels, Wheels, or Handles, see page 175.
CRANE
177
Tee Wrenches
Tee Wrench
for
Square Operating Nut
Tee Wrenches, frequently referred to as Tee-Handle Socket
Wrenches, are used to operate all types of gate valves or other
equipment that are regularly fitted with square operating nuts.
These wrenches, made of steel pipe and tubing and of \\-elded
construction, are furnished with nut sockets for either z-inch
or 3-inch square operating nuts. The nut sizes conform to the
dimensions of the American Water Works Association. Lengths
ranging from five to nine feet are regularly made; other lengths
are made to order.
Prices and dimensions on application.
Keys for Lock Shield
T-Shape Key
Brass, Not Plated
No. 200 and No, 201
List Prices
No. 198 Key
Eachj
.70
No. 199 Key
Each'
1-00
No. 200 Key
Each
.25
No. 201 Kev
Each
.20
L-Shape Key
Malleable Iron, Nickel-Plated
No. 198 and No. 199
Keys Used with Lock Shield Valves
Size
of
Valve
Inches
No. 67 G
or No. 145 G
Valves
use
Key No.
No. 112
or No. 113
Valves
use
Key No.
No. 174
Valves
use
Key No.
No. 226
or
No. 227
Valves
use
Key No.
No. 455
Valves
use
Key No.
No. 1210
or
No. 1211
Valves
use
Key No.
No. 1213
Valves
use
Key No.
No, 4270
Valves
use
Key No.
No. 1-B
or
No. 2ti
Valves
use
Key No.
No. 438
Valves
use
Key No.
No. 440
Valves
use
Key No.
V4
201
200
200
%
\
200
200
200
200
200
V2
198
200
200
200
200
198
200
3/4
200
200
198
198
198
198
1
198 or 199
198
198
198
i f\o -1 /^n - 1 A/\
IV4
19o
1^0 or 1^^
199
199
IV2
199
f nn
198 or 199
199
199
2
198 or 199
1
The photograph at the right sho\\'5 a high
pressure steam control station using Crane
Steel Gate Valves. The by-pass on the larger
size valves exemplifies good piping practice.
By-Passes and Gearing
in addition to the vaK'e accessories shown
in this section, Crane Co. also regularly
supplies by-passes, gears, grease cases, etc.
for many Crane VaK-es. For complete data,
see the pages referred to below;
By -Passes for:
Iron Wedge Gate Valves page 114
Iron Double Disc Gate Valves page 138
Steel Wedge Gate Valves page 306
Gearing for;
Iron Wedge Gate Valves page 1 1 5
Iron Double Disc Gate Valves page 139
Steel Wedge Gate Valves page 307
Steel Globe and Angle Valves page 326
.
m
I
^
" - -
I
\
178
CRANE
Composition Discs
No. 1 Steam Disc
No. 2 Hot Water Disc
No. 3 Cold Water Disc
*No. 6 Gasoline Disc
No. 4
Granite Disc
*No. 5
Cranoil Disc
Low Pressure
No. 7 Steam Disc
No. 8 Hot Water Disc
T
k^
Copper Disc
For prices,
see page 37.
{*No. 5 and No, 6 Discs always are furnished complete with disc holder,)
I
Bl
' I >
^^
m
I i
\ i
Size
List Prices, Each
Inches
No. 1 Steam,
No. 2 Hot Water,
or
No. 3 Cold Water
Discs
No. 7 Steam
No. 4 or
Granite No. 8 Hot Water
Discs j Low Pressure
Discs
Approximate Dimensions
In Inches
No. 1, No. 2, No. 3,
No. 4, or Copper Discs
No. 7 or No. 8
Low Pressure Discs
A-
A
B
Va
.06
.15
.05
^'M
y*
V^2
1%
V4
06
.15
05
^32
^16
Vs
"A
>32
V^
-'A:
Ve
,08
.20
%;
Vie
Vs
.06
%
^
.08
.20
y4
7/32
2^62
3/16
.06
13/lG
Vs
Va
Va
3/4
y*
.10
.25
.08
9/^2
yaz
I!
lyi
16
yi
8
1
.12
.30
y4
1
^%2
7/^2
.10
lys
ly*
.18
.40
Vis
y4
iy4
^A
Vx
.14
iVa
iy2
.2.
"^2
1V^2
,60
.18
lya
%;
y4
.36
IV^
I'-^a
UVi
.90
.28
716
1
3/^2
29/16
lyz
11^2
2y2
,60
1.50
2%.
iy4
yi6
11
^y^
16
1.00
2.50
131A
"^2
3IV1
'/16
213/
3y2
1.25
732
y2
43/
8
225^
1.65
'/32
^16
4y8
31.'-
2.25
'>'32
^y32
6yi6
331/-
732
2.75
iy32
8
7yiG
43/i
'/4
4.00
^^32
9"^
6.00
7y8
ir32
113/
ne
9.00
9V^,
5/^
t'
133/
ne
11
=V8
Crane Composition Discs are the result of years of
constant study, research, and test. They are made
from specially selected materials, and are of unusu-
ally fine quality. Each type is ideally suited for the
particular service for which it is recommended.
No, 1 Steam Discs; No. 1 Steam Discs are made
of high quality materials, properly compounded to
provide satisfactory and lasting service.
For 150 pounds saturated steam
300 pounds hot water, 300° F.
No. 2 Hot Water Discs: No. 2 Discs are made of a
medium-hard composition that gives excellent results
on hot water, oil, gas, or gasoline lines.
For 500 pounds hot water, 225° F.
400 pounds oil, gas, or gasoline, 100° F.
No. 3 Cold Water Discs: No. 3 Cold Water Discs
are made ol a soft, tough rubber compound that is
especially suitable for cold water or air service.
For 600 pounds cold water or air, 100° F.
No. 4 Granite Discs: Cranite Discs consist princi-
pally of long fibre asbestos and a binder, molded and
vulcanized under high compressive loads. They give
unusually satisfactory results on high pressure-tem-
perature lines and on ser\-ices that are too severe for
ordinary composition discs.
For 300 pounds steam, 550° F.
600 pounds hot water, 1 50 to 450° F.
No. 5 Cranoil Discs: Cranoil Discs are a com-
pounded phenol formaldehyde resinoid. When fur-
nished, they are cemented into the disc holder of the
valve, and have a specially machined face to fit a
specially machined seat. They are recommended for
oils, gasoline, air, and gases at temperatures up to
250° P., especially on services where valves with an
ordinary metal or composition disc cannot be made
tight. See page 32.
No. 6 Gasoline Discs: No. 6 Discs are a specially
prepared compound that is completely resistant to
gasoline. They are soft enough to make a tight seat
on suction lines and on gravity pressures up to 15
pounds. They are recommended for use in check and
foot valves only (sho\\-n on pages 53 and 157), and
always are furnished complete with disc holder.
Low Pressure Discs: The No. 7 Steam Discs and
No. 8 Hot Water Discs are not interchangeable with
other Crane Discs; they are slightly smaller in size,
being used only in valves for low pressure service.
For — No. 7, 100 pounds saturated steam
— No, 8, 125 pounds water, 200° F.
Domestic gas service
Copper Discs : Copper Discs are preferred by some
engineers for special services. They are furnished
regularly only in the No. 213 and No. 215 Valves
shown on page 37.
I ',
CRANE
179
Malleable Iron Screwed Fittings
Standard Fittings pages 1 80 to 1 86
Circulating Boiler Fittings page 187
Air-Tested Standard Fittings page 188
Standard Refinery Oil Fittings page 189
300-Pound Fittings pages iqo and iqi
Heavy Fittings page r Q2.
A.A.R. Fittings page 1^3
Hydraulic Fittings page IQ4
The Crane line of Malleable Iron Fittings includes fittings for
steam working pressures up to 300 pounds and for water, oil,
or gas working pressures up to 2000 pounds, depending upon
size. The user is afforded a wide variety of types and an
unusually liberal assortment of straight and reducing sizes.
Crane Malleable Iron is characterized by pressure tightness,
stiffness, and toughness, the latter property being especially
valuable in pipe fittings. It has a tensile strength of from
40,000 to 50,000 pounds per square inch. Uniformity and
superior quality are assured through the application of im-
proved methocls in furnace practice, casting, and annealing.
Although differing in their weight and proportions, the various
lines are alike in that no detail of manufacture is overlooked
to prox'ide fittings of exceptionally high quality. Except for
Plain Standard Fittings, the pipe ends are reinforced with
bands. Tough, close-grained iron, threads accurately cut to
gauge and in true alignment, openings chamfered to permit
easy entrance of the pipe, — these and other features contribute
to making Crane fittings uniformly satisfactory.
******* **
The list at the top of this page does not include all the
Malleable I ron Fittings manufactured by Crane Co. For
greater con\-enience, the following fittings are shown in
other sections of this catalog;
Bushings ■ page 226
Plugs page 228
Faced Couplings and Locknuts page 232
One-Strap and Two-Strap Clamps page 233
Screwed Unions and Union Fittings. . .pages 23S to 246
Flange Unions pages ^50 to 252
Railing Fittings pages 268 to 272
Floor Flanges page 2qo
Companion Flanges page 2Q2
How to read reducing fittings. . . page 644
' iM t
^' :
liMMt
I
180
CRANE
Standard Malleable Iron Fittings
WORKING PRESSURES, BANDED FITTINGS
150 pounds steam
300 pounds cold water, oil. or gas, non-shock
'l
i
The Crane line of Standard Malleable Iron Fittings illustrated on pages i8i to i86
is unusually complete. 1 1 includes a great variety of types and a large assortment
of reducing sizes. It affords the user a selection sufficient for almost any piping
installation within its pressure and size range.
Rugged construction: The fittings are well proportioned and of good weight.
Their strength is very high, providing a very liberal factor of safety over'^he
recommended working pressures.
Threading: All openings are accurately threaded to gauge, and in true align-
ment. Each opening is chamfered slightly, to permit easy entrance of the pipe.
Plain fittings: Plain fittings are satisfactory for low pressure gas and water
lines, for house plumbing, or for railings.
Air-tested fittings: Crane Air-Tested Standard Malleable Iron Fittings are
suitable for air brake and other compressed air lines. A liberal assortment of
types and sizes is carried in stock. These fittings are shown on page i88.
Dimensions: The table below gi\-es the dimensions of the most currently used
straight size fittings and of reducers. Plain fittings have the same center to end
dimensions as the corresponding size of banded fitting. Dimensions of other
types and of reducing sizes will be furnished on request.
M'
M
Dimensions, in Inches
-A-l-A-J
r^
90-^ Elbow 90= Street Elbow Side Oudet Elbow Tee
Service Tee
A
*A*
1
A
*A*
•-TL
Cross
Thread
Engagement
Z-»-l
See page 591
for explanation.
45° Elbow 45° Screet Elbow Four-Way Tee
- 1
^:
45-^ Y-Bend
Cap
Coupling Reduce
I— M— j
Return Bend
I
Size
A
B
C
D E
J:'
G
H
J K
Z
Return Bends
Vs
^Vl6
V2
- 1
iVi6 Wie
Vie
iyi6
1/4
Size M N
jSize M N
Size M N
Va
1^/16
^/4
IV16
% ^Vl6
i %
IVie! 1
%
Close Pattern
Open Pattern
Wide Pattern
Vs
*Vl6
'VlG
IV16
^Vl6 IV16
2y8
IV16
Va
1^6 11/8
3/8
V2 1 13/4
y2 11/2 lys
3/8 11/2 1%
Vi
i'/s
'/&
1%
IV16 IVlG
2Vl6
11 Vis
y%
IViel 11/4
1/2
3/4 IV4 23/,6,
34 2 21/4
i 34 4 ,33/
Vi
fVl6
1
l'/8
IVlG IV16
21V16
2Vl6
1V16
IV2 llVie
Vie
1 1 1/2 21/2
1 2V2 25/8
1 '*• * *^ / 1 w
34 6 41/2
1
iV2
IVa
2V8
1V16 11/2
3%
2Vl6
IVie
liVielii/iG
'Vi«
IV4 13/4 213/je
11/4 3 33/J6
1 6 41/2
iV4
1^/4
iVl6
2'Ae
W4 il^Vie
4Vl6
215/16
11/4
IIV16 21/16
'V16
iy2 23/16 33/16 1
11/2 31/2 3%
1 1/4 6 43/4
1V2
i'Vl6
1^16
-i^Vie
1% lyg
41/2
3Vl6
IV16
21/8 25/,6
11/16
2 2% 3% i
2 4 43/8
IVz 6 S
2
■iV4
l^VlG
3V4
l^Vie 2V4
5Vi6
4
IV16
21/2 2l3/j6
¥4
Medium Pattern
21/2 41/2 415/16
1 £m ^ V
2 1 5 434
2V2
2IV16
l^Vie
31^16
IVs 29/16
6V4
411/16
1%
2% 31/4
^Vl6
V2 iy4 1%
3 5 59/ifi
2 6 55/16
3 ,
^Va
^Vl6
4V2
21/8 3
7V4
5 Vie
IV4
33/16 311/16
1
3/4 1 IV2 115/16
4 ; 6 611/16
3 71/2 613/is
3V2
3 Vie'
2%
iy%
2% 1 3%
l^Vie
3Vi6 4
lVl6
1 lys 21/4
I
1 tt / i u
3 8 61 Vie
4
ij'Vie
21/2 33/4
8%
6IV1G
21/16
31V16 43/8
iVs
iy4 21/4 213/,6
6 12 lU/ie
5
4V2
3VlG
6%
1
25/16
41/4 37/8
1V4
iy2 21/2 33/16
1
/ 1
6
iy'/s
3Vi6
8
1
2Vl6
4% 43/8 15/16
2 3 Vk .!
(
CRANE
181
Standard Malleable Iron Fittings
90' Elbows, Banded
Rirht Hand
Size
Inches
Black
Each
Galv.
Each
U^—
.12
.16
V4
.12
.16
% 1
.12
.16
.18
V2
.14
3/4
.20
.26
1 I
""IV4 '
.26
.34
.40
.52
IV2
.50
.66
I
.801
1.04
21/2
1.44
1.90
3
1
2.00
3.0c
1
2.60
3V2
3.90
4
3.60
4.70
^ 1
3
6.50
8.50
12.10
6
9.30
V4 xVs 1*
.14 *
.18
% xVi
.14
.18
% xVa *
.14 *
,18
V2 xyg
.1(
.20
.20
.28
V2 XV4
V4 XV2
1
.2'
V4 x%
.22
.28
V4 xV4 r
= .22 '
.28
1 x3/4 ,
.28(
.36
I XV2
.28
.36
1 xVb
.28;
,36
IV4XI !
.44
.58
1V4XV4
.44
.58
lV4Xy2 ,
.44
.58
IV2XIV4
.56
.72
iVaxl :
.56
.72
1'/2XV4
.56'
1
.72
2 XIV2
.88
1.14
2 XIV4
.88
1.14
2 xl
.88
1.14
2 x3/4
* .88
* 1.14
21/2X2
i
/2
1.6U
1.60
2.10
2^2X1^
2.10
3 X 21/2
2.20
2.90
3 x2
2.20
2.90
3 xl
* 2.20
* 2.90
31/2x3
3.30
4.30
4 xSYz
* 4.00
* 5.20
4 x3
4.00
5.20
4 x2
* 4.00
* 4.00
* 5.20
4 xiy2
* 5.20
6 x4
1*10.30
*13.40
6 x2V2
*10.30
i*l3.40
List Prices, Each
90' Elbows, Banded
Right and Left
Size
Inches
Black
hach
Galv.
Each
V4
.14 .18
%
.14 1 .18
V2
.16 ! .20
Va
i .24 ; .32
1
.30 .40
IV4
.46 .60
11/2
.58 .76
2
.92 1.20
90" Elbows
Plain
Size
Inches
Black
Each
Galv.
Each
v^
8
.12 .16
Va
12
16
^
8
12 i .16
14
18
^4
.20 .26
1
.26 I .34
IV4
.40 .52
IV.
.50 , .66
2
.80
1.04
1/4 xi/g ,
.14
.18
% XV4
.14 ■
.18
ys xi/s
.14
.18
1/2 x3/8
.16 ,
.20
V2 xy4
.16
M6
.22
.20
V2 xVs
'.20
y4 xVa
.28
y4 xYs
.22
.28
.28
1 xy4
.36
I xl/2
.28
.36
1 x%
11/4x1
.28
.36
.44
.58
1V2X1V4
] .56
.72
2 X 1 V2
.88
,1.14
45^ Elbows
Banded
Size
Inches
Black Galv,
Each Each
Vs
.14 .18
V4
i .14i .18
%
.14 .18
Vz
.18 .24
V4
.24 .32
1
1 .32 .42
1V4
1 .48' .62
1V2
.60 .78
2
.96 1.24
2V2
1.72 2.20
3
: 2.40 3.10
3V2
' 3.60 4.70
4
4-40 5.70
-»
; 7.80 10.20
6
11.20 14.60|
45" Flbows
Plain
Size
Inches
B ack
Each
Galv.
Each
V4
* .14 ^ .18
%
* .14 * .18
V2
* .18 " .24
V4
i* .241* .32
1
* .32
* .48
'* .42
IV4
IV2
\* .62
* .60
1* .96
,* .78
2
M.24
bO blbows
Plain
Size
Inches
Black
Each
Galv.
Each
IV^ .62 .80
11/2 .80 1.04
7
'*1.24
^1.60
with
sold
an
at
*Non-Standard sizes: Sizes indicated
asterisk (*) are -Non-Standard .and are
an advance in price over - Standard sizes. See the
Crane Discount Sheet for prices.
Sizes not listed are special. Prices on application.
90' Street Elbows
Banded
Si^re
Inches
Black
Each
G
b
alv.
ach
Vs
.14'
.18
V4
.14
.18
%
.14
.18
V2
.16'
.20
V4
.241
.32
1
.30'
.40
IV4
.46
i .58
.60
IV2
.76
2
.92:
1.20
2V2
; 1.66
2.20
3
1 2.30
3.00
3V2
:* 3.60'^'
4.20i
4.70
4
5.50
5
* 7.5(
) *
9.80
6
M0.7<
13.90
A B
Vs X l/g
' A
.2
i!*
.20
V4 XV2
b
.34
1 x3/4
! .3
'* .3
4
.44
1 x'z
4'*
,44
.66
11/4X1
1 .50
1 1/4 X 3/4
-^ .50 *
.66
ll/?.Xl'/4' '^-i.
.84
IV2XI
* .64 '
.84
1 V2 X V4
* .64'^
.84
2 xl»
/2 1-02,
1.32
2 xll
/4,* 1-02
' 1.32
2 xl
* l.C
* l.i-
2-
" 1.32
21/2x2
4
" 2.40
21/2x1^
/2* 1.84
^2 ^ 2 a bO|
' 2.40
3 x2i
^3.40
X
2 !* 2.60/ 3.40
x3
:t
4,60 -- 6.00
90 Street Elbows
Plain
Size
Inches
Black
Each
Galv.
Each
Vs
* .14 ^ .18
V4
* .14 ;* .18
%
* .14 ■* -18
V2
* .16 * .20
^/i
'* .24 ,* .32
1
' .30 * .40
45' Street Elbows
banded
Size
Inches
Black Galv.
Each hach
1/3 * .161* .20
Vd '* .16 * .20
3/8 1 .16 .20
1/2 .20 .26
34 .28 .36
1 .36 .46
IV4 .56; .72
IV2 -70 .92
2 ., 1.10' 1.44
21/2 *2.00 *2.faO
3 |*2.80;*3.70
4 1*5. 10**6.60
B
Side Outlet Elbows
Plain
Size
Inches
Black
Each
Galv.
Each
V4
* .24!* .32
Vg
, .24 .32
V2
.28! .36
3/4
.40 .52
1
.52 .68
n/4
.80 1.04
1V2
1.00
1.30
1.60 2.10
A B
3/8 xV4 * -28 * .36
1
xVa
.32 * .42
¥4 xl/21*
.441* .58
V4 x3/8 ■*
.44* .58
1 x3/4,*
.56 * .71
1 1/4 X 1 *
.88 *1.14
Larger sizes: For qo° and 45° Elbows larger xhan
b-inch, Crane Standard Malleable Iron Refinery
Oil Fittinf^s are recommended. See page i8g. co
1 I
|i
■ t
I
■ ^^
I
182
CRANE
Standard Malleable Iron Fittings
List Prices, Each
B
Tees, Banded |
Size
Inches
Black
Each
Galv.
Each
Size
Inches
Black
Each
Galv.
Each
Size
Inches
Black Galv.
Each Each
Size
Inches
Black Galv.
Each Each
u
.16
.20
ABC
ABC 1
A
B C
V4
.16
.20
1 X 1 X 34
.38
-50
iVzxl xl
.74
.96
2V2
x2 X n/z * 2.00,* 2.60
%
.16
.20
1 X 1 X Vz
.38
.50
1 V2 X 1 X 34
.74
.96
2V2
xiy2x2i/2 2.00
2.60
V2
.20
.26
1 X 1 X 3/8
.38
.50
1V2X34 X1V2
.74
.96
21/2
xiy2x2 * 2.00
* 2.60
V4
.26
.34
1 X 1 X 1/4
.38
.50
11/2X34 xll/4
* .74
* .96
iVz
X IV2X iy2 • 2.00 • 2.60
1
.34!
.44
1 X 34 X 1
.38
.50
IV2X34 xl
* .74
* .96
2V2
xiy4xiy4!* 2.00 ♦ 2.60
1V4
.52
.68
1 X34 x34
.38
.50
IV2X34 x34
.74
.96
x2 X2V2' 200^ 2.60
I»'2
.66
.86
1 x3/4 xVz
.38
.50
1V2XV2 X1V2
.74
.96
3
x3 x2y2. 2.90 3.80
2
2Vz
1.04
1.80
1.36
2.40
I x34 x3/8
.38
.50
lVzx3/8 XIV2
* .74
* .96
3
x3 x2 ; 2.90
3.80
1 X 1/2 X 1
.38
.50
IV4XIHXIV2
.74
.96
3
x3 X 0/2 2.90
3.80
3
2.60
3.40
1 XVZ x3/4 ,
.38
.50
1 Vi X 1 X 1 V2
* .74
* .96
3
x3 XIV4I 2.90
3.80
3V2
4.00
5.20
1 xVs xVz
.38
.50
1 xl xllA
.74
.96
3
X 3 X 1 2.90
3.80
4
4.80 1
6.20
1 x3/8 xl
.38
.50
2 X 2 X 1 V2
1.14
1.50
3
X 3 X 34
* 2.90
• 3.80
5
8.50,
11.10
3/4 X34 xl
.38
.50
2 x2 xlVi
1.14
1.50
3
x2V2x3 2.90
3.80
b
12.00
15.60
3/4 -xVz Xl
.38
.50
2 X 2 X 1
1.14
1.50
3
x2y2x2y2 * 2.90 * 3.80
A B
C
Vz X 1/2 X 1 :
* .38
* .50
2 X 2 X 34
1.14
1.50
3
X 21/2x2 • 2.90 * 3.80
'■t -^ U -^
'.8 .
.18 ,
■ .24
IV4XIV4XI
.58
.7b
2 X 2 X 1/2
1.14
1.50
3
x2 x3 2.90
3.80
'/s X '8 ^
U
^ .18
* .24
IV4XIV4X3/4 i
.58
.76
2 X 2 X 3/8
1.14
1.50
3
x2 x2y2'* 2.90* 3.80
% X 3/g X
V4 ,
.18
.24
IV4XIV4XV2
.58
.76
2 X 1 Vz X 2
1.14
1.50
3
x2 x2 1 2.90 3.80
ys X 3/8 X
Vs
* .18,
* .24
IV4X 11/4x3/8 ,
.58
.76
2 XIV2XIV2
1.14
1.50
3
X 1 x3
* 2.90
• 3.801
% X % X
3/8 ,
^ .18
* .24
1 V4 X 1 X 1 V4 ,
.58
.76
2 xli/2xiy4
1.14
1.50
2y2
x2V2x3 2.90 3.80
3/8 X % X
Vi
* .18,
' .24
1 V4 X 1 X 1
.58
.76
2 xiy2xl
1.14
1.50
2
x2 x3 1' 2.901 * 3.80
V4 X '/4 X
3/8
.18
.24
IV4XI x3/4 ,
.58
.76
2 x 1 y4 x 2
1.14
1.50
31/2
x3y2x3 4.40 1 5.70
I2 X V2 X
3/8
.22
.28
IV4XI xVz ,
.58
.76
2 xiy4xii/i
1.14
1.50
3V2
X 31/2x21/2 4.40; 5.70
V2 X V2 X
V4 ,
■22 1
.28
IV4X3/4 XIV41
.58
.76
2 xiy4xiy4
1.14
1.50
4
x4 xJVzi ^ 5.30 i* 6.90
>/2 X V2 X
Vs
* .11
* .28
11/4x3/4 Xl ,
.58
.76
2 xiV4xy2
n.i4
n.5o
4
x4 x3 5.30 6.90
Vz X 3/8 X
Vz ,
.11
1
.28
11/4X34 x34
.58
.76
2 X 1 x2
1.14
1.50
4
x4 x2y2, 5.30, 6.90
V2 X % X
3/8
.28
IV4XV2 XIV4,
.58
.76
2 X 1 X 1 Vz
*1.14
*1.50
4
x4 X 2 5.30 6.90
V2 X 3/g X
V4 ,
• .22
* .28
1 V4 X Vz X 1
« .58
* .76
2 xl XIV4
•1.14
•1.50
4
x4 X n/z 5.30 6.90
V2 X V4 X
V2
.22
.28
1V4X3/8 XIV41
.58
.76
2 X 1 X 1
*1.14
*1.50
4
x4 X 11/4 1* 5.30 ♦ 6.90
Vz X V4 X
V4 :
* .22 1
* .28
1 Xl XIV41
.58
.76
2 x34 x2
1.14
1.50
4
x4 xl • 5.30 • 6.90
% X 3/g X
V2 !
.22
.28
1 X34 XIV4I
* .58
* .76
2 xVz x2
*1.14
•1.50
4
x3 x4 • 5.30 ' 6,90
V4 X 3,4 X
U ,
.30
.40
3/4 x34 xiy4
" .58
* .76
2 x3/8 x2
M.14
M.50
4
x3 x3 ' 5.30 * 6.90
^/4 X ^/4 X
3/8 ,
.30
.40
IV2XIV2XIV4
.74
.9b
lV2Xiy2x2
1.14
1.50
3
x3 x4 * 5.30:' 6.90
V4 X % X
'/4
.30 1
.40
iVzxlVzxl i
.74
.96
iVzxiy4x2
M.14
'1.50
xo x4 , 9.40, 12.20
Vi X V2 X
V4 X V2 X
•% 1
Vz 1
.30
.30
.40
.40
P,2X1V2X34 ,
.74
.96
lV4Xiy4x2
1.14
1.50
^
3
x5 x3 9.401 12.20
P,2X1V2XV2 1
.74
.96
1 X 1 X 2
n.i4
♦1.50
x5 X 2 * 9.40 ^12.20
3/4 X V2 X
3/8 ,
.30,
.40
IVzxlVzxS/s
.74
.96
3/4 x34 x2
•1.14
•1.50
6
x6 x4 1 13.20, 17.20
3/4 X Vs X
3/4 ,
.30,
.40
ll2Xiy4XlVzi
-74
.96
2y2x2y2x2
2.00
2.60
6
x6 x3 1 13.20, 17.20
3/4 X 3/8 X
V2
.30
.40
1 V2 X 1 V4 X 1 V4
.74
.96
2y2x2V2xiy2
2.00
2.60
6
x6 x2V2 13.20 17.20
3/4 X 3/g X
3/8 :
.30
.40
IV2XIV4XI ,
.74
.96
2V2 X IVzxl V4
2.00
2.60
6
x6 x2 , 13.20 17.20
3/4 X y4 X
3/4 ,
• .30
* .40
IV2XIV4X34
.74
.9b
2V2X2V2X1
, 2.00
2.60
b
x4 x6 •13.20 'IZ.IO
Vz X Vz X
3/4 .
.30,
.40
1 Vz X 1 '/4 X V2
» .74
* .96
2V2X 21/2x34
21/2x2 X21/2
1 2.00
2.00
2.60
2.60
1
V2 X 3/8 X
3/4
.301
.40
IV2XI xP/z
.74
.96
i 1
3/g X 3/g X
^^4
.30
.40
1 V2 X 1 X 1 V4
.74
.96
21^2x2 x2
2.00
2.60
*Non-Staiidard sizes: Sizes indicated with an
asterisk. [*) are "'\on-Standard" and are sold at an
advance in price o\er "Standard" sizes. See the
Crane Discount Sheet for prices.
Description page 180 Dimensions . . . .
Sizes not Hsted are special. Prices on application.
Larger sizes: For sizes larger than 6-inch, Crane
Standard Malleable Iron Refinery Oil Fittings are
recommended. Seepage i8q.
(C)
page 180
Working pressures pog^ 180
CRANE
183
I
Standard Malleable Iron Fittings
'^^
List Prices, Each
c
lees
Plain
Size
Inches
Black
Each
Galv.
Each
Size
Inches
Black
Each
Galv.
Each
^8
.lb
.20
A EC
V4
.16
.20
1 X 1 X 3{,
.38
.50
%
.16
.20
1 X 1 X 1/2
.38
.50
4
.20
.26
1 X 1 X 3/8
.38
.50
^4
.26
.34
1 X 1 X 1/4
.38
.50
1
.34
.44
1 X 3/^ X 1
.38
.50
IV4
.52
.68
1 X 3/4 X 34
.38
.50
u;
.66
.86
1 X 3^4 X 1 .,
.38
.50
"*
1.04
1.36
1 X 34 X 3/8
1 X V2 X 1
.38
.38
.50
.50
ABC
'4X>4Xl8
.18
.24
1 X 1 2 X 3^
.38
.50
'gX >8 X V4
' .18
* .24
1 X 1/2 X 1/2
1 X I/2 X 3/8
1 X 3/8 X 1
1 X 3/8 X 3/4
1 X 3/8 X 1/2
3/4 X 3/4 X I
.38
* .38
.38
* .38
* .38
.38
.50
* .50
.50
* .50
* .50
.50
% X 3'8 X 1 i
.18
.24
% X % X 1 8
.18
.24
3/3 X V4 X 3/8
' .18
* .24
3/8 X 1/4 X V4
* .18
* .24
'4X^4X^8
.18
.24
1 2 X 1/2 X Vs
.22
.28
3/4 xi/2 xl
3/4 X 3/8 X 1
.38
* .38
.50
* .50
Vz X V2 X 1/4
.22
.28
V2X 3/8x1/2
.22
.28
11/4 X 11/4 X 1
.58
./b
V2 X 3/8 X 3/8
.22
.28
11/4X11/4x3/4
.58
.76
^2 X %X '4
" .22
* .28
11/4 XIV4X 1/2
.58
.76
I2XV4XV2
.22
.28
11/4x11/4X3/8
.58
.76
% X 3/8 X V2
17
1 *« *■
.28
11/4x1 X 11/4
.58
.76
V4 X 3/4 X 1/2
.30
.40
11/4x1 xl
.58
.76
^4 X 3/4 X 3/8
.30
.40
11/4 X 1 X 3/8
* .58
* .76
5/4 X 3/4 X 1/4
.30
.40
iy4x3/8 xiy4
* .58
* .76
3/4 X 1/2 X 3/4
.30
.40
1 X 1 X 11/4
.58
.76
^4 X 1/2 X 1/2
.30
.40
11/2x11/2X11/4
.74
.96
^4 X 1/2 X 3/8
.30
.40
11/2X11/2X1
.74
.96
^4 X 1/2 X 1/4
* .30
* .40
11/2x11/2x3/4
.74
.96
¥4 X 3/8 X 3/4
.30
.40
IV2X 11/4 X IV2
.74
.96
^4 X % X 1/2
.30
.40
2 x2 xli/2
1.14
l.oU
^4 X 3/8 X %
.30
.40
2 x 2 X 11/4
2 X 2 X 1
1.14
1.14
1.50
1.50
1.30
^k X 1/4 X 3/4
• .30
* .40
V2 X 1/2 X 3/4
.30
.40
2 X 2 X 3^
,1.14
V2 X 3/8 X 3/4
.30
.40
2 X 11/2x2
2 X 11/2 XIV2
1.14
i 1-14
-' 1.14
1.50
1.50
1.50
3/8 X 3/8 X 34
.30
.40
IV2XIV2X2
*Non-Standard sizes: Sizes indicated with an
asterisk {;*) are "Non-Standard"' and are sold
at an advance in price over "Standard'" sizes. See
the Crane Discount Street for prices.
Sizes not listed are special. Prices on application.
Larger si:se Crosses: For Crosses larger than
0-inch, Crane Standard Malleable Iron Refinery
Oil Fittings are recommended. See page i8g.
Description page ISO Dimensions . page J80
(C; Working pressures . . . page 180
s
srvice lees
Banded
Size
Inches
Black
Each
Galv.
Each
V4
* .18 1* .24
3/8
.18 .24
V2
.24 .32
^
.30 .40
1
.40 .52
1V4
.60
.78
1 1/2
.76' 1.00
7
1.20
1.56
21/2
*2.10 *2.74
*3.00 ^3.90
4
*5.50f*7.20
A B
c
3^8 X3.8
X V2
■^ .26 * .34
3/4 XV2
x3/4
* .34 * .44
1 X I
x3/4
.44 .58
1 X3,4
xl
* .44 ' .58
1 X 1/2
xl
* .441* .58
3/4 x34
xl
* .44 * .58
11/4 xl
X11/4
.66 1 -8^
11/4X1
xl
'^ .66 * .8b
11/4X3/4
xiy4
.661 .86
1 xl
xll/4
* .66 * .86
1'.2X1V4
X1V2
.84, 1.10
II2XI
X1V2
* .84 n.io
11-2x3/4
X 1 1/2
* .84 n.io
2 x2
X 1
n.32 ^1.72
2 XIV2
x2
1.32 1.72
2 xli/4
x2
n.32 *1.72
2 xl
x2
*1.32 n.72
2 x3/4
x2
*1.32 n.72
21/2x2
X2V2
n.30 r3.00
3 X 21/2
-
X 3
*3.30 M.30
3 X 3
x4
^^fa.lO , '7.90
Four-Way 1
P ain
ees
Size
Inches
Black
Each
Galv.
Each
y4
^ .32
- .42
3/8
.32
.42
V2
.40
.52
3/4
.52
.68
1
.68
.88
iy4
1.04
1.36
1V2
1.32
1.72
2
2.10
2.70
B
C
Crosses,
Banded
Size
Inches
Black
Each
Galv,
Each
yg
■' .22
* .28
y4
.22
.28
3/8
.22
.28
V2
.26
.34
^.4
.36
.46
1
.46
.60
iy4
.70
.92
iy2
.88
1.14
2
1.40
1.80
-^2
2.50
3.30
3
3.50
4.60
31'2
5.30
6.90
4
6.30
8.20
5
11.40
14.80
6
16.30
21.20
ABC 1
V4 xy4 xyg
=^ .24
* .32
3/8 x3/« XV4
=' .24
* .32
VZ xy2 x3/8
.28
.36
Vz ^Vz xV^
'* .28
* .36
3/4 x3/4 xy2
.40
.52
3/4 x3/4 x3/8
.40
.52
1 X 1 X 3/4
.50
.66
1 X 1 X 1/2
.50
.66
1 X 1 X 3/8
.50
1 .66
11/4X11^x1
.76
' 1.00
11/4X11/4X3/4
.76
1.00
11/4 X 11/4 xy2
1 -76
1.00
11/4x11/4x3/8
* .76
* 1.00
11/4x1 X 1
;* .76r'^ 1.00
11/4X1 x3/4
* .76
^1.00
11/2X11/2x11/4
.96
1.24
ll/2Xiy2Xl
, .96
1.24
11/2 xU/zX 3/4
.96
1.24
iy2Xll/2Xy2
* .96
=^ 1.24
U/2 X 1 1/4 X 1 1/4
!* .96
/■^ 1.24
2 x2 xli/2
1.54
2.00
2 X 2 X 1 1/4
1 1.54
2.00
2 x2 xl
1.54 2.00
2 X 2 X 3/4
1 1.54
2.00
2 X 2 xVi
* 1.54
* 2.00
1 xiy4xiy4
;* 1.54
* 2.00
21/2x21/2x2
2.80
1
3.70
21/2x21/2x11/2
,* 2.8G
* 3.70
2y2X 21/2x1
* 2.80
* 3.70
S x} X 21/2
* 3.9t
* 5.10
3 x 3 X 2
3.9C
5.10
3 X 3 X 1
]■' 3.9C
''^ 5.10
4 X 4 x3
1^ 6.9C
I * 9.00
4x4x2
1 6-9(
) 9.00
6 X 6 x4
n8.0(
) *23.40
6 X 6 X ^
ns.oc
) *23.40
6 X 6 X 2
n8.o(
) *23.40
i
' y
184
CRANE
I
M
IM
Standard Malleable Iron Fittings
B
C
List Prices, Each
Crosses
Plain
Size
Irjches
Black
bach
Galv.
Each
V4
.22
.28
%
.22
.28
Vz
.26
.34
%
.36
.46
1 !
.46
.60
1V4
.70
.92
1V2
.88
1.40
1.14
2
1.80
ABC
% xyg x%
* .24
' .32
V2 X 1/2 X 3/8 1
V2 XV2 xV4
.28
.36
* .28
* .36
V2 X% x3/g
' .28
-^ .36
3/4 X34 XV2
.40
.52
V4 x34 x3/s
.40
.52
^4 X 1/2 X 1/2 .
'■ .40 1
■= .52
V4 xy2 x34 ;'
' .40 '
' .52
V4 x3/g xV2 '^
.40 ^
' .52
1 X 1 X 3/4
.50
.66
1 xl xV2 ,
.50
.66
1 X 1 X 3/8
.50
.66
1 x3/4 XV4 "
.50 /■
.66
1 x3/4 xVs '■"
.50 i'
.50 *
.66
.66
1 x3/4 x3/8 ;^
1 xl/2 x% -
.50 *
.66
11/4x1 1/4 X 1
.76
1.00
11/4X11/4X3/4
.76
.96
1.00
1.24
1 V'2 X 1 1/2 X 1 1/4
IV2X 11/2X1
1.24
2 x2 XIV2.
1.54,
2.00
2 X 2 X 1 1/4
1.54
2.00
2.00
2 x2 X 1 1
1.54
*Non-Standard sizes : Sizes indicated with an asterisk
(*) are ■'Xon-Standard" and are sold at an advance
in price o\er '"Standard" sizes. See the Crane Dis-
count Sheet for prices.
Sizes not listed are special. Prices on application.
Description., page 180 Dimensions.. . page 180
<C^ forking pressures. . . page 180
45^ Y-Rends
Banded
Size
Inches
Black
bach
Galv.
Each
% ,* .20;^ .26
1/2 ' .281 .36
%
.36 .46
I 1 .50 .66
IV4
.80 1.04
IV2 1.14 1.50
^ 1.70 2.20
^V2 - 3.10 4.00
3 5.60 7.30
4 ' 9.60' 12.50
ABC
• DO
1 X 1 X 34 1
* .72
IV4X IV4XI i* .88'=^- 1.14
IV4XIV4X3/4 * .88 * 1.14
IV2XIV2XIV4 * 1.26 * 1.64
IV2X IV2XI * 1.26 * 1.64
lV2xlV4xiy2 * 1.26 * 1.64
IV2XIV4XIV4'* 1.26 * 1.64
2 x2 xlVz ■" 1.90 * 2.50
2 x2 XIV4'* 1.90 * 2.50
2 x2 xl * 1.90 * 2.50
2 X 1 1/2 X 2
* 1.901* 2.50
* 1.90 * 2.50
2 XIV2XIV2
I XIV2XI1/4 * 1.90 * 2.50
2 X 174x2 * 1.90 * 2.50
2 xl%xli/2 * 1.90 * 2.50
2 xl%xll/4 * 1.90 -^ 2.50
2/2x21/2x2 * 3.40 * 4.40
2V2X 11/2 X 11/2 1
* 3.40
^ 6.20 '
^ 4.40
3 x3 x2y2
8.10
3 x2y2x2V2/ 6.20r 8.10
3x5x2 M8.00! ^23.40
6 xb x2 '26.00 '-33.80
60° Y-Bends
Plain
Size
Inches
Black
hach
Galv.
Each
2 *2.00 *2.60
Reducers
Plain
■
Size
Inches
Black
hach
Galv.
Each
1/4
xVfi
.10
.14
%
xl/4
.10
.14
%
xl/8
.10
.14
V2
x3/8
.12
.16
V2
xl/4
.12
.16
V2
xy.
* .12
* .16
V4
xVz
.18
.24
V4
xyg
.18
.24
H
xy4
.18
.24
1
x3/4
.24
.32
1
xVz
.24
.32
1
x3/8
.24
.32
1
X 1/4
.24
.32
11/4
X 1
.30 1
.40
IV2
X1V4'
.36
.46
45^^ Y-Bends
Plain
Size
Inches
Black Galv.
Each Each
IV4 ''* .80 '*1.04
11/2 n.l4 *1.50
2 1.70 1 2.20
ABC
iy2Xiy2xli/4 n. 26:^.64
2 x2 xli/2, 1.90 2.50
2 X 1 1/2 x 2 ' 1 . 90 2 . 50
2 xli/2x]i/2' 1.90 2.50
Reducers
Banded
Size
Inches
Black Galv.
Each Each
v^ xy«
1* .10
* .14
% X 1/4
.10
.14
% xV«
* .10
* .14
V2 X %
.12
.16
V2 X 1/4
1 .12
.16
V4 X 1/2
.18
.24
V4 x3/8
.18
.24
V4 Xl/4
1 .18
.24
'4 xy«
* .18
* .24
I x3/4
.24
.32
1 xy2
j .24
.24
.32
1 x3/8
.32
1 X 1/4
1 .24
.32
iy4X 1
! .30
.40
iy4x3/4
, .30
.40
iy4xy2
.30
( .40
iy4x3/8
.30
.40
iy4xi/4
i* .30
* .40
iy2x 1V4
.36
.46
11/2 X 1
. 36
.46
iy2x 34
.36
.46
iy2 X 1/2
iy2x3/8
.36
.46
* .36
* .46
iy2xy4
" .36
* .46
2 xiy2
.56
.72
2 X iy4
.56
.72
2 X 1
.56
.72
2 x3/4
.56
.72
2 X y2^
.56
.72
2 x3/8
.56^
.72
2 X y4
* .56
* .72
21/2 X 2
1.00
1.30
2y2xiy2
1.00
1.30
2y2x 1V4
1.00
1.30
21/2 X 1
1.00
1.30
3 X 2y2
1.50
2.00
3 X 2
1.50
2.00
3 xiy2
1.50
2.00
3 xiy4
1.50 1
2.00
3 X 1 J^
1.50
2.00
3 x3/4
n.5o
*2.00
31/2X3
2.20_J^
2.90
3y2x2y2
2.20
2.90
31/2x2
2.20
2.90
4 X 3y,.
2.80
3.70
4 X 3
2.80 1
3.70
4 X 2y2
2.80
3.70
4 X 2
2.80^
3.70
4 xiy2
*2.80
*3.70
4 xIVa
*2.80
*3.70
4x1
*2.80
*3.70
5 X 4
*5-00 1
*6.50
5 x3
*5.00
*6.50
5x2 i
*5.00
*6.50
6 x5
*7.20 1
*9.40
6x4 ;
"7.20
*9.40
6 X 3
V.20 i
*9.40
6x2 1
''7.20 I
*9.40
I'll*
CRANE
185
I
Standard Malleable Iron Fittings
Couplings, Banded
Right Hand
Size
Inches
Black
Each
Galv.
Each
i/a * .10
* .14
1/4 * .10
* .14
%
* .10
* .14
Vi
* .12
* .16
V4
* .18
* .24
1
* .24 * .32
iy4
.32
.42
I ¥2
.42
.54
2
.68
.88
2y2
1.20 1.56 1
3
1.70
2.20
31/2
2.50
3.20
4 3.00
3.90
5
*4.00
*5.20
6
*6.10
*7.90
Couplings, Banded
Right and Left
Size
Inches
Black
Each
Galv.
Each
Vs * -10 * .14
V4 * .10 * .14
3/8 * .10 * .14
Vz * .12 * .16
34 * .18 * .24
1 * .24 * .32
-11/4 .32 .42
11/2 -42 .54
2 .68 .88
21/2 1.20 1.56
3 *1.70 *2.20
^
Couplings, Plain
Right Hand
Size
Inches
Black
Each
Galv.
bach
Vs
.10 ,14 1
1/4 .10 .14
% .10
.14
Vz .12 .16
3/4 .18 .24
I .24 .32
11/4 -32 .42
11/2 .42 .54
2 .68 .88
List Prices, Each
Caps
Banded
Size
Inches
Black
Each
Galv.
Each
V4
* .08
* .10
%
* .08
* .10
V2
* .10
* .14
y4
* .16
* .20
1
* .20
'^ .26
1V4
.26
.34
IVa
.36
.46
2
.50
.66
2V2
.80
1.04
3
1.20
1.56
3V2
1.60
2.10
4
2.20
2.90
5
3.60
4.70
5.40 ! 7.00
Caps
Plain
Size
Inches
Black
Each
Galv.
Each
l/g .08 .10
V4 -08 .10
Yg .08 .10
1/2 .10 .14
34 ,16 .20
1 ,20 .26
Sizes H, M- and H
inch are made of stee .
Locknuts
Hexagonal
Size
Inches
Black
Each
Galv.
Each
Vs
.05 .07
1/4
.05 .07
%
.05 .07
V2
.06 .08
¥4
.08 .10
1
.12 .16
11/4 .16 .20
11/2 -20 .26
2 .24 .32
21/2 .60 .78
3 .76 1.00
31/2 .86 1.12
4 .96 1.24
4" size is occagonal.
hor sizes 5 to 12", use
Cast Iron; page 201.
Return Bends
Banded
Size
Inches
Center
to
Center
Inches
Right Ha^d jRight & Left
Black
Each
Galv.
Each
Black
Each
Galv.
Each
Close Pattern |
V2 1 i .32 , .42
.36 , .46
V4 I IV4
.36 .46 " .42 .54
1
IV2
.48 .62 1 .56 , .72
iy4 13/4
.72 .94
.84 1.10 1
1V2
23/16
.98 1.28 ' 1.12 1.46
2
2%
1.60 2.10 1 1.84 2.40
Medium Pattern
Vi
IV4 .34
.44 ■ .38 .50 t
■Va
IV2
.40 1 .52 'i .46 .60
1
1%
.52 .68 \ .60 .78
1V4
2V4
.80 1.04 i! .92 i 1.20
1V2
2V2
1.10 i 1.44
1.26 1.64
2
3 1.76 2.30
2.00 2.60
Open Pattern
Vz
IV2 -38 , .50 .44 .58
3/4
2
.44 .58 .52 .68
1
21/2 .58 I .76
.68 .88
IV4
3
.88 1.14
1 1.02 1.32
11/2
3V2
1.24
1.60 1 1.40 1.80 1
2 i 4
2.00 2.60
2.30 1 3.00 1
2V2 , 41/2
2.90 3.80 3.30 4.30
3 , 5 4.30 5.60 4.90 6.40 |
4 ; 6 11.60 15.10
1
Special Wide Pattern
% 11/2 ■* .25 '^ .30 ,i
3/4 4
■* 1.00 * 1.35 ;|
V4
6
* 1.25 * 1.65 i
1
6
* 1.25 * 1.70
1
11/4
6
* 1.25 * 1.70 1
IV2
6
* 2.00 * 2.75
1
2 5 , * 3 . 00 * 4 . 00 1 1
2
6
* 4.00 * 5.00
3 1 7V2
* 5.00 * 6.50
3
8
* 5.00 * 6.50 1
6 12 1*16.00 *21.00 j
Cose Pattern Return Rpnds can not be used to
make up para le coiLs. ihe center to center di-
mension is so cose that the bands of adjacent
bends wil not clear each other.
*Non-Standard sizes : Sizes indicated
with an asterisk (*) are "Non-Standard"
and are sold at an advance in price over
"Standard" sizes. See the Crane Discount
Sheet for prices.
Sizes not Hsted are special. Prices on
application.
Description pogc 180
Dimensions po.ge 180
Working pressures ... page 180
(C)
III
ipTT
M
i
186
CRANE
I
Hi
%
t
^
Standard Malleable Iron Fittings
List Prices, Each
B
Extension P
Plain
ieces
Size
Inches
Black
Each
Galv.
Each
%
.10
.14
V2
.14
.18
%
.22
.28
1
.32
.42
1V4
.36
.46
1V2
.46
.60
2
.66
.86
A B
lA X 3/r
* .14
* .18
3/, N 1 ^2
* .22
* .28
Waste Nuts |
Size
In.
Black Galv.
Each Each
Vs *.08 MO
1/4 .08 .10
3/8 .08 .10
1,2 ! -08 .10
3/4 .10 .14
1 .12 1 .16
IV4 .22 .28
IV2 -50 .66
2 ' .82 1.06
B
Chandelier (
Hooks
Female
Size
Inches
Black
Each
%
.14
1/2 . 1 8
Chandelier
Hooks
Male
Size
Inches
Black
Each
Vs
.14
.18
Chandelier
Loops
Male
Size
Inches
Black
Each
% .14
"2 , .18
Wall Plates
Size
Inches
Black
Each
H 1 .28
V2
.36
3/4 *.56
Drop Tees, Plain
Female
Size
Inches
Black
Each
Galv.
Each
% , .20 .26
V2
.30
.40
3/4 .44: .56
ABC
%x3/8xV4 ^22 *.28
V2^\2^%i -34 1 .44
V2x3/8x3/8 *.34
*.44
V4X3/4XV2 .48 1 .62
y4X 3/4x3/8 *.48 ; ^62
VaK^xVa *-48 *.62
y4xV2x3/8 *.48 *.62
1 xl \%: *.64 1 *.84
Drop Elbows,
Female
Plain
Size
Inches
Black
Each
Galv.
bach
Va
.16
.22
%
.16
.22
Vz
.24
.32
%
.36
.46
A B
% X 1/4
* .18
* .24
3/4 X ' 2
* .40
* .52
Drop Elbows, Plain
Male and Female
Short Drop
Size
Inches
Black
Each
Galv,
Each
% .16 -22
V2 '* .24 * .32
A B
1/4x3/8 * .18 * .24
V2X% * .26 !* _34
B
Drop Tees, Plain
Male and Female
Short Drop
Size
Inches
Black Galv.
Each Each
% .20 .26
ABC
1/4x1/4x3/8 *.22 ; *.28
%X 1/4x3/8 *.22
*.28
V2xy2x3/8 *.34 *.44
1/2x3/8x3/8 *.34 *.44
3/4x3/4x3/8 *.48 *.62
3/4x1/2x3/8 *.48
*.62 1
1 xl x3/8 *.64 ' *.84
Offsets
Banded
Size
Inches
Offset
Inches
Black
Each
Galv.
Each
V4
IVz
.20 .261
1 11/2 .30 .39
IV4 ! 2 1 .50 ' .65
Crossovers
Banded
Size
Inches
Black
Each
Galv,
Each
Vi -20 .25
^4 .30 -40
1 ' .45 .60
Crossover Tees
Banded
Size
Inches
Galv.
Each
V2
.38
3/4 .56
*Non-Standard sizes: Sizes indicated \\'iLh an
asterisk (,*) are ■'Non-Standard" and are sold at an
ad\ance in price o\ei "Standard" sizes. See the
Crane Discount Sheet for prices.
Sizes not listed are special. Prices on application.
Description. page 180 Working pressures . . page 180
Drop Elbows, Plain
Male and Female
Long Drop
Size
Inches
Black
Each
Galv.
Each
3/8 .20 .26
V2
.30 .40
A B
1/4x3/8 * .22 * .28
V2X3/8 * .34 * .44
Drop Tees, Plain
Male and Female
Long Drop
Size
Inches
Black Galv.
Each Each
%
*.24
*.32
ABC
3/4 x3/4 xVz * .58 * .76
1 xl xVz * .80 *1.04
lV4xli.4xi2 *l-30 n.70
Wash Tray Tees
Plain
Size
Inches
Galv.
Each
Vi . 20
3/4 ! .30
ABC
3/4X34XV2: .30
(C)
Hexagon Nipples
Right and Left
Size
Inches
Black
Each
1/4 . 20
%
.20
V2
.20
3/4 . 25
■
.30
IV4 .40
IV2
.50
2 i .70
2V2
1.10
3
1.50
31/2 i 1-90
4 1 2.40
CRANE
187
Circulating Boiler Fittings
Malleable Iron — Galvanized
A -
WORKING PRESSURE
150 pounds water, 200° F.
No 58b J 2
Elbow, with
Ground Joint Union
^ No. 589 Vz
Coupling, with
Ground loincL'nion
No. 585
Old Style Elbow
With Gasket Union
No. 586
New Style Elbow
With Gasket Union
No- 589
Coupling
With Gasket Union
No. 587
Elbow
No. 588
Coupling
No. SS6'/2 Elbows and No. 589'/2 Couplings
have a brass to iron ground joint seat.
No. 585 and No. 586 Elbows and No. 589
Couplings are furnished with a rubber
gasket .
When ordering Circulating Boiler Fittings,
be sure to specify the correct size; refer to
illustrations.
List Prices
No. 5871/2
Long Turn Elbow
Size
Inches
ABC
1/2x1/2x34
A B C A B C
3/4x1/2x34 1/2XV2XI
ABC
3/4x1/2x1
ABC
3/4x3/4x1
A C
3/4x1
Ground Joint
No. S86V2, Elbows
Each
1
.60
.75
Cnion lype
No. 589^^2' Couplings
Each
1
.60
.75
.75
No. 585, Elbows
Each
,bO
.75
.60
,75
.75
Gasket Union Type
No. 586, Elbows
Each
.60
.75
.75
No. 58^, Couplings
Each '
1
.60
.75
.75
No, 587, Elbows
Each
1
.40
.40
.40
Without Union
No. 5871/2. Elbows
Each
1
.58
No, 588. Couplings
Each
.40
.40
.40
\\ ith the exception ot the Long Turn Libow. Crane
Circulating Boiler Fittings are especially designed
for tanks or recei\'ers that utilize an internal pipe.
I he connection lor cold water into a range boiler
or hot water tank is a common example. The internal
pipe-is screwed into the female opening at the mate
end of the fitting, and the male end is then screwed
into the tank. The cold water supply is then con-
nected to the female opening ot the fitting on the
outside of the tank.
The \o. 587} 9 Long Turn Elbow is especially useful
for making a connection through an insulating
jacket on a tank. The long turn provides ample
clearance for the insulation.
Crane Circulating Boiler Fittings with Ground Joint
Unions are exceptionally strong, rugged, and dura-
ble. The rings, thread-pieces, and elbows are inter-
changeable with the like parts of the 150-Pound
Malleable Iron LInions shown on page 138.
D -
F-H
No. 586V2 No. 5891/2
No. 585
Size
ABC
Dimensions, in Inches
No. 586
No. 587
No. 588
No. 5871/2
Dimensions, in Inches
ABC
V4 X V2 X 3/4
ABC
VzxVzxl
ABC
y4X 1/2x1
ABC
^4X3/4X1
Size
ABC
ABC
ABC
A C
V2 X 1/2 X 1
V4XV2XI
3/4 X 3/4 X 1
V4XI
A
n/g
iVifi
IVlG
B
1
31V16
3>Vl6
3»Vl6
C
3%
3%
33/8
D
Wb
IV16
1VI6
IE ,
31V16
3>yi6
3»Vi6
'f !
2Vl6
2^A
1
25/16
2V4
23/4
G 1
I'Vie
2
1
1%
l»Vl6
I'Vl6
H 1
1
33/8
3Vi6
3Vl6
J
iVs
IV16
IV16
K
nVl6
2
%
1
L
l"/l6
l^Vie
1^3/16
M
I
3
N
1
'
3
Extra Gaskets page 57 J
fi
JllK
I .
■■\tu
('ll
t
1 ll
I.
It
":7i''V-^ 'J'i.^'IK- --:
im
188
CRANE
m
Standard
Malleable Iron Fittings
Air-Tested
For air brake and other compressed air service
90° Elbow
45° Elbow
90" Street Elbow
r[,
Tee
.1 I ';
Cross
Return Bend
Coupling
Reducer
iiif
Any of the Standard Malleable Iron Fittings shown
on pages i8i to 185 can be furnished air-tested, to
order. The list prices of Air-Tested Fittings are the
same as for untested, but the Air-Tested are sold at
an advance in price. See the Crane Discount Sheet
for prices.
Air-Tested Fittings are admirably suited for air
brake and other compressed air lines. They are
given an air-under-water test.
Banded 90° Elbows, qo° Street Elbows, and Tees,
Black and Galvanized, sizes }4 to 2-inch, are carried
in stock, but other types and sizes can be furnished
to order at short notice.
± .-,
Ml <-^-
CRANE
189
Standard Malleable Iron Refinery Oil Fittings
WORKING PRESSURES
175 pounds steam
200 pounds hot oil, 350° F.
350 pounds cold water, oil, or gas, non-shock
No. 760
90° Elbow
No. 762
45° Elbow
No. 764
Tee
No. 766
Cross
No. 768
90' Street Elbow
List Prices, Black
Size Inches 1 II/4 11/2 2 21/2 3 31/2 4 6 8 10 12 | *S3/i6 *65/8
No. 760, 90° Elbows Each .40 .55 .70 .90 1.50 2.40 3.25 4.25 11.00 21.00 37.00 60.00 8.00 19.00
No. 762, 45' Elbows Each .50 .65 .85 1.10 1.85 2.85 4.00 5.00 12.75 26.00
No. 764, Tees Each .60 .80|1.05 1,35 2.25 3.60 5.00 6.50 16.50 32.00 55.00 90.00 12.00 28.50
No. 766, Crosses Each | 2.70 4.50 7.20 10.00 13.00 33.00 63.00 t
No. 768, 90' Street Elbows Each 1.25 2.10 3.10 5.60 1
Reducing Fittings: No. 764 Reducing Tees are
carried in stock in the sizes shown in the table
below; stock reducing sizes will be furnished at the
same prices as straight size Tees. Other reductions
can be made to order by bushing in the sand; when
so bushed, non-stock sizes use the same list prices as
straight size Tees, but are sold at an ad\'ance in
price; see the Crane Discount Sheet for prices.
Reducing qo° Elbows, 45° Elbows, Crosses, and qo°
Street Elbows can be made to order by bushing in the
sand from straight sizes. When so bushed, reducing
sizes use the same list prices as straight sizes, but are
sold at an advance in price; see the Crane Discount
Sheet for prices.
c)o° Street Elbows can be furnished reducing on the
female end only.
Reducing fittings that require a new pattern are
entirely special. Prices on application.
Rugged construction: Crane Standard Malleable
Iron Refinery Oil Fittings are heavier than com-
mercial standard malleable iron fntings but are not as
heavy as the 300-Pound shown on page iqo.
Service recommendations : These fittings have
long threads and are particularly adapted for making
tight joints on oil lines, gasoline lines, vapor lines,
and natural gas lines. They also give excellent
service when used on steam, water, gas, and air lines.
*Casing sizes: Orders must specify the outside
diameter of the casing, the number of threads per
inch, and the style of the casing.
No. 764 Reducing Tees Carried in Stock
ABC
A BC ABCABCABC
1 X 1 X 3/4
21/2x21/2x2
21/2x21/2x11/2
4x4x3
4x4x2
8x8x6
8x8x4
8x8x3
10x10x8
11/4x11/4x1
10x10x6
IV2X 11/2x1
3 X 3 X 21/2
3x3x2
3 X 3 X 11/2
6x6x4
6x6x3
6x6x2
10x10x4
2 x2 xli/2
2 X 2 X I
12x12x10
12x12x6
Dimensions, in Inches
Dimensions apply only to straight sizes; dimensions of Reducing Tees will be furnished
-A-!*A*
on request.
t-A-H
T
A
*A-M-AH
■a
tL
No. 760
90° Elbow
No. 764
Tee
No. 766
Cross
No. 762
45° Elbow
No. 768
90" Street Elbow
See page 59 1 for
explanation.
Size
1 I IV4 I 11/2
21/2
3V2
4
8
10
12 *53/,6J *65/8
A — Center to end
1% I iVs 121/8 I 21/2 I 31/4 I 33/4 [ 41/8 [41/2 [ 6V4 1734 I 91/4 |11V2[ 51/2 1**67/8
iViei IV2 ll^Viel 2 I 21/4 [21/2 I 25/8 \VVie\ ^Vi I 45/ig
2'A
16
3V2
4^2
B — Center to end, 45° Elbows
I C — Center to end, Street Elbows
D — Center to end, Street Elbows
^ Z — Thread Engagement
^*When 65^-inch fittings are threaded for 6^-inch A. P. I. Casing, dimension ''A" will be 6K inches
I
3Vi6 I 3% I 4Vi6
511/
16
IV16 *Vl6
»M
16
3/4
^Vi6 1 1 1 1V16 1 iVs 1 1V16 1 1V16 1 1% I m
*These are
casing sizes.
I
I .H
H Jl
It,
\ < I
I ■
..r*
190
CRANE
I
No. 260 E
90° Elbow
300 -Pound Malleable Iron Fittings
WORKING PRESSURES
300 pounds steam or oil, 550° F. — 300 pounds ammonia
J^ to I -inch — *2000 pounds cold water, oil, or gas, non-shock
i}4 to 2-inch — *1500 pounds cold water, oil, or gas, non-shock
z}^ and 3-inch — - '*'1000 pounds cold water, oil, or gas, non-shock
300-pound air-under- water test
mmmm
J CRAKIE ]
No. 276 E
45° Y-Bend
No. 262 E
45 "Elbow
No. 264 E
Tee
No. 266 E
Cross
No. 279 E
Coupling
No. 267 E
Reducer
No. 268 E
90° Street Elbow
No. 2621/2 E
45'^Street Elbow
No. 278 E
Cap
List Prices, Black
No. 272 E
Return Bend
No. 1564
Return Bend
with }^-inch Back
Outlet
Size Inches V4 % V2 % 1 1 V4 1 V2 2 21/2 3
No. 260 E, 90° EIdows Each .25 .25 ' .30 ' .35 .40 .55 .70 .90 1.50 2.40
No. 262 E, 45" Elbows Each .30 .30 .:'5 .42 .50 .65 .85 1.10 1.85 2.85
No. 262 V2 E, 45° Street Elbows Each .38 .38 .50 .56 .63 .88 1.12 1.55 |
For
No. 264 E, Tees Each .40 .40 .45 .50 .60 .80 1.05 1.35 2.25 3.60
sizes
3 3^- inch
and
No. 266 E, Crosses Each .80 .80 .90 1.00 1.20 1.60 2.10 2.70 4.50 7.20
No. 267 E, Reducers Each .25 .25 .30 .40 .45 .55 .70 1.30 2.25
larger,
No. 26i:E, 90° Street Elbows Each .30 .30 .40 .45 .50 .70 .90 1.25 2.10 3.10
see
No. 276 E, 45' Y-Bends Each .95 1.05 1.25 1.70 2.20 2.85 4.75 7.55
page
192.
No. 278 E, Caps Each .17 .17 .19 .23 .29 .38 .50 .65 1.00 1.35
No. 279E, Couplings Each .14 .14 ,14 .20 .26 .34 .42 .56 .80 1.20
List Prices, Return Bends, Black
Size Inches 1 1 1 IV4 Wa Wa Wa ^Va Wa H/z
Center to center Inches! 13/4 2V2 3 2V4 2V2 3 3^/2 4 6 21/2
No. 272 E, Return Bends Each .60 .75 .85 .90 .95 1.00 1.15 1.20 1.55 1.05
No. 1564, F:eturn Bends, with y2-i"'^l^ Back Outlet Each f 1.90
Size I nches 1 V2 1 V2 1 y2 1 y2 2 2 2 2 2 2
Center to center Inches 3 31/2 6 8 3 3V2 4 4% 6 8
No. 272 E, Return Bends Each 1.15 1.25 1.75 2.00 1.25 1.30 1.90 ) 2.25 3.25 3.50
No. 1564, Return Bends, with V2-irich Back Outlet Each ) j 2.15 2.25
Reducing fittings: Reducing fittings are carried in
stock in the sizes and types shown in the table on
the opposite page. These sizes are furnished at the
same prices as straight sizes.
Reducing sizes not carried in stock, and reducing 45°
Elbows, 45° and qo° Street Elbows, Crosses, and 45°
Y-Bends can be made to order by bushing in the
sand . W hen so bushed , non-stock sizes use the
same list prices as straight size fittings, but are sold
at an advance in price; see the Crane Discount
Sheet for prices.
Reducing 45° and qo° Street Elbows can be furnished
reduced on the female end only.
Reducing fittings that require making a new pattern
are entirely special. Prices on application.
*Working pressures: The working pressures given
above for cold service, do not apply to Street Elbows
or to 45° Y-Bends; these are recommended for only
500 pounds cold water, oil, or gas, non-shock. "
Rugged construction: These fittings are excep-
tionally tough, strong, and rugged. They are far
superior to so-called heavy malleable fittings made
from standard cast iron patterns. They have long
threads, accurately cut to gauge.
Service recommendations : The fittings are espe-
cially suitable for severe service; they will withstand
rough usage, piping strains, vibration, and expansion
and contraction.
Ammonia service: The openings of these fittings
have a machined chamfer to permit soldering, in order
that they may be used for ammonia service.
Galvanized fittings : Galvanized fittings are made
to order only. Prices are 50% higher than the list
prices shown above for black fittings.
!
CRANE
191
300-Pound Malleable Iron Fittings
Reducing Fittings Carried in Stock
B
No.
90° Elbow
No. 264 E
Tee
No. 267 E
Reducer
Reducing qo° Elbows, Tees, and Reducers are carried
in stock in the sizes shown in the table below. These
si^es are furnished at the same prices as straight sizes.
For prices of reducing fittings not carried in stock,
see the footnotes on the preceding page.
No. 260 E, 90" Elbows
Vs XV4
V2 «H
V4
x3/8
x3/4
xVz
IV4 X 1
1V4X3/4
IV4 X V2
1V2X1V4
P/zxl
2
2
2
2
1
XIV2
xU/4
X 1
x3/4
X Vz
2V2X
2V2X
2
IV2
3
3
X21/2
X 2
No. 264 E, Tees
B C
3/8 X
%x
% X 1/4
V4 X %
1/2 X
V2X
y2x
V2X
%x
V2
V2
3/8
V4
3/8
Vi
Vz
V2
3/8 X V2
3/4 X
3/4 X
3/4 X
3/4 X
3/4 X
3/4 X
3/4 X
y2x
3/8 X
3/4
3/4
3/4
V2
X
V:
2 X
3/8
V4
¥2
3/s
8 X
V2
3/8
V4
3/4
V2
3/4
3/4
3/4
3/4
B
C
V4
V2
X
X
X
X
X
X
X
X
X
X
1
1
1
1
X
X
X
X
3/4
3/8
V4
3/4
X 1
3/4
x3/4
3/4
X V2
V?.
X 1
3/4
X 1
V,
X 1
V4
V4
V4
M
V4
V4
V4
V4
V4
X
X
X
X
X
X
X
X
X
1V4X
IV4 X
1V4X
1V4X
1 X
1 X
3/4 X
X
X
1
3/4
V:
3/s
3/4
V2
2
s
1V4
1
1V4
V2
iy4
A B
c
1V4X3/8
1 X 1
3/4 x3/4
X1V4
xU/4
XIV4
n/2
1V2
1V2
1V2
iy2
11/2
11/2
iy4
1
X
X
X
X
X
X
x
X
X
1V2
11/2
1V2
1V2
IV2
^4
V2
1V4
1
X
X
X
X
X
X
X
X
X
X
X
iy4
1
3/4
y2
3/s
iy2
iy2
iy2
iy2
iy2
iy2
2 X
2 X
2 X
2 X
2
2
2
2
X
X
X
X
lyz
iy4
1
3/4
B
C
2
2
2
2
2
2
iy2x
iy4x
X
X
X
X
X
X
2
2
2
lyz
1
y2
iy2
ly*
X
X
X
X
X
X
X
X
y2
3/8
y4
2
2
2
2
2
2y2x
2y2x
2y2x
2 X
21/2
2y2
2
2
X 2
xiy2
x2y2
x2y2
3
3
3
3
3
2y2
X
X
X
X
X
X
3
3
3
2y2
2
2y2
x2y2
X 2
xlVz
x3
x3
x3
No. 267 E, Reducers
3/8 X
y4
1/2 X
3/8
y2x
y4
3/4 X
y2
3/4 X
3/8
3/4 X
V4
1
1
1
1
x3/4
xy2
x3/8
xy4
iy4
iy4
iy4
iy4
iy4
X
X
X
1
3/4
y2
3/8
y4
iy2
iy2
11/2
iy2
iy2
X
X
X
X
iy4
1
3/4
y2
3/8
y4
2
2
2
2
2
2
xiy2
xiy4
X 1
x3/4
xy2
x3/8
2 X
y4
2y2x
2
2y2x
iy2
2V?x
iy4
2y2x
1
3
3
3
3
3
x2y2
X 2
xiy^
xiy*
X 1
Dimensions, in Inclies
Dimensions of straight sizes, and of Reducers, are shown in the table below.
Dimensions of reducing qo° Elbows and Tees will be furnished on request
kA-i-A-
+ 1
AT
^ — A-
1 L
-
A^
-
No. 260 E
90° Elbow
No. 264 E
Tee
No. 266 E
Cross
No. 262 E
45° Elbow
No. 268 E
90^ Street Elbow
No. 2621/2 E
45° Street Elbow
No. 276 E
45* Y-Bend
No. 267 E
Reducer
No. 278 E
Cap
"'IJThrcad'
Engagement
No. 279 E
Coupling
No. 272 E
Return Bend
^l5\X^v^
See page )91
for explanation
Size
y4
3/8
V2
3/4
1
iy4
iy2
2
2y2
3
A — Center to end
>Vl6
IV16
IVa
1V16
1%
l^Vie
2y8
2y2
215/16
33/8
B — Center to end, 45^ Elbows
^3/i6
y8
1
lya
1V16
11/2
l^Vie
2
2y4
2y2
C— Center to end, 90° Street Elbows
13/16
1V16
iy4
1V16
1%
l»Vu
2y8
2y2
21^16
33/8
D— Center to end, 90° Street Elbows
IV16
1%
2
23/16
2Vl6
278
3y8
31V16
41/2
5y8
E— Center to end, 45° Street Elbows
3/4
^3/i6
1
lys
iyi6
iy2
l»Vl6
2
F— Center to end, 45° Street Elbows
n/a
iy4
13/8
1V16
113/ie
2y8
2Vl6
21V16
G— Center to end, 45° Y-Bends
3/4
Vs
1
1V16
iy4
1V16
13/4
2
H— Center to end, 45" Y-Bends
2
23/8
3y4
3^3/16
4y2
53/1 6
6y8
678
1 — End to end. Reducers
1V16
l»Vl6
13/4
2
23/8
2>Vl6
33/16
31V16
4Vl6
K — Height, Caps
2^32
%
lVl6
iy4
13/8
iy2
l>Vl6
1^3/16
2y8
2y4
L — End to end. Couplings
13/8
IVs
lys
2y8
23/8
278
278
3%
4y8
4y8
Z — Thread Eneaeement
3/8
%
Vz
V16
^Vie
^Vie
^Vl6
3/4
1V16
1
No. 272 E, Return Bends
Size
11111 iy4 1 174 I iy4 I iy4 1 iV4 iiy4[iWiy2 1 172 1 iy2 1 172 i 2 i 2 1 2 1 2 1 '2 1 2
M— Penler lo tenter
T3/.I2UI 3 12V. I 272 I 3 13721 4 I 6 |272l 3 | 37^
8 3 1372 4 145/8 I 6 8
N— Height
l2V«l3V.l3V,i3Vi6|3iVi6|3'Vie|43/ig|4Vie| 5 |33/g|43/ig |3i5/^^|5U/^, |6ii/i6|4%|4yg|5ys|5Vi6|6y8[7y8
r, --..., . .
^ .
' .
.:•
* !
■'I
Cj*!
■tl"
2\
A
m
Jl
ll
*tE
1
i:
n4
192
CRANE
No. 260 E
90^ Elbow
Heavy Malleable Iron Fittings
WORKING PRESSURES
3 J^ to 6-inch — 300 pounds steam or oil, 550° F.
8 to 1 2-inch — 250 pounds steam or oil, 550° F.
■)}4 and 4-inch — flOOO pounds cold water, oil, or gas, non-shock
5 to 10-inch — 800 pounds cold water, oil, or gas, non-shock
r 2-inch — 600 pounds cold water, oil, or gas, non-shock
14 and lb" fittings are used with O.D. pipe on vapor lines.
Galvanized ftttings:
Gah-aniied fictings are
made to order only.
Prices are 50% higher
than the list prices for
black fittings.
No. 262 E
45 = Elbow
No. 264 E
Tee
No. 268 E
90" Street Elbow
No. 267 E
Reducer
No. 266 E
Cross
**Casing sizes: Orders
for casing fittings must
specify the outside
diameter of the casing,
the number of threads
per inch, and the style
of casing.
List Prices, Black
Size
Inches
3V2
8
10
12
14
16 |**53/i6|-6%
No. 260 E, 90' Elbows
Each
No. 262 E, 45' Elbows
Each
No. 264 E, Tees
Each
No. 266 E. Crosses
Each
No. 267 E, Reducers
Each
No. 268 E, 90' Street Elbows Each
For sizes
H to
3-inch,
see
page
IQO.
3.25 4.25 6.50 11.00 21. 00137. 00 60.00 105.00| 160.00| 8.00 19.00
4.00 5.00 7.50 12.75 26.00|45.00|72.00|
I
5. GDI 6.501 9. 75116. 50132. 00155. 00190. 00 158.001 240. 00| 12.00 [28.50
10.00 13.00 19.50 33.00
3. 25 4.25
9-00 16.00 23.0039.00
I
4.251 5.60
Reducing fittings : Reducing fittings are carried in
stock as shown m the cable at the right: these are the
same price as straight sizes. Reducing sizes not
carried in stock and other types of reducing fittings
can be made to order by bushing in the sand. Such
fittings use the same Hst prices as straight sizes but
are sold at an advance in price; see the Crane Dis-
count Sheet.
Reducing qo° Street Elbows are reduced on the
female end only. Reducing fittings requiring a new-
pattern are entirely special. Prices on application.
tStreet Elbows: qo° Street Elbows are recom-
mended for only 500 pounds cold water, oil, or gas.
Service recommendations: Crane Heavy Malle-
able Fittings are admirably suited for use on high
pressure cold water, oil. and gas lines, non-shock.
The\' will sive much better satisfaction than ex-
tremely heavy cast iron fittings.
Construction: These fittings are far superior to
so-called hea\-y malleable fittings made from stand-
ard cast iron patterns. An excellent grade of
malleable iron makes them exceptionally tough,
strong, and rugged. The ends are reinforced with
heavy bands. The threads are long and accurately
cut.
Reducing Fittings Carried in Stock
No. 260 E
No. 267 E
Meducers
(Continued)
No. 264 E, Tees
90° Elbows
ABC
ABC
4x3
4x4x3
4 x 4 X 21/2
4x4x2
4x4x11/2
4x4x11/4
4x4x1
4x4x^4
4x3x4
4x2x4
4x1x4
8 X 8x6
4x2
6x5
6x4
6x3
6 x 2V2
6x2
6XIV2
6x1
8x 8x4
6x4
8x 8x3
8 X 8 X 2V2
8 X 8x2
8x6
10x8
\J A U A i-
8x 6x8
12 X 10
10x10x8
No. 267 E
Reducers
10 x 10 X 6
8x6
8x5
8x4
8x3
8 x 2V2
8x2
10 X 10 X 4
10 X 10x3
3V2 X 3
5x5x4
10 X 8x10
31/2 X 2
6x6x4
6x6x3
6x6x2
6x4x6
6x3x6
10 X 6x10
4x3
4 X 21/2
4x2
4xlV2
12 X 12 X 10
n X 12 X 8
10x8
10x6
12x12x6
12x10x12
4 X IV4
4x1
12 X 10
12x8
12 x 8x12
12 X 6x 12
Dimensions, in Inches
l-A-l-A-
'
-A-i*A*|
A ■
t
A.
i
1
1
No. 260 E
90° Elbow
No. 264 E
Tee
No. 266 E
Cross
No. 262 E
45° Elbow
No. 268 E
90° Street Elbow
No, 267 E
Reducer
II Thread
Engagement
See page 591
for explanation.
Size 31/2 4 5 6 8 10 12 14 16 *SVi6 *6%
A 41/8 41/2 51/2 6V4 73/4 91/4 IIV2 I2V4 1334 5V? **67/8
B 1 25/8 213/16 33/16 31/2 45/16 53/ie
6
c 41/8 41/2
*The.se
I) 5i3/,6 63/8
are
J 4Vi6 43/8 51/4 i 6V4 71/8 8
sizes.
Z IV16 iVs IV4 IV16 iVie 1% IV4
Dimensions of straight sizes, and of
Reducers, are shown in the table to the
left. Dimensions of Reducing qo° El-
bows and Tees will be furnished on
request.
**When6^-inch fittings are threaded for6^-inch
A. P. I. Casing, dimension "A" will be bK inches.
-^ I*f-^J'I t^*-J . n 1 T
-#"— r
VTTTT^T
CRANE
193
A. A. R. Malleable Iron Fittings
WORKING PRESSURE
300 pounds steam
TEST PRESSURE
300 pounds air under water
No. 260 E
90° Elbow
No. 262 E
45° Elbow
Galvanised fittings: Galvan-
ed ftttings are made Co order
ily. Prices are 50'^c higher
lan the list prices shown below
ir black fittinss.
No. 264 E Tee
No. 266 E Cross
■^Af^
Cf^fttrfE
^
No. 2621/2 E
45° Street Elbow
No. 268 E
90" Street Elbow
No. 267 E
Reducer
No. 279 E
Coupling
No. 278 E
Cap
ize
List Prices, Bl ack
Inches | Vi \
%
8
1
IVi
o. 260 E, 90' Elbows
IV2
2V2
o. 262 E, 45° Elbows
Each I .25 .25 .30
.35
.40
.00
.70
o. 262 V2 E, 45° Street Elbows
Each I .30 .30
.90 1.50 2.40
.35
.42
.0
Each
.65
.85 1.10 1.85 2.85
o. 264 E, Tees
.50
. 36
.63
.88 1.12 1.55
Each I .40 .40 .45
o. 266 E, Crosses
.50
.60
.80 I 1.05 ( 1.35 2.25 3.60
Each I .80 ' .80 I .90 I 1.00 ' 1.20 ' 1.60 ' 2.10
o. 267 E, Reducers
Each
2.70 4.50 7.20
.25 .28
o. 268 E, 90° Street Elbows
.30
.40
.45
.00
Each
.70 1.30 2.25
.40
.4
.50
.70
o. 278 E, Caps
.90 I 1.2
o. 279 E, Couplings
Each I .17 I .17 .19
2.10 3.10
.23
7
.38
.50
.65 1.00 ! 1.35
Each I .14 I .14 .14
.20
.26
.34
.42
.0
,80 I 1.20
..ssociation of American Railroads: Crane
..A.R. Malleable Iron Fittings conform to the
Decifications and recommended practice of the
ssociation of American Railroads (A. A. R.J for 300-
ound screwed pipe fittings.
.ugged construction: These fittings are e.xcep-
onally strong, tough, and rugged. They are
>pecially suitable for severe ser\-ice and will ^\'ith-
:and rough usage, piping strains, and vibration.
dditional types and sizes: Other types and
zes of 300-Pound Malleable Iron Fittings, not
icluded in the A. A.R. Specifications, are shown on
ages IQO and igi.
.educing sizes: A. A.R. Reducing qo° Elbows,
.educing Tees, and Reducers are carried in stock in
le sizes shown in the table to the right. These are
irnished at the same price as straight size fittings.
Reducing Fittings Carried in Stock
No. 260E'
90= Elbows
V2
x-ya
3/4
xi/2
1
X34
1V4
xl
1V2
X1V4
2
X1V2
2V2
x2
3
x2y2
No. 264 E Tees
B
C A
B
No. 267 E
Reducers
V2
XV2
xVs
x3/8
XV2
X 1 1/2
xlVi
^4
XV4
X V2
XV2
1
1
1
1
xl
xl
xl
xy4
x3/4
xV2
X%
X 1
2 x2
2 x2
2 x2 X 1
2 X 2 X 3/4
2 X 2 X 1/2
2 xlV2x2
'a
x ^^^
IV4XIV4XI
IV4X 11/4X34
IV4XII/4XV2
1 1/4X1 XIV4
21/2x21/2x2
2V2X 21,2x11/2
21/2x2 x2V2
3 x3 x2V2
3 X 3 X 2
3 X 21/2 X 3
Vl x3/8
V4
X V2
1
1
x3/4
XV2
i'/2xiy4
IV2XI
IV2X3/4
11/2X1/2
IV4X:
1V4X3
2
2
2
2
xll/2
xll/4
xl
XV2
iV^^LV^iluTI
11/2x11/2x11/4
1V2X 11/2x1
IV2X 11/2x3/4
IV2X 11/2x1,2
IV2X 11/4X11/2
3
3
3
X21/2
x2
xll/2
Dimensions, in Inches
-A-l-A-
A
A--A-
1,
Ui
ll Thread'
Engagement
No. 260 E
90" Elbow
No. 262 E
45° Elbow
No. 2621/2 E
45° Street Elbow
No. 268 E
90° Street Elbow
ize
Va
%
¥2 ! 34 I 1 [ 114 I IV;
21/
No. 264 E
Tee
No. 266 E
Cross
72
See page 591
for explanation
^V]
16
IV16 IV4 I IVie I 1% ll^Viel 21/8 I 21/2 1215/161 33/8
¥l6
%
IVa 15/i6 IV2 ll^Vi
16
214 : 2Vi
'/2
IV4 IV16 I 1% [l^Vlfil 21/8 I 21/2 1215/161 33/8
t
J
2 ! 23/16 I 29/16 i 2% I 31/8 311/16 41/2 51/8
1 I IVs I IV16 I 11/2 ll^Vi
16
No. 267 E
Reducer
1
p
No- 278 E
Cap
t
h
L
1
r
No. 279 E
Coupling
1% I IV16 l^Viel 21/8 |2Vi6 211/16
lVl6il>Vl6l 13/4
23/8 |2ii/i6|33/i6|3ii/i6|4i/:6
25/3:
%
IV16 I Wi I 1% I IV2 ll^Vifill^Viel 21/8 I 2V4
1% I 15/g 17/3 21/8 23/8 I 2% I 27/8 I 3% I ^Vs I 41/8
%
Vs
a
V2
Vi
16
lVl6nVl6
IV16
3/4
15/,
16
1
Dimensions of straight sizes and oi Reducers are
shown in the table. Dimensions of reducing sizes
on request,
A. A.R. Unions pages 242 to 244
A, A.R, Valves pages 42 to 45
Nil!
MMI^I
.%
' 1 1
: \
I
'
[^
194
CRANE
Hydraulic Malleable Iron Fittings
WORKING PRESSURES
3^4 to i-inch — 2000 pounds cold water, oil, or gas, non-shock
i34 to 2-inch — 1500 pounds cold water, oil, or gas, non-shock
23^ to 4-inch — 1000 pounds cold water, oil, or gas, non-shock
5 and 6-inch — 800 pounds cold water, oil, or gas, non-shock
No. 260 H
90' Elbow
No. 263 H
9^ Long Stt'eep Elbow
No. 264 H
Tee
No. 266 H
Cross
List Prices, Black
Size Inches V4 % V2 ^4 1 Wa IV2 2 iVi 3 3V2 4 f 5 6
No. 260 H, 90° Elbows Each .25 .25 .30 .35 .40 .55 .70 .90 1.50 2.40 3,25 4.25 6.50 11.00
No. 263 H. 90 Long Sweep Elbows Each .64 .80 1.10 1.60 2.40 4.50 6.50 7.00 13.00 17.50
No. 264 H. Tees Each .40 .40 | .45 .50 .60 .80 1.05 1.35 2.25 3.60 5.00 6.50 9.75 16.50
No. 266 H. Crosses Each .80 .80 I .90 1.00 1.20 1.60 2.10 2.70 4.50 7.20 10.00 13.00 |
Service recommendations: These fittings are
recommended especially for hydraulic pumping in-
stallations. In addition to being strong and rugged,
they hax'C a longer sweep than is usual with heavy
malleable iron fittings.
Additional types and sizes: For reducing fittings.
and for types and sizes not listed above, we recom-
mend the use of Crane 300-Pound or Crane Heavy
Malleable Iron Fittings, shown on pages iqo to iq2.
Galvanized fittings: These fittings can be fur-
nished galvanised, to order, at an advance of 5:0%
over the list prices of black fittings.
Dimensions, in Inches
--1--
^
4
A
J
-A-
-A-
ir
A
I
T
A
i
llTKread
Engagement
No. 260 H
90° Elbow
No. 264 H
Tee
No. 266 H
Cross
90
No. 263 H
Long Sweep Elbow
See page 5^91
for explanation
Size
V4
%
V2
3/4
1
IV4 IV2
2
2V2 3
31/2
4 5 6
A
1V16
1V4
iy2
1V4
2
2V4 2V2
3
31/2 41/8
4%
SVs 1 6V4 71/4
C
2V2
3 ! 31/2
4
43/4 51/2
6V4
7 81/2 91/2
z
%
%
V2
Vie
"/16
IV16 ^Vl6
V4
IV16 1
IV16
IVs IV4 IV16
Other Fittings
Pages 180 to 194 do not sho\\' all the Malleable Iron
Fittings manufactured by Crane Co. For greater
convenience, the following fittings are shown in
other sections of this catalog;
Bushings page 226
Plugs page 228
Faced Couplings and Locknuts page 232
One-Strap and Two-Strap Clamps page ^33
Screwed Unions 6t Union Fittings. pages 238 to 246
Flange Unions pages 250 to 252
Railing Fittings pages 268 to 272
Floor Flanges page 2qo
Companion Flanges P^ge ^9^
Other fittings frequently used in installations of
Malleable Iron Fittings or in installations beyond
the pressure-temperature range of malleable iron,
are shown on the following pages:
Steel Bushings page 227
Steel Plugs page 228
Wrought Couplings page 22^
Wrought Steel Nipples pages 230 and 23 1
Steel Unions and Union Fittings . pages 247 and 248
Steel Flange Unions pages 252 and 253
Forged Steel Fittings pages 338 to 340
Cast Steel Fittings page 341
CRANE
195
Cast Iron Screwed Fittings
Sprinkler Fittings
»
Standard Fittings pages 1 07 to 203
Standard Fittings with Casing Threads page 203
Long Sweep Fittings pages 204 and 205
Sprinkler Fittings pages 206 to 2oq
175-Pound Fittings . , ': pages 210 and 21 [
2 50-Pound Fittings pages 2 1 2 and 2 1 3
Itl
mm *
t
.
The Crane line of Cast Iron Screwed Fittings includes fittings
for steam working pressures up to 250 pounds and for water,
oil, or gas working pressures up to 400 pounds. In addition,
it includes Drainage Fittings; see pages 215 to 224.
The uniformly superior quality that characterizes all Crane
products is maintained in this line.
* *
.•.
* * *
* *
The list at the top of this page does not include all the
Cast Iron Screwed Fittings manufactured by Crane Co.
For greater convenience, the following fittings are shown
in other sections of this catalog:
Bushings page 2 26
Plugs page 228
Flange Unions pages 24q and 252
Common Flanges page "^Qo
Floor Flanges page 2qo
Companion Flanges pages 2qi to zq$
Drainage Fittings pages 215 to 224
Wrought Couplings p<tge 229
Wrought Steel Nipples pages 230 and 231
Unions and Union Fittings pages 238 to 248
Malleable Iron Fittings pages 179 to 194
Forged Steel Fittings pages 338 to 340
Cast Steel Fittings page 341
How to read reducing fittings page 644
1 1 I
-r-< ' ,H^/-*-
196
CRANE
I
•
m
•
Cast iron fittings, malleable iron
unions, and brass gate valves
make up the Crane equipment in
water and air lines for cleani^ng
fermenting tanks tn this distillen.\
Steam-driven horirontal pumps in
the heating system of large office build-
ing; all piping equipment is Crane,
•
Starter tanks in food plant with Crane
brass gate, globe, and vertical check
vahes, and Crane cast iron fittings.
\ alves, fittings, and piping are Crane in
this chemical plant processing hookup.
•
CRANE
197
Standard Cast Iron Fittings
X
90° Elbow
WORKING PRESSURES
125 pounds steam
175 pounds cold water, oil, or gas, non-shock
The Crane line of Standard Cast Iron Screwed Fittings, illustrated on pages iq8
to 202 inclusi\'e, consists of a wide \-ai"iety of types of fittings, made in a large
range of straight and reducing sizes. It meets the requirements of nearly every
piping installation using this class of material.
Rugged construction: The fittings are sturdy, rugged, and well proportioned.
Hea\'y metal sections, amply reinforced at points subjected to greatest stress,
assure a high factor of safety over the recommended working pressures.
Threading : All openings are carefully and accurately threaded to gauge and are
in true alignment. To permit easy entrance of pipe, each opening is slightly
chamfered.
Sprinkler service ; Underwriters' approved : Crane Standard Cast I ron
Screwed Fittings are listed as appro\"ed and inspected by the Underwriters'
Laboratories, Chicago, for sprinkler service.
Dimensions: The table of dimensions shown below covers the most current
straight size fittings, and reducers. Dimensions of other types of fittings and of
reducing sizes will be furnished upon request.
Dimensions, in Inches
♦
45° Elbow
60° Elbow
30° Elbow 221/2° Elbow
Cap
Reduce
A
t
J
-A*kA
J
4
A
U
4
A
A-^-^A
Eccentric
Reducer
Thread
Engagement
Side Outlet Elbow
Tee
Cross
45" Y-Bend
Return Bend
See page 591
for explanation.
Size
A
B C
D E
F
G
J K
H
z
Return Bends
V4
»VlG
V4
»•'
t
%
Size
M
N
Size
M N 1
Size
M
N
Vs
»Vl6
1V16
%
Close Patt
ern
Open Pattern
Wide
Pat
tern
Vz
iVs
V8 1
'Vl6 3/4
2 1/2
1%
1/2
1/2
11/4
123/32
3/4
17/8 27/32
1
3
3
Vi
IV16
1 1V16
IS/16 Vs
3
21/4
11/2
V16
3/4
11/2
21/32
1
21/2 211/16!
1
4
31/2
1
iVs
IVs IV4
1 1
31/2
23/4
ny8
11/16
1
iy4
23/8
11/4
3 39/32
1
5
4
IV4
IV4
IV16 IVie
13/lG IVs
41/4
31/4
21/8 21/8
11/16
11/4
21/4
22V32
11/2
31/2 33/4
1
6
41/2
IV2
l^Vie
IV16 1%
IVie IV4
478
3I3/16
2V4 21/4
11/16
11/2
21/2
31/4
2
41/2 419/32
1
8
51/2
2
2V4
UV16 V/s
13/4 IVie
53/4
41/2
2Vl6 27/16
3/4
2
31/4
331/32
21/2
51/2 sy,e
11/4
4
3y4
21/2
211/16
UV16 23/16
liVielVie
63/4
53/,6
2% 211/16
IS/lG
21/2
33/4
4yi6
3
61/2 65/16
11/4
6
43/4
3
31/8
23/16 2V2
113/16 13/4
7Vs
61/8
27/8 215/16
1
3
41/4
53/16
4
71/2 79/16
11/4
8
53/4
3V2
3Vl6
23/8
878
6%
31/8 31/8
11/16
4
6
613/16
11/2
47/8
47/1 6
4
m
2% 3
23/8 2Vi6
93/4
75/8
33/8 33/8
21/1^
Ws
11/2
6
5
5
41/2
3Vi6 31/2
25/8 21/4
n%
91/4
37/8 37/8
23/8
11/4
11/2
8
6
6
51/8
3Vl6 4Vi6
27/8 2yi6
13Vl6
103/4
4% 43/8
2%
1V16
!
2
47/8
43/4
8
69/16
41/4
161 V16
13%
S1/4 51/4
31/8
IV16
2
6
sVifi
10
8V16
53/1 e
I
2011/16
163/4
63/,6
3%
1%
II
2
7
51^16
12
91/2
6
241/8 19%
71/8
41/4
W4
2
8
6%
1
1
4
11
9 Vis
* / X f /2-inch ReJucers are U^/l6 inches end to end.
\m
m
k
iM
II
W
u
hittUMI
UM'
MUUAUMiMHi
I
198
CRANE
90° Elbow
Standard Cast Iron Fittings
45' Elbo^v
60° Elbow
30° Elbow
221/2° Elbow
n
Side Outlet Elbow
• Tee
List Prices
Eccentric ReducingTees
Prices on application
SizG
Inches V4 3/8 V2 ^4 1 IV4 IV2 2 21/2 3 31/2 4 5 6 8 10 12
Right
Hand
Black Each .05!. 05 .06'. 08'. IOV2 -16 -201 .28 .50 .75!l.05'l .20 2.00 2.75 6.75 13.50;20.00
Galv. Each .10 .10 .12 .16 .21 .32 .40 .5611.00 1.50 2.10 2.40 4.00 5.50 13.50 27. 00'40. 00
90'= Elbows
Right
& Left
Black Each .06^06 .07 .09 .12 .18 .23 .32 .60 .85 |
Straight
Galv. Each .12 .12 .14 .18 .24 .36 .46 .64 1.20 1.70
Pitchec
Black Each .08.10.13 .20 .25 .35 .65 1.00 1.30 1.50 | |
Galv. Each .16.20.26 .40 .50 .70 1.30 2.00 2.60 3.00
Right
Hand
Black EachI .06.071.09.12 .18 .23! .32 .60 .85 1. 2011.40 2.30 3.15 7.75 15.50 23.00
90° Elbows
Galv. Each .12.14.18.24 .36 .46 .64 1.20 1.70 2.40 2.80 4.60 6.30 15. 50i31. 00 46.00
*Reducing
Pitched
Black Each I.10.13 i .20 .25 -35 .65 1.00 1.30
Galv. Each | .20 .26 .40 .50 .70il.30 2.00 2.60
45^^ Elbows
Black Each .061.06 .07 .101.12 j .19 .24 .34 .60 .901.251.45 2.50|3.45 8.50 17.00125.00
Galv. Each .12 .12 .14 .20 .24 ' .38' .48' .68 1.20 1.80 2.502.90' 5.00 6. 90117. 00|34. 0050.00
60° Elbows
Black Each .25.30.35 ; .45 .50' .60'1. 1011.65 2.75 5.00 7.00
Galv, Each .50.60.70 \ .901.001.202.203.30 5.50 10. GO 14.00
30° Elbows
Black Each .25.30.35 .45 .50 .601.101.65 2.75 5.00 7.00 |
Galv. Each .50,. 601.70 .90 1 .00 1 .20 2. 20 3.30 5.50 10.00 14.00
221/2° blbows
Black Each .25'. 30!. 35 ' .45 .50[ .60 1.10 1.65 i2.75 5.00 7.00'
Galv. Each .50.60.70 .901.001.202.203.30 5.50 10.00|14.00
Side Outlet Elbows
Black Each , .30 .48 .60 .84il.507.25 3.60
Galv. Each .60 ' .96 1 .2011 .68'3. 00'4.50 7.20 |
Tees, Straight
Black Each .08 .08 .09 .12 .15 , .23 ,29, .41, .73,1.10,1.50 1.75: 3.00 4.00| 9. 7S 19.50 29.00
Galv. Each'.ie .16.18 .24:.30 ' .46 .58 .82 1.46'2.20 3.00 3.50 6.00' 8.00119.50 39.00^58.00
♦T" n J
Black Each .09 .10 .14;. 17 .27 .33 .47 .83 1.2511.75 2.00 3.50 4. 60^11. 25 22.50 33.50
'lees, Kedu
cmg
Galv. Each' .18 .20 .281.34 1.54 .66 .94ii.66i2. 50 3.50 4.00! 7.00 9.20122.50 45.00 67.00
*Reducmg fittings: List prices of reducing qo° Elbows and
Tees apply to reducing sizes carried in stock, sho\\'n in the tables
at the right and on the opposite page. Other reductions can be
made to order by bushing in the sand; when so bushed, non-stock
sizes use the same list prices as stock reducing sizes, but are sold
at an advance in price; see the Crane Discount Sheet for prices.
Reducing 45^ Elbows, 60° Elbows, 30" Elbows, 22]^° Elbows,
and Side Outlet Elbows can be made to order by bushing in the
sand from straight sizes. When so bushed, reducing sizes use the
same list prices as straight sizes, but are sold at an advance in
price; see the Crane Discount Sheet for prices.
Reducing fittings that require making a new pattern are entirely
special. Prices on application.
Right & Left Elbows: Right and Left qo° Elbows have ribs
cast on the left hand end.
Pitched Elbows: Pitched 34-inch per foot.
Eccentric Tees: Eccentric Tees are made to order only; prices
on application. Orders should be accompanied by a sketch
showing the position and size of all openings.
Description. . . . page 197 Dimensions page 197
Reducing Elbows Carried in Stock
90" Elbows
%
xV*
Vz
x%
V2
xy4
Va
XV2
Va
^ys
Va
xy*
1
x3/4
1
XV2
1
x%
1V4
X 1
1V4
XV4
1V4
xVz
iy4
xVs
2
2
2
2
2
XII/2
xli/4
X
1
V4
1V2X
11/2 X
IVzx
IVzx
1V4
1
¥4
V2
2V2
2V2
2V2
2y2
X
X
X
X
X
2
IV2
IV4
1
¥4
3
3
3
3
3
x2y2
X 2
xiy2
XIV4
X 1
3V2
3y2
3y2
3y2
3y2
X
X
X
X
X
3
2y2
2
IV4
4 X 31/2
4x3
4 X 21/2
4x2
4 X iy2
5x4
5 X 3V2
5 X 2V2
6x5
6x4-
6 X 3y2
6x3
6 X 2V2
6x2
8x6
8x3
10 X 8
12 X 10
12 X 8
90° Elbows
Pitched
3/4
1
iy4
iy2
iy2
2
2y2
3
3y2
X
X
X
X
X
X
X
X
X
V2
1
1V4
1
1V2
2
2V2
3
I
Worhing pressures , . . .page J97
CRANE
199
Standard Cast Iron Fittings
B
Reducing Tees Carried in Stock
Reducing Tees are carried in stock in the sizes shown in the table
below. These sizes are sold at the regular prices for Reducing Tees.
For prices of Reducing Tees not carried in stock, see the footnotes
on the preceding page.
A
B
c
Vs
xVr
XV4
H
XV4
x%
%
X V4
XV4
V4
XV4
x%
V2
V2
Vz
V2
1/2
Vs
1/4
V4
¥4
V4
¥4
¥4
¥4
3/4
3/4
¥4
¥4
¥4
V2
1
1
1
1
1
1
1
1
1
1
1
1
Va
1/2
xVz x3/8
xVz XV4
x3/8 xV2
X 3/8 X H
X V4 X V2
XV4 xVi
X % X 1/2
X V4 X 1/2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
3/4 XV2
3/4 x3/8
3/4 xy4
Vl x3/4
Va xVz
V2 x3/8
X V4
XV4
3/8 xV2
H x3/8
y4 x3/4
1/4 xVz
V2 x3/4
3/8 x3/4
V2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1
1
1
1
3/4
3/4
3/4
V2
V2
¥2
V4
^2
V2
x3/4
xVz
x3/8
XV4
X 1
x3/4
X V2
X 1
x3/4
XV2
X 1
X 1
X 1
X 1
X 1
1V4
iy4
1V4
1V4
1V4
1V4
1V4
iy4
iy4
ly*
iy4
1V4
iy4
iy4
iy4
iy4
iy4
iy4
iy4
1
1
1
¥4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
iy4xi
iy4x3/4
iy4xV2
HA X 3/8
iy4x V4
1 X iy4
1 X 1
1 X3/,
1 xy2
3/4 X iy4
3/4 xl
3/4 X34
3/4 xy2
xiy4
X 1
x3/4
xy2
% xiy4
Va xiy4
1 xiy*
3/4 xiy4
Vz xiy4
3/4 X11/4
Vi xiy4
y2
y2
y2
y2
B
V2X
y2x
1/2 X
y2x
y2x
y2x
y2x
X
y2
y2x
'/2X
/2X
/2X
'/2X
V2
Vl
Vz
X
X
X
X
X
y2
'/2X
'/2X
'/2X
y2x
y2x
yax
y2x
y4x
1/4 X
y4x
y4x
X
y4
X
X
iy2
iy2
iy2
iy4
iy4
iy4
1V4
iy4
1
1
1
1
1
¥4
3/4
Va
3/4
Vz
Vz
Vz
Vz
Vz
3/s
y4
1V4
1
3/4
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1
¥4
xy2
x3/8
3/4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
iy2x
ly^x
iy4
2
iy2x
lyzx
1
2
iy2x
n/zx
V4
2
2
2
2
2
2
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2
2
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¥4
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3/4
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¥4
¥4
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¥2
¥2
¥2
¥8
¥4
Vz
Vi
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Va
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¥2
¥2
¥2
¥2
¥2
¥2
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¥2
¥2
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¥4
Va
Vz
Va
¥2
¥4
Va
Vz
¥2
¥4
Va
Vi
Vz
Va
Va
¥2
¥4
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Vi
¥2
B
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¥4
1¥2
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1¥4
1¥4
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3 ¥2
3 ¥2
3 ¥2
3 ¥2
3 ¥2
3¥2
3 ¥2
3 ¥2
3 ¥2
3
3
3
3
2 ¥2
2 ¥2
2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
3 ¥2
3 ¥2
3 ¥2
3¥2
x3¥2
x3¥2
x3¥2
3 ¥2
3
3
3
3
3
3
3
3
2 ¥2
2 ¥2
2 ¥2
x2¥2
x2¥2
X 2
x 2
2
2
1¥2
1¥2
Xl¥2
Xl¥4
Xl¥4
X 1
x3/4
X 3
X 2¥2
2
1¥2
2¥2
2
2
3
2 ¥2
2
n/2
1¥4
1
¥4-
¥2
3 ¥2
3
x2¥2
X 2
1¥2
1¥4
1
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
¥4
X
X
X
X
X
X
X
X
X
3 ¥2
3
2¥2
2
X n/2
x3¥2
3
2 ¥2
2
3 ¥2
3
2 ¥2
3 ¥2
3
3 ¥2
3 ¥2
3 ¥2
3 ¥2
x3¥2
x3¥2
x3¥2
x3¥2
x3¥2
X
X
X
X
X
X
X
X
X
X
X
X
4
4
4
x4
X 4
x4
x3¥2
X 3
x2¥2
B
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3y2X
3¥2X
3¥2X
3¥2X
3 X
3 X
3 X
2¥2X
2¥2X
2 X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
x2
Xl¥2
xl¥4
X 1
x3/4
¥:
'A
4
4
4
4
4
4
3 ¥2
3 ¥2
3¥2 X 3
3¥2 X 2¥2
3¥2 X 2
3¥2Xl¥2
3¥2Xl¥4
3¥2 X 1
3y: "
X
x4
x3¥2
X
3/4
x4
x3¥2
X 3
x2¥2
x2
Xl¥2
Xl¥4
X 1
x3/4
x4
3
3
3
3
3
3
3
3
3
2 ¥2
2¥2 X 3¥2
2¥2 X 3
2¥2 X 2¥2
2¥2 X 2
2y2Xl¥2
2¥2Xl¥4
2¥2 X 1
2
2
2
2
2
1¥2^ -
1¥2X3¥2
1¥2X3
1¥4X4
1 x4
3/4 x4
¥2 x4
3¥2 X 4
3 x4
2¥2 X 4
2 x4
3 x4
2¥2 X 4
2 X 4
2¥2 X 4
2 x4
2 X 4
x4
x3¥2
x 3
x2V2
x2
x4
5
5
5
5
5
5
5
5
5
5
5
5
5
5
X
X
X
X
X
X
X
X
X
X
X
X
X
X
5
5
5
5
5
5
5
5
5
4
4
4
4
4
4
3 ¥2
3
2 ¥2
2
1¥2
1¥4
1
3/4
5.
4
3 ¥2
3
x2¥2
X
X
X
X
X
x
x
x
x
X
X
X
X
B
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
4
4
4
4
4
3 ¥2
3¥2
3
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
4
4
4
4
4
3¥2
3 ¥2
3¥2
3¥2
31/2
3
3
3
3
3
3
2 ¥2
2 ¥2
2 ¥2
2 ¥2
2
2
1¥2
1¥4
1
4
3 ¥2
3
2 ¥2
2
3 ¥2
3
3
X
X
X
X
X
X
X
2
1¥2
1¥4
1
¥4
5
4
X 3¥2
X 3
x2V2
X 5
X 4
x3¥2
x3
x2¥2
X 2
5
4
3
2 ¥2
5
4
5
5
5
5
5
5
5
5
5
X 5
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6
6
6
6
6
6
6
6
6
6
5
S
5
5
5
5
5
5
5
5
5
4
4
4
4
4
4
4
3 ¥2
3 ¥2
3 ¥2
3
3
3
3
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
5
4
3 ¥2
3
2¥2
2
1¥2
1¥4
1
¥4
6
5
4
3 ¥2
3
2 ¥2
2
1¥2
1¥4
1
¥4
6
5
4
3 ¥2
3
2 ¥2
2
6
5
4
6
5
4
3
B
6x
6x
6 X
6
6
5
5
5
5
4
4x
X
X
X
X
X
X
X
2¥2
2
1¥2
1¥4
1
5
4
3 ¥2
3
4
3 ¥2
X
X
X
X
X
X
X
X
X
X
X
6
6
6
6
6
6
6
6
6
6
6
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8 X
8 X
8 X
8 X
8 X
8x
8 X
8x
&x
8x
8x
6x
4x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
8
8
8
8
8
8
8
8
8
6
6
6
6
6
6
6
6
6
5
5
5
4
4
3
2
6
4
10 X
10 X
10 X
10 X
10 X
10 X
10
10
10
10 X
10 X
10
10
10
8
8
X
X
X
X
X
X
X
X
10
10
10
10
10
10
8
8
6
5
4
4
3
2
8
6
X
X
X
X
X
X
12
12
12
12
12
12
12 X
12 X
12x
12 X
12 X
12 X
12 X
10 X
12
12
12
12
12
10
8
8
8
5
4
3
2
10
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6
5
4
3 ¥2
3
2 ¥2
2
1¥2
1¥4
8
6
5
4
3
2 ¥2
2
n/2
1¥4
8
5
2
8
6
8
8
8
8
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
8
6
5
4
3
2
8
6
6
10
10
6
10
10
10
10
X
X
X
X
X
X
X
X
X
X
X
X
X
X
10
8
6
5
4
10
12
10
8
12
12
12
12
17
|li
' 1,
mwimh*— «uu«i--"">^>-mait^liit<11f'^' "^-■"
kVB^'t
200
CRANE
I
I
F '
■ ■
I \
Standard Cast Iron Fittings
Cross
List Prices
Size
InchesiV4|%[V2iy4i 1 HVil IV2 [ 2 \ 2% \ 3 I 3% I 4 | 5 I 6
Crosses
8
10
12
Straight
*Reducing
Black Each!.15|.15i.l6[. 221. 271.421 .53[ .75|1.3Q:2.00!2.70|3.15I 5.501 7.25[17.nn:.T'^.nn o ^n
Black
Each
Galv. Each|. 30;. 30[.32|.44|.54[.84|1. 0611.5012. 6014. 00i5.40!6. 30:11.00 1 4 . .qn 3K . nn 7n annng nn
Galv.
Each
■ 18|.25f.30|.46| .601 .83'1.45i2.20l3.0Q[3.50l 6.00 8.nmq.?.'^^« ^n ^q nn
■ 36'. 50! .601. 92|1.2U!1, 6612. 9014. 4016. 0Q|7. 00112. 00il6.00'38.50|77. 001116. 00
A
D
IV4
1V4
1V4
1V4
iy4
iy4
X
X
X
X
X
X
X
X
X
iy4
iy4
iy4
1
1
3/4
y2
V2
X
X
X
X
X
X
X
X
X
1
%
Vz
X 1
x3/4
xy2
1 X 1
x3/4
Va
3/4
1
1
^4
x3/4
X 1
iy2
lya
iy2
iy2
lyz
lyz
lyz
iy2
iy2
iy2
iy2
lyz
1V2
PA
1V2
IV2
1V2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
iy2
iy2
iy2
iy2
iy4
iy4
iy4
1
1
1
^4
y2
y2
y2
y2
V2
y2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
iy4
1
V4
V2
1V4
1
3/4
1
1
3/4
1
iy2
iy4
iy4
iy4
1
1
xiy4
X 1
X34
xy2
xiy4
X 1
x3/4
x3/4
xVz
x3/4
x3/4
xiy4
xiy4
X 1
x3/4
X 1
x3/4
2
2
2
2
2
2
2
2
2
2
X
X
X
X
X
X
X
X
X
X
2
2
2
2
2
2
2
2
iy2
1V2
iy2
iy4
iy4
1V4
1
1
V4
xiy2
xU/z
X
X
X
X
X
X
X
X
xiy2
xiy4
xl
X3/^
X 1
x3/4
x3/4
xyz
xP/a
x3/4
B
A
B
c
D
y2
y2
xy2
xl/4
xy2
xy2
xH
xys
3/4
3/4
3/4
x3/4
x3/4
xy2
xy2
xys
xVz
xy2
X 1/4
X '/2
I
1
1
1
X 1
X 1
x3/4
xy2
x3/4
xy2
X 3/4
x3/4
x3/4
xyz
x3/4
x3/4
^Reducing Crosses: List prices of Reducing Crosses apply to reduc-
ing sizes carried in stock, shown in the table below. Other reductions
can be made to order by bushing in the sand; when so bushed non-
stock sizes use the same list prices as stock reducing sizes, but are
sold at an advance in price; see the Crane Discount Sheet for prices.
Reducing sizes that require making a new pattern are entirely special.
Prices on application.
Reducing Crosses Carried in Stock
A
D
2 xiygx
2 xP/zx
2 xP/zx
2 XIV2X
2 XII/2X
2 xllAx
2 xlViX
2 X 1 X
2 X 1 X
2 X 34 X
2 xy2 X
2 xyz X
2 X 1/2 X
2 X 1/2 X
2 xy2 X
2 xVz X
2 X 1/2 X
iy4
iy4
iy4
1
1
3/4
1
2
iy2
2
iy2
iy2
lyz
iy2
ly*
iy4
iy4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
iy4
1
3/4
1
3/4
3/4
3/4
B
C
D
1
1
y2
iy2
iy4
1
3/4
iy4
1
3/4
x3/4
2y2 X 2
2y2 X 2 X -/4
2y2xiy2x2
2y2xiy2x ly^
21/2 X IV2
2y2 X y2
X
3/4
M
2y2x
2y2 X y^
2y2 X v,
2y2 X 1/2
'2
^2
^2
X 1 X -74
x3/4
xiy2
•2X 1
- iy4 X 1V4
X 21/2 X 1V4
X 2 X 2
X 2 X iy2
XIV2X 11/2
xiyzx
iy4
2y2
2y2
2y2
2y2
21/2
2y2
2y2
2y2
2y2
2y2
2y2
2y2
2y2
2y2
21/2
21/2
21/2
2y2
21/2
2y2
2y2
2y2
2y2
2y2
2y2
2y2
2y2
2y2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
2y2x
2y2x
21/2 X
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
21/2X
2y2x
2y2x
2y2x
21/2 X
2 X
2
2
2
2
2
2
2
2
2
2
2
2
2
X 2
xiyz
X
X
X
X
X
X
X
X
X
X
X
X
X
2
2
2 X 1
iy2x iy4
iy2 X 1
iy2x34
iy4x iy4
IV4 X I
iy4 X 3/4
1 X 1
1 X34
4 x34
/2 xy2
2y2 X 2
2 x2
2 X 11/2
2 X 11/4
2 x 1
2 x34
IV2XIV2
iy2xiv4
iy2xi
iy2x34
11/4x11/4
iy4 X 1
iy4 X 34
1 X 1
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
x3
x3
x3
x3
x3
x3
x3
x3
x3
x3
x3
x3
X 2y2 X 21/2
x2 X 2
x2 X 11/2
X 2 X 1
X iy2 X lyz
X iy2 X 11/4
X iy2x 1
X11/2X 34
xiy4x 11/4
X 11/4 X 1
xiy4x34
X 1
B
D
3y2x
3y2x
3y2
'2xiy2xiy2
_ 3y2x 1V2X 1V4
3y2x 31/2x11/2x1
3y2X 31/2 X 11/2 X 34
3y2x3y2x 11/4 X 11/4
3y2x3i/2X 11/4 X 1
3y2X 31/2 x 11/4 X 34
3y2x3i/2X 1 X 1
31/2 X 3 X 21/2x21/2
X 21/2 X 2
X 21/2 X iy2
" x2
x3/4
X 1
x3/4
3/4
y
3
3
3
3
3
3
3
3
3
3
3
3
3
3
x3
X 21/2x21/2x2
X 21/2 x 21/2 X
X 21/2 X 2
X 21/2 X 2
X 21/2 X 2
X 21/2 X 2
X 21/2 X 2
X 21/2 X
x2iAx 11/2 X 11/4
iy2xi
iy2
x2
xiyj
X11/4
X 1
x3/4
._ iy2xiv2
2y2xii/2 -■
X 21/2 X
X 21/2 X 11/2 X 3/4
X 21/2x11/4x11/4
2y2x 11/4x1
21/2 X 114 V 3,
X 21/2x1
X 2 x2
X 2 X 2 X 11/2
3y2 X 3y2 x 3
3y2 X 31/2
X
X
''4X 34
X 1
x2
3V2 X 3
3y2 X 3
3y2 X 3
31/2 X 3
3y2 X 3
31/2 X 3
3y2 X 3
31/2 X 3
3y2 X 3
3y2 X 3
3y2 X 3
31/2 X 3
X
X
X 2
X 2
x2
XII/2
xiy2
X 11/2 X 1
X iy2x34
X iy4xii/4
X 11/4 X 1
X 1 X 1
B
D
4x 31/2 X 11/4 X 11/4
4x 31/2 X 11/4 X 1
4x3 X 2y2 X 2
11/2
iy4
xiy2
XII/4
x3
/2 X 21/2 X
72X31/2X2
3y2x 31/2x2 X 11/2
3y2x 31/2x2 X34
31/2
2y2
x2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
31/2
X 2
X 2
X 2
XII/2
XIV2
XIV2
XIV4
X 4
X 4
X 4
x4
X 4
X 4
X 4
x4
X 4
X 4
X 4
X 4
X 4
x4
X31/2
x3y2
X31/2
X 31/2 X 2
X 31/2 X 2
X 31/2 X 2
X 3y2 X 2
X 3y2 X 11/2
X 31/2x11/2
X 31/2 X IV2
2 X 31/2
X 3 X 3
X 21/2 X 21/2
x2
xU/z
X 1
XII/2
xli/4
X 1
X 11/2x34
4x11/4
X 11/4 X 1
xiy4x3/4
X 1 X 1
X 21/2 X 21/2
X 2y2 X 2
X 21/2 X 1
X 2
xli/z
xiy4
X 1
Xll/z
xiy*
X 1
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
s
5
5
5
5
5
5
5
5
5
5
5
4
4
4
4
4
4
4
4
X 4 X
X 3y2 X
X
X 3
X21/2
X 2
X 2
xiy2
XII/2
XII/2
XIV4
XII/4
X 1
X21/2
X21/2
2
2
iy2
iy2
iy4
1
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
4
31/2
3
2y2
2
iy2
lyz
iy4
3/4
1V4
34
1
21/2
2
2
1V2
iy2
iy4
1
1
X
X
X
X
X
X
X
6
6
6
6
6
6
6
6x
6x
6x
6x
6x
6x
6x
6
6
6
6
6
6
6
6
6
6
5
5
5
5
x5
x4
x3y2
x3
X21/2
X 2
X 2
xiy2
xiy2
X11/4
x3
X 2
x2
X
X
X
X
X
X
X
X
X
X
X
X
X
5
4
3V2
3
2y2
2
iy2
iy2
3/4
iy4
3
2
iy2
Description . , . page 197
8x
8x
8x
8
8
S
xiy2xi y2
X 6 X 6
X 5 X 5
X 4 X 4
lOx 10 X 8
10x10 x6
x8
x6
12 X 12
12 X 12
x 10
X 8
X 10
X 8
Dimensions . . . page 197
Working pressures . . . page 197
1
CRANE
201
Standard Cast Iron Fittings
Di
45° Y-Bend
Reducer
Eccentric Reducer
Cap
Locknut
List Prices
^^^^ inckies V2 V4 1 1»A lV-> 2 2Vo 3 3Vo 4 S fi S in i?
45° Y-Bends
tilacK tach .'20 .28 .34 .54 .66 .94 1.66 2.50 :i.50 4.00 7.00 9.20 22.50 45.00 67.00
L.alv. bach .40 .56 .68 1.08 1.32 1.88 3.32 5.00 7.00 8.00 14.00 18.40 45.00 90.00 134.00
r ' Pflurpr^
biacK tacn .lu .lb .11 .28 .43 .60 .8011.00 1.35 2.00 2.70 6.75 10.00 15.00
Galv. Hach .20 .32 .44 .56 .86 1.20 1.60 2.00 2.70 4.00 5.40 13.50 20.00 30.00
Eccentric
Black Each .55 .72 1.00 1.50 2.40 3.00 4.00 6.00 8.00 11.00
*Reducers
(Jalv. bach | 1.10 1.44 2.00 3.00 4.80 6.00 ^.00 12.00 16.00 22.00
Caps
Black Each
^or K to 3H-inch, use Ma leab e ron.
See page 85
.87 1.20 1.55 2.85 5.50 7.00
Galv. Each
1.74 2.40 3.10 5.70 11.00 14.00
T opVtii i^B
Black Each
For ^ to 2-inch, use Malleable
Iron. See page 185
.27 .34 .47
.64 .90 1.30 2.35 3.00 4.00
t-^yj'i^r^l 1 1^ K'S
Galv. Each
.54 .68 .94 1.28 1.80 2.60 4.70 6.00 8.00
*Reducing fittings: List prices of Reducers and
Eccentric Reducers apply to sizes carried in stock,
shown in the table below. Other reductions can be
made to order by bushing in the sand; when so
bushed, non-stock sizes use the same list prices as
stock sizes, but are sold at an advance in price; see
the Crane Discount Sheet for prices.
Reducing 45° Y-Bends can be made to order by
bushing in the sand from straight sizes. When so
bushed, reducing sizes use the same list prices as
straight sizes, but are sold at an advance in price;
see the Crane Discount Sheet for prices.
Reducing fittings that require making a new pattern
are entirely special. Prices on application.
Reducers Carried in Stock
Reducers
Eccentric Reducers
V4 XV2
1
1
¥4
V2
IV4 X 1
2
2
2
lV 2Xl%
xll/2
xiy*
X 1
2V2 X 2
2V2 x IV2
2V2 X IV4
21/2 X 1
2V2 X 34
3
3
3
3
3
x2V2
X 2
XIV2
xiy4
X 1
3V2 X 3
31/2 X 21/2
31/2 X 2
4
4
4
4
4
x3V2
X 3
x2V2
X 2
xlVz
5
5
5
5
5
X
X
X
X
X
4
31/2
3
21/2
2
6
6
6
6
6
6
X
X
X
X
X
X
5
4
3V2
3
2V2
2
8
8
X 6
X 4
10
10
x8
X 6
12 X 10
12 X 8
11/4 X
1
iy4x
%
11/2 X
IV4
1V2X
1
1V2X
3/4
2 X
1V2
2 X
iy4
2 X
1
2 X
3/4
2y2 X 2
2y2 X 1V2
2y2XlV4
2V2 X 1
3
3
3
3
3
X
X
X
X
X
2y2
2
iy2
iy4
1
ayz
3y2
3y2
3y2
3V2
3y2
X
X
X
X
3
2y2
2
iy2
iy4
1
4
4
4
4
4
4
4
X
X
X
X
X
X
X
3y2
3
2V2
2
iy2
iy4
1
5
5
5
5
5
X
X
X
X
X
4
3y2
3
2y2
2
6x5
6x4
6 X 3y2
6x3
6 X 2y2
6x2
8x6
8x5
Description. . . page 197
Dimensions . . . .page 197
Working pressures . . . page 197
m
mm-.
'■ <
jlliiliiiAMiMttiiiAiMBMiittaiiiiaiiUiMiAJtMAU^
I
202
CRANE
Standard Cast Iron Return Bends
f-
. 1
II v
!
h
ka
Return Bends
Size
Inches
Center
to
Center
Inches
Right Hand Right & Left
1 Left Hand
Black
Each
Galv.
Each
! Black
Each
Galv.
Each
Black
Each
Galv.
Each
Close Pattern
V2
11/4 , .18 .36 1 .21
; .42
.21
.42
34
11/2
.20 .40 .23
.46
.23
.46
1
13/4
.22 .44 .26
.52
.26
.52
iy4
21/4
.28 .56' .3C
.66
.33
.66
iy2
2y2 1 .40 1 .801 .46
.92
.46
.92
2
3y4 .57 1.14 .66
1.32
.66 1.32
2V2
33/4 . 1.20 1 2.40 1.40
2.80
1 1.40 2.80
3
41/4
1.70 , 3.40 1.95
3.90
1 . 95 3 . 90
4
6 5.00 10.00 5.2s
10.50
5.25 '10.50
Open Pattern
3/4
17/8 ! .26 .52 .30
.60
1
2V2 .30 1 .60 II .35
.70
iy4
3
.40 , .80 .46
.92
1V2
31/2 1 .55 ' 1.10 .64
1.28
2
4y2
.80 1 1.60 .92
1.84
2 1/2
5y2
1.35 2.70 1.55
3.10
5.00
3
6V2 2.20 4.40 2.50
4
71/2 6.50 10.00,, 7.00
14.00
Special Wide Pattern
1
3 .45 .80
1
4 .50 .90
1
5 .60 1.10
1
6
.75 1.30
1
S
1.00 i 1.60
iy4
4
1.00 1.75
iy4
6 ' 1.25 I 2.00
iy4
8 Use 250-Pound, page
iy2
4%
1.30 2.30
iy2
6 1.60 2.60
iy2
8
2.00 ' 3.25
2
4% 1.75 ' 3.00
2
b 2.00 3.25
2
7
3.00 ' 4.50
2
8
3.50 ' 5.00
4
11 1 7.50 11.00
Close F
le! coi 5
bands (
attern Return Bends can not be
The center to center dimensi
>f adjacent bends wi not c ear
jsed to
on is sc
2ach ot
make up paral-
3 close that the
her.
Close Pattern Pitched Return Bends
Size
Inches
Center
to
Center
Inches
Length
of pipe
in coil
Feet
Right Hand
Black
Each
Galv,
Each
1 i P/^ 1 3 .26 .52
1 ' 13/4 i 4 -26 .52
1 134 ' 5 1 .26 .52
1
1V4
6 i .26 .52
1
1V4
8 .26 .52
IV4 ' 2V4 4 .33 .66
IV4 , 21/4 1 5 .33 .66
IV4 2V4 6 1 .33 .66
Pitched Return Bends are marked with the
length 0" coil. 1-inch Return Bends for coils
longer than 8 feet are not pitched. Right and
Left Pitchec Return Bends are made to ore er.
Back Outlet Return Bends
Size
Inches
Center
to
Center
Inches
Size of
Back
Outlet
Inches
Right Hand Right & Left
Black
Each
Galv.
Each
Black
Each
Galv.
Each
3/4 IVs 3/4 .38 .76 .42 .84
1 21/4 1 .42 .84
.48 .96
1 4 11/4 * *
* *
11/4 21/4 11/4 .60 1.20 il .70 1.40
11/4 31/4 ' IV2 ■ *
iy2 21/2 ' 11/2 .80 1.60 .95 1.90
11/2 1 4 f 11/2 1 * * *
2 31/4 2 1.15 2.30 1.30 2.60
2 4 11/2 * * * *
21/2 33/4 21/2 2.00 4.00
2.30 4.60
3 41/4 3 3.00 6.00 : 3.50 7.00
*Prices on app icacion.
ihe back outlet of Right and I eft Return Bends is
threaded right hand.
*
Return Bend with
Union Ends
Return Bends with Union Ends
Size
Inches
Center
to
Center
Inches
Black
Each
IV4 45/8 L60
2 1 6
3-00
3 ! 8
*Price on app ication.
Ihese Return Bends are equipped with
No_ 1218 Gasket lype % Unions and
rubber gaskets. See page 239.
Description page 197
Dtmenstons page 197
Working pressures . , , . pag^ 197
CRANE
Standard Cast Iron Fittings
With Casing Threads
203
t!H'
WORKING PRESSURE
175 pounds cold w acer, oil, or gas, non-shock
Orders for fittings with casing threads should specify the outside diameter
of the casing, the number of threads per inch, and the style of the casing.
List Prices, Black
Size
Inches
2, 21/4
2V2
23/4, 3
31/4
3V2
33/4
4y4
41/2
434
90"" Elbows
Straight
Each
1.10
1.35
1.80
2.50
2.50
3.00
3.00
3.50
Reducing
Each
1.40
1.75
2.25
3.00
3.00
3.75
3.75
4.35
45^ Elbows
Straight
Each
1.60
2.00
2.70
3.75
3.75
4.00
4.00
4.50
Tees
Straight
Each
1.50
2.00
2.50
3.50
3.50
4.00
4.25
5.00
Reducing
Each
1.85
2.50
3.00
4.35
4.35
5.00
5.25
6.25
Crosses
Straight
Each
2.20
2.70
3.50
5.00
5.00
5.70
6.00
7.00
Reducing
Each
2.75
3.30
4.35
6.25
6.25
7.00
7.50
8.75
Plugs
Each
.50
.75
.85
1.35
1.35
1.75
1.75
2.00
Bushings
Each
.60
.80
1.00
K50
1.50
1.85
1.85
2.00
Flange Unions
Each
2.25
2.75
3.15
4.50
4.50
5.00
5.00
5.50
Locknuts
Each
.50
.70
.95
1.25
1.25
1.35
1.35
1.50
Return Bends
Close
Each
3.00
4.00
5.00
6.00
6.50
Open
Each
3.75
4.50
5.75
8.00
8.00
Reducers
Each'
1.20
1.50
2.00
2.75
2.75
3.00
3.00
3.50
Caps
Each
.80
1.10
1.30
1.60
1.60
2.00
2.00
2.15
45^ Y-Bends
Each 1
3.25
4.50
6.00
8.00
8.00
9.00
9.00
10.00
Size
Inches! '^^^^
61/4
65/8
7%
8V4
8%
9%
10%
11%
121/2
90= Elbows
Straight Each 4 . 00 7 . 00 10 . 00 13 . 00 20 . 00 28 . 00
35.00
45.00
Reducing Each 5.00 8.75
12,50 16.00 25.00
35.00
45.00
60.00
45^ Elbows Straight Each 5.50 9.00 13.00 16.00 25.00 35.00 45.00
60.00
Tees
Straight Each 5.50
10.00
15.00 20.00 25.00 32.00 , 40.00
50.00
Reducing Each 6.75 12.50
18.75 25.00
30.00
35.00 ' 50.00
70.00
Crosses
Straight Each 7.80
14.00
20.00 26.00
40.00
55.00
70.00
90.00
Reducing Each 9.70
17.50
25.00
32.00
50.00
70.00
90.00
115.00
Plugs Each 2.40 3.75 5.50 6.50 7.50 9.00 11.00
14.00
Bushings Each 2.50 3.75 5.50 6.50 7.50
9.00 14.00
20.00
Flange Unions Each 6.50 8.00 10.00 12.00 15.00 28.00 35.00
45.00
Locknuts Each 1.90
2.50 3.50 4.00 4.50 6.25
12.50
20.00
Reducers Each 4.00 8.00 10.00 12.00 15.00 22.00 30.00
40.00
Caps Each 2.35
4.00
4.35 6.00 7.25
8.50
16.00
20.00
45° Y-Bends Each 12.00
17.00
25.00 35.00 45.00
50.00
65.00
85.00
Fittings with iron pipe and casing threads : For
Standard Cast Iron Casing Fittings with one or more
openings Capped with regular iron pipe thread, add
25 per cent to the list prices shown above.
Galvanized fittings: Galvanized Standard Cast
Iron Casing Fittings can be furnished at double the
list prices shown above.
Other Crane products with casing threads : For
cast iron casing fittings not listed above and for
valves or cocks — brass, iron, or steel — with casing or
special thread, see the Crane Discount Sheet for
prices.
Orders should specify outside diameter of casing,
number of threads per inch, and style of casing.
iitt
s ■ i
II
<^^kUuuuuWiUi«bawfeWttM4
-'-■ ^^i^-''^-'^"
I
204
CRANE
Long Sweep Cast Iron Fittings
WORKING PRESSURES
125 pounds steam
150 pounds cold \\aCer, oil, or gas, non-shock
f '
No. 1
90° Elbow
No. 2
Double Branch Elbow
No. 3
Single Sweep Tee
List Prices, Black
No. 5
Double Sv-eep Tee
No. 4
Cross
Size Inches % 1 11/4 IV2 2 2V2 3 SVz 4 5 6 18 10 12
Straight Each .26 .32 .40 -55 .80 1.20 2-25 3.25 3.50 6.50 8.75 17.00 30.00 40.00
No. 1, 90 Elbows
*Reducing Each .40 .48 .60 .831.201.803,38 4,88 5.25 9.7513.1325.50 45.00 60.00
No. 2, Double Branch
Straight Each .64 .80 1.10 1.60 2. 40!4. 50 6.50 7.00 13.00 17.50 34.00 60.00 80.00
Elbows
*Reducing EachI .96 1.20 1.65 2.40 3. 60;6. 75 9.75 10.50 19. 50|26. 25 51.00 90.00120.00
No. 3, Single Sweep Tees
Straight Each .40 .48 .60 .82 1. 20|1.80;3 .401 4.90 5.25 9.75 13.25 25.50 45.00 60.00
*Reducing Each .72 .90 1.23 1.80 2.70 5.10 7.35 7.88 14.63 19. 88'38. 25 67.50 90.00
No. 5, Double Sweep Tees
Straight Each .52.64 .80 1.10 1.60 2.4014.50 6.50 7.00 13.00 17.50 34.00 60.00 80.00
*Reducing Each .96 1-20 1.65 2.40 3.60 6.75: 9.75 10.50 19.50 26. 25!51. 00 90.00 120.00
No. 4, Crosses
Straight Each .85 1.10 1.50 2. 15 3.2016.00 8.75 9.50 17.50 24. 00i45. 00 80.00 107.00
*Reducing Each 1.65(2.25 3.23 4. 80(9. 00, 13. 13 14.25 26.25 36.00 67.50 120.00 160.50
*Reducing fittings: List prices of reducing Double
Branch Elbows, Single Sweep Tees, Double Sweep
Tees, and Crosses apply Co reducing sizes carried in
stock, shown on the opposite page. Other reductions
can be made to order by bushing in the sand ; when so
bushed, non-stock sizes use the same list prices as
stock reducing sizes, but are sold at an advance in
price; see the Crane Discount Sheet for prices.
No, I Reducing qo° Elbows are made to order only.
Reducing list "prices apply to any reduction when
bushed in the sand from straight sizes.
Reducing fittings that require making a new pattern
are entirely special. Prices on application.
Galvanized fittings: These fittings can be fur-
nished galvanized, at double the above list prices.
American Standard Sprinkler Fittings: Ameri-
can Standard Sprinkler Fittings for use in fire pro-
tection installations are shown on pages 206 to 208.
Dimensions: The dimensions of straight size fit-
tings are shown in the table below. Dimensions of
reducing sizes will be furnished on request.
^/rt /A*y-^-/' ^7;
/
Dimensions, in Indies
D
rr
/
/
f— A-
]
D
r
B
A"-
1
Vi
n
yr^
I
B
]
y-
S
i — ; —
90° Elbow
No. 2
Double Branch Elbow
No. 3
Single Sweep Tee
No. 5
Double Sweep Tee
B — 1—
No. 4
Cross
]
B —
1 1 Thread
Engagement
See page 591
for explanation.
Size
%
1
1V4
1V2
2
2V2
3
3V2 4
5
6
8
10 12
A
2
2V2
3
31/2-
4
4V2
5-
53/4 6V2
71/2
9
IIV4
141/2 17
B
2V2
3
3V2
4
4V2
5
5V4 6V2
7y2
9
11^4
141/2 17
C
2V2
3
3V2
4
51/4
6
65/8 6V2
9
loyg
U3/4
141/2 17
D
2
2V2
3
31/2
4
43/4
5V2
S^Vi, 7
8V2
9V4
113/4
141/2 f 17
E
3
m
4y2
SVa
eVs
7
8V8
8IV16 lOVa
121/4
141/4
173/fi
211/8 243/4
Z
V16
1V16
^Vl6
>VlG
^4
is/ie
1
IViG IVs
1V4
1V16
IV16
1% IV4
CRANE
205
Long Sweep Cast Iron Fittings
Reducing Fittings Carried in Stock
B
6
; i
B
B
c
No. 2
Double Branch Elbow
A
No. 3
Single Sweep Tee
Reducing Double Branch Elbows, Single Sweep
'Tees, Double Sweep Tees, and Crosses are carried
in stock in the sizes shoun below. These are sold
A
No. 5
Double Sweep Tee
at regular prices for reducing fittings.
For prices of non-stock reducing sizes, see the foot
notes on the preceding page.
No. 2
Double Branch Elbows
No. 3
Single Sweep Tees
No. 5
Double Sweep Tees
No. 4
Crosses
ABC
ABC
ABC
ABC
A B
V4 ^^A Xl
1 X 1 X 3/4
1 X 3/4 X 1
1 X 34 X V4
2 x2 X 1
2 X 11/2 X IV2
2 X 11/2 X 1
31/2x21/2x4
3 X 3 X 4
3 X 21/2 X 4
21/2 X IV2
3/4 X34 XIV4
1 X 1 X IV4
3 X 11/2
IV4X 11/4 X 1
lV4Xll/4Xy4
IV4 X 1 X 1
IV4 X 1 X 3/4
11/4x3/4 xiy4
2V2 X 21/2 X 2
21/2x21/2x11/2
21/2 X 21/2 X 1
21/2 X 2 X 21/2
21/2 X 2 X 2
21/2 X 2 X Vh
2 X 2 X 2V2
5 X 5 X 4
5 X 5 X 31/2
5 X 5 X 3
5 X 5 X 21/2
5 X 4 X 5
5 X 4 X 4
5 X 4 X 31/2
5 X 4 X 3
5 X 4 X 21/2
5 X 31/2 X 5
5 X 31/2 X 4
5 X 31/2 X 31/2
5- X 3 X 5
5 X 3 X 4
5 X 3 X 31/2
5 X 21/2 X S
5 X 21/2 X 4
4 X 4 X S
4 X 31/2 X 5
4 X 3 X 5
4 X 21/2 X 5
31/2x31/2x5
31/2 X 3 X 5
4 X 21/2
iy4XlV4XlV2
5 x4
11/2x11/2X2
5 x3
2 X 2 X 2V2
6 x4
21/2x21/2x3
2 x2 X 3
1V2X 11/2x11/4
1V2X 11/2x1
11/2x11/2x3/4
1V2X 11/4x11/4
11/2x11/4x1
11/2x11/4x3/4
8 x6
8 x4
3 X 3 X 4
2V2 X 21/2 X 4
3 X 3 X 21/2
3 X 3 X 2
3 X 3 X IV2
3 X 3 X 1
3 X 2V2 X 3
3 X 21/2 X 21/2
3 X 21/2 X 2
3 X 2 X 3
3 X 2 X 21/2
21/2 X 21/2 X 3
21/2 X 2 X 3
4 X 4 X 5
5 X 5 X 6
2 x2 xli/z '
2 x2 xiy4
2 X 2 X 1
2 X 11/2x11/2
2 X 11/2x1
'
21/2x21/2x2
21/2x21/2x11/2
21/2x21/2x11/4
21/2 X 2 x 2
21/2x2 XII/2
2V2 X 2 X 1
31/2 X 31/2 X 3
31/2 X 31/2 X 21/2
31/2 X 3 X 31/2
31/2 X 3 X 3
31/2 X 3 X 21/2
314 X 3 X 2
31/2 X 2V2 X 31/2
31/2 X 2V2 X 3
31/2 X 21/2 X 21/2
31/2 X 2 X 31/2
31/2 X 2 X 3
3 X 3 X 3V2
3 X 21/2x31/2
3 X 2 X 31/2
21/2 X 2V2 X 31/2
3 X 3 X 21/2
3 X 3 X 2
3 X 3 X 11/2
3 X 3 X 11/4
3 X 3 X 1
3 X 2V2 X 2
3 X2V2XII/2
6 X 6 X 5
6 X 6 X 4
6 X 6 X 31/2
6 X 6 X 3
6 X 5 X 6
6 X 5 X 5
6 X 5 X 4
6x5 X 31/2
6 X 5 X 3
6 X 4 X 6
6 x4 x5
6 X 4 X 4
6 X 31/2 X 6
6 X 31/2 X 5
- 6 X 3 X 6
5 X 5 X 6
5 x4 x6
5 X 31/2 X 6
5 X 3 X 6
4 X 4 X 6
4 X 31/2 X 6
-
3y2 X 31/2 X 2
31/2x31/2x11/2
31/2 X 31/2 X 11/4
31/2 X 3 X 2
31/2x3 xli/2
"
4 X 4 X 31/2
4 X 4 X 3
4 X 4 X 2V2
4 X 3V2 X 4
4 X 31/2x31/2
4 X 31/2 X 3
- 4 x 31/2 X 21/2
4 X 3 X 4
4 X 3 X 31/2
4 x3 x3
4 X 3 X 21/2
4 X 21/2 X 4
4 X 2V2 X 31/2
31/2 X 31/2 X 4
31/2 X 3 X 4
Use reducing
list price
corresponding
ia largest
opening.
4 X 4 X 3
"4 X 4 X 21/2
4 X 4 X 2
4x4x11/2
4 X 4 X 11/4
4 X 31/2 X 11/2
4 X 3 X 3
-
5 X 5 X 3
5 X 5 X 2
6 X 6 X 4
6 X 6 X 3
6 X 6 X 21/2
6 x6 x2
8 X 8 X 6
8 X 8 X 4
-
8 X 8 X 4
U. . I
m
iUMuyWi
1 1 r 1 I I ■
lAayiiii
^MMMMk
206
CRANE
l^'
4
io
'M
■It
, i
American Standard Cast Iron Sprinkler Fittings
WORKING PRESSURES
175-Pound — 175 pounds cold water, non-shock
250-Pound — 250 pounds cold water, non-shock
Style A
i?
Style B
Style C
Style D Style E
Prices on application
Style O
Style P
Stvle G
Style H
Style K
Style L Style M Style N
List Prices, Black, Each
Style R
Style S
175-Pound
250-Pound
Size Inches
2V2 3 3V2 4 5 6 8
2i-'2 3 31/2 4 5 6
Style A Straight 1 . 20 2 . 25 3.25 3 . 50 6 . 50 8 . 75 17 . 00
2.40 4.50 6.50 7.00 13.00 17.50
90' Elbows
Style B 1 Straight i 5.50 6.00! 6.50 7.50 10.00 14.00 30.00
11.00 12.00 13.00 15.00 20.00 28.00
Style C Straight 6.75 7.50 8.50 10.00 12.50 17.50 35.00
13.50 15.00 17.00 20.00 25.00 35.00
Style D
Straight 8.00 11.00 15.00 18.00 32.00
i
Style G
Straight ' 2.40 4.50 6.50 7.00 13.00 17.50
4.80 9.00 13.00 14.00 26.00 35.00
^Reducing 3.60 6.75 9.75 10.50 19.50 26.25
1
Style H
Straight ' 9.00 10.00111.00 12.00 15.00 22.00
18.00 20.00 22.00 24.00 30.00 44.00
*Reducing ' 9.00 10.00 11.00 12.00 15.00 22.00
!
Stvle K
Straight 9.00 10.00 11.00 12.00 15.00 22.00
18.00 20.00 22.00 24.00 30.00 44.00
Tees
^^Reducing 9.00 10.00 11.00 12.00 15.00 22.00
Style L
Straight 9.00 10.00 11.00 12.00 15.00 22.00
18.00 20.00 22.00 24.00 30.00 44.00
"Reducing
11.00:12.00 15.00 22.00
Style M ' Straight 9.00 10.00 11.00 12.00 15.00 22.00
18.00 20.00 22.00 24.00 30.00 44.00
-
C<-,,1n KT
Straight 10.00 11 .50 [ 13.00 , 15 .00 18.00 26.00
20.00 23.00 26.00|30.00 36.00 52.00
i-JUJ' It -LI
^Reducing ! ' 18.00 26.00
1 1
1
Style
Straight
3.20 6.001 8.75 9.50 17.50 24.00
6.40 12.00 17.50 19.00 35.00 48.00
^Reducing ' ; 26-25 36.00
1
Crosses
Style P
Straight
12.50 13.50 15.00 17.00 22.00 30.00
25.00 27.00 30.00 34.00 44.00 60.00
-Reducing 12.50 13.50 15.00 17.00 22.00 30.00
L 1
Style R Straight 12.50 13.50 15.00 17.00 22.00 30.00
25.00 27,00 30.00 34.00 44.00 60.00
Styles , Straight 13.50 15.00 17.00 20.00 25.00 35.001
27.00 30.00 34. 00140. 00 50.00 70.00
American Standard: These fittings conform to
the American Standard for Cast Iron Long Turn
Sprinkler Fittings (Bibg-iqzq) and Addenda BiOgi-
iq37, except that the Crane line includes 8-inch
Screvx'ed Elbows and many Reducing Tees and
Crosses, not defined by the Standard.
Underwriters' inspection: These fittings are listed
as approved and inspected by the Associated Factory
Mutual Fire Insurance Companies, Boston, and the
Underwriters" Laboratories, Chicago.
Flange dimensions and facing: The dimensions
and drilling of the flanges on 1 75-Pound Fittings con-
form to the American Cast Iron Flange Standard,
Class 1x5 (Bi6a-iQ3Q). The flanges are plain faced,
with a smooth finish.
The dimensions and drilling of the flanges on 250-
Pound Fittings conform to the 250-Pound American
Cast I ron Flange Standard (B 1 6b- 1 qzS) . The
flanges have a raised face i^^-inch high. The raised
face is finished with concentric grooves, approxi-
mately lb groo\'es per inch, known as a""serrated"'
finish,
Drilling: List prices of fittings with flanges include
facing and drilling to the American Standard. No
deduction is made if fittings are ordered faced only.
'^'Reducing sizes: "Reducing" list prices apply to
sizes carried in stock, shown on the opposite page.
Other reductions can be made to order; prices on
application.
Other fittings: Standard Cast Iron Fittings (see
page iqy) and i-inch and smaller 250-Pound Cast
Iron Fittings (page 212) are permitted by Under-
writers' Specifications.
Galvanized fittings: Galvanized fittings can be
made to order, at the following advances over the
list prices of black:
175-Pound — 100% advance over Black
250-Pound — 50% advance over Black
Dimensions . . . .page 208
"'M^.«J->
CRANE
207
American Standard Cast Iron Sprinkler Fittings
175'Pound Reducing Fittings Carried in Stock
m'
r
a
Style H
f-
Stvle K
c
^
z:J
a
^
a
Style N
a
Style O
^r~i^
^
a
Style P
175-Pound Reducing Tees and Crosses are carried in
stock in the sizes and types shown below. These are
<;old at the regular prices for Reducing Fittings.
Reducing sizes not carried in stock can be made to
order. Prices on application.
Tees
rosses
Size
2V2 ^ 2V2
21/2 X 2
2 x2
x3
x2V2
x3y2
x3
xZVa
x3V2
x3
x2V2
x3V2
x3
x3y2
x3y2
X3V2
x3V2
Style
Size
G, H, L
G, a L
G, H
G,H, L
G, H
X
X
21/2 x
Style
G, H
G, H
G, H. K, L
G, H
G, H
G
G, H, K
G, H
G,K
G, K
G, K
G, K
G, K
G, H, L, N
G, H
G, H
G, H
G, H, K, L
G, H
G, H
G, H
G
G, H, K, L
G, H
G, H
G, H, K
G, H
G
G, H
Size
X
Style
Size
2V2 X 2V2
x3V2
x3V2
x3V2
x3V2
x3V2
x2l/2
x2V2
Style
x3V2
175'Pound and 250-Pound Bossed Elbows
^
X 1^'-
V2
x2V2
X 6 X 5
Type 1
Type 2 Type 3 Type 4
Extra List Prices for Bosses
Type 5
Orders tnust establish location of
boss by specifying Type Number.
Size of Fitting
2V2"
3"
3V2"
4"
5"
6"
Extra
List Price
♦Each
Screwed Boss t apped for
Slip Boss for pipe
1 1 V2nU£iUVlJl_LILLiL
TVz"! 2" I 2" 1 2" 2V2"|2y2"
1.50
1.50
1.00
Solid Boss (largest tapping) 1 1 V2" 1 1 V2" U V2" I 2" | 2" 1 2"
*The pvrra list oricelo r the boss must be added to the list price ol the Elbow. Screwed Boss
Slip Boss
Solid Boss
Solid Bosses can be tapped for the sizes given in the fittings can be tapped ^^-inch witl.out a boss. 8-inch
table, and smaller. Slip Bosses have a blind hole to can be tapped ^4-inch without a boss,
serve'as a socket for a supporting pipe. tVi to 6-inch
'T I.
MMMktm
208
CRANE
I
American Standard Cast Iron Sprinkler Fittings
Dimensions, in Inches
175-Pound Fittings
ISO-Pound Fittings
^^A
t
(/,
D
^-
n
A
Iz^
K-A-
dm
t— A
-A-
n
t
A
t
A
-A
**
Me
^
i
J
D
-'
fe^
'.
'"
F
(
■■
■
) ■
s Center
/ to face
w
^
a
T
f— A-i-1
!
A
A -," ■ A — -
Dimensions shown in the table below apply to straight sizes only.
Dimensions of reducing sizes will be furnished on request.
175 -Pound
250-Pound
Size
A
^I
C
D
E
F
No.
of
bolts
Dia.
of
bolts
A
B
C
D
E
F
G
No.
of
bolts
Dia.
of
bolls
2V2
4V2
41 2
^^2
7
^Vie 51/2
4
%
51/4
43/4
6V2
71/2 1 1 415/16
57/8
8
3/4
3
5
( 47/8 !
5
7Vi
3/4 6
4
= 8
534
: 51/4
6V2
81/4 IVg 511/16
6%
8
3/4
31/2
53/4
! 51/4 !
5
8V2
'13 16 7
8
■ %
6V2
5%
61 2
9 l3/i6 65/16
71/4
8
3/4
4
6V2
' 51/2 :
6
9
iVie: 71/2
8
■ %
71/4
6
6 1/2
10 11/4 615/16
7^8
1 8
V4
J
7V2
6V4
/
10
:1-16 81/2
8
V4
> 83/8
, 6%
71/2
U l3^ 85/16
91/4
' 8
3/4
6
9
' 7
7
11
1 91/2
8
1 V4
9^8
71/2
71/2
121/2 IV16 9IV16
105/e
12
V4
8
9
8%
9
131/2
! iVs 11^4
8
^,4
10
: 9
10
, 15 1% 1115/16
13
12
Vs
Thread Engagement . . , ^page 591
Templates for drilling . . , pages 551 and 552
CRANE
209
Cast Iron Sprinkler Fittings
WORKING PRESSURES
175-PoLind — 125 pounds steam
— 175 pounds cold water, non-shock
250-Pound — 250 pounds cold wacer, non-shock
B
No. 674
175-Pound
90° Elbow
No. 673
175-Pound
45° Elbow
No. 675
175- Pound
45° Y^Bend
No. 677
175-Pound
Offset
No. 679, 175-Pound
No. 679 E, 250-Pound
Drip or Drain Tee
No. 681, 175-Pound
No. 681 E, 250-Pound
Drip or Drain Tee
List Prices, Black
Size
Inches 2y2
3y2
8
175-Pound
No. 673, 45" Elbows
Each 1.70
2.15
2.80
3.25
4.55
5.95 I 12.30
No. 674. 90' Elbows
Each 1.60
2.00
2.60
3.00
4.05
5.25 10.55
No. 675, 45' Y-Bends
Each 2.76
3.75
5.05 5.80
9.05 11.70 26.30
No. 677, Offsets
With 4-inch offset Each 3.00
4.00
5.00
6.00
8.00 10.00 20.00
With 6-inch offset Each 4.50
6.00
7.50
9.00 12.00 15.00 25.00
No. 679, Drip or Drain Tees
Each 2.83
3.50
4.25
5.00
7.15
8.60 I 17.75
No. 681, Drip or Drain Tees
Each
5.75
6.75
8.00 I 10.80 12.60 24.25
250 -Pound
*No. 679 E, Drip or Drain Tees
Each 5.65
7.00
8.50 I 10.00 ; 14.30 I 17.20 I 35.50
*No. 681 E, Drip of Drain Tees
Each
13.50 ! 16.00 ' 21.60 i 25.20 ■ 48.50
Drip or Drain Tees Carried in Stock
No. 679
No. 679 E
No. 681 No. 681 E
ABC
ABC
ABC
ABC I ABC
2y2x2y2xiy2
5x5x2
5 x 5 x 1 yg
5xSx iy4
5x5x1
2y2x2y2xiy4
2y2 X 2y2 X 1
3 X 3 X 1 y2
3y2x3y2xiy2
2y2x2y2x iy4
3V2x3y2xiy2
3y2x3y2xiy4
3y2 x3y2x iy4
2y2x2y2x 1
3 x3 X UA
3 x3 X 1
4 X 4 X 2
3 x3 xP/z
4 X 4 X 2
4 X 4 X 1 y2
4 X 4 X 1 y4
4 X 4 X n/z
3 X 3 X iy4
3 X 3 X 1
6 x 6 X 2y2
6x6x2
6 X 6 X iy2
6 X 6 X IV4
6x6x1
3y2x3y2xiy2
3y2x3y2xiy4
5 X 5 X 2
5 X 5 X 1 y2
3y2x3y2x2
3V2x3y2xiy2
3y2x3y2x iy4
4 X 4 X 2
4 x4 X U/z
5 X 5 X 2
5 xS xiyz
6 X 6 X 2
6 X 6 X U/z
5 X 5 x 2
5 X 5 X 1 y2
6 X 6 X 2y2
6 X 6 X 2
6 x6 X n/a
6 X 6 X iy4
6 X 6 X 1
8 X 8 X 2y2
8 X 8 X 2
4 X 4 x 2
4 x4 X lyz
4 X 4 x 1 y4
4 V 4 V 1
8x8x3
8 X 8 X 2V2
8x8x2
6 x6 X 2
6 X 6 X 1 yz
4 x 4 x 34
8 X 8 X 2y2
8 x8 X 2
8 X 8 x3
8 X 8 X 2y2
8 X 8 X 2
Cast Iron Sprinkler Fittings : While these fittings
are not included in the "American Standard", they
are frequently used in sprinkler installations.
*Drip or Drain Tees: List prices of Drip or Drain
Tees apply only to the regular stock sizes shown in
the above table. Straight sizes or other reducing
sizes can be made to order; prices on application.
Flange dimensions and facing: The dimensions
and drilling of the fiangeson 175-Pound Fittings con-
form to the American Cast Iron [^"lange Standard,
Class 125 (Bi6a-iq3q). The flanges are plain faced,
with a smooth finish.
The dimensions and drilling of the flanges on 250-
Dimensions on application
Pound Fittings conform to the lyo-Pound American
Cast Iron Flange Standard (Bibb-iQzS). The
flanges have a raised face He-inch high. The raised
face is finished with concentric groo\'es, approximate-
ly lb grooves per inch, known as a "serrated" finish.
Drilling: List prices of fittings with flanges include
facing and drilling to the American Standard. No
deduction is made if fittings are ordered faced only.
Galvanized fittings; Galvanized fittings can be
made to order, at the following advances over the
list prices of black:
175-Pound — 100% advance over Black
250-Pound — 50% advance over Black
Templates for drilling. . . .pag^s 551 and 552
I.
Ill:,
' k H I
;'
t I
f
"'■'"" ....~...».>^....»..^.....>..»....^...»^.
L.
210
CRANE
17 5 -Pound Cast Iron Fittings
WORKING PRESSURES
175 pounds steam
300 pounds cold water, oil, or gas, non-shock
90° Elbow
45° Elbow
Tee
Cross
t
; :.f
' i '
1
lJ I
,ii
'*^ize
45" Y-Bend
Reducer
Return Bend
Prices on application
See dimension tahie
for list of sizes.
List Prices, Black
^„
Inches I y2
%
1 \Wa V/2 2 2V2 I 3 [3M
8
10
12
n A o l~^ 1 1
Straight Each .09 .11 .15 .21 .28 .45 1.00 1.50'2.10 2.40 3.60 5.50 9.50 16.50 29.00
90 Flbows
^Reducing Each .13 .17 .23 .32 .52 1.15 1.70 2.75 6.25 11.00 19,00 33.00
45" Elbows Straight Each .10 ,12 A7 .22 .30 .50 1.10 1-65 2.30 2.65 4.00 6-00 10.50 18.25 32.00
Straight Each| .13 .16 .21 .28 .40 .63 1.40 2.20 2.90 3.35 5.25 S.OO 13.25 23.00 42.00
Tees
^Reducing Each ' .24 .33 .46 .72 1.60 2.501 3.85 6.00 9.25 15.25 26.50 48.00
y^^
Straight Each .28 .35 .45 .55 .75 1.00 2.20 3.30 4.60 5.25 8.00 12.00 21.00 36.50 64.00
Crosses
^Reducing Each , 1.15 3.80 6.00 13.75 24.00 42.00 74.00
45^^ Y-Bends Straight Each 2.60 4.00 6.25 10.00 14.00 26.00 45.00
Reducers Each ' .40 .50 .60 .70 1.10 1.50 2.00 2.25 4.50 9.00,13.50 20.00
'^*!i
mi )
*Reducing fittings: List prices of Reducing qo°
Elbows, Tees, Crosses, and Reducers apply to reduc-
ing sizes carried in stock, shown on the opposite page.
Other reductions can be made to order by bushing in
the sand; when so bushed, non-stock sizes use the
same list prices as stock reducing sizes, but are sold
at an advance in price; see the Crane Discount
Sheet for prices.
Reducing 45° Elbows and 45° Y-Bends can be made
to order by bushing in the sand from straight sizes.
When so bushed, reducing sizes use the same list
prices as straight sizes, but are sold at an advance in
price; see the Crane Discount Sheet for prices.
Reducing fittings that require making a new pattern
are entirely special. Prices on application.
Service recommendations : Crane 1 75-Pound Cast
Iron Fittings are recommended for services that are
too severe for Standard Cast Iron Fittings but not
severe enough to require 250- Pound Cast Iron
Fittings. They are suitable for all general service
on steam, water, oil, or gas lines.
-
Rugged construction: The fittings are ruggedly
constructed, being liberally reinforced at points sub-
jected to greatest stress. They have a high safety
factor; pressures required to break the fittings are far
in excess of those for which they are recommended.
Threading: Crane 175-Pound Cast Iron Fittings
are uniformly and accurately threaded to gauge.
All openings are in true alignment and are slightly
chamfered to assure easy entrance of the pipe.
Galvanized fittings: Galvanized fittings can be
made to order, at double the list prices of black
fittings.
CRANE
211
17 5 -Pound Cast Iron Fittings
Reducing Fittings Carried in Stock
90° Elbow
90*^ Elbows
y^
xi/2
1
X %
y^
IV4XI
IV2XII/4
1^2X1
2
2
xU/z
X 1
2V2 X 2
21/2 XIV2
2V2 X 1
3
3
3
3
4
4
4
4
4
X21/2
x2
xlVz
xl
x3
x2y2
x2
XIV2
xl
6
X 4
6
x3
6
x2V2
6
x2
8
x6
8
x4
10
x8
10
x6
10
x4
12
X 10
12
x8
12
x6
Reducer
Reducers
1
xy4
1V4X 1
1V2XIV4
IV2 X 34
X IV2
2V2 X 2
3
3
3
x2V2
X 2
X 1
31/2 X 3
4
4
4
4
x3i/2
x3
x2
X 1
6
6
6
6
x5
x4
x3
X 2
8
8
x6
x4
10
10
10
x8
X 6
x3
12
12
12
X 10
x8
x6
Reducing qo° Elbows, Tees, Crosses, and Reducers
are carried in stock in the sizes slnown in the table
below. These sizes are sold at the regular prices for
reducing fittings.
For prices of reducing fittings not carried in stock,
see the footnotes on the preceding page.
B
C
B
Tee
Tees
B
1
1
1
1
1
1
X 1
X 1
xy4
X34
x3/4
xV2
XV2
X
X
X
X
X
X
X
V:
'4
2
1
Vz
1
1
IV4 X IV4
11/4x1
1V4X1
11/4x34
11/4x34
11/4 X
3/4
'4
/4
4
X
X
X
X
X
X
1
11/4
1
3/4
11/2 xlVz
11/2x11/2
11/2x11/2
1V2XU/2
11/2 X1V4
11/2 X1V4
11/2x11/4
11/2x1
11/2x3/4
11/2x3/4
1 X 1
xll/4
X 1
x3/4
xl/2
XIV4
X 1
x3/4
X 1
xll/2
Xll/4
Xll/2
B
2
2
2
2
2
2
2
2
2
2
iy2x
1 X
X
X
X
X
X
X
X
X
X
X
2
2
2
IV2
11/2
11/2
IV2
1
1
1/2
11/2
1
X
X
X
X
X
X
X
X
X
11/2
1
3/4
1V2
11/4
1
V4
2
11/2
2
2
2
B
21/2
21/2
21/2
21/2
21/2
21/2
21/2
21/2
2 1/2
21/2
21/2
21/2
2
X
X
X
X
X
X
X
X
X
2V2
21/2
21/2
2V2
2V2
2
2
2
IV2
11/2
1
%
2
X
X
X
X
X
X
X
X
X
X
X
X
X
2
11/2
11/4
1
V4
21/2
11/2
1
2V2
11/2
21/2
21/2
21/2
3
3
3
3
3
3
3
3
3
3
3
21/2 X
2 X
X
X
X
X
X
X
X
X
X
X
X
3
3
3
3
21/2
21/2
2
2
11/2
11/2
1
21/2
2
X
X
X
X
X
X
X
X
X
X
X
X
X
21/2
2
11/2
1
3
21/2
3
2
3
11/2
3
3
3
ABC
5
5
5
5
5
X
X
X
X
X
5
5
4
3
2
X
X
X
X
3
2
4
5
5
4
4
4
4
4
4
4
4
4
4
4
4
4
3
21/2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
4
4
4
4
4
3
3
2
IVs
1
3
2^2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
3
21/2
2
11/2
1
4
3
4
21/2
4
2
4
4
4
4
6
6
6
6
6
6
6
6
6
6
6
4
3
X
X
X
X
X
X
X
X
X
X
X
X
X
6
6
6
6
6
6
4
4
3
3
2
4
3
X
X
X
X
X
X
X
X
X
X
X
X
X
5
4
3
21/2
2
1
6
4
6
3
6
6
6
ABC
8x8
8x8
8x8
8x8
8 X
8 X
8 X
6 X
6
6
4
6
X
X
X
X
X
X
X
X
6
4
3
2
8
6
8
8
10
10
10
10
10
X 10
X 10
X 10
X 10
x8
10 X 8
10 X 6
8x8
x8
x6
X
X
X
X
X
X
4
3
10
8
10
10
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X 10
12x8
12 X 6
12 X 4
10 X 12
10 X 10
8 X 12
8 x8
4 xl2
Dimensions, in Inches
-\
B
Cross
Crosses
B
2 x 11/2
3x2
4 X 21/2
4x2
6x4
6x2
8x6
10x8
10 X 6
Dimensions apply only to straight sizes and to Reducers;
dimensions of reducing sizes will be furnished on application.
*A*
A i A
-*-A-*'*A
*
r-L "^f ji
\
*
A
T
J '
t
X
A
t
_
1 ■
/
* /
4
A
A '
'
t 1'
r"
t
n.
1
r
90° Elbow
J
Tee
Cross
45° Elbow
45° Y-Bend
Reducer Return Bend
See page 591
for explanation
Size
1/2
3/4
1
11/4
IVz
2
21/2
3
31/2
4
5
6
8
10
12
A
IV4
IV16
1%
lyg
21/8
21/2
31/4
33/4
41/8
41/2
51/2
6 1/4
73/4
91/4
111/2
B
1V16
IV16
IV16
1%
1V16
11V16
2
2Vi6
21/2
211/16
31/8
31/2
4Vl6
53/1 6
6
F
6 1/4
7%
9V4
ns/g
13Vl6
1615/16
2OII/16
G
S3/,6
61/8
7%
^1/4
103/4
135/8
163/4
J
2
21/8
2y4
2yi6
211/16
3
31/8
3%
43/8
51/4
6V16
71/8
Z
1/2
V16
11/16
11/16
11/16
V4
15/16
1
II/16
11/8
11/4
IV16
IV16
IVs
IV4
Return Bends
Size
1/2
^4
¥4
3/4
1 1
IV4
11/2
11/2
11/2
11/2 11/2 2
2
2
2
2
2
M
1^4
2
3
41/2
23/8 3
3
21/2
2^8
31/4
31/2 6 31/4
4
41/2
5
6
6V2
N
2
2S/16
213/16
3Vl6
23/4 3
35/16
35/J6
31/2
311/16
313/16 5Vi6 4
43/8
45/8
4%
53/8
55/8
Size
21/2
21/2
2V2
21/2
3 3
3
3
3
4
4 4 4
4
4
4
6
6
M
41/2
47/8
6
7
5 6V4
8
9
U
6
7 71/2 8
9
11
12
10
13
N
55/16
51/2
6I/16
6yi6
6 65/8
71/2
8
9
73/16
711/16 7i5/,6 83/16
8II/16
91V16
103/16
105/8
121/8
HillilllllilllMi
I
212
CRANE
250-Pound Cast Iron Fittings
Short Pattern
I I
fi ■
\ t
r
m
WORKING PRESSURES
250 pounds steam
400 pounds cold water, oil, or gas, non-shock
90° Elbow
No. 182 E, Straight
No. 184 E, Reducing
Cross
No. 192 E, Straight
45" Elbow
No. 186 E, Straight
Tee
No. 188 E, Straight
No. 190 E, Reducing
45° Y-Bend
No. 194 E. Straight
Coupling
No. 195 E, Right Hand
No. 196 E, Right & Left
List Prices, Black
Return Bend
No. 187 E, Right Hand
No. 189 E, Right & Left
Size Inches 1/4 Vs V2 V4 1 11/4 W2 2 ( 2V2
No. 182 E
Straight
Right Hand Each .20 .20 .25 .30 .35 .45 .60 .75 1.25
90' Elbows
Right and Left Each .30 .36 .42 .54 .72 .90
No. 184 E, Reducing f*l Each .35 .40 ' .45 .55 .75 .95 1.55
45" Elbows No. 186 E, Straight Each .35 .40 .44 .55 .70 .90 1.50
Tees
No. 188 E, Straight Each .35 ,35 ,40 .45 .55 .70 .90 1.15 1.80
No. 190 E. Reducing (*) Each t -55 .60 .70 .90 1.15 1.40 2.25
Crosses
No. 192 E, Straight Each .60 .65 .70 .90 1.20 1.50 2.50
45° Y-Bends No. 194 E, Straight Each' 1 ' ! l.IO ! 1.35 1.80 ' 2.25 3.75
Couplings
No. 195 E, Right Hand Each \ | .39 .50 .66 .83
No. 196 E, Right and Left Each .48 .60 .80 1.00
Size
Inches
3
31/2
4
5
6
8
10
12
r\j\Q T^i 1
No.
182 E,
Straight
Each
2.00
2.75
3.50
5
50
8
00
17
00
28
.00
40
00
90 tlbows
No.
184 E,
Reducing f*l
Each
2.50
3.40
4.40
6
80
10
00
21
00
35
00
50
00
45' Elbows
No.
186 E,
Straight
Each
2.50
3.50
4.50
6
75
9
7S
21
00
34
.00
48
.00
T^
No.
188 E.
Straight
Each
3.00
4.25
5.50
8
25
12
00
25
00
42
.00
60
00
Tees
No.
190 E,
Reducing (*)
Each
3.75
5.30
6.85
10
25
IS
00
31
00
52
.00
75
.00
Crosses
No.
192 E,
Straight
Each
4.00
5.50
7.00
11
00
16
00
34
00
45^ Y-Bends
No.
194 E,
Straight
Each
6.00
11.00
16
50
24
00
[ 50
.00
List Prices, No. 187 E and No. 189 E Return Bends, Black
Size
Inches
iy4 I Wi I 1V4 I 1V4 I 1V4 I 1V4
11/2
W2
Center to center
Inches
2%
2V2
3
4
5
6
; 8
21/2
31/2
3V4 1
41/2
6
No, 187 E, Right Hand
Each
.70
.70
.80
.95
1.10
1.35
1.75
1.25
1.95
1.60
2.70
3.25
No. 189 E. Right &Left
Each
.80
.80
1
1.40
2,25
1.80
m
^Reducing fittings: List prices of reducing qo
Elbows and Tees apply to reducing sizes carried in
stock, shown on the opposite page. Other reductions
can be made to order by bushing in the sand; when
so bushed, non-stock sizes use the same list prices as
stock reducing sizes, but are sold at an advance in
price; see the Crane Discount Sheet for prices.
Reducing 45° Elbows, Crosses, and 45° Y-Bends can
be made to order by bushing in the sand from straight
sizes. When so bushed, reducing sizes use the same
list prices as straight sizes, but are sold at an advance
in price; see the Crane Discount Sheet for prices.
Reducing fittings that require making a new pattern
are entirely special. Prices are on application.
Rugged Construction: Crane 2 50-Pound Cast
Iron Fittings are of the Short Pattern. They are
unusually rugged and have a high factor of safety
above the recommended working pressure.
Threading: The thread lengths are longer than
those found in standard weight fittings, and the
threads are accurately cut to gauge. All openings
are slightly chamfered to insure easy entrance of the
pipe, and are in true alignment.
Galvanized fittings: Galvanized fittings can be
made to order at double the list prices of black
fittings.
CRANE
213
250-Pound Cast Iron Fittings
Short Pattern
90° Elbow
No. 184 E
Reducing Fittings Carried in Stock
Reducing oo° Etbows and Tees are carried in stock in the sizes shown
in the table below. These sizes are sold at the regular prices for
reducing fittings.
For prices of reducing fittings not carried in stock, see the footnotes
on the preceding page.
B
Tee
No. 190 E
No 184 E I
90 Elbows'
No. 190 E
Tees
l^ x%
B
B
V2
XV4
3/4
¥4
1 x3/4
iVixl
ivixy*
V2 X
V3 X
V2
xVg
XV4
mxlVi
iVjxl
IV2X3/4
Va X
3/4 X
Va X
3/4 X
V4 X
^4
V4
3/4
V2
V2
xVz
x3/g
XV4
xVa
XV2
2
2
2
XIV2
XIV4
xl
2»Ax2
2V2XIV2
3
3
X 2V2
x2
1
1
1
1
1
1
1
1
1
3/4
X
X
X
X
X
X
X
X
X
X
1
1
1
3/4
3/4
¥4
X
X
X
xl
Va
4
V2
V4
1/2 xl
X
X
X
V4
V2
V2
3/4
X
xl
xl
^4
4 x3
1V4X
1V4X
1V4X
1V4X
1V4X
1V4X
1V4X
1V4X
1V4X
1V4X
IV4X1
1V4XV4
1V4X
1V4X
1
1
1
1
3/4
^2
X
X
X
X
X
X
1V4
1
3/4
V2
iy4
1V4
1V4X
1V4X
1
1
X
V2
V4
1
Va
y-^/A
xl
X1V4
xiy4
XIV4
X
X
X
X
X
X
1V2
1V2
1V2
1V2
1V2
1V2X
1V2X
1V2X
1V2X
IV^X
llAx
IV2X
IV2X
iy2x
HAx
nAx
U/zx
iy4x
ly+x
iy4x
1 X
iy2xiy4
iy2xi
iy2x3/4
iy2xy2
1 y2 X y4
iy4xiy2
iy4xiy4
iy4xi
iy4x
iy4x
1
y4
V2
1
1
¥4
y-L
Va
X
X
'4
2
iy2
iy4
xl
X1V2
iy4
iy2
iy4
B
X
X
X
X
IV
iy4xiy2
1 xP/z
y4 xivz
1 xP/z
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
lyzx
1V2X
1V2X
1V2X
iy4x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
2
2
2
2
2
X
X
iy2
iy4
X 1
X
X
X
¥4
y2
y4
iy2x2
HAxU/z
iy2xiy4
n/zxi
lV2xy4
iy2xy2
iy4x2
iy4xiy4
x2
xPA
x2
xiyz
x2
2
2
2
2
2
B
1
1
Va
Va
Vz
iy2x
iy4x
1 X
3/4 X
iy4x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2y2x
2V2X
2 X
2
2
2 X
1 y2 X
2y2x
2y2x
2
2
2
2
2
2
2
X
X
X
X
X
X
3/4
y2
2y2
2
iy2
iy4
1
V4
y2
X
X
iy2x2y2
iy2x2
11/2 xiy2
1 X 2y2
y4 x2y2
2 X 2y2
iy2x2y2
iy4x2y2
1 x2y2
iy2x2y2
B C
2y2x
2y2x
2y2x
2V2X
2y2x2
2y2xiy2
2V2Xiy4
2y'.xi
3
3
3
3
3
3
3
3
x3
x3
x3
x3
x3
x3
x2y2
x2
xiyz
xiy*
X 1
xy4
x2y2x3
x2y2x2y2
3
3
3
3
3
3
3
3
3
3
3
x2y2
x2y2
x2y2
x2y2
x2
x2
x2
x2
x2
xiyz
xl
2y2x2y2
V ''
x2
xiy2
xiy4
xl
x3
x2y2
x2
xU/z
xiy4
x2
x3
x3
x3
A B
3y2x3y2
3y2x3y2
3y2x3y2
3y2x3y2
3y2x3y2
3y2x3y2
3y2x3
3y2 X 3
3y2 X 3
3y2x3
3y2x2y2
x3
x2y2
x2
xiy^
xiy4
xl
x2y2
x2
xUA
xiy4
x2V2
4x4
4x4
4x4
4x4
4x4
4x4
4x4
4 X 3y2
4x3y2
4x3y2
4x3
4x3
4x2y2
4x21/2
4x2
3x3
x3
x2y2
x2
xiy2
xiy4
xl
xy4
x2y2
x2
xiy2
x4
x3
x4
x2y2
x4
x4
ABC
5x5
5x5
5x5
5x5
5x5
SxS
5x5
5x4
5x4
5x4
5x3
5x2
x4
x3
x2y2
x2
xiy2
xiy4
xl
x3y2
x3
x2
x5
x5
6x6
6x6
6x6
6x6
6x6
6x6
6x6
6x6
6x6
6x4
6x4
5x5
x5
x4
x3y2
x3
x2y2
x2
xiy2
xiy4
xl
x6
x4
x6
8x8
8x8
8x8
8x8
8x8
8x6
8x6
x6
x5
x4
x3
x2y2
x6
x4
10x10x8
10x10x6
10x10x4
12xl2x 10
12x12x8
12x12x6
Dimensions, in Inches
Dimensions apply only to straight sizes; dimensions
of reducing sizes will be furnished on request.
■^±^1
A
J.
■^
H
*
—
Thread
Engagement
9^ Elbow
Tee
Cross
45° Elbow
45° Y-Bend Coupling Return Bend
>.\\\\v^:
See page 591
for explanation.
Size
y4
%
y2
V4
1 [ iy4
iy2
2
2y2
3
3y2
4 5
6 8 1
10
12
A
iy4
p/ft
iy4
1V16
1% nVi6
2y4.
2y2
215/16
33/8
33/4
4V8 4y8
2IV16 33/,6
5% 7
8%
10
B
1
ly*
1 iviei iy2
i^yie
2
2y4 !
2y2
2Vl6
3»yi6 45/8
4y8
SV2
F
4y4 , 4y8
53/4
63/4
7y8
SVa
10% 13Vi6
i5y4 isys
G
3y4 3 13/16
4y2
5V,6
6y8
6ys
i
syz 10V4
i2y4 14
H
2Vl6 2'Vi6
3Vl6
3%
1
t
Z
%
%
y2
V16
»Vi6 ^yi6
>Vl6
3/4
»Vl6
1
lyiG
n/a 1 iy4
IVie IV16
1^8
1^4
Return Bends
Size
1
iy4
iy4
iy4
iy4
IV,
iy4
lys
n/a
M — Center to center
23/i
s
2y2
S
2y2
3y2 3y4 4y2
N — Face to back
2»Vi6 1 3y4 I 3Vi6 4y]
16
41 Vi
16
5Vi
16
6V1
16
3Vi
16
4y8 I 5V]
16
Y
-i-M JiLjm^^jm
1 1I n in ilii
•^ '*'* • -^-
- - — -■-'■ - — - ■
214
CRANE
•\
\
\leta] \v'orkang plants find in Crane's
wide selection a reliable source of cor-
rect valves and fittings for each of their
multitudinous piping requirements.
Large Crane cast iron screwed
fittings, flanged gate \"al\"es, and
flanges and flanged fittings installed
in cooler lines of a beverage plant.
^
Front \'ie\v of manifold in lubricating oils blending plant,
assembled completely ^\'ith Crane cocks, unions, and fittings.
Cast iron valves, fittings, and flanges. \\ ater supply lines to
breaker beater in a paper mill — Crane-equipped, oi course!
CRANE
215
Cast Iron Drainage Fittings
Cast Iron Drainage Fittings pages 216 to 220
Roof Connections page 220
Traps, Increasers, and Offsets page 221
Tucker Connections and Couplings page 2.21
Dimensions of Drainage Fittings pages 222 and 223
Crane-Hulbert Drainage Fittings page 224
Other Cast Iron Screwed Fittings. . . .pages 195 to 213
Crane Cast Iron Drainage Fittings ha^■e the same inside diameter as
wrouglit pipe. Wlaen a joint is made, the end of the pipe practically
meets the shoulder at the back of the thread chamber, forming an un-
obstructed passage-way for foreign matter. Each opening is chamfered
to permit easy entrance of the pipe. Black fittings are coated, except
when otherwise ordered for communities requiring uncoated fittings.
Maileable Iron Drainage Fittings, made from Cast Iron patterns, can
be furnished to order. They have the same list prices as the Cast
Iron, but are sold at an advance in price; see the Crane Discount
Sheet for prices.
Brass Drainage Fittings can be made to order; prices on application.
Vacuum Cleaning : These fittings are well suited for vacuum cleaning
installations. Regular pitched fittings are furnished unless orders
specify unpitched. ^
■ <
r '
216
CRANE
Cast Iron Drainage Fittings
List Prices, Each
1 K
t
I
No. 1000, 90' Elbows
Size
Inches
Black
Each
Galv.
Each
1
1 .28
.49
1^4
.30
.52
1^
.38
.67
2
.57
1.00
21 2
1.20
2.10
3
1.45
2.55
31-,
4-
1.90
0.00
4
2.30
4.00
5
4.25
7.40
6
6.25
11.00
S
15.00
26.25
10
131.00
54.00
12
47.50
S3. 00
14
65.00
114.00
li:xli4
. D.
x.OO
2 xli2
-So
1.50
2 Xll'4
5 x4
4.25
7.40
6 X 5
6.50
1 1.35
Pitched
^i per
I'oot.
No. 1008. 90^ Elbows
with 2-inch Side Outlet
Sire j Black Galv.
Inches Each i Each
2.90
5.10
3.8
6.
/ o
Pitched 14- per foC'C.
N
671
0. 10021 2
2" Elbows
Size
Inches
Rlack
Each
Galv.
Each
1
.28
.49
U/i !
.30
.52
112 '
.38
.67
2 1
.57
1.00
->
1.45
2.55
4
2.30
4.00
5
4.25
7.40
2
No. 1005 i
21 2' Elbows 1
Sire
Inches
Black
Each
Galv.
Each
1
1 .28
.49
1^4
.30
.52
II2
.38
.67
t
.57
1.00
-'2
1.20
2.10
3
1.45
2.55
4
2,30
4.00
5
1 4.25
7.40
6
6.25
11.00
8
15.00
26.25
10
t 31.00
54.00
12
47.50
83.00
No. 1002. 60' Elbows
Size
Inches
Black
Each
Galv.
Each
1
.28
.49
lU 1
.30
1 .52
1^2
.38
.67
z
.57
1.00
2 1/2 '
1.20
2.10
3
1.45
2 . 55
31 2 !
1.90
^.36
4
2.30
4.00
4.25
7.40
6
6.25
11.00
8
15.00
26.25
10 (
31.00
54.00
No. 1006. UI4''
Elbows
Si-e
Inches
Black
Each
Galv.
Each
1
.28
.49
l\4
.30
.52
1^4
.38
.67
^
.57
1.00
2I2
1.20
1 2.10
1.45
2. 55
4 1
2.30
4.00
S 1
4.25
I 7.40
6
6.25
11.00
8
15.00
1 26 . 25
10
31.00
54.00
No. 1003. 45°
Elbows
Size
Inches
Black
Each
Galv.
Each
1 1
.28
( .49
IV4
.30
! .52
iVi ,
.38
.67
2 1
.57
j 1.00
2V2 ,
1.20
2.10
J 1
1.45
1 2.55
31 2
1.90
1 3.35
4 '
1
2.30
4.00
5 1
4.25
7.40
6
6.25
11.00
8 '
15.00
26.25
10
31.00
54.00
12
47.50
83.00
14 1
65.00
114.00 1
No. 1007, 5^8^ Elbows
Size Black Galv.
Inches Each Each
1 1 .28 .49
11/4 .30 1 .52
II2 I .38 1 .67
2 1 .57 1.00
2V2 1.20 2.10
3 j 1.45 2,55
4 1 2.30 4.00
5 4.25 7.40
6 6.25 11.00
8 1 15.00 26.25
10 31.00 ■ 54.00
Malleable Iron: Mal-
leable Iron Drainage
Fittings made from the
Cast Iron patterns can
be furnished to order.
They use the same list
prices as the Cast Iron,
but are sold at an ad-
vance in price; see the
Crane Discount Sheet
for prices.
Dimensions ... .page 222
i\o. 1009. 90' Elbows
with 2-inch Heel Outlet
Size Black Galv.
Inches - Each Each
2.90
5.10
3.%.
6.
/ o
Pitched }i' per foot.
)
1
90°
No. 1057
Street Elbows
Sire
Inches
Black
Each '
Galv.
Each
1I4
.35
.60
1^/^
1 -40 1
.70
1
^
.60
1.10
No. 1058
45" Street Elbows
Size
Inches
Black Galv.
Each Each
11
.35 I
60
iVi
I .40 I .70
.60
1.10
K?^.
CRANE
217
Inlet
Inlet
n
r
No. 1010
Three-Way Elbows
Size
Inches
Black
Each
Galv.
Each
1V4
.75 1.25
Wz
.85
1.50
2
1.10
1.95
2V2
2.25 3.90 1
3
3.00
5.25
4
5.00 8.75
5 7.50
13.15
6 13.50 23.50
ABC
11/4x0/4x11/2 .95
1.65
IVax 11/2x2 1.20 2.10
3 x3 x4
5.50
9.65
4 x4 xS
8.25
14.50
4 x4 x6
15.00
26.25
5 x5 x6
The inlets are pitched
K-inch per foot.
Cast Iron Drainage Fittings
No. 1001
90° Elbows
Long Turn
Size
Inches
Black
Each
Galv.
Each
1
.33
.57
11/4
.35
.60
IV2
.42
.72
2
.65
1.15
21/2
1.40
2.45
3
1.75
3.10
3V2
2.30
4.05
4
2.75
4.80
5
5.25
9.20
6
7.50
13.15
8 1
19.00
33.25
10 (
38.00
66.50
12
57.50
100.00
14
75.00
130.00
1 hp.se e 1
30WS are
ich per fc
pitched
ot.
List Prices, Each
No. 1001 1/2
90" Elbows
Extra Long 1 urn
Size
Inches
Black
Each
Galv.
Each
IV4 .35 .60
IV2 .42
.72
2
.65 1.15
21/2 1.40
2.45
3
1.75
3.10
4 2.75 4.80
These elbows are pitched
3^-inch per foot.
No. 1047
90° Elbows
Long Turn
with Clean-out
Size
Inches
Black
Each
Galv.
Each
2 1.20 2.10
3
3.00 5.25
4
5.00 ( 8.75
5
7.50
13.00
6 10.00
17.50
1 hese e bows are pitched
M-inch per bot.
No. 1056
90° Elbows
Long Turn
with Clean-out
and Base
Size
Inches
Black
Each
Galv,
Each
2
3.00 5.25
3
4.50 8.00
4
7.00 12.25
5
12.00 21.00
6 18.00 31.50
These e bows are pitched
?^-inch per foot.
No. 1004
45° Elbows
Long Turn
Size
Inches
Black
Each
Galv.
Each
1
.33
.57
iy4
.35
.60
11/2
.42
.72
2
.65
1.15
21/2
1.40
2.45
3
1.75
3.10
4
2.75
4.80
5
5.25
9.20
6
7.50
13.15
8
19.00
33.25
10
38.00
66.50
12
57.50
100.00
14
75.00
130.00
Inlet
B
V
No. 1018
Basin 1 ees
Size
Inches
Black Galv.
Each Each
11/4 .60 1.00
11/2 .70 1.22
2
1.10 1.95
21/2
1.75 1 3.00
A B
11/2 X 11/4 .77 1.35
2 x 11/2
1.20
2.10
2 x IV4
The in et is pitched
^.-^-inch per foot.
"L
v^
No. 1012 No. 1013
Closet Elbows
Prices on application
Inlet
C
B
No. 1017
Tees
Size
Inches
Black Galv.
Each Each
1
.4(
) .70
11/4
.45 .80
IV2
.55 1.00
2
.80 1.40
2V2
1.50 2.50
3
2.00 3.50
4
3.25
5.70
5
6.00
10.50
6
8.75 15.25
8
21.00 37.00
10
43.00 75.00
12
60.00 100.00
14
79.00 133.00
ABC
II/2XIV2XII/4
.60 1.10
2 x2 xiy2
.90
1.60
2 x2 xli/4
21/2x21/2x2
1.65
2.75
3 x3 x2
2.20
3.85
3 x3 xli/2
3 x2 x3
Lse No. 1009
4 x4 x3
3.60
6.30
4 x4 x2
4 x2 x4
Use No. 009
5 x5 x4
6.60
h
11.55
5 x5 x3
5 x5 x2
6 x6 x2
9.60 16.75
S x8 x3
23.00 40.70
10 xlO x8
47.30
82.50
10 xlO x6
12 xl2 xlO
65.00
110.00
12 xl2 x8
14 xl4 xl2
85.00
145.00
14 xl4 xlO
14 xl4 x8
Ihe inlet
J^-inch p
s pitched
)er foot.
Malleable Iron: Mal-
leable Iron Drainage
Fittings made from the
Cast Iron patterns can
be furnished to order.
They use the same list
trices as the Cast Iron,
Dut are sold at an ad-
vance in price; see the
Crane Discount Sheet
for prices.
Dimensions . . .page 222
¥m%
1 . . J;
218
CRANE
Cast Iron Drainage Fittings
B
I
I
List Prices, Each
^
■
No. 1020
90° Y-Branches
Tee Pattern
Size
Inches
Black
Each
Galv.
Each
Size
Inches
Black
Each
Galv.
Each
1
.40
.70
ABC
IV4
.45
.80
31/2x31/2x2
3.20 5.60
IV2
.57
1.00
4 X 4 x3
3.85
6.75
2
.85
1.50
4 x 4 X 2V2
21/2
1.80
3.15
4 x4 x2
3
2.20
3.85
4 x4 XIV2
3V2
2.90
5.10
4 x4 xli/4
4
3.50
1 6.15
3 X 3 x4
5
6.50
i 11.35
5 X 5 X 4
7.15
12.50
6
9.50
16.50
5 X 5 x3
8
23.00
; 40.00
5 X 5 X 21/2
10
47.00
j 82.00
5 X 5 X 2
12
70.00
1 124.00
5 x5 XIV2
ABC
6 X 6 X 5
10.50
18,50
IV4X 11/4 X 1
.50
.90
6 x 6 x4
IV2XIV2XIV4
.63
1.10
6 X 6 x3
IV2XIV4XIV4
6x6x2
IV2XIV2XI
6 x6 xli/2
2 X 2 X 1 1/2
.95
1.65
8 X 8 X 6
25.50
44,50
2 x2 X 11/4
8x8x5
2 X 11/2 X 2
8x8 x4
2 X n'2x 1V2
8x8 x3
21/2x21/2x2
2.00
3.50
8 x8 x2
2y2x 21/2x11/2
10 xlO x5
^7 (\(\
QQ i\n
21/2x21/2x11/4
10 xlO x4
3L , UU uo . \j\r
3 X 3 X 2
2.40
4,20
12 xl2 x5 80.00 145.00
3 x3 xli-2
3 X 3 X 11/4
3 X 2 X 3
TI
ne inlet
is pitched 34-''^ch per foot.
Vent
Side Inlet
* Inlet*
Inlet
Inlet
Q
^
B
Inlet
No. 1024
90° Double Y-Branches
Tee Pattern
Size
Inches
Black
Each
Galv.
Each
Size
Inches
Black
Each
Galv.
Each
1 .60 1.05
A B
IV4
.70 1.22
21/2 X 2
3.15
5.50
IV2
.85 1.50
21/2x11/2
2
1.30 2.30
3 x2
3.75
6.55
2V2
2.85 5.00
3 xli/2
3
3.40 5.95
4 x2
5.75
10.00
4 5.25
9.20
4 XIV2
5
9.50 16.50
5 x4
5 X ^
10.50
18.50
6
14.00 24.50
8
36.00 62.00
5 x2
10 60.00 102.00
5 X IV2
A B
6 x5
15.50
27.00
11/4x1
.77 1 1.35
6 x4
6 x2
IV2 X 11/4
.95 1.65
2 X IV2
1.50
2.60
8 x6
8 x4
40.00
68.00
2 X IV4 .
8 x3
1 he inlets are pitched J^-inch per foot.
Side Inlet
No. 1054
With Side Inlet
on Right Side
No. 1055
With Side Inlet
on Left Side
No. 1050-
With N'ent
on Right Side
No. 1051
With Vent
on Left Side
No. 1052
With Side Inlet
on Right Side
No. 1053
With Side Inlet
on Left Side
No. 1054 or No. 1055
90=^ Y-Branches
with 2-inch 45^ Side Inlet
(Closet Tees)
Size
Inches
Black
Each
Galv.
Each
4 6.35 11,00
A B
5x4 11.50 20.00
6x4 17.00 29.50
Ihe 4-inch in et is pitched
i^-inch per foot.
No, 1050 or No* 1051
90' Y-Branches
with 2-iiich Vent on Branch
(Closet Tees)
Size
Inches
Black
Each
Galv.
Each
4
5,75
10.00
1 he 4-inch inlet is pitched
J^-inch per foot.
No, 1052 or No. 1053
90° Y-Branches
with 2-inch Side Inlet
(Closet Tees)
Size
Inches
Black
bach
Galv.
Each
4
5.75 10.00
ihe 4-inch iniet is pitched
i.4-inch per foot.
Malleable Iron: Malleable
Iron Drainage Fittings made
from the Cast Iron patterns can
be furnished to order. They use
the same list prices as the Cast
Iron, but are sold at an advance
in price; see the Crane Discount
Sheet for prices.
Dimensions . . page 223
CRANE
Cast Iron Drainage Fittings
219
B
I
List Prices, Each
No. 1022
90° Y-Branches
Long Turn, Tee Pattern
Size
Inches
Black
Each
Galv.
Kach
IV4
.57
1.00
IVz
.70 1.22
2 1.10
1.95
21/2 1 2.40
4.20
3 i 3.35
5.85
4 6.00
10.50
5
9.50
16.50
6
20.00 35.00
8
40.00
70.00
10
55.00
90.00
12
80.00
140.00
ABC
11/4 X IV4X 1 .63
1.10
IV2X 11/2x11/4
.80
1.40
IV2XIV2XI
2 x2 X 11/2
1.20
2.10
2 x2 X 11/4
2 X 2 X 1
2 X 1 1/2 X 2
21/2x21/2x2
2.65
4.65
21/2x21/2x11/2
21/2x21/2x11/4
21/2 X 21/2 x 1
3 X 3 X 21/2
3.75
6.55
3 X 3 X 2
3 X 3 X 11/2
4 X 4 X 3
6.60
*
11.55
4 X 4 X 21/2
4 X 4 X 2
4 x4 X 11/2
3 X 3 X 4
5 X 5 X 4
10.50
18.50
5 X 5 X 3
5 X 5 X 2V2
5 X 5 X 2
5 X 5 X 11/2
6 X 6 X 5
22.00
38.50
6 x6 x4
6 X 6 X 3
6 x6 x2
8 x8 X 6
44.00
77.00
8 x8 X 4
8 x8 x3
10 X 10 X 8
60.00
102.00
10 X 10 x6
10 X 10 x 5
10 xlO x4
12 xl2 x6
85.00
150.00
12 X 12 x5
I he inlet is pitched
J-^-inch per foot.
No. 1026
Double 90* Y-Branches
Long lurn, Tee Pattern
Size
Inches
Black
hach
Galv.
Each
11/4 1.00
1.75
IV2
1.10
1.95
2
1,75
3.10
21/2 3.60
6.30
3
5.00
8.75
4
9.00
15.75
5 1 14.00 i 24.50
6
30.00
52.50
8
60.00
105.00
10 70.00 119.00
A B
1 1/4 X I 1.10
1.90
IV2XII/4
1.25
2.25
lV2Xl
2 X 11/2
1.90
3.35
X2 xli/4^
21/2 X 2
4.00
7.00
2V2XII/2
21/2x11/4
3 x2
5.50
9.65
3 X 11/2
4 x3
10.00
17.50
4 x2
4 X 11/2
5 x4
15.50
27.00
5 x3
5 X 2
6 X 5
33.00
58.00
6 X 4
6 x3
6 X 2
8 X 6
66.00
116.00
8 x4
8 X 3
10 x8
77.00
131.00
10 X 5
The in ets are pitched
^-inch per oot.
B
Inlet
I
\
B
inlet
R
No. 1019
asin Crosses
Size
Inches
Black
bach
Galv.
Each
1V4
1.25
2.25
iy2
1.50
2.50
2
1.75
3.10
A B
2 X 1 1/2
1.95
3.40
The 1
n ets are pitched
-inch per not.
No. 1046
Partition Crosses
Size
Inches
Black
bach
Galv.
bach
11/4 ' 1.05 1.85
A B
IV2 X 11/4
1.25 2.20
2 X IV2
1.65
2.90
2 X 11/4
Ihp^^e Crosses are convenient fit-
tings, but their use may not be per-
mitted in some localities.
1 he in ets are pitched
i^-inch per foot.
tin
Malleable Iron: Malleable Iron Drainage Fictings
made from the Cast Iron patterns can be furnished
to order. They use the same list prices as the Cast
Iron, but are sold at an advance in price; see the
Crane Discount Sheet for prices.
Dimensions . . .pages 222 and 223
.1 •
220
CRANE
I
Cast Iron Drainage Fittings
B
List Prices, Each
I
No. 1028
45 V-Branches
Si-ie
Inches
Black
Each
Galv.
Each
Size
Inches
Black
Each
Galv.
Each
1
.4b
.80
ABC
IV4
.52
.90
4x4 X 2
4.25
7.40
lU
. 65
1.15
4x4 XIV2
2
.95
1,65
4 X 4 X IV4
2^2
2.10
3 . 70
5x5 s 4
7.80
1
13.65
1
T
J
2.65
4.65
5x5 X 3
4
3.85
6.75
5x5 X 2
5
7.10
12.50
5x5 X 1 1''2
6
10.50
18.50
6x6 X 5
11.50
20.00
S
25.00
44.00
6x6x4
10
52.00
91.00
6x6 X 3
12
75.00
130.00
6x6 X 21 2
14
95.00
165.00
6x6 X 2
ABC
6 X 6 X 11/2
1^2 ^ 1^2 X n4
1.25
S X S X 6
27.50
48.00
: x: xVi
1.05
1.85
5x8 X 5
2 X 2 X IV4
8x8x4
: XP2XII2
8x8 X 3
21/2x212x2
2.30
4.00
10 X 10 X 6
57.00
97.00
2i'2 X 2*2 X n.
10 X 10 X 5
:i2X 2^2 X IV4
10 X 10 X 4
3 X 3 X 2V2
2.90
5.10
12 X 12 X 8
80.00
140.00
3 x3 X :
12 X 1: X b
3 X 3 X IV2
14 X 14 X 12
105.00
175.00
3 X 3 X 1 U
14 X 14 X 6
3I2X3I2X 2^2
o,3S
6.20
14 X 14x5
4 X 4 X 3
4.25
7.40
14 X 14 X 4
4 x4 x2i2
14x 14x 3
No. 1032
60° Y-Branches
Si::e
Inches
Black
Each
Galv.
Each
11/4
.52
.90
1V2
.65
1.15
^
.95
1.65
3
2.65
4.65
4
3.85
6.75
5
7.10
12.50
6
10.50
18.50
A B
2x11/2
1.05
1.85
3x2
2.90
5.10
Size
Inches
Black
Each
Galv.
Each
A B
4x3
4.25 7.40
4x 2
5x4
0x3
5x2
7.80
13.65
6x5
1
6x4
6x2
11.50
20.00
8 X b
8x4
27.50i48.00
45°
No. 1030
3oubIe Y-Branches
Size
Inches
Black
Each
Galv.
Each
Size
Inches
Black
Each
Galv.
hach
W4
. .90
1.60
A B
1V2
' 1.00
1.75
3x2
4.40
7.70
2
1.45
2.55
3x11^2
2V2
3.25
5.70
4x3
6. 35
11.00
i 4.00
7.00
4x2
4
' 5.75
10.00
5x4
11.75
20.50
**
3
i 10.75
18.80
5x3
6
16.00
' 28.00
5x2
8
38.00
66.50
6x4
17.50
30.50
10
78.00
137.00
6x3
12
110.00
200.00
6x2
A B
8x6
42.00
72.00
1V2^1V4
1.10
1.90
8x4
2 XII2
1.60
2.80
10x6
86.00
146.00
21/2x2
3.60
6.30
12x8
121.00
215.00
2V2XIV2
21/2x11/4
*No. 1034. Roof Connec-
tions i illuscrated at the
right) are designed for use
on steel or wrot iron vent
pipes at" the point they pass
through a roof. They form
a counterflashing at the top
edge of the roof flashing
around the pipe.
No. 1049
Special Upright Y-Branches
Size
Inches
i Black Galv.
Each Each
Size
Inches
Black 1 Galv.
Each Each
11^
2.55, 4.55
A B 1
2
2 . 65 ' 4 . 65
2 X 11 2
2.90 5.10
3
( 5.50, 9.75
2I2 X IV2
4.50i 7.75
4
8.00' 14.00
2I2 X 2
5
12.00121.00
3 X 2
6.0010.50
4 X 2
8.75115.25
6 x4
22.00 38.50
*No. 1034
Roof Connections
Size Black Galv.
Inches Each Each
IV2 1.10 1.90
1.15 i 2.00
1.20 2.10
1.50 f 2.60
2.00 3.50
4.25 7.40
These rool connec-
tions have straight
threads.
Malleable Iron :
Malleable Iron
Drainage Fittings
made from the
Cast Iron pat-
terns can be fur-
nished to order.
They use the same
list prices as the
Cast Iron, but are
sold at an advance
in price; see the
Crane Discount
Sheet for prices.
Di
imensions ...
page 223
41
CRANE
221
Cast Iron Drainage Fittings
Inlet
Vent
List Prices, Each
^..Jr^
Va-^!
Clean-Out
Outlet
Clean-Out
No. 1036
S Traps
Size
Inches
Black
Each
Galv.
Each
2 1 4.00 7.00
3
9.25 16.00
4
14.00 24.00
5
21.00 37.00
6
36.00 63.00
Inlet
Outlet
No. 1037
Half S Traps
Size • Black
Inches Each
Galv.
Each
IV4 1.55
2.70
IV2 1.70 3.00
2 2.20
3.85
3 5.00
8.75
4 10.00 17.50
5 21.50
37.50
6 32.50 57.00
8 1 55.00; 95.00
10 '100.00 175.00
1 he outlet is pitched
3^-inch per foot.
Vent
\'ent
Clean-Out
Inlet
No. 1059
P Traps
Size
Inches
Black
Each
Galv.
Each
IV4 1.45
2.55
IV2 1.55
2.70
^ 2.00
3.50
3 4.70
8.25
4 9.50 16.60
Ihe outlet is pitched
J^-inch per foot.
^
r^
Outlet
Clean-Out
Outlet
No. 10591/2
Bath P Trap
Size
Inches
Black
Each
Galv.
Each
iy2 1.30 2.30
2 1.85 3.25
The outlet is pitched
K-inch per foot.
No. 1038
Running Traps
Size Black
Inches Each
Galv.
Each
IV4 2.40 4.20
IV2 2.70 4.70
2 3.30 5.75
3 1 5.50 9.50
4 9.75 17.00
5 24.50 43.00
6 33.50 58.50
8 65.00 115.00
10 : 115.00 200.00
12 180.00 300.00
14 300.00 500.00
' 'he inlet and outlet are
pitched j^4-inch per loot.
No. 1033
Increasers
Size
Inches
R ack
Each
Galv.
Each
2 X 11/2
1.75i 3.00
21/2 X 2
2.00 3.50
3 X 21/2
2.50
4.40
3 x2
3 xV/i
31/2 X 3
3.20
5.60
4 x3y2
3.75
6.55
4 x3
4 X 2
5 x4
5.50
9.65
5 x3
5 X 2
6 x5
6.50
11.35
6 x4
8 x6 ,
15.00 26.25
8x4
10 x8
20.00
35.00
12 xlO
40.00'70.00
No. 1048
Tucker Connections
Size
Inches
Black
Each
Galv.
Each
11/4 .50 .90
iy2
.55 1.00
*2 1 .80
1.40
3 1 2.00 3.50
4 1 3.25 5.70
5 6.00 10.50
6 8.75 15.25
Sizes 4-inch and larger
aresupp iedwitha loose
ring (not i lustrated).
*The 2-inch size only is
made of mal eab e iron ,
it wi fit within a 4-inch
wall.
No. 1039
Offsets
Size
Inches
Black
Each
Galv.
Each
2x4 2.15 : 3.75
2x6
2.40 4.20
2x8 2.60 4.55
2x 10
2.85 5.00
3x4
Z.ZS 5 . 85
3x6
4.00 ) 7.00
3x8 4.75 ' 8.30
3 X 10
5.50 ' 9.65
4x4
5.00
8.75
4x6
5.75 '10.00
4x8 6.50 11.35
4x10 7.50
13.15
4x 12 8.50 15.00
5x6 9.00 15.75
5x8 10.00
17.50
5 X 10
11.00
19.25
5 X 12
12.00
21.00
6x6 12.50 22.00
6x8
13.50
23.50
6x 10
14.50 25.50
6x 12
15.50
27.00
No. 1070
Couplings
Size
Inches
Black Galv.
Each Each
11/4
.70 1.25
iy2
.80 1.40
2
.90 1.60
^V^
1.20 2.10
3
1.50 ! 2.60
4
2.50 4.40
5
4.00 7.00
6
6.00 10.50
8
10.00 117.50
10
14.00 24.50
12
22.00 138.50
Dimensions
pages 222 and 223
Malleable Iron: Malleable Iron Drainage Fittings made
from the Cast Iron patterns can be furnished to order. They
use the same list prices as the Cast Iron, but are sold at an
advance in price; see the Crane Discount Sheet for prices.
BM
■:,,,
m
ItlHi
i^ \\m
^ '
Hi
W^^^
^^l^UBftASKl
222
CRANE
I
Cast Iron Drainage Fittings
Diniensioas, In Inches
I
I
^
No :'»'••
No. J 007
S
A
IOd.!
— H—
1057
r - '
1>-
1^8
5" Scree:
J> a
1W9 No. 1M2H No. 1002
leei
N
I
10011^
No. 1003
So. 1004
45' Efr*:*
So. 1
T=
1
R
3>faLl*V
^^-.
Firring
^^
E&cr* 11^^
aadB^9£
2 3 436
-:r^ 1 ll-z 2 2
I
I
A ¥.t
I
^
n
E.ir>:'*"
V-A
Lir>i-
"W—
Nc.
.^-^
X-V
No. 1019
1046
See pa^ 593
far dLOian^o^an,
So- K^S
-i*j^r
, _ .^ ^^ ^ 3 or.
^^ -
:r^ Sizes - ^,.
:i>ers;
Sire .A
B
C
D
E
^
'— ^
3
K
L
NC
- ■
V ~ K
- ' 4
- "£.
.
^
*
- • i<
1-. :^4
- " 1£
l^t
IH
1 ,
1
:H
_ — c
-1 ■
i»i :^ €
1^^
- " i
IV4
1"^
i»^:*
21 = -;
- •!*
2
1*^
21^
- -*'£
*
*
l^i
1 " .«
« ~ *
i "'1
''.£
-'fc
• ^ i
3 - :S
-^r^^^t£
— '*
:i*".f
- ■" i
■-'-•S2
IS
^VW
3 3--f
t
-H
4
--^1£
1-.4
4H
3'-i 5 --2
3'-'fe
4*1
4 3^-^tf
3^t
3S,
:3*
:*-€
r^-s
■^
1
1
~~~6
5 -i:'-'
«- i
^ i
-^^-<
'H
-H
*'4
^■-1
* 55. J
4^-.e
3^^
:^M6
2^^
:^1€
J
<
-f
8 ^^-
5^ J
f2
^ 1 i
3«.4€
:;n
^1^
^
y
10 7^4
t'«
4 s
3"'s
3
-"<
11
12 r !
1
51^
1
J
J
u
14 r-i
r* t
M'i
V-^' N
p
R
^ s
T
u
V
w
X
Y
-
— T
1 1 ^
1^-2
1
- :f
'
Sc
1-4
IN
•\
-^4
3
4H
^
s
-i -
(
:s<
-•It
-■ ' tc
:s
s
:; 4
-4
4
IS
3-fc
-':€
^ ^
^-^
3^,
9
H
Z^^ 4^-
:*-*
3i5-c
4-4
4
9
"»
3 5 4
- 6
514
::=-€
^=1C
1
4I4
f
■"^W
3^':
9
1
^ ^
J '- C
. ^
- ' i
« «
^ ?
*
4"-'
^
^
5
^%
'1
' — ■»
^ ^
1
^U
9
1*1*
ft
4--t
' 't
4 f
^1€
^
5
<t
iH
8
6
I
***
i
5H
9
IH
10
7*5
7^
6^4
9
i*/k
i:
^K
c
V
c
l"i«
14
9^-,
^*
9
IS
*i
No. 1039 Orr>ct5
v -^ ;
2*3 2 2 3 3
33444445
5*55**^*
£
4 ^ > 16 4 •>
% 10 4 to 8 10 12 «
S 10 1: to 8 10 12
b
n-2 ^U 11^, 135-2 834 1:44
::s, 14»4 <^i4 1134 13I4 IS»4 17*4 i:^
-4S -^ lS%fe 13S IS^ ITS t^S
CRANE
223
Cast Iron Drainage Fittings
Dimensions, in Inches
r
A
^
B
I— A-
No. 1020
90° Y-Branch
Tee Pattern
tn
No. 1024
90^ Double
Y-Branch
Tee Pattern
B
=3n
T
A
I '
No. 1050 or
No. 1051
90° Y-Branches
with 2-inch
Vent on Branch
(Closet Tees)
>— A-^
No. 1052 or
No. 1053
90° Y-Branches
with 2-inch
Side Inlet
(Closet Tees)
=f
No. 1054 or
No. 1055
90' Y-Branches
with 2-inch
45= Side Inlet
(Closet Tees)
No. 1022
90° Y-Branch
Long Turn
Tee Pattern
/
/
\
t s
L
^:\
J
\<r
1 ' r
No. 1026
Double 90° Y-Branch
Long Turn
Tee Pattern,
No. 1028
45° Y-Branch
No. 1030
45° Double Y-Branch
K
No. 1032
60° Y-Branch
Dimensions apply to straight sizes only ; dimen-
sions of reducing sizes furnished on requesc.
No. 1049
Special Upright
Y-Branch
Size
A
B
E
F
G
H
J K L
M
N
P
R
1
l^Vie 31/4
23/4 4Vl6 1 i
iy<
21/4 33/4 35/8
43/4
13/16
31/4 5 25/i6 43/16
1V2
21/2 41/4 41/8
53/8 11/4 3% 51/2 2% 4% 511/16 2%
2
3ViG 53/ig 57/,g ^i/^g 15/8 45/ig 67/16 31/4 51/2 : 7 31/4
8V4 6V4
2V2
311/16 6V16 6I/4
- 8I/4 2 53/8 77/8 1 1
3 41/4 71/4
71/2
913/16
2V,6 63/16
9 43/4 73/4 9II/16 45/8 103/4 8I/16
31/2 411/16 8
I \
4 5Vi6 83/4 9% 133/4, 27/8
71V16
107/8 53/4 93/8 1 113/4 513/16 141/8 10%
5 bVg 105/ie 121/4 153/4 31/2
93/iG 1215/16 63/4 lll/g 133/4 7 163/4 129/16
6 71/8 II15/16 14Vi6 IS^Vie 4% 103/4 143/4 77/8 13 1 201/4 ISS/g
8 9 ISV16 I95/16 249/16 51/4
I39/16 1813/16
10
113/8 20 243/ie 305^ 6I/2 161/8 20 j
12
133/4 241/4 285/8 36 73/4 19% 241/4 \
14
211/2 28
1
1
1
Size
S
T
U
V
W
X
Y
z
a
b
c
d e f
g
IV4 25/i6 31/8 2 33/4 73/4 34
2 115/16 41/2 f 3/^
1%
iy2
21/2 33/g 21/4- 43/ft 83/ft 7/, 21/4 2y« 5 41/ifi 41/, 4Vifi 1 IV.
2
S 3i/,6 4 2Vi6 S3/i6 lOi/g 7/3 23/4 2Vi6 511/16 4i3/,6 55/16 4i3/„
J 1 2
iy4 3
3
111/4 43/16 53/g
31/2 71/8 131/4 13/16 33/4 33/8 71/8 1
4 133/4 51/8 7
43/16 93/8 171/4 11/2 5 41/4 91/16
2 4
5 16% 6V16 83/8 43/4 113/8 201/2
2
4
6 193/4 6Vifi IOVr 5V.R 131/2 231/4
2
4
8 8IS/16 123/8 63/4 171/4 301/4 II 1 3
6
10
103/4 143/4 8V4 203/4 36V4 i
3
6
12
17 91/2 245/8 417/8 3 i 6
14
181/2 101/2 271/2 1 45 1
1 4
8
g— Size of Vent
f— Size of Clean-Out
No- 1036, S Trap
g^Size of Vent
T-W
f— Size of Clean-Out
No. 1037
Half S Trap
g— Size of Vent
f— Size 'of Clean-Out
No. 1038
Running Trap
f— Size of Clean-Out
No. 1059, P Trap
No. 10591/2
Bath P Trap
I
I
#1
I
1«l
JMli
I
p
J
I
!!'■
2M
C f^ A M £
f
Cr^jic-Hulbcn Drainai^e rittinijs
For \fall Closets
I
I
I
r==f
>f»i^
1
i
/;
JL
■^-*_-^
•s.
■u
«
I
I
- Jr^tets
^^
I>-..:--.,
V-'
:te-\ c
Srtc V"»c*
^ijmec to ladiiiaTie x1^ insr^ltoion of sm^ or
comrunaiion j>i man\ featixres to ser\T s ^^leciiv
- THi ; - -" " mos:t :'''' xem mannc-
^
■ - ' -. xhc x-. - -
XD be proper'- r^rtchec in kjce^n^ ^^.. f-^^-^rnnmi:
^ baaxcrv -car, be
nana xhe Aoor. xh?
^ <^
— ra! .chsir. ime car^ ae insxaiied above the iteoT
and xHc r.umher o: f ' — ^ and ioims are
4 J JS. '^-j J V
ts line incLutte t.^^^r. »r r^*\Tani2ed scniwtd
huh and :sr^^0t Tixin^ in ia ii»9nj jHwumnug o:
^ypcs anc sises. in ^- - . ^jh to the iai^i4Xix -ocs^
iltusrratcd ai>ovt. a -ciimptece \aaTict\- of Swwi Tum
- 'anc--- -..-' r .. -...^, ■ -.:arcaJst .. .^..._Dte.
Th^^" anz pr£>v;ried for €xctn;u>nalh comnaa in-
>* ' ■ .ori< ^-i-^Ti: srsaoe "re 3ns ^ n^:. ;-.i:mift
the use o: tnc - ^ ^^ Tixm FaxiMs.
/;
tttn
4'C-^
W^t''' "'
225
^Juf^
^r,.:
es^ Etc
// V
f
A)
^^
/r.-J< /
r/
i..-;i>.^
,-^6cs 33Q and 340
^
' ■ J
;mi
224
CRANE
Crane-I
'I
i I
:i
mi^
i^
Q
■' - ,1
,^>-^
^ -r > ^
Ur-r
r
-->-^
l^-
.. •;
^'-r.
V
— I
r
"1
Single Battery of Wall Closets
End View
Crane-Hulbert Drainage Fittings
signed to facilitate the installat
double batteries of wall closets.
combination of many features tc
need in the simplest and most effic
In these fittings, the inlet openir
progressively different distances al
the lateral drain line, thus enabli
to be properly pitched in keepin
practices. All of the closets in ;
installed at a uniform height frc
'=^ ...
7
.U
€ ^^.
"^n
I
Complete information, prices, and dimensions
will be furnished on application.
I
%
CRANE
225
Iron and Steel
Bushings, Plugs, Couplings, Nipples, Etc.
Iron Bushings page ^^t
Steel Bushings ; page 2^7
Iron Plugs page ^^g
u t^r "v P^g^ ^^S
Wrought Couphngs page 22q
Wrought Steel Nipples pages 230 and 23 1
Long Screws page 232
haced Couplings and Locknuts page 232
Small Pipe Bends page 232
Single Strap and Double Strap Clamps page 233
The fittings mentioned above have been grouped together in
this section of the catalog because they are used generally
with Malleable Iron, Cast Iron, or Steel fittings.
For greater convenience, the following fittings are shown
with related products in other sections of this catalog:
Hydrant Clamps page 8q
Wood Rod Couplings page 8q
Street Washer Keys page So
Hydrant Handles page Sq
Brass Couplings and Locknuts page 256
Brass Bushings, Plugs, and Nipples, .pages 258 and 259
Malleable Iron Couplings pages 185 and jqo
A.A.R. Malleable Iron Couplings page 193
Forged Steel Couplings pages 3 3q and 340
\
:
m
;.|
r
V
X.
if
226
CRANE
Iron Bushings
Outside Hexagon
Inside Hexagon
Face
Eccentric
Double Tapped
Note: Face Bushings in sizes ^i^-inch and smaller do not have tugs (not illustrated) .
List Prices, Each
Size
Inches
'A
%
1'2
V4
1
IV4
IV2
2
2V2
3 31/2 4 5 6
8 10 12
Hexagon
Black
.04
.04
.04
.05
.06
.07
.09
.14
.21
.30 .40 .50 .93 1.25
2.75 3.75 5.00
Galv.
.08
.08
.08
.10
.12
.14
.18
.28
.42
.60 .80 1.00 1.85 2.50
5.50 7.50 10.00
Face
Black
.08
.08
.09
.11
.13
.17
.22
.32
.48
.70 1.20 1.50 2.60 3.75
9.00il4.00 20.00
Galv.
.12
.12
.14
.17
.20
.25
.33
.48
.72
1.05|1.80 2.25 3.90 5.60
13.50 21.00 30.00
Eccentric
Black
.22
.25
.27
.42
.60 .80 I. 00 1.85 2.50
Prices
Galv.
.44
.50
.54
.84
1.20 1.60 2.00 3.70 5.00
on application
Double Tapped
Black
.50
.70
1.00 1.25 2.40 4.00
Galv.
1.00
1.40
2.00 2.50 4.80 8.00
1
1
I y
I
'^llfi
bl
1
a 1
a 1
a 1
X 1/2
x%
X V4
X Vs
blV*
iy4
aiy4
alV4
a 11/4
X 1
X V2
x%
xl/4
List prices sho\\'n above apply only to stock items. A tabulation of
the sizes carried in stock and the materials from which thev are
made — cast iron, malleable iron, or steel ~ is shown in the table
below. Other sires or materials are special; prices on application.
Bushings Carried in Stock
Hexagon
Face
Eccentric
Double Tapped
bV4
X Vs
b%
b%
X V4
X Vs
bV2
bV2
bV2
x%
XV4
xVa
b3/4
¥4
3/4
X V2
x%
X V4
X Vs
b IV2 X
IV2X
a IV2X
a 11/2 X
a V/2X
a VAX
IV4
1
V4
Vz
V4
b
a
a
a
a
a
2
2
2
2
2
2
2
X
X
X
X
X
X
X
1V2
1V4
1
V4
V2
V4
b 2V2 X
a 21/2 X
a 2y2 X
a 2V2 X
a 2V2 X
a 2V2 X
2
IV2
IV4
1
3/4
V2
a
a
a
a
a
a
a
3
3
3
3
3
3
3
X
X
X
X
X
X
X
2
1V2
1V4
1
Va
V:
3V2
a 3V2
a3V2
a3V2
3V2
3V2
a 31 ',
a
a
x3
x2V2
X 2
XIV2
XIV4
X 1
x3/4
a
a
a
a
a
a
a
4
4
4
4
4
4
4
4
4
x3V2
x3
x2V2
x2
XIV2
XIV4
X 1
x3/4
X V2
a
a
a
a
a
a
a
a
6
6
6
6
6
6
6
6
6
x5
X 4
x3V2
x3
x2V2
X 2
XIV2
XIV4
X 1
a
a
a
a
a
a
5
5
5
5
5
5
5
5
x4
x3V2
x3
x2V2
X 2
XIV2
XIV4
X 1
a
a
a
a
a
a
8
8
8
8
8
8
x6
x5
x4
x3
x2V2
x2
10
x8
a
10
x6
a
10
x5
a
10
x4
12
a 12
a 12
X 10
x8
x6
c V4
X Vs
c %
X V4
c %
X Vs
c V2
x3/s
c V2
X V4
c V2
xVs
c V4
xV?
c 3/4
x3/r
c 3/4
X V4
b 1
x3/4
b 1
X V?
bl
X 3/r
b 1
X V4
blV4
X 1
blV4
x3/4
blV4
XV2
blV2
XIV4
blV2
X 1
blV2
x3/4
blV2
X V2
b 2V2 X 2
b 2V2 X IV2
b 2V2XIV4
b2
b2
b2
b2
XIV2
XIV4
X 1
y4
b
3
x2V2
b
3
X 2
b
3
XIV2
b
3V?
X 3
b
3V2
x2V2
b
3y2
x2
b
4
x3V2
b
4
x3
D
4
x2y2
4
x2
b
5
x4
5
x3
b
6
X 5
6
x4
6
x3
b
8
x6
blO
x8
bl2 X 10
a — Indicates sizes made with inside hexagon; other sizes have outside hexagon.
b — Indicates sizes made of malleable iron.
c — Indicates sizes made of steel; these do not have lugs (not illustrated).
Sizes not indicated by ^'b" or "c" are made of cast iron.
1V4
x3/4
1V4
X V2
1V2
x3/4
iy2
X V2
2
XIV4
2
X 1
2
x3/4
2
XV2
2y2XlV2
2y2xiv4
2y2 X 1
2V2 X 3/4
2y2 X Vr
3
3
3
3
3
X
X
X
2
IV2
IV4
1
V4
3y2 X 2y2
3y2 X 2
3y2 X n/z
3y2 X ly*
4
4
4
4
4
4
x3
x2y2
X 2
xiy2
XIV4
X 1
5
5
5
5
5
X 4
x3V2
X 3
x2V2
X 2
6
6
6
6
X 4
X 3
x2Vz
X 2
b2 xlVzxlVz
2 xiy4xiy4
2x1x1
2 x3/4 x3/4
2 xVz xVz
b2y2
2y2
x2
X1V2
x2
XIV2
3
3
3
3
x2
XIV2
xiy4
xl
x2
XIV2
XIV4
xl
3y2
3V2
3y2
3y2
3V2
3V2
x3
x2y2
x2
xlVs
xiy*
xl
x3
x2V2
x2
xlVa
XIV4
xl
4
x3 x3
4
X2V2X2V2
4
x2 x2
4
xlVzxlVz
6 x4 x4
«^«
Double Tapped Bushings : Double Tapped Bush-
ings are used to reduce threaded tank openings to
suction pipe sizes. They permit the passage of a
foot valve or strainer through the tank opening, and
then close the opening down to suction pipe size. All
sizes are recessed between the tappings.
t
, 'I I
'J
CRANE
227
Steel Bushings
ii
I
No. 326 D
Hexagon Bushing
No. 327 D
Face Bushing
No. 347 D
Hexagon Bushing
Long Pattern
List Prices
Size
Inches
No. 326 D
Hexagon
Each
No. 327 D
Face
Each
No. 347
Hexagon
Each
Size
Inches
No. 326 D
Hexagon
Each
No. 327 D
Face
Each
No. 347 D
Hexagon
Each
Va xVs
.45
Use
Regu ar
Face
Bushings
shown
on page
226.
3 X 21/2
8.00 5.00
17.75
% XV4
.45
.50
3 x2 8.00
5.00
% xVs
.45
3 xiy2 7.25
5.00
VZ x3/8
.45
.65
3 XIV4 7.25
V2 ^1/4
.45
3 xl 7.25
Vi xVs
.45
3 x34 7.25
¥4 XV2
.45
.90
3 xi/2 ! 7.25
^4 X%
.45
31/2x3 9.00
6.00
24.50
3/4 XV4
.45 .
3y2x2V2 9.00 6.00 1
^4 xVs
.45
3V2x2 9.00
6.00
1 x3/4
.50 .60
1.25
31/2 xiy2 8.25
1 xV2
.50
.60
31/2 XIV4 1 8.25
1 x%
.50 .60
31/2x1 8.25
1 XV4
.50
.60
31/2x34 8.25
1 xVs
.50
4 x3y2 10.50
7.50 1 30.50
IV4XI
.66
.75
1.90
4 x3 1 10.50
7.50
1V4X3/4
.66 .75
4 x2V2 1 10.50
7.50
iV4xy2
.66
.75 !
4 x2 i 10.50
7.50
11/4x3/8
.66
1
4 xli/2 9.50
IV4XV4
.66
4 xiy4 9.50
11/2X11/4
.83
.95 2.75
4 xl 9.50
IV2XI
.83
.95
4 x3/4 9.50
1V2?V4
.83
.95
4 xi/2 9.50
iy2XV2
.83 .95
5 x4 12.50
8.75
1V2X3/8
.83
5 X31/2 ; 12.50
IV2XV4
.83 !
5 x3 12.50
8.75 •
2 XIV2
1.32 1.50 I 6.75
5 x2V2 12.50
2 xiy4 1.32 1.50
5 x2 12.50
2 xl 1.32 1.50
5 xli/2 12.50
i
2 x34 1.20 1.50
5 x 11/4 12.50
2 X 1/2 1-20
5 xl 12.50
2 x3/8 1-20
6 x5 20.00
10.00
2 X 14 1 . 20
6 x4 20.00
10.00
21/2x2 5.00 2.00 15.30
6 x3V2 20.00
10.00
21/2x11/2 5.00 2.00
6 x3 20.00
10.00
2y2xlV4 4.50 2.00
6 x2i/2 20.00
21/2x1 4.50
6 x2 20.00
1
2y2x34 4.50
6 xiy2 20.00
2V2xy2 4.50
6 XIV4 20.00
6 xl 20.00
Working Pressures
(Sceam, Water, Oil,
Oil Vapor, Gas, or Air)
Temper^
Pounds, Non-Shock
ature
No, 326 D
(Reduc-
ing two
or more
sizes)
No. 327 D
No. 347 D
No. 347 D
Degrees
Fahr.
(3-inch
and
arger)
(214-inch
and
sma er)
100
6000
9000
150
5700
8550
200
5400
8100
250
5100
7650
300
4800
7200
350
4500
6750
400
4200
6300
450
3900
5850
500
3600
5400
550
3360
5040
600
3120
4680
650
2880
4320
700
2640
3960
750
2400
3600
800
2200
3300
850
2000
3000
900
1800
2700
950
1590
2385
1000
1140
1710
u
i ,
The No. 347 D are long pattern hexagon bushings,
especially designed for one size reductions. They
'have heavy metal sections and will easily withstand
I r
the severe and high-pressure services for which
regular hexagon bushings reduced one size are not
entirely satisfactory.
■UUttUUUUiU^
'""'""'^"■^
r""^"*
ILL^ L ' I I i
[
II
Hti
I
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i
I
228
CRANE
Iron Plugs
Square Head
Square Head
Tapped 3^-inch
for Air Cock
Solid
(Square Head)
Countersunk
Bar Plug
(Solid)
Barrel Plug
List Prices, Each
Size Inches Vs V4 % V2 ^A 1 IV4 IV2 2 2V2 3 31/2 4 5 6 8 10 12
Right Hand
Black .02 .02 .02 .02 .03 .04 .05 .07 .10 .18 .25 .38 .42 .88 1.20 2.75 3.75 5*00
Galv. .04 .04 .04 ,04 .06 .08 .10 .14 .20 .36 .50 .76 .84 1.75 2.40 5.50 7,50 10.00
Square
Left Hand
Black .04 .06 .08 .09 .11 .15 .27 .38
Head
Galv. .08 .12 .16 .18 .22 .30 .54 .76 |
Tapped Vg-inch
for Air Cock
Black .12 .15 .20 .25 .30 [ 1
Galv. .24 .30 .40 .50 .60 | j
Solid, Right Hand
Black |.02 .02 .02 .04 .06 .08 .09:. 11 .15 .27 .38| .57 .63 1.35
Galv. .04 .04 .04 .08 .12 .16 .18 .22 .30 .54 .76 1.14 1.26 2.70
Countersunk, Right Hand
Black .04 .04 .04 .06 .08 .09 .11 .15 .30 .40 .92 1.10 2.00 3.50
Galv. .08 .08 .08 .12 .16 .18 .22 .30 .60 .80 1.84 2.20 4.00 7.00
Rar Plugs, Right Hand
Black .63 1.35 1.80 4.15 5.75 7.50
Galv. 1 1.26 2.70 3.60 8.30 11.50 15.00
n^i^^ol pi d:^u* 1-J^«^
Black .25 .35 .45
oarrei r^
Jiu*ga, ix-igiiL J. xcxi i\j
Galv. '.50 .70 .90|
Service suggestions: Square Head and Counter-
sunk Plugs are generally used with:
Standard Cast or Malleable Iron Fittings
Solid Plugs and Bar Plugs are generally used with:
175-Pound Cast Iron Fittings
Z50-Pound Cast Iron Fittings
300-Pound Malleable Iron Fittings
Heavy Malleable Iron Fittings
Hydraulic Malleable Iron Fittings
American Standard: All iron plugs (except the
Barrel Plug) conform to the American Standard for
Pipe Plugs (Bi6e-z-i936).
Materials: These plugs, illustrated and priced
above, are made of the materials indicated in the
following table :
Style Steel Malleable Cast Iron
Square Head Vs, V4, %" H" and larger
Solid i/g, 1/4, 3/8" 3^" and larger
Countersunk Vi" %tolV4" IV2" and larger
Bar All sizes
Barrel All sizes
Note: Square Head Plugs sizes J^-inch and larger
are cored, as illustrated. }/g, }/i, and S/g-inch sizes
are solid, being the same as the Solid Plugs.
Steel Plugs
Working Pressures (Steam, Water, Oil, Oil Vapor. Gas. or Air)
No. 320 D
Square Head
3000-Pound
Temperature
Pounds, Non-Shock
Temperat\ire
Degrees
Pounds, Non-Shock
Degrees
Fahr.
No. 320 D
No. 321 D
Fahr.
No. 320 D
No. 321 D
550
1680
5040
100
3000
9000
600
1560
4680
150
2850
8550
650
1440
4320
200
2700
8100
700
1320
3960
250
2550
t' 7650
750
1200
3600
300
2400
7200
800
1100
3300
350
2250
6750
850
1000
3000
400
2100
6300
900
900
2700
450
1950
5850
950
795
2385
500
1800
5400
1000
570
1710
No. 321 D
Hexagon Head
9000-Pound
List Prices
Si^e Inches Vg V* % 1/2 3/4 1 IV4 IV2 2 21/2 3 3^/2 4
No. 320 D, 3000-Pound Each *See Sote .25 .30 .35 .50 .75 1.50 3.00 [ 5.00 5.75 6.50
No. 321 D, 9000-Pound Each .25 .25 .25 .30 .40 .55 .85 1.65 3.30 5.50
^Note: Use Y^, M. and 3^-inch Square Head or Solid Plugs listed above; they are made of steel.
CRANE
229
Wrought Couplings
'AC,^<^\-. ->--^ . ,-_^-*vs^,*»*-v-'''^
Standard
Coupling
With Plain Ends
Extra Heavy
XX Hydraulic
Car Heater
Coupling
With Recessed Ends
Extra Heavy
XX Hydraulic
Half Coupling
With Plain End
Extra Heavy
List Prices, Standard
Size Inches Vr Vd Va V7 Vd 1 Wa IV2 2 IVz 3 31/2 4
Right Hand
Black Each .05 .05 .06 .07 .10 .13 .17 .21 .28 .40 .60 .80 1.00
Galv. Each .06 .06 .08 .10 .13 .18 .25 .32 .40 .55 .80 1.05 1.40
Right andLeft Black Each .07 .08 .11 .15 .20 -25 .30 .50 .85 1.2U l.bU i.UU
Sizes 5 to 12-inch can be furnished to order. Prices on application
List Prices, Extra Heavy, XX Hydraulic, and Half Couplings
Size Inches Vr Va % V2 Va. 1 IV4 IVz ! 2 '^Vi ^ ^'/z 4
Plain Ends
R.H.
Black Each .12 .12 .14 .14 .20 .26 .34 .42 .56 ,8U 1.2U 1 .t>U Z.UU
Galv. Each .17 .17 .20 .20 .25 ,32 .42 .55 .75 1.05|1.5U 1 .90 3.UU
Extra Heavy
R. &L.
Black Each .20 .30 .40 .45 .55 .70 |
Recessed Ends
R. H.
Black Each .22!. 22 -25 .25 .30 .35 .45 .55 .70 .95 1.40|I .85 2.25
Galv. Each .27 .27 .30 .30 .35 .40 .55 .70 .901.201.702.153.25
XX Hydraulic
Plain Ends R. H . Black Each - 40 .55 .70 . 85 ! 1 . 1 5 1 . 60
Recessed Ends R. H. Black Each .50 .65 .85 1 . 00 1 . 30 1 . 85
Half Coupling, Plain End f:. H. Black Each .08 .12 .16 .20 .25 .34 .48 .72 .96 1.20
List Prices, Car Heater
Size
Inches
V2
^4
1
*1V4
IV2
2
Black
Each
.14
.20
.26
.34
.42
.56
Right Hand
Galv.
Each
.20
.25
.32
.42
.55
.75
Right and Left
Black
EachI
.20
.30
.40
.45
.55
.70
•Special short pattern.
Standard Seamless Steel Couplings: Standard
Seamless Steel Couplings can be furnished to order.
Prices on application.
Seamless Steel Line Pipe Couplings : Seamless
Steel Line Pipe Couplings can be furnished to
order. Prices on application.
Casing Couplings: Couplings for \Ierchant Casing
for Water Wells and Irrigation purposes can be
furnished to order. Prices on application.
Couplings for Large O.D. Pipe: Couplings for
Large O.D. Pipe can be furnished to order. Prices
on application.
I
'),
'I
f . ■
Dimensions, in Inches
Size
Vs
V4
3/8
V2
V4
1
IV4
11/2
2
21/2
3 31/2
4
*Standard
.594
*750
.906
1.063
1.297
1.563
1.969
2.234
2.719
3.313
3.938 4.531
5.000
Extra Heavy
.59
.75
.95
1.13
1.44
1.70
2.07
2.31
2.81
3.31
4.00 4.63
5.13
(Jutside
Diameter
XX Hydraulic
1.66
1.90
2.22
2.44
3.19
3.62
\
'
Car Heater
\
1.13
1.44
1.70
2.07
2.31
2.81
Half
1.13
1.44
1.70
2.07
2.31
2.81
3.31
4.00 4.63
5.13
*Standard
ys
\
IVs
1%
11/2
IV4
21/8
2Vl6
2Vl6
278
31/16 3Vi6
3yi6
Extra Heavy
1V8
lya
1%
IVs
21/8
2%
278
iVs
31/8
31/2
31V16 41/4
4V4
Length
XX Hydraulic
2^16
2%
lV%
31/8
3%
3%
1
Car Heater
IVs
21/8
2%
21/8
27/8
31/8
Half
1
2732
1
IV32
iVb
iVs
IV2
HVie
13/4 2V,6
2Vi6
*Dimensions of Standard Couplings, sizes 5 to 12-inch, will be furnished on request.
w '
i ■
y\.. ■%}
I
) i
mi
230
CRANE
Black Wrought Steel Nipples
Close Nipple Short Nipple
Long Nipple
Tank Nipple
Black Right Hand Nipples
Tank Nipples are 6 inches
long and use the list prices
of the 6'inch length. They
have a Standard Taper Pipe
Thread on one end; the other
end has a Standard Taper
Pipe Thread running into an
American Standard Locknizt
Thread for a total thread
length of 4 inches.
Length
Inches
1 List Prices, Each
Size
Inches
Close
Short
Long
Close Short
2 21/2! 3 31/2 4 41/2 5 51/2 6 7 8 9 10 11 12
Vs
3/4 IV2 -05 i .06
.07 .08 .08 .09 .09 .10 .11 .12; .13 .14 .15 .16 .17 .18 .20
Va
Vs W2
.05
.06
.07 ,08 .08 .09 .09 .10 .11 .12 .13 .14 .15 .16 .17 .18 ,20
3/8
I IV2
.05
.06 .07 .08 .08 .09 .09 .10 .11 .12 .13) .14 .15 .16 .17 .18 .20
Vi
IVa IV2
.06
.07 .08 .09 .09 .10 .10 .11 .12| .13 .14 .15 .17 .19 .21 .23 .25
V4
1% 2
.08
.09 ,10 .11 .12 .13 .14 .15 .161 .17 .19 .21 .23 .25 .27 .29
1
IV2 2 .10
.11
.13 .14 .15 .16 .17 .18 .19 .20| .24 .27 .30 .32 .35 .38
IVa
1% 2V2
.13 .15 .16 .18 .20 .22 .241 .26 .28 -32 .36 .40 .44 .48 ,52
1
1V2
13/4 2V2
.16
.18
.20 .22 .25 .27 .29| .31 .34 .38 .43 .47 .52 .56 .60
2 2 21/2 i' .21
.24
.28 .31 .34 .37 .40 .44 .48! -53 .59 .66 .78 .80 .87
2V2
21/2 3
.39 ! .45 ' ' ' .58 .63 .68) .73 .78 .85 .94 1.03 1.12 1.22 1.31 1.40
3
25/8
.54
.59
.65 .73 .81 .89 .96 1.04 1.19 1.34 1.50 1.65 1.80 1.95
31/2
23/4 4 ! .72
.98 1.06(1.14 1.21 1.29 1.45 1.61 1.76 1.92 2.08 2.24
4 27/8 4
.92
1.12
11.28 1.38 1.48 1.60 1.80 2.00 2.20 2.40 2.60 2.80
5
3 41/2 !
1.60
2.00 , 2.05 2.17 2.2912.61 2.91 3.15 3.39 3.64 3.88
6
378 41/2 ' 2.00 2.45 1 12.58 2.73 2.90 3.36 3.68 4.08 4.31 4.60 4,94
8 31/2 5
4.30 4.87 5.00 5.44 5.71 6.10 6.48 6.85 7.25 7.65
10 378 5 5.88 6.50 8.00 8.55 9.10 9.65 10.20
12 41/2 6 7.40 8.70 1 [10.00 10.90 11.80 12.70 13.60
Crane Nipples are of unusualh" high quality and
have accurately cut threads. They are made of new.
full weight, mill tested pipe.
Standard: The list prices given abo\-e apply to
wrought steel close, short, and long nipples, and to
tank nipples, made from Standard Weight Pipe.
Extra Strong: For list prices of black nipples made
from Extra Strong Pipe, double the list prices of
Standard black nipples.
Double Extra Strong: For list prices of black
nipples made from Double Extra Strong Pipe,
tiply the list prices of Standard black nipples
mu
by four.
Nipples made from Copper Bearing
Seamless nipples: Standard or Extra Strong
Seamless Steel Nipples use the same list prices as
Standard or Extra Strong nipples made from welded
steel pipe, but are sold at an advance in price. See
the Crane Discount Sheet for prices.
Butt nipples: For net prices of butt nipples, add
%o per cent to the net prices of short nipples.
Lengths not listed: For lengths not listed (under
12 inches), use the list price given in the above table
for the next longer length. .,
Lengths over 12 inches: For list prices of lengths
over I z inches and up to 24 inches, add the list prices
of the two nearest equal lengths.
Pipe — see the Crane Discount Sheet,
Black Right and Left Nipples
Size
Inches
. Length
Inches
List Prices, Each
Close
Short
Long
Close Short
2 2V2 3 31/2 4 41/2 5 51/2 6 7 8 9 10 11 12
Vs
3/4 1 V2
.07
.08
.10 .11 .11 .12 .12 .13 .15 .16 .17 .19 .20 .21 .23 .24 .26
Va
Vs 1 Vz
.07 .08
.10 .11 .11 .12 .12 .13
.15 .16 .17 .19 .20 .21 .23 .24 .26
Vs
1 1V2 !
.07
.08
.10 .11 .11 .12 .12 .13 .15 .16 .17 .19 .20 .21 .23 .24 .26
1/2 1 Vs 1 Vz
.08
.10
.11 .12 .12 .13 .13 .15
.16 .17 .19 .20 .23 .25 .28 .30 .33
3/4
1% 2
.11 .12
.13 .15 .16 .17 .19
.20 .21 .23 .25 .28 .30 .33 .36 .38
1
IV2 2
.13
.15
.17 .19 .20 .21 .23
.24 .25 .26 .32 .36 .39 .42 .46 .50
1V4
1% 2V2
.17 .20
.21 .24 ,26 .29 .32 .34 .37 .42 .47 .52 .58 .63 .68
1V2
13/4 2yz ! .21 .24
I -26 .29 .33 .36 .38 .41 .45 .50 .56 .62 .68) .73 .78
2
2 2Vz
.28
.32
.37 .41 .45 .49 .52 .58 .63 .69 .77 .86 .95 1.04 1.14
2V2
21/2 3
.51 .59
.76 .82 .89 .95 1.02 1.11 1.23 1.34 1.46il.59 1.71 1.82
3
2% 3
.71 .77
.85 .95 1.06
1.16 1.25 1.36 1.55 1.75 1.95 2.15 2.34 2.54
3y2
2^/4 4
.94 1.28
1 1.38
1,49 1.58 1.68 1.89 2.10 2.29 2.48 2.71 2,92
4 27/8 4 1.20 1.46 1.67
1.80 1.93 2.08 2.34 2.60 2.86 3.12 3.38 3.64
Malleable Iron R,&L, Hexagon Nipples . page 186
Genuine Wrought Iron Nipples — prices on application-
ii|
CRANE
231
Galvanized Wrought Steel Nipples
Close Nipple Short Nipple
Long Nipple
Tank Nipple
Galvanized Right Hand Nipples
Tank Nipples arc 6 inche9
long and use the list prices
of the 6-inch length. They
have a Standard Taper Pipe
Thread on one end; the other
end has a Standard Taper
Pipe Thread running into an
American Standard Lockntit
Thread for a total thread
length of 4 inches.
Size
Inches
Length
Inches
Close Short
List Prices, Each
Close
Short
Long
2V2
Z\
41/2
51/2
8
10 11
12
%
3/4
iy2
.07
.08
.10
.11
.12
.13
.14
.15 .16 .17
.19 .22 .25 .28! -30 .33
.36
'A
ys
iy2
.07
.08
.10
.11
.12
.131
.14
.15) .16 .17
.19 .22 .25 .281 .30' .33
.36
%
1
1V2
.07
.08
.10
.11
.12
.13
.141
.15 .16 .17
.19 .22 .25 .28 .30 .33
.36
V2
IVs
iy2
.08
.09
.11
.12
.13
.14
.15
.16 .17 .18
.20 .23 .26 .29 .32 .35
.38
y4
1%
2
.10
.12
.13
.14
.16
.181
.201 .22 .24
.26 .29 .32 .35 .39 .42
.45
1
1V2
2
.13
.15
.18
.20
.22
.24
.26 .28 .30
.34 .38 .42 .46 .50 .54
.58
1V4
1%
2V2
.17
.22
.26
.28
.30
.34 .Z7 .40
.44 .48 .56 .62! .68 .74
.80
1V2
13/4
2y2
.22
.26
.30
.341
.38
.42 .45 .48
.52 .58 .65 .72, .80 .87
.94
2
2
2V2 ;
.30
.35
.40
.45
.50
.55 .60 .65
.70 .79 .88 .97 1.06 1.15
1.24
iVi
2y2
3
.60
.66
.75
.83
.90 .98 1.06
1.14 1.28 1.44 1.60 1.76 1.92
2.08
3
2%
3
.80
.87
1.01 1
.10 1
.20 1.30 1.40
1.50 1.70 1.90 2.10 2.30 2.50
2.70
3y2
23/4
4
1.15
1.40
1
.53 1.65 1.78
1.91 2.16 2.41 2.66 2.91 3.16
3.41
4
2y8
4
1.27
1.60
1
1
1
.85 2.00 2.15
2.30 2.60 2.90 3.20 3.50 3.80
4.10
5
3
4y2
2.29
2.87
3.01 3.21
3.40 3. 95 4. 3514. 73 5.12 5.52
5.90
6
3V8
4V2
2.86
3.56
1
3.79 4.03
4.30 5.00 5.52 6.03^6.53 7.05
7.54
8
3y2
5
5.52
6.37
:
1
6.65
6.95 7.55 8.15 8.75 9.35 9.95
10.60
Cr-ane Nipples are of unusually high quality and
have accurately cut threads. They are made of new,
full weight, mill tested pipe.
Standard: The list prices given above apply to
wrought steel close, short, and long nipples, and to
tank nipples, made from Standard Weight Pipe.
Extra Strong : For list prices of galvanized nipples
made from Extra Strong Pipe, add the list prices of
Standard black nipples and Standard galvanized
nipples.
Seamless nipples: Standard or Extra Strong
Seamless Steel Nipples use the same list prices as
Standard or Extra Strong nipples made from welded
steel pipe, but are sold at an advance in price. See
the Crane Discount Sheet for prices.
Butt nipples: For net prices of butt nipples, add
2o per cent to the net prices of short nipples.
Lengths not listed: For lengths not listed (under
12 inches), use the list price of the next longer length.
Lengths over 12 inches: For list prices of lengths
over 12 inches and up to 24 inches, add the list prices
of the two nearest equal lengths.
Nipples made from Copper Bearing Pipe — see the Crane Discount Sheet.
Y
Galvanized Right and Left Nipples
Size
Inches
Length
Inches
Close Short
List Prices, Each
Close
Short
Long
21/2
31/2
4V2
51/2
8
10 U
12
i/g 3/^ 1 1/2 ^ .12 .13 . 16 - 18 . 18 .-20 .20 .21 .24
.26 .28 .31 .32 .34 .35 .39 .42
V* 1 74 11/2 .12 .13 .16 .18 .18 .20 .20 -21 .24
.26 .28 .31 .32 .34 .35 .39 .42
3/g 1 11/2 j .12 .13 .16 .18 .18 .20 .20 .21 .24
.26 .28 .31 .32 .34 .35 .39 .42
1/2 li/a IV2 -13 .16 .18 .20 j .20 .21 .21 .24 .26
.28 .31 .32 .35 .40 .45 .48 .53
3^ l3/g 2 .18 .20 .21 .24 .26 .28 .31 .32 .34 .35 .40 .45 .48 .53 .58 .61
I 11/2 2 .21 .24 .28 .31 I .32 .34 .35 .39 .40 .42 .52 .58 .63 .68 .74 .80
11/4 15/g 2V2 -28 .32 .34 .39 .42 .47 .52 .55 .60 .68 .76 .84 .93 1.01 1.09
11/2 13/4 21/2 .34 .39 .42 .47 .53 .58 .61
.66 .72 .80 .90 1.00 1.09 1.17 1.25
2 2 21/2 .45 .52 .60 .66 .72 .79 .84
.93 1.01 1.11 1.24 1.38 1.52 1.67 1.83
2V2 21/2 3 .82 .95 II.22 1.32 1.43 1.52
1.64 1.78 1.97 2.15 2.34 2.55 2.74 2.92
3 ! 2% 3 1-14 1.24 1.36 1,52 1.70 1.86
2.00 2.18 2.48 2.80 3.12 3.44 3.75 4.07
31/2 234 4 1.51 2.05 2.19 2.39 2.53 2.69 3.03 3.36 3.67 3.97 4.34 4.68
4 i 2^8 4 1.92 2.34 | | \ 2.68 2.88
3.09 3.33 3.75 4.16 4.48 5.00 5.41 5.83
mm
t^ ;
h'
232
CRANE
Long Screws, Faced Locknuts,
and Faced Couplings
Long Screw^
Complete, with Locknut and Coupling
Faced Locknut
Faced Coupling
List Prices
Size
Inches | Va
M
'S
1/2
3/4
1 I 1V4 I W2
2V2
SVz
Long Screws,
Complete
Standard Length Inches [ 21/2 | 3 3V;
41
51/2
Black
8
8 1/2
Galv.
Faced Locknuts
Black
Galv.
Faced Couplings
Black
Galv.
Long Screws: The prices of Long Screws include
one Faced Locl^nut and one Faced Coupling.
Long Screws longer than standard are made to order
and charged as CUT PIPE with threads, locknuts,
and couplings extra. When ordering, always specify
the length of the straight thread.
Each[ .30 I .35 [ .40 | .55 | .75 [ 1 .00 | 1 .30 ( 1.70 | 2,70 | 3.70 | 5.40 6.60
Each I .35 | .40 I .50 | .66 I 1.00 I 1 .25 I 1.60 2.10 3.10 4.70 16.50 7.75
EachI .08 I .09 [ .10 [ .12 | .15 | .20 | AS .30 | .35 :45 .95 1.35
EachI .11 I .13 I .15 I .18 I .22 | .30 | .35 \ .45 I .50 .65 1.25 1.80
EachI .09 I .10 | .12 | .16 I .22 | .30 .40 .50 1 .70 1 .90 I.20 1.50
EachI .14 1 .15 ! .18 I .24 | .33 i .45 | .60 | .75 1.00 I 1.35 1.80 I 2.25
Extra Heavy Long Screws are made to order of Extra
Strong Pipe; prices on application.
Faced Locknuts and Faced Couplings: Faced
Locknuts and Faced Couplings sizes 3-inch and
smaller are malleable iron. Sizes 3^^ and 4-inch are
wrought iron.
Tank Nipples . . .pages 230 and 231
I
iH
k
I
I
. 1 '
I •
Small Pipe Bends
t-B-i
Quarter Bend
Return Bend
*Goose Neck
M, hand 11^" sizes
Quarter
Bend
List Prices and Dimensions
Size
Quarter Bends, Black
Return Bends, Black
Inches | V2
Each .45
3/4
.55
Return
Bend
1
Goose
Neck
IV4 IVi
.75 1.25 2.00 3.25
Dimensions
in
Inches
Quarter
Bends
Return
Bends
Goose
Necks
A- — Radius
EachI .90 I 1.10 ( 1.25 1.75 2.75 4.00
2V]
16
B — Center to end
2V4 I 21/2 I 43/4 I 63/,
C — Center to center
634
3V2 I 33/4 I 41/4 I 61/2 J 8V:
^Vz
D — Center to end
4y8 I 41/2 4V2
8
E — Minimum center to center
31/2 I 334
8
8
8
F — ^Minimum center to end
41/2
33/4 i 41/4
Materials: Quarter Bends, Return Bends, and
Goose Necks are made of Extra Strong Wrought
Steel Pipe.
*Goose Necks: Goose Necks are made to order;
prices on application. The table shown above gives
the minimum center to center and the minimum
center to end. Orders should specify dimensions.
Special bends: Bends having dimensions other
than those shown above, or bends of other shapes
can be made to order. Prices on application; specify
size of pipe, dimensions, and quantity required.
r I
I I
1
CRANE
233
Single Strap and Double Strap Clamps
Malleable Iron with Wrought Iron Straps
Single Strap Clamp
Showing Application
of
Single Scrap Clamp
Double Strap Clamp
^^i
When ordering Single Strap or Double Strap Clamps, specify the
catalog nun^ber of the Clamp and the size of the pipe tapping.
Single Strap Clamps
DouHe Strap Clamps
Clamp will fit
Size
of
Pipe
lapping
in
Clamp
Inches
List
Prices
Black
' Each
Cat.
No.
Clamp will fit
Size
of
Pipe
Tapping
in
Clamp
Inches
List
Cat.
No.
Wrought
Pipe
Size
Inches
O.U-
Casing
Size
Inches
Cast
Iron
Pipe
Size
Inches
0,D_
of
Circle
Inches
Wrought
Pipe
Size
Inches
O.D,
Casing
Size
Inches
Cast
Iron
Pipe
Size
Inches
O.D.
of
Circle
Inches
Prices
black
Each
IV2
' IVs ¥2 or 3/4 '1.00
40
IVz 1 IVs
V2 or 3/4 1 . 90
1
2 2V2 2% 1/2 to 1 11 1.00
41 2 21/2 23/8 i/2tolV2 1-00
2 2V2 23/4 & 3 2 27/8 V2 to 11/4 1.25
42
21/2 23/4 & 3 2 27/8 3/4 to 11/2 1 1.25
3
3 31/2 3V2 V2to 1 1.25
43
3 ' 31/2 1 31/2 3/^to2 1.25
4 3 31/2 3V2 IV4 to 2 1.50
44
31/2 4 3 4
3/4 to 2
1.40
5 31/2 i 4 3 4 1/2 to 1 1.50
45 4 ; 41/2 4V2
% to 2
1.50
6 31/2 4 3 4 lV4to2 1.75
46 41/2 5 4 5
3/4 to 2 2.50
7 1 4 41/2 41/2 VztolVz 1.75
47 5 51/2 59/1 6 V4 to 2 I 2.75
S
4 41/2 41/2 2 ; 2.00
48 5 51/2 5Vi6 2V2or3 2.75
9
4 41/2 41/2 2V2or3 , 4.00
49 6 65/8 65/8 3/4 to 2
2.75
10 ! 4y2 5 415 y4toiV2 1; i.so
50 6 65/8 '• 65/8
2V2to4 ! 5.75
11
41/2 5)4 5 2
2.15
, 4.00
51 8 85/8 85/8
1 to 4
6.50
12 41/2 545 21/2 or 3
52 10 103/4 103/4 IV2 to 4 ,10.00
13 5 51/2 SVis 3/4 to 11/2
1.80
53 10 103/4 103/4 5 or 6 10.00
14 .1 5 - 51/2 5Vi6 2 2.15
54 12 123/4
11/2 to 4 14.00
15 5 51/2 5Vi6 21/2 or 3 4.00
55 12 123/4
5 or 6
14.00
16 6 5 6 V2tolV2 2.00
Galvanized Single Strap or Double Strap
Clamps are made to order at an advance of
50 per cent over the prices of Black Clamps.
17 6 5 6 2, 2.40
18 6 5 6 2V2or3 ! 4.50
19 6 65/8 65/8 VitolVz „ 2.25
20 6 65/8 65/8 2 2.50
21 6 65/8 65/8 2V2 0r3
1 5.00
22 7 6 7 3^ to 11/2 2.50
23 7 6 7 2 2.70
24 7 6 7 2V2or3 H 5.00
28 1 8 7 8 3/4 to 1 1/2 4.50
29
30
8 7 8 2 5.00
8 7 8 21/2 or 3 ,5.50
301/2 8 85/8 8S/8 34toiy2 5.50
31 8 85/8 85/s 2 to 3 5.50
32 8 85/f, 85/8 4 6.00
35 10 103/4 10y4 ¥4 to 2 9.00
36 1 12 ! 123^ 1 34 to 2 10.00
r i-
tttTt'9*rw.znJ7
234
CRANE
I
Miscellaneous Iron^ Steel, and Brass Fittings
For greater convenience, the following ficcings are shown
wich related products in other sections of this catalog:
HycTcir.L Clamps page Sq
\\ ood Rod Couplings psge So
Street \\ asher Keys page So
Hydrant Handles page 8q
Brass Couplings and Locknuts psge 256
Brass Bushings. Plugs and Nipples, .pages 2-^-S and 15Q
Malleable Iron Couplings pages 1S5 and loc
A-A.R. Malleable Iron Couplings page 103
Forged Steel Couplings pages 330 and ^40
!
n
I
(Above) Gauging the threads of Sc^e^^ed Fit-
tings This inspection is but one phase of the
s^^stem that guards Crane Quality and assures
the user satisfactorv' scr\ ice.
(Left) Crane Screwed Fittings in multiple castings
as they emerge from the molds in che foundries.
' I
\ .
CRANE
235
Iron and Steel
Unions, Union Fittings, and Flange Unions
150-Pound Malleable Iron Ground Joint Unions and Union Fittings. . .page 238
Standard Malleable Iron Gasket Type Unions and Union Fittings page 239
■"Chicago" Unions page 239
Malleable Iron Railroad Unions and Union Fittings pages 240 and 241
A.A.R. Malleable Iron Unions and Union Fittings pages 242 to 244
A.A.R. Forged Steel Unions page 244
300-Pound Malleable Iron Unions ..,..,... page 246
Forged Steel Unions page 247
Forged Steel Hammer Lug Unions page 24S
Forged Unions, Steel to Exelloy Seat page 247
Cast Iron Flange Unions pages 24^ and 252
Malleable Iron Flange Unions pages 250 to 252
Tongue and Groove Flange Unions page ^52
Forged Steel Combination Elbows page 252
Forged Steel Flange Unions pages 252 and 253
Saving Material and Labor with Unions and Union Fittings . , .pages 23b and 237
Unions and Union Fittings Applied to Air Brake Piping page 245
Large Size Flange Unions N-Iade from Screwed Flanges page 254
Crane Co. manufactures an unusually diversified line of unions and
union fittings. Whether it be a chromium-plated brass union for a
restaurant steam table, an inexpensi\-e ground joint malleable iron
union for a domestic water line, a massive steel union for a central
power station — -a union for any service — , it can be purchased from
Crane Co.
The line includes brass, malleable iron, and forged steel unions and
union fittings, and brass, cast iron, malleable iron, and forged steel
flange unions.
Crane Unions are exceptionally strong, tough, and durable. Each
part is liberally proportioned and amply reinforced at points sub-
jected to greatest stress. Special attention has been given to
the interchangeability of parts.
*********
For greater convenience, several lines of unions and
union fittings are included with allied material in other
sections of this catalog. See the pages referred to below :
Brass Unions and Union Elbows pages 162 and 263
Brass Flange Unions page 263
Brass Radiator Union Elbows page 78
Circulating Boiler Fittings page 1 87
Brass Solder-Joint Unions page 509
Brass Crane-Seal Unions and Union Fittings page 497
MttWH
tPtttf^
* ■
i
;
■:ii
• ■
i
111*.
r,
I
A
lii
f
#(
236
CRANE
*<
Material
With
Although female unions are extremely popular and
are valuable fittings, many users fail to take advan-
tage of Crane Male and Female Unions and the wide
variety of Crane Union Fittings. Union Fittings
actually combine the ser\ices of pipe (or nipples),
unions, and pipe fittings, forming a more compact,
convenient, and economical connection and saving
labor and material.
TT^e typical pipe line connections shown below clearly
illustrate the manner in which union fittings may be
adapted to impro\'e an installation. It will be noted,
especially in Figures A-4 and B-4, that the reduction
in the amount of material is accompanied by fewer
threads to be cut on the pipe and the least number
of assembled joints. The time required to make the
connection is materially shortened, and maintenance
is reduced because fewer joints assure fewer chances
for leaks.
Steamfitters, piping contractors, and manufacturers
of equipment on which piping is used as a part of the
unit, will find it advantageous to study every screwed
piping layout so as to obtain the most desirable and
economical combination of unions and union fittings.
The illustrations on the following page show how
valuable savings can be multiplied by careful
planning.
Crane engineers will be glad to offer assistance.
■■ I ; ■
' t
h
I
h(
* i
: I
' 1
Elbow Connections with Union Joint
Figure A-1
3 Pieces of Pipe
2 Fittings
5 Pipe Threads
6 Joints Assembled
Figure A-2
2 Pieces of Pipe
2 Fittings
3 Pipe Threads
5 Joints Assembled
Figure A-i shows an ordinary elbow connection. A
female union and a screwed elbow are used.
Figure A-2 shows the connection when a male and
female union has been substituted for the female
union.
Figure A-3 shows the connection after it has been
Figure A-3 Figure A-4
2 Pieces of Pipe 1 Piece of Pipe
1 Fitting 1 Fitting
3 Pipe Threads I Pipe Thread
4 Joints Assembled 3 Joints Assembled
further simplified by using a union elbow with a
female tail-piece in place of the female union and
the elbow shown in Figure A-i.
Figure A-4 shows the connection in its simplest form,
a union elbow with a male tail-piece being used
instead of the male and female union and the elbow
shown in Figure A-2.
Tee Connections with Union Joints
'. ■^•:.-- '-
Figure B-1
5 Pieces of Pipe
3 Fittings
8 Pipe Threads
10 Joints Assembled
Figure B-2
3 Pieces of Pipe
2 Fittings
4 Pipe Threads
7 Joints Assembled
Figure B-3
3 Pieces of Pipe
2 Fittings
4 Pipe Threads
7 Joints Assembled
Figure B-4
2 Pieces of Pipe
2 Fittings
2 Pipe Threads
6 Joints Assembled
Figure B-i shows an ordinary tee connection made
with two female unions and a tee.
Figure B-z shows the connection when a union tee
(female union on outlet) and a male and female
union are substituted for the two female unions and
the tee.
Figure B-3 shows the connection made with a union
tee (female union on run) and a male and female
union. The same number of joints, threads, fittings,
and pieces of pipe as used in Figure B-2, are re-
quired.
Figure B-4 shows the connection in its simplest
form, a union tee (male union on run) being used in
combination with a male and female union.
I
_---^- .
1
CRANE
237
Material
With
Union Joints on Return Side of Blast Heaters
Figure C-2 shows an improved and economical
arrangement made b>- using male and female unions
and union fittings in place of ordinary pipe fittings
and female unions. The connections are more
compact, and the piping has been simplified. Easy
access to traps and all parts of the lines is maintained.
1 8 nipples. 30 pipe threads, g fittings, and 27 joints
have been eliminated.
Fig\ire C-1
Figure C-i illustrates a typical complicated arrange-
ment of piping on the return side of double tiered
blast heaters. The return from the stacks in each
tier are drained individually by a trap, and the con-
densation is accumulated by a single return header
The illustration shows the most common method of
providing union joints on such an installation; only
female unions are used.
Figure C-2
Union Joints on Installation of Traps
ipe l>€ (»9 (>• i6
I i
Photograph of a battery of 13 Crane Irwcrtcd Open Tloac Stenm Trnps
draining conJcnsate from ctxjking kettles in a candy manufacturing plant.
' I
Figure D-1
Part of Present Piping on Ei^eh Trap
Figure D-i illustrates a portion of the piping on
each of the traps shown in the photograph. Only
female unions are used.
I
Crane Co. manufactures a complete line of
Unions and Union Fittings
Figure D-2
lmpro\-ed EconomiCcil Piping Arrangement
Figure D-2 shows an improved and more economical
arrangement. Through the use of a male and female
union and a union fitting the installation has been
simplified and made compact, pro\iding easy and
direct access for remo\'al of the trap. 2 nipples,
I fitting and 3 joints are saved on each trap con-
nection. Using this arrangement on the battery of
traps would result in a very substantial saving of
time, material, and labor.
■^:
rr*
A
I
238
CRANE
ISO-Pound — Ground Joint
Malleable Iron Unions and Union Fittings
I
No. 12S0. '^nion
Female
WORKING PRESSI_"RES
150 pour.Oi steam
300 pounds cold water, oil. gas. or gasoline, non-shock
FEATl."RES
Brass to Iron Seat
Ground Joint
Under%Titers" Appro\ed
Air Tested
, J-
U , -
No._12S2. ^J' Elbow
No. 1283. ^,V E:c^-^-
\IaLe L'nion
No. 12S-L Tee
Female L'nion on Run
No. 12Sl._L"nion
\ tale and r ernale
No. 12S5. iee
\ lale L'nion on Run
I
I
I
List Prices.
Eac
h
Sire
Inches
U
H
1,
^4
1
1^4
iH
2
2H
1 3
No.
1280.
Female
Black
.45
.45
.50
.60
.80
1.20
1.55
2.30
3.80
5.50
UnioEcis
Galv.
""J
.50
.53
.70
.95
1.40
1.80
2.60
4.50
6.60
No.
1281.
Nlale and Female
Black
.56
.56
.63
.75
1.00
1.50
1.94
Galv.
.67
.67
.74
.93
1.27
1.87
2.40
3.47
!
No.
12S2.
\S.irl-) F'^T-nslp T ninn
Slack
.60
.60
.75
.90
1.20
l.SO
2.4t:
3.00
90 '■ Elbows
Galv.
.80
.80
1.00
1.20
1.60
2.40
3.20
4.00
1
No.
12S3.
WitK Male Lnion
^ Black
.60
.60
.75
-rO
1.20
l.SO
2.40
3.00
'Calv.
.SO
.80
1.00
1.20
1.60
2.40
3.20
4.00
No.
12S4.
^ith Female Lnfon .
Black
.66
.66
.82
l.OO
1.32
1.98
2.64
3.30
f
Tees
Galv.
.ss
.88
1.10
1.32
1-75
2.65
3.50
4.40
No.
1285.
With Male L'nion
Black
.66
.66
.82
l.OO
1.32
1.98
2.W
3.30
1
Galv,
.88
.88
1.10
1.32
1.75
2.65
3.50
4.40
■ ' ■ i-j^cr. ?i_e -;. . ^
[t -ir.ions.
use the No.
' '. "-^ shi
■^"r. rr"_
" - ~-
1
Service recommendations : This is a neu' line of
i5:-Po".:rd Xlanea-CLe Iron Lnions and Lnion Fit-
ti.f^.gs mace ^ith a rrass to iron ground joint seat.
They are unusually srardy and n.igged and 'a.ill be
found ideal for domestic sen."ice and for a wide
variety of industrial applications on steam, hot
water, cold water. Oil. air. gas. and gasoline lines.
Construction : The unions and tmion fittings are
aesisned to combine liberal strength with light
weight and minimum overall dimensions : thev have a
high safe :y factor. The tail-piece, thread-piece .ma
union ring are circular in shape, being equipped with
generous size liigs which pro^'ide an exceptionally
good wrench grip.
Brass to iron seat: The brass to iron ground joint
seat is non-corrosive and holds pressure easily: no
gasket is required. It can be taken apart and re-
assembled repeatedly without affecting the strength
or tightness of the joint.
Listed bv Underwriters' Laboratories: Crane
ifc-PoundXIaileable Iron Lnions ana L nion Fittings
have been inspected and are listed by the Lnder-
writers" Laboratories 'Xational Board of FireUnder-
^Titersj , Chicago, for use on hazardous liquids.
tl
I
i^^
d
Lb ^
jj
No. 1280
i-U
D C-
r
For threat!
engagemen. t,
see page 591.
No. 1281
No. 1282
No. 1283 No. 1284
Dimensions, in Inches
No. 1285
Siz^
%
1.
%
IV4
11
I 21
A
B
13/,
11
111/
16
2U
2^16
2%
2^/16
314
39
Ifi
fr 21.,
2M
ra
23'i
35^
16
f 3V,
8
315
16
4U
c
i^ifi
*5'1S
iH
l^is
11,
IH
t
l^^is
2I4
'
D
! 1^^/16
1
I'a
21s
2vis
1 27/8
33.16
1
1
3% 1
Svg
1
E
1 2Vis
J
2%
3i'is
3^1s
31^6
4' IS
41 5, s
51 2
CRANE
239
Standard — Gasket Type
Malleable Iron Unions and Union Fittings
WORKING PRESSURES
150 pounds steam
300 pounds cold water
Each union and union
fitting (except the Two-Third
Unions) is equipped with a
rubber gasket.
Extra gaskets . . . .page 571
No. 1219
Union
Female
No. 1219y2
Union
Male and Female
No, 1290
90' Elbow
Female Union
No. 1292
90' Elbow
Male Union
No. 1218
Two-Third Union
Female
No, 1294
Tee
Female Union on Run
No. 1296
Tee
Male Union on Run
List Prices, Each, and Dimensions, in Inches
Size Inches Vs V4 ^A Vi % 1 Wa IV2 1 2 ly, 3 3V2 4
No. 1219, Unions,
Black .20 .20 ,20 .22 .27 .33 -46 .58 .75 1.55 2.10 3.65 4.35
Female
Galv. .30 .30 .30 .33 .40 1 .50 .70 .90 1.15 2.35 3.15 5.50 6.50
No. 1218, Two-Third Unions,
Black ! .14 .14 .16 .19 .22 .30 .40 .501. 00'
Female
Galv. .20 .20 1 .22 ' .25 .35 .50 .60 .75 1.60
No. 12191/2, Unions,
Black .25 .25 .28 .33 .40! .57! .72 .95 1.95 2.70
Male and Female
Galv. ,35 .35' .39 .46 .S7 ' .81 1 .04 ' 1 .35 ! 2.75 3.75
No. 1290, 90" Elbows,
Black .40 .40 .42 .54 .63 , .90; 1.05 1.55 i 2.^5 4.50
Female Union
Galv. I .60 .60 1 .63 .81 .9511.35 1.58 2.35 4.30 ! 6.75
No. 1292, 90° Elbows,
Black .45 .45 .48 .62 .72 '1.05 1.20 1.80 ' 3.30 5.25
Male Union
Galv. .70 .70 .72 .93 1.08 1 1 .60 ! 1 .80 1 2.70 4.95 7.90
No. 1294, Tees,
Black 1 .43 .43 .45 .57 .70 ^ .95 , 1.15 | 1.70 , 3.20 5.15 ,
Female Union
Galv. .65 .65 .68 .86 1.05 1.45 1.75 2.55 4.80 7.75
No. 1296, Tees,
Black .50 .50 .52 .65 .80 1.10 1.30 1.95 3.70 6.00
Male Union
Galv. ' .75 .75 .78 1.001. 20 1 .65 ' 1 .95 ' 2.95 ' 5.55 | 9.00 '
End to end. No. 1219 V/z 1% ^Va 1 IVs 21/3 , 23/3 ! 2% .Zis/ig, 31/4 ^ 39/15 ,3i5/,6 45/i6 4%
End to end. No. 1219V2 1 IVa 2Vi6 2"/i6 3Vi6 35/i6 3iVi6 4 4S/ig 4li/,6!5Vi6
Center to female end, Nos. 1290, 1292. 1291 liiae ^Vie ^Vi6 iVs IV16 1 Vie 1 1^4 U' Vie 2V4 21 Vie ^V&
Center to union end, Nos. 1290, 1294 Vy^^ 2Vi6 2^1% 2% 3 3y,6 3»Vi6 43/8 ' 4^/8 5%
Centertounionend,Nos. 1292, 1296 2Vi6 1^^ 3Vi6 31/^ 131 s/ig; 4V,6 43/4 Sa/g, 6 '6l5/i6
Malleable Iron ''Chicago'' Unions
Brass to Iron Seat — Ground Joint — Brass Hexagonal Ring
WORKING PRESSURES
200 pounds steam
400 pounds cold water, oil
or gas, non-shock
Air Tested
No. 515
"Chicago" Union
^
The "Chicago" Union lends itself to a wide
variety of services for steam, oil, gas. or
air lines. The union ring can be easily
removed; being made of brass, it makes a
non-corrosive connection with the thread-
piece and tail-piece. The brass union ring
together with the brass to iron ground
joint permits the union to be repeatedly
taken apart and reassembled without
danger of leakage. A gasket is not required.
List Prices and Dimensions
Size
Inches
V4
Ys
Va
3/4
1
IV4 I IV2
2V2
I
No. 515
With Black Ends,
Each .45
.45
.50
.60
.80
1.20 I 1.55 ! 2.30 [ 3.80 1 5.50
With Galv. Ends,
Each .50
.50
.55
.70
.95
1.40 ■ 1.80 2.60 4.50 6-60
End to end
Inches; 1% IV4 m I 2V8 | 2% 2% | 2^ Vis 31/4 3% | 41/2
il
1 F
Thread engagement . . . page 591
I
I
«
I
240
CRANE
Malleable Iron Railroad Unions
WORKING PRESSURES
3-inch and smaller — 250 pounds steam
— 500 pounds cold water, oil, gas, or gasoline, non-shock
^}4 and 4-inch
- 200 pounds steam
— 300 pounds cold water, oil, gas. or gasoline, non-shock
FEATURES
Brass to Iron Seat — Ground Joint
Air Tested
No. 519
Union
Fennale
No. 5191/2
Union
\lale and Female
No. 5171/2
Straight Air Pump Union
(Both Ends Are Same Size)
No. 517
Reducing Air Pump Unicn
(Male End Is Larger)
List Prices, Unions
Size
inches H '
V4 ■ % ' ^'2 ^4 , 1
114 IV2 i 2 2V2 3 31/2 4
No. 519. Female
Black
Each' .45 ■
.45 .45 .50 .60 .80
1.20 1.5Si2. 30 3.80 5.50' 8.00 11.00
Galv.
Each .50
.50 .50 .55 .70 .95
1.40 1.80 2.6014.50 6.60 10.00 13.50
h 1
No. 5191/2. Male and FemRle
Black
Each
.56 .56 1 .63 .75 1.00
1.50 1.94 2.88 4.75'6.88
Galv.
Each
.67 .67 .74 .93 1.27
1.87 2.40 3.4716.008.80
List Prices,
Air Pump Unions
Si2e
Inches
11/4 i IV2
( 2 I 1x34 11/4x1
IV2XII/4 2x1 2x11/4 2x11/2
No. 5171/2, Straight
Black
Each
1.50 1.94
2.SS
\
1 1 f
1 Galv.
Each
1.87 2.40
i 3.47 i
i III
No. 517. Reducing
Black
Each
1.20 1.65
2.45 3.30 3.30 3.30
Galv,
Each
1.60 ' 2.20
3.25 4.40 4.40 4.40
Service recommendations : Crane Railroad
Unions and Lnion Fittins^s are recommended for
e.vacting service on pipe lines carrying steam, water,
oil, air. gas, gasoline, or other fluids. They are
especially suitable for railroad work and are used on
general locomotive, car, shop, and yard ser\ice.
Dependable construction: All parts are heavy
and njggedly constructed and will withstand strains
resulting from making up joints, expansion and
contraction, vibration, etc.
Brass to iron seat, ground joint: No gasket is
necessary. The brass to iron ground joint is non-
corrosive and makes a tight seat \'ery easily. It can
be taken apart and reassembled repeatedly without
affecting its strength or tightness. The brass seat
ring is forced in under high pressure, and it will not
loosen in service.
Test: Each union and union fitting is given an air-
under-water test.
Interchangeability : Tail-pieces and union rings
are interchangeable, size for size, with similar parts
of the union fittings shown on the following page.
Listed by Underwriters' Laboratories: Crane
Railroad Unions and Union Fittings have been
inspected and are listed by the Underwriters'
Laboratories (National Board of Fire Underwriters),
Chicago, for use on hazardous liquids.
Dimensions, in Inches
Size
Vg I 1/4
^
8
V,
3/4
1
IV4
11
2 i 21/2 f 3 31/2
A— No. 519 I iVz i 1% i 13/4 i iVs \ iy% I iy% 2% I 21S/16I 3V4 i 378 I 41/2 I 4S/16I 4%
B— No. 5191/2
2V4
2^/16
21 Vie' 31/16 35/16' 311 '1
Size
45/16' 47', I 55/8 I
No. 519 No. 5191/2
5171/2
or 517
IVi
11,
1x^4 , 11/4x1 I 11/2x11/4 I 2x1 ( 2x11/4 I 2xlVi
B^xNo. 5171/2
35/
8
31^1
41/4
i
B— No. 517
I
(
W 31/8 I 3Vi6 I 3ii/,6 I 313/15I 3»Vl6 I 4V,6
Thread Engagement. . . page. 691
CRANE
241
Malleable Iron Railroad Union Fittings
WORKING PRESSURES
200 pounds steam
400 pounds cold water, oil, gas, or gasoline, non-shock
FEATURES
Brass to Iron Seat — Ground Joint
Air Tested
^ ■
No- 598
Tee
Female Union
on Outlet
No- 590
90^EEbow
Female Union
No, 591
45" Elbow
Female Union
No. 594
Tee
Female Union on Run
No. 595
Reducing Tee
Female Union on Run
No. 592
90"E!bow
Male Union
No. 593
45 ^ Elbow
N lale Union
No. 596
Tee
Male Union on Run
No. 597
Reducing Tee
Male Union on Run
No, 5981/2
Tee
Male Union
on Outlet
List Prices, Straight Fittings
Size
[nches
V4
Vs
V2
3/4
1
iy4
IV2
2
2V2
3
No- 590 or No-
592, 90" Elbows
Black
Each
.bO
.60
.7S
.90
1-20
1.80
2.40
3.00
4.80
7.50
Galv.
Each
.80
.80
1.00
1.20
1.60
2.40
3.20
4.00
6.40
10.00
No, 591 or No.
593, 45^ Elbows
Black
Each
.60
.60
.75
.90
1-20
1.80
2.40
3.00
4.80
7.50
Galv-
Each
.80
.80
1.00
1.20
1.60
2.40
3.20
4.00
6.40
10.00
No- 594 or No-
596, Tees
Black
Each
.66
.66
.82
1.00
1.32
1.98
2.64
3.30
5.30
8.25
Galv,
Each
.88
.88
1.10
1.32
1.75
2.65
3.50
4.40
7.10
11.00
No- 598 or No-
598 V2, Tees
Black
Each
.75
.75
.82
1.00
1.32
1.98
2.64
3.30
1
Galv-
Each
1.00
1.00
1.10
1.32
1-75
2.65
3.50
4.40
\
y
List Prices, Reducing Tees
Siie Inches 1 x % 1 x V2 1 X ^4
No. 595 or No. 597, Reducing Tees
Black Each 1.45 1.45 1.45
Galv. Each 1.95 1.95 1.95
D
n
"T
B
IT
J n
^
No. 590
No. 592
No. 591
No. 593 No. 594 or 595
Dimensions, in Inches
No. 596 or 597
No. 598
No. 5981/2
Size V* % V2 V4 1 iy4 IVZ 2 21/2 3 lx% 1x1/2 1x3/4
A 13/jg 15/jg 11/g 15/jg 17/jg 134 115/,g 21/4 211/16 31/8 13/i6 1 1/4 15/,^
B 13/,, 15/,, ll/« l5/,6 l7/,g 1^4 115/^g 21/4 2II/16 31/8 IV16 IV16 1%
C 3/^ 13/,, 7/^ 1 iVs 15/je 17/^g in/,, ii5/,e 2Vi6
D liViR 2i/,fi 2Vifi 2% 3 3Vi6 31V16 4% 51/3 5i5/i6 25/8 211/16 2iVi6
E 2V,« 23/^ 31/ifi 31/2 3»5/i6 4V/,6 43/4 53/8 61/8 7Vi6 3Vi6 3% ! 33/4
F IVie l^Vie 1% 21/8 2V16 23/4 3Vi6 31/2 4Vi6 43/4
G 23/i6 23/8 211/16 3 33/8 33/4 4 41/2 51/16 5/8
Description . . . .po.gG 240
Thread Engagement . . . page 591
L I '
\'
> ' t
I
L
■^:
242
CRANE
A. A, R. Malleable Iron Unions
i
I'l'. '.
,1
I
, >
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil, gas, or gasoline, non-shock
TEST PRESSURE — 150 pounds air under water
FEATURES
Brass to Iron Seat — Ground Joint
Octagon Ends
For
Straight size
Air Pump Unions,
use either the
No. 819V2 E
or the
No. 9191/2 E
shown on
page 244.
No. 819 E
Union
Female
No. 8191/2 E
Unioa
Male and Female
No. 817 E
R^ucing Air Pump Union
(Male End Is Larger)
For FORGED STEEL
A.A,R. Unions,
see page 244.
List Prices, Unions
Size
Inches 1/4 % V2 Va
1 IV4 11/2
2 21/2
3
No. 819 E, Female
Black Each .45 .45 .50 .60
.80 1.20 1.55
2.30 3.80
5.50
Galv. Each .50 .50 .55 .70
.95 1.40 1.80
2.60 4.50
6.60
No. 8191/2 E, Male and Female
Black Each .56 .56 .63 .75
1.00 1.50 1.94
2.88 4.75
6.88
Galv. Each .67 .67 .74 .93
1.27 1.87 2.40
3.47 6.00
8.80
List Prices, Air Pump Unions
Size
Inches II/4XI IV2XI
11/2x11/4 2x1
2xlV4 2
xll/2
No. 817 E, Reducing, Black
Each 1.65
2.45
2.45
3.30
3.30
3.30
Service recommendations : Crane A. A. R.
Unions and Union Fittings are ideal for service
where long life and dependability are desired. They
are especially suited for railroad work because they
easily withstand abuse, piping strains, vibration,
expansion, and contraction.
Unusually rugged: All parts are of massive,
sturdy construction. The malleable iron from which
they are made is exceptionally strong and tough.
Brass to iron seat, ground joint: The brass to
iron ground joint seat is non-corrosive and holds
pressure easily; no gasket is needed. It can be
taken apart and reassembled repeatedly without
affecting its strength or tightness. The brass seat
ring is forced in under high pressure, and it will not
loosen in service.
Listed by Underwriters' Laboratories: Crane
A. A. R. Unions and Union Fittings have been
inspected and are listed by the Underwriters'
Laboratories (National Board of Fire Underwriters),
Chicago, for use on hazardous liquids.
Association of American Railroads: The unions
shown on this page and the union fittings shown on
the following page conform to the specifications and
recommended practice of the Association of Amer-
ican Railroads (A. A. R.) for 300-pound unions
and union fittings. When subjected to tensile tests,
their breaking strengths exceed those required by
the specifications.
Interchangeability : The tail-pieces and the union
rings on all of these unions and union fittings are
interchangeable, size for size.
Galvanized Air Pump Unions: The Air Pump
Unions can be furnished galvanized, when so ordered,
at an advance in price ; prices on application.
Dimensions, in Inches
[
t
1
A
n
_1
fc T ■-. 4 ft
B
No. 8191/2 E
Size 1/4 3/g 1/2 34 1 ly^ u/^ i 2V2 3
A— No. 819 E 1% Wig I^Vig 2y4 2Vi6 213/,^ 3 33/r 4 | 45/ie
B-No. 8I91/2E 21/4 2V2 211/ifi 3V«
33/8 33/4 3»5/l6
4Vi6 51/16 1 51/2
Size 1 1/4x1 IV2XI
IV2XII/4 2x 1
2x11/4 2x11/2
No. 819 E or No. 817 E B— No. 817 E
31/2
3% I 313/
16
33/4
41/t
8
A. A. R. Unions and Union Fittings with STEEL mode tail-piece. . . .page 244
A.A.R. Malleable Iron Screwed Fittings . page 193 A.A.R. Brass Valves . . . .pages 42 to 45
CRANE
243
A. A. R, Malleable Iron Union Fittings
WORKING PRESSURES
300 pounds steam, 550^ F.
600 pounds cold water, oil, gas, or gasoline, non-shock
TEST PRESSURE — 150 pounds air under water
FEATURES
Brass to Iron Seat — Ground Joint
Octagon Ends
No. 898 E
Tee
Female Union
on Outlet
No. 890 E
90' Elbow
Female Union
No. 8911/2 E
45^ Elbow
Female Union
No. 894 E
Tee
Female Union on Run
No. 895 E
Reducing fee
Female Union on Run
No. 892 E
90' Elbow
Male Union
No. 893 E
45' Elbow
\-laIe Union
No. 896 E
Tee
Jvlale Union on Run
No. 897 E
Reducing Tee
Male Union on Run
No. 8981/2 E
Tee
Male Union
on Outlet
List Prices, Straight Fittings
Size
Inches | I/4
^
s
V2
3/4 ' 1 1V4 i 1V2
21/2
No. 890 E or No. 892 E, 90° Elbows. Black
Each' .60 .60
75
.90 11.20 1.80 2.40 3.00 I 4.80 ! 7.50
No. 8911/2 E or No. 893 E, 45"^ Elbows, Black
Each .60
.60
75
.90 1.20 1.80 2.40 3.00 4.80
No. 894 E or No. 896 E, Tees, Black
No. 898 E or No, 898V'2 E> Tees, Black
Eachf .66 1 .66 .82 '1.00 11.32 1.98 2.64 3.30 5.30 18.25
Each .75 .75
82 1.00 1.32 1.98 2.64 , 3.30 i 5.30
Size
List Prices, Reducing Tees
Inches I
1x3/8
IxV;
1x3/4
No._895 £ or 897 E, Reducing Tees, Black
Each
1.45
1.45
1.45
Galvanized Union Fittings: The Crane A.A.R, furnished galvanized, when so ordered, at an advance
Malleable Iron Union Fittinss listed above can be in price; prices on application.
D
^
r^l
>
B
_L,
'M.
No. 890 E
No. 892 E No. 8911/2 E No. 893 E No. 894Eor895E No.896Eor897E
No. 898 E
No. 8981/2 E
Dimensions,
in Inches
'
Size
V4
%
Vz
3/4
1
1V4
IV2 2
21/2
3
1x3/8
1x1/2
1X^4
A
»Vl6
1V16
1V4
iVlG
1%
l>Vi6
21/8 21/2
21V16
33/8
IV16
iVie
IV2
B
^Vl6
1V16
iy4
IVie
1%
l>Vl6
21/8 21/2
215/16
33/8
IV16
IV2
IV16
C
>yi6
%
1
iVs
IVis
IV2
l^Vi6 2
2 1/4
D
2
21/4
2Vie
2%
33/is
311/16
315/16 41/2
5Vl6
51V16
2V4
2% 1
3
E
2Vl6
Vh
33/iG
33/4
41/16
4%
4y8 53/8
6V16
73/1 6
3»Vl6
3>Vl6l
3»Vl6
F
1%
m
l»Vl6
2Vl6
21/2
27/8
3Vl6 31 1/1 6
43/16
G
2Vl6
2Vl6
21V16
31/16
3Vl6
3"/i6
41/8 4Vie
53/16
1
Description . . , .page 242
Thread Engagement . . . .page 591
\m^
lilr
It*.
V
^^
244
CRANE
I
I
A.A.R. Malleable Iron Unions and Union Fittings
With Steel Male Tail-Piece
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil, or gas, non-shock
FEATURES
Brass to Steel Seat
Ground Joint — Octagonal Ends
No. 919V2 E
Lnion
These unions and union fittings are the same as chose shown on pages 241 and
243 except that they have a steel tail-piece, making the male end unusually rugged.
They are especially suited for the severe services where the strength and toughness
of steel is needed in the male end.
All parts are interchangeable, size for size, with the corresponding parts of the
Mai eable Iron AA.R. Unions and Union Fittings fpages 242 and 243).
Cah-anized unions and union fittings are made to order; prices on application.
214. and 3-inch male
tail-pieces are cast steel
Tested 150 pounds
air under water
No. 992 E
No. 993 E
No. 996 E
No. 997 E
No. 9981/2 E
90' Elbow
45° E bow
Tee
Reducing Tee
1 ee
Union on Run
Union on Run
Union on Outlet
List Prices, Each, Black
Size Inches i 1/4 % V2 Va 1 IV4 IV2 2 [ 2V2 3
Size
Inches
lx3/s
No. 919V2E, Unions .56 .56 .63 ' .75 1.00 1.50 1.94 2.88 4.75 6.88
IXV2
No. 992 E, 90° Elbows .60 .60 JZ .90 1.20 1.80 2,40 3.00 4.80 7.50
1x34
No. 993 E, 45' Elbows .60 .60 .75 1 .90 1.20 1.80 2.40 3.00 4.80
No. 997 E
Reducing
Tees
No. 996E, Tees .66 .66 \ .82 1.00 1.32 1.98 2.64 3.30 | 5.30 8.25
1.45
No. 9981/2 E, Tees .75 Jh .82 1.00 1.32 :98 2.64 3.30 5.30
A.A.R. Forged Steel Ground Joint Unions
WORKING PRESSURES — 300 pounds steam
FEATURES
Ground Joint — Octagonal Ends
Brass to Steel Seat
Tested ISO pounds air under water
i]/^ and 3-inch male
tail-pieces are cast steel.
These are light weight, rugged Forged
Steel A.A.R. Unions, ideal for locomo-
ci\e and other railroad services subjected
to \"ibration and expansion and con-
traction.
The brass to steel ground joint seat is
non-corrosive and holds pressure easily; no gasket A.A.R. These unions conform to the AA.R. speci-
is required. Corresponding parts interchange with fications for 300-pound unions. The union ring is
those of Unions shown on page 242 and above. marked "'Crane-AAR-300".
List Prices, Black
No, 950 H
No. 953 H
No. 9531/2 H
Union
Union
Reducing Air Pump Union
Female
Male and Female
(Male end is larger)
Size Inches
V4
% V2 3/4 1 Wa IV2 2 21/2
3
No. 950 H. Female Unions Each
.40
.50 .60 .70 .80 1.20 1.60 2.30 4.50
6.75
No. 953 H. Male and Female Unions Each
.50
.62 .75 1 .87 1 . 00 1 . 50 2 . 00 2 . 75 5 . 70
8.50
Air Pump Unions
Size
Inches 1 V4 x 1 IV2 x 1 IV2 x 11/4 2x1 2 x 1 V4 ;
UIV2
No. 9531/2 H, Reducing
Each 3.75 | 5.00 ; 5.00 6.50 6.50
6.50
Dimensions, same as A.A.R. Malleable Iron Unions and Union Fittings, see pages 242 and 243,
vrv-'.
CRANE
245
Crane Unions and Union Fittings
Applied to the Air Brake Piping of a Locomotive
The illustrations on this page show the application
of Crane A.A.R. Unions and Union Fittings to the
air brake piping of a locomotive.
Such an installation, compared with one using ordi-
nary screwed fittings, nipples, and female unions,
eliminates from 25 to 50 per cent of the threaded
joints. The possibility of leaks is correspondingly
reduced, and consequently a very substantial saving
is made in the labor cost of the installation.
The male end unions and union fittings illustrated
below are the Crane A.A.R. line shown on page 244.
Their steel male tail-piece assures liberal strength
and ruggedness. I f desired, however, the unions and
union fittings with malleable iron tait-piece. shown
on pages 242 and 243, may be used; or the A.A.R.
Forged Steel Unions, shown on page 244. may be used.
jQ
To Fire Door
i^^^
-To No- 1 Gauge
895 EH
919'2 E
992 E
To No. 1 Gauge
894 E
rsiti —-To No. 2 Gauge
X
Save Ufateriaf and Labor
with
Crane Unions and Union Fittings
See pages 236 and 237
'To Governor
919^^ E
1 n '
9193^ E^^
919;i E
To Reservoir
/ Brake Pipe
Signal Pipe
Brake Cylinder Pipe
9191^ E
Ji
^
J i i.
S98E
992 E
.Above
Right Side Arrangement
Lower Left
End View of Right Side
Lower Right
Left Side Arrangement
Cooling Piping
S98E
992 E-^
Brake Cylinder
9\9}U E
819 E—
895 E
890 E
3t Eg
919)^ E
898 E
f
'A
Itt
m
h.
\
246
CRANE
300-Pound Malleable Iron Unions
WORKING PRESSURES
No. iqS E and No. iq8H E— 300 pounds steam. 550° F.
No. iq7 E — 300 pounds saturated steam
All types — 600 pounds cold water^ oil, or gas, non-shock
TEST PRESSURE — 150 pounds air under water
FEATURES
Brass to Iron. All-Iron, or Brass to Brass Seat
Ground Joint Octagon Ends
t'-:
r
f y.
II
No. 198 E
Female L nion
Brass to Iron Seat
No. 1981/2 E
Female Union
All-Iron Seat
List Prices
No. 197 E
Female Union
Brass to Brass Seat
Size
Inches
Va
%
V2
^
1
IV4
IV2
2
2V2
3
31/2 4
Brass to
No.
198 b
Black
Each
.45
.45
.50
.60
.80
1.20
1.55
2.30
3.80
5.50
8.00 11.00
Iron Seat
Galv.
Each
.50
.50
.55
.70
.95
1.40
1.80
2.60
4.50
6.60
10.00 13.50
All-Iron
No.
1981/2 E
Black
Each
.45
.45
.50
.60
.80
1.20
1.55
2.30
3.80
5.50
Seat
Galv,
Each
.50
.50
.55
.70
.95
1.40
1.80
2.60
4.50
6.60
Brass to
No-
197 E
Black
Each
.45
.45
.50
.60
.80
1.20
1.55
2.30
3.80
5.50
Brass Seat
Galv.
Each
.50
.50
.55
.70
.95
1.40
1.80
2.60
4.50
6.60
Service recommendations: Crane 300-Pound
Malleable Iron Unions are recommended where long
life and dependability are desired on lines con^'eying
steam, water, oil, air, gas, or similar fluids. Their
sturdy construction makes them especially suitable
for severe services.
Unusually rugged: All parts are massive and
rugged. The malleable iron from which they are
made has a high tensile strength and is exceptionally
tough.
Choice of scat construction : The unions are
made with three types of seat construction.
Brass to Iron Seat — No. iqS E
All-Iron Seat — No. rq8J^2 E
Brass to Brass Seat — No, iqy E
Brass seat unions : Brass seat unions have durable,
non-corrosive seating surfaces. The large brass
rings are forced into the retaining groo\'es under high
pressure; they will not loosen in service.
All-iron unions : All-iron unions have seating sur-
faces integral with the end-pieces. They are suitable
for steam, oil, air, or gas lines where a non-corrosive
seat is not desired, and for acid lines where all-iron
material is satisfactory.
Ground joint: All of these unions have a ground
Joint seat that holds pressure easily; no gasket is
needed. The unions can be taken apart and re-
assembled repeatedly without affecting their strength
or tightness.
Interchangeability : The corresponding parts of
these unions are interchangeable, size for size.
Identification of seat :
Brass to iron seat black unions are all black.
All-iron black unions have the union ring japanned
green.
Brass to brass seat black unions have the union
ring japanned maroon.
Galvanized unions are all-galvanized, with no
other distinguishing color on the union ring,
Federal Specification: The No. iqS E Brass to
Iron Seat Unions and the No, iqS]4 E All-Iron Seat
Unions, sizes }4 to 3-inch inclusive, conform to
Federal Specification No. WW-U-536, dated June,,
iq33-
1
A
L_i
Si
ize
Va
^
8
V2
3/4
Dimensions, in Inches
I 1
IV4
Wz
1% nVis l^Vie I 2V4 I 2Vi6 213/.
16
Thread Engagement . . page 591
m
s
IVz
3V2
4Vi
16
411/
16
CRANE
247
Forged Steel Ground Joint Unions
No. 250 H No. 253 H
Female Male and Female
Brass to Steel Seat
Tested
300 pounds air
under water
{2}4 and 3-inch
male tail-pieces
are cast steel,)
These unions
i\re fvirnished with
black end-pieces
and cadmium plated
imion ring, or are
cadmium plated
all over.
No. 252 H
Female
No. 254 H
Male and Female
Steel to Steel Seat
List Prices, Each, and Dimensions
Size Inches Vg V4 % V2 % 1 Wi W2 2 ZVz 3
No. 250 H. or
No. 25? H
Black with Cadmium Plated Ring .40 .40 .50 .60 .70 .80 1.20 1.60 2.30 4.50 6-75
Cadmium Plated all over .50 .50 .60 .75 .90 1.05 1.50 2.10 2.90 5.25 7.75
No. 25^ H. or
Black with CadmiLim Plated Ring .50 .62 .75 .87 1.00 1.50 2.00 2.75 5.70 8.50
No. 254 H
Cadmium Plated all over j .59 .70 .87 1.05 1.25 1.75 2.50 3.40 6.25 9.50
End to end
Female Inches IV2 1% I'Vis l^Vie ^Vi 2Vi6 ^^"^/le 3 3^^ 4 Wjg
Male and Female Inchesl 21/4 21/2 l^Vis 3y8 3% 33/4 3^V\6 "^Vie ^Vis. ^Vi
Service recommendations : These un ions are
recommended for high pressures and temperatures
or for unusually severe service on steam, oil, water,
air. or gas. Although light in weight, they are ex-
ceptionally tough and rugged.
Seat: The unions ha\e steel to steel seats or brass
to steel seats. In the former, the seats are integral
with the end-pieces. In the latter, a large brass ring
is rolled under high pressure into the thread-piece;
it will not loosen in service.
250 bd and No. 25^^ Unions sizes J4 to 3-inch
comply with the specifications of the .Association of
American Railroads for joo-pOLind unions.
Identification of seat: Brass to steel seat unions
are marked "oooS-tJo^ F." ; steel to steel seat unions
are marked "OooS-qoo° F."
Working Pressures, Non-Shock
(Steam. Water. Oil, Oil \apor. Gas, or .Air)
Cadmium plating: These unions are furnished
with black end-pieces and cadmium plated union
ring or are cadmium plated all o\er. The parts are
plated inside and outside after being machined and
before being assembled. Cadmium plating offers
excellent resistance to atmospheric corrosion (rust)
an^i is a permanent and effective lubricant.
A.A.R. design: In design and dimensions, No.
Temp.
Pounds
Temp.
Degrees
Pounds
Degrees
Brass to
Steel to
Steel to
Fahr.
Steel Seat
Steel Seat
Fahr.
Steel Seat
100
2000
2000
600
1040
150
I 1 1 r
1900
650
%0
200
■ ' ■
1800
700
880
250
1700
750
800
300
1600
1500
800
740
350
850
670
400
1400
900
bOO
450
1300
950
530
500
■ 1200
1000
380
550
600
1120
....
4 ■ ■
Forged Ground Joint Unions— Steel to Exelloy Seat
Tested 300 pounds air under water
List Prices and Dimensions
Working Pressures^ Non-Shock
(Steam, Water. Oil. Oil Vapor. Gas. or Air)
Size
Inches
List Price
Each
End to end
Inches
1/4 2.00
l"/l6
% I 2.50
21/8
1/2 1 3 . 20
2716
34 4.00 2>Vi6
1 I 5.50 3Vi6
For larger sizes, use No- 330 D or
No- 331 U F lange Unions, page 253.
Temp.
Pounds
Temp.
Pounds
100" F.
6000
600 F.
3120
150
5700
650
2880
200
5400
700
2640
250
5100
750
2400
300
4800
800
2200
350
4500
850
2000
400
4200
900
1800
450
3900
950
1590
500
3600
1000
1140
550
3360
t ■ * h
■ I * I
No. 246 X, Temale
These exceptionall> heavy, superior quality unions the seat and the ring thread joint non-corrosive
have a thread-piece of forged Exelloy, making both The tail-piece and union ring are forged steel.
Thread engagement ... page 591
m
I
I
\\m
>
:■ if
.)!
r*^
I!
248
CRANE
Forged Steel Ground Joint Hammer Lug Unions
Unions with
Double Hammer Lugs
Female Union
No, 3501/2 H
Brass to Steel Seat
For working pressures,
see table shown below.
Tested
300 pounds air
under water
List Prices
Unions with
Single Hammer Lugs
Cadmium Plated
Female Union
No. 350 H, Brass to Steel Seat
No. 352 H, Steel to Steel Seat
(The 4-anch si:re is cast steel.)
Sire
Inches , %
Vi
3/4 , 1
IV4
IV2
2
2V2
3 4
Black
No. 350 V2 H, Brass to Steel Seat
Eachi 1.00
1.20
1.40
Cadmium
No. 350 H, Brass to Steel Seat
Each .60
.75
.90 1 1.05
1.50
2.10
2.90
5.25
7.75 16.00
Plated
No. 352 H, Steel to Steel Seat
Each .60
1
.75
.90 1.05
1.50
2.10
2.90
5.25
7.75 ! 16,00
lb ' -
r r
M
I
tl
. ^ *'
^
Service recommendations : These unions find
wide application in many industries on temporary
lines or on ser\ices where the union must be easily
and quicl<!y taken apart or reassembled. A blow
with a hammer upon one of the lugs will instantly
break or make the joint.
They are forged from a high quality steel and are
stron" and ru^sed. Thev will withstand hard usa^e
and repeated dismantling. Their ground Joint holds
pressure easily; no gasket is required.
Unions with Double Hammer Lugs : The Xo.
3 5oJ.'2 H Unions have two hammer lugs on the
thread-piece and two on the union ring. They are
frequently used on hydraulic lines in steel mills.
All sizes are forged steel and have a brass to steel seat.
Unions with Single Hammer Lugs : The No.
350 H Brass to Steel Seat and No. 352 H Steel to
Steel Seat Unions ha\'e hammer lugs (two) on the
union ring only. Thev are used on manv ser\"ices;
the larger sizes are popular in oil and gas fields.
The unions are cadmium plated inside and out after
machining and before assembly. Cadmium plating
offers excellent resistance to atmospheric corrosion
(rust) and is a permanent and effecti\"e lubricant.
Sizes 3-inch and smaller are forged steel; the 4-inch
size is cast steel,
The No. 352 H Steel to Steel Seat Unions have the
lugs on the union ring painted green after being
cadmium plated to identify them from the Brass to
Steel Seat Unions.
Interchangeability : The union ring, thread-piece,
and tail-piece on all of these unions sizes 3-incli and
smaller are interchangeable with the corresponding
parts of the No. 250 H, No. 252 H, No. 253 H. and
No. 254 H Unions shown on page 247.
Brass to Steel Seat
Used in
Nos. 35OV2 H and 350 H
(Brass ring rolled in
under high pressure;
will not loosen
in service.)
Steel to Steel Seat
Used in
No. 352 H
(Seats are
integral
with the
end pieces.)
Working Pressures
(Steam, Water, Oil, Oil Vapor Gas, or
Air)
, Temper-
ature
Pounds, Non-Shock
Temper-
ature
Degrees
Povinds
Non-Shock
Degrees
Brass to
Steel to
Steel to
Fahr.
Steel Seat
'Steel Seat
Fahr.
Steel Seat
100
2000
2000
600
1040
150
....
1900
650
960
200
1800
700
880
250
1700
750
800
300
1600
800
740
350
1500
850
670
400
1400
900
600
450
1300
950
530
500
1200
1000
380
550
600
1120
Dimensions, in Inches
Size
% V2
3/4
1
1V4 1V2
2
21/2
3 4
No, 35OV2 H
End to end
2Vi6 2V4
2^/u
!
Distance across lugs on union ring
21V16 31/8
313/16
No, 350H
End to end
l^Viell^Vie
2V4
2Vl6
21V16 3
3%
4
45/16 55/8
No, 352 H
Distance across lugs
21V16 31/8
3' Vis
43/8
53/16 511/16
6%
7V&
93/4 nVz
Thread Engagernent . . . -page S9I
CRANE
249
Standard
Faced, Plain Face
Cast Iron Flange Unions
Standard — Gasket Type
WORKING PRESSURES
125 pounds steam
175 pounds cold water or gas, non-shock
When sizes 14-inch and larger are required
use two No. 553 Standard Cast Iron Com-
panion Flanges (page 292) bolted together.
List Prices and Dimensions
Each union
is equipped with
a rubber gasket.
Galvanized unions
have
galvanized bolts.
Size
Inches
V2
¥4
1 IV4
11/2
2
2V2
3
31/2
4
5
6
8
10 12
Black
Each
.40
.46
.52 .64
,78
1.00
1.25
1.50
1.80
2.10
3.15
3.95
7.00
11.50 16.00
Galvanised
Each
.80
.92
1.04 1.28
1.56
2.00
2.50
3.00
3.60
4.20
6.30
7.90
14.00
23.00 32.00
End to end
Inches
iVie
IV16
IViG IVie
l»Vl6
l»Vl6
25/16
2Vl6
2Vl6
2IV16
215/16
3Vl6
3yi6
31V16I 4Vl6
Dia. of flanges
Inches
23/4
3%
3% 4y8
41/2
SVs
5%
6%
7y4
73/4
9V8
10%
I2V4
151/2 177/8
No- and dia.
of bolts
3-3/s
3-VlG
3-V16 4-Vie
4-V2
4-V^
4-%
4-%
4-5/8
5-%
5-5/8
6-5/8
8-5/8
10-34 12-3/4
250-Pound
Gasket Type or Ground Joint
No. 97 E
Gasket Type
Faced, Plain Face
WORKING PRESSURES
250 pounds steam
400 pounds cold water, oil, or gas, non-shock
Galvanized unions ha\'e aaK'anized bolts.
No. 99 E
Ground Joint— Brass to Iron Seat
Navy Pattern
The No. 07 E Unions are equipped with a rubber
gasket, suitable for steam, water, or gas service.
For oil service, a Granite gasket should be used. It
is furnished only when ordered and is charged extra;
see page 571 for list prices.
List Prices and Dimensions
The No. q.Q E Unions have a non-corrosive hrass-to-
iron ground joint seat; no gasket is needed. They
can be taken apart and reassembled repeatedly
without affecting their strength or tightness.
Size Inches Vz 2/4 1 IV4 1^/2 2 2V2 3 31/2 4 | 5 6 8
No. 97 E
Black Each .70 .70 .80 | 1.00 1.15 1.50 1.90 2.25 2.70 3.15 4.75 6.00 10.50
Galvanized Each 1.40 1.40 1,60 2.00 2.30 3.00 3.80 4.50 5.40 6.30 9.50 12.00 21.00
No. 99 E
Black Each .60 .80 1.20 1.60 2.00 3.20 4.80 6.00 7.50 10.00 12.50 18.00
Galvanised Each .90 1.20 1.80 2.40 3.00 4.80 7.20 9.00 11.25 15.00118.75 27.00
End to end, No. 97 E Inches iVie 15/is lVi6ll>ViG l^Vie 2Vi6 23/i6 27/i6 21Vig 2i3/i6 215/^ 31/^^ 39/^^
End to end. No. 99 E Inches IVie V^/x \i-'V\& 2V% IVi 2% Z^/g 31/3 33/3 35/3 Zy^ 4V,
Dia. of flanges Inches 3V4 31/4 35/8 41/8 4% 5% 6 63/^ 71/2 8 QS/g lOVg 13V4
No. and dia. of bolts 4-yi6 4-yi6 4-Vi6 4-V2 4-V2 5-Vi6 S-S/g 6-% 6-% 7-5/8 8-2/4 9-3^ lO-S/^
5-Bolt Oil Country Pattern — Gasket Type
WORKING PRESSURE
600 pounds cold water, oil, or gas, non-shock
List Prices and Dimensions
5-Bolt Oil Country Pattern
Not Faced,
Corrugated Face for Gasket
Size
Inches
2
Black
Each
1.85
End to end
Inches
2^8
Dia, of flanges
Inches
5%
No, and dia, of bolts
5-%
The flanges of this union
are rough, not faced. To
afford a stronger grip on
the gasket, the bearing
surfaces are corrugated.
Each union is equipped
with a rubber gasket. For
extra gaskets, seepage ^71.
m
\ ;j
I '
Extra Gaskets . . . page 571
i A^-
I
250
CRANE
Malleable Iron Gasket Type Flange Unions
Standard Unions
Standard
Faced. Plain I^ace
Long Thread Type
WORKING PRESSURES
150 pounds steam
225 pounds cold water, oil,
or gas, non-shock
Galvanized unions
have galvanized bolts.
List Prices and Dimensions
Each union is equipped with a
rubber gasket, suitable for steam,
\\ater, or gas s€r\'ice. For oil serv-
ice, a Cranite gasket should be
used. It is furnished only when
ordered and is charged extra; see
page 5/1 for list prices.
Size I nches 3/4 1 1 V4 1 V2 I 2 V2 3 31/2 4 5 6 8 i 1 12
Black Eachj 1.40 1.60 2.00 2.50 | 3.00 3.50 4.40 5.25 6.00; 8.00 9.00il8.00 33.00 46.00
Galvanized Each 2.80 ; 3.20 ! 4.00 5.00 [ 6.00 ! 7.00 ' 8.80 10.50 12.00! 16.00 18.00 36.00 66.00 92.00
End to end Inches, V/b i T/ie i IV16 l^Viei 2% V/^ 2l5/i6 3Vi6 1 3Vi6 SS/g 3Vi6 i 4 j 4Vi6 4»3/i6
Diameter of flanges Inches 2% 31/4 33/4 4% SVs ^V% 6% ^i/j 7^^ 9% lO^g 123/4 15V2 177/(i
No. and die. of bolts S-S/g 4-3/g 14-Vi6 4-1/2 4-V2 4-5/8 4-5/8 ! 4-5/^ S-S/g S-S/g ' b-^/s ! 8-5/g 10-3/^ 12-34
These unions are heavier and have longer thread
lengths than the ordinary commercial flange unions
oi this type. They have ample bolting and are
sturdily constructed of a good quality malleable iron.
C!rane Standard Malleable Iron ITange Unions are
recommended for all general steam, water, oil, or gas
ser\ice. Because of the extra safety factor resulting
from their greater weight and longer threads, they
are especialK suitable where ordinary unions are
not entirely satisfactory, as in oi! refineries.
*'■
V
400-Pound W.O.G. Unions
I
WORKING PRESSURES
250 pounds steam
400 pounds cold water, oil,
or gas. non-shock
Each union is equipped with a
Cranite gasket, suitable for
steam, water, oil, or gas service
No. 95 E
I'accd, Plain Face
Long Thread Type
List Prices and Dimensions
Size
Inches [
2
2V2
3
4
6
8 10 12
No. 95 E, Black
Each
4.85
6.75
9.00
11.50
21.00
Prices on app ication
End to end
Inches
2V2
2' 3/1 6
3
3V8
3%
4 1 4Vi6 4i3/,g
Diameter of flanges
Inches i
5%
6^/16
7
8
11
131/4 1 16 187/8
No. and dia. of bolts
5-V16
5-5/8
6-%
7-5/8
9-3/4
10-3/4 1 12-% 12-1
The No. Q5 E Unions are made of a high quality
malleable iron. 1 hey are strong, tough, and rugged,
and ha\e good resistance to shock or impact and to
the strains resulting from the e.xpansion and con-
traction of piping.
They are especially popular in oil and gas fields.
Extra Gaskets
The threads are unusually long and are accurately
cut to gauge.
These unions are regularly furnished \\ith a Granite
gasket. They are recommended for 400 pounds cold
water, oik or gas service, non-shock, and for zjc
pounds saturated steam service.
page 571
CRANE
251
Malleable Iron Ground Joint Flange Unions
Standard All-Iron Unions
WORKING PRESSURES
150 pounds steam
225 pounds cold water, oil,
or gas, non-shock
Iron to Iron Seat
Ground Joint
No. 773
Long Thread Type
List Prices and Dimensions
Size
Inches i
2V2
3
4
1 6
8
No. 773, Black
Each
3.25
4.50
6.00
7.50
14.00
+
End to end
Inches
2iVifi
3Vl6
3Vl6
39/16
41/4
41 Vis
Diameter of flanges
Inches
5V8
5%
6%
73/4
1 IOV2
12%
No. and dia. of bolts
4-1/2
4-%
4-%
5-%
6-%
8-%
*8-inch size can be made to order: price on application,
The No. 773 Standard All-Iron Flange Unions are
:>opular in oil and gas fields. They ha\-e unusually
ong threads, accurateh' cut to gauge, making them
suitable for pipe line ser\ice.
The malleable iron from which che\' are made is
strong, tough, and durable. It has good resistance
to shock or impact and to the strains resulting from
the expansion and contraction of piping.
The ground joint seat eliminates the need for a
gasket. Each union is gi\en a hydrostatic test.
Three-Part Unions
Brass to Iron Seat
Ground Joint
Loose ring makes it easv
to line up bolt holes.
WORKING PRESSURES
600 pounds cold water, oil,
or gas, non-shock
Sizes 4-inch and smaller, 300 pounds steam
Sizes 5-inch and larger, 200 pounds steam
No. 775
List Prices and Dimensions
Size
Inches
2
2V2
3
31/2
4
5
6
*7
8
10
No. 775, Black
Each
4.00
6.40
9.60
12.00
15.00
20.00
25.00
30.00
36.00
57.60
End to end
Inches
3»Vl6
41/8
4V2
4> V16
5
5%
5%
6V16
eys
8V16
Diameter of flanges
Inches
5y4
feVis
7yi6
73/4
sya
93/4
11
I2V2
i4y8
i6y8
No. and dia. of bolts
5-V2
5-V16
5-S/8
5-%
6-5/8
6-%
8-3/4
10-34
lO-Vs
12-1
Advantages of the three-part construction:
The No. 7"^ Union has three major parts: flange-
piece, tail-piece, and loose ring. The ring combined
with the ball type seat assures tightness even when
the pipe line is slightly out of alignment. In addi-
tion, being loose, the ring . can be conveniently
swiveled to any desired position to line up the bolt
holes.
Brass to iron seat, ground joint: The brass to
iron seat is non-corrosive, and the ground joint
eliminates the need for a gasket. The brass seat
ring is forced into the tail-piece under high pressure
and will not loosen in service. The union can be
taken apart and reassembled repeatedly without
injuring its strength or seating qualities.
Loose ring painted yellow: The loose ring is
painted yellow so that the union can be easily
identified.
Test: Each union is given a hydrostatic test.
'^'Z-inch Unions : The 7-inch Unions can be used for
65/g-inch casing (--inch O.D.) or 7}-^-!nch casing
(75^-inch O.D.). Orders should specify outside
diameter of casing, number of threads per inch, and
style of casing.
(ill
m%
I
I--
: 1 . '
■"
1 : ■
, ■
f :
ft' ; '
,
1
r , '
'"' 1 '
'h
'if
I
\ i,
I " I
' i\i 1
252
CRANE
Tongue and Groove Flange Unions
WORKING PRESSURES, Pounds per Square Inch
Sizes
Steam or oil
500" F.
Ammonia
Cold water, oil, or
gas, non-shock
No. 1589,
V^ to 3- inch
300 300
1000
No. 1591 1/2.
3V2 to 6-inch
300 1 300 600
or No. 1529
8 to 12-inch
250 300
500
^4 to 3-inch are forged steel;
3^2 to 6-inch are malleable iron;
8 to 12-inch are Ferrosteel-
No. 1589
With Granite Gasket
"A" is end
to end
of threads-
Ova]
Square
Round
These are rugged, service-
able unions. They are
made by bolting together a
No. 1547 Tongue Flange
and a No. 1 545 Groove
Flange (shown on page 484).
Each union is equipped
with a Granite gasket.
Reducing sizes are made to
order ; prices on appHcation.
List Prices and Dimensions
Size Inches] Vi
% 1/2
3/4
1 IV4 IV2
2 1 2V2 3
3V2
4
5 6 8 10 12
No. 1589 Each -90
1.00 1.20
1.55
2.15 j 2.25 2.70
3.10 5.50 6.75
7.75
9.25
11.0013.75 20.00 28.00 40.00
Style of flanges
Oval
Square
1
Round
A Inches IV16
IV2 l^VlG
l^Vie
2 2V8 23/ie
2V4 2i3/,6 3
31/4
3%
35/8 37/8 33/4 43/16 4Vl6
B Inches 3%
3^ViG 4
43/4
4V2 1 5 6
6V2 1 71/2 81/4
9
10
11 121/2 15 171/2 201/2
C Inches 1 s/g
13/4 2
2V4
3Vl6 315/16 411/16
5Vi6 513/ie
No. of bolts 2
2 2
2
4 4 4
4 4 8
8
8
8 12 12 16 16
Dia. of bolts Inches V2
V2 V2
5/8
1/2 V2 %
% 3/4 3/4
H4
^4
% ^4 Vi 1 IVs
List prices and Dimensions
Size
Inches
1V4
No. 1591V2
Each 1.50
1.75
2.80
"A" is end
to end
of chreads-
No. 15911/2
With Granite Gasket
Style of flanges f
Oval
Square
A Inches
2
2V8
211/16
B . ■ Inches
43/4
51/4
513/16
C Inches \
2%
3
41/2
No. and dia. of bolts Inches
2-%
2-5/8
4-%
Oval
Square
These are unusually compact unions, equipped with a coils with close centers and for other services where
Granite gasket. They are ideal for making up pipe a good union joint must be made in a small space.
Forged Steel Combination Elbows
Furnished complete unless othertvise ordered
List Prices and Dimensions
No. 1529, Complete
With Flange, Bolts,
and Granite Gasket
Sire Inches 1/4 S/g Vi Va 1 IV4
No. 1529, Complete Each 1.40 1.55 1.85 2.20 2.60 3.90
No. 1529. Elbow only Each .85 .95 1.05 1.20 1.40 2.60
A Inches i3/,6 i^/ie iVs IVie IV16 1^4
B Inches V-k I'Vie l^Vie 2V8 ^s/g ZU/ie
C Inches 3% 3^ Me 4 43/4 43/4 51/4
D Inches 1 % 1 V4 2 2 1/4 2% 3
No. and dia. of bolts Inches 2-1/2 l-Vz l-Vz 2-% ^-S/g 2-%
No, 1529
Elbow Only
-lAr-
T
B
^
Strong, compact connections are made conveniently
and economically with these elbows. They are ideal
where a union angle joint is needed in close quarters
and for making meter, small by-pass, and similar
connections.
When used tn place of ordinary screwed fittings, the
No. I52q replaces an elbow, a nipple, and a flange.
eliminating two joints. When used in place of a
flanged elbow, it eliminates one gasket joint. In both
cases, the No. 1529 takes up less space.
The flange portion is the No. i 547 (shown on page
484) on sizes ^-inch and smaller and the tongue half
of the No. 1 5Q I J^ Union (shown above) on the i-inch
and I J-^-inch sizes.
Extra Caskets. . . .page 571
CRANE
253
2000, 6000, and 9000-Pound W.O.G.
Steel Ground Joint Flange
Oval Square
Round
Steel to Steel Seat
No. 328 D, 2000-Pound
No. 340 D, 2000-Pound
*Triplex Steel Bolt-Studs
Brass to Steel Seat
No. 329 D, 2000-Pound
•Triplex Steel Bolt-Studs are threaded full
leneth and are fitted with a nut on each end.
Steel to Steel Seat
No. 330 D, 6000-Pound
Cold Rolled Steel Bolt-Studs
No. 331 D
9000-Pound. Sizes U to 2i^-inch
6000-Pound. Sizes 3 to o-inch
*Triplex Steel Bolt-Studs
2000-Pound
6000 and
9000-Pound
2000-
-Pound Flange Unions
6000 and 9000-Pound Flange
• Unions
Size
List Prices
Dimensions, in
Inches
Size
Inches
List Prices 1 Dimensions,
in Inc
hes
<*>
Inches
No.
328 D
Each
No.
329 D
Each
No.
340 D
Each
A
C
D
No. &
dia. of
bolts
No.
330 n
Each
No.
331 D A
Each
B
C
D
No. &
dia. of
bolts
Va
1.60
1.85
2.05
IV4
3S/8
1%
' 2-V2
CO
>
V4
6.00 7.50 21/4 UV16 3%
2
2-5/8
_
%
1,80
2.10
2.30
' V.^8
3^3 16
in
2-V2
%
6.001 7.50,| 2V4 111/16 37/8
2
2-5/8
>
V2
2.05
2.40
2.60
I 2
4
2
2-V16
V2
6.001 7.50 2V4 :nVi6 3"8
2
2-5/8
V4
2.45
2.85
3.10
' 2%
43/4
2V4
2-3/4
^4
7.00 8.75: 23/8 'Ii3'i6 3V8
3
4-V16
1
2.90
3.35
3.70
2%
43/4
2%
2-3/4
1
8.00: 10.00! 21/2 2 41/2
35/R
4-5/8
^
1%
3.40
3.90
4.35
25/8
3»Vi6
4-5/8
3
iy4
9.00! 11.25 23/4 1 23/i6 51/4
4V4
4-3/4
03
1 Vi
3.90
4.50
5.00'
2V4
6
4^'k
4-n
IVz
10.00 12.50 27/8 ' 25/i6i 57/8
43/4
4-7/8
3
2
4.40
5.10
5.70
' 23/4
6V2
5Vl6
4-34
2
16.00, 20.00 311/16 3 1 67g
5^2
4-11/8
W
2V2
7.70
8.90
9.90
' 33/8
7V2
51V16
4-%
2V2
29.00 36.25 3IV16I 3i/8 '7i3/i6
6V4
4-11/4
3
11.70
13.50
15.00
3%
8V4
6-7/8
•0
c
3
3
47.00 58.75 45/8 37/8 91/2
6-11/4
*n.
3V2.
14.30
16.50
19.00
33/8
9
8-%
4
72.00 90.00 511/16' 45^8 11^2
8-13/8
4
17.60
20.25
23.50
3%
10
S-I
5
no. 00138. 00' 63/8 i 53/8 IJ34
10-13/8
3
S
21.00
24,25
28.25
3%
11
8-11/8
6
147.00 184.00 67/8 ' 6 ' 15
10-15/3
cc
6
30.00
34.50
41,00
4
121/2
10-1 1/4
8
45.00
52.00
61.00
43/4
15
10-134
10
65.00
75.00
87.00
SVs
17V2,
12-11/2
12
86.00
100.00
115.00
55/8
20 1/2
14-11/2
Service recommendations: I he 1000-Found
Unions are compact, yec amply strong. They are
recommendeJ especially for hydraulic lines. In ad-
dition, the No. 340 D. having Triplex Steel bolting,
are suitable for high pressure-temperature service.
The booo and Qooo-Pound Unions are made for the
extreme pressures and temperatures encountered in
some steam plants and oil refineries, and for very
high hydraulic pressures. The\- are unusualU* mas-
sive and rugged, and they ha\'e liberal bolting-,
Construction: These unions are forged from a high
grade steel, especially selected for its strenp;th and
toughness. They ha\e long thread lengths, and
their ground joint holds pressure exceptionally well.
Bolting: The Nos. 328 D and 32Q D sizes b-inch
and smaller have commercial bolts: larger sizes have
cold rolled steel bolt-studs. The No. 330 D Unions
have cold rolled steel bolt-studs.
The Nos. 340 D and 331 D ha\'e Triplex Steel bolt-
studs, threaded full length, and fitted with medium
carbon oil-quenched semi-finished hexagon steel nuts.
Triplex Steel has excellent physical properties.
Working Pressures
Steam, WuCcr, Oil, Oil \'apor, Gas. or Air
Temper-
ature
Working Pressures — Pounds (Non-Shock)
Degrees
Fahr.
2000-Pound
Nos.
bOOO-Pound
No.
No.
328 D 340 D' 330 D
and
329 D
No.
331 D
Sizes;
3 to 6-inch
90Q0-Pound
No.
331 D
Sizes
V4 to 2V2-inch
100
2000
2000
6000
6000
9000
150
1900
1900
5700
5700
8550
200
1800
1800
5400
5400
8100
250
1700
1700
5100
5100
7650
300
1600
1600
4800
4800
7200
350
1500
1500
4500
4500
6750
400
1400
1400
4200
4200
6300
450
1300
1300
3900
3900
5850
500
1200
1200
3600
3600
5400
550
1120
3360
5040
600
1040
3120
4680
650
960
2880
4320
700
880
2640
3960
750
800
740
2400
3600
800
2200
3300
850
670
2000
3000
900
600
1800
2700
950
530
1590
2385
1000
380
1140
1710
I
I
!)1>
iiij '■
t!9
254
CRANE
I
Large Size Flange Unions
Made from Screwed Flanges
Although the Crane line of Flange Unions, shown on pages
i4Q to 253, is exceptionally complete, very large pipe lines
may sometimes require sizes larger than those that are regu-
larh' listed, These can be conveniently and economically
made by bolting together two screwed companion flanges.
For this purpose, the user can make an excellent selection from
the complete line of Crane Screwed Flanges. It includes flanges
made in a variety of metals, in a full range of sizes, and for every
ser\uce requirement. See the pages referred to below;
If
aj-Pound Cast Iron Flanges : page 2.91
125-Pound Cast Iron or Ivlalleable Iron Flanges pages iqi and 293
250-Pound Cast I ron Flanges pages 2Q4 and 2Q5
1 50-Pound Forged Steel Flanges . page 364
300-Pound Forged Steel Flanges page 364
400-Pound Forged Steel Flanges page 365
600-Pound Forged Steel Flanges page 365
qoo-Pound Forged Steel Flanges page 365
1 5oc-Pound Forged Steel Flanges page 365
Machine Bolts page 556
Triplex Steel Bolt-Studs pages ^y8 and 559
Gaskets .pages 566 to 571
l!
> t
A Large Size Flange Union
Made by bolting together
two Crane Cast Iron Sc^e^ved Flanges
Complete with Bolts and Gasket
1
irn
CRANE
255
Brass Fittings, Flanges, and Unions
Standard Screwed Fittings pages 256 to 258
Nipples page 258
250-Pound Screwed Fittings pages 260 and 2b i
Plugs page 25Q
Bushings page 259
Screwed Unions and Union Fittings. . . .pages 262 and 263
Flange Unions page 2^3
150-Pound Flanged Fittings page 264
150-Pound Companion Flanges page 2D4
300-Pound Flanged Fittings page 264
300-Pound Companion Flanges page 2D4
illli
\\m
w
■li '
^tt
The fittings mentioned abo\^e constitute an exceptionally
complete line for brass threaded or flanged joints. The>' are
well proportioned and of ample weight, assuring a liberal
factor of safety over the recommended working pressures.
Unless otherwise indicated, the cast fittings are made of
Crane Steam Brass, a good quality alloy of copper, tin. lead,
and zinc (85-5-5-5), commonly classed as "Red Brass".
in
Haw to read reducing fittings. p<^gc 644
Brass Solder-Joint Fittings pages 499 to 512
Brass Crane-Seal Fittings pages 489 to 498
Brass Railing Fittings page 267
Brass Fittings for Marine Service page 461
I
'"'"!'!3SPp^^^Bl
li iri
I k
f!!!l!MMmm!li!'J!M'llUhmi!!, . ..
UAl
I
256
CRANE
Standard Brass Fittings
WORKING PRESSURES — 125 pounds steam
175 pounds cold water or gas and 200 pounds cold oil, non-shock
Air Tested
90' Elbow
90^ Street Elbow
Side Outlet Elbow
Tee
45° Elbow
45° Street Elbow
Four-Way Tee
Service Tee
Cross
45=^ Y-Bend
Drop Elbow
Drop Tee
I
I
,*
c]
Extension
Piece
Coupling
Right Hand
Covipling
Right SjLeft
Reducer
Cap Hexagon Locknut
J^" Caps are hexagon
bar stock; H" Lock-
nuts also are bar stock.
C
rossover
Return
Bend
List Prices, Each, Rough
Size
Inches
Vs
V4
%
Vz
3/4 1 IV4 IV2
2 21/2
3 , 31/2 4 5 6
8
90"
Straight
.11
.11
.11
.14
.21 .36 .59 .75
1.20 12.45
3.631 5.451 7.20 14.00i21.50
49.00
Reducing |
.15
.15
.18
.25 .45 .70 .90
1.55 12.75
4.35: 6.25! 8.00;i6.75;25.00
57.00
Right & Left
.40
.40
.55
.70 1.00 1.20 1.55
2.30 1
1
Elbows
Street
.17
.17
.17
.22
.30 .50 .80 1.05
1.75 3.25
5.50' 8.16 10.50'
45°
.13
.13
.13
.15
.23 .40 .65 .83
1.32 2.68
3.98, 6.00 7.90 15.50 23.75
54.00
45°, Street
T7
.17
.17
.22
.30; .50; .80' 1.05
1.75 1
Side Outlet (Plain)
.72
.72
1.00;i.30 1.85'2.50|3.00
4.75 7.20
10.75 1
Drop (Plain)
.35
.40
.55 .70;
1
Straight
.17
.17
.17
.22
.30 .50' .80' 1.05
1.75 13.25
5.00 8.15110.50 21.00,30.00
75.00
Red
1 opening
.20
.20
.26
.36 .601 .95! L25
2.1013.90
6.00' 9.75 12.60 25.00 36.00
90.00
Tees
^ 2 openings
.22
.22
.29
.39 .65 1.05 1.40
2.30 ,4.25
6.50:i0.60 13.65 27.30 39.00
97.50
Service
.27
.36
.50 .85 1.25 1.67
2.75
Four- Way (Plain)
.80
.80
1.10
1.46 2.05 2.75 3-30
5.25
Drop Plainl
'
.40
.50
.70' .95'
1 1 1
j'^
Straight
.32
.32
.32
.42
.58 .79 1.26! 1,63
'3.00 5.60
9.50 13.00 17.00'35.00 50.00:i25.00
Crosses
Reducing
.40
.40
.53
.72 1.00 1.60,2.05
3.75 7.00
11.90il6.25,21.25|44.00 62.50 156.00
Couplings
Right Hand
.11
.11
.11
.14
.21 .36 .58 .70
1.16 1.75
2.50 3.60 4.60 10.00'14.00
32.00
Right & Left
.29
.29
.29
.34
.40, .60; ,80 .90
1.50 2.25
3.30
4S° Y-Rf>nc
<;
40
' 45
.60'1.00'1.60'2.10
M.50 '6.50
10.00' 21.00' !
Reducers
Reducing 1 or 2 sizes
.12L12I.16 ,23 .40 .64 .77^1.28 1,95 2.75 4,00; 5.00 11.00 15,401 35.00
Reducing 3 or more sizes
_17 .251 -441 .701 ,84 11.40 2.10 I 3,00 4,30 5,50|12.00]17.00j 38.50
Extension Pieces (Plain)
.25
.36'
.50
.901.40
1.75
3.00
1 1
Caps
.11
.11 .11,
.131
.18
.27 .45
.57
.95
1.60
2.30 3.40 4.40; S.SOjH.OO 32.00
Hexagon Locknuts
.06
.06 .06 1
.lo:
.60
.12
.80
.18' .27
.35
.55
1.00
1.55 2.301 3.00! 5.00 8.00 20.00
Crossovers
1
1
Return
Bends
Close Pattern
Open Pattern
Size
Inches! 1/^
Va
11/4 IV2 2
V2
3/4
1 i 1V4 ! IV2
21/2
Center to center Inches] 1 | IV4 | IVa 1 13/4 123/^6 1 25/8 '! 1V2 | 2 | 2V2 ! 3 1 3V:
41/2
Right Hand
.3.
.55 i .90 1.25 I 1.70 ! 3.25 .45 .75 1.20 1.70 2.30 4.35 ! 7.00 ! 9.00
Right & Left
.85 1.05 1.50 n. 80 ' 2.40 ' 4.00 "1.00 I 1.25 ! 1.80 2.30 3.00 5.10 18.50 12.00
For prices of polished and polished-chromium-plated
fittings, see the opposite page. For prices of Stand-
ard Brass Fittings polished-nickel-plated or rough-
tinned, refer to the Crane Discount Sheet.
The largest opening on reducing fittings determines
the list price; e.g., a i x J-^' x i"' Tee (reducing i
opening) is $.bo list, a i x }/^ x Ji" or -^-4 x ^i x i"
Tee (reducing 2 openings) is $.65 list. etc.
Dimensions . . . page 258 Brass Plugs, Bushings, and Unions . . . pages 259 and 262 Brass Nippies. . . .page 258
m
CRANE
257
Standard Brass Fittings
List Prices, Each, Polished
Size Inches Vg 1/4 % 1/2 34 1 p/^ ly^ 2 2V2 3 31/2 4 5 6 «
90*
Straight | .22 .22 .22 .28 .42 .72 1.20 1.50 2.40 4.90 7.25 10.90 14.40 28.00 43.00 98.00
Reducing | .30 .30 .36 .50 .90 1.40 1.80 3.10 5.50 8.70112.50 16.00 33.50 50.00 114.00
Right & Left .51 .51 .69 .911.35 1.80 2.30 3.50
Elbows
Street 1-34 .34 .34 .44 .60 1.00 1.60 2.10 3.50 6.50 11.00 16.30 21.00
45^ .26 .26 .26 .30 .46 .80 1.30 1.65 2.65 5.35 7.95 12.00 15.80 31.00 47.50 108.00
45^ Street | .34 .34 .34 .44 .60 1.00 1.60 2.10 3.50 !
Side Outlet (Plain) 1.45 1.45 2.00 2.60 3.70 5.00 6.00 9.50 14.40 21.50
Drop (Plain) .70 .80 1.10 1.40
Straight .34 .34 .34 .44 .60 1,00 1.60 2.10 3.5016.50 10.00 16.30 21.00 42.00 60.00 150.00
Reducing
1 opening .40 .40 .52 .72 1.20 1.90 2.50 4.20 7.80 12.00 19.50 25.20 50.00 72.00|180.00
Tees
2 openings .44 .44 .58 .78 1.30 2.10 2.80 4.60 8.50 13.00 21.20 27.30 54.60 78.00 195.00
Service .54 .72 1,00 1.70 2.50 3.35 5.50 t
Four-Way (Plain) 1.60 1.60 2.20 2.92 4.10 5.50 6.60 10.50 1
Drop (Plain) .80 1.00 1.40 1.90 11 I ■
Crosses
Straight .64 .64 .64 .84 1.15 1.60 2.50 3.25 6.00 11.20 19. 00|26-00, 34. 00 70.001100.00 250.00
Reducing .SOj .80 1.05 1.45 2.00 3.20 4.10 7.50 14.00 23.80 32.50 42,50 88.00 125.00 312.00
Couplings
Right Hand .22 .22 .22 .28 .42 ,72 1.15 1.40 2.3013.50 5.00 7.20 9.20 20.00 28.00 64.00
Right & Left .40 .40 .40 .48 .61 .96 1.40 1.60 2.65 4.00 5.80
45°Y-Bends .80 .90 1.20 2.00 3.20 4.20 7.00 13.00120.00 42.00
Reducers
Reducing 1 or 2 sizes .24 .24 .32 .46 .80 1.30|1.55 2.55 3.90 5.50 8.00 10.00 22.00 30.80 70.00
Reducing 3 or more sizes .34 .50 .88 1.40 1.70 2.80 4.20 6.00 8.60 11.00 24.00 34.00 77.00
Extension Pieces (Plain) .50 .72 1.00 1.80 2.80 3.50 6.00 |
Caps .22 .22 .22 .26 .36 .54 ,90 1.15 1.90 3.20 4.60 6.80 8.80 17.00 28.00 64.00
Hexagon Locknuts .12 .12 .12 .20 .24 .36 .54 .70 1.10 2.00! 3.10 4.60 6.00'10.00 16.00 40.00
Crossovers | | | 1.20 1.60
Size Inches
Close Pattern Open Pattern
Return
Bends
V2 3/4 1 1 V4 1 y^ 2 1/2 3/4 1 1 V4 1 ¥2 2 2 V2 3
Center to center Inches 1 IV4 V/z \y^ 2Vi6 2% IVz 2 21/2 3 31/2 4 41/2 5
Right Hand .70 1.10 1.80 ! 2.50 j 3.40 ' 6.50 ! .90 1.50 2.40 i 3.40 4.60 8.70 14.00 18.00
Right & Left 1.20 1.60 2.40 3.05 4.10 7.25 | 1.45 2.00 3.00 4.00 5.30 9.45 15.50 21.00
List Prices, Each, Polished and Chromium Plated
Size
Inches I Vg
y^
%
Vz
y4i
1 1 ly^'ivai 2 1 21/2 i 3 1 31/2 1 4
8
Elbows
Straight
.33 .33 .33 .42 .63 1.08 1.75 2.25 3.60 7.35110.9016.35 21.60
1 , . 1 ,
42.00
64.50 147.00
90°
Reducing
.45 .45 .54 .75 1.35 2.10 2.70 4.65 8.25 13. 00|18. 75 24.00
50.00
75.00 171,00
Right & Left
.62 .62 .83 1.12'1.72 2.35 3.051 4.70 1
Street
.51 .51 .51 .66 .90 1.50 2.40 3.15 5.25 9.75 16.50 24.50 31. SOj
1
45°
.39 .39 .39 .45 .6911.20 1.95 2.50 3.95 8.05 12.00118. 0023. 701
46.50
71.25 162.00
45^ Street
.51 .51! -51 .66 .90 1.50 2.40 3-15 5.25 |
Side Outlet (Plain)
2.16 2.16 3.00;3.90 5.55 7.50 9.00 14.25 21.60 32.25
Drop (Plain)
I i |1.05!l.20ll.65|2.10|
I
I
Tees
Straight
.511 .51| .Slj .66, .90tl.50|2.40i3.15i 5.25] 9.75;i5.00|24.50i31.50| 63.00| 90. 001225. 00
Reducing
1 opening
.601 .60! .7811. 0811. 80i2.85l3. 751 6.30|11.70'18.00|29.25|37.8Q| 75.00|108.00|270.00
2 openings
.661 -661 .8711. 1711.9513. 1514.201 6. 90112. 75119. 50!31. 80141. 001 82. 001117. 001292. 50
Service
Four-Way (Plain)
■SliLOBjl ■5012.5513. 7515. 00; 8.25
Drop (Plain)
I |2.40|2.4013. 3014. 4016. 1518. 25|9.90|15. 75
1.20 1.5012.10 2.85 I
Crosses
Straight
Reducing
.961 .96! .9611.2511.7512.3513.8014.90! 9. 00116. 80128. 50139. 00151. 00|105.00|150.00'375. 00
1.2011.201 1.6012.15|3.0Q14.80|6.15|11.25121 .00135.70148.75163.751132.00! 187.501468.00
Couplings
Right Hand
Right & Left
.33! .331 -331 .42! .6311. 0811. 7412. 101 3.501 5-25i 7.50110.80113.80! 30.001 42.001 96.00
45" Y-Bends
|.511 .51! .51! ■&21 .8211.3211.9612.301 3.841 5.75! 8.30
Reducers
Reducing 1 or 2 sizes
1.20il.35ll.8Q13. 0014, 80;6.30110, 50119. 50130. 001 163,00
Reducing 3 or more sizes
■361 •361 .481 .69|1.2011.92|2.30| 3.851 5.85! 8.25112.00tl5.001 33.001 46.00il05.00
Extension Pieces (P lain)
Caps
Hexagon Locknuts
.511 .7511. 3212. 10i2. 501 4.201 6-301 9.00|12. 90116. 50| 36.00| 51.001115.50
■75IL08I1. 5012.7014. 2015.251 9.00
.331 -331 .331 .391 -54| .8111.3511.70! 2.851 4.80| 6.90110.20|13.20l 25.501 42.001 96-00
Crossovers
.181 -181 -181 -301 .361 .541 .8111.051 1.651 3.001 4.651 6.901 9.0Q1 15.001 24.001 60,00
1.80 2.40
Return
Bends
Size
Inches
Close Pattern
Open Pattern
y%
3/4
11/4 11/2 1 2
V2
I
3/4
Wx IV2
2y2
Center to center Inches| 1 1 IV4 1 IVz 1 1^4 1 2 Mg 1 254 H IVz | 2 1 21/2 1 3 1 31/2 1 4 1 ^y^ \ 5
Right Hand
1.05 1 1.65 1 2.70 1 3.75 | 5.10 1 9.751! 1.35 1 2.25 1 3.60 \ 5.10 | 6.90 113.00|21.00127.0Q
Right & Left
1.55 2.15 13.30.4.30 5.80 10.50 1.90 2.75 4.20 5.70 7.60 13.75 22.50 30.00
; A
, ".1
\m
fsilii
\\\
t
I!'
■wr
I
258
CRANE
Standard Brass Fittings
Dimensions, in Inches
The dimensions shown below cover
the most currently used straight size
fittings and Reducers. Dimensions
of reducing sizes and of other types
of fittings furnished on application.
90' Elbow 90= Street Elbow
Tee
A
A
kA-'p-A*
TOSS
l<
45' Elbow 45' Street Elbow 45' Y-Bend
J
f*KH
1— M— I
Cap Coupling *Reducer Return Bend
"llThread
Engagement
For explanation,
see page 591.
Si2e
A
B
C
D
E
F
G
H
J *K
z
Return Bends
y%
V16
V2
1^16
"/16
%
y2
% \
V4
Size
M N
Siz^e
M N
Va
^Vl6
Vie
iVs
%
^Vl6
V16
^Vl6 IV16
3/8
Close
; Pattern 1
open Pattern
%
IV16
%
IV4
"/16
IV16
l^Vie
IV16
%
IV16 IV16
3/8
V2
1 IVz
Vz
lyz lys
Vi
1
^Vl6
yvi
^Vl6
IVlG
23/16
1%
3/4
IV16 IVs
V2
3/4
iy4 1^4
Vk
2 21/4
V4
IV16
%
11V16
1^16
IV16
2%
l^Vl6
ys
IV16 IH
V16 .
i
IV2 21/8
1
2y2 2%
1
IV16
IV16
2
IV16
IV2
3Vl6
2%
1
l^Vie IVie
^Vl6
IV4
13/4 2»3/,g;
iy4
3 33/, 6
IV4
l^Vis
IV4
2V4
IV4
l^Vie
3%
2%
IVs
1^8 l"/l6
IV16
11/2
23/i6 3 !
11/2
3y2 39/1 6
IVz
lys
1Vt6
2yi6
lys
1%
41/4
3V8
IV16
l^Vie iy8
^Vl6
2
2% 37/8
2
4 43/8
2
2Vl6
IV2
2y8
l^Vie
2V4
5
33/4
IVifi
23/16 21/16
3/4
■
2y2
4y2 4i5/,g
2V2
21V16
l^Vie
3^Vl6
6V4
4^V,6
I'Me
2y8 31/4
^Vl6
3
5 5Vi6
3
31/8
2Vl6
4V2
7%
5VlG
iy4
3Vi6 311/16
1
3V2
3Vl6
2V4
51/8
- ■
1%
3Vi6 4
IV16
4
33/4
2%
5>Vl6
8^Vl6
6^yi6
2
3^Vi6 43/8
lyg
5
4Vi6
3Vl6
1
2Vl6
43/16 3V8
1V4
6
5Vl6
3V2
1
2Vl6
43/4 43/8
IVie
8
6V2
4Vl6
1
SVs
5V4 51/4
1V16
Dimension "K** is for fittings reducing one or two sizes only.
:Ui
Close Nipple
For special nipples, add
the following advances to
the list prices shown in the
table:
Right & Left 50%
Extra Strong 100%
Polished 50%
Copper 25%
Red Brass 25%
Nickel-plated 7^%
Chromium-plated. . 100%
Tinned 75%
Brass Plugs page 259
Brass Bushings page 259
Brass Unions
, ," pages 262 and 2$3
Brass Nipples
These are high quality Brass
Nipples, made from new pipe,
having clean, sharp threads
accurately cut to gauge.
UUttUU
Long Nipple
List Prices, Each
Size
Close
Length of Long Nipples, Inches
Length Each
iy2 2 1 2y2 3 3y2 4 41/2 5 5y2 6 61/2 to 12
Vs : V* .11 .13 ! .15 .17 .19 .21 .23 .25 .27 .29 .31
y4
V& . 13
.16 .19 .22 .25 .28 .31 .34 .37 .40 .43
3/8 ; 1 1 .15 .19 .23 .27 .31 .35 .39 .43 .47 .51 .55
Vz
IVs .23 .25 .30 .35 .40 .45 .50 .55 .60 .65] .70
V4
13/8 .28 ! .35 .42 .49 .56 .63 .70 .77 .84 .91
A J J
1 iy2 .37
.44 .53 .62 .71 .80 .89 .98 1.07 1.16
Add
iy4 1% .60
.75 .88 1.01 1.14 1.27 1.40 1.53 1.66
propor-
ly^ 13/4 -70
.90 1.05 1.20 1.35 1.50 1.65 1.80 1.95
tionate
2
2 1.00; , 11.20 1.40 1.60 1.80, 2.00 2.20, 2.40, 2.60
advance
2y2
21/2 1.70
2.00 2.30 2.60 2.90 3.201 3.50 3.80
per
3 2% 2.50
i 2.90 3.30 3.70 4.10 4.50 4.90| 5.30
11 i^ii*
3y2 23/4 4.00
i 5.40 6,001 6.60 7.20 7.80
4 27/8 4.75 1 16.15 1 6.85; 7.55| 8.25 8.95
5 3 , 8.50 ; , , , 110.60 11.65112.70 13.75
6 : 3V8 11.50; ' ; 1 14. 1011s. 40|16. 70 18.00
CRANE
259
Brass Plugs and Bushings
Square Head Plug Solid Plug
(Square Head)
Countersunk Plug
*Bushing
Oucstde Hexagon
*Bushing
Inside Hexagon
Face Bushing
List Prices, Each
Size
Inches Vs 1/4 % 1/2 34 1
1V4 iy2
2 21/2 3
31/2 '
4 5 6 8
Rough
Square Head
.11 .11 .11,13 .15 .20
.30 .38
.63 1.00 1.60'
2.251
3.00 5.00' 8.00' 20.00
Plugs
Solid
.11 .11 .11 .13.18 .17
.45i .57i
.95 1.65'2.70'
4.50'
4.50
6.50 11.00118. 00: 35.00
Countersunk
.13 .18 .27
.45' .571
.9511.6512.70
6.50' ' 1
Bushings
Hexagon
Reducing 1 or 2 sizes
.08 .08!. 10!. 141.21 .35 .45 .65 1.30 2.00 3.00 4.00! 8.0012.00 27.00
Reducing 3 or
more sizes
.12
.17
.25
42
.54 .78
I.56I2.4OI 3. 60; 4.80 9.60:14.40, 33.00
Face
Reducing 1 or 2 sizes
.19 .19 .22 .30!. 451 .60! .76' .96!l.75(3.00 3.75 5.00
Reducing 3 or
more sizes
.26 .36,. 54
72
.92
1.15 2.10 3.60 4.50 6.00
Polished
Square Head .22 .22'.22 .26L30!,40| ,60 ,761.2512.00 3.20' 4.50 6.00 10.00 16.00
40.00
Plugs
Solid .22 ,22.22.26.36L54! .90|L15:i.90'3.30 5.40 9.00 13.00 22.00:36.00
70.00
Countersunk 1 .26 _36 .54 .90 hl5 i.90'3-30 5.40' 9.00'13.00i
F:educing 1 or 2 sizes .16
.161.20|.28i.42 .70: .90,1.30 2.60 4.00' 6.00 8.00,16.00|24.00 54.00
Bushings, Hexagon
Reducing 3 or
more sizes
.24
.34
.50
.84 1.08 1.55 3.10!4.80| 7.20, 9.60 19.20 28.80
66.00
Polished and Chromium-Plated
Square Head
,33
.33.33 -39 •45,60 ,90!L14 1.90 3.00 4.80' 6.75 9.00 15.00 24,00
60.00
105.00
Plugs
Solid .33 .33
.33 .39:. 54 .81 1.35:i.70i2.85,4.95 8. lOjlS. 50119.50, 33. 00,54.00
Countersunk \ ' .39 .54 .81I1.35 1.70;2.85'4.95'8. 10^13.50119. 50'
Reducing 1 or 2 sizes
.24 ,24 ,30
.42.6311.05 1.35 1.95 3.90,6.00: 9.00:12.00:24.00 36.00! 81.00
Bushings,
Hexagon
Reducing 3 or
more sizes
.36
.51
.75 1.26 1.62,2.34 4.70 7.20 10. 80. 14. 40 29.00 43.00 99.00
1
i'fi'iHil
Square Head Plugs: Square Head Plugs in sizes
J/^-inch and larger are cored, as shown in the illustra-
tion above. Smaller sizes are made solid, being
exactly the same as Solid Plugs. These sizes —
yi, /^, and ^-inch — are made of rod brass.
*Hexagon Bushings : Hexagon Bushings are made
either with an outside or an inside hexagon, depending
upon the size. The following Bushings have the out-
side hexagon ; all other sizes have the inside hexagon ;
All reduct ions 3 x 2 3^" 4 x 3 H"
in sizes 3^x3" 4x3"
2M"and 3>ix2>^*' 5x4"
smaller t x 5"
Face Bushings : Face Bushings in sizes V2-inch and
smaller are made from bar stock. These do not have
the two small lugs shown in the illustration above.
Nickel-plated or Tinned Plugs and Bushings:
Polished-nickel-plated or rough-tinned Plugs and
Bushings can be furnished v\hen ordered. For prices,
refer to the Crane Discount Sheet.
Service suggestions: Square Head Plugs and
Countersunk Plugs are generally used with the
Standard Brass Fittings shown on pages 256 and z^j.
Solid (Square Head) Plugs are generally used with
the 2)0-Pound Brass Fittings shown on page zbo.
\\\m
i
f\
li
:;
i
( .
ftli
Standard Brass Fittings . . . pages 256 and 257
Brass Unions . . . .pages 262 and 263
250-Pound Brass Fittings . . . .page 260
ii
5*
z T»ii
JSs ^^BLAj£Sb
-31
m
i
^JC
V
»t
-«
t^
Oi.
m
1 -
t»i o-"-
rrM- ..:—:_.;
u
' *i^ "VMW«
*r
L ^ ,
I
'U
tr zr
kl
--.w-^ - ,.^
. ,. 'J ,
JlJ
-^.^^.LLTL
ts^irjui:
Tirr^
r^
I
T*"^
,3<
^ jj !
I --*!..
.tr! :_TT ,:, '
) -i^^
■.^■d^ . I- fcTi
TTI
"^ ^:,^j
'^44i
>^u.
-ri
-iX
■ -n — Tt
' ■'fTTTl^
F»^
tiJU-i^'-:
CRANE
250-Pound Brass Fittings
Dimensions, in Inches
261
90° Elbow
Dimensions ofqo" Elbows, Tees, and Crosses
apply only to straight sizes; dimensions of
reducing sizes will be furnished on request.
"llThread*
Engagement
See page 591
for explanation.
M|
Tee
. KA*|*A*
riij '— 1_
A
t
4
A
-J
. -1
Cross
*-F—
45^ Elbow
45" Y-Bend
Cap
Coupling Reducer
Return Bend
Size
1/4
%
V2
3/4
1
IV4
IV2 2 2V2
3 31/2
4
5
6
8
A
'Vl6
»Vl6
iVs
IV16
W2
13/4
I'Vie 2V4 211/16
31/8 3V,6
33/4
4V2
5Vg
6yi6
B
3/4
13/16
ys
1
IVs
IV16
IV16 l^Vie UV16
23/i6 23/a
2%
3Vl6
3yi6
41/4
C
2V2
3
31/2
41/4
47/8 534 634
7% 8%
93/4
11%
13Vl6
D
1%
2V4
23/4
3V4
3>3/,6 41/2 53/16
6V8 67/8
75/8
9V4
103/4
E
1
11/2 li3/,e
1% 2
2Vl6
23/8
2%
3V8
F
\ lVl6
11/2
l"/l6
IIV16
23/16
2Vl6
25/8 215/16 33/16
33/g 49/16
4Vi6
5y4
61/8
613/16
G
1 1
1
IV2
1%
2V8
2V4 2Vi6 2%
2y8 31/8
33/8
37/8
43/8
51/4
Z
■ ^'%
%
Vi
^^16
IV16
' 1V16
1V16 ! 34 1 i54g
1 1V16
IVs
1V4
IV16
IV16
Close
Patten
1 Retur
n Bene
Is
Open Pattern Return Bends
Size
Vz Va
1
11/4
11/2
2
21/2
3 4
3/4 1
1V4 IV!
2
2V2
3
4
H
W< 1V2
I 1^4
21/4
2V2
3V4
33/4 4
V4 6
IVs 21/
^2 3 31/2
41/2
5V2
6 1/2
7y2
J
1^4 2Vl6
2%
2IV16
31/4
4
4Vi6 5
3/16 613/jg
2V4 211/16 3S/16 334
4%
5Vl6
6V16
7Vl6
■
!t
H
II
.'|l'
;>■
'ft.
Inspecting and checking the alignment of Crane Screwed Fittings is carried on constantly.
f^- -
262
CRANE
Brass Unions and Union Elbows
All Unions and Union Elbows shown on this page are air tested^
Rough
Ground Joint — No Gasket Required
WORKING PRESSURES — 150 pounds steam
300 pounds cold water, oil, or gas, non-shock
List Prices and Dimensions
Size
Inches
No. 521^2
Rough
M
'8
Va
%
No. 521 1/2, Rough Each
End to end Inches
'/2I V4 I 1 IIV4IIV2 I 2 1 21/2 I 3 31/2 I 4
Use
No. 522
.40|.40|.48| .66 I .88 |1.28|1.52| 2.28 4.15 6.40 10.50 14.00
lVl6|l%[iy8|l^ Vl6|2Vl6l 23/8 I 2^/2 |Z'Vl6[3Vi6| 41/8 I 45/,6 | 45/=
■ 1
No. 522
Semi-Finished
Size
Semi-Finished or Polished
Ground Joint — No Gasket Required
WORKING PRESSURES — 200 pounds steam
400 pounds cold water, oil, or gas. non-shock
Sizes !" and larger have lugs on the inside of the end-
pieces, as illustrated; sizes ^" and smaller do not.
List Prices and Dimensions
No. 523
Polished
Inches] i/s I 1/4
No. 522, Semi-Finished
%
Vi
¥4
11/4 1V2
21/2
;| ^l'!'.,.
No. 523
Polished
Eachj .50 I .50 ,50 I .60
.82 ! 1.10 1.60 1.90 2.85 I 5.20 8.00
Each[ .65 I .65 | .65 | .78 | 1.07 | 1.43 2.08 2.47 3.70 6.75 10.40
End to end
Pgligheda nd Chro mium Plated Each | .80 | .80 | .80 | .% 11.32 I 1.76 2.56 .^'n.^ 4*^0 «\n i/«n
Inches] 1% \ 11/2 [ 15/g I ly^ I 21/g | 23/, | 25/„ |2l3/.,| 3V. I .-^9/,. 1
'^1 :■' :,
1 ,
Size
Government Pattern
Ground Joint — ^No Gasket Required
WORKING PRESSURES — 200 pounds steam
400 pounds cold water, oil, or gas, non-shock
List Prices and Dimensions
Inches
M
8
V4
Vt
'8
V2 I V4
No. 5231/2
Rough
1 W4 IM
Each
End to end
Polished Each
Inches
Use
No. 522
Union
2y2
.70 I .70 I .90 jl. 2511. 6512. 30J3. 0014. 50 7.20 11.30
1.151 1.15 I 1.50 |2. 1012.7513. 8015. 00 7.50 12.00 18.80
h'
"-"" '" ^"'^ inches Union 1% l^V^e^\V^A,\2^A,i2V,,\ 25/^ | ly, \ 31/, [ S^^^TTs^
The No. 5233^2 Unions, when cast in the required composition, comply v/ith U. S. Navy Department Specifica
No. 523V2
Octagon Ends
Rough
tlons.
■a
No. 5241/2
90° Union Elbow
Brass Union Elbows
Ground Joint — No Gasket Required
WORKING PRESSURES — 200 pounds steam
400 pounds cold water, oil, or gas, non-shock
__^ List Prices and Dimensions
Size
Inches | VJ
8
Va
yi
'&
No. 5241/2, 90° Elbow
Center to end
V2
Va
Tail-pieces %" and smaller
do not have lugs on the
inside; larger sizes do, as
illustrated.
The union ring and tail-
piece are semi-finished;
the elbow portion is rough.
IV4 I IV2
Inches
Each I .85 I .85 I .85 | 1.15 1.55 2.25 3.15 3.90
9/
Center to union end Inches | IV2 j 13^ |liVie|23/i
Radiator Union Elbows . page 78
6.00
^Vi6 I ^5/i6 I iy8 I IV16 I iViel 13/4 ll^Vie 21/
6 2% I 3 I 37/16 I 33/4 I 41/4
CRANE
263
Brass Unions
250-Pound Brass Unions
Crane Special Brass
Ground Tapered Joint — No Gasket Required
WORKING PRESSURES
250 pounds steam, 500'^ F.
500 pounds cold water, oil, or gas, non-shock
Air Tested
No. qb E LJnions ha\'e hex-
agon ends. The union rings
are semi-finished; the end-
pieces are rough.
List Prices and Dimensions
No. 96 E
Size
Inches
V4
%
V2
3/4
1 1V4
iy2
2
IV2
3
No. 96 E
Each
1.10
1.10
1.25
1,75
2.40 3.40
4.20
6.20
12.00
18.00
End to end
Inches
1%
W4
2Vl6
23/8
2Vl6 2>5/i6
3
35/16
35/8
4Vl6
These unions have steel bolts
and nuts.
Each union is equipped with
a rubber gasket.
Standard Brass Flange Unions
Gasket Type
WORKING PRESSURES
150 pounds steam
225 pounds cold water or gas,
non-shock
Standard
List Prices and Dimensions
Each flange is plain faced, with two
V-shaped concentric grooves be-
tween the port and the bolt holes.
Size Inches V2 ^4 1 ^4 I Vz 1 l^t S i^i ^ 5 6 8
Vv\cf Rnnfrh Each 4.00 4.80 5.40 7.00 8.00 10.00 12,00 14.00 17.00 20.00 35.00 45.00 62.00
End to end Inches 1V« IVk iVifi iVifi l^Vie iy% 'iV% 3 JV16 1 3Vi6 3^8 39/i6 4
Diameter of flanges Inches 2i3/,« ^y^ 31/1 33/* 45/r 5% b b"/i6 ^Vz i » ^^/s \ lOyg UV*
No. and dia. of bolts 3-3/* 3-3/^ 4-3/r 4-Vib 4^1/2 4-Vi6 4-% 4-% 4-=>/g 5-=>/8 5-% 6-% 8-%
(III (inn
250-Pound Brass Flange Unions
250-Pound
Each flange is plain faced, with
two V-shaped concentric grooves
between the port and the bolt
holes.
Crane Special Brass
Gasket Type
WORKING PRESSURES
250 pounds steam, 500° F.
S75 pounds cold water or gas,
non-shock
List Prices and Dimensions
These unions have cold rolled
steel bolt-studs with cold pressed
semi-finished nuts.
Each union is equipped with a
rubber gasket, suitable for satu-
rated steam, water, or gas serv-
ice. For superheated steam, a
Granite gasket should be used.
Granite gaskets are furnished
only when ordered and are
charged extra; see page 571 for
hst prices.
Size
Inches
3/4
1
1V4
IV2
2
21/2
3
3y2
4
5
6
8
Price, Rough
Each
7.75
8.75
11.20
12.75
16.00
19.25
22.50
27.00
32.00
56.00
72.00
100.00
End to end
Inches
15/16
1V16
UVie
113/16
2Vl6
23/16
2Vl6
21V16
213/16
21V1G
3Vl€
3Vl6
Diameter of flanges
Inches
ay*
3%
41/8
4%
5%
6
6V4
7V2
8
93/8
lOVs
131/4
No, and dia, of bolts
4- Vie
4-V16
4-1/2
4-V2
5-V16
5-^8
6-%
6-%
7-%
8-3/4
9-3/4
10-3/4
i v
I 1 :
Extra Gaskets . . . page 571
^MMM^
'"'• •■-
264
CRANE
I
I!
il'
I
fl
150 and 300-Pound
Brass Flanged Fittings and Flanges
WORKING PRESSURES
150-Pound — 150 pounds saturated steam
— 225 pounds cold water, oil, or gas, non-shock
300-Pound — 300 pounds steam, 550° F.
— 500 pounds cold water, oil, or gas, non-shock
90° Elbow
No. 2100. 150-Pound
No. 2105, 300-Pound
Cross
No, 2103, 150-Pound
No. 2108, 300-Pound
Brass Companion Flange
No. 2104, 150-Pound
No. 2109, 300-Pound
45° Elbow
No. 2101, 150-Pound
No. 2106, 3a0-Pound
Tee
No. 2102, 150-Pound
No. 2107, 300-Pound
Forged Steel Flange
No. 300 E, 300-Pound
Use with Brass Products
List Prices, Each, Faced, Drilled, and Spot Faced
sue Inches 3/4 1 Wa Wi 2 2V2 3 -i'A ^ 5 6 8 .
No. 2100, 90= Elbows 13.00 14.00 16.00 2L0Oi26.Q0 35-00 45.00 60.00 70.00 95.00 125.00 214-00
No. 2101, 45° Elbows 14.00 15.00 17.00 23.00 28.50 38.50 49.00 65.00 75.00 100.00 135.00 229.00
150
Pound
No. 2102, Tees 19.50 21.00 24.00 31.50 39.00 52.50 67.50 90.00 105.00 140.00 190.00 321.00
No. 2103, Crosses 26.00 28.00 32.00 42.00 52.00 1 70.00 90.00 120.00 140.00 190.00 250.00 428.00
No. 2104. Screwed Flanees ] 2.50! 3.00 3.50 4.50 5.50 6.50 8.00 10.00 12.50 15.00 18.75 27.50
No. 2105, 90" Elbows 16.00 17.50 20.50 26.50 33.00 44.50 52.00 76.00 90,00 120.00 158.00 270.00
No. 2106, 45° Elbows 17.00|19.00 21.50 29.00 36.00 48.50 62.00| 82.00 95.00 126.00 170.00 290.00
300
No. 2107, Tees 24.50 26.50 30.50 40.00 49.00 66.00 85.00 115.00 135.00 177.00 240.00 405.00
Pound
No. 2108, Crosses 31. 50135. 50140. 50 53.00 66.00 88.00 115.00 155.00 177.00 240.00 315.00 540.00
No. 2109, Screwed Flanges 3.00 3.6014.20 5.40 6.60 7.80 9.60 12.00 15.00 18.00 22.50 33.00
No. 300 E, Forged Steel Flanges 8.00 8.00 9.00 10.00 11.00 13.00 15.00 19.00 20.00 24.00 27.00 35.00
150-Pound: The r 50-Pound line is made of red
brass. Dimensions conform to the \1SS 150-Pound
SP Bronze Flange and Flanged Fitting Standard
(No. SP-2-iq37). Sizes i-inch and larger interchange
with American Standard Cast Iron Flanged Fittings
and Flanges, Class 1 25, differing only in flange
thickness and in facing.
300-Pound: The 300-Pound line, except the No.
300 E, is made of Crane Special Brass, a high grade
steam metal. Dimensions conform to the MSS
300-Pound SP Bronze Flange and Flange Fitting
Standard (No. SP-2-iq37). Sizes i-inch and larger
interchange \^'ith 250-Pound American Standard
Cast Iron Flanged Fittings and Flanges, differing
only in flange thickness and in facing.
The No. 300-E Flanges are forged steel, and are for
use with 300-Pound brass vah'es and fittings.
Facing: Flanges are plain faced, with two V-shaped
concentric grooves between the port and the bolt
holes. Full face gaskets should be used.
Drilling: These fittings and fianges are furnished
faced, drilled, and spot faced unless ordered faced
only. Prices include facing and drilling to the MSS
Standard, and spot facing. No deduction is made
when ordered faced only.
Bolting to iron or steel material : When brass
flanged fittings and flanges are bolted to iron or steel
material which normally has a raised face, the raised
face should be removed to provide a full face bearing
for the gasket. Brass flanged material should not be
bolted to Cranelap Flanged Pipe Joints.
Additional sizes and types r Other sizes and types,
reducing sizes, and brass flanged fittings and flanges
made from regular 125 and 2 50-pound cast iron
patterns can be made to order; prices will be fur-
nished on application.
Dimensions, in Inches
Size
Va 1 IVa IV2 2
21/2 3 31/2 4 5 6 8
Center to face, 90"" Elbows, Tees, Crosses
31/4 31/2 33/4 4 41/2
5 51/2 6 6V2 71/2 8 9
150
Center to face, 45"" Elbows
! 13/4 W4 2 1 2V4 21/2
3 3 31/2 4 41/2 5 51/2
Pound
Diameter of flanges
3% 41/4 45/8 5 6
7 71/2 81/2 9 10 11 131/2
Thickness of flanges
>V32 % ^¥32 VlG V2
V16 % "/l6!"/l6 V4 'V16 *VlG
Center to face, 90" Elbows, Tees, Crosses
31/2 4 41/4 41/2 5
51/2 6 6I/2 7 8 8I/2 10
300
Center to face, 45° Elbows
2 2 2V2 23y4 3
31/2 31/2 4 41/2 5 51/2 6
Pound
Diameter of flanges
45/8 4% 51/4 61/8 6V2
71/2(81/4 9 10 U 121/2 15
Thickness of flanges
^V32 ^V32 % »Vl6 Va
IV16 "/32 31/32 IV16 IVS !lVl6 1%
Templates far drilling. . . page 550
CRANE
Railing Fittings
Brass Ball Pattern Railing Fittings page 267
Malleable Iron Ball Pattern Railing Fittings pages 26S and i6q
* " Stair Railing Fittings page 270
" " Adjustable Railing Fittings page 271
* " Enclosure Railing Fittings page 271
" " Plain Pattern Railing Fittings page ^7^
* ■ " Auxiliary Fittings for Railings page 272
Railing Threads — Dimensions and Normal Engagement page 266
Rivets for Railings — Size of Ri\ets and Drilling page zbb
265
Crane Shops can furnish Pipe Railings of all descrip-
tions and for a large variety of ser\ ices. They can
be manufactured from any kind of commercial pipe,
using any of the regular railing fittings listed or
special types when exceptional conditions prevail.
Pipe Railings can be supplied with the fittings and
pipe loose, all completely cut to length and prepared
ready for field assembly. Small si-es of railings and
sections of large railings can be assembled in Crane
Shops and delivered to the field site for final assembly
by the user.
Beyond the scope of the regular Railing Fittings,
Crane Co. can provide special fittings for screwed,
slip, or slip and pinned joints to iill every require-
ment. For long railings, the posts can be assembled
separately, using threaded joints, and the horizontal
runs of the fittings reamed and drilled for slip and
pin connections; random runs of pipe can then be
economicallv utilized to complete the railing in the
field.
When so desired, special Pipe Railings requiring bent
sections or welded construction can be fabricated in
Crane Shops.
Orders and inquiries for price or information on Pipe
Railings should be accompanied by a sketch showing
dimensions. In the case of stair railings, the angle
should be specified.
Inquiries or orders should also specify the kind and
finish ot the pipe, the t> pe or figure number ot the
fittings, details regarding the openings, and whether
or not partially or completely assembled.
m
i!'
I I
(' ' •
r '
',
-i^ I
;i
2-inch Galvanized Double Pipe Railing — total length of railing 6000 feet
H- I - ..V
266
CRANE
Crane Railing Pipe Threads
' .
il', ■!
ib'r
>l
i^
Threading Tolerance :
Nothing Large
One turn Small
Am, Std, Pipe Thread Gauge
■N-
Dotted lines show the
amount that an American
Standard Pipe Thread is
shortened at the end.
z^zzz////y/A
K
I
r::x7
T
I
Total Taper ^^"irich per Foot
Crane Railing Fitting Thread Assembly
The recess in the fitting provides a
covering for the last scratch or
imperfect thread on the Railing
Pipe making a neat appearing joint.
Dimensions, in Inches
Size
of
Pipe
O.D,
of
Pipe
Number
of
Threads
Per
Inch
K
Pitch
Dia.
at
End
of
Male
Thread
S
Effec-
tive
Length
Am.
Std.
Pipe
Thread
M
Effec-
tive
Length
Am. Std
Railing
Pipe
Thread
N
Total
Length
of
Male
Thread
(Max.)
R
Amount
Am. Std.
Pipe
Thread is
Shortened
at the End
Thds. Inches
Pitch
of
Thread
L
Imperfect
Threads
due to
Lead of
Die,
(MaxO
Thds, Inches
D
Length
of
Pipe
Entering
Recessed
Railing
Fitting
E
Normal
Engage-
ment
for
Railing
Threads
Vz
.840
14
.77182
.5337
.3194
.4980
3
.2143
.07143
21/2
.1786
V2
.3194
V4
1.050
14
.98107
.5457
.3314
.5100
3
.2143
.07143
21/2
.1786
1/2
.3314
1
1.315
111/2
1.22993
.6828
.4219
.6393
3
.2609
.08696
21/2
.2174
%
.4219
1^4
1.660 '
iiy2
1.57343
.7068
.4459
.7068
3
.2609
.08696
3
.2609
^Vl6
.4459
IV2
1.900
11 1/2
1.81239
.7235
.4626
.7235
3
.2609
.08696
3
.2609
Va
.4626
2
2.375
111/2
2,28532
.7565
.4956
.7565
3
.2609
.08696
3
.2609
3/4
.4956
2V2
2.875
8
2.75078
1.1375
.6375
1.0125
4
.5000
.12500
3
.3750
1
.6375
3
3.500
8
3.37188
1.2000
.7000
1.0750
4
.5000
.12500
3
.3750
IV16
.7000
3y2
4.000 i
8
3.86875
1.2500
.7500
1.1250
4
.5000
.12500
3
.3750
IVs
.7500
4
4.500
8
4.36563
1.3000
.8000
1.1750
4
.5000
. 12500
3
.3750
1V16
.8000
Cutting Railing Pipe Threads
The abo\'e Railing Pipe Threads are the same as the
American Standard Taper Pipe Threads except they
are shortened at the small end by 3 or 4 threads as
shown in Column "R". Regular solid or adjustable
dies may be used, making allowance for the 3 or 4
threads that this thread is shortened. The dies,
therefore, should only be run on far enough to
provide the specified "R" dimension.
The total thread length "N"' is maximum and if
necessary may be shorter provided the length of
imperfect threads "L" caused by the lead of the die is
reduced the same amount.
IJ;
Crane Thread Lubricants . . . .page 548
I 1
I-
. *
I
Rivet Data
When Malleable 1 ton Stair Railing Fittings shown on
page z/O are supplied, they will have the horizontal
and inclined openings reamed for a slip joint and
Dimensions, in Inches
drilled for rivets.
on pages 268 and
for rivets, when
Nommal
Pipe
Size
of
Fitting
Drilling of
Rivet Holes for All
Mall. Iron Railing Fittings
Diameter
of Hole
C. of Hole to
End of Fitting
Diam-
eter
of
Rivet
Length of Rivet
(measured fronn under head)
Ball Pat., p. 268
Plain Pat., p. 272
No. 77 Cross, p. 271
Stair
Railing
Fittings, p. 270
V2
V16
VlG
V16
IV4
3/4
V16
V16
V16
IV2
1
V4
%
V4
IV4
2
1V4
V4
%
V4
21/4
2%
1V2
Va
%
V4
2V2
2%
2
V16
%
Vie
3
31/4
2V2
VlG
VlG
V16
31/2
3
V16
Vie
V16
4V4
31/2
%
V2
3/8
5
4
%
V2
%
51/2
Other Railing Fittings illustrated
272 can also be especially prepared
so ordered; prices on application.
For all Crane Railing Fittings
supplied for riveted joints the
diameter of the rivet hole and its
location in relation to the end of
the fitting will conform to the
table at the left. Any other
drilling for rivets is considered
special, and order must be ac-
companied by complete details
or sketch; prices will be fur-
nished on application.
To assure satisfactory results,
users are urged to abide by the
diameters and lengths of rivets
given for all sizes of Crane Rail-
ing Fittings.
CRANE
267
Brass Ball Pattern Railing Fittings
L.H.
R.H.
L.H
R.H.
R.H.
90^ Elbow
No. 1, Right Hand
L.H.
90° Side Outlet Elbow
No. 2, Right Hand
L.H.
R.H.
Tee
No. 3, Tapped as shown
No. 31/2, Right Hand
R.H.
Side Outlet Tee
No. 4, Tapped as shown
No. 41/2, Right Hand
R.H.
R.H.
R.H.
R.H.
R.H.
R.H.
Cross
No. 5, Tapped as shown
No. SYz, Right Hand
R.H.
Side Outlet Cross
No. 6, Right Hand
No. 6^/2, Tapped as shown
Male Ball Ornament
No. 8, Left Hand
No. 8V2, Right Hand
Female Ball Ornament
No. 13, Right Hand
Square Floor Flange
No. 7, Right Hand
Threading: Fittings threaded other than shown can
be made to order, at an advance over regular list
prices. See the Crane Discount Sheet for prices.
Orders should be accompanied b\" a sketch.
List Prices
Round Floor Flange
Risht Hand
Size
Inches
Polished
V2
%
1
IV4 ' IV2
Polished and Chromium-Plated
V2
%
1
11/4 11/2 I
No. 1
Each
.40
.60
.80
1.20
1.60
2.50
.63
.94
1.25
1.87
2.50
3.75
No. 2
Each
.75
1.00
1.10
1.70
2.00
3.00
1.13
1.50
1.69
2.56
3.00
4.50
No. 3 or No.
31/2
Each
.60
.85
1.10
1.70
2.00
3.00
.94
1.31
1.69
2.25
2.56
3.00
3.00
3.62
4.50
No. 4 or No.
41/2
Each
1.05
1.25
1.50
2.00
2.40
3.50
1.62 '
1.87
5.25
No. 5 or No.
51/2
Each
1.05
1.25
1.50
2.00
2.40
3.50
. 1.62
1.87
2.25
3.00
3.62
5.25
No. 6 or No.
6V2
Each
1.20
1.45
1.70
2.25
3.00
4.00
1.81
2.19
2.56
3.37
4.50
6.00
No. 7
Each
.75
.90
1.00
1.35
1.75
2.50
! 1.13 1
1.38
1.56
2.00
2.62
3.75
No. 8 or No.
8V2
Each
.75
.90
1.00
1.35
1.75
2.50
1.13 i
1.38
1.56
2.00
2.62
3.75
No. 13
Each
.75
.90
1.00
1.35
1.75
2.50
' 1.13
1.38
1.56
2.00
2.62
3.75
List Prices of Round Floor Flanges
Size Inches V4 yg V2 V4 1 W^. 1 V2 2
Diameter Inches 21/2 1% 3 31/4 3% 4 4% 5
Rough Each .28 .30 .35 .47 .75 .85 1.20 1.65
Polished Each' .42 ,45 .53 .70 1.12 1.27 1.80 1 2.47
Polished and chromium-plated Each .56 .60 .70 .94 1.50 1.70 2.40 3.30
Polished and
nickel' plated^
see the Crane Discount
Sheet for prices.
Dimensions, in Inches
No. 5
or
No. 5V2
No. 7
No. 8
or
No. 8V2
No. 13
Size
V2
3/4
1
11/4
11/2
2
A
IVifi
iy4
IV16
IV16
IV4 ■
21/8
B
IVs
1V16
1%
113/16
21/16
2Vi6
D
2Vl6
2Vu
2IV16
3Vl6
3IV16
4>5/l6
E
115/16
2yi6
211/16
3Vl6
33/4
4%
F
2Vl6
3
3%
41/8
4%
5V2
G
1V16
nVl6
2
2VlG
23/4
3%
Threading and
normal thread engagement,
see page 266,
"
M
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26S
C R A
^Malleable Iron B:ill Pacrern Railing Finings
R.£L
-M)
- V
No.
J« 5ict
No- I.
^^\_
L.K
R. H.
c«. . .- .
BLH.
^i^-fr . 1-rt"' i^
4ff^ St^C -\: ~is
Nd, * ICCe' 05 Sf!C*TI
Ni-». 'T -^^r-t-T f^ ^TTi^wn
No. ^2> ^-S^^ "!LirM.
No- ll-i- jv^^ic . jina
?^S.
is
No
No* LOL R-i^rr HLTTk
No. i- _iiT: r-jinc
No^ Sl-3* Riehr Hand
RH.
,rTO
LS.
I
I
T :,
H
1^ It,
't.
No. :. '^^ Urc^-s
r^= .ij .iii .:o
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z i.oo :.
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>H?. :. iH] =dde Otrt^er Elbc^vs
^^-i-iOv Jl*i\.
r-ic.
N<?. ? ct" ^Vr. j-^. Tf-es
»*ll V
No- 4 or No. 4^-». Sioe Ocrcier T
J,xiX.->- _.
No* 5 2r No- 5^*,
Di-^io>< ^a.ci^
_^^,-.
No. 6 or Nc- ^^-*. Siee Ocriec
^ac^
sses
z:.icn
Nc. Tv ScuiiT^ r _cor r _i£ci^?es
Ga£r, Z^cir
Nc^ ? cr Nc. '?-'*- \Liie zr-i.
^-L\»--,
:0
r^ I.w : -w 3.38 4.9*
«'j
4U
- 1^'
;.i* ft-IQ
Jt) -3S ,38
.r,*)
5 !.2e :.
rw ^^. 3
?,
-wV
: ,v -.^
3U
.ja
.J8 .-50
-- i L-IJ I-^J a^ 3 :»- 40
:tf
-- riu!
• ~
* -■
^.■*
^ 10-75
3»
-AJ
-JO .4a
.58 l-t)0 1
:-w) :j-jO
t ^
- Jl}
:.5fl
"-n
^} 4-3»
.J» .40
-oa I.
I-iW :-.'5 LlI-XI
:«}
^
'.1 ^
'?•> 4.:j .:.w
-:o
*j.
." JiJ
._:>
— -J
-IT .30
V,
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r jLTcr r .an^res 'v^izrr _cti^ ^ose
j.^^' zs<:^
IS
Nc. 1"„ -to' ^icie
^'
E:-r.-.-s
t^icrr
.40
v_-a
tjcr!:
I ^ No. 12^-, -e"- Siie Ourrer ~£^
I^lOOS. CiiCn
- jj
Nc
i-, — ^^ t --*
ijj^ -^
^TLCS
:o
-tu
-iO
."Hi _.^j 1.50 S.Jd
rjO
.- J 1.35 I.(J5 j„ 3 0-
-.^J -r^
:,w 4.-15
38
.JO 1.35 1-03 J- W j.-Jo
?8
.9«J :.4^
w)
.so
T 1^
^ UII& l.tyll
95 I.J8 :.io
IS
.•50
r^
.50
:>: 1
.iccve can c;e rnade to order, ac art advance over regtr-
Lar use crlces. See che Cmne Disc: __-[: Sheec ijr
■\
prices. Or-iers scul^.^ zc ^^z:^.^\^^z. ry a. sketch.
: Fidings wTCi : r.e or Hi?ore- op«ir>
c ^^
be n:iiice tc '
prkes.
Orders sfati
rorsiip^wx^c. :r itd" :nc
orsiipjoKEC and dr ..i ^ r
-^rdsr m: an avi.aiivii aver
che Crane C <^.,^.J:tc Shea
be aj J _r^r.ir:ca by aslraoch.
_-S. win
iisc
CRANE
269
Malleable Iron Ball Pattern Railing Fittings
List Prices, Reducing Sizes
Size
Inches
11/4
11/2
2
21/2
3
No. 1, 90" Elbows
Black
Each
.25
.35
.51
1.15
2.30
Galv.
Each
.32
.45
.66
1.50
3.00
No. 2, 90° Side Outlet blbows
Black
Each
.51
.70
1.05
2.30
3.85
Galv.
Each
.66
.90
1.35
3.00
5.00
No. 3 or No. 31/2, Tees
Black
Each
.32
.46
.66
1.50
3.00
Galv.
Each
.42
.60
.86
1.95
3,90
No. 4 or No. 41/2, Side Outlet Tees
Black
Each
.66
.92
1.32
3.00
5.75
Galv.
Each
.86
1.20
1.70
3.90
7.45
No. 5 or No. 51/2, Crosses
Black
Each
.45
.62
.90
2.05
3.90
Galv.
Each
.58
.80
1.15
2.65
5.05
No. 6 or No. 61/^, Side Outlet Crosses
Black
Each
1 1.67
i
Galv.
Each
2.15
The above list prices apply to reducing sizes carried
in stock, shown in the table below. Other reductions
can be made to order; prices on application.
Threading: Fittings threaded other than shown on
the preceding page can be made to order, at an
advance over regular list prices. See the Crane Dis-
count Sheet for prices. Orders should be accom-
panied by a sketch or description for each opening.
Reamed fittings: Fittings with one or more open-
ings reamed for slip joint, or with one or more
openings reamed for slip joint and drilled for rivets,
can be made to order at an advance over regular list
prices. See the Crane Discount Sheet for prices.
Orders should be accompanied by a sketch.
No. 2
90° Side Outlet Elbow
B
No. 3 or No. 31/2
Tee
B
B
No. 4 or No. 4V2
Side Outlet Tee
No. 5 or No. 51/2
Cross
No. 6 or No. 6I/2
Side Outlet Cross
Reducing Fittings Carried in Stock
No. 1
No. 2
No. 3 or No. 31/2
No. 4 or No. 41/2
No. 5 or No. 51/2
No. 6orNo. 6I/2
11/4x1
A B
A B
A B
A B
A B
A B
11/2x11/4
2 X IV2
2 X 11/4
21/2 X 2
3 X 2V2
11/4 X 1
11/2x11/4
2 X 11/4
2 X 11/2
21/2 X 2
3 X 2V2
11/4x1
1 X 11/4
11/2x11/4
11/4x11/2
2 x 11/2
2 X 11/4
11/2x2
11/4 X 2
21/2 X 2
2 X 21/2
3 X 2V2
21/2 X 3
IV4XI
IV2XII/4
2 X 11/2
2 X 11/4
21/2 X 2
3 X 21/2
11/4x1
11/2x11/4
2 X 11/2
2 x 1%
21/2 X 2
3 X 21/2
2x11/2
li
m
L-A^A^
No. 3
or
No. 31/2
No. 2
Dimensions, in Inches
d
^A
A
A^-A
-No. 5
or
No. 5V2
No. 7
B
Size
1/2
3/4
1
11/4
IV2
2
21/2
3
4
A
IVs
15/16
11/2
m
nVie
21/4
211/16
31/8
31V16
B
IV16
IV2
IV4
23/l6
2y2
215/16
3Vl6
37/8
4Vl6
C
l"/l6
11V16
21/8
2%
33/16
D
2Vs
21/2
3Vl6
43/1 6
43/4
53/4
615/16
8 1/4
lOVie
E
2
21/2
2II/16
3%
334
41 Vh
53/4
61^16
8*3/h
F
2V2
3I/16
3716
43/1 6
41 1/1 6
59/16
1
1
G
IV2
1%
2Vl6
21/2
213/16
3V.6
4Vl6
53/16
6%
No. 8
or
No. &1/2
C
No. 13
i
No. 10
No. 11
No. 12
or
No. 121/2
Dimensions of straight sizes are
shown in the table at the left.
Dimensions of reducing sizes will
be furnished on application.
Threading, normal thread engage-
ment, and rivet data. . . .page 266
!i
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CRANE
271
Malleable Iron Adjustable Railing Fittings
No. 70, Elbow
Female
Right IJand
L. H.
No. 701/2, Elbow
Male and Female
Right Hand
No. 79, Flange
Right Hand
L. H.
R. H
R. H
R. H. -
Tee
No. 71, Right Hand
No. 711/^, Tapped as shown
List Prices, Black
R. H.
R. H.
Cross
No. 73, Right Hand
No. 73V2, Tapped as shown
L. H.
Size
inches
1
iy4
IV2
2
No. 70
Each
1.10
1.25
1.70
2.25
No. 70 1/2
Each
.80
.90
l.ZQ
1.65
No. 71 or No. 71V2
Each
1.30
1.50
2.00
2.50
No. 72
Each
1.30
1.60
2.15
2.50
No. 73 or No. 73V2
Each
1.50
1.75
2.35
2.75
No. 74 or No. 74V2
Each
1.50
1.85
2.50
2.75
No. 79
Each
1.65
1.75
1.90
2.50
R.H.
R.H.
These fittings are adjustable as shown in the illus-
trations, and may be used in railings of any angle
from horizontal to 45 degrees. All openings are
threaded, to afford rigidity to the railing.
No. 70M Male and Female Elbows may be used in
combination with Ball Pattern or Plain Pattern
Stair Landing Tee
No. 72, Right Hand
R.H.
Stair Landing Cross
No. 74, Right Hand
No. 7414, Tapped as shown
Railing Fittings shown on pages 268 and 272. Such
combinations provide for corner fittings, and enable
erecting railings of a steeper angle than 45 degrees.
Galvanized fittings, add 50 per cent to list prices of Black.
Dimensions, in Inches
Size
1
IV4
IV2
2
A
2%
31/4
33/4
41/4
B
2Vl6
21/2
2'Vl6
3V4
C
l^Vie
2V8
23/8
215/16
n
l^Vie
UV16
1%
21/4
Thread Engagement . . . page 266
Malleable Iron Enclosure Railing Fittings
List Prices and Dimensions
I — ' — i —
1— E^—
-E-^
Size Inches 1 IV4 iy2 ^
No. 77
Black Each 1 . 25 1 . 40 1 . 65 2 . 25
Galv. Each 1.50 1.75 2.1U 2.85
No. 78
Black Each .40 .45 .50 .60
Galv. Each .50 .55 .65 .80
E Inches 21/4 2% 3Vi6 ^^A
Ho. 78, Cap
These fittings enable making enclosure railings conveniently. The
posts can be made of single pieces of pipe; the cross is designed to
slip over the post and be riveted to it. The outlets of the cross are
slip-joint, and are adjustable from qo to 180 degrees. The cap is
designed to be driven into the top end of the post. An extra charge
is made when No. 77 Crosses are drilled for rivets.
For drilling and size of rivets, see page 266.
No. 77^ Cross
«•
,r -
I
II
^UMWAHUHAL
I
272
CRANE
Malleable Iron Plain Pattern Railing Fittings
/^>/
90= Elbow
No. 61, Right Hand
R.H.
L.H
R.H.
Tee
No, 63, Tapoed as sho^n
No. 63 Va, Right Hand
LJi.
R.H.
R.H.
R.H.
Side Outlet Tee
No, 64, Tap^>ed as sho*Ti
No. 64V2, Ri^t Hand
L.H
R.H.
R.H.
R.H.
Cross
No. 65, Tapped as shown
No. 6oV^, Right Hand
M
I
I
W Side Outlet Elbow
No. 62, Right Hand
B3
-A-
No. 62
^-^
(A
-A— A-
No. 63
or
No. 631/2
A41
'J'^,
A
No. 66
or
No. 661^
Threading: Fittings threaded other than sho^Mi
can be made to order, at an advance over re^lar list
prices. See the Crane Discount Sheet for prices.
Orders should be accompanied by a sketch.
Reamed fittings : Fittings \^"ith one or more open-
ings reamed for slip joint, or lAtth one or more open-
ings reamed for slip joint and drilled for ri\'ets. can
be made to order at an advance o\'er regular list
prices. See the Crane Discount Sheet for prices.
Orders should be accompanied by a sketch.
R.H.
R.H.
R.H.
R.H.
Side Outlet Cross
No. 66. Right Hand
No. 66V4, Tapped as shown
List Prices. Each, and Dimensions
Si::e
Inches
V2
34 1
1
IV4
IV2 1
2
21/2 1
3
No. 61
Black
• OS
.11
.14
.22
.27 i
.44
.80
1.10
1 Galv.
1
.10
.14
.18
.29
.35 i
.57
1.05
1.45
No. 62
Black
.16
??
.1%
.44
.00
.88
1.60
2.20
Galv.
.29
.36
.57
.72 '
1.15
2.10
2.85
No. 63 or No.
631 2
■ Black
.10
.14
.19
.2S
.36
.0/
1.00
1.45
Galv.
.13
.18
.25
.36
1 -47
.75
1.30
1.90
No. 64 or No.
641/2
■ Black
.20
.28
.37
.3/
' .72
1.15
2.00 1
2.90
Galv.
.26
.36
.4S
.75
.95
1.50
2.60
3.80
No. 65 or No.
65V2
Black
.15
.20
.25
.38
.48 1
.77
1.40
1.95
Galv.
.20
.26
.33
.49
.62 ■
1.00
1.85
2.55
No. 66 or No.
66^2
Black
.25
,35
1
.46
.70
.90
1.45
2.50
3.65
Galv.
1
.33
.45
.60
.91
1.17
1.90
3.25
4.75
A — Center ro
end
Inc
:hes
l^s
1^.16
I':
in
1^^.16
:h
^-''i^
3^8
Threading, normal thread engagement^ and riVGt data _ . . .page 266
Malleable Iron Auxiliary Railing Fittings
No. 50
Scair Rail Bracket
No. 51
Stair Rail :i racket
No. 56
Hitching Post Cap
Male
No. 57
Hitdiing Post Cap
Female
l^
2
Dia.
^/
3's
List Prices, Each, Black
No. 52, Flush Joint
Stair Rail Bracket
No. 55
Cast I mm Loafer Rail
18 inches long
Sise
Inches
1
iy4
iVi 1
2
No. 50
.35
.35
.35 j
.35
No. 51
!
.45
1 .45
1 .45 1
.45
No. 52
r
1.10
1.30
No. 55
1
.30
.30
.30
.30
No. 56
.35
No. 57
; .40 ;
.90
No. 58 or
No. 59
1
.35
1 .40
1 .50 1
.65
/
i
K
Galvanized fittings, add 50 per cent to
list prices of Black.
No. 58
Board ^^'alk Flange
No. 59
Board Walk Bracket
»i
m
t r
^ ^ ^ —
CRANE
Iron Flanged Fittings
12^-Pound Fittings
General description and working pressures page 274
Dimensions pages 274 and 275-
Elbows and Reducers pages 276 and 277
Tees pages 278 and xyc^
Crosses and 45° Laterals page 280
250-Pound Fittings
General description and working pressures page 282
Dimensions pages 2S2 and 283
Elbows and Reducers pages 284 and 285
Tees pages 286 and 287
Crosses and 45° Laterals page 288
Special Flanged Fittings page 28 1
Flanged Fittings with 25-Pound Drilling page 274
Galvanized Fittings . . , page 572
These fittings are made of high quality materials and are accurately
machined and finished. Crane Cast Iron, used for the smaller
sizes, and Crane Ferrosteel, used for the larger sizes, exceed the
minimum requirements of A.S.T.M. Specification A 126, cover-
ing Gray-Iron Castings for Valves, Flanges, and Pipe Fittings.
Crane Co. also manufactures iron flanges, a complete line of
steel flanged fittings and flanges, and brass flanged fittings and
flanges. For information on these and other allied products, see
the pages referred to below :
Iron Flanges pages zSq to 2Q5
Cast Steel Flanged Fittings pages 345 to j>o
Forged Steel Flanges pages 361 to 367
Welding Fittings pages 351 to 3 60
Brass Flanged Fittings and Flanges page 2*34
Iron Flange Unions . pages 24Q to 252
These water li nes i n a
chemical plant are
equipped with Crane Cast
I ron Flanged Fittings,
Cast Iron Flanges, and
Iron Body Wedge Gate
Valves.
Quality, performance, and
durability are built into
all Crane products.
273
i
W"
<i%
\
I
f .
■,}-\
^'
' J
274
CRANE
I
t
L
. t
' L|l
I
1 i }
I •
^iM4
I
12 5 -Pound Cast Iron Flanged Fittings
I to 24-inch
I to 12-inch
14 to 24-inch
WORKING PRESSURES
125 pounds steam
175 pounds cold water, oil. or gas, non-shock
150 pounds cold water, oil, or gas, non-shock
Pages 275 to 280 illustrate Crane r25-Pound Cast
Iron Flanged Fittings. This line offers the user an
unusually complete selection of types and sizes. In
addition, special fittings of any design can be made
to order on receipt of drawings.
Sprinkler service ; Underwriters' approved : Crane
125-Pound Cast Iron Flanged Fittings are listed as
approved and inspected by the Underwriters' Labo-
ratories, Chicago, for sprinkler service.
American Standard: The material, dimensions,
and drilling of these fittings conform to the Ameri-
can Cast Iron Flanged Fitting Standard, Class 125
(Biba-iq^q).
Material: All fittings sizes 12-inch and smaller are
made of cast iron ; sizes 14-inch and larger are made
of Ferrosteel, to conform to the American Standard.
Larger sizes: 30, 36, 42, and 48-inch fittings are
made to order of a design suitable for the pressure
intended. They ha\'e American Standard center to
face dimensions, flange dimensions, and drilling.
Facing and drilling : The end flanges are plain
faced, with a smooth finish. They are furnished
drilled unless ordered faced only, and the bolt holes
on sizes r 8-inch and larger are regularly spot faced.
The bolt holes on drilled fittings straddle the center
lines unless otherwise ordered, in which case a sketch
should accompany the order.
For bolts smaller than i%-inch diameter, the bolt
holes are drilled J^8"'"ch larger than the diameter of
the bolts; for bolts ij-i-inch diameter and larger,
J^-inch larger than the diameter of the bolts.
Drilling to the 25-Pound Standard : When so
ordered, sizes 5 to 24-inch inclusi\'e can be drilled
with smaller bolt holes to conform to the 25-Pound
American Tentati\e Cast Iron Flanged Fitting
Standard (Bi6b2-ig3 r). See page 551 for templates.
Side Outlet Elbows: All openings are on the inter-
secting center lines. Reducing sizes are regularly made-
reduced only on the side outlet. Other reductions
are made to order only: orders should be accom-
panied by a sketch showing the size and location of
all openings; prices on application.
Double Branch Elbows: In describing Double
Branch Elbows, the branches are named first, and
then the outlet. Reducing Double Branch Elbows are
regularly made reduced only on the branches, with
both branches the same size. Other reductions are
made to order only; orders should be accompanied
by a sketch showing the size and location of all
openings; prices on application.
Base Elbows: The base on Base Elbows is neither
faced nor drilled unless so ordered.
Round bases, when drilled, will be drilled to the tem-
plate of the flange corresponding to the size of the
supporting pipe.
Special Angle Elbows: Elbows from 1° to 45° have
the same center to face dimensions as 45° Elbows;
46° to qo°, the same center to face dimensions as qo°
Elbows. These fittings are made to order only.
Single Sweep Tees: Single Sweep Tees with the
outlet larger than the run are made to order only.
Prices and dimensions on application.
Double Sweep Tees : Double Sweep Tees reduced
on the run are made to order only. Prices and
dimensions on application. Double Sweep Tees with
the outlet larger than the run can be made with
only a reasonable increase in the size of the outlet.
Side Outlet Tees: Orders for Reducing Side Out-
let Tees should be accompanied by a sketch showing
the size and location of all openings.
Base Tees: Base Tees are made to order only;
prices on application. The dimensions of the base
are the same as for Base Elbows.
45° Laterals: Reducing 45° Laterals with the out-
let larger than the run are entirely special. Prices
and dimensions on application.
Dimensions of Flanges, in Inches
Size
A
1
C
D
No. of
bolts
Dia. of
bolts
1
1
41/4
V16
31/8
4
V2
IV4
IV4
45/8
V2
31/2
4
V2
Wi
IV2
5
V16
378
! 4
V2
2
2
6
Vs
43/4
1 4
%
21/2
2V2
7
^Vl6
51/2
4
%
3
3
7V2
Va
6
4
%
31/2
3V2
81/2
^Vl6
7
8
%
4
4
9 .
^Me
71/2
8
%
5
5
10
^Vl6
81/2
8
^4
6
6
11
1
91/2
8
3/4
8
8
131/2
IVs
IIV4
8
%
10
10
16
iyi6
141/4
12
y%
12
12
19
1V4
17
12
Va
14
14
21
i%
183/4
12
1
16
16
231/2
IVie
211/4
16
1
18
18
25
IVie
223/4
16
iVs
20
20
271/2
I'Vis
25
20
IVs
24
24
32
V/s
291/2
20
1V4
30
30
383/4
2Vs 1
36
28
1V4
36
36
46
2% 1
423/4
32
1V2
42
42
53
2% 1
491/2
36
IVz
48
48
591/2
23/4
56
44
1V2
List prices . , pages 276 to 280
Hou) to read reducing sizes . page 644
CRANE
275
li
12 5 -Pound Cast Iron Flanged Fittings
90° Elbow
90° Lon2 Radius Elbow-
Dimensions, in Inches
45° Elbow
Side Outlet Elbow
n Bran^jh n
uyy_ru
Double Branch Elbow
m
Size of
support-
ing pipe.
90^ Base Elbow
Square Base or
Round Base
Single Sweep Tee Double Sweep Tee Side Outlet Tee
45° Lateral
Tee
*Reducing
I
i
i/'
^J
T
S
Single Sweep Tee
*Reducing
1
S
Double Sweep Tee
*Rcducing
Side Outlet Tee
*^educing
c^
S
Cross
*Reducing
45° Lateral
*Reducing
R
Taper Reducer
-R
Eccentric Reducer
True "y
Size
E
HE F G
H J
K L M
N
p i R
1
1 -
1V4
31/2 7 5 13/4.31/2 V4 31/2 V16 71/2 '53/4 13/4
33/4 71/2 51/2 2 35/8 34 31/2 V16 8 6I/4 13/4
IV2 4 8 6 21/4 33/4 1 41/4 ViG 9 7 2
2 41/2 9 6V2 21/2 41/8 IV4 4% y2 lOVz 8 2V2 5
21/2 5 10 7 3 41/2 IV4 45/8 V2 12 91/2 21/2 51/2
3 51/2 11 73/4 1 3 47/8 IVz 5 V16 13 10 3 6
3V2 6 12 SVz 31/2 51/4 IV2 5 ViG 141/2 liy2 3 6V2
4 6V2 13 9 4 51/2 2 6 s/s 15 12 3 7
5 71/2 15 101/441/2 6I/4 2V2 7 11/16 17 131/231/2 8
6 8-16 IIV2 5- 7-21/2 7- 11/16 18 141/231/2 9
8 9 18 14 51/2 83/8 4 9 |i5/i6 22 171/2141/2 U
10 11 22 I6I/26I/2 93/4 4 9 15/16 251/2 201/2 5 12
12 12 24 i 19 171/2 IIV4 6 11 1 30 241/2
51/2 14
14 14 28 211/2 71/2 I2V2 6 11 1 33 27
6 16
16 15 30 24 8 133/4 6 U 1 36I/2 30 6V2 18
18 I6I/2 33 261/2 8V2 15 8 I31/2 iVs 39 32 7 19
20 18 36 29 91/2 16 8 131/2 IVs 43 35 8 20
24 22 44 34 11 I8I/2 8 UVzf P/s 49I/2 4OV2 9 24
30 25 50 41 1/2 15 59 49 10 30
36 28 56 49 18 |
36
42 31 62 561/2 21
48 I 34 68 64 24
^Dimensions of reducing fittings : The center
to face dimensions of Reducing Elbows, Tees,
Crosses, and 45° Laterals are the same as for the
straight size corresponding to the size of the
largest opening, with the following exception.-
Exception: In sizes IS-inch and larger, if theout-
let of a Reducing Tee, Cross, or 45° Lateral is
the size given in the table below, or is smaller,
use the "Short Body" dimensions shown below.
The face to face dimension of Reducers is governed
by the size of the larger opening, regardless of the
size of the smaller opening.
Short Body Reducing Fittings
Tees and Crosses
Size
18
Size of
outlet
and
smaller
SS
12 13 26 1151/2
20
24
14
14 28 17
16
15 30 19
30
36
42
48
20
18 36 23
24
20 40 26
Dimensions 42 and 48"
on application
45° Laterals
Size
18
20
24
30
Size of
outlet
and
smaller
U
W
X
8
26 25 I 1 J271/2
10
28 1 27 I 1 1291/2
12 I 32 31 1/2
1/2
341/2
14
39 39 42
m
Taps and drains for flanged /tttings . . page 645
Templates for drilling . . . page SSI
„l..t,4^W11>l,»m.^..i
I
.
1.
ih
V * 1 ■
' uv.
U
I
S J
^if
I
r I'.
m
276
CRANE
12 5 -Pound Cast Iron Flanged Fittings
For working pressures^ see page 274.
Branch
its ni
90° Elbow
9^ Long Radius Elbow
45° Elbow
No. 525
No. 551
No. 527
Straight
Straight
Straight
Side Outlet Elbow
No. 526, Straight
*No. 528, Reducing
List Prices, Each
Double Branch Elbow
No. 538, Straight
fNo. 540, Reducing
90° Base Elbow
No. 549, Square Base
No. 550, Round Base
90° Elbows
90° Long Ra
dius Elbows
45" Elbows
90° Base Elbows
Size
No.
Strs
525
light
No. 551
Straight
No. 527
Straight
No. 549, with Square Base
No. 550, with Round Base
Inches
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
except
Base
Faced and
Drilled
except Base
Facing and
Drilling
Base
1
3.00
3.60
5.00
5.90
3.30
3.90
IV4
3.00
3.60
5.00
5.90
3,30
3.90
IV2
3.00
3.60
5.00
5.90 1
3.30
3.90
2
3.00
3.60
5.00
5.90
3.30
3.90
2V2
3.15
3.75
5.25
6.15
3.50
4.10
3.45
4.15
5.75
6.85
3.80
4.50 1
3y2 1
4.05
4.90 j
6.75
8.00
4.50
5.35
4
4.50
5.50
7.50
9.00
5.00
6.00
9.00
10.00
3.00
5
6.25
7.25
10.50
12.00
6.90
7.90
12.50
13.50
3.50
6
7.60
8.90
12.65
14.60
8.35
9.65
15.25
16.55
3,50
8
12.00
13.60
20.00
22.40
12.60
14.20
24.00
25.60
5.00
1
10
19.00
21.70
31.50
35.50
20.00
22.70
38.00
40.70
5.00
12 1
28.00
31.00
46.50
51.00
29.50
32.50
56.00
59.00
7.50
14
41.50
45.25 1
69.00
74.50
41.50
45.25
70-00
73.75
7,50
16 1
54.50
59-50
91.00
98.50
54.50
59.50
90.00
95.00
7.50
18
71.00
77-00 J
118.00 i
127.00
71.00
77.00
105.00
111.00
12.00
20
90.00
97-00 '
150.00
160.00
90.00
97.00
120.00
127.00
12.00
24
140.00
150.00
235.00
250.00
140.00
150.00
190.00
200.00
12.00
Side Outlet Elbows
Double Branch Elbows
Size
No. 526
Straight
No. 528
*Reducing
No. 538
Straight
No. 540
fReducing
Inches
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
4
26.50
28.00 29.50
31.00
28.50 30.00 31.50
33.00
5
28.50 30.00
31.50
33.00
36.00 37.50 39.50 41.00
6
33.00
35.00 36.00 38.00 38.00
40.00 42.00 44.00
8
47.50 50.00 52.50 55.00
47.50 50.00 52.50 55.00
10
76.00
80.00
84.00 88.00 ■ 66.00 70.00
73.50
77.50
12
100.50
105.00 110.50
115.00 , 90.50 95.00 100.50
105.00
14 129.50 135.00 144.50
150.00 119.50
125.00 132.50 138.00
16
152.50
160.00
167.50
175.00
142.50
150.00 157.50
165.00
*Side Outlet Elbows : The outlet ison the intersecting center lines.
"Reducing" list prices apply to elbows reduced only on the side
outlet. Other reductions are entirely special, and orders should
be accompanied by a sketch; prices on application.
tDouble Branch Elbows : ' Reducing' ' list prices apply only to
elbows reduced on the branches, and with both branches the
same size. Other reductions are entirely special, and orders
should be accompanied by a sketch; prices on application.
In describing Double Branch Elbows, the branch openings are
named first, then the outlet..
Materials: All fittings sizes 12-inch and smaller are made of
cast iron; larger sizes are made of Ferrosteei.
Bolting on Con\panion Flanges . . page 557
Drilling : The end flanges on these
fittings are furnished faced and
drilled unless ordered faced only.
The base on Base Elbows is neither
faced nor drilled unless so ordered.
Facing: The flanges on iz 5-Pound
Cast Iron Flanged Fittings are plain
faced, with a smooth finish.
Spot facing: 125-Pound Fittings
sizes 16-inch and smaller are not
spot faced unless so ordered, and
then at an extra price. The list price
for spot facing bolt holes is 10 cents
per hole. Sizes 18-inch and larger
are regularly spot faced.
Reducing with flanges : To avoid
delays, orders for reducing fittings
not carried in stock canbe filled by
using reducing companion flanges.
Orders should specify "Reduce with
fianges if necessary". For reducing
flanges, see page 293.
Larger sizes; Larger sizes are made
to order. Prices on application.
Galvanized Flanged Fittings . - . page 572
Dimensions pages 274 and 275
Templates for drilling page 551
CRANE
277
12 5 -Pound Cast Iron Flanged Fittings
For working pressures,
see page 274.
No. 545
90" Elbow
'Reducing
No. 546
90* Long Radius Elbow
No. 547
*Taper Reducer
No. 548
*Eccen[;ric Reducer
'Reducing
List Prices, Each
Size
Inches
90° Elbows
90° Long Radius Elbows
Red
ucers
No. 545
*Reducing
No. 546
*Reducing
No. 547
*Taper
No. 548
*Eccentric
Faced
Faced and
Drilled
Faced
Faced and
Drilled
Faced
Faced and
Drilled
acc'
Faced and
Drilled
1V2
6.00
6.60
il
2
6.00
6.60
10.00
10.90
6.00
6.60
2^/2
6.30
6.90
10.50
11.40
6.30
6.90
6.30
6.90
3
6.90
7.60
11.50
12.60
6.90
7.60
6.90
7.60
3V2
8.10
8.95
8.10
8.95
8.10
8.95
4
9.00
10.00
15.00
16.50
9.00
10.00
9.00
10.00
5
12.50
13.50
21.00
22.50
12.50
13.50
12.50
13.50
6
15.25
16.55
1 25.30
27.25
15.25
16.55
15.25
16.55
8
24.00
25.60
40.00
42.40
24.00
25.60
24.00
25.60
10
38.00
40.70
63.00
67.00
38.00
40.70
38.00
40.70
12
56.00
59.00
93.00
97.50
56.00
59.00
56.00
59.00
14
70.00
73.75
138.00
143.50
70.00
I^.IS
70.00
73.75
16
90.00
95.00
182.00
189.50
90.00
95.00
90.00
95.00
18
105.00
111.00
236.00
245 . 00
105.00
111.00
105.00
111.00
20
120.00
127.00
300.00
310.00
120.00
127.00
120.00
127.00
24
187.00
197.00 1
470.00
485 . 00
190.00
200.00
190.00
200 . 00
*List prices of Reducing Elbows and Reducers apply only to the reductions
shown below. Other reductions are entirely special; prices on application.
No. 545
90° Elbows
IV2XIV4
2
2
XIV2
XIV4
2V2:£2
2y2xiy2
2V2XIV4
3
3
3
3
x2V2
x2
XIV2
xU/4
31/2x3
3V2X2V2
3V2X2
31/2x11/2
6x5
6x4
6x31/2
6x3
6x21/2
6x2
8x6
8x5
8x4
8x31/2
8x3
4
4
4
4
4
X31/2
x3
X21/2
x2
XIV2
5
5
5
5
5
x4
X31/2
x3
X21/2
x2
10x8
10x6
10x5
10x4
12x10
12x8
12x6
12x5
12x4
14x12
14x10
14x8
14x6
16x14
16x12
16x10
16x8
18x16
18x14
18x12
18x10
20x18
20x16
20x14
20x12
24x20
24x18
24x16
24x14
24x12
No. 546
90° Elbows
Long Radius
2 xli/2
21/2x2
2V2X11/2
3
3
3
X21/2
x2
XIV2
4
4
4
4
\_
5
5
5
5
x3V2
x3
X2V2
x2
xll/2
x4
X31/2
x3
x2y2
6
6
6
6
6
6
x5
x4
x3V2
x3
x2V2
x2
8
8
8
8
x6
x5
x4
x3y2
10x8
10x6
10x5
12 x
10
12 X
8
12 X
6
12 X
5
14 X
12
14 X
10
16x
14
16 X
12
16 X
10
18x16
18x14
18x10
20x18
20x16
20x14
20x12
24x18
24x16
No. 547
Reducers
2 XIV4
21/2x1 1/2
2V2XII/4
3
3
3
x2
xiy2
X1V4
31/2x3
3y2x2i/2
3y2 X 2
3y2xiy2
4
4
4
4
4
X31/2
x3
X21/2
x2
xiy2
5
5
5
5
5
5
x4
x3i/2
x3
X21/2
x2
xiy2
6x5
6x4
6x31/2
6x3
6x21/2
6x2
8x6
8x5
8x4
8x31/2
8x3
8 X 21/2
10x8
10x6
10x5
10x4
12x10
12x8
12x6
12x5
12x4
14x12
14x10
14x8
14x6
16x14
16x12
16x10
16x8
16x6
18x16
18x14
18x12
18x10
18x8
18x6
20x18
20x16
20x14
20x12
20 X 10
20x8
24x20
24x18
24x16
24x14
24x12
No. 548
Eccentric
Reducers
2y2x2
3
3
3
x2l/2
x2
XIV2
372
3^2
31/2
x3
x2i/2
x2
4
4
4
x3
X21/2
x2
5 x4
6
6
6
6
x5
x4
X31/2
x3
8
8
8
x6
x5
x4
10
10
10
10
x8
x6
x5
x4
12
12
12
12
xlO
x8
x6
x5
14x12
14x10
14x8
14x6
16 X 14
16x12
16x10
16x8
16x6
18 X 16
18x14
18x12
18 x 10
18x8
20 X 18
20x16
20 X 14
20x12
24x20
24x18
24x16
24x14
24x12
Materials: All fittings sizes 12-inch and smaller are made of cast iron;
larger sizes are made of Ferrosteel.
Bolting on Companion Flanges page 557 Dimensions pages 274 and 275
Galvanized Flanged Fittings page 572 Templates for drilling . . . page 551
Drilling: These fittings
are furnished faced and
drilled unless ordered faced
only.
Facing : The flanges on
125-Pound Cast Iron
Flanged Fittings are plain
faced, with a smooth
finish.
Spot facing : 1 15-Pound
Fittings sizes ib-inch and
smaller are not spot faced
unless so ordered, and then
at an extra price. The list
price for spot facing bolt
holes is 10 cents per hole.
Sizes 18-inch and larger are
regularly spot-faced.
Reducing with flanges:
To avoid delays, orders for
reducing fittings not car-
ried in stock can be filled
by using reducing compan-
ion flanges. Orders should
specify "Reduce with
flanges if necessary". For
flanges, see page 293.
Larger sizes : Larger sizes
are made to order. Prices
on application.
' 1
(■
\\\\m
•I i
• '
^^'^'"'"■niiniifnir
II li ■■■*■■ ..I
278
CRANE
125-Pound Cast Iron Flanged Fittings
i
■ 1
il' ■
i".
ni
I I
h r
i
kr 1
I
I
•t I
I
D
rl
For working pressures,
see page 274.
^
ru
Tee
No. 529, Straight
*No. 531, Reducing
Side Outlet Tee
No, 530, Straight
No- 532, Reducing
Single S\\'eep Tee
No. 533, Straight
*No, 535, Reducing
Double Sweep Tee
No, 534, Straight
*No. 536, Reducing
List Prices, Each
Tecs
Size
Inches
Single Sweep Tees
Double Sweep Tees
No, 529
Straight
No, 531
*Reducing
No. 533
Straight
No. 535
*Reducing
No, 534
Straight
No. 536
*Reducing
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
' Faced
1
Faced
and
Drilled
Faced
Faced
and
Drilled
1
4.35
5.25
1^4
4.35
5.25 I 5.00
5.90
11/
'/2
4.35
5.25
5.00
5.90
4.35
5.25
5.00
5.90
5.00
.90
5.00
5.90
2V2
4.55
5.45
5.25
6.15
5.25
6.15
6.00
6.90
5.25
6.15
6.00
6.90
5.00
6.10
5.75
6.85
5.75
6.85
6.60
7.70
5.75
6.85
6.60
7.70
3V2
5.85
7.10
6.75
8.00
6.75
8.00
7.75
9.00
6.75
8.00
7.75
9.00
6.50 8.00 I 7.50
9.00
7.50
9.00
8.65 10.15
7.50
9.00
8.65
10.15
9.10
10.60
10.50
12.00
10.50
12.00 , 12.00
13.50
10.50 12.00
12 . 00
13.50
11.00
12.95 I 12.65 14.60 12.65
14.60 i 14.50 16.45
12.65
14.60
14.50 16*45
8
17.40 19.80
20.00
22.40
20.00
22.40 23.00
25.40
20.00
22.40 23.00
25.40
10
27.50 31.50 I 31.50
35.50
31.50
35.50
36.00
40 . 00
31.50
35.50
36.00 40.00
12
14"
40.50 45.00 46.50 51.00 46.50 51.00 53.50 ! 58.00 '\ 46.50 51.00 53.50 1 58.00
60.00
65.50
69.00 74.50
69.00
/
4.50
79.00 84.50
69.00
74.50
79.00
84.50
16
79.00 86.50
91.00
98.50
91.00
98.50 I 105.00 112.50 91.00 98.50 I 105.00 112.50
18
103.00 I 112.00 118.00 127.00
I
II
20
130.00 140.00 150.00 160.00
24
203.00 218.00 233.00 248.00
I
Size
Inches
Side Outlet Tees
No, 530
Straight
No, 532
Reducing
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
4
31.00
33.00
34.00
36.00
5
35.00
37.00
39.00
41.00
6
42.25
45.00
47.25
50.00
8
56.75
60.00
62.75
66.00
10
84.50
90.00
94.50
100.00
1%
114.00
120.00
126.00
132.00
14
142.50
150.00
157.50
165.00
16
170.00
180.00
190.00
200.00
Side Outlet Tees: Orders for No. 532
Reducing Side Outlet Tees should be
accompanied by a drawing showing the
size and location of all openings.
Materials: All fittings sizes iz-inchand
smaller are made of cast iron; larger
sizes are made of Ferrosteel.
Bolting on Companion Flanges. . page 557
Galvanized Flanged Fittings page 572
Dimensions pages 274 and 275
Templates for drilling page 551
*Reducing sizes: List prices of No. 531, No. 535, and No.
536 Reducing Tees apply to sizes carried in stock, shown on
che opposite page. Non-stock sizes are made to order, at an
ad\'ance in price depending upon the quantity of a size ordered
at one time. See the opposite page for price advances.
Single Sweep Tees: No. 535 Single Sweep Tees with the out-
let larger than the run are entirely special. Prices and dimen-
sions on application.
Double Sweep Tees: No. 536 Double Sweep Tees reduced
on the run are entirely special. Prices and dimensions on
application.
Double Sweep Tees w ith the outlet larger than the run can be
made with only a reasonable increase in the size of the outlet.
Drilling: These fittings are furnished faced and drilled unless
ordered faced only.
Facing: The flanges on 125-Pound Cast Iron Flanged Fit-
tings are plain faced, with a smooth finish.
Spot facing: 125-Pound Fittings sizes 16-inch and smaller
are not spot faced unless so ordered, and then at an extra
Drice. The list price for spot facing bolt holes is 10 cents per
lole. Sizes 18-inch and larger are regularly spot faced.
Larger sizes: Larger sizes are made to order. Prices on
application.
CRANE
279
12 5 -Pound Cast Iron Flanged Fittings
. Reducing Flanged Tees Carried in Stock
B
B
B
C
r
n
A A A
No. 531 No. 535 No. 536
Reducing Tee Single Sweep Reducing Tee Double Sweep Reducing Tee
Nos. 531, 535, and 536 Reducing Tees are carried in Non-stock sizes are made Co order, at an advance in
stock in the sizes shown in the table below; these are price depending upon the quantity of a size ordered
furnished at the regular "Reducing" prices. at one time; see the table below for price advances.
No. 531
Tees
B
2 x2 X IV2
2V2X21/2
2V2X21/2
21/2x2
21/2x2
2 V-» X 2
x2
XIV2
X21/2
X 2
xlVz
3
3
3
3
3
3
3
3
3
3
3
2V2
X
X
X
X
X
X
X
X
X
X
X
X
3
3
3
3
3
2V2
2V2
2
2
2
2V2
X
X
X
X
X
X
X
X
X
X
X
X
21/2
2
1V2
1V4
1
3
2^2
2
3
2y2
2
3
A B
31/2 X
31/2 X 3
31/2 X
3V2x2y2
3V2X
31/2x2
3V2X
21/2 >
C21/2
4
4
4
4
4
4
4
4-
4
4
4
4
4
4
4
4
3
2V2X
X
X
X
x
X
X
X
X
x
X
X
X
X
X
X
X
X
4
4
4
4
4
4
3y2
3
3
3
3
21/2
21/2
2V2
2
2
3
2y2
3y2
3
2y2
2
11/2
iy4
4
4
x3
x2y2
2
4
3
2y2
X
X
X
X
X
X
X
X
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
5
5
5
5
5
5
5
4
4
4
4
4
3V2
3
3
3
2y2
2
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
4
3y2
3
2y2
2
lyz
iy4
5
4
3
2y2
2
4
5
3y2
3
5
5
5
A B
X
X
X
X
x4
X 2
x4
X 4
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
5
5
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6
6
6
6
6
6
6
5
5
5
5
5
4
4
4
4
4
3
3
3
2y2
2
5
4
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
5
4
3y2
3
2y2
2
iy2
6
5
4
3
2 ¥2
6
5
4
3
2y2
6
4
3
6
6
6
6
6
8
8
8
8
8
8
8
8
8
8
8
8
8
8
S
8 X
8x
8x
8x
8 X
6x
5 X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
8
8
8
8
8
8
8
6
6
6
6
6
5
5
5
4
4
4
31/2
3
6
5
x6
x5
x4
x3y2
x3
x2y2
x2
x8
x6
x5
x4
x3
x 8
x6
x5
8
6
4
8
8
8
8
B
X
X
X
X
X
X
X
10
10
10
10
10
ID
10
10 X 10
10 X 8
10 X 8
10 X 8
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10
8
8
6
X
X
X
X
8
8
6
6
6
5
4
3
8
6
6
X 8
x6
x5
x4
x3i/2
x3
xZi/z
X I
x 10
X 8
x6
x5
x4
X 10
x8
x6
X 10
X 10
X 10
X 10
X 10
X 10
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
10
8
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
12x
12x
12 X
12 X
12 X
12 X
12
10
10
10
10
8
8
8
8
6
6
4
10 X
8 X
X
X
X
X
X
X
X
X
x
X
X
X
10
8
6
5
4
3
2
12
10
8
6
12
10
8
6
12
8
12
12
12
X
X
14
14
14 X
14
14
14
14
14
14
10 X
X
X
X
X
X
X
14 X
14 X
14 X
14 X
14 X
14 X
12 X
12 X
10 X
10 X
12
10
8
6
5
4
14
12
10
14
16
16
16
16
16
16
12
X
X
X
X
X
X
X
16 X
16 X
16 X
16 X
16 X
12 X
12 X
14
12
10
8
6
12
16
Materials: All fittings sizes 12-inch and smaller are made of cast
iron ; larger sizes are made of Ferrosteel.
Drilling: i 25-Pound Cast Iron Flanged Fittings are furnished faced
and drilled unless ordered faced only. ^
Facing: The flanges are plain faced, with a smooth finish.
Spot facing: 125-Pound Fittings sizes iCi-inch and smaller are not
spot faced unless so ordered, and then at an extra price. The list
price for spot facing bolt holes is 10 cents per hole. Sizes iS-inch and
larger are regularly spot faced.
Bolting on Companion Flanges pogc 557
Galvanized Flanged Fittings page 572
No, SZS
Single Sweep Tees
A
B C
4 X
4x2
6 X
6 X
6x
6 X
6x5
6x4
6x3
6 X 2y2
8 X
8 X
8 X
8 X
8 X
8x6
8x5
8x3
6x6
6x4
10 x
10 X
10 X
10x6
8x8
6x6
No. 536
Dovible Sweep Tees
A
B
C
4x
4
X 2
6 X
6 X
6 X
6
6
6
x5
X 4
X 3
8x
8
X 6
10 X
10
X 8
10 X
10 X
10 X
10 X
10 X
10 X
6
5
4
Price Advances
for Non-Stock Sizes
Sizes not carried in stock are made
to order, at the iollowing price
ad\ances over "Reducing" list
prices, depending upon the quan-
tity of a size ordered at one time.
These price advances do not appl>'
to Single Sweep or [double Svxecp
Reducing Tees with the outlet
larger than the run. Such tees
are special; prices on application.
Size
1 to3V2
inch
4 to 8
inch
10
inch
12 to 24
inch
1 piece
100' r 50':r 2SVo
2 pieces
80', !40'; 20%
No
advance
3 pieces 60' ^ \ ^^' c 15%
4 pieces 40^^^ 20^7. 10^;
5 pieces 20^7 10' ;, 5',.
6 or morel No advance
Reducing with flanges: To
avoid delays, orders for reducing
fittings not carried in stock can be
filled by using reducing compan-
ion flanges.
Orders should specify "Reduce
with flanges if necessary". For
reducing flanges, see page zi^j.
Templates for drilling P<^g^ 551
Dimensions , pages 274 and 275
«l
280
CRANE
12 5 -Pound Cast Iron Flanged Fittings
r-' -
1*
II
1 , '
^J'^
t L
I
For working pressures,
see page 274.
D
Cross
No. 537, Straight
*No. 539, Reducing
List Prices, Each
45" Lateral
No. 541, Straight
'No. 543, Reducing
Crosses
45° Laterals
Size
No. 537
Straight
No. 539
*Reducing
No.
Stra
541
ight
No. 543
'Reducing
Inches
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
1
6.75
7.95
1
1V4
6.75
7.95
7.75
8.95
1V2
6.75
7.95
7.75
8.95
z
6.75
7.95
7.75
8.95
6.75
7.95
—
6.95
8.15
8.00
9.20 1
6.95
8.15
8.00
9.20
3
7.65
9.05
8.75
10.15
7.65
9.05
8.75
10.15
3V2
9.00
10.70
10.35
12.05
9.00
10.70
10.35
12.05
4
10.00
12.00
11.50
13.50
10.00
12.00
11.50
13.50
6
13.75
15.75
15.75
17.75
1 13.75
15.75
15.75
17.75
^ 1
16.75
19.25
19.25
21.75
16.75
19.25
19.25
21.75
8
26.50
29.75
30.50
33.75
26,50
29.75
30.50
33.75
10
42.00
47.50
48.00
53.50
42.00
47.50
48.00
53.50
12 1
61.50
67.50
71.00
77.00
61.50
67.50
71.00
77.00
14
91.00
98.50
105.00
112.50
i 91.00
98.50
105.00
112.50
16
120.00
130.00
138.00
148 . 00
120.00
130.00
138.00
148.00
18
157.00
169.00
180.00
192.00
157.00
169.00
180.00
192.00
20
198.00
212.00
228.00
242.00
198.00
212.00
228.00
242.00
24
310.00
330.00
355.00
375.00
310.00
330.00
355.00
375,00
*Reducing fittings ; List prices of No. 539 Reducing Crosses and
No. 5'43 Reducing 45° Laterals apply to sizes carried in stock, sliown
below. Sizes not carried in stock are made to order, at the following
price advances o\'er "Reducing" list prices, depending upon the
quantity of a size ordered at one time.
These price advances do not apply to No. 543 Reducing 45° Laterals
with the outlet larger than the run. Such Laterals are entirely
Special; prices on application.
Sires carried in stock
Price advances for non-stock sizes
No. 539
Crosses
No. 543
45° Laterals
Size
1 to 31/2
inch
4 to 8
inch
10
inch
12 to 24
inch
ABC D A B C
1 piece 100%
50% |25%
4x4x3 x3 4x4 x2y2
2 pieces 80^o 40% 20%
No
advance
5x5 x4 x4
6x6 X 4
6x6 X 3
6x6 X2V2
3 pieces
60% 30%
15%
5x5 x3 x3
4 pieces
40^0 20% 10%
5x5 X 21/2x21/2
5 pieces
20% 10% 5%
6x6
6x6
6x6
6x6
x6
x5
x4
x3
X 4
x5
x4
x3
8x8
8x8
8x8
8x8
8x6
8x6
x6
x5
x4
x3
x8
x6
x6
x5
x4
x3
x6
x6
10x10x8
x8
10x10x6
x6
10x10x5
x5
8x8
8x8
8x6
6 or more
No advance
10 X
10
x8
10 X
10
x6
10 X
8
xlO
10 X
8
x8
x6
x3
x6
Reducing with flanges: To
avoid delays, orders for reducing
fittings not carried in stock can
be filled by using reducing com-
panion flanges.
Orders should specify ' " Reduce v.ith fianges
if necessary". For reducing flanges, see
page 2q3.
Materials: All fittings sizes 12-inch
and smaller are made of cast iron;
larger sizes are made of Ferrosteel.
Drilling: These fittings are fur-
nished faced and drilled unless or-
dered faced only.
Facing: The flanges on 125-Pound
Cast Iron Flanged Fittings are plain
faced, with a smooth finish.
Spot facing: 125-Pound Fittings
sizes 16-inch and smaller are not
spot faced unless so ordered, and
then at an extra price. The list price
for spot facing bolt holes is 10 cents
per hole. Sizes iS-inch and larger
are regularly spot faced.
Larger sizes : Larger sizes are made
to order. Prices are furnished on
application.
Dimensions pages 274 and 275
Templates for drilling page 551
Galvanized Flanged Fittings. . page 572
Bolting on
Companion Flanges page 557
special Angle Elbow
Base Tee
Filler Piece
with Parallel Faces
Return Bend
CRANE
281
Special Flanged Fittings
In addition to the ordinary types of Flanged
Fittings listed and described on pages 274 to
2SS, Crane Co. can supply special fittings of any
shape or size, made to special dimensions, and
for any pressure and service. These can be
made of Cast Iron, Ferrosteel, or Cast Steel.
The illustrations on this page show only a few
\-arieties, ranging from simple Special Angle
Elbows to exceedingly intricate and massi\-e
fittings built to meet peculiar piping conditions.
Attention is directed especially to the fittings
in the two photographs at the bottom of the
page. These are merely typical of the many un-
usually special fittings that have been made in
the Crane factories over a period of many years.
Prices will be quoted on application. Inquiries
should be accompanied by drawings.
m
Anchorage Tee
with Outlet at Top
Andnorage Tes
with OLitlet at Side
Beveled Filler Piece
tilllf « '
If;
Special Header
Special 48-inch Cast Iron Tee with Spigot Ends
m
III..
Special Cast Iron Y-Bend
^
4 1 >
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xnar. ire rnar- janc .TBttac xr. irntr- xmr.
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ill
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ite:
ih It
CRANE
283
250-Pound Cast Iron Flanged Fittings
Dimensions, in Inches
90° Elbow
90° Lona Radius Elbow
Branch
Side Outlet Elbow
Double Branch Elbow
jSiie of
support-
ng pipe.
90^ Base Elbow
Square Base or
Round Base
Single Sweep Tee Double Sweep Tee Side Outlet Tee
45^ Lateral
^1
r
T
Tee
*Reducing
Single Sweep Tee
*Reducing -
Double S\^'eep Tee
*Reducins
aJ=Xm
liT
Side Outlet Tee
*Reducins
Cross
*RedLicins
45° Lateral
*Reducing
Taper Reducer
Eccentric Reducer
True "Y"
Size
F FF
(J
H
JKLMN PRS
1
4 8
5
2
33/4 3/4 4 5/8 SVz 6 1/2 2
IV4
4y4 8V2
51/2
21/2
4 3/4 4 i ys !9y2 71/4 21/4
IV2
4V2 9
6
23/4
4y8l 1 4% li/,fi' 11 ■8i/2'^V2'
2
5 10
61/2
^1
|4y2 11/4 51/4 3/^ 111/2 9 21/2 5
2y2
SVz U
7
3y2
43/4 11/4 51/4 34 13 101/2 21/2I51/2
3
6 . 12
73/4
31/2
5y4 iy2 61/8 13/16 14 1 11 3 6
3V2
61/2 13
8I/2
4
Sys IV2 OVs ^3/16151/2121/2 3 6I/2
4
7 14
9
41/2
6 2 6I/2 yg 161/2131/2 3 ' 7
5
8 16
101/4
5
6% 21/2 71/2 1 isyzl 15 31/2 8
6
8V2 17
111/2
51/2
7y2 21/2 71/2 1 21 1/2 171/2 4 9
8
10 20
14
6
9 4 10 IV4 251/2201/2 5 11
10
IIV2 23
I6I/2
7
101/2 4 10 ■ 11/4 291/2 24 ^51/2 12
n
13 26
19
8
12 6 12y2ilVi6'33V2'27i/2 6 14
14
15 30
21 V2
8y2
131/2 6 121/2 lVi6l37y2 31 6I/2 16
16
I6V2 33
24
91/2
143/4 6 121/2 IV16 42 341/271/2 18
18
18 36
261/2
10
I6I/4 S 15 1% 451/2371/2 8 19
20
191/2 39
29
101/211778 8 15 1% 49 1401/2:81/2 20
24
22V2 45
34
12
203/4 10 171/2 lys 571/2 47y2 10 24
*Dimensions of reducing fittings : The center
to face dimensions of Reducing Elbows. Tees,
Crosses, and 45° Laterals are the same as for the
straight size corresponding to the size of the
largest opening, with the following exception:
Exception: In sizes IS-inch and larger, if the
outlet of a Reducing Tee, Cross, or 45° Lateral
is the sire gi\'en in the table below, or is smaller,
use the "'Short Body" dimensions shown below.
The face to face dimension of Reducers is go\'erned
by the size of the larger opening, regardless oi the
size of the smaller opening.
30 I271/2I 55 1411/2 15
I
30
Short Body Reducing Fittings
Tees and Crosses
45° Laterals
Size
Size of
outlet
and
smaller
T
TT
U
Size
Size of
outlet TT
and
smaller
W
X
Y
18
12 14 28 17
18 ! 8 i 34 31
3 321/2
20 14 151/2! 31 ilSi/z
20 10 37 34
3 36
24
16 17 34 211/2
24 12 44 41
3 43
30
20
201/2
41
251/2
Taps and drains for flanged fittings . . page 645
How to read reducing sizes page 644
I;-
I
I '
CRANE
I
230-Pound Cast Iron FLineed Fiainss
&
No. 1:7 E
No. I«5E
n
J
NcL 1:: E
133 £
^ Vrr^-V
^
No- 1» E. 5r-^
Nq- 141 E. 7 „
I
I
I
I
I
5t Prices, Esch
^j t
^5
i^»
S CiCX?*
-to* "l^'T -^
't
^"5
bi^^
v.-
No, !Z5
B-zse
r ^t^-c-^
F^wsc
nu F^c
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1
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1
7 - X
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t - -
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r - y.
5 -•'
2
^
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1
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5- <
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d ' a ■
'nt — ■
5U
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f
11-15
1
4
* 1
TT
■-* :'!
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J-L. 'I
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«b .j4^
105.06
iio . 5-:
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20
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U5
i 1
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» 145 . ;«; i.
I
^i— e _
:; , _^ r»_ * :5
iirs
No. VA E
No- 155 E
No. Ij^ E
N-. 14: E
Lncr.-s
Fi-:i Fa:--
1 iDrilled
Facfwij Fact£C.
DriEied
jO,, J.? -J,
— .» - - — "^ — t ,"_
:.5.75 38.fi0
5^.75 4:.:';
s
37*75 4*^ - .*-
41.75 44. :•:
-i' " -15 '«■
4* .75 5ij. «>J
»r
-^'JJO ^=. A
~-~.j*: ?■:. :0
4:?. 5: 5:. 5-:
54 . 5< j 57 . 5*2
i
•^l -25 ?-? '•
-".:.5 n. ;<:
-r . Z5 T^.m
7J.75 77.50
!»
4'-*J]l} -r '.
-'- "»■ .- 1
■*4 . I'-' ^- . X
r-i.j: I'W.OO
■ T
i i..3._o L_i- . ,".
: . _* _ _., , _i_
106.15 iiS.-y:
iij.:5 i::5.oo
14
l4*>-75 155- >;
:-:.75 170. :<:
141.75 iSi.M
15*^.75 Irtj.OO
/■*-
T -,-*. ^ ij i, 1
. '^..• . '."J . -T . .'.
It.?. 00 IW.«i:
!*:*.'}•} ZOO-'I'tj
pfeZc sires
DnDins:
5rnsallcr are cast
ehesefit-
.:"*:fss cwrder^i fice
i
-V.
; IS
■■"•• 1 1 I ^
faced
Sice Outlet Elbows : : _-. : : , t'e: is or. ''~ -: L-z^rsectir^c^ni^ '.-.:<
*'|..|!H.-..I
"Recfucirg" List prices ■s.ccly :: ^^ro^s re'^_:cec: on!' :-. zh-: 5".:;
ou-lec. Orh«^r recucuor-5 are cr.:_-i._. ipecial ar.c ::ccri i.-j^^u
b»f •:::orr-p.in!€d by s sketch: prices on. arT':":i:'T'-_
jDouble Branch Elbows: ""Rccv-- _"-z" ^^r prices apc?h- z^.W to
-:.-■: " sjec'-jicc cr. tr:^ cair.chcs arj>: "". .:,' ri: :-~ rr^-jj-es c^-c SuL.~'.i
5rre- _-r.er rec--':-.j:r.5 ^x'e cncxely specif .^"'i c'ji^rs srjjuid be
Sizcr— ~:-:-::i f*. = speech; prices C" ^■~~"-:_:_:rL
^"T-;^ drst. irxr. :
i
'5, che C':":~ operiir.^ are
^er rwt;f -iri ~,_^';f CO
p-^4^ 5^<i
iri::--.^ ire rsc-I^'Ly Gunusbeei with a
.-v--~:~ :i-sea lice or. zl~e
trie ri^c i^csi ts firusr.t^ ^Ttfi
znc cr:':" es> appnjKiir.c:i-_ : : zr:':" es
^cz --j^z .-^-TOim as a "serTciiew'" foiA
\Iate. fenialc, goei^ejic, cv groove faces
can be naaek r : : -Jer. Sec page jtco dot
^z: _"_.- : "_5 jiT.z the Crarte Disecwjnt
^TOt: facing: i^r-Pdumd Fctcin^ are
not spot :'^-iz ..."";ss sO: :'-;"i-ecL and
then at an extra price- TV.-i , 5-. - -ce far
ES lOcenrf ?•:' ~ \
r*^<
„ - _ . '^ - '_ , r
P^-i*
CRANE
285
250-Pound Cast Iron Flanged Fittings
For working pressures,
see page 282.
n
No. 121 E
90° Elbow
•Reducing
90
No. 122 E
Long Radius Elbow
*Reducing
No. 123 E
*Taper Reducer
No. 1231/2 E
^Eccentric Reducer
Size
Inches
90^ Elbows
List Prices, Each
90
No. 121 E
*Reducing
Long Radius Elbows
Reducers
Faced
Faced
and
Drilled
No. 122 E
*Reducing
No. 123 E
*Tap€r
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
No. 1231/2 E
*Eccentric
Faced
and
Drilled
IV3
9.00
9.90
9.00
9.90
9.00
9.90
2M
'/2
9.50
10.40
16.00
17.35
9.50
10.40
9.50
10.25
11.35
17.20
18.85
10.25
11.35
10.25
10.40
11.35
3V2
12.25
13.50
20.50
22.40
12.25
13.50
13.50
15.00
22.50
24.75
13.50
15.00
13.50
15.00
18.75
20.25
31.00
33.25
18.75
20.25
18.75,
22.75
24.75
38.00
41.00
22.75
24.75
22.75
20.25
24.75
8 36.00 38.50 60.00 63.75 36.00 38.50 36.00 38.50
10 57.00 61.00 95.50 101.50 57.00 61.00 57.00 61.00
12 84.00 88.50 140.00 146.75 i 84.00 88.50 84.00 88.50
14 105.00 110.50 207.00 215.25 105.00 110.50
16 135.00 143.00 j 274.00 i 286.00 135.00 143.00 ,
18 i 157.00 , 166.00
20 i ( 180.00 190.00
24 1 [ 285.00 300.00
*List prices of Reducing Elbows and Reducers apply only to the reductions
shown below. Other reductions are entirely special; prices on application.
No. 121 E
90° Elbows
lV2xiy4
2
2
XIV2
xll/4
2V2x2
2V2xiy2
3 X 21/2
3 x2
3 XIV2
3 X 11/4
6x5
6x4
6 X 31/2
6x3
6 X 21/2
6x2
31/2 x 3
31/2 X 2V2
31/2 X 2
3V2XIV2
4 X 31/2
4 x3
4 X 2V2
4 x2
4 X IV2
5
5
x4
X31/2
5 X 3
5 X 21/2
8
X 6
8
X 5
8
X 4
8
X 3
10
x8
10
x6
10
x5
10
X 4
12
X 10
12
X 8
12
x6
12
x5
14
X 12
14
X 10
14
X 6
16 X 14
16 X 12
16 X 10
16x8
No. 122 E
90° Elbows
Long Radius
2V2 X 2
^Vi X IV2
3
3
x2V2
X 2
31/2 X 21/2
4
4
x3y2
X 3
No. 123 E
Reducers
IV2
2V2 X 2
3
3
x2y2
x2
5
5
X 4
X 3
6
6
6
X 5
X 4
X 3
8
8
8
X 6
X 5
X 4
10
10
10
10
X 8
X 6
X 5
X 4
12
12
12
X 10
X 8
x6
14 X 12
16
16
X 14
X 12
3y2 X 3
3y2x2y2
3y2x2
6x5
6x4
6 X 3y2
6x3
6 X 2y2
6x2
14 X 12
14 X 10
14 X 8
14 X 6
4
4
4
4
x3i^
X 3
x2y2
x2
5
5
5
5
5
x4
x3y2
x3
x2y2
x2
8x6
8x5
8x4
8 X 3y2
8x3
10
x8
10
x6
10
x5
10
X 4
12 X 10
12x8
12x6
12x5
12 X 4
16 X
14
16 X
12
16 X
10
16 X
8
18 X
16
18 X
14
18 X
12
18 X
10
20 X
18
20 X
16
20 X
14
20 X
12
No. 123y2 E
Eccentric
Reducers
2y2 X 2
3
3
x2y2
X 2
4
4
4
4
x3y2
X 3
x2y2
x2
8x6
8x5
8x4
8 X 3y2
8x3
5
5
5
5
5
x4
xsyz
x3
x2y2
x2
24 X 20
24 X 18
24 X 16
6
6
6
6
x5
x4
x3y2
x3
10
x8
10
X 6
10
X 5
10
X 4
12 X 10
12 X 8
12 X 6
12 X 5
Materials; All fittings shown on this page sizes lo-inch and smaller are
cast iron; larger sizes are Ferrosteel.
Larger sizes: Larger sizes are made to order. Prices on application.
Galvanized Flanged Fittings page 572
Dimensions pages 282 and 283 Special facings. . .
Drilling: These fittings are
furnished faced and drilled
unless ordered faced only.
Facing: 250-Pound Cast Iron
Fittings are regularly fur-
nished with a J/fe-inch raised
face on the flanges. The
raised face is finished with
concentric groo\'es, approxi-
mately lb grooves per inch,
known as a "serrated" finish.
Fittings with male, female,
tongue, or groove faces can be
made to order. See page 5D0
tor dimensions and the Crane
Discount Sheet for prices.
Spot facing: 2,50-Pound Fit-
tings are not spot faced unless
so ordered, and then at an
extra price. The list price for
spot facing bolt holes is 10
cents per hole.
Reducing with flanges : To
avoid delays, orders for re-
ducing fittings not carried in
stock can be filled by using
reducing companion Ranges;
specify "Reduce with flanges
if necessary". For reducing
flanges, see page 195.
Bolting on Companion Flanges. . . .page 557
. .page 560 Templates for drilling page
552
m
m
4mm
lr>
.,1
f^
; ■ I
!•
sl.
i }
V '
;f/| \' 'I
i jl
I
■ii i ii
I
I I
286
CRANE
250-Pound Cast Iron Flanged Fittings
I J
L
1 >
For working pressures,
see page 282.
Tee
No. 105 E, Straight
*No. 107 E, Reducing
Side Outlet Tee
No. 135 E, Straight
No. 137 E. Reducing
Single S\\eep Tee
No. 109 E, Straight
*No. Ill E, Reducing
Double Sweep Tee
No, 112 E. Straight
*No. 112 V2E, Reducing
List Prices, Each
Tees
i
Single Sweep Tees
Double Sw^eep Tees
Size
No.
Stra
05 F
ight
No. 107 E
*Reducirig
No. 109 E
Straight
No.
*Red
111 E
ucing
No. 112 E
Straight
No. mVzE
*Reducing
Inches
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled '
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Faced
1
Faced
and
Drilled
Faced
Faced
and
Drilled
1
6.50
7.85
1
IV4
6.50
7.85
7.50
8.85
IV2
6.50
7.85
7.50
8.85
1
2
6.50
7.85
7.50
8.85
7.50
8.85
7.50
8.85
2V2
6.90
8.25
8.00
9.35
8.00
9.35
9.15
10.50
! 8.00
9.35
9.15
10.50
3
7.50
9.15
8.60
10.25
8.60
10.25
9.90
11.55
' 8.60
10.25
9.90
11.55
3V2
8.90
10.80
10.25
12.15
10.25
12.15
11.75
13.65
1 10.25
12.15
11.75
13.65
4
9.75
12.00
11.25
13.50
11.25
13.50
13.00
15.25
11.25
13.50
13.00
15.25
5
13.50
15.75
15.50
17.75
15.50
17.75
17.85
20.10
' 15.50
17.75
17.85
20.10
6
16.50
19.50
19.00
22.00 ,
19.00
22.00
22.00
25.00
: 19.00
22.00
22.00
25.00
8
26.00
29.75
30.00
33.75
30.00
33.75
34.50
38.25
30.00
33.75
34.50
38 . 25
10
41.50
47.50
47.75
53.75 ,
47.75
53.75
55.00
61.00
47.75
53.75
55.00
61.00
12
61.00
67.75
70.00 '
76.75
70.00
76.75
80.00
86.75
70.00
76.75
80.00
86.75
14
90.00
98.25
103.50
111.75 ,
103.50
111.75
119.00
127.25
; 103.50
111.75
119.00
127.25
16
119.00
131.00
137,00 ,
149.00
■
137,00
149.00
158.00
170.00
137.00
149.00
158.00
170.00
18
154.00
168.00
177.00 1
191.00
177.00
191.00
204.00
218.00
177.00
191.00
204 . 00
218.00
20
195.00
210.00
225.00
240.00 '
225.00
240.00
260.00
275.00
225.00
240 . 00
260.00
275 . 00
24
305.00
328.00
350.00
373.00
350 . 00
373 . 00
402.00
425.00
350.00
373.00
402.00
425.00
Size
Inches
Side Outlet Tees
No. 135 E
Straight
No. 137 E
Reducing
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
4
42.00
45.00
47.00
50.00
5
47.00
50.00
52.00
55.00
6
53.50
57.50
59.00
63.00
8
72.50
77.50
80.00
85.00
10
102.00
110.00
112.00
120.00
12
131.00
140.00
146.00
155.00
14
159.00
170.00
174.00
185.00
16
184.00
200.00
204.00
220.00
^Reducing sizes: ListpricesofNo. 107 E,
No. 1 1 1 E, and No. iizJs E Reducing
Tees apply to sizes carried in stoci<,
shown on the opposite page. Sizes not
carried in stock are made to order, at an
advance in price depending upon the
quantity of a size ordered at one time.
See tlie opposite page for price advances.
Larger sizes: Larger sizes are made to
order; prices on application.
Bolting on Companion Flanges. . . page 557
Galvanized Flanged Fittings P^g^ 572
Dimensions . .pages 282 and 283
Materials: All httings shown on this page sizes lo-inch and
smaller are cast iron; larger sizes are Ferrosteel.
Single Sweep Tees: No. 1 1 1 E Single S\\'eep Tees with the
outlet larger than the run are entirely special. Prices and
dimensions on application.
Double Sweep Tees : No. 1 1 23-2 £ Tees reduced on the run
are entirely special. Prices and dimensions on application.
Double S\\'eep Tees with the outlet larger than the run can be
made with only a reasonable increase in the size of the outlet.
Side Outlet Tees: Orders for No. 1 37 E Reducing Side Out-
let Tees should be accompanied by a drawing showing the size
and location of all openings.
Drilling: These fittings are furnished faced and drilled
unless ordered faced only.
Facing: 250-Pound Cast Iron Flanged Fittings are regularly
furnished with a J^l^-inch raised face on the flanges. The
raised face is finished with concentric grooves, approximately
16 grooves per inch, known as a "'serrated" finish.
Fittings with male, female, tongue, or groove faces can be
made to order. See page 5(30 for diniensions and the Crane
Discount Sheet for prices.
Spot facing: 250-Pound Fittings are not spot faced unless
so ordered, and then at an extra price. Tie list price for
spot facing bolt holes is 10 cents per hole.
Terrxplates for drilling. . . page 552 Special facings . . page 560
CRANE
287
250-Pound Cast Iron Flanged Fittings
Reducing Flanged Tees Carried in Stock
B
B
B
^
U
C .
"i
A
No. 107 E
Reducing Tee
A
No. Ill E
Single Sweep Reducing Tee
No. inVzE
Double Sweep Reducing Tee
No. 107 E, No. 1 1 1 E, and No. i ii}^^ E Tees are
carried in stock in the sizes shown below; these are
furnished at the regular "Reducing" prices. Sizes
not carried in stock are made to order, at an .advance
in price depending upon the quantity of a size ordered
at one time. See table below for price advances.
No. 107 E
Tees
B
2y2x
2V2X
2V2X
iVi X 2
2y2XlV2
2V2X11/4
2 X 2
3
3
3
3
3
3
3
3
3
3
3
2
X
X
X
X
X
X
X
X
X
X
X
X
3
3
3
3
3
2V2
2
IV2
iy4
2V2
2
2
X
X
X
X
X
X
X
X
2y2
2
iy2
iy4
1
3
3
3
-I
2y2
2
3
3y2x3y2x2i/2
3y2x3V2x2
3y2x2y2x3y2
4
4
4
4
4
4
4
4
4
4
4
4
3
2y2x
x
X
X
X
X
X
X
X
X
X
X
X
X
X
4
4
4
4
4
3
2y2
2
3
3
3
2y2
2
3
2y2
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
3
2y2
2
4
4
4
3
2
iy2
2y2
3
4
4
A B
5
5
5
5
5
5
5
5
5
5
5
5
S
5
4
X
X
X
X
X
X
X
X
X
X
X
X
X
5
5
5
5
5
5
4
3
2y2
4
4
4
3
3
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
4
3y2
3
21/2
2
iy2
5
5
5
4
3
2y2
4
3
5
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6x
6x
6x
5x
4x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6
6
6
6
6
6
5
4
3
2y2
5
5
5
5
s
4
4
4
3
5
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
5
4
3y2
3
2y2
2
6
6
6
6
5
4
3
2y2
2
5
4
3
3
6
6
ABC
8x
8x
8x
8x
8x
8x
8x
8 X
8 X
8 X
8x
8 X
8 X
8 X
8x
8 X
8x
6x
5x
X
X
8 X
8 X
8
8
8 X
8
8
6
4
3
6
6
6
5
5
4
4
6
5
X
X
X
X
X 8
X 6
6
5
4
3y2
3
2y2
2
8
8
X
X
X
X
X
X
X
X
5
4
6
5
6
4
8
8
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
10 X
8x
10
X 8
10
X 6
10
X 5
10
X 4
10
xsyz
10
X 3
10
X 2
8
X 10
6
X 10
8x8
8x6
8
6
6
8
X 5
X 8
X
X
6
10
B
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
12 X
10 X
8x
12 X 10
12x8
12x6
X
X
12
12
12
12
12
10
8
10
10
10
8
8
10
X
X
X
X
X
X
X
X
X
X
X
8 X
5
4
3y2
3
2y2
12
12
10
8
6
8
6
12
12
14 X 14 X 12
14x 14x 10
14 X 14 X 8
14 X 14 X 6
14 X 14 X 5
14 X 12 X 8
16 X
16 X
16 X
16 X
16 X
16 X
16 X
16 X
16 X
16 X
14
12
10
8
6
No. Ill E
Single Sweep Tees
A
B
C
4x
4 X
4x
4x
2V2
2
6x
6x
6x
4x
4
4
8x8x6
8x6x6
No. 112y2 E
Double Sweep Tees
A
B
C
4
4
x4
X 4
x2y2
X 2
5
5
x 5
X 5
X 4
x3
6
6
X 6
X 6
X 4
X 3
8x8x6
8x8x5
8x8x4
Price Advances for Non-Stock Sizes
Sizes not carried in stock are made
to order, at the following price
advances over "Reducing" list
prices, depending upon the quan-
tity of a size ordered at one time.
These price advances do not
apply to Single Sweep or Double
Sweep Reducing Tees with the
outlet larger than the run. Such
tees are special; prices on applica-
tion.
c- ; 1 to 31/2 4 to 8 10 to 24
oi2^e > 1 ' 1 1 > t
inch inch 1 inch
1 piece 50' c 25*^
2 pieces 40% 20%
No
3 pieces 30% 15%
4 pieces 20% 10' ;
5 pieces 10% 5%
6 or more No advance
Materials: All fittings shown on this page sizes
lo-inch and smaller are made of cast iron; larger
sizes are made of Ferrosteel.
Drilling: These fittings are furnished faced and
drilled unless ordered faced only.
Facing: 250-Pound Cast Iron Flanged Fittings are
regularly furnished with a Me-l^ch raised face
on the flanges. The raised face is finished with
concentric grooves, approximately 16 grooves per
inch, known as a "serrated finish.
Fittings with male, female, tongue, or groove faces
Oatvantzed Flanged Fittings page 572
Dimensions pages 282 and 283 Special facings
can be made to order; see page 560 for dimensions
and the Crane Discount Sheet for prices.
Spot facing: 250-Pound Cast Iron Flanged Fittings
are not spot faced unless so ordered, and then at an
extra price. The list price for spot facing bolt holes
is 10 cents per hole.
Reducing with flanges: To avoid delays, orders
for reducing fittings not carried in stock can be filled
by using reducing companion flanges. Orders should
specify "Reduce with flanges if necessary". For
reducing flanges, see page iq^.
Bolting on Companion Flanges. . . .page 557
page 560 Templates for drilling page 552
\
I
iiir
!!!.<
288
CRANE
250-Pound Cast Iron Flanged Fittings
if- '•■■
I
r'(
I
For working pressures,
see page 282.
D
Cross
No. 113 E, Straight
'No. 115 E, Reducing
45" Lateral
No. 117 E, Straight
*No. 119 E, Reducing
List Prices, Each
Size
Inches
Crosses
45° Laterals
No. 113 E
Straight
No. 115 E
*Reducing
No, 117 E
Straight
No. 119 E
•Reducing
Faced
Faced
and
Drilled
Faced
Faced
and
DriUed
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
1
10.00
11.80
1
1
•
1V4
10.00
11.80
11.50
13.30
1
1V2
10.00
11.80
11.50
13.30
1
2
10.00
11.80
11.50
13.30
10.00
11.80
1
2V2
10.50
12.30
12.00
13.80
10.50
12,30
12.00
13.80
3
11.50
13.75
13.25
15.50
11.50
13.75
13.25
15.50
3V2
13.50
16.00
15.50
18.00
13.50
16.00
15.50
18.00
4
15.00
18.00
17.00
20.00
1 15.00
18.00
17.00
20.00
5
20.50
23.50
23.50
26.50
20.50
23.50
23.50
26.50
6
25.00
29.00
29.00
33.00
25.00
29.00
29.00
33.00
8
40.00
45.00
46.00
51.00
40.00
45.00
46.00
51.00
10
63.00
71.00
72.00
80.00
63.00
71.00
72.00
80.00
12
92.00
101.00
106.00
115.00
92.00
101.00
106.00
115.00
14
136.00
147.00
158.00
169.00
1 136.00
147 . 00
158.00
169.00
16
180.00
196.00
207.00
223.00
180.00
196.00
207.00
223.00
18
235.00
253.00
270.00
288.00
j 235.00
253.00
270.00
288.00
20
300.00
320.00
345.00
365.00
300.00
320.00
345.00
365 . 00
24
465.00
495.00
535.00
565.00
465.00
495.00
535.00
565.00
*Reducing fittings: List prices of No. 115 E Reducing
Crosses and No. i iq E Reducing 45° Laterals apply only to
sizes carried in stock, shown below. Sizes not carried in stock
are made to order, at the following price ad\"ances over "Reduc-
ing" list prices, depending upon the quantity of a size ordered
at one time.
These price advances do not apply to No. i iq E Reducing 45"°
Laterals with the outlet larger than the run. Such Laterals are
special; prices on application.
Price advances for non-stock sizes
Sizes carried
in stock
No. 115 E
Crosses
No. 119 E
45' Laterals
ABC D A B C
3x3x 2V2X 2V2 4x4x21/2
Size
4 X 4 X 2V2 X 2V2
6x6x4 X 4
6x6x3 X 3
8x8x6 X 6
8x8x5 X 5
8x8x4 X 4
6 X 6 X IVz
1 to 31/2
inch
4 to 8
inch
10 to 24
inch
1 piece 50% 25%
2 pieces 40% 207o
3 pieces 30' 15 7o
4 pieces 20% 10%
5 pieces
lO^r
5^
/r
No
advance
6 or more
No advance
tm
Reducing with flanges: To avoid delays, orders for reducing
fittings not carried in stock can be filled by using reducing
conipanion flanges. Orders should specify "Reduce with
flanges if necessary". For fianges, see page 295.
Larger sizes: Larger sizes are made to order. Prices are
furnished on application.
Materials: Crosses lo-inch and smaller
and 4)° laterals b-inch and smaller are
made of cast iron; in larger sizes, crosses
and laterals are made of Ferrosteel.
Drilling: These fittings are furnished
faced and drilled unless ordered faced
only.
■
Facing: 25o-Pound Cast Iron Flanged
Fittings are regularly furnished with a
He-inch raised face on the flanges.
The raised face is finished with concen-
tric groo^"es, approximately 16 grooves
per inch, known as a "serrated" finish.
Fittings with male, female, tongue, or
groo\e faces can be made to order. See
page 560 for dimensions and the Crane
Discount Sheet for prices.
Spot facing: a 50-Pound Fittings are
not spot faced unless so ordered, and
then at an extra price. The list price for
spot facing bolt holes is 10 cents per hole.
Bolting on Companion Flanges.. ..page 557
Galvanized Flanged Fittings page 572
Special facings page 560
Dimensions pages 282 and 283
Templates for drilling page 552
CRANE
289
Iron Flanges
Common Flanges page 2Qo
Round Floor Flanges page 2qo
25-Pound Screwed and Blind Flanges page zqi
i2>-Pound Screwed and Blind Flanges pages iqz and 293
250-Pound Screwed and Blind Flanges pages 294 and 295
Galvanized Flanges page 572
The Crane line of Iron Flanges is shown on pages zqo to 295.
The Common Flanges, Round Floor Flanges, and 25, 125, and
250-Pound Screwed and Blind Flanges are made of Cast Iron or of
Fer rosteel . Round Floor Flanges and i x 5 -Pound Screwed
Flanges also are made of Crane Malleable Iron, a rugged, tough
material having high tensile strength. For description of these
materials, see page 4.
Crane Flanges are accurately machined and finished, special care
being exercised in the threading operation to assure having flange
faces at right angles to the run of the pipe line.
Crane piping materials also include iron flanged fittings, brass
flanges and flanged fittings, and a wide assortment of forged
steel flanges and of cast steel flanged fittings for severe or high
pressure-temperature service. Information on these and other
related products is shown on the pages referred to below :
Iron Flanged Fittings pages 273 to 288
Iron Flange Unions. .pages 249 to 252
Forged Steel Flanges pages 361 to 3 67
Cast Steel Flanged Fittings pages 343 to 350
Welding Fittings pages 351 to 360
Brass Flanges and Flanged Fittings page 264
Brass Flange Unions .•<. page 263
Brass Floor Flanges page 267
^
\m
II
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1
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CRANE
291
2 5 -Pound
Cast Iron Flanges
WORKING PRESSURES
25 pounds steam or cold gas — 43 pounds cold water or oil; non-shock
Screwed Flange
No. 583, Cast Iron
16 inches O.D. and «imaller 19 inches O.D. and larger
Blind Flange — No. 584, Cast iron
List Prices, Each
Reducing Screwed Flange
No. S83V2, Cast Iron
Size
of
No. 583
Screwed
No. 584
Blind
No. 583V2, Reducing Screwed
pipe
Inches
Faced
Faced
and
Drilled
Faced
Faced
and
Drilled
Size
Inches
Facedi Faced
and
Drilled
Size
Inches
Faced
Facec
and
Drilled
Size
Inches
Faced
Faced
and
Drilled
5 1.60 2.05 2.40 ( 2.85
11/2 X 10
2.65
3.10
II/2X 16
r
4x21
15.00
6 2.00 2.50 3.00 3.50
2 X 10
2 X 16
7.45
8.45
5x21
8 3.10 3.80 4.60 5.30
2V2 X 10
21/2 X 16
6x21
16 35
10 4.50 5.50 1 6.75 7 .IS
3 xlO
3 X 16
8x21
12 6.50 I 7.65 , 9.75 10.90
ZVi X 10
31/2 X 16
10x21
14 OD 9.00 10.35 13.50 14.85
4 X 10
4 X 16
12x21
16 OD 13.50 ! 15.30 20.00 : 21.80
n/zx 11
3.30
3.80
5 X 16
6 X 231/2
22.00
18 OD 16.00 18.00
24.00 26.00
2 xll
6 X 16
8 X 231/2
20 OD 19.00 21.50 28.00 30.50
2V2XII
8 X 16
10x231/2
12x231/2
23.80
24 OD 27.00 30.50 j 40.00 43.50
3 xll
IV2XI9
2 X 19
10.75
11.90
31/2x11
14 X 231/2
Drilling : 25-Found F anges are
regu arly furnished faced and
dri ed un ess ordered faced on y.
4 xll
21/2 X 19
6x 25
26.50
5 xll
3 X 19
8x25
11/2x131/2
5.10
5.80
31/2 X 19
10x25
28 SO
2 X 131/2
4 X 19
12x25
L^\D -\J\J
Facing: The flanges are pain
acec, witi a sniootn finis 1.
2V2X 131/2
5 X 19
14x25
.3 X 131/2
6 X 19
16 X 25
31/2x131/2
8 X 19
14 X 271/2
31.00
Spot facing: Cast iron f anges
4 X 131/2
10 X 19
16 X 271/2
18 X 271/2
33.50
are not spot faced un ess so
5 K 131/2
ordered, and then at an extra
6 X 131/2
14x32
44.00
price. The ist price for spot
"acing is 10 cents per ho e.
16x32
18x32
20 X 32
47.50
Cast Iron Flanges (sizes 5 to 24-inch inclusive) are
the same as 125-Pound Cast Iron Flanges except
that .they have smaller bolt holes. When sizes
smaller than 5-inch are required, use 125-Pound
Flanges; see pages zqz and ^^y, Prices and dimen-
sions of sizes larger than 24-inch are furnished on
application.
American Standard: The dimensions of these
flanges conform to the 25-Pound American Tentative
Cast Iron Flange Standard (Bibbi- 1Q3 1). As
specified in the Standard, the thickness of the
flanges is the same as the thickness of 125-Pound
Cast Iron Flanges.
How to order reducing flanges : When ordering
reducing flanges, the screwed or reduced size should
be designated first, and then the outside diameter of
the flange. For example, a 25-Pound Flange to
connect a 6-inch pipe to a lo-inch valve or fitting
(O.D. of flange, 16 inches) should be ordered
6" X It)" Reducing Flange.
Dimensions, in Inches
Templates for drilling
page 5 SI
Size of pipe
5
6
8
10
12
14 OD
16 OD
\h OD
20 OD 24 OD
A
10
11
131/2
16
19
21
231/2
25
271/2 32
B
»Vl6
1
iVs
IV16
IVa
lys
IV16
IVie
l^Vie lys
C
IV16
IV16
13/4
115/16
2Vl6
21/4
21/2
211/16
2% 1 31/4
D
8 1/2
91/2
113/4
141/4
17
183/4
211/4
223/4
25 291/2
No. of bolts
8
S
8
12
12
12
16
16
20 20
Dia. of bolts
%
%
Vs
%
%
3/4
3/4
3/4
V4 V4
•f'
\m
■A-.'.*
'1 H.
■'V-'^s
'^'^ ■■-
J.ud
292
CRANE
12 5 -Pound
Cast Iron or Malleable Iron Flanges
Screwed Flange
No. 553, *Cast Iron
No. 559, \Ialleable iron
I to 36-inch
I to 12-inch
14 CO 36-inch
WORKING PRESSURES
125 pounds steam
175 pounds cold water, oil, or gas, non-shock
150 pounds cold water, oil, or gas, non-shock
t^^
^
16 inches 0,D. and smaller
19 inches O.D. and larger
f*
D
Blind Flange
No. 555, *Cast Iron
I
I
Size
of
pipe
Inches
10
12
14 OD
16 OD
18 OD
20 OD
24 OD
30 OD
36 OD
List Prices and Dimensions
List Prices, Each
Screwed Manges Blind Flanges
No- 553
*Cast Iron
No, 559
Malleable Iron
No, 555
*Cast Iron
Faced
Faced
and
Drilled
Faced Faced
I and
Drilled
Faced
Faced
and
DrUled
1
.00
.80
.85
1.10
u+
.60
.85
.90
1.15
1V2
.65 '
.90 ! '
1.00
1.25
7
./ D
1.00
1.50
1.75
1.15
1.40
2V2
.85
1.10
1.70
1.95
1.30
1.55
3
.95
1.25
1.90
2.20
1.40
1.70
3I2
1.20
1 .55
2.40
2.75
1.80
2.15
I 1.3
1.80
2.70
3.1
2.00
2.45
1.60
2.05
3.20
3 .65
2.40
2.85
6
2.00
2.50
4.00
4.50
3.00
3.50
8
3.10 .,
3.80 ,
6.20
6.90
4.60
5.30
4.50
5 .50
9.00 10.00
6.75
7.75
6.50
7.65 13.00 14.15
9.75
10.90
9.0U
10.35
13.50 14.85
13.50 15.30
20.00
21.80
16.00 18.00
24.00 26.00
19.00 21.50
28.00 30.50
27.00 30.50
I 40.00 43.50
90.00 100.00
137.50 150.00
46
Dimensions, in Inches
D
No.
of
Bolts
2%
42V4
32
Dia.
of
Bolts
4V4
V16
1^6
3V8
4
Vi
4%
V2
>Vl6
31/2
4 1
V2
5
Vi6
Vg
3%
4
Vz
6
%
1
43/i
4
%
7
IV16
1V16
51/2
4
%
7V2
¥4
iy4
6
4
%
8V2
13/16
1V4
7
8
%
9
IV16
1V16
7V2
S
%
10
1^16
l'/16
8V2
8
3/4
11
1
IV16
9V2
8
3/4
13V2
IVa
1¥4
113/4
8
3/4
16
IV16
l^Vie
141/4
12
%
19
IV4
2Vl6
17
12
Vs
21
1%
2V4
183/4
12
1
23 V2
1V,6
2V2
2IV4
16
1
25
1^16
21V16
' 2234
16
iVs
271/2
l^VlG
2%
2S
20
1%
32
U'8
31/4
2914
20
1V4
3834
2V8
36
28
IV4
1V2
*Materials : The \o. 553 and Xo. ^'j^ Flanges sires
12-inch and smaller are made of cast iron; larger
sizes are regularly made of Ferrosteel. to conform to
the American Standard.
Drilling: 125-Pound Flanges are furnished faced
and drilled unless ordered faced only.
Facing : These flanges are plain faced, with a
smooth finish.
Templates for drilling. . page SSI
Spot facing : Cast iron or malleable iron flanges are
not spot faced unless so ordered, and then at an extra
price.
The list price for spot facing bolt holes is 10 cents
per hole.
American Standard: The dimensions of these
flanges conform to the .American Cast Iron Flange
Standard, Class 125 (Bi 6a- 1939),
Galvanized flanges . . . page 572
r _.
I x5
11/4x5
1 X 71/2
IVz X 71/2
x/y.
21/2 X 71/2
i'/2x8y2
2 X 8^/2
2y2x8V2
X8V2
1 x9
IV4 X 9
IV2 X 9
2 x9
2V2 X 9
3 x9
31/2 X 9
CRANE
293
12 5 -Pound
Cast Iron Reducing Flanges
5 to 32-inch O.D.
5 to iq-inch O.D.
21 to 32-inch O.D.
WORKING PRESSURES
— 125 pounds steam
— 175 pounds cold water, oil. or gas. non-shock
— 150 pounds cold water, oil, or gas, non-shock
Reducing Screwed Flange
No. 557, *Cast Iron
Eccentric Reducing Screwed Flange
Prices on application
List Prices, No. 557. Each
Faced
Faced
Faced
Faced
Faced
Faced
Faced
Faced
Size
and
Drilled
Size
and
Drilled
Size
and
Drilled
Size
and
Drilled
Inches
Inches
Inches
Inches
1.15
1.40
I x6
1.30
1^4X6 .
1.55
IV2 X 6
1V2X7
1.45
1.70
2 x7
1.55
1.85
2.00
2.35
2.20
2.65
iVz X 10
X 10
2V2 X 10
X 10
31/2 X 10
X 10
2.65
3.10
IV2XII
X
11
21/2 X 11
X 11
31/2 X 11
X 11
X
11
3.30
3.80
IV2X 16
iVz X 131/2
131/2
21/2 X 131/2
131/2
3V2 X 131/2
X 131/2
U14
131/2
5.10
5.80
2
X 16
2V2
X 16
3
X 16
31/2
X 16
4
X 16
5
X 16
6
X 16
8
X 16
IV2
X 19
2
X 19
21/2
X 19
3
X 19
31/2
X 19
4
X 19
5
X 19
6
X 19
8
X 19
7.45
8.45
10.75
10
19
11.90
4x 21
5x21
6x 21
8x21
10 x 21
12 X 21
15.00
16.35
6x231/2
8 X 231/2
10 X 23V2
12x231/2
14 X 231/2
22.00
23.80
6x25
8x25
10 X 25
12 X 25
14 X 25
16x25
26.50
28.50
14 X 271/2
31.00
16 X 271/2
33.50
18 X 271/2
14x32
16x32
18x32
20x32
44.00
47.50
%
M%
II
ns%i%
' {
* Materials: The No. 55"7 Flange sizes iQ-inch
O.D. and smaller are made of cast iron; larger sizes
are regularly made of Ferrosteel, to conform to the
American Standard.
Drilling: iz^-Pound Cast Iron Reducing Flanges
are furnished faced and drilled, unless ordered faced
only.
Facing : These flanges are plain faced, with a
smooth finish.
Spot facing: Cast iron flanges are not spot faced
unless so ordered, and then at an extra price.
Templates for drilling . page 551
The list price for spot facing bolt holes is 10 cents
per hole.
American Standard: The dimensions of these
flanges conform to the .American Cast Iron Flange
Standard, Class 125 (Bi6a"iq3Q).
How to order reducing flanges: When ordering
reducing flanges, the screwed or reduced size should
be designated first, and then the outside diameter of
the flange. For example, a i2)-Pound Flange to
connect a fe-inch pipe to a 10-inch valve or fitting
(O.D. of flange, i b inches) should be ordered
6" X lb" Reducing Flange.
Galvanized flanges , . page 572
294
CRANE
250-Pound
Cast Iron Flanges
Screwed Flange
No. 151 E, *Cast Iron
I to 24-inch
1 to 12-inch
14 to 24-inch
WORKING PRESSURES
250 pounds steam
400 pounds cold water, oil, or gas, non-shock
350 pounds cold water, oil, or gas, non-shock
15-inch O.D. and smaller
17H-inch 0,D. and larger
Blind Flange
No. 153 E, *Cast Iron
List Prices and Dimensions
I I I
11 i ^IJ >
.1 I'-
k|K '
I
\ f|
Size
List Prices, bach
Dimensions, in
Inches
of
pipe
No. 151 E
Screwed Flanges
No. 153 F
Blind Flanges
A
B
C
D
E
No.
of
Bolts
Dia.
of
Bolts
Inches
Faced
Faced and
Drilled
Faced
Faced and
Drilled
1
.95
1.30
1.45
1.80
4%
2ii/i6
11/16
%
31/2
4
%
W4
1.00
1.35
1.50
1.85
51/4
31/16
^4
1
sys
4
%
IV2
1.10
1.45
1.65
2.00
61/8
3Vi6
iVie
11/8 .
41/2
4
3/4
Z
1.25
1.60
1.90
2.25
6V2
4Vl6
Vs
11/4-
5
8
%
2V2
1.40
1.75
2.10
2.45
71/2
41V1&
1
IV16
syg
S
3/4
3
1.60
2.05
2.40
2.85
8 1/4
511/16
IVs
IV16
6%
8
3/4
31/2
2.00
2.55
3.00
3.55
9
65/16
IV16
1%
71/4
S
3/4
4
2.25
2.95
3 .35
4.05
10
61V16
IV4
13/4
^ys
8
3/4
5
2.65
3.35
4.00
4.70
11
8yi6
1%
lyg
91/4
8
3/4
6
3.30
4.05
5.00
5.75
I2V2
911/16
IV16
2
10%
12
3/4
8
5.10
6.15
7.65
8.70
15
111V16
1%
23/16
13
12
Vs
10
7.40
8.90
11.00
12.50
171/2
141/1 6
IVs
2%
151/4
16
1
12
10.75
12.50
16.00
17.75
201/2
16V16
2
2Vi6
173/4
16
11/8
14 OD
15.00
17.00
22.50
24.50
23
1815/16
21/8
211/16
201/4
20
, 11/8
16 OD
22.25
25.00
33.50
36.25
251/2
211/is
2V4
^V&
22V2
20
11/4
18 OD
26.00
29.00
39.00
42.00
28
235/iG
2%
31/8
243/4
24
IV4
20 OD
31.00
35.00
46.00
50.00
301/2
259/16
2V2
3Vi6
27
24
11/4
24 OD
45.00
50.00
67.00
72.00
36
1 3OV16
23/4
311/16
32
24
11/2
I
; Ji
I
pn
*Materials : ^jo-Pound Flanges in sizes lo-inch and
smaller are made of cast iron; in sizes 12-inch and
larger, the flanges are regularly made of Ferrosteel.
Drilling: These flanges are furnished faced and
drilled unless ordered faced only.
Facing: ijo-Pqund Flanges are regularh- furnished
with a J^e-ii^ch raised face; the raised face is finished
with concentric groo\'es, approximately 16 grooves
per inch, known as a "serrated" finish.
Flanges with male, female, tongue, or groove faces
are made to order; see page 560 for dimensions and
the Crane Discount Sheet for prices.
Spot facing : These flanges are not spot faced unless
so ordered, and then at an extra price. The list price
for spot facing bolt holes is 10 cents per hole,
American Standard: The dimensions of these
fianges conform to the 250-Pound American Cast
Iron Flange Standard (Bi6b-i928).
Steel flanges: For higher pressures or for high
temperature ser\ice, Crane Forged Steel Flanges are
recommended; see pages 361 to 367.
Templates for drilling . . . page 552
Galvanized flanges, . . .page 572
Special facings . . . .page 5b0
.t
CRANE
295
250-Pound
Cast Iron Reducing Flanges
WORKING PRESSURES
t}4 to 56-inch CD. — 250 pounds steam
6J^ to 2o}^'2-inch CD. — 400 pounds cold water, oil, or gas, non-shock
23 to 36-inch CD. — 350 pounds cold water, oil, or gas, non-shock
Reducing Scre'W'ed Flange
No. 155 E, *Cast iron
Eccentric Rediicing Screwed Flange
Prices on application
List Prices, Each
Size
Inches
Faced
Faced
and
Drilled
Size
Inches
Faced
Faced
and
Drilled
Size
Inches
Faced
Faced
and
Drilled
IV4X6V8
1.80
2.15
IV2X I2V2
5.50
6.25
21/2 X 201/2
17.50
11,2 X 61 2
2.10
2.45
2 X I2V2
3 X 201/2
lUx 71/2
2.30
2.65
2^2 X I2V2
31/2 X 201/2
2 x/Vz
3 X I2V2
4 X 201/2
IV2 X 8 1/4
2.65
3.10
4 X 121/2
5 X 201/2
19.25
2 X 8V4
5 X 121/2
6 X 201/2
2^2 X 8V4
IV2 X 15
2 X 15
8.40
9.45
8 X 201/2
1V2X9
3.30
3.85
10 X 20 1/2
2 X 9
2V2 X 15
6 X 23
25.00
2V2 X 9
3 X 15
8 X 23
27.00
3 x9
31/2 X 15
10 X 23
IV2 X 10
3.70
4.40
4 X 15
12 X 23
2 X 10
5 X 15
10 X 251/2
37.00
- 2V2 X 10
6 X 15
12 X 251/2
39.75
3 X 10
2 X 171/2
12.00
13.50
1
14 X 251/2
31/2 X 10
21/2 X 171/2
12 x28
43.00
11/2 X 11
4.40
5.10
3 X 171/2
14 X 28
46.00
2 X 11
4 X 171/2
16 X 28
2V2XII
5 X 1-1/2
14 X 301/2
51.00
3 X 11
6 X 171/2
16 X 301/2
55.00
3V2X U
8 X 171/2
18 X 301/2
4 X 11
18 X 3b
74.00
20 X 36
79-00
*Material: 250-Pound Reducing Flanges sizes 173- '2
inch CD. and smaller are made of cast iron; larger
sizes are made ot I'errostecl.
How to order reducing flanges: \\ hen ordering
reducing flanges, the screwed or reduced size should
be designated first, and then the outside diameter o(
the (lange.
For example, a 250-Pound Flange to connect a O-inch
pipe to a lo-inch vaKe or fitting (CD. of (lange,
17^2 inchesj should be ordered
6" X 17^" Reducing Flange.
Drilling: These flanges are furnished faced and
drilled unless ordered faced only.
Facing: 250-Pound Flanges are furnished with a
IiG-inch raised face; the raised face is finished with
concentric grooves, approximately 16 grooves per
inch, known as a "serrated" finish.
Flanges w ith male, female, tongLie, or groo\"e faces
are made to order; see page 5D0 for dimensions and
the Oane [discount Sheet for prices.
Spot facing: Cast iron llanges are not spot laced
unless so ordered, and then at an extra price. The
list price for spot facing bolt holes is 10 cents per hole.
American Standard: The dimensions of these
flanges conform to the 250-Pound American Cast
Iron Flange Standard (Bibb-iqzS).
Steel flanges: For higher pressures or for high
temperature ser\'ice, Crane Forged Steel Flanges are
recommended; see pages 361 to 3^7.
Templates for drilling . page 552
Galvanized Ranges . . . .page 572
Special facings .... page 560
m
m
iiii
I
m \\
W-
MltMlSi
(|httl>H«(
^'"^'^■>
> - iTM^'i"'"!*^"'^'** ij li. Lii*i*-..*^n^
296
CRANE
Piping assembly in a sugar refinery. Innumerable
Crane valves and fittings are used in such plants.
*f :
Crane iron valves and flanged fittings On the water
circulating lines to coke ovens in a steel milL
*
Many tanks like these in butane gas
storage service are Crane-equipped.
Part of piping gallery in a sewage dis-
posal plant — showing Crane valves
h , I
I
I
Ms
Crane cast iron flanged fittings, iron flanges,
and iron body wedge gate valves on fermenter discharge lines in a large brewery
Th
hanks!...
You Helped Us Make
THIS is the catalog you helped prepare — hun-
dreds of you — valve and fitting buyers and
specifiers — in large and small plants — in the
north, east, south, and west!
This is the catalog which incorporates those
Better Catalog!
convenience features most "widely preferred by
regular users of valve and fitting catalogs in
every industry— as disclosed in a national survey
conducted by an independent research organi-
zation during 1940.
SURVEY SHOWS CRANE NO. 52 MOST WIDELY USED
One fact was clearly brought out by this study:
the Crane No. 52, then current, was all industry's
most favorite piping e<quipment catalog.
Why? You said it was easy to use and read . . .
that it was thorough . , , highly informative . . .
and fully dependable. You said the Crane No. 52
contained most of what you wanted in a valve
and fitting catalog.
But the real purpose of the survey was to get
your ideas on how subsequent Crane Catalogs
could be made even better. For example, we
learned from you what size is handiest . . . what
arrangement is most practical . . . what informa-
tion you require in greater detail, or prefer in
more condensed form . . . what methods of index-
ing are most helpful and time-saving.
We combined your suggestions with the fea-
tures you liked so well in the Crane No, 52. We
put them all into the Crane No. 41. And here it
is — designed to your own specifications of the
ideal catalog. Thanks! You helped us produce a
better buying guide for every valve and fitting user!
IT STANDS OUT -ALWAYS AT YOUR "FINGER TIPS!'
On the shelf or in your
drawer file, you quickly
seethe new Crane No, 41.
Its distinctive color stands
out. And just as it is distinguished by color, your
Crane Catalog stands out for its completeness. It
is your dependable source of valves, fittings, and
piping accessories for every flow control service.
It shows more than 38,000 individual items which
include a full range of sizes and patterns. They
are made of brass, iron, steel, and alloy steels
and in all working pressure classes.
COMPLETE ALPHABETICAL AND NUMERICAL INDEXES FACILITATE USE
Right at the front of your Crane No. 41 is the
most comprehensive piping equipment catalog
index ever published. It occupies 2 5 pages. All
items are described and cross-indexed alpha-
betically so that almost no matter where you look
first, you quickly find any product. Immediately
following is the numerical index of all products
listed. Users who have learned to identify Crane
Valves and Fittings by catalog number, will find
this well-arranged index a great convenience.
NEW QUICK SECTION INDEX FOR REGULAR USERS
On the inside of this colored paper insert is a
new quick index to the No. 41. Here, on two
facing pages, set in easily read type and grouped
by sections, you see everything the No. 4 1
contains- Inxproved marginal markers show sec-
tion numbers — lead you to exactly the section you
want- This feature will
be especially appre-
ciated by regular cata-
log users — the more
you use it, the bigger
time-saver it becomes.
Continued on third succeeding
page, following "Index to Section*"
'U»4^
SEOION
NUMBER
START ON PAGE
Indexes (Alphabetical and Numerical ) I
Metals and Materials
1
Brass Valves, Gate
13
Globe, Angle, and Cross
Check and Foot
Quick-Opening and Hose; Hose and Hose Goods
Radiator; Heating Specialties
Cocks and Stops, Brass and Iron
Iron Body Valves, Wedge Gate; Clamp Gate
INDEX TO
If the item you ore looking for does not
readily fall Into any of the classifications
shown, you wilt find it in the complete
I
25
51
65
77
87
97
n
Double Disc Gate; A.W.W.A. Valves
119
,j . ' j
If
: V I ■* ,.
r
. t
I I
V'l
I
pa
I
Ma
Globe, Angle, and Cross
Check and Foot
Valve Accessories and Parts
Fittings, Malfeable Iron Screwed
Cast Iron Screwed; Sprinkler Fittings
Cast Iron Drainage
Iron and Steel Bushings, Plugs, Couplings, Nipples, etc.
Iron and Steel Unions, Union Fittings, and Flange Unions
Brass; Brass Flanges; Brass Unions
Railing, Brass and Malleable Iron
Iron Flanged
Iron Flanges
143
155
167
179
195
215
225
235
255
265
273
289
i
SECTIONS
Alphabetical index in secfidn one. If you
know the catalog number of the product,
refer to Numerical index in section one.
START ON PAGE
297 Steel ValveS/ Gate
309
Globe and Angle; Bar Stock
SECTION
* NUMBER
B^
;i:
i
337
343
327
Check
Steel Fittings, Screwed, Forged and Cast Steel
Flanged, Cast Steel
m
r i
J I HI
351
Welding (Socket and Butt)
361
369
383
409
429
443
459
479
489
499
513
535
573
597
621
Forged Steel Flanges
Specialties, Stop-Check, Blow-OfF. Pulp Stock, Back Pressure, Float Valves Ky
Safety and Relief Vafves
Pressure Regulators; Steam Traps; Separators; Expansion Joints
Flexible Joints; Gauges; Fusible Plugs; Miscellaneous Specialties
Special Service Valves and Fittings, Corrosion -Resistant Alloy
Marine
Ammonia
Crane -Seal
Solder-Joint
Pipe Hangers and Supports
Pipe Tools; Insulating Materials; Thread Lubricants
549 Drilling Templates; Bolts; Flange Facings; Gaskets; Galvanizing
• •
Pipe; Pipe Data; Thread Information
Fabricated Piping
Engineering Data
Bl:!
J r I
I '
,'(
^^^ i«m^-"- i-t,.^itit,J
ti m r u I
m:
Continued from third preceding
page, in front of "Index to Sections"
TABLE OF CONTENTS IN EACH SECTION
When you have turned to the proper section,
you are not left to thumbing of pages to find the
item you want. On the first page of each section,
there's a clear, concise table of contents. This
page also gives cross-references to semi-related
equipment listed in other sections.
MORE COMPACT-LESS TURNING OF PAGES
While the Crane No. 4l Catalog lists more
products than any previous edition, it is rela-
tively smaller in number of pages. This means
that you need turn few^er pages to see the full
showing of any family of products. Mind you,
nothing essential was omitted, and we did not
crowd the pages* We simply condensed certain
sections as you suggested. The Crane Catalog,
now^ more than ever before, is your most com-
plete buying guide for valves and fittings-
I
ITEMS OF COMMON USAGE ARE GROUPED
', •
This catalog was planned to save your time in
every w^ay. For example, it is divided in two parts
by the new center index. The first half covers
brass, iron, and steel goods of common usage in
every industry. For most of your piping needs,
you actually use just one-half of the catalog.
Back of the center in-
dex are the less fre-
quently needed items and
those required for more
specialized services; also,
engineering data.
STANDARD PAGE STYLE SAVES NEEDLESS READING
Your Crane No. 41
Catalog eliminates a
lot of needless reading.
Clear, cross -section
product illustrations
show basic design and
construction. Exterior
views, with catalog
numbers directly be-
low, illustrate the pat-
tern range of each line.
All pertinent informa-
tion, such as pressure
ratings, service recommendations, etc., is well
displayed — easy to see and absorb!
All other data is concise, given in short para-
graphs in clear readable type, and is introduced
with a bold-face type caption so that you get
essential facts and can make your selection with
minimum reading.
The standard page style you liked so well in
the No, 52 is used in the Crane No. 41. As you
turn to any page, because of similarity of layout,
at a glance you can pick out the information de-
sired. The ruled, easy-
to-read price and dimen-
sion tables minimize the
chance of error in pricing
materials and when de-
signing piping systems.
FULL DIMENSION DATA GIVEN
Of Special interest to design engineers and pip-
ing maintenance men, is the completeness of
dimensional information given in Crane Cata-
logs. In the No. 41, such data has been elabo-
rated in many cases, and
was relocated in others to
make its use more con-
venient for everyone.
ENGINEERING DATA SECTION IS MODERNIZED
Crane Engineering Data needs no introduction
to experienced valve and fitting catalog users.
Engineers everywhere say that nowhere else is
there between two covers such a wealth of prac-
tical information relative to industrial flow con-
trol. In the No. 41 Catalog, this section was
brought up to date. It was also condensed into
more practical form for popular usage.
YOU'LL GET MOST BY REGULAR USAGE OF YOUR CRANE NO. 41
It places before you more than 38,000
dependable valves and fittings for
every service. It gives you accurate
application data. It is industry's most
"Widely used handbook on piping.
Only by regular usage can you gain the full
benefit of its valuable contents for your pipe
lines. The sure "way to piping satisfaction is
to consult your Crane Catalog and your Crane
Representative on every flow control problem.
CRANE
297
Cast and Forged Steel Gate Valves
The Crane line of Steel Gate Valves can be classified into two general
groups. The first group co\-ers valves 2-inch and smaller, of forged or
cast steel; these are frequentK considered general utility valves and
are used in a wide variety of services, often at pressures and temper-
atures lower than the recommended maximum. The second group
covers cast steel \-al\'es ranging in size as large as 24-inch, all made
similar in design and available in each of the American Standard pres-
SLireclasses; thesi^es range below z-inch insomeof thepressureclasses.
m
Sizes 2-Inch and Smaller
boo-Pound Cast Steel, Screwed. Flanged, and Socket-Welding. pages 208 and iqq
boc-Pound Forged Steeh Flanged page 300
qoo-Pound Forged Steel, Screwed and Butt-Welding page 300
Cast Steel Valves, 150, 300, 400, 600, 900, and 1500-Pound
Pressure- Temperature Ratings page 301
Description and Specification of Materials. . .' pages 302 and 303
List Prices page 304
Dimensions page 305
By-Passes page 306
Gearing page 307
25oc-Pound page 307
ll«l
1
!t
^ ^ ^ ^ ^ ^ ^
The Cast and Forged Steel Gate Valves listed
above comprise only a part of the complete line
of Crane steel products.
Other steel products are shown and described in
detail in other sections of this catalog. Refer
to the following pages;
Steel Globe and Angle Valves pages 309 to 326
Steel Check Valves pages 327 to 336
Steel Stop-Check Valves pages 370 to 374
Steel Blow-Off Valves page 377
Steel Safety Valves .pages 391 and 392
Steel Relief Valves pages 403 to 407
Steel Steam Traps page 416
Steel Sediment Separators page 423
Steel Flanged Fittings pages 343 to 3^0
Steel Welding Fittings pages 351 to 360
Steel Flanges pages 361 to 367
Steel Screwed Fittings pages 337 to 342
Steel Bushings page 227
Steel Plugs page 228
Wrought Couplings page 229
Wrought Steel Nipples pages 230 and 231
Forged Steel Unions pages 247 and 248
Forged Steel Flange Unions pages 252 and 253
I I '•
If
J
m
\
jiii-
Fabricated Piping. . . pages 597 to 619
Valves and Fittings for Marine Service. . . pages 459 to 478
\'v
I 1
\ \<
I
I
(
I
CRANE
600-Pound Cast Steel Wedge Gate Valves
Outside Screw and Yoke
HYDROSTATIC TEST PRESSURES
Screwed and Socket- Welding
Shell ^2100 pounds
Seat — 2100 pounds
Shell
Seat
Flanged
- 2000 pounds
— 1550 pounds
Valve seat tested 100 pounds air-under-water.
WORKING PRESSURES
Temp,
Pounds, Non-;
Shock
. Valves
Screwed
or
Socket-
Welding
Valves
Flanged
Deg.
With
ly^-inch
Male
Facing
With
Ring
Joint
Facing
Class "W", for Steam or Water
Class "X^\ for Oil or Oil Vapor
Union Bonnet
This new Crane
line answers the
need for low cost,
compact, light but
strong, small steel
gate \aK'es. Un-
usually rugged and
durable, their de-
sign includes fea-
tures heretofore
found only in larger
size or more expen-
si\c \'al\es.
100
2000
1000
1200
150
1900
960
1150
200
1800
930
1100
250
1700
900
1050
300
1600
870
1000
350
1500
840
950
400
1400
810
900
450
1300
780
850
500
1200
750
800
550
1120
720
760
600
1040
690
720
650
960
660
680
700
880
630
640
750
800
600
600
Class ''X'\ for Oil or Oil Vapor
800
740
550
550
850
670
490
490
900
600
420
420
950
530
330
330
1000
380
240
240
Air and gas ratings, page 301.
The valves are made with a union bonnet and
scre\\eJ ends in the ^4 to ?4-inch sires, and with a
bolted bonnet and screwed, flanged, or socket-
welding ends in the 3 ■_> to 2-inch sizes.
Body, bonnet, and yoke: The body, bonnet, and
yoke are cast from high quality carbon steel. }<l and
^-y-inch valves ha\"e a one-piece ring, bonnet, and
>'oke. ^ 2 ^f^^' '^^-inch union bonnet \-aKes ha\-e the
bonnet and >oke cast separately and joined by long,
fine threads"; they are held to the body by a heavy
forged steel ring. All sizes of bolted bonnet \-alves
ha\'e a one-piece bonnet and yoke.
The val\-es have a larger port than is usual for
valves of this type; the seat opening diameter is
approximately the same as the nominal valve size.
Bonnet joint: Bonnet joints are fitted with a soft
iron gasket, assuring tightness and ease of mainte-
nance. The integral bonnet ring on }4= ai^d J-g-inch
valves and the male and female joint on all other sizes
eliminate any possibility of a gasket blowout.
The bonnet joint has generous strength and can be
quickly and easily dismantled and reassembled.
Bolted bonnet \-aK-es, for greater compactness, are
fitted with studs, made of Triplex Steel.
Disc and body seat rings: ln"X"' trimmed vaKes,
for oil or oil \apor, the disc and body seat rings are
Exellov ; in " \V" trimmed \aKes, for steam or water,
these parts are hardened stainless steel (Brineli
hardness number, 500 minimum). Body seat rings
Bolted Bonnet
have heavy sections. They
seat against a square
shoulder. Being securely
rolled into place, there is no
danger of leakage around
the ring, and they will not
loosen in service.
Disc guides: Full length
machined guide ribs on
each side of the disc oper-
ate in channels in the \"alve
body. With the disc close-
ly guided throughout its
entire travel, seating sur-
faces are protected against
unnecessary wear.
Stem: The stem is Exelloy.
Of liberal diameter, the
lower end has an integral tee-head and is finished with
a tapered shoulder for back-seating in the bonnet.
Accurately cut threads on the upper end pro^■ide
positi\'e control with minimum friction; being on the
outside, they are easily lubricated.
Disc-stem connection: These valves have a tee-
head disc -stem connection, pro\"iding a safe, rugged,
Wide Seatins Surface ^ut flexible coupling between
the stem and disc. The tee-
head on the stem slips into a
machined slot of corresponding
shape in the disc. The con-
nection is exceptionally strong,
yet it cannot distort the stem;
binding of parts is avoided.
Bolted gland : The bolted
gland a\-oids threading — and
Long Disc Guides thereby weakening — the yoke
legs. Cadmium-plated steel tee-head bolts hold the
forged steel electrogalvanized one-piece gland and
gland flange rigidly in place; the packing load can
be adjusted easily. Lugs on the bonnet anchor the
bolt heads; the bolts will not come off in service.
Stuffing box: A wide and deep stuffing box pro-
vides liberal packing space for a tight seal. It is
filled with high quality cut ring packing.
Yoke sleeve : The yoke sleeve is Crane No. 48 Nickel
Alloy, a metal having excellent bearing qualities,
strength, and an unusually high melting point.
Handwheel: Wheels are made of tough, durable
malleable iron and are locked in place by a setscrew.
For easier handling, valves 1 }^-inch and smaller have
a new dished design wheel, made with small rounded
gripping knobs around the outer &dgQ.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Tee-Head
Disc-Stem
Connection
CRANE
299
600-Pound Cast Steel Wedge Gate Valves
Outside Screw and Yoke
RMI
Working pressures are shown on the preceding page.
Union Bonnet Valves
Service recommendations; These Cast Steel
Union Bonnet Gate Valves are unusually tough,
rugged, and durable. They are ideal for a wide
variety of services in oil refineries, oil and gas fields,
List Prices and Dimensions
Size Inches V4 I % V2 3/4
No. 3606 X or W, Screwed Each 9.75 9.75 12.00 16.50
End to end Inches 23/4 23^ 3 31/2
Center to top, open Inches 5 5 b% ^ 7^/4
Diameter of wheel Inches 3 3 3V2 4
central power stations, and general
industrial plant installations, on hy-
draulic lines and on high-pressure
high-temperature steam or oil lines.
'"X" trimmed ^"al^■es are recom-
mended for oil or oil vapor service
on temperatures up to 1000° F.;
"W" trimmed vaKes, for steam,
water, or general service on tem-
peratures up to 750° F.
Gate. Screwed
No. 3606 X
No. 3606 W
Bolted Bonnet Valves
Gate. Screwed
No. 3607 X
No. 3607 W
Gate, Socket-Welding
No- 3611 X
No. 3611 W
List Prices, Each
Gate, Flanged. No. 3615 X or No. 3615 W
Si2e Inches Vz V4 1 1 V4 1 V2 2
No. 3607XorW, Screwed 12.50 17.00 21.75 28.50 36.75 51.00
No. 3611 X or W, Socket- Welding 21 .00 '26.00'32.25 140.5051.50168.00
No. 3615 X or W, Flanged, F.D. & S.F. :.0.00 ^S. 00 , 43.00 153.00 66. 00 i 35. 00
Dimensions, in Inches
Size 1/2 34 1 11/^ 11/2 2
End to end. Screwed 3 | BVz 4Vs 41/4 41/2 51/4
End lu end, Jiucket-lU diDg Furnished on AppUcarion
Depth of socket % u/ie Vi 'Vie V& 1
*Face to face, Flanged 6V2 71/2 8V2 9 9^ IIV2
Center to top, open 63/8 !7i3/i6 93/i6 lOS/ie! 12 I4V2
Diameter of wheel ^Vz ^ 5 5 6 7
Diameter of flange 33^ 4% 4yg 51/4 bVs 6V2
♦Thickness of flange Vie % 'Vig 1 'Vie Va 1
Diameter of male face 1% |l>Vi6 2 IVz 2% 3%
Diameter of bolt circle 25/8 31/4 3V2 3% 41/2 5
No. and dia. of bolts 4— V2 4 5A'4 % 4—5/8 4 3/^ 8 %
* Face to face dimensions include the K" male face; thickness
of flange dimensions do not. Face to face dimensions contorm
to rhe American Standard for Face-to-Face Dimensions of
Ferrous Flanged Valves (No. B16. 10-1939). H" and M"
600-Pound Gate Valves are not included in this Standard.
Service recom-
mendations: 1 hese
strong, compact Cast
Steel Bolted Bonnet
Gate Valves are suit-
able for the same
services as the union
bonnet \al\es which
arc listed abo\'e.
"X" trimmed vaK'es
are recommended for
oil or oil vapor serv-
ice on temperatures
up to 1000° F. ;"'W"
trimmed \'aK'es, for
steam, water, or
general ser\ice on
temperatures up to
750° F.
Flange dimensions, facing,
and drilling : End flanges
on flanged \'al\'es conform to
the boo-Pound American
Standard (Bi6e-iQ3q). They
have a male face ^4-inch high (large male), finished
with concentric groo\"es, approximately 32 grooves
per inch, known as a "serrated" finish.
When so ordered, flanged valves can be furnished
with ring joint, female, tongue, or groove facing;
see the Crane Discount Sheet for prices.
List prices include drilling to the boo-Pound Ameri-
can Standard rBi6e-iQ3q), and spot facing. No
deduction is made if vaK'es are ordered faced only.
Socket-welding valves: The No. 3b 1 1 X or W Gate
VaKes are designed especially for socket welding; for
socket-welding fittings, see pages 352 and 353.
Templates for drilling . . - page 554
Description of materials . . .pages 1 to 9
For dimensions of ring Joint and special facings,
see pages 561 to 563.
mm*
11
iii
W
^.
1
-v
I
300
CRANE
600-Pound Flanged and 900-Pound Screwed and Butt-Welding
Alloy Forged Steel Gate Valves
Wedge Disc — Outside Screw and Yoke
WORKING PRESSURES
(
i
Temp.
Pounds, Non-Shock
Screwed
or
Butt-
Welding
Valves
Flanged Valves
Deg.
F.
With
Yi-inch
Male
Facing
With
Ring
Joint
Facing
Class ''X" for Oil or Oil Vapor
Class "XR^' for Steam or Water
TEST PRESSURES
Screwed or Butt- Welding Valves
Shell — 3100 pounds hydrostatic
Seat — 3100 pounds hydrostaiic
Flanged Valves
- 2000 pounds hydrostatic
- 1550 pounds hydrostatic
100
3000
1200
1440
150
2850
1180
1400
200
2700
1160
1350
250
2550
1120
1300
300
2400
1080
1250
350
2250
1040
1200
400
2100
1000
1150
450
1950
960
1100
500
1800
920
1050
550
1680
880
1000
600
1560
840
950
650
1440
800
900
700
1320
760
850
750
1200
720
800
Class '
'X" for C
)il or Oil Vapor
Shell -
Seat -
Seats are tested 100 pounds air-under-water.
Sizes 1 3^-inch and smaller have the yoke and bon-
net forged integral, as shown, Larger sizes have
the yoke and bonnet forged
separately (not shown).
800
1100
680
750
850
1000
640
700
900
900
600
650
950
795
530
600
1000
570
380
400
Cross Section, Screwed
Class **X": Class "X" vaK'es are recommended for
oil or oil vapor ser\'ice up to 1000° F. The disc, body
seat rings, and stem are Exelloy; the gland is No. 48
Nickel Alloy.
Class *'XR": Class "XR"
valves are recommended for
steam or water ser\-ice up
to 750° F. The stein and
disc are Exelloy; the body seat rings. No. 4Q Nickel
Alloy; and the gland, Cast Manganese Bronze.
Body and bonnet : The body and bonnet are forged
No. 4 Carbon-Molybdenum Steel, with a male and
female joint. The bolt-studs are Triplex Steel.
Stuffing box : The deep stuffing box has a two-piece
ball-type gland and flange, and is lantern type. The
valves, when wide open, can be repacked while under
pressure.
Flange dimensions, facing, and drilling : The
end flanges conform to the 600-Pound American
Standard (81(36-1939). They have a male face
34-inch high (large male), finished with concentric
grooves, approximately 31 groo\'es per inch, known
as a "serrated" finish.
When so ordered, flanged vaK*es can be furnished
with ring joint, female, tongue, or groove facing; see
the Crane Discount Sheet for prices.
List prices include drilling to the 600-Pound Stand-
ard, and spot facing. No deduction is made if valves
are ordered faced only.
Screwed
No. 80 X, No. 80 XR
List Prices, Each
Flanged
No. 79 X, No. 79 XR
Size Inches V2 ^4
1 11/4 11/2 2
No. SOX or XR. Screwed ■ 65.00 65.00
80.00 105.00 115.00 152.00
No. 79 X or XR, Flanged, F.D. & S.F. : 80.00 ( 80.00
100.00 130.00 148.001190.00
Butt-welding valves; Butt-welding valves (not
illustrated) can be made to order: prices on applica-
tion. They have the same general dimensions as the
flanged valves, their end to end being the same as
the face to face. Orders must specify the diameter
of bore (inside diameter of pipe).
Dimensions, in Inches
Size , 1/2 3/4 1 IV4 IV2 2
End to end, Screwed , 3^A 33/4 41/2 SVi 6 71/2
*Face to face. Flanged 7% 7V2 8V2 9 ! 9V2 j IIV2
Center to top, open I2V2 I2V2 14 143^ 17 2OV4
Diameter of wheel 6 6 7 7 8 9
Diameter of flange 32/4 45/8 ' 47/8 SVi (>Vs 6V2
^Thickness of flange Vi6 % ^Vi6 ^ViG % 1
Diameter of male face 1% l^ Vie 2 2V2 27/8 3%
Diameter of bolt circle 2% 31/4 31/2 3% 4V2 5
No. and dia. of bolts 4—1/2 4—5/8 4—% 4—5/8 4—34 8_5/^
*Face to face dimensions include the ^-inch male face; thick-
ness of flange dimensions do not. Face to face dimensions con-
form to the American Standard for Face-to-Face Dimensions
of Ferrous Flanged and Welding End Valves, No. B16J0-I939.
}/^ and ^4^-inch valves are not included in the Standard.
Air or gas service . . . .page 301
Templates for drilling. . . .page 554
Description of materials . . , pages J to 9
Dimensions of ring joint and special facings . pages 561 to 563
1
^f^^^
^^^
CRANE
301
Cast Steel Wedge Gate Valves
Work
ing Pressures, Pounds per Sq
uare Inch, Non-Shock-
Valves Shown on
Pages 302 to 307
Temp.
Carbon
Steel
Valves
No. 4 Carbon-Molybdenum
No. 2 Nickel-Chrome
1
No. 5 Chrome-Molybdenum Alloy
Fluid
Deg.
Alloy Steel Valves
Alloy Steel Valves
Steel Va
Ives (Made to order)
150
300
400
600
900
1500
2500
600
900
1500
2500
300
400
600
900
1500 2500
Fahr.
Lb.
Lb.
Lb.
Lb.
Lb.
Lb-
Lb.
Lb.
Lb.
Lb.
Lb.
Lb.
Lb.
Lb.
Lb.
Lb. Lb.
Flanged Valves with Standard Facings Other
Than
R.ing Joint
100
230
600
800 1200 1800 3000 5000
1200
1800 3000 1 5000
600
800
1200
1800
3000
5000
150
220
590
775
1180
1770 2950 14905
1180
1770
2950
4905
590
775
1180
1770
2950
4905
200
210
580
750
1160
1740 2900
4810
1160
1740
2900
4810
580
750
1160
1740
2900
4810
Steam,
250
200
560
725
1120
1680 1 2800
4645
1120
1680
2800 46451
560
725
1120 1680
2800 4645
Water,
300
190
540 700 1080 1620 2700
4480
1080
1620
2700
4480
540
700
1080
1620
2700
4480
*Gas, or
350
ISO
520
675
1040
1560 2600
4315
1040
1560
2600
4315
520
675
1040
1560
2600
4315
*Air
400
170
500
650
1000
1500 ; 2500
4150
1000
1500
2500
4150
500
650
1000
1500
2500
4150
(Class XR)
450
160
480
625
960
1440 1 2400
3985
■ 960
1440
2400
3985
480
625
960
1440
2400
3985
Oil or
Oil Vapor
(Class X)
500
150
460
600
920
1380 ' 2300
3820
920
1380 1 2300
3820i
460
600
920
1380
2300
3820
550
140
1440
575 ! 880
1320 2200
3655
880
1320
2200
3655
440
575
880
1320
2200
3655
600
130
420
550
840
1260 ' 2100
3490
' 840
1260
2100
3490
420
550
840
1260
2100
3490
650
120
400
525
800
1200 ! 2000
3325
800
1200
2000
3325
400
525
800
1200
2000
3325
700
110
380
500
760
1140 1 1900
3160
760
1140
1900
3160
380
500
760
1140
1900
3160
750
100
360
475
720
1080 1800 2995
720
1080
1800
2995
360
475
720
1080
1800
2995
Steam
800
tt92
340 450 680 1020 ' 1700 ' 2830
' 680 1 1020 1700 ' 2830
340
450
680 1020
1700 2830
{Class U)
850
tT82
320 425
640
960 1600 2665
640 ; 960
1600
2665
320
425
640 ' 960
1600 2665
Oil or
900
t70
300
400
600
900 : 1500
2500
600
900
1500
2500
310
410
620
930
15501 2580
Oil Vapor
{Class X)
950
155
265
350
530
795 1325
2205
530
795
1325
2205
300
400
GOO
900
1500 2500
1000
+40
190 :250l 380 ' 570 950 1580
380
570 950
1580
200
275
400 600
lOOOi 1675
Flangec
Butt-V
i Valves with Ring Joint Facing
/elding and Screwed End Valves
Flanged Valves with Ring
Joint Facing
100
275
! 720 I960 ' 1440 12160
3600
6000
I 1440
2160
3600
6000
720
960
1440
2160
3600
6000
150
255
700 925 ' 1400
2100 ; 3500
5825
1400
2100
3500
5825
700
925
1400
2100
3500
5825
200
240
675
900 , 1350
2025 3375
5625
' 1350
2025
3375
5625
680
900
1360
2040
3400 ; 5660
Steam,
250
300
225
650
875 i 1300
1
1950 3250 5425
, 1300
1950 : 3250
5425
660
875
1320
1980
3300 1 5495
Water,
210
625 825 1250 1875
3125 5200
' 1250
1875 ,3125
5200
640
850
1280
1920
' 3200 5330
*Gas, or
350
195
600 800
1200 i 1800 . 3000 5000
1200
1800
3000
5000
620
825
1240
1860
3100 5165
*Air
400
180
1575 775
1150
1725 : 2875 i 4800
1150
1725
2875
4800
' 600
800
1200 ; 1800
30001 5000
{Class XR)
450
165
550 1 725
1100
1650 ' 2750
4575
1100
1650 ; 2750
4575
' 575
775
1150 1725
2875; 4800
Oiler
Oil Vapor
I^Class X)
500
150
, 525 700 1050
1575 2625 4375
; 1050 , 1575 ; 2625 4375
550
725
1100 1650
, 2750
4575
550
140
500 675 1000 , 1500
2500 4175
1000' 1500 2500 4175
525
. 700
1050 1 1575
2625 4375
600
130
' 475 625
950 1 1425
2375
3950
950 1425
2375
3950
500
675
1000 ! 1500
2500 4175
650
120
450
600
900
1350
2250
3750
900 1350
2250
3750
475
625
950 1425
2375; 3950
700
110
425
.575
850
1275
2125
3550
' 850 1 1275
2125
3550
450
600
900 \ 1350
2250
3750
750
100
400
525
800
1200
2000
3325
800 1200
2000
3325
425
1
575
850
1275
2125
3550
800
ii92
375
500 750 1125
1875 1 3125
i 750 1125
1875
3125
400
525
800 ' 1200
2000
3325
Stearn
850
|t82
350
475 , 700 ' 1050
1750 2925
■ 700 ■ 1050
1750
2925
375
1 500
750
1125
1875
3125
{Class U)
900
170
325 425 . 650 975
1625
2700
650 975 ; 1625 \ 2700
350
: 475
700
1050
1750
2925
950
tS5
I 300 i 400
600
900
1500
2500
600 900 1500
2500
325
425
650 1 975
1625
2700
_Oil or
1000
1050
T40
|200
275
400
600
1000 ! 1675
400 600 1000
1675
300
400
600
900
1500
2500
Oil Vapor
1
270 405 1 675
1125
225
275
425
650
1075' 1775
{Class X)
1100
180 i 270 450
750
150
200
275
425
700 1175
*Recommendacions for gas or air depend upon kind of gas. service conditions, etc. See paragraph below.
tThese ratings are for oil refinery service and apply to sizes 12-inch and smaller only.
JThe American Standard also includes an 85-pound rating at 800* F. and a 70-pound rating at 850° F., for steam other than in
refineries and for sizes 24-tnch and smaller.
These ratings apply to the Crane Cast Steel Wedge
Gate Valves shown on pages 302 to 307.
Seating materials: Class "XR" valves have Exel-
loy to No. 49 Nickel Alloy seating surfaces and are ior
steam or water up to 750° F. max. Class "'U" have
Stelliced seating surfaces, for steam up to iioo°F.
max. Class "X" have Exelloy to Exelloy seating
surfaces, for oil or oil vapor up to i 100^ F. max.
Flange facings: Unless otherwise ordered, flanged
end 150 and 300-Pound VaK-es regularly are fur-
nished with He-i^ch raised faces, and 400-Pound and
higher pressure valves, with J^^-inch male faces.
Air or gas: Regular valves trimmed for steam or
water are suitable for ordinary air or natural gas
service. For unusual gases, such as those ^\■ith
extreme \'olatility or of corrosive, lethal, explosi\-e.
or inflammable character, special consideration must
be given to the design of piping systems; recom-
mendations will be furnished on request.
Cold service: For temperatures between o"^ and
100° F., the ratings for 100° F. apply. For sub-zero
service, materials with suitable impact resistance
must be used; recommendations on request.
Standards: Crane pressure-temperature ratings
agree with those in the American Steel Flange Stand-
ard, No. B 1 6e- iQ3q ; the A.P.I. Standard No.
600A-3Q and Supplement No. i, Adopted 1940; and
the A.P.I. Standard No. 5-G-3. 1Q40.
I
302
CRANE
Cast Steel Wedge Gate Valves
Pressure
Class
Hydrostatic
Shell Test
Crane Cast Steel Out-
side Screw and ^ oke
Wedge Gate Valves are
exceptionally sturdy*
rugged, and durable.
Carefully selected
materials of superior
quality combined with
designs of outstanding
merit assure the highest
utility. The \-aK*es are
particularly well suited
for high-pressure, high-
temperature serN'ices
and ha\'e a wide application in long-distance pipe
lines, in modern industrial plants and central power
stations, and in oil refineries.
The Crane line is complete and includes \"ah-es in a
wide range of^ sizes, in se\-en pressure classes (150,
Test Pressures
Hydrostatic
Seat Test
Working
Pressures
150-Pound *460 & 350 pounds 350 pounds
300-Pound 1000 pounds 775 pounds
tor
400 Pound 1340 pounds 1000 pounds
working
600 Pound 2000 pounds 1550 pounds
pressures,
see page 301.
900-Pound 2700 pounds 2250 pounds
1500-Pound 4500 pounds 3700 pounds
4o0 pounds for 12" and smaller; 350 pounds for larger.
All valves are tested 100 pounds air under water
300, 400, 600, QOO, 1500,
and 2500-Pound), and
with flanged, screwed, or
butt-welding ends. Made
of Carbon or Alloy
Steels, the valves are
furnished with trim
materials especially
suited for the recom-
mended ser\ices. assur-
ing maximum valve per-
formance. The general
design of Crane Cast
Steel Wedge Gate VaK'es
is described on the next page and material specifica-
tions are shoN\*n in the table below.
List prices and dimensions are shown on pages 304
and 305 (prices and dimensions of ijoo-Pound
Valves are furnished on application).
'i
ii
I
Specification of Materials
] 50-Pound X'aKes are regularly made of Crane Car-
bon Steel. 300 and 400-PoLmd \ aK-es are regularly
made of Crane No. 4 Carbon-Molybdenum Steel,
and boo, qoo, i 500. and 2500-Pound Vah'es are made
cither of Crane Xo. 4 Carbon-Molybdenum or of
Crane No. 2 Nickel-Chrome Steel. The vaK-es are
furnished with \-arious trim as indicated below.
Orders should specify both the catalog number and
the letter suffix: the catalog numbers of the valves
are listed on page 304.
For extremely severe operating conditions, valves
can be made of Crane No. > Chrome-Molvbdenum
Steel. They are made to order only; see the Crane
Discount Sheet for prices.
Kind of
Trim
Names of Parts
150
Pound
Valves
300
Pound
Valves
400
Pound
Valves
600
Pound
Valves
900
Pound
Valves
1500
Pound
Valves
2500
Pound
Valves
Class ^^X
1 1
Oil or
Oil Vapor
tlOOO'F-
Max.
Body
and
Bonnet
Fldn£;ed
Welding or
Screwed End
Ca rbon
Steel
No, 4 Carbon
Molybdenum
Steel
tNo. 2 Nickel-Chrome Steel
No. 4 Carbon-Molybdenum Steel
Disc
b nndsma cr Exelloy
S^andsma ler Exe ov [
2 and smaller Exe ley | |
Larger sizes
Exeiby-Faced
Carbon Steel
E-xelloy-Faced Alloy Steel
Exelloy or
Exelloy-Faced
Alloy Steel
Body Seat Rings
Exelloy
Stem
Exelloy
Bonnet Gasket
Corrugated Soft ron
Soft Steel Ring Joint Gasket
Bonnet Bolt-Studs
Triplex Steel
Class ^^XR'^
Steam
or Water
750^ F.
Max-
Body and Bonnet
Carbon Stce
No. 4 Carbon-Mo ybdenum Steel
b" and smal er
1 1 Exelloy
S and smaller Exetloy
Disc
\2 anc smaller Exelloy j
Larger sires
ENe Hoy-Faced
Carbon Steel
Exelloy-Faced Alloy Steel
Bod> Seat Rmg No. 49 Nickel Alloy
Stem
Exe loy
Bonnet Gasket
Cranite Soft Steel Ring Joint Gasket
Bonnet Bolt-Studs
Triplex Steel
2500-Pound
Valves with
"XR'^ trim
are not
regularly
furnished.
Class ^^U^^
Steam
or Water
1000°F-
Max-
Body and Bonnet
Dis
Bodj^ Seat Rings
Stem
Bonnet Gasket
Bonnet Bolt-Studs
150-Pound
Valves with
"U" trimare
not listed.
No. 4 Carbon-Xlolvbdenum Steel
Stellite-Faced Alloy Steel
Stcllite-Faced Alloy Steel
Exelloy
ISoft Iron
Soft Steel Ring Joint Gasket
Templex Steel
tValves with No. 2 Nickel-Chrome Steel bodies and "X"* trim are suitable for temperatures up to HOC' F,
jCorrugated Soft Iron.
List prices. . . page 304
Description of materials , . . .pages 1 to 9
Dimensions _ . . .pQg€ 305
CRANE
303
Cast Steel Wedge Gate Valves
Features : Crane Cast Sceel Out-
side Screw and Yoke Wedge Gate
Valves of all pressure classes fea-
ture straight-through ports, espe-
cially designed to minimize tur-
bulence, erosion, and resistance to
flow.
Shoulder-type screwed-in body
seat rings assure tightness and
security. Long, close-fitting disc
guides maintain accurate seating
of the disc and lessen wear. The
disc-stem connection, in the shape
of a tee-head, prevents lateral
strains on the stem.
Bonnet joint : The bonnet joint
of the I >o-Pound Valves has a
plain face, accurately machined
and fitted with a gasket. On
the 300-Pound Valves, the male
and female bonnet joint is self-
centering. All other valves have
a ring-type joint for maximum
strength and tightness.
Triplex or Templex Steel through
bolt-studs produce a tight, strong
bonnet joint.
Ball-bearing yoke : The 400,
600, qoo, 1500, and i5oo-Pound
Valves, in the larger sizes, have
a ball-bearing yoke to facilitate
operation.
Stuffing box: The stuffing box on all valves is
deep, assuring tightness and long packing life. The
stuffing box is the lantern type on all except the
150-Pound Valves. The valves, when wide open, can
be repacked while under pressure.
Gland: All valves have a two-piece ball-type gland
which exerts an even pressure on the packing without
binding the stem.
Drilling: Flanged valves of each pressure class are
furnished with the end flanges faced, drilled, and
spot faced (F.D. & S.F.) unless otherwise ordered.
List prices include drilling to the corresponding
pressure class of the American Standard. No deduc-
tion is made if flanged valves are ordered faced
only-
Flange facings: The 150 and 300-Pound Flanged
Valves are regularly furnished with an American
Standard He-inch raised face on the end flanges; the
400, 600, qoo, 1500, and 2500-Pound Flanged Valves
regularly have a 34-irich male face (large male).
When so ordered, valves can be furnished with other
types of facing; such as ring joint, female, tongue,
groove, etc. , see the Crane Discount Sheet for prices.
Finish of flange faces: The J^g-inch raised faces
and the J^-inch male faces are finished with con-
centric gooves, approximately 32 grooves per inch,
known as a "serrated" finish.
A smooth finish can be furnished on the raised or
male faces, when specified; see the Crane Discount
Sheet for prices. The smooth finish is recommended
when a metallic gasket is used..
Outside Screw and Yoke
Wedse Gate \'alve
By-passes: VaKes can be fur-
nished with a by-pass. See page
30b for prices.
Gearing: Larger size valves can
be made with gears to facilitate
operation; prices on application.
Motor or cylinder operation :
These \'al\"es can be equipped
with an electric, air. or gas motor,
or an operating cylinder; prices
on application. See pages 171 to
173 for description.
Standards : 1 n design and mate-
rials Crane Cast Steel Gate Valves
exceed the requirements of Stand-
ards issued by the American
Standards Association and the
American Petroleum Institute.
End flanges on flanged "\-ah-es con-
form to the .American Standard
for Steel Pipe fdangesand Manged
Fittings, B[be-iQ3Q, for their re-
specti\"e pressure class.
All flanged and butt-welding
vaUes conform to the American
Stan^lard for h^ace-to-F'ace
Dimensions oE k errous 1 ■ langed
and \\"elding End Valves. Bib. 10-
[Q]Q. for their respectixe pressure
class. (This Standard does not
include r3<4^inch 300-Pound
VaK'es, }] ^-inch 400, 600, qoo, and 1500-Pound
Valves, or butt-welding valves larger than S-inch.)
All flanged end vaUes with Exelloy^("X") trimmings
conform to the .API Standard for [-"langed Steel Out-
side-Screw-and-Yoke Wedge Gate Valves. No. 600.A-
3q. (This Standard does not include sizes 3 3''^ and
5-inch, sizes larger than 12-inch, or the 300-Pound
Valves in the i3^-inch size.)
1 50, 300, 400, and 600-Pound Flanged VaK'es with
Exelloy ("X") trimmings conform also to the API
Standard for Pipe Line Valves, No. >-G-(, Septem-
ber, 1Q38, for 230, 500, 670, and 1000 pounds \\'ork-
ing pressures, respectively, at atmospheric temper-
atures. ('This Standard does not include sizes jlv-
inch and 5-inch, or sizes smaller than 2-inch or larger
than 12-inch.)
Material Regularly Furnished Unless Otherwise Ordered
body and Bonnet
150
Pound
300 & 400
Pound
600, 900. 1500.
and 2500-Pounc
Iror
Steam or
Water
For
Oil or
Screwed
Welding
F anged
Screwed
Welding
Crane
Carbon
Stee
Crane
No. 4
Carbon-
Molyb-
denum
Alloy
Steel
Crane No. 4
Carbon-
Mo ybdenum
Alloy Sceel
01
Vapor
F anged
Crane No. 2 Nicke -
Chrome Al ov Steel
Recommendations for Valve Seating Materials
Sceam or
750" F.
Max.
(XR) E.Ke ov to No. 49 Nickel .Mloy
Water
1100°F.
Max.
(U) Ste ite to Ste lite
Oil or
Oil Vapor
1100" F.
Max.
(X) Exe oy to Exelloy
I
m
H%^
H
^^1
"i
I
«,„■
I
''■\
304
CRANE
Cast Steel Wedge Gate Valves
Outside Screw and Yoke
Screwed
For Oil or Oil \'apor
No. 46 X, ! 50-Pound
No. 32 X, 300-Pound
No. 62 X, 400-Pound
No. 74 X, 6aO-Pound
For Steam or Water
No. 46 XR, 150-Pound
No. 32 XR, 300-Pound
No. 62 XR, 400-Pound
No. 74 XR. 600-Pound
See page 302 for sped'
fication of materials.
Outside Screw and Yoke
Flanged
Outside Screw and Yoke
Butt-Welding
ForO^
No. 47
No. 33
No. 61
No. 76
il or Oil Vapor
X, 1 50-Pound
300-Pound
400^Pound
600-Pound
QOO-Pound
X,
X,
X,
X,
No. 83
No. 87 X, 1500-Pound
For Oil or
No. 47V2 X,
No. 331/2 X,
No. 6iy2 X,
No. 76V2X,
No. 83y2X,
No. 87V2X,
Oil Vapor
150-Pound
300-Pound
400-Pound
600-Pound
QOO-Pound
1500-Pound
For Steam or Water
No. 47 XR. 150-Pound
Nos. 33 XR or U, 300-Pound
Nos. 61 XRorU,
Nos. 76 XRor U,
Nos. 83 XR or U,
400-Pound
600-Pound
900-Pound
Nos. 87 XR or U. 1 500-Pound
List Prices, Each
For Steam or Water
No. 471/2 XR, 150-Pound
Nos. 331/2 XR or U, 300-Pound
Nos. 6IV2XR or U, 400-Pound
Nos. 76V2 XR or U, 600-Pound
Nos. 831/2 XR or U, 900-Pound
Nos. 871/2 XR or U, 1500-Pound
Size
Screwed Fnd Valves
Flanged End Valves, F.D.& S.F.,
or Butt-Welding End Valves
Inches
150
Pound
300
Pound
400
Pound
*600
Pound
150
Pound
300
Pound
400
Pound
*600
Pound
900
Pound
1500
Pound
1 1
*
Use
600
Pound
Valves
170.00
185.00
iUse
1500
Pound
Valve.s
275.00
11/4 128.00
135.00
305.00
11/2 t 138.00
t 145.00
200.00
340.00
2 110.00 156.00
115.00 165.00
225.00
270.00
435 . 00
2V2 125.00 185.00
Use 600
Pound
Vah'cs
257.00 130.00 195.00
550.00
§3 140.00 209.00
314.00 145.00 §220.00
§330.00 575.00 735.00
31/2 165.00 250.00
370.00 170.00 260.00
385.00 650.00
850.00
1015.00
4 190.00 270.00 410.00 494.00 200.00 285.00 430.00 520.00 /bO-OU
5
255.00
300.00
395.00
550.00
770.00 265.00 410.00
570 . 00
800.00 1020.00 1615.00
6
490.00 685.00 1015.00 315-00 505.00
710.00
1050.00 1390.00 2115.00
8 435,00 745.00 1130.00 1520.00 2090.00 3270.00
10
590.00 1040.00 1550.00
2260.00 2960.001 5090.00
12 790 . 00 1400 . 00 2050 . 00 3000 . 00 4050 . 00 740U . 00
14 ( 1 ) 1140.00 1990.00
2700.00
4030.00 5800,00 10840.00
16 1525.00 2550.00
3575.00
5250.00 7300.00
18 1
2055.00 3310.00 5200.00 6600.00 10125.00
20 ' 2570.00 [4335.00 7125.00
10000.00
24 3950.00 6375.00 10500.00
16500.00
_ ^r\a ^ -i f\r\
tCan be made to order; prices on application.
J900-Pound Forged Steel Butt-Welding \'alves 1" and smaller can be made to order; see page 300.
§When 3" 300 and 500-Pound Flanged Valves with ring joint facing are to be bolted to Cranelap joints,
orders must specify. A groove of special pitch diameter is required; see page 562 for dimensions.
BALL-BEARING
YOKE
The following
valves are reg-
ularly equipped
with a ball-bear-
ing yoke, to
facilitate opera-
tion:
400-Pound
(8" and larger)
600 and 900
Pound
(6" and larger)
1500 and 2500
Pound
(5" and larger)
The 300-Pound
Valves in sizes
14" and larger
can be made
with a ball-bear-
ing yoke when
so ordered;
prices on appli-
cation.
When ordering,
specify the
catalog number
and suffix.
BUTT -WELDING
VALVES
Unless other-
wise ordered,
150 and 300 -
Pound Butt-
Welding Valves
sizes 12 - inch
and smaller are
bored to match
the inside diam-
eter of Standard
pipe (heaviest
weight on 8, 10,
or 12-inch size).
For sizes larger
than 12-inch of
150 and 300-
Pound Valves
and for all sizes
of,4oo, 600, 900,
1500, and 2500-
Pound Valves,
orders must
specify diameter
of bore (l.D. of
pipe) .
By-passes . . . page 306
Special facings . . . .pages 560 to 563
Gearing . . . page 307
CRANE
305
Cast Steel Wedge Gate Valves
Dimensions, in Inches
larf"
Flanged
Buct-Wclding
By-Pass for Gate Valves
(Side Mounting illustrated)
Clearance dimensions
F and G are identical
for bottom mounting
F
Face to face: 150 and 300-Pound Flanged
Valves are regularly furnished AX'ith a He-inch
raised face, and 400, 600, qoo, 1500, and 2500-
Pound Flanged Vah'es are regularly furnished
with J^-inch high large male facing; face to face
dimensions include these facings.
Class Size
, of
Valve
A
B
U
h
F
r.
Size
of By-
Pass
Class
Size
of
Valve
A
B
D
E
F
G
Size
of By-
Pass
II2
"1 2
6 1/4
l"l2
8
1
8I2 1
IS
7
2
7
' 51/2
161/4
8
600
Pound
iy4
9
15
7
2V2
7V2
57/8
171/2
8
1
11/2
9y2
171/2
8
3
8
6V8
1 21
9
2
111/2
I8V4
8
3V2
8V2
61/2
221/2
9
1
21/2
13
9
221/4
9
1
4
9
6U
26
10
3
14
11
2534
10
5
10
73/4
31
12
31/2
15
13
32
14
150
6
IOV2
8 1/2
341/2
12
1
4
17
13
32
14
Pound
8
nV2
421/2
14
5
20
15
363/4
16
23
12
¥4
10
13
511/2
18
6
22
17 423/4
20
241/4
12
¥4
12
14
1 591/4
20
263^ 10%
1
8
26
521/4
24
251/4
12
¥4
14
15
701/4
22
291/2 111/2
IV4
10
31 1 621/4
27
30
1334
1
16
16
80
24
303/4 IIV2
IV4
12
33
70
27
3134
1334
1
IS
17
89
27
331/4 121/2
11/2
14
35
771/4
30
3334
141/2
iy4
20
18
971/4
30
341/2 121/2
IV2
16
39
833/4
30
351/2
141/2
iy4
24
20
11234
30
3934 14S/8
2
18
43
933/4
36
39
I81/4
I8I/4
iy2
IV4
6V2
5V2
15
7
20
47
1041/2
36
401/2
11/2
W2
71/2
6 1/4
171/2
8
24
55
126
42
48
2014
2
2
&y2
7
I81/4
8
900
Pound
3
15
28 y2
12
21/2
W2
8
211/4
9
31/2
17
32
14
f
I
3
llVa
9
25
10
4
18
32
14
221/4
12
¥4
3V2
UVs
10
261/4
10
5
22
3634
16
2334
12
3/4
-_
4
12
11
31
12
1
6
24
423/4
20
241/4
12
¥4
300
5
15
131/2
341/2
14
2134 12
V4
8
29
521/2
24
26
12
¥4
Pound
6
157/8
15%
381/2
16
221/2 1 12
3/4
10
33
621/4
27
31
133/4
1
8
I6V2
48
20
233/4 12
3/4
12
38 721/4
30
3234
1334
1
10
18
59
24
28 1334
1
14
401/2 , 771/4
30
35
141/2
iy4
12
193/4
66 1/4
24
291/2 1334
1
16
441/2 8534
36
; 3634
141/2
iy4
14
30
743/4
17
331/4 141/2
1^4
18
48 9734
36
391/2
I8V4
iy2
16
33
8OI/2
27
35 141/2
iy4
1500
Pound
1
10
16
8
18
36
91
30
381/2 I8V4
iVz
iy4
11
I6I/2
8
1
20
39
1001/2
36
391/2 i I8I/4
11/2
iy2
12
20
9
24
45
I2OV2
36
471/2 2014
2
2
nyz
231/4
10
4
16
13
3 1 V2
n
21/2
i6y2
271/2
12
5
18
IS
35
14
23
12
3/4
3
18 1/2
29
14
6
191/2
17
401/4
16
24 12
^4
31/2
4
191/2
34
16
8
23V2
501/2
20
251/4 12
V4
211/2 34
16
2534
1534
¥4
400
10 -
26V2
593/4
673/4
24
24
291A 1334
1
5
261/2 3834
20
27
1534
¥4
Pound
12
30
311/2 1334
1
6
273/4 47
24
28
1534
¥4
14
321/2
743/4
27
331/4 141/2
1^4
8
10
3234 j 55
27
301/2
153/4
¥4
16
351/2
803/4
27
35 141/2
1^4
39
65
36
351/4
I8I/2
1
18
381/2
911/4
30
381/2 I8I/4
iy2
12
441/2
783/4
36
37
I8I/2
1
20
411/2
100 1/2
120 34
36
36
3934
471/2
I8V4
iy2
14
491/2 8234
36
40
2014
iy4
24
481/2
201/4
2
Dimensio
nsof 2500'Pound Vt
Ivcs c
)n appi
i cat ion
Description pages 301 to 304 Welding bevel details page 647
Templates for drilling and flange dimensions . . , pages SS3 to 5SS
Location of by-passes .
Taps and drains for Valves.
page 646
page 646
»i
lii«4
n
mi
m
mm
I
I
306
CRANE
By-Passes for Cast Steel Wedge Gate Valves
When so ordered. Crane Cast Steel
Wedge Gate X'aUes can be furnished
with a Built-Up By-Pass, suitable
for "warming up" on steann line
service or for equalizing the pres-
sure around main control \alves
used on steam or other fluids.
Builc-Lp B>-Pass
For 150-Pound Wedge Gate N'ahes
Construction: The Crane Built-Up By-Pass is
designed to pro\ ide maximum strength, durability.
and Me.xibility w ith a minimum of additional weight
on the main valve.
For \'aK'es in the 300 to 1500-pound pressure classes,
the by-pass is furnished with a forged steel bolted
bonnet outside screw and yoke welding end globe
\-ahe. .All connections in the by-pass are welded in
the factory to insure a permanently tight and strong
assembly.
The by-pass on i 5c-Pound \'al\"es is made up with
screwed connections and for^^ed steel Hant^e unions.
The ior^ed steel screwed end globe \alve in the bv-
pass has an outside screw and >'oke. a bolted bonnet.
and a bolted gland: for further description of this
\al\e. see page 3 14. See table of construction, below.
Builr-Up Bv-Pass
For 300 CO 1500-Pound \\ edge Gate \'alves
Pipe bends are used on all pressure classes to provide
the necessar>" flexibility and to compensate for ex-
pansion strains resulting from unequal temperatures
or fluctuating operating conditions.
List prices : Extra list prices, shown in the table
below, include the Built-Up By-Pass completely
assembled and attached to either of the sides or to
the bottom of the main valve.
Unless otherwise specified, by-passes will be attached
to the side of the main valve, with the stems of the
main \al\e and the by-pass valve parallel and
pointing vertically upvs'ard-
Special by-passes : By-passes of other designs or
specifications can be made to order: prices on appli-
cation. Inquiries should be accompanied by com-
plete description, drawings, or specifications.
)
I
I
Extra List Prices for Built-Up By-Pass
Size
Size
of
By-Pass
Pressure Class of Main Valve
«
of
Main Valve
150-Pound
Each
300-Pound
Each
400-Poiind
Each
bOO-Pound
Each
900-Pound
Each
ioOO-Pound
Each
4
5
6
S
3/4
V4
158.00
158.00
158.00
210.00
210.00
210.00
210.00
210.00
210.00
315.00
315.00
315.00
315.00
315.00
315.00
10
12
1
1
i54!oo
176.00
176.00
235.00
235.00
235.00
235.00
375 . 00
375.00
375.00
375 . 00
14
16
IV4
IV4
184.00
184.00
210.00
210.00
280.00
280.00
280.00
280.00
430 . 00
430 . 00
430.00
18
20
1V2
IV2
223.00
223.00
255.00
255 . 00
340 . 00
340 . 00
340 . 00
340.00
525.00
14
2
273.00
312.00
415.00
415.00
... -
Specifications of Materials and Construction
The globe vahe supplied in the by-pass has a plug the main vahe: that is. with Class "XR" trimmings
type disc and is suitable for steam, water, or general for temperatures up to 750° F. and with Class "U"
service. It is trimmed with the same material as trimmings for temperatures from 750 to 1000° F.
Pressure Class
1 50-Pound
t
300. 400. bOO. 900. and 1500-Pound
Hv-Pass Valve
Piping Material
Piping Connections
1 to 2-inch, Forged Steel Scre\\ed End Globe 1 % to 2-inch. Forged Steel Welding End Globe
I Seamless Carbon-Molvbdenum Steel
Seamless Carbon Steel
Screwed, \^-ith Flange Unions
WeEded
Tans and drains for valves
For diTTiGnsions of by-passes, see page SOS-
page 646
Location of by-passes po-i^ ^^
\
CRANE
307
Gearing for Cast Steel Wedge Gate Valves
Prices and dtmensions on application.
Larger sizes of gate ^'a!^■es or gate valves used for unusually high pressures frequently
require gearing in order to facilitate operation. Under other conditions, where
vah-es are inaccessibly installed, gearing can be used
effecti\'ely to pro\'ide for more convenient operation.
Prices are furnished on application.
Bevel gearing: On orders for gate valves with be\'el
gearing, Style "N", with the pinion shaft extending
at right angles to the run of the valve u'ill be supplied
unless otherwise specified.
Vv'hen so ordered, gate vaKes with be\'el gearing,
having the pinion shaft extending parallel to the run of
the vahe, can be furnished. In this position the
bevel gearing will be known as Style "O".
When bevel gearing is ordered separately for use on circular bonnet valves (300-
Pound or heavier), Style "N" gearing will regularly be supplied. For assembly on
the vah'e in positions other than with the pinion shaft at right angles to the run,
the bonnet of the vah-e must be unbolted and turned to suit the condition desired.
Spur gearing: St^'le "P" spur gearing is regularly mounted with the pinion shaft
at one side of the valve and the handwheel aboN'C the gearing.
Gear covers: Gear covers can be supplied for geared steel valves, to prevent ob-
struction of or damage to the gears and also to guard against injury of the operator.
Ordering: Orders for geared gate vah'es must specify the Style of gearing (and on
bevel gearing, the position of the pinion shaft). When ordering gearing separately,
also indicate the size, catalog number, and complete marking of the \-al\'e.
St>1e P
Spur Gearing
For O.S. & Y. Gate Valves
Style N
Be\'el Gearing
For O.S. & Y. Gate Valves
Gear Co\'ers
For Spur or Be\c
Geared Steel O.S. &i \.
Wedge Gate Valves
2500-Pound Alloy Cast Steel Wedge Gate Valves
I
2500-Pound
Alloy Cast Steel Wedge Gate Valve
Outside Screw and Yoke
Flanged or Butt-Welding
(Flanged illustrated)
Prices and dimensions on application.
Crane Z5oo-Pound Alloy Cast Steel Outside Screw and Yoke Wedge
Gate Valves are available in the i^, 2, zj^, 3, 4, 5, 6, 8, ro, and
12-inch sizes, with either flanged or butt-welding ends. In these
valves are many outstanding features of design necessary for safe,
reliable service under the severe operating conditions of the high
pressures and elevated temperatures for which they are recommended.
Some of the more important developments in the Crane 2500-Pound
Valves are; straight-through port design — eliminates excessive
turbulence; shoulder-type body seat rings — provide tightness and
security at this point; long, machined disc guides — assure accurate
seating with minimum wear; tee-head disc-stem connection — pre-
vents lateral strains on the stem; ring-type bonnet joint with high
tensile bolting- — makes the joint strong and tight; ball-bearing yoke
sleeve on sizes 5-inch and larger — facilitates operation; and deep,
lantern-type stuffing box with ball-type gland — assures tightness
with minimum wear.
It is recommended that 2500-Pound Alloy Steel Gate Valves be
equipped with a by-pass on sizes 4-inch and larger; sizes 8-inch and
larger should ha\"e gearing.
Working pressures page 301
General description pages 302 and 303
Specifications of Materials page 302
Description of Materials pages 1 to 9
^¥
!ll|t
1 N
308
CRANE
I
i
Welded Bonnet Valves
Crane Cast Steel ^^'edge Gate Valves can be sup-
plied with the Welded Bonnet Joint as shown in
the illustration at the left. Made to carefully
analyzed designs and welded by Crane qualified
operators under accurately controlled shop con-
ditions, these vah-es represent the ultimate in
\alve manufacture. By cutting off the bottom
pocket, inspection of the internal parts can be
made without disturbing the bonnet Joint; the
pocket cap can be re-welded in place after in-
spection has been completed. Prices and com-
plete information will be supplied on application.
Socket- Welding Valves
1 he illustration at the right shows a 300-Pound
Cast Steel Wedge Gate Val\-e with ends for
socket-welding. The Globe and Angle Valves
shown on pages 312 to 325 and the S\\-ing Check
\'al\-es shown on pages 3^2 to 335 also can be
furnished \\'ith socket-welding ends.
11
I
L
I
Illustration at left;
1 500-Pound shop fabricated
valve and header assembly
J.
V *■
CRANE
309
Cast and Forged Steel Globe and Angle Valves
The Crane line of Steel Globe and Angle Valves can
be classified into two general groups. The first group
covers valves i-inch and smaller, of forged steel, cast
steel, or bar stock; these are frequently considered
general utility valves and are used in a wide variety of
services, often at pressures and temperatures lower
than the recommended maximum. The second group
covers cast steel valves ranging in size as large as
8-inch, all made similar in design and available in each
of the American Standard pressure classes; the sizes
range below 2-inch in some of the pressure classes.
m
if
HI
fin
\
Sizes 2-Inch and Smaller
Bar Stock Valves page 3 10
600-Pound Cast Steel, for Locomotive Service page 3 ' 1
600-Pound Forged Steel, O.S. & Y. with Screwed Gland page 3 12
600-Pound Forged Steel, Inside Screw page 3 1 3
600-Pound Forged Steel, O.S. & Y pages 3 1 4 and 3 r f
600 and qoo-Pound Forged Steel, O.S. & Y pages 316 and 317
1500-Pound Forged Steel. O.S. & Y page 3 18
6000-Pound Hydraulic page 3 iq
Cast Steel Valves, 150, 300, 400, 600, 900, and 1500-Pound
Pressure-Temperature Ratings page 3 2 1
Description and Specification of Materials. pages 322 and 323
List Prices page }M
Dimensions page 3 2 5
Gearing page 3 26
zjoo-Pound page 3 26
;(: :^ :fc * * * :)c
The Cast and Forged Steel Globe and Angle
Valves listed above comprise only a part of the
complete line of Crane steel products.
Other steel products are shown and described in
detail in other sections of this catalog. Refer to
the following pages;
Steel Globe and Angle for Chlorine Service page 457
Stee! Gate Valves pages 297 to 308
Steel Check Valves pages 327 to 336
Steel Stop-Check Valves pages 370 to 374
Steei Blow-Off Valves page 377
Steel Safety Valves. . , pages 391 and 392
Steel Relief Valves pages 403 to 407
Steel Steam Traps page 416
Steel Sediment Separators page 423
Steel Flanged Fittings pages 343 to 350
Steel Welding fittings pages 35 I to 360
Steel Flanges pages 361 to 367
Steel Screwed Fittings pages 337 to 342
Steel Bushings page 227
Steel Plugs page 228
Wrought Couplings page 229
Wrought Steel Nipples pages 230 and 231
Forged Steel Unions pages 247 and 248
Forged Steel Flange Unions .pages 252 and 253
Fabricated Piping. . . .pages 597 to €19 Valves and Fittings for Marine Service pages 459 to 478
T ,
7" -fy--*-'
■£
DK
312
CRANE
I
te
600-Pound
Forged Steel Globe and Angle Valves
Union Bonnet — Outside Screw and Yoke
Cross Section
Globe, Screwed
With Plug Type Disc
{see note below)
WORKING PRESSURES
Temperature
Deg. F.
Pounds
Non-Shock
Class ''X^' for Oil or Oil Vapor
Class ^ ^XR^ ' for Steam or Water
100
2000
150
1900
200
1800
250
1700
300
1600
350
1500
400
1400
450
1300
500
1200
550
1120
600
1040
650
960
700
880-
750
800
Class ''X" for Oil or Oil Vapor
800
740
850
670
900
600
950
530
1000
380
TEST PRESSURES
Shell — 2100 pounds hydrostatic
Seat — 2100 pounds hydrostatic
Seat is tested 100 pounds air-under- water
Globe, Screwed
No. 216 X
No. 216 XR
Angle, Screwed
No. 217 X
No. 217 XR
I
1^
!l
'C' .
* T
lb
' 1 L
It! :
.i
I
Sire
List Prices and Dimensions
Inches
/4
M
8
3/4
IV4
No. 21b X or XR. or No. 217 X or XR
End to end. Globe
Each! 11.35
11.35
13.50
15.75
20.75
29.75
Inches
31
Center to end, Anale
4V2
5V4
Inches lU
IV2
m
IVa
25/(
s
Center to top of stem, open
Globe
Inches
bV4
61
75/fl
Ansle
9%
10%
llVs
End to end of tee handle
Inches 6V4
6V4
73/4
91/8
103/4
11
Inches I 4y(
8
41,
'8
4Vj
53/8
7
Service recomn-iendations : These \-aI\'es are
strong, compact, and rugged. They are \\-ell suited
for ser\-ice on high pressures at high temperatures
and for high-pressure h\-draulic ser\ice.
The"X" trimmed \-al\-es are recommended for oil or
oil vapor ser\-ice, 1000* F. maximum temperature:
the "WR" trimmed \-ah'es are recommended for
steam, water, or general service, 750° F. maximum
temperattire.
Plug type disc and seat: The \-al\-es ha\-e a plug
type seat and disc, making them ideal for se\-ere
serxice. such as for throtthng. for soot bIoN\er,
blow-off. boiler feed. drip, and drain lines. The disc
and seat offer unusual resistance to wear and to the
cutting action of foreign matter. In addition, the
long tapered seating surfaces permit accurate
regulation of flo\\- when throttling.
The disc stem ring connection is tack-welded for
greater strength.
The "X" trimmed valves have an Exelloy disc and
seat; the"XR"" trimmed valves have a Crane No, 49
Air or gas service . . . -page 321
NOTE:— Manufacture of these Valves has been disconttn
exhausted. See page 315 for substitute.
Nickel Alloy disc and an Exelloy bod)- seat ring.
Stem: The stem in all of these \aK-es is made of
Exelloy. The stem threads are on the outside where
they are not affected by the fluid in the line and
where they can be easily lubricated when necessary.
Body and bonnet; In these N'ah'es the body and
the >-oke-t>-pe union bonnet are made from forged
carbon steel. The bonnet joint has ground seats and
is secureh- and tightly made up with a heavy forged
steel union ring. All of these parts have generous
metal sections to assure liberal safety.
Tee handle: The malleable iron tee handle, of
ample size, permits eas\' operation.
Gland: Valves for oil or oil vapor have a No. 48
Nickel Alloy gland. Vah'es for steam or water have,
a cast manganese bronze gland.
Stuffing box: The stuffing box is exceptionally
large and deep; it is filled with high grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Description of materials . . . .pages 1 to 9
tied and they will not be available after present stocks are
CRANE
313
600-Pound Forged Steel Globe and Angle Valves
Inside Screw
HYDROSTATIC TEST PRESSURE
Shell and seat — 2100 pOLinds
Valve seat tested 100 pounds air-under-water.
-
WORKING PRESSURES
Temp.
Deg.
F.
Pounds
Non-Shock
Pounds
Non- Shock
Class ''X'\ for Oil or Oil Vapor only
100
2000
500
1200
150
1900
550
1120
200
1800
600
1040
250
1700
650
960
300
1600
700
880
350
1500
750
800
400
1400
800
740
450
1300
Cross Section, Globe
Union Bonnet
These are new, small, rugged
Inside Scre\\' Globe and
Angle VaK'es. made wich a
plug type disc and seat.
Service recommendations: The xaKes are suited
for use where strong, durable inside screw valves are
wanted. Thev are recomniended for cold oil and for
hot oil and oil \"apor on temperatures up to 8oo° F.
Body and bonnet: The body and bonnet are
forged carbon steel. Heavy metal sections assure
hberal safety.
Bonnet joint: Bonnet joints are fitted with a cor-
rugated soft iron gasket. Sizes 3^' to ^4-inch ha\'e a
union bonnet, the ring being forged steel : sizes 1
to 2-inch ha^'e a compact bolted bonnet, male and
female type, equipped with Triplex Steel studs.
Both types are strong and
can be easily taken apart.
Plug type disc and seat:
The plug type disc and seat
are made of Exellov. Their
wide, carefully finished seat-
ing surfaces are unusually
resistant to foreign matter
and to wiredrawing; they are
ideal for throttling ser\-ices.
The seat ring is screwed into
the body.
Stem: The stem, made of
Exelloy, is of generous diam-
eter with long thread engage-
ment in the bonnet. The stem
Cross Section, Globe
BoIceJ Bonnet
end is retained in
the disc by a disc
stem ring, screwed
into the disc and
lock-welded.
Stuffing box :
The stuffing box,
equipped with a
gland, is exception-
ally wide and deep. It is filled \\'ith cut ring packing.
Handwheel ; Wheels are malleable iron. For easier
handling, vaU'es i^^-inch and smaller have a new
dished design wheel, made with small gripping knobs
on the outer edge.
Repacking: These \-alves, when wide open, can be
repacked while under pressure.
Union Bonnet
Globe, Screwed
No. 3620 X
Union Bonnet
Angle, Screwed
No. 3621 X
Bolted Bonnet
Globe. Screwed
No. 3624 X
Bolted Bonnet
Angle, Screwed
No. 3625 X
List Prices and Dimensions
Union Bonnet Valves Bolted Bonnet Valves
Size Inches '4 % Vz V4
Size Inches 1 VA U/z 2
No. 3620 X, Globe Each 9.25 9.25 11.00 12.75
No. 3624X, Globe Each 16.25 22.50 33.00 !45.00
No. 3621 X, Angle Each 9.25 9.25 11.00 12.75
No. 3625 X, Angle Each 16.25 22.50 33.00 45.00
Center to end | IV4 U/2 134 21/4
Dimensions,
in Inches
Center to end 2Vi6 ^Vb '^Vi 4^16
Dimensions,
Center to
top, open
Globe 43/4 53/16 6V16 713/jg
Center to
top, open
Globe 83/4 103/4 101 V16 129/16
in Inches
Angle 43/4 5Vi6 6V4 71/2
Angle 75/8 95/16 91/8 101/2
Diameter of wheel 2V2 IVz 3 31/2
Diameter of wheel 4 5 6 7
\\
\\
Description of materials . . . pages I to 9
;i;."-
314
CRANE
I
m
I
II
I
t
600-Pound Forged Steel Globe and Angle Valves
Outside Screw and Yoke
HYDROSTATIC TEST
Screwed and Socket-Welding
Shell — 2100 pounds
Seat — 2100 pounds
PRESSURES
Flanged
Shell — 2000 pounds
Seat — 1550 pounds
Valve seat tested 100 pounds air-under-water
WORKING PRESSURES
Temp. Pounds, Non-Shock
Screwed Flanged Valves
or
Socket-
Deg. Welding
F. I Valves
With ' With
V4-inch . Ring
Male , Joint
Facing iFacing
Class "X'\ for Oil or Oil Vapor
Class "XR'\ for Steam or Water
100
2000
1000
1200
150
1900
960
1150
200
1800
930
1100
250
1700
900
1050
300
1600
870
1000
350
1500
840
950
400
1400
810
900
450
1300
780
850
500
1200
750
800
550
1120
720
760
600
1040
690
720
650
960
660
680
700
880
630
640
750
800
600
600
Class ''X", for Oil or Oil Vapor
800
740
550
550
850
670
490
490
900
600
420
420
950
530
330
330
1000
380
240
240
Air and gas ratings, page 321.
Cross Section, Globe
Union Bonnet
Low in cost and high
in quality, these new,
small Crane 600-
Pound Forged Steel
Outside Screw and
Yoke Val\ es are com-
pact, rugged, and du-
rable.
^i'he line includes
union bonnet \*al\"es
with screwed ends in
sizes *4 to 34-inch or socket-welding ends in sizes 14
and '^s-inch; and bolted bonnet \'aK'es \\ith screwed,
socket-welding, or Hanged ends in sizes y? to 2~inch.
Tv^'o classes of trim materials are a\"ailable: Class
"X", for oil or oil \-apor up to 1000° F.; and Class
" XR", for steam and water up to 750° F.
Service recommendations: The valves are ideal
for a wide \ariety of ser\ices in oil refineries, oil and
gas fields, central power stations, and industrial
plants, on high pressure hydraulic lines and on high
pressure-temperature steam or oil lines.
Body, bonnet, and yoke: The body, bonnet, and
yoke are forged carbon steel; heavy metal sections
assure generous strength. On union bonnet \'alves
the bonnet and >'oke are separate pieces, joined by
long, fine threads. On bolted bonnet vah'es the
bonnet and yoke are forged integral.
Bonnet joint : The bonnet joint is equipped with a
corrugated soft iron gasket, assuring tightness and
ease of maintenance. Union bonnet \'al\es have a
forged steel union ring. Bolted bonnet \alves ha\'e
a male and female joint fitted with Triplex Steel
studs. Both types of joints are unusually strong and
can be easilv dismantled and reassembled.
Plug type disc and seat: These valxes have a
Crane plug type disc and seat, well known for ability
to maintain tightness and for effectiveness on
throttling ser\ices. The wide, tapered seating sur-
Prices and (limensions - . . .page 315
faces offer excellent
resistance to foreign
matter and to wire-
drawing. In "X"
trimmed valves, the
disc and seat are
Exelloy ; in " XR"
trimmed \"alves, the
seat isExelloy and the
disc is Crane No. 4Q
Nickel Alloy. The
seating surfaces are
carefully ground and
then are lapped to-
gether by hand to ob-
tain a fine, mirror-like
finish. The body seat
ring has heavy metal
sections, v^-ith a long
thread engagement in
the body.
Cross Section, Globe
Bolted Bonnet
Stem: The Exelloy stem has precision cut lifting
threads to assure smooth operation. The portion
passing through the stuffing box is polished to reduce
friction and to prolong the life of the packing.
Disc -stem connection: A shoulder-seating
screwed-in disc stem ring retains the stem shoulder
\\ithin the disc; the disc swivels on the end of the
stem, preventing scoring or galling of the seating
surfaces. As a precaution against loosening, the disc
stem ring is lock-welded to the disc.
Yoke bushing: The yoke bushing is long and
heavy, with liberal stem-thread engagement; screwed
into the voke and locked with a set screw, it is sturdy
and secure. Made from a selected bearing material —
Crane No. 48 Nickel Alloy with high melting point
for oil or oil vapor, or Crane Cast ManganeseBronze
for steam or water — , it is unusually serviceable.
Bolted gland: The bolted gland eliminates the
danger of weakening — by threading — the \-oke
legs. Cadmium-plated steel tee-head bolts hold the
forged steel electrogahanized one-piece gland and
gland flange rigidly in place. The packing load can
be adjusted easily, and the bolts can be quickly
removed when necessary. Lugs on the bonnet
anchor the bolts; they will not come off in service.
Stuffing box: An unusually wide and deep stuffing
box provides liberal packing space for a tight seal.
It is filled with high quality cut ring packing.
Handwheel: Wheels of tough, durable malleable iron
are held in place by a wheel nut. For easier handling,
valves i-inch and smaller have a new dished design
wheel, made with small rounded gripping knobs.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Description of materials pages I to 9
't'
I
li
*^>rf
CRANE
315
600-Pound Forged Steel Globe and Angle Valves
Outside Screw and Yoke
Union Bonnet Valves
List Prices, Each, and Dimensions
Size Inches V4 S/s V2 ^A
^•^\ 1
No. 3640 X or XR, Screwed 12.50 12.50 14.75 17.25
Globe
No. 3648XorXR, Socket-Welding 17.25 17.25
No. 36
No. 36
41 X or XR, Screwed 12.50 12.50 14.75 17.25
Angle
49 X or XR, Socket-Welding 17.25 17.25
Center to end IV2 V/z \^A ^Vi
T^ ■ ' ^
Center to
top, open
Globe 6V2 6V2 75/16 9
Dimensions,
in Inches
Angle 6% 6% 7 8V2
Depth of socket Vie Vie
Diameter of wheel 3 3 SVz 4
Angle, Screwed
(Not illustrated)
No. 3641 X
No. 3641 XR
Angle, Socket-Welding
No. 3649 X
No. 3649 XR
Globe, Screwed
No. 3640 X
No. 3640 XR
Globe, Socket-Welding
(Not illustrated)
No. 3648 X
No. 3648 XR
Bolted Bonnet Valves
Globe
Screwed
No. 3644 X
No. 3644 XR
Socket -Welding
(Not Illustrated)
No. 3652 X
No. 3652 XR
Angle
Screwed
(Not illustrated)
No. 3645 X
No. 3645 XR
Socket-Welding
No. 3653 X
No. 3653 XR
Size
Globe
No. 3644 X or XR, Screwed
No. 3652 X or XR, Socket- Welding
Angle
No. 3645 X or XR, Screwed
No. 3653 X or XR, Socket-Welding
Flange dimensions, facing, and drilling: The
end rtanges conform to the boo-Pound American
Standard, (B i be- 1 q 3 q j .
They have a male face
y^-inch high (large
male), finished with con-
centric grooves, approxi-
mately 32 grooves per
inch, known as a "ser-
rated"' fiinish.
Prices include drilling to
the boo-Pound Standard,
and spot facing; no de-
duction is made when
ordered faced only.
Face to face: Flanged
valves conform to the
American Standard for
Face-to-Face Dimen-
sions of Ferrous Flanged
Valves, No. Bi6.io-iQ3q.
This Standard does not
include 3^- inch 600-
Pound Valves.
Globe. Flanged
No. 3656 X or 3656 XR
An^le, Flunked
No. 3657 X or 3657 XR
List Prices, Each, and Dimensions
Inches
V2
Va
IVa I IV2
16.50 19.25 22.75 32.75 45.00 '60.50
24.00 28.75 34.00144. 00 57.00 j 73.50
No. 3656XorXR, Flanged, F.D. & S. F. 131. 50138. 00]45. 00155. 00| 69.00 | 86.50
|16. 50119. 25|22.75'32. 75 45.00 60.50
24.00 28.75 34.00144.00 57.00 73.50
No. 3657Xor XR, Flanged, F.D. & S.F. |31 .50138. 00|4S.OOi55.00; 69.00 86.50
Dimensions,
in Inches
Screwed or
Socket-Welding
Valves
Center to end
l^Vie 23/16 2Vi6l 31/8 1 31/2 43/is
Center to
top, open
Globe I75/16I 87/8 93/5
Angle 1 63/4 8 8V4 9Vi6
11 |ll^V i6 14
lOVs
1113/,
16
Depth of socket % ^Vl6 ^A ^Vie Vs 1
r^i J
^Center to f ace 31/4 33/4 ^y^ 4^2 43/4 1 ^^a
rlanged
Center to
top, open
Globe 7% 9 93/4 113/16 123/16 HVig
T di r t-3
Angle 6U/16 8 85/i6 9% lOS/ig nVie
Diameter of wheel SVz 4 5 6 7 9
Diameter of flange
3V4 I 4% I 47/8 I 51/4 I 6ys I 6V2
"Thickness of flange
Vi
16
y*
s
»Vi
16
'Vi
16
Vi
8
1
Diameter of male face
13/g llii/iel 2 21/2 2ys 3%
Diameter of bolt circle
2% I 31/4 31/2 [ 37/8 ] 41/2
No. and dia. of bolts
4^y2l4-%l4-%|4-%|4-V4 8-%
♦Center to face dtmension includes the ^-inch male face; thickness of flange does not.
Far warhing pressures ami description^ see the precedirxg page.
Dimensions of ring joint and special facings. . . pages 561 and 562 Templates for drilling . , page 554
I
J*i i
316
CRANE
m
r ■
I
^
!l:
I';
■ '
.i
J I
600-Pound Flanged and 900-Pound Screwed and Butt- Welding
Alloy Forged Steel Globe and Angle Valves
Bolted Bonnet — Outside Screw and Yoke
HYDROSTATIC TEST PRESSURES
Screwed or Butt- Welding Valves
Shell and Seat — 3100 pounds
Flanged Valves
Shell — 2000 pounds
Seat — 1550 pounds
Seats are tested JOO pounds air-under-water.
WORKING PRESSURES
Temp.
Pounds, Non-Shock
Screwed
or
Butt-
Welding
Valves
Flanged Valves
F.
With
V4-i^ch
Male
Facing
With
Ring
Joint
Facing
Cross Section
Globe. Screwed
''X ' Trimmed
With Ball to Flat Seat
Class '
X'' for Oil or Oil
Vapor
Class '^
XR for Steam or
Water
100
3000
1200
1440
150
2850
1180
1400
200
2700
1160
1350
250
2550
1120
1300
300
2400
1080
1250
350
2250
1040
1200
400
2100
1000
1150
450
1950
960
1100
500
1800
920
1050
550
1680
880
1000
600
1560
840
950
650
1440
800
900
700
1320
760
850
750
1200
720
800
Cross Section
Globe, Screwed
"XR" or "U" Trimmed
With Plug Type Disc and Seat
Service recommendations :
These vaK'es are exceptionally
mass!\'e and rugged, and ha\'e
man\- of the refinements usu-
ally foi-ineH only in larger size
high-pressure \'al\-es. They are
ideal for the severe ser\'ices
encountered in modern power plants and oil re-
fineries, and for high-pressure hydraulic installations.
Class *'X" trim: Class "X" trimmed valves are
recommended for oil or oil \-apor ser\-ice on tempera-
tures up to iooo° F. They ha^■e a ball shaped face
on the disc and a flat, angular shaped face on the
body seat ring. This construction produces a line
bearing seating contact, avoiding any danger of
jamming caused b>' the coking action of hot oil.
Both the disc and the body seat ring are made of
Exelloy.
Classes "XR^* and "U'^ trim: Classes '"XR" and
"U" trimmed valves are recommended for steam or
water serxice, the former up to 750° F. and the latter
up to 1 000° F. They have a plug type disc and seat,
which offers excellent resistance to wear and to
foreign matter. The disc taper assists in maintaining
tightness and permits accurate regulation of flow
when throttling.
In the "XR" trimmed valves, the disc is made of
Crane No. 49 Nickel Alloy and the body seat ring, of
Atr or gas service . . . page 32J
Class "X" for Oil or Oil Vapor
Class ''U" for Steam or Water
800
1100
680
750
850
1000
640
700
900
900
600
650
950
795
530
600
1000
570
380
400
Exelloy. In the "U" trimmed
valves, both of these parts are
Steliite-faced alloy steel.
Body and bonnet : The body
and bonnet are forged No. 4
Carbon-Molybdenum Steel and
have a male and female joint. Triplex Steel bolt-
studs are used in "X" and "XR" trimmed valves,
and Templex Steel bolt-studs are used in "U"
trimmed valves.
Stem: The stem in all of these valves is made of
Exelloy. The stem threads are or\ the outside where
they are not affected by the fluid in the line and
where they can be easily lubricated when necessary.
Gland : The valves have a two-piece ball-type gland
and flange which assures an even pressure on the
packing and eliminates the possibility of binding the
stem. Valves for oil or oil vapor have a No. 48
Nickel Alloy gland. Valves for steam or water have
a Crane Cast Manganese Bronze gland.
Stuffing box: The stuffing box is of the lantern
type and is extra deep. Packing is used both above
and below the lantern, assuring tightness. The lan-
tern provides space for a cooling chamber, and the
cooling chamber is tapped and fitted with a steel plug.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Description of materials . . . .pages I to 9
CRANE
317
600-Pound Flanged and 900-Pound Screwed and Butt-Welding
Alloy Forged Steel Globe and Angle Valves
Bolted Bonnet — Outside Screw and Yoke
For working pressures, see the preceding page.
M
ID
900-Pound
J 1 W^
LW
Butt-Welding Valves
ijP
(not illustrated)
can be made
to order; prices
i-r^trt
f^C^^^Vl^L^l
on application.
^**^
Orders must specify
H "^^1
the dtamf*t(*r ctf the
^^f^mmm^P
bore (I. D. of pipe).
^^^^^^^^^f^^J^Iffjl^ . Hll
W
G obe, Screwed
km
Angle, Scre\^'ed
No. 176 X
No. 177 X
No. 176 XR
No. 177 XR
No. 176 U
No
177 U
Globe, Flanged
No. 196 X
No. 196 XR
No. 196 U
Angle, Flnnged
No. 197 X
No. 197 XR
No. 197 U
List Prices and Dimensions
Siz:e
Inches 1/2 % 1 1 1/4 1 V2 2
Screwed
No. 176 X, XR, or U, Globe Each 40.00 , 51.00 \ 64.00 , 70.00 ! 90.00 i 125.00
No. 177 X, XR. or U, Angle Each 40.00 i 51.00 64.00 70.00 90.00 125.00
Flanged
No. 196X, XR, orU, Globe, F.D. &S.F. Each 66.00 66.00 84.00 95.00 123.00 163.00
No. 197 X, XF.. or L, Angle. F.D. 6: S.F. Each 66.00 66.00 M.OO 95.00 123.00 163.00
End to end. Globe, Screwed 3V2 1 4V2 5V4 ^ 7 8V2
Center to end. Angle, Screwed 1^4 2V4 2% 3 3V2 4^4
*Face to face, Globe, Flanged 73/8 71/2 8V2 9 9V2 IIV2
*Center to face. Angle, Flanged 3iVi6 ^Va W* ^Vi 43^ 5^4
Center to top
of stem, open
Globe, Screwed 9 IIV2 13^/4 13% 18 19%
Angle. Screwed \ 8% i HVs 13 13% 1734 19
Globe, Flanged UV* 113/4 13% 14% 18% 20%
Dimensions
In Inches
Angle, Flanged 111/4 IIV4 13Vi6 13y4 I8V2 19V2
Diameter of wheel
Screwed Valves 41/2 SVz 8 8 9 10
Flanged Valves 51/2 5V2 8 8 9 10
Flange
dimensions
Diameter of flange 33^ 4% 4% 51/4 Wg 6V2
*Thickness of Hange Vie % ^Vie ^Vie % 1
Diameter of male face is/g pi/ie 1 2 21/2 2% 3%
Diameter of bolt circle 2% 31/4 31/2 ^Vs. ^Vi 5
No. and dia. of bolts 4—1/2 1 4—% 4—% 4—% 4— 34 8—%
*Face to face and center to face dimensions include the }4-inch male face; thickness of flange dimensions do not. Face to face
and center to face dimensions conform to the American Standard for Face-Co-Face Dimensions of Ferrous Flanged and Welding
End Valves. No, B16. 10-1939. J^-inch 600-Pound Globe and .Angle Val\-es are not included in this Standard.
Flange dimensions and facing : The dimensions
and drilling of end flanges conform to the 600-Pound
American Standard (Bi6e-iq3q). Flanges have a
male face 34-inch high (large male), finished with
concentric grooves, approximately 3 z grooves per
inch, known as a ''serrated' finish. ^
When so ordered, flanged valves can be furnished
with ring joint, female, tongue, or groove facing;
see the Crane Discount Sheet for prices.
Drilling: Flanged valves are furnished with the
end flanges faced, drilled, and spot faced (F.D. &
S.F.) unless otherwise ordered. List prices include
drilling to the 600-Pound American Standard, and
spot facing. No deduction is made if valves are
ordered faced only.
Butt-welding valves: Butt-welding valves (qoo-
pound pressure class) can be made to order : prices on
application. They ha\'e the same general dimensions
as the flanged end valves, their end to end and center
to end being the same as the face to face and
center to face of the flanged valves. Orders for butt-
welding valves must specify the diameter of the bore
(inside diameter of pipe).
\
r
I 'i
i .
>;,
Templates for drilling. . . .page 554
Dimensions of ring joint and special facings . . . pages 561 and 562
m
318
CRANE
1500-Pound Flanged and Butt-Welding
Alloy Forged Steel Globe and Angle Valves
Bolted Bonnet — Outside Screw and Yoke
ii
li .
J.':
fi:|ii
Ail'
TEST PRESSURES
4500 pounds hydrostatic
Shell -
Seat — 3700 pounds hydrostatic; also air tested
WORKING PRESSURES
Temp.
Deg.
t.
Butt-
Welding
Valves
Flanged Valves
With With
V4-irich Ring
Male Joint
Facing Facing
Class "X" for
Class "XR" for
Oil or Oil Vapor
Steam or Water
Globe, Flanged
No. 193 X, Ball to Flat
Oil or Oil Vapor, 1000° F.
No. 193 XR, Piug Type Disc
Steiim or Water, 750" F.
No. 193 U, Plug Type Disc
Steam or Water, 1000° F,
100
3600
3000
3600
150
3500
2950
3500
200
3375
2900
3375
250
3250
2800
3250
300
3125
2700
3125
350
3000
2600
3000
400
2875
2500
2875
450
2750
2400
2750
500
2625
2300
2625
550
2500
2200
2500
600
2375
2100
2375
650
2250
2000
2250
700
2125
1900
2125
750
2000
1800
2000
Seat
Max.
and Seat
Max.
and Seat
Max.
Class
Class
"X" for Oil or Oil Vapor
'U" for Steam or Water
800
1875
1700
1875
850
1750
1600
1750
900
1625
1500
1625
950
1500
1325
1500
1000
1000
950
1000
Angle, Flanged
No. 195 X, Ball to Flat Seat
Oil or Oil Vapor, 1000° F. Max.
No. 195 XR, Plug Type Disc and Seat
Steann or Water, 750'' F. Max.
No. 195 U, Plug Type Disc and Seat
Steam or Water, 1000° F. Max.
Construction and
naaterials : These
valves are similar in
design, construction,
and materials to those
shown on pages 3 ib
and 3 1 7 except that
they are hea\'ier and
more massive, and
have a ring type bon-
net joint instead of a
male and female joint.
The angle valves are
made with a cast steel
body and a forged steel
bonnet.
List Prices and Dimensions
Size
Inches
3/4
No. 193 X, XR, or U, Globe, F.D. & S.F.
No. 195 X, XR, or U, Angle, F.D. & S.F.
IV4
IV2
Each I 85.00 ! 97.75 125.75 I 157.00
Dimensions
In Inches
*Face to face. Globe, Flanged
EachI 85.00 | 97.75 125.75 157.00
<^enter to face, Angle, Flanged | 4y2
Center to top of stem, open (Approx.) | 153/
10
11
12
51/2
Diameter of wheel, Globe or Angle
I8V2
201/,
23
Flange
dimensions
Diameter of flange
*Thickness of flange
10
12
51^
/8
5Vi
8
6V4
1
Diameter of male face [ l^y-.
IM
8
IM
8
1^4
Diameter of bolt circle | S'/
2V2
2Vi
8
No. and dia. of bolts
43^
■8
4^8
M
4—78 4—7/8
4—1
Face to face and center to face dimensions include the Knnch male face; thickness of flange
dimensions do not. Face to face and center to face dimensions conform to the American Standard
lor hace-to-hace Dimensions of Ferrous Flanged and Welding End Valves No B16 10-1939.
ihe Standard does not include the ^-inch size valves.
Flange dimensions and facing: End flanges
conform to the 1500-Pound American Standard
(Bibe-rq^q). They have a male face }4-mch high
(large male), finished with concentric grooves, ap-
proxirnately 32 grooves per inch, known as a "ser-
rated finish. When so ordered, the valves can be
furnished with ring joint, female, tongue, or groove
facing; see the Crane Discount Sheet for prices.
Drilling: End flanges are faced, drilled, and spot
faced (F.D. & S.F.) unless otherwise ordered. List
Air or gas service . . page 321
Templates for drilling. . , page 555
prices include drilling to the 1500-Pound American f
Standard, and spot facing. No deduction is made if
valves are ordered faced only.
Butt-welding valves: Butt-welding valves (not
illustrated) can be made to order; prices on applica-
tion. They have the same general dimensions as
the flanged valves, their end to end and center to '!
end being the same as the face to face and center to
face of the flanged end. Orders must specify the
diameter of bore (inside diameter of pipe).
Description of materials . . . .pages 7 to 9
Dimensions of ring Joint and special facings pages 561 and 563
CRANE
319
6000-Pound Hydraulic
Forged Steel Globe and Angle Valves
Plug Type Disc
*v
WORKING PRESSURE
6000 pounds cold water or oil, non-shock
TEST PRESSURE
6500 pounds hydrostatic
I J .
No. 225 H, Globe
Screwed
No. 226 H, Angle
Screwed
Cross Section
No. 225 H, Globe
List Prices, Each, and Dimensions, in Inches
»>2e Inches 1/4 % x/^ 34 1 114 II4 2
No. 225 H, Globe or No. 226 H, Angle 21.00 21.00 23.00 27.00 33.00 45.00 130.00 175.00
End to end, Globe 2% ^Va Wa 4V4 5 6V2 71/2 9
Center to end. Angle 17/jg i?/^^ is/g 21/8 2V2 314 3% 4V2
Center to top, open, Globe or Angle 6% 6% 71/2 9V& 11 13 14 V4 16
Center to end of handle -■• SVs 3Vg 31/2 4% 5 5^/^
Diameter of wheel , 12 14
Service recommendations : These valves have
very heavy metal sections and are exceptionally
rugged. They are recommended for severe and ex-
tremely high pressure service on hydraulic lines not
subject to shock.
Plug type disc and seat: The plug type disc and
seat are unusually resistant to wiredrawing and to
foreign matter. The wide tapered seating surface
permits easy flow regulation when throttling.
The seat bushing is made of Exelloy and can be easily
renewed. The disc is made of brass.
Body and bonnet: The body is made from a solid
steel forging. On sizes i-inch and smaller, the bon-
net is screwed into the body as illustrated in the cross
section. On larger sizes the bonnet and body are
bolted together (not illustrated).
Disc-stem connection: The disc and stem are
made in one piece for sizes i-inch and smaller, as
shown in the cross section, and in two pieces with
a swivel type connection, for sizes i^-inch and
larger (not i lustrated).
The stem in all sizes is made of brass.
Handle or wheel: Sizes i 34-inch and smaller have
a lever handle; larger sizes have a wheel.
Stufftng box : These valves have a deep stuffing
box, filled with high grade packing. It is equipped
with a gland.
Repacking: The valves, when wide open, can be
repacked while under pressure.
Seat opening: The diameter of the port opening
in these valves is slightly smaller than the inside
diameter of Double Extra Strong Pipe.
M
320
CRANE
1
m
I
; 1
u
A Crane air-motor operated alloy steel
globe valve with Crane forged steel
welding neck flanges on a high pressure-
temperature line in an oil refinery.
In an automotive power plant — main
steam lines, equipped with large Crane
cast steel gate valves and by-passes.
Air conditioning system piping on a passenger liner, de-
signed with Crane ma rine-app roved valves and fittings.
Crane gate valves and fittings in water lines on gen-
erator air coolers in electric light and power plant
I
CRANE
321
Cast Steel Globe and Angle Valves
Working Pressures, Pounds per Square Inch, Non-Shock — For Valves Shown on Pages 322 to 326
m
Fluid
Temp.
Deg.
Fahr.
Carbon
Steel
Valves
No. 4 Carbon -Molybdenum
Alloy Steel Valves
No. 2 Nickel -Chrome
Alloy Steel Valves
No. 5 Chrome-Molybdenum Alloy
Steel Valves (Made to order)
150
Lb.
300
Lb,
400 [ 600
Lb. Lb.
900
Lb.
1500
Lb.
2500
Lb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
300
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
t
Flanged Valves with Standard Facings Other Than Ring Joint
Steam,
100
150
200
250
230
220
210
200
600
590
580
560
800
775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
600
590
580
560
800 !
775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
Water,
*Gas, or
*Air
{Class XR)
Oil or
Oil Vapor
{Class X)
300
350
400
450
500
190
180
170
160
150
540
520
500
480
460
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
540
520
500
480
460
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
24O0
2300
4480
4315
4150
3985
3820
550
600
650
700
750
140
130
120
110
100
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
Steam
{Class V)
Oil or
Oil Vapor
{Class X)
800
850
900
950
1000
■92
■82
70
55
40
340
320
300
265
190
450
425
400
350
250
680
640
600
530
380
1020
960
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205
1580
680
640
600
530
380
1020
960
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205
1580
340
320
310
300
200
450
425
410
400
275
680
640
620
600
400
1020
960
930
900
600
1700
1600
1550
1500
1000
2830
2665
2580
2500
1675
^
Hanged Valves with Fling Joint Facing
Butt-Welding and Screwed End Valves
Flanged Valves with Ring Joint Facing
Steam,
100
150
200
250
275
255
240
225
720
700
675
650
960
925
900
875
1440
1400
1350
1300
2160
2100
2025
1950
3600 j 6000
3500 1 5825
3375 5625
3250 5425
1440
1400
1350
1300
2160
2100
2025
1950
3600
3500
3375
3250
6000
5825
5625
5425
720
700
680
660
960
925
900
875
1440
1400
1360
1320
2160
2100
2040
1980
3600
3500
3400
3300
6000
5825
5660
5495
Water,
*Gas, or
*Air
{Class XR)
Oil or
Oil Vapor
{Class X)
300
350
400
450
500
210
195
180
165
150
625
600
575
550
525
825
800
775
725
700
1250 1875
1200 i 1800
1150 ; 1725
1100 ! 1650
1050 1575
3125
3000
2875
2750
2625
5200
5000
4800
4575
4375
1250
1200
1150
UOO
1050
1875
1800
1725
1650
1575
3125
3000
2875
2750
2625
5200
5000
4800
4575
4375
640
620
, 600
575
550
850
825
800
775
725
1280
1240
1200
1150
UOO
1920
1860
1800
1725
1650
3200
31O0
3000
2875
2750
5330
5165
5000
4800
4575
550
600
650
700
750
140
130
120
110
100
500
475
450
425
400
675
625
600
575
525
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
4175
3950
3750
3550
3325
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
4175
3950
;37S0
,3550
i3325
525
500
475
450
425
700
675
625
600
575
1050
1000
950
900
850
1575
1500
1425
1350
1275
2625
2500
,2375
2250
2125
4375
4175
3950
3750
3550
Steam
{Class U)
Oil or
Oil Vapor
[Class X)
800
850
900
950
1000
■
^92
82
r70
55
r40
375
350
325
300
200
500
475
425
400
275
750
700
650
600
; 400
1125
1050
975
; 900
, 600
1875
1750
1625
1500
1 1000
3125
2925
2700
2500
1675
750
700
650
600
400
1125
1050
975
900
600
1875 3125
1750 2925
1625 , 2700
1500 2500
1000 1675
400
375
350
325
300
525
500
475
425
400
800
750
700
650
600
1200
1125
1050
975
900
2000
1875
1750
1625
1500
3325
3125
2925
2700
2500
1050
1100
270
180
405 675 1125
270 450 750
225 275
i 150 1 200
425 650
275 425
1075 ' 1775
700 1175
;;r
f , -
f.
r .
i
i :
A'.
mit
\i
*Recommendations for gas or air depend upon kind of gas, service conditions, etc. See paragraph below.
' tThese ratings are for oil refinery service; the American Standard also includes an 85-pound rating at 800° F. and a 70-pound
rating at 850° P., for steam other than in refineries.
, These ratings apply to the Crane Cast Steel Globe
and Angle Valves shown on pages 322 to 326.
Seating materials: Class "XR" valves have Exel-
loy to No. 49 Nickel Alloy seating surfaces and are
for steam or water up to 750° F. max. Class "U"
have Stellited seating surfaces, for steam up to
1 100'' F. max. Class "X" have Exelioy to Exelloy
seating surfaces, foroil or oil vapor up to 1 100° F. max.
Flange facings: Unless otherwise ordered, flanged
end 1)0 and 300-Pound Valves regularly are fur-
- nished with He-itich raised faces, and 400-Pound and
I higher pressure valves, with J^-inch male faces.
Air or gas: Regular valves trimmed for steam or
water are suitable for ordinary air or natural gas
service. For unusual gases, such as those with
extreme volatility or of corrosive, lethal, explosive,
or inflammable character, special consideration must
be given to the design of piping systems; recom-
mendations will be furnished on request.
Cold service: For temperatures between 0° and
100° F., the ratings for 100° F. apply. For sub-zero
service, materials with suitable impact resistance
must be used; recommendations on request. ■
Standards: Crane pressure-temperature ratings
agree with those in the American Steel Flange
Standard, No. Bi6e-iQ3q; the A.P.I. Standard No.
6ooA-3q and Supplement No. 1, Adopted 1940; and
the A.P.I. Standard No. 5-G-3, 1940.
I
I
IB
N
I
I '
ii\
I ; ■'■
I
I
322
CRANE
Cast Steel Globe and Angle Valves
Crane Cast Steel Globe
and Angle Valves are
rugged and substantial
in construction. Made
from carefully selected
materials and of im-
proved designs, they
possess the necessary
qualifications to meet
the most severe demands
of present day installa-
tions.
Pressure
Class
Test Pressures
Hydrostatic
Shell Test
Hydrostatic
Seat Test
Working
Pressures
150-Pound 460 pounds 350 pounds
300-Pound 1000 pounds 775 pounds
For
400-Pound 1340 pounds 1000 pounds
working
600-Pound 2000 pounds 1550 pounds
pressures, ■
see
900-Pound 2700 pounds 2250 pounds
page 321,
1500-Pound 4500 pounds 3700 pounds
All valves are tested 100 pounds air under water
Recognizing the service
requirements the\ must satisfy — accurate control
and regulation of flow- -extreme care has been exer-
cised in their design, particularly in the case of the
disc and seat. For steam and general service, the
wide bearing of the plug type disc is exceptionally
well fitted. Oil ser\-ices are more efficiently served
by a ball-shaped disc contacting a beveled seat in
a line bearing.
To a\-oid the difficulties attending the operation
of the larger size or
higher pressure valves
when used under maxi-
mum working pressures,
these valves are regu-
larly furnished with
gearing. In addition to
facilitating operation,
the gearing assures ac-
curate regulation of flow.
The valves are available
in a wide range of sizes,
in seven pressure classes
(150, 300, 400, 600, Qoo, 1500, and 2500-Pound) and
with flanged, screwed, or butt-welding ends, as re-
quired. Prices and dimensions for the 2500-Pound
Valves are furnished on application.
Made of Carbon or Alloy Steels and supplied with
various kinds of trim, the valves are suitable for a
variety of services. They are particularly suited for
the severe services so common in modern industrial
and power plants, and in oil refineries.
Specification of Materials
150-Pound VaKes are regularly made of Crane Car-
bon Steel, 300 and 400-Pound Valves are regularly
made of Crane No. 4 Carbon-Molybdenum Steel,
and 600, qoo. 1500, and 2500-Pound Valves are
regularly made of Crane No. 4 Carbon-Molybdenum
or of Crane No. 2 Nickel-Chrome Steel. The valves
are furnished with various trim as indicated below.
Orders should include both the catalog number and the
letter suffix; catalog numbers are listed on page 324.
For extremely severe operating conditions, valves
can be made of Crane No. 5 Chrome-Molybdenum
Steel. They are made to order only; see the Crane
Discount Sheet for prices.
Trim
Names of Parts
150
Pound
Valves
300
Pound
Valves
400
Poi ind
Valves
600
Pound
Valves
900
Pound
Valves
1500
Pound
Valves
2500
Po» md
Valves
Body
and
Bonnet
F anged
We ding
or
Screwed
Carbon
Steel
No, 4 Carbon-
Molybdenum
Stee
No. 2 Nicke -Chrome Steel
Class ^^X^'
No. 4 Carbon-Molybdenum Steel
Oil or Oil Vapor
llOOO^.b. Max,
Disc
Exetloy tExelloy
Body Seat Rings
Exelloy
Stem
Exe loy
Bonnet Gasket
Corrugated SoTt Iron Soft Stee Ring Joint Gasket
Bonnet Bolt-Studs
Triplex Stee (150-Pound Valves are furnished with studs,)
Body and Bonnet
#Steel
No, 4 Carbon-Molybdenum Steel
2500-Pound
Valves with
Class ^'XR"
Disc
No. 49 Nickel-A loy
Body Seat Ring
Stem
■Exelloy
^^XR'' trim
Steam or Water
Exe oy
are not
750" F. Max.
Bonnet Gasket
Granite
Soft Steel Ring Joint Gasket
regularly
furnished.
Bonnet Bolt-Studs
Trip ex Steel (1 50-Pound Valves are furnished with studs.)
Body and Bonnet
Not
listed
No. 4 Carbon-Mo ybdenum Steel
Class ^^U'^
Disc
Ste lite-Fac
Steilite-Fac
ed Al oy Steel
Body Seat Ring
ed Alloy Steel
Steam or Water
Stem
Exelloy
1000^ F. Max.
Bonnet Gasket
§Soft Iron Soft Steel Ring Joint Gasket
Bonnet Bolt- Studs
Templex Steel
jValves with No. 2 Nickel-Chroine Steel bodies and "X" trim are suitable for temperatures up to 1100° F-
JExelloy or Exelloy-Faced Alloy Steel.
§Corrugated Soft Iron.
#1 50-Pound Valves are furnished with a carbon steel body and bonnet.
List prices . . . page 324
Description of materials . . . pages 1 to 9
Dimensions . . . page 325
f^J" ' '-^
CRANE
323
Cast Steel Globe and Angle Valves
Crane Cast Steel Globe and
Angle Valves embody the many
refinements in design and mate-
rials that are necessary in valves
used on severe services.
Discandseat: "XR^and'^U"
trimmedvalves(forsteam, water,
or general service) in sizes 6-
inch and smaller are regularly
furnished with a plug type disc
and seat, as illustrated at the
left; the 8-inch size is regularly
furnished with a fiat disc and
seat (not illustrated).
All sizes of "X" trimmed valves
(for oil or oil vapor service) are
furnished with a 35° taper seat
and a ball shaped seating face
on the disc, as illustrated at the
right.
Body seat ring: All valves have
the shoulder-type screwed-in
body seat ring for utmost tight-
ness and security.
Plug Type Disc
Ball Type Disc
Bonnet joint : A ring-type bonnet joint holds pres-
sure easily on the 400, 600, qoo, 1500, and 2500-
Pound Valves, assuring tightness and maximum
strength. On 150 and 300-Pound Valves, a close-
fitting male and female bonnet joint retains the
gasket and accurately centers the working parts.
Triplex studs or bolt-studs of Triplex or Templex
Steel produce a tight, strong bonnet joint.
Stuffing box: The stuffing box on all valves is
deep, assuring tightness and long packing life. The
stuffing box is the lantern-type on all except the
150-Pound Valves. When wide open, the valves can
betepacked while under pressure.
Gland: A two-piece ball-type gland assures even
pressure on the packing without binding on the stem.
Drilling: Flanged valves of each pressure class are
furnished with the end flanges faced, drilled, and
spot faced (F.D. & S.F.) unless otherwise ordered.
List prices include drilling to the corresponding pres-
sure class of the American Standard. No deduction
is made if flanged valves are ordered faced only.
Flange facings: The 150 and 300-Pound Flanged
Valves are regularly furnished with an American
Standard J^g-inch raised face on the end flanges; the
400, 600, Qoo, i^oo, and 2500-Pound Flanged Valves
regularly have a J/^-inch male face (large male).
When so ordered, valves can be furnished with other
types of facings, such as ring Joint, female, tongue,
groove, etc. ; see the Crane Discount Sheet for prices.
Finish of flange faces: The He-ii^ch raised faces
and the J^-inch male faces are finished with con-
centric grooves, approximately 32 grooves per inch,
known as a "serrated" finish.
A smooth finish can be furnished on the raised or
male faces, when specified; see the Crane Discount
Sheet for prices. The smooth finisli is recommended
when a metallic gasket is used.
American Standard: In design and materials,
Crane Cast Steel Globe and Angle Valves exceed the
requirements of Standards issued by the American
Standards Association.
The dimensions and drilling of the end flanges on
flanged valves conform to the American Standard tor
Steel Pipe Flanges and Flanged Fittings. Bi6e-iq3q,
for their respective pressure class. This Standard
does not include the 3 34-Inch size in the Qoo-Pound
class.
Flanged and butt-welding vah'es conform to the
American Standard for Face-to-Face Dimensions of
Ferrous Flanged and Welding End Valves, Bib. 10-
IQ3Q, for their respective pressure class. This Stand-
ard does not include the jJ/^-inch size in the Ooo and
QOO-Pound classes.
Material Regularly Furnished Unless Otherwise Ordered
Body an
d Bonnet
150
Pound
300 and 400
Pound
600. 900. 1500,
and 2500-Pound
For
Screwed
Crane
Carbon
Steel
Crane
No. 4
Carbon-
Mo ybdenuin
A ley
Steel
Steam or
We ding
Crane No. 4
Carbon-
Mo ybdenum
Alloy Steel
Water
F anged
Screwed
Welding
hor
Oil or
Oi
Vapor
hlanged
Crane No, 2 Nickel-
Chrome Alloy Steel
Recommendations for Valve Seating Materials
Steam or
750° F. Max, (X^) Exe oy to No. 49 Nickel A oy
Water
HOC F.Max. (U) Ste ite to Stel ite
Oi or
Oil Vapor
1100"F_ Max.
(X) Exelloy to Exelloy
m
•
i7
U
fl
t^
I
tei
II II.
324
CRANE
Cast Steel Globe and Angle Valves
When ordering. Specify catalog number and suffix.
List Prices, Each, Globe or Angle
Size
Inches
150
Pound
300
Pound
400
Pound
*600
Pound
*900
Pound
nsoo
Pound
Screwed
Globe, Screwed
For Oil or Oil Vapor
No. 142 X, 150-Pound
No. 150 X, 300-Pound
No. 160 X, 400-Pound
No. 170 X, bOO-Pound
For Steam or Water
No. 142 XR, 150-Pound
No. 150 XR, 300-Pound
No. 160 XR, 400-Pound
No. 170 XR, 500-Pound
2 145.00 165.00
Use
600
Pound
ValvM
* *
21/2 165.00 190.00
260.00 j
3 190.00 220.00
320.00
31/2 220.00 260.00
380.00
4 250.00 295.00
440.00 525.00
5 335.00 400.00
575.00
6 400.00 ; 495.00
±1000.00
1
Flanged, F.D. Si S.F., or Butt-Welding
IV2
155.00 175.00
2V2 175.00 200.00
t3 I 200.00 1230.00
31/2 230.00 270.00
Use
600
Pound
Valves
200.001
230.001
_400^
580.00
t340.00| 620.00||1050.00
280.00
400.00 700.00
4 I 260.00 I 310.00, 460.00| 550.00|U080.00|U300.00
5 I 350.00 I 420.001 600.QO|]:1100.00||125Q,00[tl90Q.OO
Angle, Screwed
For Oil or Oil Vapor
No. 144 X, 150-Pound
No. 152 X, 300-Pound
No. 162 X, 400-Pound
No. 172 X, bOO-Pound
For Steam or Water
No. 144 XR, 150-Pound
No. 152 XR, 300-Pound
No. 162 XR, 400-Pound
No. 172 XR, bOO-Pound
6 I 420.00 I 520.00:il030.00[U380.00|U750. 00112500.00
8 I 630.00 |U030.QQ|n50Q.0Q|
Globe, Flanged
For Oil or Oil Vapor
No. 143 X, b'O-Pound
No. 151 X,
No. 161 X,
No. 171 X,
No. 183 X,
300-Pound
40()-Pound
600-Pound
900-Pound
No. 189 X, 1500-Pound
For Steam or Water
No. 143 XR, 150-Pound
Nos. 151 XR or U, 300-Pound
Nos. 161 XR or U, 400-Pound
Nos. 171 XR or U, oOO-Pound
Nos. 183 XR or U, 900-Pound
Nos. 189 XR or U, 1500-Pound
*For valves smaller than those listed, refer to the note on the
top of the opposite page.
jWhen 3-inch 300 and bOO-Pound Flanged Valves with ring
joint lacing arc to be bolted to Cranelap joints, orders must so
specify. A groove of special pitch diameter is required; see
page 562 for dimensions.
IBall-bearing yoke; gearing: Crane Cast
Steel Globe and Angle Valves are regularly fur-
nished with a ball-bearing yoke and spur or be\'el
gears on the following sizes and pressure classes;
300-Pound 8* bOO-Pound .... 5 and 6'^
400-Pound 6 and 8" 900-Pound 4 5 and 6"
1500-Pound.... 3. 4, 5, and 6" ' '
For description, see page 326. Orders must state
whether spur or bevel gears are wanted.
When specified, valves can be furnished without
gears (plain bearing yoke) ; prices on application.
Butt-welding valves: Unless otherwise ordered,
150 and 300-Pound Butt- Welding Valves are
bored to match the inside diameter of Standard
pipe (the heaviest weight on the 8-inch size). For
al other pressure classes, orders must specify the
diameter of the bore (I.D. of pipe).
Angle, Flanged
For Oil or Oil Vapor
No. 145 X, 150-Pound
No. 153 X,
No. 163 X,
No. 173 X,
No. 185 X,
300-Pound
4 00 -Pound
bOO^Pound
900-Pound
1
r
i
No. 190 X, 1500-Pound
For Steam or Water
No. 145 XR, 150-Pound
Nos. 153 XR or U, 300-Pound
Nos. 163 XR or U, 400-Pound
Nos- 173 XR or U, 600-Pound
Nos. 185 XR or U, 900-Pound
Nos. 190XRorU, 1500-Pound
Prices of flanged valves include facing, drilling, and spot facing
to the corresponding pressure class of the American Standard.
No deduction will fee made if valves are ordered faced only.
300-Pound
400-Pound
600 -Pound
900-Pound
Globe
Butt-Welding
For Oil or Oil Vapor
No. 1431/2 X, 150-Pound
No. 151 1/2 X,
No. 161 V2X,
No. I7IV2X,
No. 1831/2 X,
No. 1891/2 X, 1500-Pound
For Steam or Water
No. 1431/2 XR, 150-Pound
Nos. 1511/2 XR or U, 300-Pound
Nos. 1611/2 XR or U, 400-Pound
Nos. 1711/2 XR or U, bOO-Pound
Nos. I831/2XR or U, 900-Pound
Nos. I891/2XR or U, 1500-Pound
For
specifica tion
of rnaterials,
see page 322.
300-Pound
400-Pound
bOO-Pound
900-Pound
For Oil or Oil Vapor
No. 1451/2 X, 150-Pound
No. 1531/2 X,
No. I631/2 X,
No. 1731/2 X,
No. 1851/2 X,
No. 1901/2 X, 1500^Pound
For Steam or Water
No. 1451/2 XR, 150-Pound
Nos. 1531/2 XR or U, 300-Pound
Nos. I631/2 XR or U, 400-Pound
Nos. 1731/2 XR or U, 600-Pound
Nos. I851/2 XR or U, 900-Pound
Nos. 1901/2 XR or U, 1500-Pound
i
Angle
Butt-Welding
CRANE
325
Cast Steel Globe and Angle Valves
NOTE
For smaller size 600, 900, and ISOO-Pound Valves, refer to the following:
600-Pound Valves: For 6oo-Pouncl Valves in sizes
smaller than those listed on the preceding page, use
the forged steel valves shown on pages 314 and 315.
900-Pound Screwed Valves : QOO-Pound Screwed
Valves are available in sizes 34 to 2-inch in the
forged steel line shown on page 317.
900-Pound Flanged Valves: For sizes ^ to ij^-inch,
use the 1500-Pound Forged Steel Valves shown on
page 318. For sizes 2 and 23^-inch, use the 1500-
Pound Alloy Cast Steel Valves shown on the pre-
ceding page.
900-Pound Butt-Welding Valves: For sizes }4 to 2-
inch, use the forged steel valves shown on page 317;
for the 2j^-inch size, use the i 500-Pound Alloy Cast
Steel Valve shown on the preceding page.
1500-Pound Flanged and Butt-Welding Valves: For
sizes smaller than 2-inch, use the forged steel valves
shown on page 31 8.
-,..
By-passes: Crane Cast Steel Globe and Angle Valves valves can be equipped with an electric, air, or gas
can be equipped with a by-pass; prices on request, motor; prices are furnished on application.
Motor operation: To facilitate operation, the See pages 172 and 173 for complete details.
Dimensions, in Inches
l^JJ
ir^^
Globe
Screwed
HK
Globe
Flanged
Pres-
sure
Class
Size
of
Valve
HH
JJ
H
K
Globe I Angle
HH
Globe
Butt-Welding
Angle
Screwed
*H*J
Angle
Buct- Welding
Center to face: 150 and 300-Pound Flanged
Valves are regularly furnished with a J/ig-inch
raised face. 400, 600, goo, 1500, and 2500-Pound
Flanged Valves are regularly furnished with a
}^-inch high large male face. The center to
face and face to face dimensions shown in the
table include this facing.
Flanged and butt-welding valves conform to the
American Standard for Face-to-Face Dimensions
of Ferrous Flanged and Welding End Valves,
Bi6.io-iq3q. The 3^-inch size 600 and qoo-
Pound Valves are not included in this Standard.
Description pages 321 to 324
Templates for drilling pages 553 to 555
Flange dimensions pages 553 to 555
Special facings » pages 560 to 563
Welding bevel details page €47
Gearing page 326
Taps and drains for valves page 646
2
8
8
4
4
133/4 121/2
8
2V2
8 1/2
8V2
4y4
4y4
141/2 13
8
3
91/2
9y2
43/4
43/4
I61/2 15
9
150
31/2
IOV2
10 y2
5V4
5y4
171/4 151/2
9
Pound
4
111/2
111/2
5y4
53/4
193/4 173/4
10
5
14
14
7
7
23 203/4
10
6
16
16
8
8
24 y2 213/4
12
8
191/2
i9y2
93/4
93/4
26 23 y2
16
2
101/2
9y2
sy4
43/4
173/4
9
2V2
111/2
103/4 53/4
5%
19
10
3
121/2
113/4
6y4
5Vs
201/2
10
300
Pound
3V2
131/4
i2y4
6%
^Vs
221/2
12
4
14
13
7
6y2
243/4
14
5
153/4
15
7V&
7y2
261/2
16
6
171/2
161/2 83/4
8 1/4
293/4
18
8
22
11
^351/2
*24
4
16
13
8
6y2
251/4
14
400
5
18
15
9
71/2
281/2
18
Pound
6
19V2
161/2
93/4
sy*
*3iy4
*20
8
231/2
113/4
*38y4
*27
11/2
9y2
43/4
173/4
9
2
iiy2
53/4
19
10
2V2
13
103/4
6y2
5%
21 y4
12
600
Pound
3
14
113/4
7
syg
231/2
12
3y2
15
121/4
7y2
6V8
25
14
4
17
13
8y2
61/2
271/2
18
5
20
10
■
*3034
*20
6
22
11
*35
*24
3
15
7y2
24
12
QAO
31/2
17
8V2
29y2
20
Pound
4
18
9
^291/2
no
5
22
11
1
■ ^341/4
*24
6
24
12
*373/4
*27
2
14V2
7y4
251/4
14
2V2
I6I/2
81/4
281/4
18
1500
3
m/2
9y4
^331/2
*24
Pound
4
211/2
103/4
*37i/2
*27
5
26V2
i3y4
Ml 3/4
*30
6
273/4
1378
H53/4
*30
*These dimensions appiy only to valves without gearing; for
dimensions of geared valves, see page 32b.
'i I
m
m
' J
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> K-.irr'-'-^
326
CRANE
If
I
I
m
f H
, I
i \ ^:- i
I
Gearing for Cast Steel Globe and Angle Valves
.^^
t-T-i
MiiirniJiiiiiiiiiijfiM
Spur Gearing with
Bail-Bearing Yoke Slee\'e
for Steel Globe and
Angle Valves (Gearing,
Bonnet, and Yoke are
shown turned 90^ from
position regularly-
furnished).
Bevel Gearing with
Bali-Bearing Yoke Sleeve
for Steel
Globe and Angle Valves
Bevel gearing: Globe and angle valves
equipped with bevel gearing will have the
pinion shaft extending at right angles to
the run of the valve with the handwheel on
the left side when facing the port opening
from above the \'alve seat.
To avoid the difficulty encountered in opening or closing
large size or high pressure globe and angle valves when
used under the
maximum recom- n — i
mended working ~
pressures, these
valves are regu-
larly equipped
with a ball-bear-
ing yoke sleeve
and either bevel
or spur gearing.
In addition to
facilitating opera-
tion, the gearing
provides closer
control of fiow
under the severest
service condi-
tions.
Spur Geared
Bevel Geared
Dimensions, in Inches
Spur gearing: Spur gearing will have
the pinion shaft, extending upward, para lei to the main valve
stem, with the handwheel above the gearing and on the left side
when facing the port opening from above the valve seat.
Ordering: Orders should specify whether bevel or spur gears are
wanted. Gearing can be placed in positions other than those men-
tioned abo\'e. but orders for such vaK'es must clearly indicate
what is wanted.
List prices page 324 Dimensions not shown are the same as for valves without: gears; see page 32S.
Valve
Spur Bevel
Class
Size P Q R S
1
300-Pound
8
93/8 44 15 38
20
400-Poiinrl
6
8% 401/4 131/4 341/2 18
^W i ^-fVl-Jll^
8
1034 481/2 171/4 413^
24
18
600 -Pound
5
8% 401/2 131/4 343^
6
93/8 431/4 15 371/4
20
18
4
8% 3934 131/4 34
900 -Pound
5
6
93/8 423^ 15 3634 20
103/4 471/4 171/4 401/,
24
20
24
3
93/8 421/2 15 361/2
1500-Pound
4
103^ 471/2 171/4 4034
5
lOS/a 521/2 20% 451/2 27
6
141/8 56 245/8 483/4
27
2500-Pound
On app icacion
2500-Pound Alloy Cast Steel
Globe and Angle Valves
Prices and dimensions on applicati
on.
Ci-ane 2500-Pound Alloy Cast Steel Globe and Angle Vah-es are avail-
able in the iH. 2 23^. 3, 4, 5. and 6-inch sizes, with either flanged or
butt-welding ends. In addition, the Globe Valves are made in the
A, I, and 1,^4-inch sizes, with either butt or socket-welding ends.
For steam, water, and general services, the globe and angle valves are
supplied with Class U trimming; the disc is of the plug type piston
guided construction. For oil or oil vapor service. Class "X tnrnming
IS recommended: the valves will have a 35° taper seat and a ball
shaped seating face on the disc.
Globe and angle valves in sizes 3-inch and larger are regularlv equipped
with a ball-bearing yoke and gearing., to facilitate operation.
Working pressures -. p^g^ 32J
D...ripUo. of ma teriaU paf/sVl'l ^GTob^^VafvT '
CRANE
327
Cast and Forged Steel Check Valves
I -'
The Crane line of Steel Check Vah-es can be classified into two general
groups. The first group covers valves i-inch and smaller, of forged
or cast steel; these are frequently considered general utility vai\"es
and are used in a wide variety of services, often at pressures and tem-
peratures lower than the recommended maximum, The second group
covers cast steel valves ranging in size as large as 12-inch, all made
similar in design and available in each of the American Standard pres-
sure classes ; the sizes range below i-inch in some of the pressure classes.
Sizes 2-Inch and Smaller
600-Pound Forged Steel, Screwed, Flanged, or Socket-Welding, .pages 328 and 32q
600-Pound Cast Steel. Vertical. Screwed page 329
600-Pound Forged Steel, Flanged page 330
qoo-Pound Forged Steel, Screwed or Butt-Welding . page 330
6000-Pound Hydraulic, Screwed page 331
Cast Steel Valves, 150, 300, 400, 600, 900, and 1500-Pound
Pressure-Temperature Ratings. pag^ 33^
Description and Specification of Materials pages 3 3 3 and 3 3 4
List Prices..... P^ge 335
Dimensions page 3 3 5
Lever and Weight Page 33&
2500-Pound page 336
^
\U
M
:}:******
The Cast and Forged Steel Check Valves listed
above comprise only a part of the complete line
of Crane steel products.
Other steel products are shown and described in
detail in other sections of this catalog. Refer to
the following pages:
Sceel Gate Valves pages 297 to 307
Steel Globe and Angle Valves pages 309 to 32b
Steel Stop^Check Valves pages 370 to 374
Steel Blow-Off Valves page 377
Steel Safety Valves pages 391 and 392
Steel Relief Valves pages 403 to 407
Steel Steam Traps page 416
Steel Sediment Separators page 423
Steel Flanged Fittings pages 343 to 350
Steel Welding Fittings pages 351 to 360
Steel Flanges pages 361 to 367
Steel Screwed Fittings pages 337 to 342
Steel Bushings page 227
Steel Plugs page 228
Wrought Couplings page 229
Wrought Steel Nipples pages 230 and 231
Forged Steel Unions ~ pages 247 and 248
Forged Steel Flange Unions pages 252 and 253
*»*,
Fabricated Piping pages 597 to €19
Valves and Fittings for Marine Service. . . pages 459 to 478
r
I
I
328
CRANE
\
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600-Pound Forged Steel Check Valves
General Description
HYDROSTATIC TEST PRESSURES
Screwed and Socket-Welding Flanged
Shell — 2100 pounds Shell — 2000 pounds
SeaC — 2100 pounds Seat — 1550 pounds
Valve seat tested 100 pounds air-under-water.
Cross Section
Horizontal Check
Union Cap
This is a new line of
Crane 6oo-Pound
Forged Steel Hori-
zontal Check Valves.
made to withstand
severe service on
high pressure, high
temperature steam
and oil lines.
Rugged and durable,
the valves have been
carefully designed to
assure maximum
strength and long
life. Their Exelloy
seat and disc make
them suitable for oil
or oil vapor service
on temperatures up
to I ooo° F. and for
steam, water, and
general service on
The valves
WORKING PRESSURES
Temp-
Pounds, Non-Shock
Screwed
or
Socket-
Welding
Valves
Flanged Valves
Deg.
With
^y4-inch
Male
Facing
With
Ring
Joint
Facing
Class ''X'\ for
Steam, Water, Oil^ or Oil Vapor
100
2000
1000
1200
150
1900
960
1150
200
1800
930
1100
250
1700
900
1050
300
1600
870
1000
350
1500
840
950
400
1400
810
900
450
1300
760
850
500
1200
750
800
550
1120
720
760
600
1040
690
720
650
960
660
680
700
880
630
640
750
800
600
600
Class '^X", for Oil or Oil Vapor
800
740
550
550
850
670
490
490
900
600
420
420
950
530
330
330
1000
380
240
240
Air and gas ratings, page 332.
temperatures up to 750° F.
are a\'ailable with a union cap and
screwed ends in sizes J4 to J^-inch or socket-welding
ends in sizes k^ and ^g-inch; and with a bolted cap
and screwed, socket-welding, or flanged ends in
sizes }/2 to 2-inch.
Body and cap : The body and cap are forged carbon
steel. Unusual compactness and heavy metal sec-
tions pro\'ide a high margin of safety.
Cap joint: The cap
joint in both the
union cap valves and
the bolted cap valves
is furnished with a
corrugated soft iron
gasket ; tightness and
ease of maintenance
are assured.
Cross Section
Horizontal Check
Bolted Cap
On union cap valves, a large, strong forged carbon
steel union ring reinforces the joint. On bolted cap
valves, maximum compactness has been secured
through the use of studs instead of through-bolts;
the studs are made of Triplex Steel, and the joint is
the male and female type. Cap joints, even on the
larger sizes, can be easily and quickly dismantled
and reassembled.
Disc and seat : Both the disc and the seat are made
of wear-resisting Exelloy, an ideal material for seat-
ing surfaces in check vaK-es.
The disc, of the lifting type, has a ball shaped face
which seats against a flat, angular shaped face on
the body seat ring, forming what is virtually a line
bearing seating contact. The top of the disc is a
piston and fits snugly into the upper part of the
valve body. This construction not only serves to
guide the disc accurately throughout its entire travel
but also effectively cushions the disc, preventing
destructive hammering. To facilitate regrinding
when necessary, the top of the disc is tapped with
pipe threads so that a nipple can be inserted.
The seat ring has long thread engagement with the
body. Shoulder-seated and screwed in under ma-
chine power, it will not loosen in service.
Description of materials . . . .pages I to 9
■.f.\
I
I
I I
I
Union Cap Horizontal Check Valves
These Union Cap 600-Pound Forged Steel Horizontal
Check VaK-es. as described abo\-e. are made of high
quality materials, are carefully designed, and are
exceptionally strong and rugged. Their compactness
and durability
fit them for a
wide variety of
services in oil
refineries, oil
and gas fields,
central power
stations, and in
general industrial
installations.
No. 3670 X
Screwed
No. 3678 X
Socket-Welding
Union Cap, Horizontal Check
The valves are furnished with an Exelloy seat and
disc and are recommended for oil or oil \'a'por service
on temperatures up to rooo° F. and for steam or
water ser\'ice on temperatures up to 750° F. For
working pressures, refer to the table shown above.
List Prices, Each, and Dimensions
Size
Inches
V4
% I V2
u
No. 3670 X, Screwed
No. 3678 X, Socket-Welding (14.00 14.00
9.251 9.2s 11.00 12.75
Dimensions,
in Inches
End to end
Center to top
^2 1 41/2
23/8
Depth of socket I Vie I Vie
CRANE
329
600-Pound Forged Steel Check Valves
Bolted Cap Horizontal Check Valves
These Bolted Cap 600-
Pound Forged Steel Hori-
-oncal Check Valves, de-
scribed on the preceding
page, are recommended
for oil or oil \apor on tem-
peratures up to 1000° F..
and for steam or water
up to 750° F. Working
pressures are shown on
the preceding page.
Flange dimensions,
facing, and drilling :
End flanges conform to
the boo-Pound American
Standard (B i be- 1 q3Q) ■
They have a male face
j^-inch high (large male),
finished with concentric
grooves, approximately
32 groo\"es per inch,
known as a "serrated",
finish.
When so ordered, flanged
valves can be furnished
with ring joint, female,
tongue, or groove fa
cing
see the Crane Discount
Sheet for prices.
Bolted Cap
Horizontal Check
No. 3674 X, Screwed
Bolted Cap
Hori-ontal Check
No. 3682 X, Socket-Welding
Bolted Cap, Horizontal Check
No. 3686 X, Flanged
List Prices and Dimensions
Size Inches V2 I % 1 11/4 IV2 2
No. 3674 X, Screwed Each 12.00 14.00 17.00 24.25 36.50 49.00
No. 3682 X, Socket-Welding Each 20 . 00 23 . 25 28 . 25 36 . 50 49 . 00 64 . 50
No. 3686 X, Flanged, F.D. & S.F. Each 28.00 32.50 39.50 49.00 62.00 80.00
End to end, Scrd, or Socket-Welding 3% 4% SVg 61/4 7 * %
Depth of Socket % 11/jg 34 is/^g 7/3 1
*Face to face. Flaneed 6I/2 71/2 8V2 9 QVz HVz
-
Center
Screwed or Socket-Welding ! 2y2 3 Vie 3^ Vie '^Vs SVs 6
Dimensions,
to top
Flaneed 29/i6 3V4 4Vi6 45/i6 5% 6^/16
in Inches
Diameter of flange ! 33/4 4% 4% 51/4 61/8 61/2
^Thickness of flange V16 % ^Vi6 ^Vie Vs 1
Diameter of male face 1% I'Vie 2 2^/2 2''/8 ^^s
Diameter of bolt circle 1% 31/4 3V2 Z% \ 4V2 5
No. and dia. of bolts 4—1/2 4—% 4—% 4—% 4— 1/4 8— %
*The face to face dimensions include the M" male faces; the thicknessof flange dimensions do not
Prices include drilling to the boo-Pound Standard, Socket-welding valves : Socket-welding valves are
and spot facing. No deduction is made if valves are designed especially for socket welding. For socket-
ordered faced only. welding fittings, see pages 3^1 and 353.
Templates for drilling . . . page 554 Dimensions of ring joint and special facings , pages 561 and 562
m
^
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ffl
Cast Steel Vertical Ball Check Valves
WORKING PRESSURES
TEST PRESSURES
Shell — 2100 pounds hydrostatic
Seat — 2100 pounds hydrostatic
Cross Section
Vertical Ball Check
Screwed
These new Crane boo-Pound
Vertical Ball Check Valves are
especially designed for oil or oil
vapor ser\-!ce on temperatures
up to 1000° F. They ha\'e heavy
metal sections, are unusually
compact, and are sturdily con-
structed.
Temp.
Pounds
Temp.
Pounds
Deg.
Non-
Deg.
Non-
F.
Shock
F.
Shock
Class
^'XS"
F
or Oil or
Oil Vap(
Dr
100
2000
600
1040
150
1900
650
960
200
1800
700
880
250
1700
750
800
300
1600
800
740
350
1500
850
670
400
1400
900
600
450
1300
950
530
500
1200
1000
380
550
1120
\'ertic;il Bill! Check
No. 3692 XS, Screwed
These valves are for
Ltsc in vertical lines
with upward flow or
in horizontal lines.
Materials and construction: The body is made These valves are made with the seat integral with
in two parts, of cast carbon steel, held together by the body. When so ordered, renewable seat vaU'es
Triplex Steel studs; the joint is male and female, can be furnished; prices on application.
and is fitted with a corrtJgated List Prices and Dimensions
soft iron gasket. 1 he ball disc
is solid Exelloy, uniform in
diameter and highly polished.
Ribs in the outlet half of the
body guide the ball.
Size
Inches
V2
%
1
IV4
IV2
No. 3692 XS
Each 13.00
14.50
18.00
23.50 30.00 42.00
End to end Inches 3V8
3^Vi6
41/8
4%
5Vi
eVi
8
Width over all Inches |2iVi6 sq. | 3V8sq. | 35/8 sq. | 4Vi6 sq. | SVg dia. | 6% dia.
»
Intfti
BUiBUIHI
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330
CRANE
600- Pound Flanged and 900-Pound Screwed and Butt -Welding
Alloy Forged Steel Check Valves -
Bolted Cap
WORKING PRESSURES
Tennp,
Pounds, Non- Shock
Screwed
or
Butt-
Welding
Valves
Flanged Valves
Deg.
F.
With
14-inch
Male
Facing
With
Ring
Joint
Facing
TEST PRESSURES
Screwed or Butt-Welding Valves
Shell — 3100 pounds hydrostatic
Seat — 3100 pounds hydrostatic
Seat — air tested
Cross Section
Horizontal, Screwed
For Oil, Oil Vapor, Steam, or Water
100
3000
1200
1440
150
2850
1180
1400
200
2700
1160
1350
250
2550
1120
1300
300
2400
1080
1250
350
2250
1040
1200
400
2100
1000
1150
450
1950
960
1100
500
1800
920
1050
550
1680
880
1000
600
1560
840
950
650
1440
800
900
700
1320
760
850
750
1200
720
800
800
1100
680
750
850
1000
640
700
900
900
600
650
950
795
530
600
1000
570
380
400
Shell
Seat
Seat
Flanged Valves
2000 pounds hydrostatic
1550 pounds hydrostatic
air tested
Size
No. 178 X, Sc rewed
No. 198 X, Flanged, F.D. & S.F.
Dimensions,
in Inches
End to end, Scr ewed
'Face to face, Flanged
Center to top
Service recom-
mendations : The
valves shown on this
page are recom-
mended for oil. oil
vapor, steam, or
water service up to
1000° F. Both the
disc and body seat
ring are made of
Exelloy.
Body and cap : The
body and cap are
unusually massi\-e
and rugged. They
are forged from No.
4 Carbon-Molyb-
denum .Alloy Steel.
The male and female
cap joint is equipped
^^'ith through bolt-
studs made o( Tri-
plex Steel.
Disc and seat
construction: The
disc has a ball
shaped face which seats against a flat, angular
shaped face on the body seat ring. This construction
is ideal for check valves of the lift type, producing
virtually a line bearing seating contact. The top of
the disc is a piston, fitting snugly into the upper part
of the body. It forms a dashpot and effecti\'ely
cushions the disc when in service.
Flange dimensions and facing: The dimensions
and drilling of the end flanges on flanged vaK'es con-
form to the 6oO"Pound .American Standard (Bifoe-
iq3Q)- Flanges have a male face 14-inch high (large
male), finished with concentric grooves, approxi-
mately 32 grooves per inch, known as a "serrated""
finish.
When so ordered, flanged \-ah'es can be furnished
Horizontal
Screwed
No. 178 X
Horizontal
Flanged
No, 198 X
List Prices and Dimensions
Inches
V2
V4 I 1 1 1V4 1 1V2
Each|28, 00137. 00|48.00[54. 001 73.001107.00
Each[52.00|52.00|68.00j79. 001106. 00|14S!00
Screwed
Flanged
Diameter of flan ge
''Thickness of flange
Diameter of male face
Diameter of bolt circle
No. and dia. of bolts
IV2
33/4
2%
4y2 I 5V4 I 6
m
7}k
334
45/8
.4%"
_4y4
4%
_9_
_4%
91/2
5V4
IIV2
6%'
7%
61/8 I 61/2
1
%
Ll_Vi6
ay-
ay.
2y2 1 iy% I 3%
3y8 41/2
|4__l/2l4_5/g|4_^5/g]4_5/g| 4__3^ I 8— 5/g
^Face to face dimensions include the M-inch male face; thickness of flange dimensio7isllo"r^
with ring joint, female, tongue, or groove facing;
see the Crane Discount Sheet for prices.
Drilling : Flanged valves are furnished with the end
flanges faced, drilled, and spot faced (F.D. & S.F.)
unless otherwise ordered. List prices include drill-
ing to the 600-Pound American Standard, and spot
facing. No deduction is made if valves are ordered
faced only.
Butt-welding valves: Butt-welding valves (not
illustrated) can be made to order; prices on applica-
tion. They have the same general dimensions as the
flanged end valves, their end to end dimension being
the same as the face to face dimension of the flanged
valves. Orders for butt-\\ elding valves must specify
the diameter of the bore (inside diameter of pipe).
Air or gas service page 332
Templates for drilling , . , .page 554
description of materials . pages 1 to S
Utmensions of ring joint and special facings pages 561 and 562
14 1 ■ I ^1
■V
CRANE
331
6000-Pound Hydraulic
Forged Steel Check Valves
ii
WORKING PRESSURE
6000 pounds cold water or oil, non-shock
TEST PRESSURE
6500 pounds hydrostatic
o
Cross Section
No. 227 H
No. 227 H
Horizontal
Screwed
List Prices, Each, and Dimensions, in Inches
Size i-'
Inches)
%
V2
V4
1
VA
No. 227 H, Horizontal
21.00
23.00
27.00
33.00
45.00
End to end
1
IV&
278
3^8
4V2
5%
Center to top
m
16
2Vi
33/(
8
4M
8
4M
8
Service recommendations: These valves are rec-
ommended for severe and extremely high pressure
service on hydraulic lines not subject to shock. They
have very heavy metal sections and are exceptionally
rugged.
Body and cap: The body is made of a solid steel
forging. Sizes i-inch and smaller have a screwed
cap as illustrated. The i j^^-inch size has a bolted
cap (not illustrated).
*
Disc and seat: The disc is made of brass and is
accurately guided, assuring; square seating. 1 he
seat bushing, made of Exelloy. is easily renewed.
The valves have a small spring between the disc and
cap.
Seat opening: The diameter of the port opening
in these valves is slightly smaller than the inside
diameter of Double Extra Strong Pipe.
r
Severe services. touo;h materials — Crane Steel Valves
An unusual assortment of Crane \^alves and Fittings
iiii
: 1
I
1
w
I
33
T
^
CRANE
Cast Steel Swing Check Valves
■f
Working Pressures, Pounds per Square Inch, Non-Shock — For Valves Shown on Pages 333 to 336
Temp. Carbon ^^_ 4 Carbon-Molybd
Fluid
Deg.
Fahr.
Steel
Valves
enum
Alloy Steel Valves
No. 2 Nickel-Chrome
Alloy Steel Valves
No. 5 Chrome-Molybdenum Alloy
Steel Valves (Made to order)
150
Lb.
300
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
600
Lb.
900
Lb.
1500 I 2500 ![ 300 ' 400 ! 600
Lb. Lb. ''Lb. ' Lb. i Lb.
900
Lb.
1500
Lb.
2500
Lb.
Flanged Valves with Standard Facin js Other Than Ring Joint
Steam,
100
150
200
250
230
220
210
200
! 600
590
580
560
800
775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
14810
4645
600
590
580
560
800
775
750
725
1200
1180
1160
1120
11800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
Water,
Oil,
Oil Vapor,
*Gas,
or
300
350
400
450
500
190
180
170
160
150
540
, 520
500
480
460
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
1080
i 1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
540
520
500
480
460
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
*Air
{Class X)
550
600
650
700
750
140
130
120
110
100
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
Steam,
Oil, or
Oil Vapor
{Class X)
800
850
900
950
1000
t92
t82
t70
t55
140
340
320
300
, 265
! 190
450
425
400
350
250
680
640
600
530
380
1020
960
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205
1580
680
640
600
530
380
1020
960
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205 1
1580 i
340
320
310
300
200
450
425
410
400
275
680
640
620
600
400
1020
960
930
900
600
1700
1600
1550
1500
1000
2830
2665
2580
2500
1675
'
Flanged Valves with Ring Joint Facing
Butt-Welding and Screwed End Valves
Flanged Valves with Ring Joint Facing
r* -.
100
150
200
250
275
255
240
225
720
700
'675
650
960
925
900
875
1440 1 2160
1400 1 2100
1350 2025
1300 1950
3600
3500
3375
3250
6000
5825
5625
5425
1440
! 1400
1350
1300
2160
2100
2025
1950
3600
3500
3375
3250
6000
5825
5625
5425
720
700
680
660
960
925
900
875
1440
1400
1360
1320
2160
2100
2040
1980
3600
3500
3400
3300
6000
5825
5660
5495
Steam,
Water,
Oil,
Oil Vapor,
*Gas, or
*Air
300
350
400
450
500 ,
210
195
180
165
150
625
600
575
550
525
825
800
775
725
700
1250 1875
1200 1800
nSO 1725
1100 1650
1050 1575
3125
3000
2875
2750
2625
52O0
5000
4800
4575
4375
1250
1200
1150
1100
1050
1875
1800
1725
1650
1575
3125
3000
2875
2750
2625
5200
5000
4800
4575
4375
640
620
600
575
550
850
825
800
775
725
1280
1240
1200
1150
1100
1920
1860
1800
1725
1650
3200
3100
3000
2875
2750
5330
5165
5000
4800
4575
{Class X)
550
600
650
700
750
140
130
120
110
100
500
475
450
425
400
675
625
600 1
575
525
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
4175
3950
3750
3550
3325
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
4175
3950
3750,
3550
3325
525
500
475
450
425
700
675
625
600
S75
1050
1000
950
900
850
1575
1500
1425
1350
1275
2625
2500
2375
2250
2125
4375
4175
3950
3750
3550
Steam,
Oil, or
Oil Vapor
iClasa X)
800 !
850
900
950
1000
t92
t82
t70
T40
375
350
325
300
200
500
475
425
400
275
750
700
650
600
400 i
1125
1050!
975
900
600
1875
1750
1625
1500
1000
3125
2925
2700
2500
1675
750
700
650
600
400
1125
1050
975
900
600
1875
1750
1625
15O0
1000
3125
2925
2700
2500
1675,
400
375
350
325
300
SIS
500
475
425
400
800
750
700
650
600
1200
U2S
1050
975
900
2000
1875
1750
1625
1500
3325
3125
2925
2700
2500
*D
1050
1100 i
r . .
270
180
405
270
675 ! 1125 '
450 1 750 i
225
150
275
200
425
275
650 1075 1775
425 i 700 1175
tThese ratings are for oil refinery service; the American Standard
rating at 850° P., for steam other than in refineries.
conditions, etc. See paragraph below.
also includes an 85-pound rating at 800° F. and a 70-pound
These ratings apply to the Crane Cast Steel Swing
Check Val\-es shown on pages 333 to 33b.
Seating materials : Cast Steel Swing Check VaUes
are furnished with Class "'X'" trimming. Class "X"
trimmed valves have Exelloy to Exelloy seating
surfaces suitable for steam, water, oil, or oil vapor
up to 1 100° F. max.
Flange facings: Unless otherwise ordered, flanged
end i)0 and 300-Pound Valves regularly are ?ur-
nished ^\■ith He-inch raised faces, and 400-Pound and
higher pressure valves, with J^-inch male faces.
Air or gas : Regular valves with Class "X" trim are
•suitable for ordinary air or natural gas service.
For unusual gases, such as those with extreme vola-
tility or of corrosive, lethal, explosive, or inflam-
mable character, special consideration must be
given to the design of piping systems; recommenda-
tions will be furnished on request.
Cold service: For temperatures between 0° and
100° F., the ratings for 100° F. apply. For sub-zero
ser\ice. materials with suitable impact resistance
must be used ; recommendations on request.
Standards: Crane pressure-temperature ratings
agree with those in the American Steel Flange
Standard, No. Bi6e-iq3Q; the A.P.I. Standard No.
booA-3q and Supplement No. 1, .Adopted 1940; and
the A.P.I. Standard No. 5-G-3, IQ40.
CRANE
Cast Steel Swing Check Valves
333
Pressure
Class
Test Pressures
Hydrostatic
Shell Test
Hydrostatic
Seat Test
Working
Pressures
150-Pound 460 pounds 350 pounds
300-Pound 1000 pounds 775 pounds
For
400-Pound 1340 pounds 1000 pounds
working
600-Pound 2000 pounds 1550 pounds
pressures,
see
page 332.
900-Pound 2700 pounds 2250 pounds
1500-Pound 4500 pounds 3700 pounds
x o
All valves tested l&O pounds air -under -water
Crane Cast Steel Swing Check Valves are unusually strong and
rugged in construction. Advanced designing, careful selection
of materials, accurate machining, and experienced workmanship
in assembly are processes of production which enable these \'alves
to meet effectively the severe demands of modern installations.
Low working stresses, secured through the careful distribution
of metal and by the use of heavy metal sections, assure a maxi-
mum of safety over the recommended pressures and temperatures.
The valves are well suited for services such as are found in
modern industrial and power plants, long distance pipe lines,
and in oil refineries.
The line is complete and includes valves in a wide range of
sizes, in seven pressure classes (150, 300, 400, 600, qoo, 1500,
and 2500-Pound), and with flanged, screwed, or butt-welding
ends, as required. Prices and dimensions for the 2500-Pound
Valves are furnished on application.
Swing Check Valves are used to prevent the reversal of flow in
horizontal or vertical pipe lines. In vertical lines, or for any
angle from horizontal to vertical, they should be used for
upward flow only.
Specification of Materials
m
^1
m
1 50-Pound Valves are regularly made of Crane Car-
bon Steel; 300 and 400-Pound Valves are regularly
mad_e of Crane No. 4 Carbon-Molybdenum Steel,
and 600, qoo, 1 500, and 2500-Pound Valves are
regularly made of Crane No. 4 Carbon-Molybdenum
or of Crane No. 2 Nickel-Chrome Steel. The vahes
are furnished with "X" trim; for complete specifi-
cations, see the table below.
For extremely severe operating conditions, valves
can be made of Crane No. 5 Chrome-Molybdenum
Steel. They are made to order only; see the Crane
Discount Sheet for prices.
Orders for these valves should specify the cata-
log number and suiYix. Catalog numbers are shown
on page 334-
■ I
■ '• '
>llf>l
Trim
Names of Parts
150
Pound
Valves
300
Pound
Valves
400
Pound
Valves
600
Pound
Valves
900
Pound
Valves
1500
Pound
Valves
2500
Pound
Valves
Body
and
Cap
F anged
We ding or
Screwed
Carbon
Steel
No. 4 Carbon-
Molybdenum
Steel
No. 2 Nicke -Chrome Stee!
Class ''X"
No. 4 Carbon-Mo ybdenum Steel
Disc
8" and smal er Exelloy
OU, Oil Vapor,
Steam, or Water
10 and 12"
Exel oy-Faced
Carbon Steel
Exelloy -Faced
Alloy Steel
Exe loy
tlOOO^F. iVIax.
Body Seat Ring Exelloy
Hinge Alloy Steel
Cap Gasket Cornjgated Soft Iron JSoft Stee Ring Joint Gasket
§Cap Bolt-Studs
Triplex
tValves with No. 2 Nickel-Chrome Steel bodies are suitable for temperatures up to 1100" F.
t600-Pound valves, sizes V2. ^- ^nd Uinch, have a corrugated soft iron cap gasket (male and female).
Sl50-Pound Valves in all sizes and bOO-Pound Valves in sizes 14> H. ^nd I-inch use Triplex Steel cap studs.
List prices and dimensians . . . .page 335
Description of materials .\ . .page 1 to $
y'4
334
CRANE
I
I
^•\
[\*
M
! p i .
:/.
tl
I
I
Cast Steel Swing Check Valves
See page 333 for specificalions of materials.
Cross Sect ion
Screwed
For Oil, Oil Vapor,
Steam, or Water
No. 148 X, 150-Pound
No. 158 X, 300-Pound
No. 168 X, 400-Pound
No. 174 X, 600-Pound
Flansed
The Crane line of Cast Steel
Swing Check V'ahes embodies
the many refinements in design
and materials necessary to with-
stand severe service.
Design: On flanged and butt-welding vahes the
full port area is maintained without pockets, from the
inlet port to the \'abe seat, to avoid turbulence. On
the outlet side of the \-aK-e seat, the body is of
generous proportions. allo\\ing full s\\'ing of the disc
and minimizing erosion and fio\\^ resistance.
Body seat ring: A shoulder-type screwed-in body
seat ring provides maximum tightness and security.
Cap joint: The 150 and 300-Pound Valves, and
sizes I -inch and smaller of the 600-Pound Valves,
have a male and female type cap joint. The 400,
600 (sizes larger than i-inch), qoo, 1500, and 2500-
Pound Vah'es have the ring-type cap joint.
Cap studs and bolt-studs: Vahes of the 300-
Pound and higher pressure classes, except J-^, ?4.
and i-inch 600-Pound, have through bolt-studs of
Crane Triplex Steel. 150-Pound X'ah'es and the
}-^> /"i. 3i^cl I-inch 600-Pound Valves ha\'e Triplex
Steel studs. Both types pro\'ide an unusually strong
and tight cap joint.
Drilling: Flanged valves of each pressure class are
furnished \\*ith the end flanges faced, drilled, and
spot faced (F.D. & S.F.) unless otherwise ordered.
List prices include drilling to the corresponding pres-
sure class of the American Standard. No deduction
is made for valves ordered faced only.
Flange facings: The 150 and 300-Pound Flanged
Valves are regularly furnished with an American
Standard 3/f^-inch raised face on the end flanges: the
400, 600, qoo, 1 500, and 2500-Pound Flanged \'al\'es
regularly have a J^-inch male face (large male).
When so ordered, valves can be furnished with other
types of facings, such as ring joint, female, tongue,
groove, etc. ; see the Crane Discount Sheet for prices.
Finish of flange faces: The He-inch raised faces
and the J^-inch male faces are finished with con-
centric groo\^es, approximately 32 grooves per inch,
known as a "serrated" finish.
A smooth finish can be furnished on raised or male
faces, when specified; see the Crane Discount Sheet
For Oil. Oil Vapor.
Steam, or Water
No. 147 X, 150-Pound
No. 159 X, 300-Pound
No. 169 X, 400-Pound
No. 175 X, bOO^Pound
No. 187 X, 900-Pound
No. 199 X, 1500-Pound
Butt -Welding
For Oil, Oil Vapor,
Steam, or Water
No. 1471/2 X, 150-Pound
No. 1591/2 X, 300-Pound
No. 1691/2 X, 400-Pound
No. 1751/2 X, 600-Pound
No. 187V2 X, 900-Pound
No. 1991/2 X, 1500-Pound
for prices. The smooth finish is recommended when
a metallic gasket is used.
Standards: In design and materials, Crane Cast
Steel Sw ing Check Valves exceed the requirements of
Standards issued by the American Standards Asso-
ciation and the American Petroleum Institute.
End flanges on flanged \'alves conform to the Ameri-
can Standard for Steel Pipe Flanges and Flanged Fit-
tings, Bibe-iQ3q, for their respective pressure class.
This Standard does not include the 3^-inch size on
qoo or 1 5oo~Pound Valves.
15^0, 300, 400, and 600-Pound Flanged and Butt-
Welding Valves conform to the American Standard
for Face-to-Face Dimensions of Ferrous Flanged and
Welding End Valves, 816.10-1930, for their respec-
ti\"e pressure class. This Standard does not include
8, 10, and 12-inch 150-Pound Valves, il:^ and i Jv2"
inch 300-Pound Valves, 5-inch 400-Pound Valves,
3}^ and 5-inch 600-Pound Valves, or butt-welding
vah'es in the 10 and 12-inch sizes.
150, 300, 400, and 600-Pound Flanged Valves con-
form also to the American Petroleum Institute
Standard for Pipe Line Valves. No. 5-G-1, Second
Edition, September, 1938, for 230, 500, 670, and
1000 pounds working pressures, respectively, at
atmospheric temperature. This Standard does not
include ij^, ij^, 3)^, and 5'inch valves; also 150-
Pound Valves larger than 6-inch are not included.
Material Regularly Furnished Unless Otherwise Ordered
Body and Cap
150
Hound
300 and 400
Pound
600, 900, 1500,
and Z500-Pound
For
Steam or
Screwed
Welding
Crane
Carbon
Steel
Crane
No. 4
Carbon-
Molvbdenum
Alloy
Steel
Crane No. 4
Carbon-
Molybdenum
Alloy Steel
Water
Flanged
For
Screwed
Oi or
Welding
Oil
Vapor
Flanged
Crane No. 2 Nickel-
Chrome Alloy Steel
Valve Seating Materials
Exelloy to Exelloy seating surfaces ("X" trim) are
recommended for oil, oil vapor, steam, or water
service up to iioo° F.
4#-
CRANE
Cast Steel Swing Check Valves
335
■ v -
List Prices, Each
'III
Size
Screwed Fnd Valves
Flanged Fnd Valves, F.D. &z S.F.
or Butt-Welding End Valves
Inches
150
Pound
300
Pound
400
Pound
600
Pound
150
Pound
300
Pound
400
Pound
600
Pound
900
Pound
1500
Pound
V2
Use
600
Pound
Valves
75.00
3/4
85.00
1
100.00
1 1/4 100 . 00
115.00 1
105.00
Use
600
-"ound
Va ves
125.00
1V2 110.00
130.00
115.00
140.00
170.00
220.00
Use 1 500
Pound
Valves
250.00
2 105.00 125.00
160.00
110.00
130.00
310.00
2^/2 120.00 140.00
210.00
125.00
145.00
380.00
*3 135.00 160.00
240.00
140 . 00
*165.00
*250.00
440.00
500.00
31/2
165.00 190.00
275.00
170.00
200.00
290.00
500.00
600.00
4
180.00
210.00
285.00
360.00
185.00 220.00 300.00 380.00 600.00 700.00
5
245.00 1 285.00
380.00
250.00 300.00
400.00 520.00
770.00 1000.00
6
290.00
350.00
465.00
300.00 370.00 490.00 700.00 980.00 1300.00
8
440 . 00
550.00
740.00 1000.00 1450.00 1900.00
10
630 . 00 770 . 00 1000 . 00 1350 . 00 2000 . 00 2800 . 00
12
t 850 . 00 1050 . 00 1350. 00 1750 . 00 2700 . 00 3800 . 00
*When 3-inch 300 and 600-Pound Flanged Valves with ring joint facing are to be bolted to Cranelap joints, orders must so specify
A groo\'e of special pitch diameter is required: see page 562 for dimensions.
Drilling: Flanged vaK'es are furnished with the end
flanges faced, drilled, and spot faced (F.D. & S.F.),
unless otherwise ordered. List prices include drilling
to the corresponding pressure class of the American
Standard. No deduction is made if flanged valves
are ordered faced only.
Butt-welding valves: Unless otherwise ordered,
150 and 300-Pound Butt- Welding Valves are bored
to match the inside diameter of Standard pipe (the
hea\-iest weight on the 8, 10, and r 2-inch sizes).
For all other pressure classes, orders must specify
the diameter of the bore (I.D. of pipe).
mm^%
\w
When ordering, specify the catalog numbGr and suffix; see the preceding page.
o LP
3J
N
Screwed
-M^ — -1
Flanged
Dimensions, in Inches
Class
Size
M
N
P
Class Size
M
N P
Class
Size
M
P
2
8
8
5
400
Pound
4
16
13 10
900
Pound
3
15
91/2
2^2
W2
81/2
SVz
5
18
15 12
31/2
4
17
U
3
91/2
91/2
6
6
191/2
I6I/2 121/2
18
11
31/2
101/2
101/2
61/2
8
231/2
• 141/2
5
22
131/4
150
4
IIV2
111/2
7
10
261/2
*
6
24
133/4
Pound
5
13
13
8
12
30
*
8
29
I6I/2
6
14
14
9
600
Pound
1/2
4% 31/2
10
33
*
■8
19V2
191/2
IOV4
3/4
6 4
12
38
*
10
*
3|C
1
7 41/2
1500
Pound
IV2
12
8 1/4
12
+
*
11/4
9
71/2 6I/4
2
141/2
93/4
Wa
8
71/2
6
11/2
91/2
8V2 63/4
2V2
I6I/2
101/2
IV2
9
8I/2
6V4
2
111/2
9V2 1 7
3
31/2
181/2
191/2
111/4
2
lOVz
91/2
634
2V2
13
103/4 8V4
121/2
2V2
IIV2
103/4
8
3
14
113/4 9
4
21 1/2
131/4
3
I2V2
113/4
8 1/2
31/2
15
121/4 93/4
5
6
261/2
273/4
151/4
300
3V2
131/4
121/4
91/4
4
17
13 101/4
153/4
Pound
4
14
13
93/4
^
20
123/4
8
323/4
18 1/4
5
153/4
15
103/4
6
22
131/2
10
39
*
6
17V2
I6V2
111/4
8
26
1 151/4
12
441/2
*
8
21
14
10
31
183/4
2500
Pound
On
applies
10
241/2
IS
12
33
1 211/2
Lion
12
28
163/4
*The5e d
imensK
3ns wil be fu
rnished on
app iC(
ation.
Butt-Welding
Face to face; 150 and 300-Pound Flanged Valves have a J^-inch high large male face. Face to face
regularly have a He-inch raised face; and 400, 600, dimensions (dimension "*M**) shown in the above
900, 1500, and 2500-Pound Flanged Valves regularly table include these facings.
Description
Templates for drilling and flange dimensions . . . pages 553 to 555
pages 333 and 334 Welding bevel details. . . page €47 Special facings. . . pages 560 to 563
1 :
m^
I
ft.
I
I
I
336
CRANE
Cast Steel Swing Check Valves
With Outside Lever and Weight
Cast Steel Swing Check Valve
With Outside Lever and Weight
' I
When so ordered, Crane Cast Steel Swing Check
Valves can be furnished with an outside le\'er and
an adjustable ^\■eight. Such val\es are ideally
suited for certain services for which regular valves
are not entirely satisfactory.
With the le\-er and weight mounted so that the
weight assists the disc in closing, the valves close
the instant the flow stops. Val\"es so fitted are es-
pecially recommended for liquid lines where a sudden
reversal of flow may accumulate considerable mo-
mentum before an ordinary valve disc would close,
resulting in dangerous or damagincr shock. Bv clos-
ing instantly and preventing reversal of flow, they
eliminate shock.
With the lever and weight mounted so that the
weight balances the weight of the disc, the valve
becomes more sensitive to low inlet velocities. The
floating or feathering action of the disc causes the
valve to open with a minimum of pressure, and re-
sistance to flow past the disc is minimized.
Orders for valves with outside lever and weight must
specify whether the weight is to balance the disc or
to assist it in closing. Prices on application.
1 I
2 5 00 -Pound Alloy Cast Steel Swing Check Valves
2500-Pound
Alloy Cast Steel Swing Check Valve
Crane 2500-Pound Alloy Cast Steel Swing Check
Valves with flanged or butt-welding ends are avail-
able in the 4, 5, 6, 8, and lo-inch sizes.
The valves are recommended for the extreme pres-
sures and temperatures encountered in modern cen-
tral po\\-er stations and oil refineries. Thev are
regularly furnished with Class "X" trimming" (Ex-
elloy to Exelloy) and are suitable for oil, oil vapor,
steam, water, or general service.
These are extremlv heavy vaK'cs. Thev are
Working pressures poge 332
General description . . , pages 333 and 334
ruggedly constructed and are amply proportioned
throughout.
In these valves, the full port area is maintained with-
out pockets, from the inlet flange to the \'alve seat,
to avoid turbulence. On the outlet side of the valve
seat, the body is of generous proportions, allowing
full swing of the disc and minimizing erosion and
flow resistance.
Prices and dimensions \\'ill be furnished on applica-
tion.
Specification of materials page 333
Description of materials pages J to 9
CRANE
337
Forged and Cast Steel Screwed Fittings
Crane Forged and Cast Steel Screwed Fittings are available in a
wide range of straight and reducing sizes for a variety of service
requirements. Forged Steel Fittings are regularly made in the
2O0O, 3000, and 6000-Pound W.O.G. pressure classes. Cast Steel
Fittings are regularly made in the rooo and 2000-Pound W.O.G.
pressure classes. Special fittings and fittings for higher pressures
can be furnished to order; fittings shown in this section include:
QO° Elbows
qo° Street Elbows
45° Elbows
Caps
Forged Steel Fittings
2000-Pound W,O.G
3000-Pound W.O.G
6000-Pound W.O.G
qooo-Pound W.O.G
Tees
Crosses
Couplings
Reducers
■ page 338
.page 3 3Q
■ page 340
.page 340
Cast Steel Fittings
1000-Pound W.O.G .
2000-Pound W.O.G .
■ page 341
.page 341
^^^ #'h *^* ^i^ ^t^ ^T*
«lll<-
The Cast and Forged Steel Screwed Fittings
listed above comprise only a part of the complete
line of Crane steel products.
Other steel products are shown and described in
detail in other sections of this catalog. Refer to
the following pages:
Steel Bushings page 227
Steel Plugs page 228
Wrought Couplings page 229
Wrought Steel Nipples pages 230 and 231
Forged Steel Unions pages 247 and 248
Forged Steel Flange Unions pages 252 and 253
Steel Flanged Fittings pages 343 to 350
Steel Welding Fittings pages 351 to 360
Steel Flanges pages 361 to 367
Steel Gate Valves pages 297 to 307
Steel Globe and Angle Valves pages 309 to 326
Steel Check VaU^es pages 327 to 336
Steel Stop-Check Valves pages 370 to 374
Steel Blow-Off Valves page 377
Steel Safety Valves. ......''. pages 391 and 392
Steel Relief Valves pages 403 to 407
Steel Steam Traps page 416
Steel Sediment Separators page 423
How to read reducing fittings. . . .page 644
Fabricated Piping . . . pages 597 to 619
Valves and Fittings for Marine Service . . . pages 459 to 478
i. 1
1-' .f"- -jj;-- -'^.
f .
338
CRANE
2000-Pound W.O.G. Forged Steel Fittings
No. 2I20D
90^ Eibow
No. 2121 D
45° Elbow
WORKING PRESSURES
For Steam, Water, Oil,
Oil Vapor, Gas. or Air
Temp.
Pounds
Temp.
Deg.
Non-
Deg.
F.
Shock
F.
Pounds
Non-
Shock
100
,2000
600
1040
150
1900
650
960
200
1800
700
880
250
1700
750
800
300
1600
800
740
350
1500
850
670
400
1400
900
600
450
1300
950
530
500
1200
1000
380
550
1120
....
- , ,
No. 2124 D
Tee
A new line of fittings
Light in weight, but unusually strong and rugged!
These new Crane 2000-Pouncl W.O.G. Forged Steel
Fittings, although light in weight, are strong, tough, and
durable.
They are more compact than ordinary forged steel or
high-pressure malleable iron fittings. Liberally rein-
forced at points subjected to greatest strain, they have an ample factor
of safety over the recommended working pressures.
The fittings are designed for services that are beyond the temperature
range of malleable iron fittings but where the massiveness of the usual
hea^■ier type forged steel fitting is not required. In addition, they
will be found ideal for use on many relatively low pressure installations
where the extra strength and safety afforded by steel fittings are
desired.
The fittings are recommended for high pressure cold water, oil. or gas
lines and for high pressure steam, oil, or oil vapor lines operated at
elevated temperatures.
List Prices
Size
Inches
Vs
V4
% V2
¥4
1
IV4
11/2
2
No, 2120 D. 90° Llbows
Black, Each
.55
.55
.55 .65
.75
.90
1.20
1.50
1.90
No. 2121 D, 45" Elbows
Black, Each
.68
.68
.68 .78
.90
1.08
1.44
1.80
2.28
No. 2124 D. Tees
Black, Each
.80
.80
.80 .95
1.10
1.35
1.75
2.30
2.90
Jd' , '
\>(Ni;
^H-m ;i
I '.
■■fl '',
u,
w
I
Design: Crane 2000-Pound W.O.G, Forged Steel
Fittings are a departure from the usual screwed fit-
ting design. In place of the conventional narrow,
high band ordinarily used for end reinforcement,
these fittings have a low but exceptionally long band.
It completely surrounds the thread chamber, extend-
ing beyond the last thread. This design not only
provides the requisite strength but also makes the
fittings more compact and neater in appearance, and
permits a better wrench grip.
Construction: The fittings are forged solid, and
the openings are drilled. They have ample metal
sections throughout and are unusually rugged and
durable. Their long thread lengths and the fact that
the metal in the fittings expands and contracts in
unison with steel pipe, assure tight joints even on
lines subjected to great temperature changes.
Material: High grade carbon steel billets, pur-
chased under rigid specifications and carefully in-
spected and tested for quality, are used for forging
stock. The material has been especially selected for
its strength, toughness, and resistance to tempera-
ture and shock.
Threading : The threads are long and are accurately
cut to gauge. The openings are chamfered to permit
easy entrance of the pipe. All openings are in true
alignment.
Reducing fittings: Reducing qo° Elbows, 45°
Elbows, and Tees (any reduction) can be made to
order from straight size blanks. List prices of
reducing fittings are 15% higher than those which
apply to straight sizes shown in the table above.
Galvanized fittings: Galvanized 2000-Pound
W.O.G. Forged Steel Fittings can be made to order.
List prices are 100% higher than those which apply
to black fittings shown in the table above.
Other fittings; larger sizes: When larger sizes or
other types of fittings (qo° Street Elbows, Crosses.
Couplings, and Reducers) are required, Crane 3000-
Pound VV.O.G. Forged Steel Fittings are recom-
mended; see page 33c).
Crane Cast Steel Screwed Fittings are made in sizes
as large as 12 inches, and for 1000 and 2000 pounds
cold water, oil, and gas working pressures. They are
shown on page 341.
ffll^
Dimensions, in Inches
Size
Vs 'A
%
Vi
3/4
1
IV4
11/2
2
Center to end. 90" Elbows and Tees
^Vi6 ^Vie
^V32
IVs
IV16
IV2
m
2
23/8
Center to end, 45" iilbows
l'/l6 ^Vlfi
13/16
%
1
Ws
1V16
1V16
l^Vie
"INormal thread engagement
'A %
%
Vz
Vie
>Vl6
^Vie
^Vie
U
*For explanation
, see page
:591.
CRANE
339
W
WORKING PRESSURES
For Steam, Water, Oil,
Oil Vapor, Gas, or Air
No. 300 D
90' Eltxw
No. 303 D
90° Street Elbow
Temp.
Pounds
Temp.
Pounds
Deg. F.
N on -Shock
Deg. F.
Non-Shock
100
3000
600
1560
150
2850
650
1440
200
2700
700
1320
250
2550
750
1200
300
2400
800
1100
350
2250
850
1000
400
2100
900
900
450
1950
950
795
500
1800
1000
570
550
1680
. . , .
No. 305 D
Cap
No. 313 D
Coupling
No. 302 D
45" Elbow
No. 304 D
Tee
Cast Steel Screwed Fittings for
1000 and 2000 pounds cold service
are shown on page 341.
List Prices, Black, Each
No. 307 D
Cross
No. 323 D
Reducer
Si=e
Inches
Vs
V4
%
V2
V4
1
1V4
11/2
2
2V2
3 31/2 4
No. 300 D, 90' Elbows
.55
.55
.55
-65
.75
.90
1.20
1.50
1.90
2.90
5.00 12.50 12.50
No. 302 D, 45= Elbows
.68
.68
.68
.78
.90
1.08
1.44
1.80
2.28
3.48
6,00 14,00 14.00
No. 303 D, 90' Street Elbows
.75
.85
.85
1.05
1.40
2.00
2.50
3.15
1
No. 304 D, Tees
.80
.80
.80
.95
1.10
1.35
1.75
2.30
2.90
4.40
7.50 17.00 17.00
No. 305 D, Caps
*See Note
.45
.65
.90
1.00
1.30
2.00
3.65
4.35
No. 307 D, Crosses
1.10
1.10 1
.10
1.30
1.50
1.90
2.80
3.50
5.00
7.30
10.00 23.00 23.00
No. 313 D. Couplings
*Sce N
oce
.45
.55
.70
.85
1.15
1.60
2.75 3.85 4.80
No. 323 D, Reducers (Any reduction)
.SB 1
. 55
.70
1.00
1.20
1.35
1.60
1.85
2.75
3.75 5.50' 6.75
Reducing fittings: Reducing Elbows. Tees, and
Crosses can be made to order from straight sires ( any
reduction), at an advance of 15^ over the list prices
of straight fittings shown in the table abo\e.
*Note: For smaller size Caps, use Plain Caps, page
185. For smaller size Couplings, use Extra Heavy
Plain Couplings, page zzq.
Galvanized fittings: Galvanized fittings can be
made to order, at an advance of 100% o\er the list
prices of the black fittings.
Service recommendations: These fittings are un-
usually strong and rugged. They are ideal for high
pressure hydraulic lines and for high pressure-tem-
perature service. Their long thread lengths and the
fact that the metal in the fittings expands and con-
tracts in unison with steel pipe, assure tight joints
even on lines subjected to great temperature change.
Material and construction: The fittings are
forged solid from a special grade of steel, selected for
its strength, toughness, and resistance to temperature
and shock.
The openings are drilled. The ends, except on Caps,
Couplings, and Reducers, are reinforced with heaxy
bands, assuring generous strength.
Threading: The threads are long and are accu-
rately cut to gauge. The openings are chamfered to
permit easy entrance of the pipe. .All openings are
in true alignment.
Dimensions, in Inches
Dimensions of reducing sizes are the same as chose of the straight size corresponding to the largest opening.
A
A -I- A-
llThread
Engagement
F
T
90" Elbow
Tee
Cross
45"" Elbow SO"* Street Elbow Coupling or
Reducer
Cap
For explanation,
see page 59L
Size
Vs
'A
%
V2
Va
1 IV4
IV2 2
21/2
3
3V2
4
A — Center to end
^Vie
lVl6
IV16
iy4
IV16
lys 1%
2V8 2V2
31/4
33/4
41/2
41/2
B — Center to end, 45"' Elbows
'Vl6
^Vie
%
1
iVs
IV16 iVz
IIV16 2
2V4
2V2
21V16
21V16
C— Center to end, 90^ Street Elbows
25/32
^VlS
11/4
IV16
1% 1 VA
2V8 21/2
D— Center to end, 90'' Street Elbows
IV4
W2
1V4
2
2Vi6 2%
213/16 3S/16
I
E— End to end, Couplings and Reducers
iVs
lyg
1% 1
VA
ZVs
1% 278
278 35/8
41/8
478
4%
4%
F — Height, Caps
IV4
IV4
11/2 1^8
1% 2
2%
21/2
Z— Thread engagement
Va
%
%
V2
Vis
^Vl6 IV16
^Vl6 V4
^Vie
1
IV16
IVs
immiit
^
i^
I .
I i
i:
t
a;
I
m
''
ii
r
■)
340
CRANE
6000-Pound W.O-G. Forged Steel Fittings
WORKING PRESSURES
For Steam, Water, Oil,
Oil Vapor, Gas, or Air
No. 310 D
90° Elbow
No. 312 D
45° Elbow
Temp.
Pounds
Temp.
Pounds
Deg. F.
Non-Shock
Deg. F.
Non-Shock
100
6000
600
3120
150
5700
650
28S0
200
5400
700
2640
250
5100
750
2400
300
4800
800
2200
350
4500
850
2000
400
4200
900
1800
450
3900
950
1590
500
3600
1000
1140
550
3360
....
. - - •
CRa-NE t
r.QCio *j
No. 333 D
ODupling
No. 341 D
Reducer
No. 314 D
Tee
SERVICE RECOMMENDATIONS
These fittings are the same as the 3000-Pound Forged Steel
Fittings sho\^n on page 339 except they are much heavier.
The fittings are recommended for the extreme pressures and
temperatures encountered in some steam plants and oil refin-
eries and for high hydraulic pressures. They are exceptionally
massive and rugged.
List Prices, Black, Each
No. 317 D
Cross
Size 1 nches Vs V4 % V2 '^A 1 1 1/4 1 V2 2 2 1/2 3 31/2 4
No. 310 D, 90° Elbows .55 .55 ,65 .75 .90 1.20 1.50 | 1.90 2.90 5.00 12.50 12.50
No. '12 0, 45° Elbows .68 .68 ,7f .90 IM 1.44 1.80 2.28 3.4i 6.00 14.00 14.00
No. 314D, Tees .80 .80 .95 1.10 1.35 1.75 2.30 2.90 4.40 7.50 17.00 17.00
No. ol7 D, Crosses 1.10 1.10 1.30 1.50 1.90 2.^0 3.50 5.00 7.30 10.00 23.00 23.00
No. 333 D, Couphngs .60 1 .60 .60 .60 .65 .85 1.05 1.30 1.75 2.40 4.75 8.50 10.90
No. 341 D. FJeducers (Any reduction, ; .75 .75 .90 1.25 1.50 1.70 2.10 2.50 3.60 5.75 9.50 11.75
Reducing fittings: Reducing Elbows, Tees, and
Crosses can be made to order from straight sizes (any
reduction) at an ad\'ance of 15% over the list prices
of straight fittings shown in the table above.
Galvanized fittings: Galvanized 6000-Pound
W.O.G. Forged Steel Fittings can be made to order.
List prices are 100% higher than those which apply
to black fittings shown in the table above.
Dimensions, in Inches
Dimensions of reducing sizes are the same as those of the straight size corresponding to the largest opening.
Engagement
90° Elbow
Tee
Cross
45" Elbow
Coupling or
Reducer
Si
\\\\\\^
For explanation, see
page 591,
ize
Ve ! Va I %
Vz
Vi 1 I IV4 I W2
2V2
A — Center to end
3V2
B — Center to end, 45^ Elbows
E — End to end, Couplings and Reducers
Z — Thread engagement
I'M
16
Vs
^ViellViel IV4 llViel 1% I IVs I tVs \ IVz I 31/4 | 334 [ 41/2 ( 4y2
I iVs UViel IV2 ll^Viel 2 I 2V4 | 2V2 \1Wig\2^Vig\
IVs I 1% I 1% I 17/8 I 21/8 I 23/s ( 27/8 | 27/8 | 35/8 I 41/8 | 4Vs \ 4% \ 4%
Va
^
8
y*
8
V2
Vi
11
/l6
^Vi
16
^Vi
16
%
^V]
16
1 lVl6 IVs
W
I
I
Forged Steel Screwed Fittings, sizes }4 to
3-inch, for working pressures as high as
2700 pounds steam or hot oil at qoo° F. , or
qooo pounds cold water, oil, or gas, non-
shock, can be made to order. Prices,
dimensions, and ratings at other tempera-
tures will be furnished on application.
^'
CRANE
341
1000 and 2000-Pound W.O.G. Cast Steel Fittings
WORKING PRESSURES
For Steam, Water, Oil, Oil Vapor, Gas, or Air
90° Elbow
No. 760 D, 1000-Pound
No. 260 D, 2000-Pound
1000-Pound Fittings
2000-Pound Fittin
5S
Temp.
Pounds
Temp.
Pounds
Temp.
Pounds
Temp.
Pounds
Deg.
Non-
Deg.
Non-
Deg.
Non-
Deg.
Non-
F.
Shock
F.
Shock
F.
Shock
F.
Shock
100
1000
600
520
100
2000
600
1040
150
950
650
480
150
1900
650
960
200
900
700
440
200
1800
700
880
250
850
750
400
250
1700
750
800
300
800
800
370
300
1600
800
740
350
750
850
335
350
1500
850
670
400
700
900
300
400
1400
900
600
450
650
950
265
450
1300
950
530
500
600
1000
190
500
1200 !
1000
380
550
560
- . . .
, . .
550
1120
. . . .
. . .
Tee
No. 764 D, 1000-Pound
No. 264 D, 2000-Pound
45° Eibow
No. 762 D, 1000-Pound
No. 262 D, 2000-Pound
/'
TEST PRESSURES
looo-Pound Fittings ■ — 1000 pounds hydrostatic
— 2000 pounds hydrostatic
O'
zooo-Pound Fittings
Cross
No. 766 D, 1000-Pound
No. 266 D, 2000-Pound
List Prices
Size Inches 21/2 3 SVz 4 5 6 8 10 12 *5Vi6 *6%
No. 760 D, 90° Elbows Each 4.75 6.00 7.75 8.50 13.50 16.50 34.00 61.00 92.00 14.75 j 32.30
1000-Pound
No. 762 D, 45° Elbows Each 4.75 6.00 7.75 S. 50 13.50 16.50 34.00 61.00 92.00
^0. 764 D, Tees Each 7.10 9.00 U.50 12.75 20.25 25.00 51.00 91.00 13^.00 22.00 4^.50
No. 766 D. Crosses Each 9.50 12.00 15.50 17.00 27.00 33.00 68.00! 122. 00| 184.00'
No. 260 D, 90° Elbows Each 4,75 6,00 7,75 8.50 13.50 16.50 34.00, 61.00 92.00 14.75 32.30
2000-Pound
No. 262 D, 45° Elbows Each 4.75 6.00 7.75 8.50 13.50 16.50 34.00 61.00 92.00
No. 264 D, Tees Each 7.10 9.00 11.50 12.75 20.25 25.00 51.00 91.00 138.00 22.00 4^.50
No. 266 D, Crosses Each 9.50 12.00 15.50 17.00 27.00 33.00'68.00 122.00 l;:4.00
Reducing fittings: Reducing Elbows, Tees, and
Crosses can be made to order. Reducing sizes use
the same list prices as straight size fittings but are
sold at an advance in price; see the Crane Discount
Sheet for prices.
*Casing sizes: Orders for casing fittings must
specify the outside diameter of the casing, the num-
ber of threads per inch, and the style of the casing.
Service recommendations: Crane 1000 and 2000-
Pound W.O.G, Cast Steel Fittings are recommended
for services that are beyond the pressure-temperature
range of malleable or cast iron fittings, or where
stronger, more rugged fittings are desired. They are
well suited for ser\-ice on steam, hot oil, gas, and
water lines.
Material and construction : The fittings are made
of Crane Carbon Steel. They are cast from special
patterns and are not to be compared with cast steel
fittings made from patterns designed for cast iron
fittings. Metal sections are ample throughout, and
heavy bands reinforce the ends of the fittings. The
2000-Pound Fittings are unusually massi\'e.
Threading: Threads are long and are accurately
cut to gauge; all openings are in true alignment.
Openings are chamfered to permit easy entrance of
the pipe.
Alloy steel: Fittings made of Crane No. 4 Carbon-
Molybdenum .A^Uoy Cast Steel or of Crane No. 5
Chrome-Molybdenum .Alloy Cast Steel to withstand
elevated temperatures, corrosion, and erosion can be
made to order. Prices on application.
Smaller sizes: For smaller sizes, use the forged
steel fittings shown on pages 338 to 340.
i?
it
Dimensions, in Inches — 1000 and 2000'Pound Fittings
*A-[-A-
A*i*A*
" llThread"
Engagement
90° Elbow
Tee
Cross
45° Elbow
For explanation, see page ?91
Size 21/2 3 31/2 4 5 6 8 10 ! 12 *53/ig *^%
A— Center to end 3% 33/4 41/3 41/2 SVi 6V4 734 91/4 llVz 51/2 J^Vs
B— Center to end, 45° Elbows 21/4 21/2 2% 2i3/is 33/i6 31/2 45/i6 S^/ig 6
Z--Thread engagement is/ie 1 IVie IVs IV4 IV16 IV16 1% IV4
*These are casing sizes. fWhen 6^-inch fittings are threaded for 6^-inch A. P. I. Casing, dimension "'A" will be 6J^ inches.
342
CRANE
I
Forged Steel
Ground Joint Unions
I-emale L'nif>n
Brass to Steel Scac
Aliile and Female Union
Steel to Steel Seat
Forced Steel Ground Joint Unions are furnished
with either female or male and female ends. The
unions have a brass to steel or a steel to steel
seat. For \ery high pressures, the Xo. 246 X
Union w ich steel to Fxellov seat is recommended.
For prices and complete description, see page 247.
Forged Steel
Ground Joint Hammer Lug Unions
Female Union
With Single Hammer Lugs
Forged Steel Ground Joint Hammer Lug Unions
are available with either single or double hammer
lugs. Single hammer lug unions have a brass to
steel or a steel to steel seat. Double hammer lug
unions ha\'e a brass to steel seat. For prices and
complete description, see page 248.
I ■
I
Forged Steel
Tongue and Groove Flange Unions
Flange Union
With Cranite Gasket
Forged Steel Tongue and Groo\e Flange Unions
are rugged and ser\iceable. 'Fhey are the gasket
type. For prices and complete description, see
page 252.
Forged Steel
Ground Joint Flange Unions
Flange Union
Steel to Steel Seat
Forged Steel Ground Joint Flange Unions are
furnished in the 2000, 6000, and Qooo-Found
W.O.G. pressure classes. For prices and com-
plete description, see page 25 -j.
Forged Steel Combination Elbows
Combination Elbovi-
Forged Steel Combination Elbows are ideal for
making strong, compact connections \\ here space
is limited. They can be used in place of screwed
fittings or in place of a flanged elbou. For
prices and complete description, see page 252.
Steel Bushings and Plugs
Face
Bushing
J-Je.Kagon
Bushing
Square 1 iead
Plug
The Crane line of steel bushings and plugs in-
cludes face bushings, regular type hexagon
bushings, long pattern hexagon bushings, and
square or hexagon head plugs. For prices and
complete description, see pages 22- and 228.
(
:|
CRANE
343
Cast Steel Flanged Fittings
The Crane line of Cast Steel Flanged Fittings, embracing a wide
range of sizes and types in 150, 300, 400, 600, qoo. ijoo, and
2500-Pound pressure classes, is described in detail on the pages
that follow. Special fittings will be made to order; fittings listed
in this section include:
lill
Qo° Elbows
Qo^ Long Radius Elbows
qo° Base Elbows
45° Elbows
Tees
Crosses
Laterals
Taper Reducers
Eccentric Reducers
Return Bends
Pressure-Temperature Ratings page 344
General Description page 34J
List Prices
I 50, 300, and 400-Pound page 346
600, qoo, and 1500-Pound page 347
Dimensions
150 and 300-Pound page 348
400, 600, qoo, I 500, and 2500-Pound page 34q
M
\
m
-nV '^T%' ^^^ ^m^ ^T^ ^^^ ^T^
The Cast Steel Flanged Fittings listed above
comprise only a part of the complete line of
Crane steel products.
Other steel products are shown and described in
detail in other sections of this catalog. Refer to
the following pages:
Steel Flanges pages 361 to 367
Steel Welding Fittings pages 351 to 360
Forged Steel Flange Unions pages 252 and 253
Forged Steel Unions pages 247 and 248
Steel Screwed Fittings pages 337 to 342
Steel Bushings page 227
Steel Plugs page 228
Wrought Couplings page 229
Wrought Steel Nipples pages 230 and 231
Steel Gate Valves pages 297 to 307
Steel Globe and Angle Valves pages 309 to 326
Steel Check Valves pages 3 27 to 3 36
Steel Stop-Check Valves pages 370 to 374
Steel Blow-Off Valves page 377
Steel Safety Valves pages 391 and 392
Steel Relief V^alves pages 403 to 407
Steel Steam Traps page 416
Steel Sediment Separators page 423
H I
fWw
ih
If.
* '.
How to read reducing fittings , . . .page 644
Fabricated Piping. . . .pages 597 to 619
Valves and Fittings for Marine Service . . . .pages 459 to 478
T»
■ " -^'f
344
CRANE
Cast Steel Flanged Fittings
!:
li
li>
. ^
k.'
(lii
Working
' Pressures, Pounds per
Square Inclr
1, Non
-Shock — For Fittings Shown
on Pages 345 to 349
Fluid
Temp.
Deg.
Irahr.
Carbon
Steel
Fittings
No. 4 Carbon-Molybdenum
Alloy Steel Fittings
No. 2 Nickel-Chrome
Alloy Steel Fittings
No. 5 Chrome-Molybdenum Alloy
Steel Fittings (Made to order)
150
Lb.
300
Lb.
400
rb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
300
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
Flanged Fittings with Standard Facings Other Than Fing Joint
100
150
200
250
230
220
210
200
600
590
580
560
800
775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
600
590
580
560
800
775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
Steam,
Water,
Oil,
Oil Vapor,
Gas, or
300
350
400
450
500
190
180
170
160
150
540
520
500
480
460
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
540
520
500
480
460
700
675
650
625
600
1080
1040
1000
%0
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
Air
550
600
650
700
750
140
130
120
110
100
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
Steam,
Oil, or
Oil Vapor
800
850
900
950
1000
T*92
t''82
*70
*55
MO
340
320
300
265
190
450
425
400
350
250
680
640
600
530
380
1020
%0
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205
1580
680
640
600
530
380
1020
960
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205
1580
340
320
310
300
200
450
425
410
400
275
680
640
620
600
400
1020
960
930
900
600
1700
1600
1550
1500
1000
2830
2665
2580
2500
1675
Flanged Fittings with Ring Joint Facing
100
150
200
250
275
255
240
225
720
700
675
650
%0
925
900
875
1440
1400
1350
1300
2160
2100
2025
1950
3600
3500
3375
3250
6000
5825
5625
5425
1440
1400
1350
1300
2160
2100
2025
1950
3600
3500
3375
3250
6000
5825
5625
5425
720
700
680
660
%0
925
900
875
1440
1400
1360
1320
2160
2100
2040
1980
3600
3500
3400
3300
6000
5825
5660
5495
Steam,
Water,
Oil,
Oil Vapor,
Gas, or
300
350
400
450
500
210
195
180
165
150
625
600
575
550
525
825
800
775
725
700
1250
1200
1150
1100
1050
1875
1800
1725
1650
1575
3125
3000
2875
2750
2625
5200
5000
4800
4575
4375
1250
1200
1150
1100
1050
1875
1800
1725
1650
1575
3125
3000
2875
2750
2625
5200
5000
4800
4575
4375
640
620
600
575
550
850
825
800
775
725
1280
1240
1200
1150
1100
1920
1860
1800
1725
1650
3200
3100
3000
2875
2750
5330
5165
5000
4800
4575
Air
550
600
650
700
750
140
130
120
110
100
500
475
450
425
400
675
625
600
575
525
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
4175
3950
3750
3550
3325
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
4175
3950
3750
3550
3325
525
500
475
450
425
700
675
625
600
575
1050
1000
950
900
850
1575
1500
1425
1350
1275
2625
2500
2375
2250
2125
4375
4175
3950
3750
3550
Steam,
Oil, or
Oil Vapor
800
850
900
950
1000
t*92
T*82
*70
*55
*40
375
350
325
300
200
500
475
425
400
275
750
700
650
GOO
400
1125
1050
975
900
600
1875
1750
1625
1500
1000
3125
2925
2700
2500
1675
750
700
650
600
400
1125
1050
975
900
600
1875
1750
1625
1500
1000
3125
2925
2700
2500
1675
400
375
350
325
300
525
500
475
425
400
800
750
700
650
600
1200
1125
1050
975
900
2000
1875
1750
1625
1500
3325
3125
2925
2700
2500
1050
1100
270
180
405
270
675
450
1125
750
225
150
275
200
425
275
650
425
1075
700
1775
1175
*These ratings are for oil refinery service and apply to sizes 12-inch and smaller only.
tThe American Standard also includes an 85-pound rating at 800^ F. and a 70-pound rating at 850° F., for steam other than in
refineries and for sizes 24-inch and smaller.
'.-''
These ratings apply to the Crane Cast Steel Flanged
Fittings shown on pages 345 to 349.
Flanged facings: Unless otherwise ordered, 150
and 300-Pound Flanged Fittings regularly are fur-
nished with JYe-i^ch raised faces, and 400-Pound and
higher pressure flanged fittings, with ^-inch male
faces.
Cold service: For temperatures between 0° and
100° F., the ratings for 100° F. apply. For sub-zero
service, materials with suitable impact resistance
must be used; recommendations on request.
Standards: Crane pressure-temperature ratings
agree with those in the American Steel Flange Stand-
ard, No. Bi6e-iq39; the A.P.I. Standard No.
600A-3Q and Supplement No. i. Adopted ic)4o; and
the A.P.I. Standard No. 5-G-3, 1940.
CRANE
Cast Steel Flanged Fittings
345
•-
a
90* Elbow
Straight
No.
No.
No.
No.
No.
No.
No.
No.
No.
No.
No.
No.
525 D,
401 D,
601 D,
845 D,
1245 D,
154S D,
150
300
400
600.
900.
1500-
-Pound
-Pound
■Pound
-Pound
-Pound
■Pound
Reducing
1 50-Pound
300-Pound
400-Pound
600-Pound
900-Pound
1541 D, 1500-Pound
545 D,
421 D,
621 D,
841 D,
1241 D,
90° Long Radius Elbow
No. 551 D, 150-Pound
No. 427 D, 300-Pound
45" E bow
No.
527 D,
1 50-Pound
No.
403 D,
300-Pound
No.
603 D,
400-Pound
No.
846 D,
600-Pound
No.
1246 D,
900-Pound
No.
1546 D,
1500-Pound
QC* Base Elbow
With Round Base
No. 550 D,
No. 425V2D,
No. 625 D,
No. 854 D,
No. 1254 D,
No. 1554 D,
1 50-Pound
300-Pound
400-Pound
600-Pound
900-Pound
1500-Pound
Return Bend
No. 553 D, 150-Pound
No. 429 D, 300-Pound
List prices pages 346 and 347
Pressure
Class
Hydrostatic
Test Pressures
Working
Pressures
150-Pound
*460 and 350 pounds
300-Pound
1000 pounds
For
400-Pound
1340 pounds
working
600-Pound 2000 pounds
see
900-Pound
2700 pounds
page 344.
1500-Pound 4500 pounds
*460 pounds for 12" and smaller: 350 pounds for larger.
Crane Cast Steel Flanged Fittings are available in
a complete assortment of types and a wide range
of straight and reducing sizes. They are made in
a variety of materials and with various flange fac-
ings, providing fittings for every service require-
ment.
The Crane line includes flanged fittings in the i 50,
300. 400, 600, Qoo, 1500, and 2500-Pound pressure
classes. Prices and dimensions are shown on pages
340 to 349 (prices for the 2500-Pound on applica-
tion).
Materials : The 1 50-Pound Flanged Fittings are
regularlv made of Crane Carbon Steel. All other
fittings are made of Crane No. 4 Carbon-Molyb-
denum Steel, unless otherwise ordered.
When so specified, 600, qoo, i 500, and 2500-Pound
Fittings can be made of Crane No. 2 Nickel-Chrome
Steel without additional charge.
Fittings made of Crane No. 5 Chrome-ivlolybdenum
Steel can also be supplied to order; see the Crane
Discount Sheet for prices.
Base elbows: Base elbows have a round base
flange, plain faced. The base flange is not drilled
unless so ordered.
The base is suitable only for support in compression
and is not to be installed for service as an anchor
or support in tension or shear.
Special fittings : Special Angle Elbows, Base
Tees, Tees with Anchorage Base, and other un-
usual fittings can be made to order; prices on
application. Inquiries should be accompanied by
drawings.
American Standard : Crane Cast Steel Flanged
Fittings conform to the American Standard for
Steel Pipe Flanges and Flanged Fittings, Bi6e-
iq^q, for their respective pressure class. This
Standard does not include Return Bends, 33/^-inch
fittings in the 000 and 1500-Pound classes, or Y^.
and ^-inch 45° Laterals in the 1500-Pound class.
Taper Reducer
No.
No.
No.
No.
547 D,
423 D,
623 D,
853 D,
No. 1253 D,
150-Pound
300-Pound
400-Pound
600-Pound
900-Pound
No. 1553 D, 1500-Pound
tEccentric Reducer
No. 548 D, 150-Pound
No. 4231/2 D, 300-Pound
No. 624 D, 400-Pound
No. 855 D, 500-Pound
No. 1255 D, 900-Pound
No. 1555 D, 1500-Pound
No.
No.
No.
No.
No.
No.
No.
No.
No.
No.
No.
No.
Tees
Straight
534 D,
412 D,
605 D,
847 D,
1247 D,
1547 D,
150
300-
400.
600
900
1500.
Reducing
531 D,
407 D,
607 D,
848 D,
1248 D,
1548 D,
150
300
400
600
900.
1500-
■Pound
Pound
■Pound
■Pound
■Pound
■Pound
■Pound
■Pound
■Pound
■Pound
■Pound
■Pound
^
V On
h
rUf
Crosses
Straight
No.
537 D,
150-Pound
No.
413 D,
300-Pound
No.
613 D,
400-Pound
No.
1149 D,
600-Pound
No.
1249 D,
900-Pound
No.
1549 D,
I 500-Pound
■leducins
No.
539 D,
150-Pounc
No.
415 D,
300-Pound
No.
615 D,
400-Pound
No.
850 D,
60G-Pound
No.
1250 D,
900-Pound
No.
1550 D,
1500-Pound
45^^ Laterals
Stra
ght
No.
541 D,
150-Pound
No.
417 D,
300-Pound
No.
617 D,
400-Pound
No.
851 D,
600-Pound
No.
1251 D,
900-Pound
No.
1551 D,
1500-Pound
■Reducing
No.
543 D,
150-Pound
No.
419 D,
300-Pound
No.
619 D,
400-Pound
No.
852 D,
600-Pound
No.
1252 D,
900-Pound
No.
1552 D,
1500-Pound
"bccentric
reducers are
made to (
Dfder only;
prices on
app ication.
Description of materials . pages 1 to 9
Dimensions pages 348 and 349
\m\
I
if I
1^^
-;"-^tVt.'-:
J.J —
t-^^.rrz^iZJjXj^^Z3f,
!fl?^'^_^
346
CRANE
I
Cast Steel Flanged Fittings
Drilling: Fittings are furnished
with end flanges faced, drilled, and
spot faced, unless otherwise ordered.
List prices include drilling to the
corresponding pressure class of the
American Standard. No deduction is
made if fittings are ordered faced
only.
Flange facing and finish ; The i 50
and 300-Pound Fittings are regularly
furnished \\'ith an American Stand-
ard l{^-\nch raised face on the end
flanges' .he 400, 600, qoo, 1500, and
2500 Found Fittings regularly ha\-e
a J^-inch male face (large male).
When so. ordered, other facings can
be furnished, such as ring joint,
female, etc. ; see the Crane Discount
Sheet for prices.
Raised and male faces are furnished
with concentric grooves, approxi-
mately 32 grooves per inch, known as
a "serrated" finish.
A smooth finish (recommended when
a metallic gasket is used) can be fur-
nished, when specified; see the Crane
Discount Sheet for prices.
List prices of reducing fittings :
Prices of Reducing Tees, Crosses,
and 45° Laterals shown in the tables
apply to any reduction.
The list prices of qo° Reducing El-
bows and of Taper Reducers apply
only to the reductions shown in the
table at the right; other reductions
or other reducing sizes are made to
order, prices on application.
Reducing fitting prices are governed
by the size of the largest opening.
Sizes of Reducing Elbows
and Taper Reducers Available
Size
Pressure Class
2 xVA
21^x2
3 x2H
3 x2
3Hx3
4 x3
4 x2H
4 x2
150,
1500
5 x4
300,
Pound
5 x3
and
600
400
6 x5
6 x4
Pound
and
6 x3
QOO
8 x6
Pound
8 X 5
8 x4
10 x8
10 x6
12 X 10
12 x8
fDoes not include 3J^ x 3''.
for catalog numbers, descripfiorij etc., see page 345,
For Galvanized Fittings, see page 572
{
't
r -
I •
*i
ti
I
I
i!
List Prices— 150, 300, and 400-Pound Fittings (F,D. & S.F.), Each
Class
Size
Inches
hlbows
-
90°
Base blbows
Tees
Crosses or
45"^ Laterals
90^
or
45 "^
90^
Reduc-
ing
(See
above)
90°
Long
Radius
Price
with
Base
Faced
Only
Extra
to
Drill &
Spot
Face
Base
Straight
Reduc-
ing
(Any
reduc-
tion)
Straight
Reduc-
ing
(Any
reduc-
tion)
Taper
Reduc-
ers
(See
sizes
above)
1 10.00 15.00 20.00
IV4 11.00 16.00 18.00 21.00 23.50
IV2 12.00 ' 17.00 19.00 23.00 26.00
2 13.00 16.00 17.00 18.00 20.25 25.00 28.25 13.00
2V2 15.001 18.00 19.00 20.00 22.50 29.00 33.00 15.00
♦3 17.00 20.00 22.00 23.00 26.00 33.00 37.00 17.00
3V2 20.00 24.00 26.00 26.00 29.50 38.00 43.00 20.00
tl50
or
4 22.00 26.00 29.00 32.00 3.00 29.00 33.00 42.00 47.50 22.00
5 27.00 32.00 39.00 41.00 3.00 37.00 42.00 51.00 58.00 27.00
poo
6 33.001 39.00 48.00 50.00 3.00 46.00 52.00 63.00 71.50 33.00
Found
8 48 . 00 56 . 00 70 . 00 70 . 00 6 . 00 65 .00 74 . 00 91 . 00 103 .00 48 . 00
10 67.00 79.00 92.00 97.00 8.00 90.00 102.00 127.00 144.00 67.00
12 84.00 100.00 115.00 120.00 10.00 110.00 125.00 160.00 182.00 84.00
14 108.00 157.00 160.00 12.00 j 147.00 168.00 205.00 234.00
16 140.00 205.00 205.00 15.00 190.00 217.00 265.00 302.00
18 180 . 00 270 .00 270 . 00 15. 00 245 . 00 280 . GO 340 . 00 388 . 00
20 225 . 00 350 . 00 350 .00 15 . 00 320 . 00 365 . 00 430 . 00 490 . 00
24 355.00 545.00 550.00 15.00 490.00 560.00 675.00 770.00
t400
Pound
For
smaller
sizes.
use
600
Pound.
4 I 31.00 37.00
44.75 4.00 45.50 51.50
63.00 71.50 31.00
40.001 47.00
59.50 4.00
57.00 65.00
79.00 90.00 40.00
48.00 57.00
71.50 4.00 68.00 77.00
94.00 107.00 48.00
8
72.00 85.00
104.00 8.00 101.00 115.00 141.00 160.00 72.00
10
100.00 120.00
142.00 10.75 141.00 160.00 1%.00 223.001 100.00
12
133.00 160.00
187 .00 13 . 25 187. 00 213 . GO 260. 00 296. 00 133 . 00
14
175.00
249.00 16.00 247.00 281.00 344.00 392.00
16
230.00
326.00 20.00 324.00 369.00 452.00 515.00
18
290.00
410-00 20.00 409.00 466.00 570.00 650.00
20
370.001
525.00 20.00 521.00 594.00 728.00 830.00
24
565.00
800.00 20,00 795.00 908.00 1110.00 1268.00
*When 3" 300-Pound Flanged Fittings v.ith ring joint facing are to be bolted to Cranelap Joints, orders
must specify. A groove of special pitch diameter is required; see page 562 for dimensions.
|I 50-Pound Fittings are Carbon Steel; 300 and 400-Pound are No. 4 Carbon-Molybdenum Steel.
Return Bends
Size by
Center
to
Center
Inches
tl50
Pound
2x7 18.25
3x 71/2 23.00
3x8 23.75
3x 9 24.50
4x 9
31.00
4x10
32.50
4x11
33.75
4x12
35.00
4x13
36.25
4x14 37.50
4x18
44.00
6x12 51.50
6x15 57.50
t300
Pound
2x 71/2 18.75
3x 8I/2 24.00
3x12 26.50
4x10
32.50
4x11 33.75
4x111/2 34.50
4x12 35.00
4x161/2 41.75
4x17 42.50
4x171/2 43.25
4x18 44.00
6x14 56.00
6x15 57.50
6x161/2 61.00
6x17 62.00
6x18 64.00
8x171/2 90.00
I
m
CRANE
347
Cast Steel Flanged Fittings
Prices of 2500-Pound Flanged Fittings are furnished on application.
List Prices.
Continued- — 600
900, and 1500-Pound Fittings TF-D. & S.F.), Each
Class
Size
Inches
Elbows
90°
Rase Elbows
Tees
Crosses or
45^ Laterals
Taper
Reducers
90°
or
45°
90'
Reducing
(Seep. 346
for
sizes)
Price
with
Rase
Faced
Only
Extra to
Drill
& Spot
1-ace
Base
Straight
Reducing
(Any
reduc-
tion)
Straight
Reducing
(Any
reduc-
tion)
(Seep. 346
for
sizes)
Vz
12.00
!
17.50 24.50
V4
13.00
19.00
21.50 26.50 ' 30.00
1
14.50 1
21.50
24.50
30.00 34.00
1 1/4 15 . 50
23.00 26,00
31.50 1 35.50
IV2
17.00
25.00 28.50 34.50 39.00
2
19.00
23.00
28.00
31.50 39.00 44.00 19.00
2V2
22.00
26.50
\
1
32.50 36.50 45.00 51.00 22.00
*3
25.00
30.00
37.00
41.75 51.00 58.00
25,00
29,00
3V2
29.00
35.00
1
43.00 48.50 60.00 68.00
t600
4 34.00 41.00
50.00
4.80
51.00 58.00 71.00 80.50 34.00
Pound
5 47.75
57.50
72.75 4.80 72.25 82.25 100.50 114.50 47.75
b 61.00 73.50 : 93.00 4.80 91.00 104.00 126.00 143.00
61,00
89-00
8 89.00
107.00
132.00 9.50
135.50 154.50 188.00 214.00
10 140.00
168.00
197.00 13.00 1 209.00 238.00 292.00 333.00 140,00
12 182.00
218.00
254.00 16.00
276.00 315.00 385.00 439.00 182.00
14 231.00
316.00 19.00 ; 346.00
395.00 482.00 550.00
554.00 675.00 771. OO
16 325.00
445.00 24.00 1 485.00
18 406.00
Prices
on
App ication
572.00 652.00 798.00 910.00
20 518.00
729.00 831.00 1019.00 1162.00
24 791.00
1113.00 1271.00 1554.00 1775.00
6
35.75
■
56.50 64.00 78.50 89.00
3y2
44.25
70.50 80.00 97.50 111.00
4
54.00 65.00
81.00 6.00
84.50 96.00 117.00 133.00 54.00
1900
Pound
5
77.50
93.00
116.50 6.00
122.00 139.00 168.00 191.00 77.50
6
100.00
120.00
150.00 6.00
155.00 176.00 : 215.00 244.00 100.00
For
8
177 . 00
213.00
262.00 12.00
276.00 314.00 381.00 434.00 177.00
sma ler
10
263.00 316.00
373 . 00 1 6 . 00 ' 4 15 . 00 ! 472 . 00 574 . 00 654 . 00 263 . 00
sizes,
12
360.00
432.00
505 .00 20 . 00 565 . 00 643 . 00 785 . 00 894 . 00 360 . 00
use
500
14
450.00
[ 620.00 i 24.00 1 705.00 802.00 975.00 1110.00
Pound,
16
585.00
800.00 30.00 ; 918.00 1043.00 1270.00 ' 1445.00
18
730 . 00
Prices
on
Application
1029.00 1173.00 1436.00 ; 1638.00
20
932.00
1312.00 1495.00 \ 1834.00 2091.00 '
24 1423.00
2000.00 2287.00 '• 2797.00 3195.00
-
V2
14.00
i , Z0.50 , 27.50
3/4
15.00
1 22.50 25.50 29.50 33.50
1
16.50
25.25 29.00 [ 33.50 ; 38.00
IV4
18.00
27.75 31.50 38.50 44.00
IV2
20.25
31.00 35.00 43.00 49.00
2
24.00 29.00 1 1
37.00 42.00 51.00 j 58.00 24.00
21/2
29.25
35.00
46.00 52.00 63.50 72.00 29.25
11500
-1
44.75
54.00
71.00 81.00 , 98.00 110.00 ; 44.75
Pound
31/2
55.25
88.00 ; 100.00 122.00 140.00
4
67.50
81.00
101.00 7.50 ; 105.50 120.00 146.00 165.00 67.50
5
97.00
117.00
145.00 7.50 154.00 , 175.00 , 210.00 240.00 97.00
6
125.00
150.00
188.00 7.50
194.00 ; 220.00 269.00 , 305.00 125.00
8
221.00
265.00
328.00 15.00
345.00 395.00 | 476.00 540.00 221.00
10
329.00
467.00 20.00
519.00 590.00 717.00 820.00
12
450 . 00
631 . 00 25 . 00 i 707 .00 805 . 00 98 1 . 00 1 1 20 . 00
14
565.00 780.00 30.00 890.00 1010.00 1230.00 1400.00
\
*VVhen 3-inch 600-Pound flanged fittings with ring joint facing are to be bolted to Cranelap Joints, orders must so specil\\ A
groove of special pitch diameter is reQuired; see page 562 for dimensions.
tThesc fittings are No, 4 Carbon-Molybdenum Steel; No. 2 Nickel-Chrome Steel furnished when ordered; see page 345.
DtmGnsions . . . pages 348 and 349
Taps and drains for flanged fittings . page 645
Description . . _ .page 345
How to read reducing sizes . . . page 644
f
tN
■]i
\i
'■.*>
• •
348
I
CRANE
Cast Steel Flanged Fittings
Dimensions, in Inches
^-A^
lEI
90^ Elbow
Tee
Cross
45^ Lateral
-A
90° Long
Radius Elbow
45° Elbow
90^ Base Elbow
Taper
Reducer
Return Bend
J .1
I!
)■:
!!
ii
f
Class
Size
A
B
C
D
E
F
G
H
J
K
1
31/2
5
1%
53/4
1^4
7y2
Wa
33/4
51/2
2
61/4
134
8
-
Wz
4
6
2V4
7
2
9
2
41/2
6I/2
2V2
8
2y2
101/2
5
4y8
4y8
y2
21/2
5
7
3 1
9y2
2y2
12
51/2
41/2
4%
y2
3
5V2
7y4
3
10
3
13
6
478
5
V16
31/2
6
8V2
3V2
ny2
3
141/2
61/2
5y4
5
Vie
4
6 1/2
9
4
12
3
15
7
51/2
6
%
150
5
71/2
101/4
41/2
131/2
3y2
17
8
61/4
7
IV16
Pound
6
8
11V2
5
141/2
3y2
18
9
7
7
IV16
8
9
14
51/2
171/2
4y2
22
11
8%
9
^Vie
10
11
I6V2
6I/2
201/2
5
251/2
12
93/4
9
1V16
12
12
19
7V2
241/2
51/2
30
14
111/4
11
1
14
14
ni/2
7y2
17
6
33
16
121/2
U
1
16
15
24
8
30
6y2
361/2
18
133/4
11
1
-
18
I6I/2
26 1/2
SVz
32
7
39
19
15
i3y2
lys
20
18
29
91/2
35
8
43
20
16
i3y2
lyg
24
22
34
11
401/2
9
491/2
24
isyz
i3y2
lys
1
4
5
2V4
61/2
2
81/2
41/2
Wi
4y4
51/2
2V2
7y4
2y4
9y2
4y2
-
IV2
41/2
6
23/4
syz
2y2
11
4y2
2
5
6V2
3
9
2y2
uy2
5
41/2
51/4
3/4
21/2
5y2
7
3y2
101/2
2y2
13
51/2
43/4
5y4
y4
3
6
73/4
31/2
11
3
14
6
5y4
6y8
^Vl6
31/2
6I/2
8 1/2
4
i2y2
3
151/2
61/2
5%
eys
'V16
4
7
9
41/2
131/2
3
161/2
7
6
61/2
ys
300
5
8
101/4
5
15
3y2
181/2
8
6 3/4
71/2
1
Pound
6
8V2
IIV2
5y2
i7y2
4
211/2
9
7y2
7V7.
I
8
10
14
6
201/2
5
251/2
11
9
10
iy4
10
IIV2
I6I/2
7
24
syz
291/2
12
loyz
10
iy4
12
13
19
S
271/2
6
331/2
14
12
ny2
1V16
14
15
2IV2
81/2
31
61/2
371/2
16
131/2
12V7.
IVifi
16
161/2
24
9y2
341/2
7y2
42
IS
143/4
i2y2
iVlB
18
18
26 1/2
10
371/2
8
451/2
19
16V4
15
1%
20
191/2
29
ioy2
401/2
syz
49
20
i7y8
15
1%
24
221/2
34
12
47y2
10
571/2
24
203/4
i7y2
lys
Size
L
M
150-Pound
FLeturn Bends
2
7 6
3 71/2
7
7y4
3
8
3
9
73/4
4 9 , 8%
4
10
9y8
9y8
lOVa
4
11
4
12
4
13 10%
4
14 llVs
4
18 131/8
6
12 111/4
6
15 123^
300-Pound
Return Bends
2 71A 6%
3
8I/2 8
3 12 93/4
4 10
9%
loVfi
4 11
4 in/z 103/8
4 12 10%
4 161/2 UVs
4 17 131/8
4 i7y2 133/8
4 I 18 135/8
6 14 13
6 15 131/2
6 161/2 14y4
6 1 17 I 141/2
6 18 15
8 171/2 16
-. T
y/iMi'i 7»
CRANE
349
Dimensions, in Inches (Cent.)
I
Class
Si2*
i A
C
D E
F G
H
J
K
Class
Size A C D E F G
4
8
51/2
16 41/2
201/2 8I/4
6
6V2
Vs
2500
Pound
1/2 S34e
6
9
6
163/4 1 5
213/4 91/4
63/4
71/2
1
34 53/8
b
y^/4
bl/4
1834 51/4
24 10
71/2
71/2
1
1 6V16 4
8
1134
63/4
221/4 53/4
28 12
9
10
114
1V4 6y8 414
400
10
131/4
^3/4
253/4 61/4
32 131/2
101/2
10
114
IV2 7V,6 434
Pounc
1^^
15
83/4
293/4 1 6I/2
361/4 ISV4
12
121/2
iVifi
2 S% 534 1514 514 201/2 91/2
14
lbV4
yy4
323/4 7
393/4 161/2
131/2
121/2
1V16
21/2 10 61/4 1714 534 23 101/2
lb
17%
101/4
361/4 8
441/4 I8I/2 143/4 121/2 VA^
3 113/8 714 1934 634 26y2 1134
18
191/4
10%
391/4 8 1/2
473/4 191/2
I614
15
1%
4 1314 8I/2 23 73/4 303/4 131/2
20
20%
111/4 423/4 9
5134 21
1778
15
1%
5 155/8 10 2714 914 361/2 1534
24
241/4 12%
501/4 101/2
60 34 24 V2
2034
171/2
1%
6 18 111/2 3114 101/2 413^ 18
V2
31/4
2
53/4 13/4
71/2 1 5
8 201/8 123/4 3514 1134 47 201/2
^4
3%
21/2
63/4 2
83/4 5
10 25 16 4314 1434 58 251/?
1
41/4
21/2
71/4 21/4
91/2 5
1
12 28 1734 4914 I6I/4 651/2 29
IV4 41/2
23/4
8 21/2
101/2 5
1
IV2
43/4
3
9 23/4
113/4 5
2
5'^A
4y4
101/4 31/2
1334 6
43/4
eyn
^3/i6
2V2
6 1/2
41/2
111/2 31/2
15 534
5 ¥4
61/8
13/lfi
Center to Face
3
7
5
123/4 4
I&34 71/4
53/4
61/2
y^
. le i5oanc 300-^ounr Fittings are
regu arly furnished with an Ameri
can Standard ^fg-inch raised face
on the end flanges; the 400, tx)o,
qoo, 1500, and z 500-Pound hittings
regu arly have a ^^-inch high arge
ma e facing. Center to face anc
face to face d mens ons inc ude the
facing.
31/2
4
7V2
51/2
14 41/2
I8I/2 734
61/2
61/2
%
600
8V2
6
I6I/2 41/2
21 83/4
7
71/2
1
Pound
5
i 10
7
191/2 6
251/2 101/4
814
10
114
6
11
71/2
21 6y2
271/2 111/4
9
10
114
8
13
8 1/2
241/2 7
311/2 131/4
11
121/2
1V16
10
151/2
91/2
291/2 8
371/2 153/4
121/2
121/2
iVifi
12
! I6V2
10
311/2 8I/2
40 1634
1314
15
1%
14
171/2
103/4
341/4 9
431/4 173/4
1434
15
1%
16
191/2
U3/4
38V2 10
48y2 193/4
16
IS
1%
18
211/2
121/4
42 IOV2
521/2 2134
20
231/2
13
451/2 11
561/2 2334
Special Angle Elbows
24
271/2
143/4
53 13
66 273/4
The center to face dimens ons of
45° e bows are used for specia ang e
e bows of 1° to 4>°; for ang es
greater than 45° and up to qo°, use
the center to face dimens ons of
qo^ e bows.
3
71/2
51/2
141/2 41/2
19 734
53/4
61/2
y%
3V2
8 1/2
6
161/2 4y2
21 834
4
9
6 1/2
171/2 51/2
13 91/4
7
71/2
1
5
11
71/2
21 6I/2
271/2 1114
8 1/4
10
114
6
12
8
221/2 61/2
29 121/4
9
10
11/4
Qon
8
141/2
9
271/2 71/2
35 1434
11
121/2
IVis
Pound
10
I6I/2
10
311/2 81/2
40 1534
121/2
121/2
lVl6
12
19
11
341/2 9
431/2 173/4
1314
15
1%
Reducing Fittings
14
20 1/4
111/2
361/2 91/2
46 19
143/4
15
1%
Center to face dimensions of reduc-
ing fittings correspond to those of
straight fittings q{ the same size
as the argest opening.
^.
16
22 1/4
121/2
403/4 101/2
5114 21
16
15
15/8
18
24
131/4
451/2 12
571/2 241/2
Di
Ap
tiensioi
on
p icatic
IS
20
26
141/2
501/4 13
6314 26 1/2
24
301/2
18
60 151/2
751/2 301/2
V2
41/4
3
3/4
41/2
31/4
t
t
!
American Standard
1
5
31/2
9 21/2
111/2 5
i
Crane Cast Stee F anged hittings
conform to the Amer can Standard
for Stee Pipe F anges and F anged
Fittings, 3i6e-iq3q, for tieir re-
spective wor<ing pressures.
IV4
51/2
4
10 3
13 534
t
IV2
6
41/4
11 31/2
141/2 614
1
2
71/4
43/4
131/4 4
171/4 714
51/2
61/2
Vs
2V2
8 1/4
51/4
151/4 41/2
1934 8V4
6
6 1/2
%
3 1
91/4
53/4
171/4 5
221/4 914
61/2
71/2
1
31/2
93/4
6I/4
I8I/4 51/2
2334 934
t
iy4
The Amer can Standard does not
1500
Pound"
4
103/4
71/4
191/4 6
251/4 103/4
734
10
inc ude Return Bends, 3V^-inch
5
131/4 ,
83/4
231/4 71/2
3034 1334
9
10
iy4
fittings n the qoo and 1500-Pound
6
137/8 i
93/8
24y8 81/8
33 141/2
934
121/2
IVis
pressure c asses, or J.^ and ^.^-inch
8
16%
loyg
29y8 91/8
39 17
111/2
121/2
iyi6
45° Latere s in the 1500-Pound
10
191/2
12
36 101/4
4614 2014
1334
15
1%
pressure c ass.
12
221/4
131/4
40 34 12
523/4 23
151/2
15
1%
L4
243/4
141/4
44 121/2
561/2 2534
1714
171/2
iy«
L6
271/4
161/4
481/4 143/4
63 28 1/4
183/4
171/2
lys
List prices na0fs .IdE nmi ^17
18
301/4
173/4
531/4 I6I/2
6934 311/2
10
323/4
183/4
5734 1 173/4
75 y2 34
Drilling templates pages 553 to 555
^
J
14
381/4
203/4
671/4 1 2OV2
8734 3934
riange atmensions pages 553 to 555
Special facings pages 560 to 563
■ I :
lirir
v:. ; ^ ------
350
CRANE
I
I
4000-Pound Pressure Class
I
I
ta
90" Elbow
For pressures and temperatures be-
yond the scope of the 1 500 and
2500-Pound Pressure Classes, Crane
Co. is equipped to supply valves,
fittings, and flanges in the 4000-
Pound Pressure Class.
These products are generally made
of Crane No. 5 Chrome-Molybde-
num Alloy Cast Steel, and finished
with ring joint facing. W hen so de-
sired, they can be supplied in other
alloys, such as Crane No. 4 Carbon-
Molybdenum Alloy Cast Steel, or
furnished with other types of
facings.
Inquiries should be accompanied
by complete specifications includ-
ing operating pressures and tem-
peratures, and plans of proposed
installation.
Prices, description, dimen-
sions, and complete informa-
tion furnished on application.
Globe Valve
Tee
The illustrations on this page are actual photographs of Crane
Vahes and Fittings with flanged ends and ring joint facing sup-
plied for a 4000-Pound installation , They are made of Crane No. 5
Chrome-Molybdenum Alloy Cast Steei, and are recommended for
operating ser\ice at 4000 pounds pressure at 900° F. temperature.
II
I
.■lit
I
^K
I
^
E1
i^J.
■--x -
Group of Fittings for 4000-Pound Pressure Class
CRANE
Steel Welding Fittings
351
Kill
r.
t«
Socket-Welding Fittings
Description pages 352 and 353
List r rices pao-g i ^ i
Dimensions pacre 353
Pressure-Temperature Ratings page 353
Butt-Welding Fittings
Description ; .pages 354 to 356
List Prices pages ju to 35b
Dimensions page 357
Pressure-Temperature Ratings pages 358 and }^q
The Crane line of Steel Welding Fittings — comprising two
types, socket-welding and butt-welding — includes all of the
popular kinds of fittings in a wide range of sizes, and in both
Standard and Extra Strong weights. The uniformK superior
quality distinguishing all Crane products has been maintained.
Wherever the user of welding fittings demands easv installation
— where\-er maintenance costs are carefully considered — wher-
ever quality, completeness, and adaptahifity are of prime im-
portance — Crane Steel Welding Fittings are chosen.
Socket-Welding Fittings: Crane Forged Steel
Socket-Welding Fittings (see pages 352 and 353 j,
introduced only a little more than two years ago,
have been enthusiastically received. Designed
especially for welding, they are easy and economical
to use. They are ideal when welding fittings are
wanted for use in small pipe lines.
These fittings are of high quality throughout; they
are forged solid from high grade steel or are ma-
chined from hot rolled bar stock, depending upon
the type of fitting; openings are drilled and the ends
are bored to slip over pipe.
An extensive series of tests have proved their strength
and ruggedness. They are stronger than Grade A
Seamless Steel Pipe and as strong as or stronger than
Grade B. Where codes permit the use of Grade B
Pipe for pressures and temperatures higher than
those shown in the table on page 353, fittings of a
corresponding size and weight may also be used with
equal safety. Carbon steel fittings are for use with
carbon steel pipe, and carbon-molybdenum steel
fittings, with carbon-molybdenum steel pipe.
Butt-Welding Fittings: Butt- Welding Fittings
(see pages 354 to 357), recommended for general all-
around welding service, are designed to combine
serviceability with ease of installation; the use of
these fittings reduces the welder s task to its simplest
form — that of making circumferential butt-welds.
The materials from which the fittings are made are
especially selected to assure strength, resistance to
piping strains and temperature, and easy weldability.
Crane Steel Butt- Welding Fittings are fully as
strong as or stronger than Grade A Seamless Steel
Pipe of corresponding thickness. They can be used
for any pressure or temperature for which the pipe
is used, with equal safety; see pages 358 and 350.
The fittings have a uniform circular section of full
diameter, uniform center to end dimensions, and
accurately beveled, true, round ends.
Other welding end products: Oane Co. manu-
factures a complete welding line — not the fittings
only! Real ad\antages accrue to the user by being
able to secure welding valves and other accessories
for welded piping, as well as fittings and flanges, from
one reliable source — and all of the highest quality.
A uniformly satisfactory installation is within reach
when Crane welding materials are used.
Forged Steel Flanges ~ Welding Neck, Slip-On
\\ elding, and Cranelap (for use with Cranelap \Veld-
ing Nipples) — are available in a full range of sizes
in all pressure classes; see pages 361 to 3O7. Steel
Gate, Globe, Angle, and Check Valves with welding
ends also are available in a complete range of sizes
and in all pressure classes; see pages 2Q7 to 336.
In addition, Crane Fabricating Shops are unusually
well equipped, as explained on page boo, to supply
pre-fabricated piping, assembled in units for final
erection with a minimum of field effort.
Wrought iron fittings: Butt-welding elbows, re-
ducers, and shaped nipples made of wrought iron can
be supplied when desired; prices on application.
American Standard: Crane Steel Butt- Welding
Fittings conform to the American Standard for Steel
Butt-Welding Fittings, B 16. q- 1^40. This Standard
includes the following types and sizes of fittings:
90° Elbows, sizes 1 to 12-inch
45"" Elbows, sizes 1 to 12-inch
Tees, sizes 1 to 12-inch — Center to end of run onlv for straight
sizes and for reductions on outlet to one size less than half
the run size.
Caps, sizes 1 to 24-inch
Reducers, sizes 12-inch and smaller — For reductions to one
size less than half the run size.
Return Bends, in the following sizes:
1 xV 2 xb" ?i^x lOU'
1^x33^ 2Hx7H 4 X 12 '
lMx4H 3x9 5 X 15 "
12 X 36
Lapped Joint Stub Ends (Cranelap Welding Nipples),
sizes 1 to 24-inch.
6x 18"
8x24
10x30
In' '
>4I|
Hi
V^,
Mt
till
III
I
I
i
n
M
I
N
i i
L. I J - -
w
^rr-
352
CRANE
:;i-T
i ■
ftS:
iff ^1
Forged Steel Socket- Welding Fittings
Deep Socket Saves Time! Accurate
Measuring and Cutting of Pipe
Unnecessary. Ample j
Come-and- ■ ^
Strong, Sound Welds
Made Easily and Quickly;
No Welding Icicles.
Socket Wall Especially Proportioned to
Pipe Thickness. Uniform Heat Distribu-
tion and Proper
Penetration
Assured.
Socket Aligns
and Supports Pipe.
Appearing, Only Unusually Strong,
Larger Than Pipe. Rugged, and Compact.
On instailacions where the pipe need not butt
against the shoulder, the deep socket compensates
for inaccuracies in measuring and cutting the pipe.
Crane Forged Steel Socket-Welding Fittings, intro-
duced only a short time ago, have been popularly
received and are now rapidly becoming standard
wherever small welded piping is desirable. Of a new
and special design with many unusual features that
make them easy and economical to use, the fittings
are ideal for small size welded lines.
Thev are forged solid from high grade steel or are
machined from hot rolled bar stock, depending upon
the type of fitting; openings are drilled and the ends
are bored to slip over pipe.
Advantages : The socket type weld has advantages
over the butt weld that recommend it strongly for
fittings for small size pipe lines. The pipe used with
it does not require be\'eling. Since the pipe end slips
into and is supported by, the socket, the joint is
self-aligning; tack welding and special clamps to line
up and hold the joint are unnecessary. Because the
weld metal is deposited on the outer surface of the
pipe, there is no danger of forming welding icicles
which would clog the line and restrict flow.
Deep socket: Crane Forged Steel Socket-Welding
Fittings ha\'e an exceptionally deep socket. This is
an outstanding feature of
the Crane line; their design
\\-as carefully studied and
de\"eloped to secure fittings
that were especially suitable
for welding. The depth of
the socket is the same on
each size, regardless of the
type of fitting; see tabula-
tion at left.
Size of
Depth of
' Fitting
Socket
y^'^
Vie"
'■■ w
Vie"
Vz"
%"
%"
'Vie"
V
Va"
VA"
''As' .
.:■ iVi"
V^
•- : -}■'
V
The unusual depth pro\'ides liberal come-and-go.
On installations where the pipe need not butt against
the shoulder at the back of the socket, it is unneces-
sary for the welder to cut the pipe to accurate length
or even to cut it off square. The socket is deep
enough to compensate for variations in pipe lengths,
eliminating the need for careful measuring and
cutting. This feature alone saves an appreciable
On installations where the pipe must butt against the
shoulder, free, uninterrupted flow is assured. The
fitting and the pipe have the same inside diameter
amount of the welder's time, speeds up installation,
and therebv reduces costs.
v'
In addition, the Crane socket assures a high salvage
value. When Crane fittings are cut out of a line at the
weld, they need not be discarded. Ample socket
depth remains; the fittings are ready for further use.
Accurately proportioned socket wall: Another
outstanding feature is the thickness of the socket
walk Especially proportioned, it bears the correct
relationship to the pipe for assembly by welding; the
fittings do not have an unnecessarily heavy band at
the end of each opening, as is the case where socket
type fittings are made from ordinary screwed fitting
blanks. Strong, sound welds can be made more
easily and in less time than when a heavy band re-
quiring an excessive amount of weld metal is used.
In addition, uniform heat distribution and proper
heat penetration, recognized factors in good welding
technique, are assured.
With the thinner socket wall, welders naturally tend
to deposit the metal in the form of a 30-60° triangle,
rather than the conventional 45°, a practice which
is gaining wide acceptance as being productive of a
superior weld.
Inside diameter same as pipe: qo° Elbows, 45°
Elbows, and Tees have the same inside diameter as
Standard or Extra Strong pipe, depending upon the
weight of fitting ordered. On installations where the
pipe is butted against the shoulder at the back of the
socket, the fittings permit free, uninterrupted flow
of the fluid in the line.
Durability: Crane Forged Steel Socket- Welding
Fittings have been made compact and light in weight
without sacrificing strength, ruggedness, or dura-
bility. The metal sections are ample throughout;
the long, low band forming the socket wall extends
beyond the shoulder at the back of the bore, leaving
no N\ eak corner. Exhaustive tests show conclusively
that the fittings are as strong as or stronger than pipe.
Being only slightly larger than pipe, the fittings,
when welded in place, make an exceptionally neat
appearing, workmanlike installation.
CRANE
353
Forged Steel Socket -Welding Fittings
90"^ Elbow-
No. 3120 D
Standard
No, 3140 D
Extra Strong
45" Elbow
No. 3121 D
Standard
No, 3141 D
Extra Strong
Tee
No, 3124 D
Standard
No. 3144 D
Extra Strong
Working pressures
are shown in table
at lower left.
For additional
description, see
pages 351 and 352^
Cap
No, 3127 D
Extra Strong
Coupling
No- 3128 D
Extra Strong
Caps, Couplings, and Reducers may be used
with either Standard or Extra Strong Pipe-
Reducer
No, 3129 D
Extra Strong
List Prices, Each (Carbon Steel)
Size
Inches
Va
%
Vz
3/4
1 I IV4 I IV2 2
90° Elbows
No. 3120 D, for use with Standard Pipe
No. 3140 D, for use with Extra Strong Pipe
.55|.55|.65| .751 .90| 1.20| 1.50|1.90
.5S|.55|.65| .751 .90| 1.20| 1.50[1.90
45° Elbows
No. 3121 D, for use with Standard Pipe
.681.68 ,78 .90 1.08 1,44 1.8012.28
No. 3141 D, for use with Extra Strong Pipe
. 68 1 . 68 1 . 78 . 90 ; 1 . 08 1 1 . 44 1 1 . 80 1 2 . 28
Tees
No. 3124 D, for use with Standard Pipe
. 80 1. 80 |. 95 1 1.10 1 1.35 1 1.75 12. 30 1 2. 90
No. 3144 D, for use with Extra Strong Pipe
.80 .80 .9511.10 1.35 1.75 2.30 2.90
Caps
No. 3127 D, for use with Standard or Extra Strong Pipe
;.35 .35 .45
.65
.901 1.00 1.30 2.00
Couplings I No. 3128 D, for use with Standard or Extra Strong Pipe
*Reducers I No. 3129 D, for use with Standard or Extra Strong Pipe
.40 .40 .40 .45 .55 .70 .85 1.15
.55 .70 1.0011.20 1.35 1.6011.85
*Reducers: The list prices of Reducers apply to
one size reductions only. Reducers having a reduc-
tion of t\\'0 or more sizes can be made to order; see
the Crane Discount Sheet for prices.
Reducing Elbows and Tees: Socket Welding
Reducing qo° Elbows, Reducing 45° Elbows, and
Reducing Tees can be supplied when ordered. See
the Crane Discount sheet for prices.
Construction: 00° Elbows, 45° Elbows, and Tees
are forged solid. Caps. Couplings, and Reducers are
machined from hot rolled bar stock.
Ali fittings have the ends bored to slip over steel pipe.
Standard Fittings are drilled to match the inside
diameter of Standard pipe; Extra Strong Fittings.
to match the inside diameter of Extra Strong pipe.
Material: The fittings are made from a high grade
carbon steel, ha\'ing unusual strength and toughness.
It is particularly suitable for fusion welding.
Carbon -Mo lybdenunn Steel ; Fittings for higher
pressures and temperatures are made to order of
CraneNo.4Carbon-\loK"bdenumSteel. This material
has excellent strength retention at elevated tempera-
tures and hardens only to a negligible degree after
welding. For prices, see the Crane Discount Sheet.
Temp.
Crane
Carbon Steel
Fittings
No. 4 Carbon-
Molybdenum
Steel Sittings
(Made to order)
Deg.
Stand-^ Extra
ard Strong
Stand-
ard
Extra
Strong
WORKING PRESSURES
(For Steam, Water, Oil, Oil Vapor. Gas. or Air)
These fittings Pounds per Square Inch — Non-Shock
are stronger
than Grade A
Seamless Steel
Pipe and at
least as strong
as Grade B.
Where codes
permit the use
of Grade B Pipe
for pressures
and tempera-
tures higher
than those
shown in the ad-
joining table,
fittings of a cor-
responding size
and weight may
be used, with
equal safety.
Carbon steel
fittings should
be used with carbon steel pipe, and carbon-molybdenum
steel fittings, with carbon-molybdenum steel pipe.
DIMENSIONS, IN INCHES
(For Standard and Extra Strong Fittings)
100
2000
3000
2000
3000
150
1900
2850
1900
2850
200
1800
2700
1800
2700
250
1700
2550
1700
2550
300
1600
2400
1600
2400
350
1500
2250
1500
2250
400
1400
2100
1400
2100
450
1300
1950
1300
1950
500
1200
1800
1200
1800
550
1120
1680
1150
1725
600
1040
1560
1100
1650
650
960
1440
1050
1575
700
880
1320
1000
1500
750
800
1200
950
1425
800
740
1100
900
1350
850
670
1000
850
1275
900
600
900
800
1200
950
530
795
640
960
1000
380
570
540
810
90^ Elbow
1
♦
1
^F
F
D
F
~" —
Cap
Coupling
Reducer
Size
Va % V2 % 1 IV4 iy2 2 ■
A
'Vl6 31/32 IVS IV16 IV2 I 13/4 2 23/8
B
^Vie ^Vie Va 1 IVs IVie IVie l^Vie
C
3/4 Vs 1 IVa IVs IV4 1% 1V2-
D 13/8 15/8 13/4 17/g 2 2^/8 2^/4 23/^
E 13/8 11/2 IS/g 134 2 21/8 21/4^
F V16 V16 % »Vi6 3/4 'V16 Vs 1
G
Depth same as F , depending on pipe
size; eg. M" has socket Jig" deep.
-J -. "^
r'^\
i-'^
^*-
i
'. i
• t
mm
Ql
i^i
M
w
I
m^
-- '' .AJ .-":.^'
l--^.
P
I
^
w
K.-
! ^-m.]
t
:•{>„
I
354
CRANE
Steel Butt- Welding Fittings
For tise with Standard or Extra Strong Pipe
For pressure-temperature ratings, see pages 358 and 359.
/
r>
CRANl
90' Elbow
No. 352 E
Standard
No. 452 E
Extra Strong
AS" Elbow
No. 354 E
Standard
No. 454 E
Extra Strong
Tee
No. 353 E
Standard
No. 453 E
Extra Strong
''^HHB^i^'
^-i^.,--^^
Cap
a Cross
No- 357 E
Made to order
Standard
Prices
No. 457 E
on
Extra Strong
application.
90° Elbou
Long tangent
on one end
No. 458 E
Extra Strong
List Prices, Each
Size
of
pipe
Inches
Standard
No. 352 E
90°
Elbows
No. 354 E
45°
Elbows
No. 353 E, Tees
Straight *Reduc
ing
No. 357 E
Caps
Extra Strong
No. 452 E
90°
Elbows
No. 454 E
45=
Elbows
No. 453 E, Tees
Straight
*Reduc
ing
No. 457 E
Caps
No. 458 E
90°
Elbows
3/4
1.00
- ■ - -
1
1.20
1.08
1V4
1.40
1.26
1V2
1.70
1.53
2
2.10
1.90
2V2
3.40
3.05
T
4.90
4.40
3V2
6.35
5.70
4
7.65
6.90
5
10.85
9.80
6
15.80
14.25
8
30.00
27.00
10
53.40
48.00
12
80.70
72.75
14 OD
120.00
108.00
16 OD
175.00
158.00
18 OD
235 . 00
212.00
20 OD
270.00
245.00
24 OD
340 . 00
315.00
2.15
2.90
3.65
5.00
7.30
9.50
12.50
13.00
24.00
28.00
45.00
76.00
110.00
2.70
3.60
4.55
6.25
9.10
11.85
15.60
16.25
30.00
35.00
56.35
95.00
137.50
Made
to order;
prices
on
application
1.70
1.70
1.70
1.85
2.00
2.40
3.20
3.70
4.90
5.95
10.10
14.60
20.85
24.00
28.00
32.00
35.50
41.75
1.50
1.75
2.15
2.65
4.25
6.15
7.95
9.55
13.55
19.75
37.50
67.00
101.00
150.00
219.00
294.00
340.00
410.00
•I
1.35
1.60
1.95
2.40
3.80
5.55
7.15
8.60
12.20
17.80
33.75
60.50
91.00
135.00
197.00
265.00
310.00
370. OOf
2.15
2.90
3.65
5.00
7.30
12.00
16.00
17.00
30.00
35.00
58.00
97.00
135.00
2.70
3.60
4.55
6.25
9.10
15.00
20.00
21.25
37.50
43.75
72.50
120.00
168.00
Made
to order;
prices
on
application
2.10
2.10
2.10
2.25
2.50
3.30
4.25
4.90
5.85
7.50
12.20
18.50
25.00
30.00
34.50
38.50
45.00
49.00
Prices
do not
include
flange
4.65
7.45
10.80
14.00
16.70
23.70
34.50
65.50
117.00
177.00
Thickness: Standard fittings in sizes ii-inch and
smaller are made for use with Standard pipe (heaviest
weight on 8, 10, and 12-inch sizes); and in sizes
14-inch and larger, for use with O.D. pipe 5^-inch
thick. Extra Strong fittings in sizes ii-inch and
smaller are made for use with Extra Strong pipe; and
in sizes 14-inch and larger, for use with O.D. pipe
J-^-inch thick.
90° Elbows with long tangent: No. 458 E qo°
Elbows ha\-e a long tangent on one end to permit
welding on a Slip-On Welding Flange; this end is
not beveled. The other end is beveled.
Caps: No. 357 E and No. 457 E Caps do not con-
form to the A.S.iVl.E. Boiler Code. Caps which
meet the requirements of this Code are made to order
only; prices on application.
*Tees: The list prices of Reducing Tees apply only
to the list of sizes shown in the table at the right.
Other reductions and sizes 14-inch O.D. and larger
can be made to order ; prices on application.
Reducing Tees are made reducing on the outlet only.
When a reduction on the run is necessary, the use of
a Welding Reducer is recommended. For Wielding
Reducers, see page 355.
American Standard : These fittings, in the sizes
and types included in the Standard, conform to the
American Standard for Steel Butt-Welding Fittings,
Bi6.q-iq4o; see page 351.
List of Sizes of Reducing Tees
Standard and Extra Strong
B
C
B
A B
B
1
1
X 1
X 1
X¥4
V2
11/4 X IV4 X 1
IV4 X IV4 X 3/4
174 X 11/4 X 1/2
IV2X 11/2X11/4
11/2 X IV2 X 1
11/2 X 11/2 X 34
IVz X IVz X 1/2
2
2
2
2
x2
x2
X 2
X 2
xlVz
XIV4
X 1
X V4
21/2 X 21/2 X 2
21/2 X 2V2 X IV2
21/2x21/2x11/4
272 X 21/2 X 1
3
3
3
3
x3
x3
x3
x3
x2y2
x2
XII/2
xli/4
4 X 4 X 31/2
4x4x3
4 X 4 X 21/2
4x4x2
4 X 4 X 11/2
31/2 X 31/2 X 3
31/2 X 31/2 X IVt
31/2x31/2x2
31/2 X 31/2 X 11/2
5x5x4
5 X 5 X 31/2
5x5x3
5 X 5 X 21/2
5x5x2
6x6x5
6x6x4
6 X 6 X 31/2
6x6x3
6 X 6 X 21/2
8x8x6
8 X 8x5
8x8x4
8 X 8 X 31/2
10
X 10
x8
10
xlO
x6
10
X 10
X 5
10
X 10
x4
12
X 12
X 10
12
X 12
x8
12
xl2
x6
12
X 12
x5
General description . . . page 351
jFurnished only in short radius type.
Dimensions . , . ,page 357
■*
CRANE
355
Steel Butt- Welding Fittings
For use with Standard or Extra Strong Pipe
For pressure-temperature ratings, see pages 358 and 3 5q.
Return Bends
Cranelap Welding Nipples
Size, Inches
List Price, Each
Size
Center
No. 355 E
No. 455 E
of
to
Standard
Extra
pipe
center
Strong
1
3
2.65
3.30
IV4
2V2
2.80
3.50
IV4
33/4
3.10
3.85
IV2
.3
3.40
4.30
IV2
41/2
3.75
4,75
2
4
4.20
5.30
2
6
4.65
5.85
2V2
71/2
7.50
9.35
Z
&
9.80
12. ;o
3
9
10.80
13.55
3V2
101/2
14.00
17.60
4
8
15.30
19.00
4
12
17.00
21.00
5
15
23.90
29.70
6
18
34.80
43.50
8
24
66.00
82.50
10
30
117.50
147.40
12
36
177.50
222.20
Size
Length
of
of
pipe
nipple
Inches
Inches
List Price, Each
No. 574
Standard
No- 497 E
Extra
Strong
Return Bend
No, 355 E, Standard
No, 455 E, Extra Strong
Cranelap Welding Nipple
No. 574, Standard
No. 497 E, Extra Strong
Concentric and Eccentric Reducers
1
4
3.55
3.80
1V4
4
4.00
4.25
iy2
4
4.45
4.70
2
6
5.75
6.25
2V2
6
6.50
7.15
3
6
7.30
8.25
31/2
6
8.10
9.40
4
6
9.30
10.90
5
8
10.75
13.50
6
8
12.75
16.35
S
8
16.00
24.00
10
10
22.75
35.75
12
10
30.75
48.75
14 OD
12
53.00
72.00
16 OD
12
72.00
93.00
18 OD
12
92.00
114.00
20 OD
12
113.00
136.00
24 OD
12
138.00
162.00
Concentric
Reducer
No. 359 E
Standard
No. 459 E
Extra Strong
Size
List Price, Ea.
Size
List Price, Ea.
Size
List Price, Ea.
Size
List Price, Ea.
of
Concentric
of
Concentric
of
Concentric
of
Concentric
pipe
or Eccentric
pipe
or Eccentric
pipe
or Eccentric
pipe
(CD.)
Only
Stand-
Extra
Stand-
Extra
Stand-
Extra
Stand-
Extra
Inches
ard
Strong
Inches
ard
Strong
Inches
ard
Strong
Inches
ard
Strong
1 x34
1,50
2.75
3 x2i/2
3.00
o.2o
6x5
8.00
14.00
14x 12
40.00
70.00
1 xV2
1.50
2.75
3 X 2
3.00
5.25
6x4
8.00
14.00
14x10
40.00
70.00
1 x3/g
1.50
2.75
3 xiy2
3.25
5.70
6 x 3y2
9.00
15.75
14x8
45.00
78.75
3 xiy4
3.25
5.70
6x3
9.00
15.75
14x6
50.00
87.50
IV4XI
2.00
3.50
6x2y2
9.00
15./ 5
1 1.4 X 3/4
2.00
3.50
3V-^x3
3.50
6.00
16 X 14
70.00
105.00
IV4XV2
2.50
4.50
^Vz X 2y2
3.50
6.00
I6x 12
70.00
105.00
31/2 x 2
3y2xiy2
3.50
6.00
8x6
12.00
26.25
16x10
80.00
122.50
iy2XlV4
2.00
3.50
3.75
6.50
8x5
8x4
8x31/2
10x8
10x6
15.00
30.60
16x8
85.00
140.00
iy2xi
iy2xy4
iy2xy2
2 X iy2
2.00
2.50
2.50
2.25
3.50
4.50
4.50
3.75
3y2xiy4
4 x3y2
4 x3
4 x2y2
3.75
4.00
4.00
4.00
6.50
7.00
7.00
7.00
15.00
15.00
18.00
20.00
30.60
30.60
40.00
44.00
18x16
18x 14
18x 12
18 X 10
85.00
85.00
95.00
105.00
148.00
148.00
166.00
184.00
2 xiy4
2.25
3.75
4 x2
4.00
7.00
10x5
26.00
48.00
20x18
90.00 157.50
2 X 1
2.25
3.75
4 xiy2
4.50
8.00
10x4
26.00
48.00
20 X 16
90.00
157.50
2 x3/4
2.75
4.75
20 X 14
100.00
175.00
5 x4
6.00
10.50
20 X 12
100.00
175.00
21/2X2
2.50
4.50
5 X 3 y2
6.50
11.50
12x10
32.00
56.00
2y2xiy2
2.75
5.00
X 3
6.50
11.50
12x8
36.00
63.00
24x20
140.00
245.00
2y2xiy4
2.75
5.00
5 x2y2
6.50
11.50
12x6
36.00
63.00
24x18
155.00
270.00
21/2 X 1
2.75
5.00
5 x2
6.50
11.50
12x5
40.00
70.00
24 X 16
170.00
295.00
Eccentric
Reducer
No. 360 E
Standard
No. 460 E
Extra Strong
Thickness: Standard fittings in sizes 12-inch and
smaller are made for use with Standard pipe (hea\"iest
weight on 8, 10, and 12-inch sizes); and in sizes
14-inch and larger, for use with O.D. pipe J-^-inch
thick. Extra Strong fittings in sizes 12-inch and
smaller are made for use with Extra Strong pipe ; and
in sizes 14-inch and larger, for use with O.D. pipe
H-inch thick.
Cranelap Welding Nipples: Cranelap Welding
Nipples, made of Grade "A" Seamless Steel pipe
lapped to the full thickness of the pipe wall, and
Cranelap Flanges (see pages 364 and 365) afford an
General description , . . .page 351
ideal method ot installing flanged equipment in a
welded line. The swi\-el flange eliminates the diffi-
culty of aligning the bolt holes and permits installing
the equipment at any angle. Cranelap Welding
Nipples can be made to order of heavier pipe; prices
on application.
American Standard : These fittings conform to the
American Standard for Steel Butt-Welding Fittings,
B 1 6.q- 1 Q40, The Standard does not include Reducers
sizes 14-inch and larger, or Return Bends in the
1 3^ X 2^-2. I H X 3) 2x4, 3 X b, and 4 x 8-inch sizes;
see page 351.
Dimensions . . .page 357
IJ
m^
ll
Mf
Hi
ill'
I
356
CRANE
Steel Butt -Welding Fittings
Shaped Welding Nipples
For use with Standard or Extra Strong Pipe
For pressure-temperature ratings, see pages 358 and 359
--<"
Shaped Nipple
90"*. to Header
No, 350 E, Standard
No- 450 E, Extra Strong
Shaped Nipple
45° to Header
No. 351 E, Standard
No- 451 E, Extra Strong
Shaped Welding Nipples elirriLnate the use of
templates when saddling one pipe upon another;
they sa\'e time and assure an accurate fit. Both
ends are beveled for welding.
Standard Nipples are made for use with Stand-
ard pipe (heaviest w^eight on 8, lo, and 12-inch
sizes); and Extra Strong Nipples, for use with
Extra Strong pipe.
When ordering, be sure to specify nominal size
of header on which Nipple will be used.
List Prices
Size
of
pipe
Inches
Shaped
to fit
headers
(Nominal
sizes)
90° to Header
45" to Header
No, 350 E
Stand-
ard
Each
No, 450 E
Extra
Strong
Each
No- 351 E
Stand-
ard
Each
No. 451 E
Extra ^
Strong
Each
1V4
114 to 16"
.70
.90
.80
.95
11/2
1V2 to 16
.80
1.05
.85
1.15
2
2 to 16
.95
1.25
1.05
1.40
2V2
2V2 to 16
1.20
1.70
1.35
1.95
3
3 to 20
1.50
2.25'
1.80
2.65
3V2
31/2 to 20
1.85
2.50
2.30
3.10
4
4 to 24
2.20
2.75
2.75
3.50
S
5 to 24
3.70
5.00
4.70
6.40
6
6 to 24
4.50
6.75
6.00
9.00
8
8 to 24
7.50
11.50
10.25
15.50
10
10 to 24
12.00
18.50
17.00
26.00
12
12 to 24
15.75
23.50
23.00
35.00
Reinforcing Welding Saddles
Welding Sleeves
I'l
When ordering^ be sure
to specify nominal size
of header on which
Saddle will be used.
Reinforcing Welding Saddle
No_ 358 E
List Prices
Size
Shaped
No. 358 E
of
to fit
Reinforcing
pipe
headers
Welding
(Outlet)
(Nominal
Saddles
Inches
sizes)
Each
the tensi
it would
The No. 358 E
Welding Saddles
are used to rein-
force — not to make
tight — outlet con-
nections that are
saddled and welded
at a Qo° angle to
headers or pipes.
They slip over the
outlet pipe and fit
snugly against the
body of the pipe
header. They are
then welded in place
with a hea\'N' bead,
relieving the weld
between the neck
and the body of
the greater part of
le, bending, and shearing stresses to which
otherwise be subjected.
General description . . . page 351
2
2
to 24"
4.90
2V2
2V2
to 24
5.35
3
3
to 24
5.85
31/2
31/2
to 24
6.80
4
4
to 24
7.80
5
5
to 24
10.75
6
6
to 24
13.65
8
8
to 24
21.50
10
10
to 24
27.25
12
12
to 24
31.00
HOD
14
to 24
36.00
16 OD
16
to 24
43.00
18 OD
18
to 24
50.00
20 OD
20
& 24
58.00
24 OD
24
70.00
List Prices
Welding Sleeve
No. 361 E
The No. 361 E Welding
Sleeves are ideally suited for
reinforcing butt-welds in pipe
lines. They relieve the weld
of any bending stress and of
much of the tensile stress to
which it would otherwise be
subjected, leaving it free to
maintain tightness.
The Sleeves are made in two
halves, the longitudinal seams
being beveled so that they
can be welded together easily.
To assure a snug fit around
the pipe, each half is made
slightly less than a semicircle.
The large transverse recess at
the center of each Welding
Sleeve provides more than ample space for th^
conventional type of butt-weld, such as is ordinarily
made between two lengths of pipe.
Dimensions . . . .page 3S7
Size
No. 361 E
of
Welding
pipe
Sleeves
Inches
Each
2
4.00
2V2
4.60
3
5.00
3Vz
5.50
4
6.20
5
7.25
6
8.30
8
11.40
10
15.75
12
20.40
MOD
23.70
16 OD
28.60
18 OD
34.50
20 OD
41.50
24 OD
57.00
KU
CRANE
357
Steel Butt-Welding Fittings
Dimensions, in Inches
Standard and Extra Strong Fittings have the same outside dimensions
H^
..(
r
90^ Elbow
45^ Elbow
^C— 1— c-
Straiaht Tee
RedLicing Tee
Cap
90'° Elbow with
long tangcnc
Cranelap
Nipple
h *■
1 ■
w
V
f
I
Shaped Nipple
90° to Header
Shaped Nipple
45° to Header
Reinforcing
Saddle
*.
— N— I
I
I
<
I
J
A
< I
" A
Sleeve
Return Bend
Concentric
Reducer
Eccentric
Reducer
>*
Elbows, Straight Tees, Caps, Nipples, Saddles, and Sleeves
> '
Return Bends
Size
A
B
C
D
E
F
^
H
J
K
L
M
N
P
3/4
1^
w * ^
r
1
iy2
Vs
11/2
1V2
■ ■ .
4
2
V«
. - r
1V4
iy«
1
1%
IV2
■ p -
4
2V2
V16
6
1V2
2V4
IVs
2V4
\y->
- ■
4
2%
V4
6
. . .
.
, . .
- ' '
2
3
1%
2V2
1V2
4V4-
6
3%
V,fi
6
1V4
IV4
y?
3
y^
IVr
334
1%
3
1V2
5
6
4V8
Vl6
6
IV4
ly?
y?
3
y4
3
41/2
2
3%
2
5^4
6
5
%
6
2
1V4
y?
3
Vr
31/2
51A
2V4
3V4
2V2
6^4
6
5V2
%
6
2
13/4
y?
3y^
34
4
6
2V2
41/8
2V2
7>/2
6
fcMs
■'/16
6
2
2
y2
4
%
7V2
31/8
4^8
3
9
8
75/ifi
V16
3
2
2
y?
5
%
6
9
33/4
5%
31/2
103/4
8
8V2
V2
8
2y.
2V4
y?
6
%
8
12
5
7.
4
133/4
8
10%
V2
8
3
3
%
8
y?
10
15
6V4
SVz
5
17
10
12%
Vz
10
3y2
3y2
%
10
y?
n
18
7V2
10
6
201/2
10
15
V2
10
4
4
%
12
y2
HOD
16
73/4
...
6V2
■ . ■ ■
12
161/4
y2
4
4
%
14
y?
16 OD
18
8V?.
_ 1 I
7
1 k q I
12
18 V2
V2
4
4
%
16
y?
18 OD
20
9V;^
8
. . , -
12
21
V2
4
4
%
18
y?
20 OD
25
. . ,
' 1 1
9
.... 1
12
23
V2
5
5
%
20
y?
24 OD
30
. . .
. . .
IOV2
, . - .
12
271/4
Vz
5
r
%
24
y2
Size of
R
S
pipe
1
3
2V16
iy4
IVi.
2Vifi
iy4
33/4
2V4
iy2
3
21 Vu
iy2
4y2
3y4
2
4
3Vifi
2
6
4Vl6
2yz
7y2
sVifi
3
6
5
3
9
6y4
3y2
loys
7y4
4
8
6V2
4
12
8V4
5
15
loVifi
6
18
nVifi
8
24
16Vifi
10
30
203/ft
12
36
24%
Reducing Tees
Reducers
-Size
c
Q
Size
C
Q
1 X 1 X 3/4
1 X 1 X y2
lya
iy2
iy2
iy2
4x 4x3y2
4 X 4x3
4x 4x2y2
4 X 4x2
4x 4x iy2
4y8
4%
4%
4y8
4y8
4
3y8
IV4X 11/4 X 1
iy4xiy4x3/4
iy4xiy4xy2
lys
n/s
lys
lys
lys
3V4
3y2
3%
iV2xiy2xiy4
ii/2xiy2x 1
lV2xiy2x3/4
iy2XlV2Xy2
2y4
2y4
2y4
2V4
2V4
2V4
2V4
2V4
5x 5x4
5x 5x3y2
5 X 5x3
5x 5x2y2
5 x 5x2
4y8
4y8
4y8
4y8
478
4%
4y2
43/8
4y4
4y8
2 X 2 X iy2
2 X 2 X IV4
2x2x1
2 X 2 X 34
2y2
2y2
2y2
2y2
23/8
2y4
2
1V4
6 X 6x5
6 X 6x4
6x 6x3y2
6 X 6x3
6 X 6 X 2y2
5%
5%
5%
5%
5%
53/8
sys
5
4y8
43/4
2y2 X 2y2 X 2
2y2x2y2xiy2
2V2x2y2xiy4
2y2 x 2y2 X 1
3
3
3
3
23/4
2%
2y2
2y4
8x 8x6
8x 8x5
8x 8x4
8x 8x3y2
7
7
7
7
6%
63/8
6y8
6
3 X 3 X 2y2
3 X 3 X 2
33/8
33/8
3%
3%
3y4
3
2y8
23/4
3 X 3 X Wi
3 x3 XIV4
10 X 10x8
10 X 10x6
10 X 10x5
10 X 10x4
8y2
8y2
Ql /
8
7%
1\ /
3y2 X 3y2 X 3
3y2 X 3y2 X 2V2
3y2 X 31/2 X 2
3y2x3y2xiy2
33/4
33/4
3y4
3%
3y2
3y4
3V8
8y2 / 72
syz 7y4
12 X 12 X 10
12 X 12x8
-12 X 12x6
12 X 12x5
10
10
10
10
9y2
9
8%
8y2
Size
T U
Size
T i U
Size T U
Size
1 X
1 X
1 X
5/4
y2
%
iy4xi
iy4x3/4
iy4xy2
2
2
iy2xiy4
iy2xi
iy2x3/4
lyzxyz
2y2
2y2
2 xU/z
2 xUA
2 xl
2 x3/4
3
3
2y2x
2y2x
2y2x
2y2x
2
n/a
iy4
1
3y2
3y2
3
3
3
3
x2y2
x2
xiy2
XIV4
3y2
3y2
3y2x3
3y2x2y2
3y2x2
3y2xiy2
3y2xiV4
4
4
4
4
4
x3y2
x3
x2y2
x2
xiyz
5
5
5
5
5
x4
x3y2
x3
x2y2
x2
6x5
6x4
6 x 3y2
6x3
6x2y2
sys
5y2
8x6
8x5
8x4
8 X 3y2
6
6
10x8
10x6
10x5
10x4
7
7
12x10
12x8
12x6
12x5
8
8
14x12
14x10
14x8
14x6
16x14
16x12
16x10
16x8
18x16
18x14
18x12
18x10
20x18
20x16
20x14
20x12
24x20
24x18
24x16
Dimen-
sions
on
appli-
cation.
American Standard: These fittings,- in Che sizes and types
included in the Standard, conform to the American Standard
for Steel Butt- Welding Fittings, Bib.9-1940; see page 35 1.
List prices pages 354, 355, and 356
Dimensions of welding bevel page 647
General description page 351
r
^ - ^y
llil
i, ■ :
I 1
I
t
,
' i
! L
1 .
. :t
I
if
■ I
. .1 t
I
If
I
358
CRANE
k
Steel Butt- Welding Fittings
Pressure-Temperature Ratings
Based on the Code for Pressure Piping
When computing the thickness of pipe for a given
service condition, it is the generally accepted prac-
tice among designers to use the formulas pro\-ided by
the Code for Pressure Piping, the A.S.M.E. Boiler
Construction Code, or such other codes as may apply.
For the convenience of users, Crane engineers ha\'e
calculated the working pressures sho\\'n on this and
the opposite page. They apply to Grade A Seamless
Steel Pipe used in accordance with Section i and
Section 3 of the Code for Pressure Piping. See the
explanation below'.
Crane Steel Butt-Welding Fittings, made for use with
Standard or Extra Strong Pipe, are as strong as or
stronger than Grade A Seamless Steel Pipe. They
can, therefore, be used for any pressure or temper-
ature for which Grade A Pipe of corresponding thick-
ness is suitable, with equal safety.
Note: The pressure ratings given in the following
tables do not necessarily comply with the rules given
in the A.S.M.E Boiler Construction Code. Where
ratings are to comply with these rules, the formulas
given in the A.S.M.E. Code should be used.
************
Code for Pressure Piping: The Code for Pressure
Piping, American Tentati\e Standard B31.1-1Q35,
includes four sections devoted to piping systems:
Section 1 , Power; Section 2, Gas and Air; Section 3,
Oil; and Section 4, District Heating. The tables
shown here apply to Power Piping (Section 1) and to
Oil Piping (Section 3), the latter being further limited
to "Within Refinery Limits".
The formula used for calculating is as follows:
2S Ct-C)
by the formula, the nominal thickness was reduced
1^3^% to compensate for the tolerance required by
the pipe mills.
'*C" Value: "C" value for plain end steel pipe is:
Power Piping — J^ and i-inch sizes 0.05"
— i3^-inch and larger 0.065''
Oil Piping — All sizes 0.05
^^S^^ Values, Pounds per Square Inch
//
P =
D
Where: P = maximum working pressure, psi (gauge)
S=allowable stress in material, psi
t= minimum pipe wall thickness, inches
C = allowance for threading, mechanical
strength, and for corrosion, inches
D= outside diameter of pipe, inches
**S" Value: The stresses permitted by the Code for
Grade A Seamless Steel Pipe. A.S.T.M. Specification
A 106. are shown in the table at the right.
Wall thickness: The wall thicknesses correspond
to those used in Crane Steel Butt-^^'eldi^g Fittings.
To establish the minimum thickness, "t", required
Temp,
hahr.
Power
Piping
toil
Piping
Temp,
tahr.
Power
Piping
toil
Piping
100°
150°
200°
250°
300°
13,050
12,800
12.550
12,300
12.050
17,400
17,070
16,740
16,410
16.080
600°
650"
700°
750°
800"
10,530
10,170
9.600
9,000
7.020
14,040
13,560
13,020
12,000
9,840
350°
400°
450°
500°
550"
11,800
11,550
11,300
11,050
10.800
15,750
15,420
15,080
14,740
14.400
850°
; 900°
950"^
■ 1000"
5,800
7,920
6,000
4,440
3,000
t Apply t
Oi Pipini
7 Within Flefinerv Limits.
Other ratings: A simplified method for calculating \
other ratings is explained on pages 635 to 637. ■
Standard Grade A Seamless Steel Pipe
For Power Piping, Section 1, Code for Pressure Piping
Size
of
Pipe
*Wall
Thick-
ness
Temperature
Degrees Fahrenheit
100 I 150 200 ' 250 : 300 | 350 | 400 | 450 | 500 | 550 | 600 650 I 700 750 800 I 850
Working Pressures, Pounds per Square Inch
w
.113"
1215
1190
1165
1145
1120
1095
1075
1050
1030
1005
980
945
890
835
655
540
1
.133
1305
1280
1255
1230
1205
1180
1155
1130
1105
1080
1055
1015
960
900
700
580
1V4
.140
900
885
865
850
830
815
795
780
760
745
725
700
660
620
485
400
W2
.145
850
830
815
800
785
765
750
735
720
700
685
660
625
585
455
375
■2
.154
755
740
730
715
700
685
670
655
640
625
610
590
555
520
405
335
IV2
.203
1020
995
980
960
940
920
900
880
860
840
820
795
750
700
550
450
3,^
.216
915
895
880
860
845
825
810
790
775
755
735
710
670
630
490
405
31/2
.226
860
845
830
810
795
780
760
745
730
715
695
670
635
595
465
385
4
.237
820
805
790
775
760
745
730
710
695
680
665
640
605
565
440
365
5
.258
745
730
715
700
685
675
660
645
630
615
600
580
545
515
400
330
6
.280
695
690
680
665
650
635
625
610
595
585
570
550
520
485
380
315
8
.322
655
640
630
615
600
590
580
565
555
540
525
510
480
450
350
290 :
10
.365
615
600
590
580
565
555
545
530
520
510
495
480
450
425
330
275
12
.375
535
525
515
505
495
485
475
465
455
445
430
415
395
370
290
240
14 OD
.375
485
475
465
455
445
435
425
420
410
400
390
375
355
335
260
215
16 OD
.375
420
410
400
395
385
380
370
360
355
345
335
325
305
290
225
185
18 OD
.375
380
370
365
355
350
340
335
330
320
315
305
295
280
260
205
170 1
150 '
20 OD
.375
340
335
325
320
315
305
300
295
285
280
275
265
250
235
185
24 OD
.375
275
270
265
260
255
250
245
235
230
225
220
215
200
190
145
120
*These are the nomina] wall thicknesses; they correspond to the thickness of Crane Stee! Butt-Welding Fittings.
^
Steet Butt'Wclding Fittings {Cont^^^
CRANE
p^^g^ure-T^mp^ratur^ Ratings Based on Code for Pressure Piping
359
il
Extra Strong Grade A Seamless Steel Pipe
For Power Piping, Section 1, Code for Pressure Piping
Si^e
of
Pipe
W
1
IV4
IV2
2
3
31/2
4
5
6
8
10
12
HOD
16 OD
18 OD
20 OD
24 OD
Sire
of
Pipe
1"
iy4
1V2
2
2V2
3
4
5
6
8
10
12
14 OD
16 OD
18 OD
20 OD
24 OD
Si=e
of
♦Wall
Thick-
ness
Temperature — — Degrees Fahrenheit
100 150 200 250
300 350 400 450 500 550 600 650 700 , 750 SOU
850
Pipe
Working Pressures, Pounds per Square Inch
r
1V4
1V2
.179"
.191
.200
2115
1605
1500
2075
1575
1470
2035
1545
1445
1990
1515
1415
1950
1480
1385
1910
1450
1355
1870
1420
1330
1830
1390
1300
1790
1360
1270
1750
1330
1240
1705
1295
1210
1650
1250
1170
1555
1180
1105
1460 1135
1110 865
1035 805
940
715
665
2
2 1/2
3
3V2
4
.218
.276
.300
.318
.337
1370
1590
1460
1385
1330
1345
1560
1435
1355
1305
1320
1530
1405
1330
1280
1290
1500
1380
1305
1255
1265
1470
1350
1275
1230
1240
1440
1320
1250
1205
1215
1410
1295
1225
1180
1185
1380
1265
1200
1155
1160
1350
1240
1170
1125
1135
1320
1210
1145
1100
1105
1285
1180
1115
1075
1070
1240
1140
1080
1035
1010
1170
1075
1015
980
945
1100
1010
955
920
735
855
785
745
715
610
710
650
615
590
5
6
8
10
12
.375
.432
.500
.500
.500
1225
1225
1120
900
755
1205
1205
1100
885
740
1180
1180
1080
865
730
1155
1155
lObO
850
715
1135
1135
1035
830
700
1110
1110
1015
815
685
1085
1085
995
795
670
1060
1060
970
780
655
1040
1040
950
760
640
1015
1015
930
745
625
990
990
905
725
610
955
955
875
700
590
900
900
825
660
550
845
845
775
620
520
660
660
605
485
405
545
545
500
400
335
HOD
IbOD
18 OD
20 OD
24 OD
.500
.500
.500
.500
.500
690
600
535
485
405
680
590
525
475
395
665
575
515
465
390
650
565
505
455
380
640
555
495
445
1 375
625
545
485
435
365
610
530
475
425
360
600
520
465
420
: 350
585
510
455
410
345
570
495
445
400
335
560
485
430
390
325
540
470
415
375
315
510
440
395
355
300
475
415
370
335
280
370
325
290
260
220
305
265
240
215
180
For
*Wall
Thick-
ness
Standard Grade A Seamless Steel Pipe
O il Piping Within Refinery Limits, Section 3, Code for Pressure Piping
Temperature Degrees Fahrenheit
100
150 200 I 250 I 300 I 350 I 400 ^ 450 I 500 550 | 600 | 650 | 700 1 750 , 800 : 850 , 900 | 950 1 1000
Working Pressures, Pounds per Square Inch
113
133
140
145
1620
1740
1515
1390
1590
1705
1485
1365
1555
1675
1455
1340
1525
1640
1430
1315
1495
1610
1400
1285
1465
1575
1370
1260
1435 1400
1540
1340
1235
1510
1310
1205
1370
1475
1280
1180
1340
1440
1255
U50
1305
1405
1220
1125
1260
1355
1180
1085
1210
1300
1135
1040
1115
1200
1045
960
915
735
985
790
855
690
785
635
560
600
520
480
415
445
385
355
280
300
260
240
154
203
216
226
237
1235
1530
1375
1270
1200
1210
1500
1350
1245
1180
1190
1475
1320
1220
1155
1165
1445
1295
1200
1130
1140
1415
1270
1175
1110
1120 1095
1385
1245
1150
1085
1355
1220
1125
1065
10701 1050! 1020
1325
1190
1100
1040
1300
1165
1075
1015
1265
1140
1050
995
995
1235
1110
1025
970
965
1195
1070
990
935
925
1145
1030
950
900
850
1055
950
875
830
700
SbO
425
315 :
865
695 1 530
390
775
625
475 1 350 1
720
580
440
325
680
545
415
305
215
265
235
220
205
258
280
322
365
375
1095
1010
920
870
750
1075
990
905
855
735
1055
970
885
835
720
1035
950
870
820
705
1015
935
850
805
690
990
915
835
790
675
970
895
815
770
665
950
875
800
755
650
930
855
780
735
635
905
835
765
720
620
885
815
745
700
605
855
785
720
680
585
820
755
690
650
560
755
695
635
600
515
620
570
520
490
425
500
460
420
395
340
380
280
350
260
320
235
300
220
260
190
190
175
160
150
130
375
375
375
375
375
680
590
520
470
400
665
580
510
460
395
655
570
500
450
385
640
560
490
445
375
625
545
480
435
370
615
535
475
425
360 i
600
525
465
415
355
590
515
450
405
345
575
500
440
400
340
560
490
430
390
330
550
475
420
380
325
530
460
405
365
310
510
470
385
310
235
175
120
445
410
335
270
205
150
100
390
360
295
240
180
135
90
350
325 265
215
160
120
80
300
275
225
180
140
100
70
Extra Strong Grade A Seamless Steel Pipe
For Oil Piping Within Re finery Limits, Section 3, Code for Pressure Piping
— Degrees Fahrenheit
*Wall
Thick-
ness
Temperature
100
150 200 250 300 350 400 450 500 | 550 i 600 | 650 | 700 [ 750 | 800 ! 850 ' 900 | 950 1 1000
Working Pressures, Pounds per Square Inch
,179'^
.191
.200
2820
2455
2280
2765
2405
2235
2710
2360
2195
2660
2315
2150
2605
2265
2105
2550
2220
2065
2500
2175
2020
2445
2125
1975
2390
2080
1930
2335
2030
1885
2275
1980
1840
2195
1910
1775
2110
1835
1705
1945 1 1565 112851 970
169011385 1115 850
1570' 12901 10401 785
720
625
580
490
425
395
.218
.276
.300
.318
.337
2055
2315
2105
1985
1880
2015
2270
2065
1945
1845
1975
2225
2025
1910
1810
1935
2185
1985
1870
1770
1895
2140
1945
1835
1735
1860
2095
1905
1795
1700
1820
2050
1865
1760
1665
1780
2005
1825
1720
1630
1740
1960
1785
1680
1590
1700
1915
1740
1640
1555
1655
1865
1700
1600
1515
1600
1805
1640
1545
1465
1535
1730
1575
1485
1405
1415
1595
1475
1370
1295
1160
1310
1190
1120
1065
935
710
525
1055
800
590
960, 725
535
905 1 685
505
855
650
480
355
400
365
340
325
.375
.432
.500
.500
,500
1725
1725
1550
1255
1045
1690
1690
1520
1230
1025
1655
1655
1490
1205
1005
1625
1625
1460
1180
985
1590
1590
1430
1160
965
1560
1560
1400
1135
945
1525
1525
1370
1110
925
1495
1495
1340
1085
905
1460
1460
1310
1060
885
1425
1425
1280
1035
865!
1390
1390
1250
1010
840
1340
1340
1205
975
815
1290
1290
1160
935
780
1190
1190
1070
865
720
975
975
875
710
590
785
785
705
570
475 i
595
595
535
430
360
440
440
395
320
265
295
295
265
215
180
.500
.500
.500
.500
.500
955
835
750
660
555
940
820
735
650
545
920
805
720
635
535
905
790
705
625
525
885
770
690
610
515
865
755
675
600
505
850
740
665
585
495
830
725
650
575
485
810
705
635
560
470
790
690
620
545
460
770
675
605
535
450
745
650
585
515
435
715
625
560
495
415
660
575
515
455
385
540
470
425
375
315
435
380
340
300
255
330
290
260
230
190
245
215
190
170
140
165
145
130
115
95
^\
'lltt
^ ■
1
I r
*These are the nominal wall thicknesses; they correspond to the thickness of Crane Steel Butt-Welding Fittings
"'iiiiiii ii'iiiir^'^^
l-C- T
— ^*'
360
CRANE
I
Other Products for Welding
II
MJ%
Butt-Welding Gate Valv
See pages 301 to 307.
es
In close association with the Crane
line of Steel Butt-Welding and Socket-
A\"elding Fittings shown on the pre-
ceding pages, is the wide variety of
Butt-\X elding and Socket-W elding
Steel \al\es and \\'elding Type Steel
Flanges, available in a complete range
of sizes and pressures.
In the line offered by Crane Co. are
included materials to satisfv the re-
quirements of e\ery welded installa-
tion.
The butt-welding and socket-welding
steel vahes and the welding type steel
flanges illustrated on this page are
representative of the products that
make up the complete Crane welding
line. For prices and details, refer to
the pages indicated below the illustra-
tions.
Socket -Welding
Gate Valves
See pages 298 and 299.
r
I
I
Butt-Welding Globe
and Angle Valves
See pages 321 to 326.
Butt-Welding
Swing Check N a Ives
See pages 332 to 336.
Welding Xeck Flanges
Slip-On Welding Flanges
Cranelap Flange
with Weldmg Nipple
Welding Meek. Slip-On Weld-
ing, and Cranelap Flanges are
shouTi on pages 361 to 367.
\\ elding Nipples for use in
combination with Cranelap
Flanges are sho»Ti on page 355.
Socket-Welding
Globe and Angle Valves
See pages 314 and 315,
Socket-Welding
Horizontal Check Valv
See pages 32S and 329.
C Ft A N E
!■-
361
Forged Steel Flanges
The Crane line of Forged Steel Flanges includes a complete
assortment of types in a wide range of straight and reducing sizes.
The flanges are regularly manufactured for the 150, 300, 400.
600. qoo, 1500, and 2500-Pound pressure classes. Special flanges
can be made to order; flanges listed and described in this section
include:
Screwed Flanges
Reducing Screwed Flanges
Cranelap Flanges
Welding Neck Flanges Slip-On Welding Flanges
Reducing Slip-On Welding Flanges
Blind Flanges
Pressure-Temperature Ratings page 362
General Description page 363
List Prices
150 and 300-Pound page }^4
400, boo, qoo, and 1500-Pound page 305
Dimensions
1 50, 300, and 400-Pound page 366
600, qoo, 1500, and 2500-Pound page 367
ii
W
■ 1
ii
Eri
?»ti«
■f* *(* 5fC ^ ^ •!• T"
The Forged Steel Flanges listed above comprise only a part of the
complete line of Crane steel products.
Other steel products are shown and described in detail in other
sections of this catalog. Refer to the following pages:
Steel Welding Fittings pages 351 to 360
Steel Flanged Fittings pages 343 to 349
Steel Screwed Fittings pages 337 to 342
Steel Bushings page 227
Steei Plugs page 228
Wrought Couplings page 229
Wrought Steel Nippies pages 230 and 231
Forged Steel Unions pages 247 and 248
Forged Steel Flange Unions pages 252 and 253
Steel Gate Valves pages 297 to 307
Steel Globe and Angle Valves pages 309 to 326
Steel Check Valves . pages 327 to 336
Steel Stop-Check Valves pages 370 to 374
Steel Blow-Off Valves page 377
Steel Safety Valves pages 391 and 392
Steel Relief Vah-es pages 403 to 407
Steel Steam Traps page 416
Steel Sediment Separators page 423
I '
I
I\
1
Fabricated Piping pages 597 to 619
Valves and Fittings for Marine Service. . pages 459 to 478
1<
\'
,- * ^ •
•.I.'
I
f.
n
362
CRANE
Forged Steel Flanges
Working Pressures, Pounds per Square Inch, Non-Shock — For Flanges Shown on Pages 363 to 367
Fluid
Temp
Deg.
F.
Carbon Steel Flanges
150
Lb.
300
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
No. 4 Carbon -Molybdenum
Alloy Steel Flanges
300
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
No. 5 Chrome-Molybdenum Alloy
Steel Flanges (Made to order)
2500 300
Lb.
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
2500
Lb.
Flanges with Standard Facinga Other Than Ring Joint
1
Steam,
100
150
200
250
230
220
210
200
500
480
465
450
670
640
620
600
1000
960
930
900
1500
1440
1395
1350
2500,1 600
2400 590
2325 580
2250 560
1
800
775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5000
4905
4810
4645
, 600
! 590
580
560
540
520
500
480
460
800
i 775
750
725
1200
1180
1160
1120
1800
1770
1740
1680
3000
2950
2900
2800
5OO0
4905
4810
4645
Water,
Oil,
Oil
Vapor,
Gas,
300
350
400
450
500
190
180
170
160
150
435
420
405
390
375
580
560
540
520
500
870
840
810
780
750
1305
1260
1215
1170
1125
2175
2100
2025
1950
1875
540
520
500
480
460
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
700
675
650
625
600
1080
1040
1000
960
920
1620
1560
1500
1440
1380
2700
2600
2500
2400
2300
4480
4315
4150
3985
3820
or
Air
550
600
650
700
750
140
130
120
110
100
360
345
330
315
300
480
460
440
420
400
720
690
660
630
600
1080
1035
990
945
900
1800
1725
1650
1575
1500
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
13655
3490
3325
3160
2995
440
420
400
380
360
575
550
525
500
475
880
840
800
760
720
1320
1260
1200
1140
1080
2200
2100
2000
1900
1800
3655
3490
3325
3160
2995
Steam
800
850
85
70
250
200
335
270
500 750
400 600
1250
1000
*1380
*1230
*1050
*825
*600
(See ratings below)
(See ratings below)
Steam,
Oil, or
Oil
Vapor
800
850
900
950
1000
*92
*82
=^70
*55
*40
*275
*245
*210
nes
n20
*370
*330
*280
*220
n60
"^550
*490
*420
*330
*240
*830
*740
*630
*495
*360
340
320
300
265
190
450
425
400
350
250
680
640
600
530
380
1020
960
900
795
570
1700
1600
1500
1325
950
2830
2665
2500
2205
1580
340
320
310
300
200
450
425
410
400
275
680
640
620
600
400
1020
960
930
900
600
1700
1600
1550
1500
1000
2830
2665
2580
2500
1675
Flanges with Ring Joint Facing
Steam,
100
150
200
250
275
255
240
225
600
575
550
525
800
765
730
700
1200
1150
1100
1050
1800
1725
1650
1575
3000
2875
2750
2625
720
700
675
650
960
925
900
875
1440
1400
1350
1300
2160
2100
2025
1950
3600
3500
3375
3250
6000,
5825
5625
5425
720
700
680
660
960
925
900
875
1440
1400
1360
1320
2160
2100
2040
1980
3600
3500
3400
3300
6000
5825
5660
5495
Water,
Oil,
Oil
Vapor,
Gas,
300
350
400
450
500
210
195
180
165
150
500
475
450
425
400
670
635
600
565
530
1000 1500
950,1425
900 1350
850 1275
800 1200
25oo;
2375
2250
2125
2000
625
600
575
550
525
825
800
775
725
700
1250
1200
1150
1100
1050
1875
1800
1725
1650
1575
3125
3000
2875
2750
2625
5200
5000
4800
4575
4375
4175
3950
3750
3550
3325
640
620
600
575
550
850
825
800
775
725
1280
1240
1200
1150
1100
1920
1860
1800
1725
1650
3200
3100
3000
2875
2750
5330
5165
5000
4800
4575
or
Air
550
600
650
700
750
140
130
120
no
100
380
360
340
320
300
505
480
450
425
400
760
720
680
640
600
1140
1080
1020
960
900
1900
1800
1700
16O0
1500
500
475
450
425
400
675
625
600
575
525
1000
950
900
850
800
1500
1425
1350
1275
1200
2500
2375
2250
2125
2000
525
500
475
450
425
700
675
625
600
575
1050
1000
950
900
850
1575
1500
1425
1350
1275
2625
2500
2375
2250
2125
4375
4175
3950
3750
3550
Steam
800
850
85
70
250
200
335
270
500
400
750
600
1250
1000
(See ratings below)
(See ratings below)
Steam,
Oil, or
Oil
Vapor
800
850
900
950
1000
t92
t82
t70
t55
T40
T275
-■245
-210
Tl65
T120
t370
t330
t2$0
t220
tl60
t550
t490
T420
1330
t240
1830
t740
t630
1495
t360
T1380
fl230
tl050
t825
1600
375
350
325
300
200
500
475
425
400
275
750
700
650
600
400
1125
1050
975
900
600
1875
1750
1625
1500
1000
3125
2925
2700
2500
1675
400
375
350
325
300
525
500
475
425
400
800
750
700
650
600
1200
1125
1050
975
900
2000
1875
1750
1625
1500
3325
3125
2925
2700
2500
1050
1100
1
225
150
275
200
425
275
650
425
1075
700
1775
1175
_ , ,T„ J ,, , --- service is concerned, are limited for
to sizes 12 and smaller only.
tRatings idencified by the dagger (t). in so far as steam 5er\'ice is concerned, are limited for
use in oil refineries only and apply
use in oil refineries only.
I
■;
These ratings apply to the Crane Forged Steel
Flanges shown on pages 303 to 3b7.
Flange facings : Unless otherwise ordered, i 50 and
300-Pound Flanges regularly are furnished with a
He-inch raised face, and 400-Pound and higher pres-
sure flanges, with a i^-inch male face or a ^e-inch
female face, as ordered.
Cold service: For temperatures between 0° and
100° F., the ratings for 100° F. apply. For sub-zero
service, materials with suitable impact resistance
must be used ; recommendations on request.
Cranelap Flanges and Joints: These ratings also
apply to Cranelap Flanges, the rating being depend-
ent upon the type of facing applied to the lapped
pipe end. Ratings for Cranelap Joints are contingent
upon the use of pipe having an equal or higher rating.
Standards; Crane pressure-temperature ratings
agree with those in the American Steel Flange Stand-
ard, No. Bi6e-iq3q; theA.P.l. Standard No. booA-3C>
and Supplement No. i. Adopted ic)4o;and theA.P.l.
Standard No. 5-G-3, 1940.
^TT^-r
^!'
CRANE
Forged Steel Flanges
363
For working pressures^ see page 362.
itil '
i:
A complete line: The Crane line of Forged Steel Flanges in-
cludes a complete assortment of types in a wide range of straight
and reducing sizes for se\'en different pressure classes {150, 300,
400, 600, Qoo, 1500. and 2500-Pound). The flanges are made in
a variety of materials ancl with various flange facings, pro\id-
ing flanges for every service requirement.
Materials : Flanges made of Crane Forged Carbon Steel will be
furnished unless otherwise ordered. List prices are shown on
the two pages following (list prices of zjoo-Pound Flanges are
furnished on application).
Flanges made of Crane No. 4 Carbon-Molybdenum or Crane
No. 5 Chrome-Molybdenum Forged Steel can be furnished when
orders so specify. See the Crane Discount Sheet for prices.
When so ordered, 150 and 300-Pound Forged Carbon Steel
Flanges can be furnished heat treated (normalized or annealed)
to conform to A.S.T.M. Specification A 105-36; prices on request.
Drilling: Flanges of each pressure class are fur-
nished faced, drilled, and spot faced (F.D. & S.F.)
unless otherwise ordered. List prices include drilling
to the corresponding pressure class of the American
Standard, No deduction is made if flanges are
ordered faced only.
Flange facings: The 150 and 300-Pound Forged
Steel Screwed, Slip-On Welding, Welding Neck, and
Blind Flanges are regularly furnished with an Amer-
ican Standard ]^5-inch raised face. In the 400, 600,
qoo, 1500, and 2500-Pound pressure classes, these
flanges are regularly furnished with an American
Standard J^-inch male face (large male) or an Amer-
ican Standard ^g-ii^ch female face (large female) ;
orders must specify which facing is wanted.
V/hen so ordered, the flanges can be furnished with
other types of facing, such as ring joint, tongue,
groove, etc. See the Crane Discount Sheet for prices.
Finish of flange faces: The ^g-'i^ch raised faces
and the J^-inch large male faces are finished with
concentric grooves, approximately 32 grooves per
inch, known as a "serrated" finish.
Large female faces have a smooth finish.
A smooth finish can be furnished on the raised or
male faces, when so specified. See the Crane Dis-
count Sheet for prices. The smooth finish is recom-
mended when a metallic gasket is used.
List prices of reducing flanges: The list prices
of Reducing Screwed and Reducing Slip-On Welding
Flanges apply to any reduction. The price is gov-
erned by the outside diameter of the flange. .
Ordering reducing flanges : When ordering reduc-
ing flanges, the reduced size should be designated
first, and then the outside diameter of the flange. For
example, a 600-Pound Flange to connect a 6-inch
pipe to a lo-inch valve or fitting (O.D. of flange, 20
inches) should be ordered,
6" X 20" Reducing Flange.
Reducing Welding Neck Flanges : Reducing
Welding Neck Flanges can be made to order. For
prices, see the Crane Discount Sheet,
Eccentric Reducing Flanges: Forged Steel Ec-
centric Reducing Screwed and S!ip-On Welding
Flanges can be made to order. For prices, see the
Crane Discount Sheet.
American Standard: The dimensions and drilling
of all flanges conform to the American Standard
for Steel Pipe Flanges and Flanged Fittings, Bi6e-
IQ3C), for their respective pressure class.
The American Standard does not include qoo or
1500-Pound Flanges in the 31^-inch size. Neither
does it include 400, 600, qoo, or 1500-Pound Slip-On
Welding Flanges. Crane flanges of this type have
the same dimensions as American Standard Steel
Screwed Flanges, being bored instead of threaded.
The American Standard has increased slightly the
thickness of 150-Pound loose flanges in sizes i to
3)4-inch; see pages 366 and 367 for dimensions.
3-inch 300 and 600-Pound Cranelap Joints :
When 3-inch 300 or 600-Pound Flanges with ring
joint facing are to be bolted to Cranelap joints, orders
must so specify; they require a groove of special
pitch diameter. See page 562 for dimensions.
tfli
tSi^
^(iiM
i
%¥
Ittl
List prices . .
Dimensions .
pages 364 and 365
pages 366 and 367
Description of materials . . . pages 1 to 9
Templates for drilling . . . pages 553 to 555
I
I
364
Screwed Flange
No. 556, 150-Pound
No. 291 E, 300-Pound
No. 651 E, 400-Pound
No. 856 E, 600-Pound
No. 1266 E. 900-Pound
No. 1556 E, I?00-Pound
CRANE
Forged Steel Flanges
For description f see the preceding page.
Reducing Screwed Flange
1 5 0-Pound
300-Pound
No. 5581/2,
No. 292 E,
No. 658 E,
No. 857 E,
No. 1263 E,
400-Pound
600-Pound
900-Pound
No. 1558 E, 1500-Pound
Blind Flange
No. 556V2, 150-Pound
No. 297 E, 300-Pound
No. 657 E, 400-Pound
No. 858 E, 600-Pound
No. 1267 E, 900-Pound
No. 1557 E, 1500-Pound
pg
^
^•♦M
I
\
I
II
■ J
I
List Prices. Each — Faced, Drilled, and Spot Faced
Cranelap Flange
No. 572, 1 50-Pound
No. 496 E, 300-Pound
No. 664 E, 400-Pound
No. 862 E, bOO-Pound
No. 1262 £, 900-Pound
No. 1562 E, 1500-Pound
Slip-On Welding Flange
No. 554, 150-Pound
No. 294 E, 300-Pound
No. 694 E, 400-Pound
No. 854 E, 500-Pound
No. 1294 E. 900-Pound
No. 1594 E. 1500-Pound
lTJ-
\
Reducins SHp-On Welding
Fl
ange
No. 5541^2, 150^Pound
No. 290 E, 300-Pound
No. 693 E, 400-Pound
No. 853 E, 600-Pound
No. 1295 E, 900-Pound
No. 1595 E, 1500-Pound
Welding Neck Flange
No. 568, 150-Pound
No. 296 E, 300-Pound
No. 656 E, 400-Pound
No. 855 E, bOO-Pound
No. 1265 E, 900-Pound
No. 1565 E, 1500-Pound
Class
Size
of
Pipe
Inches
Straight Si::e Flanges
Reducing Manges j|
Screwed,
Cranelap,
or
Sllp-On
Welding
Welding
Neck
Blind
Outside
; Diameter
of
Flange
Inches
Screwed ^M
SUp-On 1
Welding J
Vi
8.00
11.00
11.50
Va
8.00
11.00
11.50
r ^^M
1
8.00
11.00
11.50
41/4
16.00 m
1V4
9.00
11.00
11.50
4%
18.00 1
11 ■>
10.00
11.00
11.50
5
20.00 1
2
11.00
11.00
12.60
1
6
21.00 1
2V2
13.00
13.00
14.70
7
24.50 ■ J
3
15.00
15.00
17.05
7V2
28.00 J
31/2
19.00
19.00
20.00
21.65
8V2
35.00 m
150
4
20.00
23.70
9
37.00 1
Pound
24.00
24.00
28.20
10
44.00 m
6
27.00
27.00
31 . 60
11
49.00 1
8
35.00
44.00
42.00
131/2
63.00 ■
10
48.00
62.00
96.00
58.00
16
86.00 ■
12
60.00
76.00
19
108.00 5
-
14 OD
80.00
130.00
126.00
21
144.00 m
16 OD [
100.00
165.00
147.00
231/2
180.00 1
Ifi OD 1
125.00
220.00
210.00
25
225.00 m
20 OD
150.00
290.00
252 . 00
271/2
270 . 00 J
24 OD
240.00
380.00
320.00
32
380.00 1
V2
8.00
11.00
11.50
^
^4 1
8.00
11.00
11.50
■
1
8.00 !
11.00
11.50
4 -'8
16.00 ■
1^4 1
9.00
11.00
11.50
5V4
18.00 9
1^2
10.00
11.00
11.50 '
6V8
20.00 J
2
11.00
11.00
12.60 1
6 1/2
21.00 2
2V2
13.00
13.00
14.70
71/2
24.50 .1
*3
15.00
15.00
17.05
8 1/4
28.00 m
3^2
19.00
19.00
21.65
9 1
10
35.00 ■
300
4 (
20.00
20.00
23.70
37.00 ^
Pound
^ I
24.00
24.00
28.20
11 1
44.00 m
6
27.00
27.00
31.60
121.2
49.00 fl
8
35.00
44.00
42.00
IS
63.00 fl
'
10
48.00
62.00
58.00
171/2 1
86.00 1
12
60.00
96.00
76.00
201/2
lOS.OO I
14 OD 1
80.00
130.00 i
126.00
147.00
23
144.00 fl
16 OD
100.00
165.00
251/2
180.00 H
18 OD
125.00
220.00
210-00
28
225.00 ^
20 OD
150.00
290.00
252.00 i
301/2
270 . 00 fli
24 OD
240.00
380.00
320,00 ,
36 1
380.00 ^
*3' 3 00-Poi
ordered; r^
and flanges wi
ley require a
on the follow ir
:h ring joint fs
groo\-e of sp
icing to bolt a
ecial pitch di
gainst a Grant
ameter See
:Iap joint mus
page 562 for
c be specially | 1
■ dimensions.
(Continued
\g page)
Galvant
zed Flanges
. . .page 572
4
m
pv
*-*
CRANE
365
Forged Steel Flanges
List Prices, Each— Faced, Drilled, and Spot Faced (Cont.)
Class
Size
of
Pipe
Inches
Straight Size Flanges
Reducing Flanges
Screwed,
Cranelap,
or Sltp-On
Welding
Welding
Neck
Blind
Outside
Diameter
of Flange
Inches
Screwed
or
Slip- On
Welding
4 20.00
20.00 23.70
10
37.00
400
Pound
5
24.00
24.00 28.20
11
44.00
6
27.00
27.00 31.60
121/2
49.00
8 35.00
44.00 42.00
15
63.00
For
10 1 48.00
62.00 58.00
171/2
86.00
smaller
12 1 60.00
96.00
76.00
201/2
108.00
sizes.
14 OD
80.00 130.00
126.00
23
144.00
use
600
16 OD 100.00
165.00
147.00
251/2
180.00
Pound.
18 OD 125.00
220.00
210.00
28
225.00
20 OD 1 150.00
290.00 252.00
301/2
270.00
24 OD 240.00
380.00
320.00
36
380.00
Vi 9.50
16.30
11.50
««■! ■■■■*
34 1 9.50
16.30
11.50
■ ■ - -
1 10.00
16.30
11.50 1! 47/8
16.00
P4 10.75
16.30
11.50
5%
18.00
11/2 11.75
16.30 11.50 61/8
20.00
2 13.00
16.30
12.60 6V2
21.00
2V2 1 15.00 1 19.00
14.70
71/2
24.50
*3 18.50 23.00
17.05
8%
28.00
31/2
22.50 29.00
21.65
9
35.00
600
4
33.00 ! 39.00 40.00 10^4
57.00
Pound
5
46.00 53.50
56.00 1| 13
79.00
6 55.00 63.50
66.00
14
94.00
V
8
80.00 90.00
96.00
I6I/2
136.00
10
125.00 138.00
150.00
20
212.50
12
150.00 188.00
180.00 ' 22
255.00
14 OD ; 1^0.00 1 200.00 216.00
233/4
306.00
16 OD
240.00 ; 270.00
288.00
27
408 . 00
-
18 OD
300.00 330.00
360.00
2914
510.00
20 OD
360.00 400.00 ' 432.00 \' 32
612.00
24 OD
540.00 590.00
648 . 00
37
918.00
3 , 29.00 35.00 1 35.00 u 9V2
48.00
3>/2
35.00 42.00
42.00
103/4
56.00
4
51.00 62.00
62.00 ! 111/2
81.00
900
Pound
5
7K00 85-00
85.00 133/4
113.00
6 86.00 104.00
104.00
15
137.00
For
8
155,00 190,00
190.00 ( 181/2
245.00
smaller
10
225.00 270.00
270.00
211/2
360.00
sizes.
12
300.00 360.00
360.00
24
480.00
use
1500
14 OD
380.00 560.00
455.00 i 251/4
610.00
Pound.
16 OD
460.00 690.00
555.00
273/4 740.00
18 OD
650.00 925.00
780 . 00 !
31
1040.00
20 OD
795.00 1160.00
955 . 00
333/4
1275.00
24 OD 1500.00 2100.00
1800.00 i 41
2400.00
1/2 or 3/4
1
14.00 27.00
17.00
■ -■ - ■
14.00 27.00 1 17.00
5%
22.00
IV4
14.00 27.00
17.00
61/4
22.00
1500
n/2
16.00 27.00 19.00 i 7
1 J
26.00
Pound
2
22.00 27.00 t 27.00
8V2
35.00
2y2
29.00 35.00 35.00
9%
48.00
(Prices
of
w ou
3
38.00 46.00 46.00
101/2
60.00
3V2
45.00 54.00 54.00
11
72.00
Flanges
4 ' 60.00 72.00 1 72.00 '■' llVi
96.00
on
5 105.00 125.00 125.00 ;, 143/4
170.00
request)
6 132.00 160.00 160.00
151/2
210.00
8 220.00 165.00 265.00
19 350.00 .
10
365.00 440.00 | 440.00
23 565.00
12
550.00 660.00 660.00
2 6 14
800.00
Facings
Screwed, Slip-On Welding,
Welding Neck, and Blind
Flanges in the 400, 600,
qoo, and 1500-Pound pres-
sure classes are furnished
with either a }^-inch large
male or %-inch large fe-
male face; orders should
specify which facing is
wanted. In the 1 50 and
300-Pound pressure classes,
the flanges are regularly
furnished with a J^g-inch
raised face.
Other flange facings such
as ring joint, tongue,
groove, etc. , can be fur-
nished on order; see the
Crane Discount Sheet for
prices.
Welding Neck Flanges
Unless otherwise ordered,
I >o and 300-Pound Weld-
ing Neck Flanges in sizes
1 2-inch and smaller are
bored to match the inside
diameter of Standard pipe
(the hea\'iest weight on
sizes 8, 10, and 12-inch).
For sizes larger than 1 2-
inch on the 150 and 300-
Pound Welding Neck
Flanges and for all sizes in
the 400, 600, Qoo, and i 500-
Pound classes, orders must
specify the inside diameter
of the bore (I.D. of pipe).
Cranelap Flanges
For information on com-
plete Cranelap Joints, see
page 605. Cranelap Flanges
also are recommended for
use in combination with
Cranelap Welding Nipples;
see page 3 5 5-
*3-inch Cranelap Joints
(300 or 600-Pound)
When 3-inch 300 or 600-
Pound Flanges with ring
joint facing are to be
bolted to Cranelap joints,
orders must so specify;
they require a groove of
special pitch diameter. See
page 562 for dimensions.
For dcscriptiorXf
see page 363,
For dimensions,
see pages 366 and 367 .
\m^
i
h.
■ SI
m
:-!■■
\ \m-
366
CRANE
Forged Steel Flanges
*' Vl6'
Screwed Flange
150 and 300^Pound
f ,
F
1
I
I
i4l
Screwed Flanges
400, 600. 900, 1500, and 2500-Pound
D
Bored to slip
over pi-pe
i
^^
/
i /
'A
i
Cranelap Flange
150 and 300-Pound
D
A
^
^
4
Bored to slip
over pipe
I
^■-^^-^-'
2
Cranelap Flange
400, 600, 900, 1500, and 2500-Pound
C
1/16'-^ t
Welding Neck Flange
150 and 300-Pound
A
D
H
Bored to
-- matcK I. D.
of pipe
I
i
B
C^Ms-j
\W^
iXe
Welding Neck Flanges
400. 600, 900, 1500, and 2500-Pound
Dimensions,
in Inches
1-*^
A-
D
a
F^
D
Bored to slip
over pipe
?
T. -^
Bored to slip
~ over pipe
1 1
E
c+K6"f
34'^
^y^
Pi
1/16"-* t
Slip-On Welding Flange
150 and 300-Pound
Slip-On Welding Flanges
400. 600. 900, and IJOO-Pound
Class
Pipe
Size
A
B
C
D
Bolts
E
F
G
H
T
No.
Dia.
J
y2
31/2
V16
1%
23/8
4
V2
% 178 0.62
0.84 %
¥4
3%
V2
l^Vie
23/4
4
V2
% 21/16 0.82
1.051 %
1.32 n/.
1
41/4
Vie
2
31/8
4
V2
3/4 23/,6 1.05
1V4
4S/8
%
21/2
31/2
4
V2
13/16 21/4 1.38 1.66 13/16
1V2
5
^Vie
278
3y8
4
V2
78 2y,6 1.61 1.90 78
2
6
V4
3%
43/4
4
%
1 21/2 2.07
2-38 1
21/2
7
Vi
41/8
51/2
4
%
1V8 234 2.47
2.88
IVs
3
71/2
^VlG
5
6
4
%
13/i6 23/4 3.07 3.50
13/ifi
31/2
8V2
1V16
51/2
7
8
1 %
IV4 213/jg 3.55
4,00 114
150
4
9
^Vl6
63/16 1
71/2
8
%
IVifi 3 4.03 4.50
IVifi
Found
5
10
^VlG
7Vl6
81/2
8
3/4
IV16 31/2 5.05 5.56 IV16
6
n
1
81/2
91/2
8
! 3/4
IV16 31/2 6.07 6.63
1V16
13/4
8
13 Vz IVg
10%
113/4
8
3/4
13/4 4
7.98 8.63
10
16
IVie
123/4
141/4
12
1 78
IIV16 4 10.02 10.75
l^Vie
23/, fi
12
19
IV4
15
17
12
78
23/i6 41/2 12.00 12.75
14 OD
21
1%
161/4
183/4
12
1
21/4
5
5
Bore
as
14.00 31/8
16 OD
23X/2
IV16
181/2
2IV4
16
1
21/2
16.00
3 VlG
"31346
4 Vi fi
18 OD
25
IV16
21
223/4
16
IVs
211/16 51/2
18.00
20 OD
271/2
IIV16
23
25
20
iVs
27s 511/16
UI
dered
20.00
24 OD
32
lyg
271/4
291/2
20
11/4
3V4 6
24.00 43/8
V2
33/4
VlG
1%
2%
4
Vz
78 21/16 0.62 0.84
78
1
y4
4%
Vs
l^Vie
31/4
4
%
1 21/4 0.82
1.05
1
478
'V16
2
31/2
4
%
IV16 2Vi6 1-05 1.32
1V16
1VI6
Wis
iVie
IV2"
IIV16
134
1V4
51/4
3/4
21/2
378
4
%
II/16 2yi6 1.38
1.66
IV2 !
W%
^Vl6
2yg
41/2
4
3/4
13/i6 211/16 1.61
1.90
2
Wi
ys
3%
5
8
%
IV16 234 2.07 2.38
2V2 1
7V2
1
4%
578
8
3/4
IV2 3 2.47 2.88
3
8V4
iVs
5
6%
8
3/4
l^Vie 31/8 3.07
3.50
31/2 1
9
1V16
51/2
71/4
8
3/4
134 33/ig 3.55 4.00
300
4
10
1V4
6V16
778
8
3/4
178 334 4.03
4.50 178
Pound
5
11
1%
7Vl6
91/4
8
3/4
2 378 5.05
5.56 2
6
121/2
iVie
8V2
10%
12
3/4
21/16 378 1 6.07 6.63 2Vifl
8
15
lys
10%
13
12
78
2Vi6 43/8 ■ 7.98 8.63
2Vl6
33/4
10
171/2
1%
123/4
151/4
16
1
2% 4% 10.02
10.75
12
201/2
2
15
1734 16
IVs
278 51/8 12.00 12.75 4
14 on
16 OD
23
21/8
I6I/4
201/4
20
iVa
3 5%
Bore
as
or-
dered
14.00 43/s
251/2
21/4
I8I/2
221/2
20
iy4
31/4 53/4 i
16.00 434
18 OD
28
2%
21
243/4
24
iV4
31/2
6V4
6%
18.00
SVa
51/2
20 OD
3OV2
21/2
23
27
24
1V4
33/4
20.00
24 OD
36 23/4
271/4
32
24
172
43/1 6 6%
24.00 6
4
10
1%
63/i6
778
8
78
2 334 31/2 4.50 2
5
11
IV2
7Vl6
91/4
8
78
21/8 41/4 4 1 5.561 2V8
6
121/2
1%
8 1/2
10%
12
78
21/4 4Vi6 4Vi6 6.63
214
21 V16
8
15
1^8
10%
13
12
1
Z^Viel 4y8 4% 8.63
400 '
10
171/2
21/8
123/4
151/4
16
IVs
2y8 51/8 478 10.75 4
Pound
12
201/2
21/4
15
173/4 1
16
1V4
3V8 S% 53/8 12.75 414
HOD
23
2%
I6V4
201/4
20
1V4
3Vi6 678 , 578 14.00
4%
5
53/8
16 OD
251/2
21/2
I8V2
221/2
20
13/8 311/16 &V4 6 16.00
18 OD
28
2%
21
243/4
24
1%
378 634 1 6I/2 18.00
20 OD
301/2
23/4
23
27 1
24
IV2
4 678 1 6% 20.00
53/4
6 1/4
24 OD
36
3
271/4
32
24
13/4
4V2 71/8 678 24.00
n
1.
:=iKf
CRANE
Dimensions, in Inches (Cont.)
367
Class
Pipe
Size
A
B
D
Bolts
No. Dia.
H
I
V2
3/4
33/4
Vie
13/8 2%
4
y2
78
25/16
2Vl6
0.84
78
45/8
%
l»VlG 3V4
4
78
1
272
274
1.05
1
1
4%
^Vl6
2 3V2
4
78
iVifi
2"/l6
2Vl6
1.32
1V16
IV4
5V4
»3/i6
r^h 3y8
4
78
178
278
278
1.66
178
eVs
ys
278 41/2
4
3/4
174
3
23/4
1,90
174
2
6 1/2
1
3% 5
8
78
1V16
378
278
2.38
1V16
2V2
71/2
lyg
4y8 sys
8
3/4
178
33/8
378
2.88
178
3
8V4
iy4
S 6%
8
3/4
1^3/ie
31/2
374
3.50
l*3/i6
31/2
9
13/8
5y2 7V4
8
78
1^7l6
378
33/s
4.00
IIV16
600
4
103/4
iy2
63/16 8V2
8
78
278
41/4
4
4.50
278
Pound
5
13
13/4
75/16 ioy2
8
1
23/8
43/4
472
5.56
2 3/8
6
14
V/s
8y2 uyz
12
1
278
478
478
6.63
278
8
i6y2
23/16
10% 133/4
12
178
3
572
574
8.63
3
10
20
2y2
l23^ 17
16
1V4
33/8
674
6
10.75
43/8
12
22
iVs
15 193/4
20
1V4
378
63/8
678
12.75
478
14 00
233/4
23/4
lbV4 2034
20
13/8
31V16
63/4
672
14.00
5
16 OD
27
3
i8y2 233/4
20
11/2
43/16
774
7
16.00
S1/2
18 OD
29y4
3y4
21 253/4
20
178
478
772
774
18.00
6
20 OD
32
3y2
23 28y2
24
178
5
73/4
772
20.00
672
24 OD
37
4
271/4 33
24
178
51/2
8 1/4
8
24.00
774
3
9y2
iy2
5 7y2
8
78
278
474
4
3.50
278
31/2
103/4
1%
5V2 8y2
8
1
2V,6
472
474
4.00
25/16
4
iiyz
13/4
63/16 9y4
8
178
23/4
43/4
472
4.50
23/4
5
13 y4
2
7Vi6 U
8
174
3y8
574
5
5.56
3 78
6
15
23/16
8y2 121/2
12
178
33/8
53/4
572
6.63
33/8
8
i8y2
2y2
10% i5y2
12
1%
4
678
63/8
8.63
472
900
10
21 y2
23/4
123/4 i8y2
16
1%
474
772
774
10.75
5
Pound
12
24
3y8
15 21
20
13/8
478
878
778
12.75
578
14 OD
25 y4
33/8
161/4 22
20
11/2
578
878
83/s
14.00
16.00
678
16 OD
273/4
3y2
I8I/2 241/4
20
178
574
83/4
872
672
18 OD
31
4
21 27
20
178
6
974
9
18.00
772
20 OD
333/4
4y4
23 291/2
20
2
61/4
10
93/4
20.00
81/4
24 OD
41
5V2
271/4 351/2
20
272
8
113/4
1172
24.00
1072
y2
43/4
V&
13/8 3y4
4
3/4
174
278
23/s
0.84
174
%
sys
1
l"/l6 31/2
4
3/4
13/8
3
23/4
1.05
13/8
1
5y8
lys
2 4
4
78
178
378
278
1.32
178
1V4
6V4
lys
2y2 43/8
4
78
178
378
27s
1.66
178
1V2
7
iy4
278 478
4
1
174
372
374
1.90
13/4
2
syz
1V2
3% 6y2
8
78
274
474
4
2.38
274
2V2
9%
1%
4y8 71/2
8
1
272
43/8
478
2.88
272
1500
3
loyz
V/s
5 8
8
178
278
478
478
3.50
278
Pound
3-/2
11
2
5y2 81/2
8
178
3Vl6
5
43/4
4.00
3Vl6
4
ny*
2y8
63/16 91/2
8
174
37:6
578
478
4.50
39/16
5
143/4
2y8
7 Vie iiy2
8
172
478
63/8
67s
5.56
478
6
isyz
3y4
syz i2y2
12
13/8
4"/i6
7
63/4
6.63
4^7l6
8
19
35/8
loyg i5y2
12
178
578
878
83/8
8.63
578
10 '
23
4y4
1234 19
12
178
674
1074
10
10.75
7
12
26 yz
4y8
15 22y2
16
2
778
113/8
1178
12.75
878
14 OD
29 yz
5y4
161/4 25
16
274
12
113/4
14.00
972
y2
sy*
iVlG
13/8 31/2
4
3/4
1V16
378
278
0.84
17l6
V4
5y2
iy4
IIV16 33/4
4
3/4
l^Vl6
33/8
378
1.05
HVie
1
6y4
13/8
2 41/4
4
78
178
33/4
372
1.32
178
1V4
7y4
iy2
272 51/8
4
1
2Vl6
4
33/4
1.66
2Vl6
1V2
8
iy4
278 53/4
4
178
23/8
478
43/8
1.90
23/8"
2
9y4
2
378 63/4
8
1
23/4
574
5
2.38
23/4
2500
2V2
10V2
2y4
478 73/4
8
178
378
578
578
2.88
378
Pound
3
12
^Vs
5 9
8
174
378
678
678
3.50
378
4
14
3
63/i6 103/4
8
172
41/4
73/4
71/2
4.50
474
5
i6y2
3%
7Vi6 123/4
g
13/4
578
974
9
5.56
578
6
19
4y4
81/2 141/2
8
2
6
11
103/4
6.63
6
8
213/4
5 1
105/8 1774
12
2
7
123/4
1272
8.63
7
10
26y2
6y2
123/4 211/4
12
272
9
163/4
161/2
10.75
9
12 1
30
7y4
15 243/8
12
23/4
10
181/2
1874
12.75
10
Facings: Screwed. 5tip-0n
Welding, and Welding iNeck
Flanges are regularly fur-
nished with a He-ii^ch high
raised face in the i 50 and 300-
Pound pressure classes, and
with either large male or
large female facing, as or-
dered, in the 400, 600, qoo,
1 500 and 2) 00-Pound pres-
sure classes.
Cranelap joints: Complete
dimensions of Cranelap joints
(except 2) 00-Pound) are
shown on page 608.
Complete dimensions of 2500-
Pound Cranelap Joints will
be furnished on application.
Requests should be accom-
panied by detailed specifica-
tions, including the thickness
of che pipe, the kind of lap,
and the type of facing re-
quired on the lap.
American Standard : The
dimensions and drilling of
flanges conform to the Ameri-
can Standard for Steel Pipe
Flanges and Flanged Fittings,
BiOe-iQ3Q. for their respec-
tive pressure class.
The American Standard does
not include c^oo or 1500-Pound
Flanges in the 3^2~inch size.
Neither does the Standard in-
clude 400, 600, qoo, or I 500-
Pound Slip-On Welding
Flanges. Crane flanges of this
type have the same dimen-
sions as .American Standard
Steel Screwed Flanges, being
bored instead of threaded.
The Standard
Comparison of
New and Old
Flange
Thicknesses
(150-Pound)
has increased
slightly the
thickness of
I 5 o- Pou nd
loose flanges
in sizes i to
3 3-'2-inch. The
table at the
right shows
the new and
old thickness-
es, the latter
being taken from the former
issue of the American Stand-
ard, Bi6e-iQ32.
List prices . . . .pages 364 and 365
Description page 363
Templates for
drilling pages 553 to 555
Special facings. . pages 560 to 563
Welding bevel details . .page 647
Size
New
Old
1
M^
Vfi
IK
%
K2
IK2
^Ke
^/.5
2
H
%
2H
%
lh6
3
"4'fi
u
3M
^Kfi
^^6
i
1
'Ui
II
(!
i'i
; ■ I
* .
lii'
368
CRANE
Ira
I
1
I
I
Flanged fittings, flanges, and vahes made by
Crane in lines bet^^een compressors and dis-
tillation unit in a natural gasoline plant.
•
Crane welding ell and chain \^heel operated
valve on exhaust steam in a rubber plant.
Crane welding fittings, flanges
and double disc gate valves
pipe line-
in natural gas
•
A municipal fire boat \*. ith
Crane steel gate vahes in
water pumping lines, and
other Crane marine equrpment.
1
UTi
CRANE
Stop-Check, Blow-Off, Pulp Stock,
Back Pressure, and Float Valves
369
Stop-Check \'ji\cs
Service and Features page 170
Installation page 370
General Description page 17 1
Sclcctinji Proper Size page $71
ijo-PounJ F^errostccl page 372
300-Povind Cast Steel page 373
400-Pound Cast Steel page 374
600-Pound Cast Steel page 374
Qoo and 1500-Pound Cast Steel page 374
Blow-OtT Valves
250-Pound Ferrosteel page 37b
300-Pound Cast Steel page 377
600-Pound Cast Steel page 377
Cast Iron Blow-Off Crosses page 37b
Iron Body Pulp Stock \'al\es page 375
Iron Body Back Pressure X'alves pages 3 78 and 370
Iron Body Exhaust Relief N'alves pages 378 and 379
Klipfel Tank Float and Lever \'aKes page 380
Clayton Float Valves page 381
Nearly even' piping installation requires the use of at least a
few of what are generally called "specialties", or more specifically
"special duty valves'* — valves which are designed for only one
particular service or which automatically perform a special
function. 1 he Crane line of such valves includes a w ide assort-
ment of types and sizes to fill all normal requirements, and all
of these are characteristically Crane in ciuality.
For greater convenience in catalog use, the Crane line of special
duty valves and of specialties has been di\'i^lcd into several
groups. In addition to those indexcLl aho\-e. the line includes
the following:
Safety and Relief Valves ^ pages 3S3 to 407
Pressure Regulators and Pressure Reducing Valves pages 410 to 414
Steam Traps pages 41 >' to 41Q
Steam and Oil Separators; Sediment Separators pages 420 to 4^
Expansion Joints pages 424 to 4iS
FlcxiHle Joints; Dayton Couplings pages 4)0 to 41^
Water Gauges. Accessories, and Water Columns pages 434 to 43"^
Whistles; f-usible Plugs; Gauges. ^. pages 437 to 4 30
Lubricators; Oilers; Injectors; Ejectors; Sump i\inips. . . .pages 440 to 442.
Brass Lever-Operated Quick-Opening Vnlvcs pages 66 to 60
Brass (^.hronometer Valves page 470
Brass Butterfly and Throttle Valves .* page bg
Iron Buttcrlly and Throttle Valves page 14S
■
- »
r ',-'
It
.o^^ V.-'^K
370
CRANE
Ferrosteel and Cast Steel Stop-Check Valves
Boiler Service and Fundamental Duties
41
Stop-Check Valves are as essential to the safe opera-
tion of a boiler plant as are the safety valves or other
safety devices attached to the boiler. They should
be installed in the pipe line between each boiler and
the main steam header, when more than one boiler
is connected to the same header. These valves
should always be placed so that the pressure in the
boiler is under the disc.
The Stop-Check Vah-e is intended to perform four
important functions in boiler steam piping:
First: To act as an automatic non-return \'alve. pre-
venting a back iiow of steam from the main steam
header to the boiler to which it is connected, in the
event of a failure in that boiler.
Second: To assist, when ceasing to fire, in cutting
out a boiler. In this case the disc will close auto-
matically and prevent header pressure from entering
the boiler.
Third : To assist in bringing a boiler into service after
it has been shut down. This operation requires con-
siderable care when performed manually, but the
Stop-Check Valve performs this function automati-
cally, without pressure fluctuations or disturbance of
the water leve..
Fourth: To act as a "safety first" valve in prevent-
ing back flow of steam from the header into a boiler
which has been shut down for inspection or repair,
should an attendant accidentally open the valve.
m30
i'.
1
( L
.kA
!l
Features of the Crane Stop-Check Valve
Liner: The liner guides the disc
throughout the full tra\-el. It is
quickly removable and. being
entirely independent of the bod>-.
is not subject to distortion b\-
expansion strains.
Piston ring: Contributes to the
dashpot eff ecti\'eness to a\-oid
rapid disc mo\'ements. For con-
ditions of extremely se\'ere pulsa-
tions two rings may be installed.
Throttling lip: The long throt-
tling lip on the disc retards the
flow when the seating position
is approached. Disc chattering
is pre\'ented and wiredrawing of
the seating surfaces is reduced.
Seat: Flat seats facilitate true
seating; thev are readilv remo\*ed
and can be easilv reconditioned.
Regrinding : Tapped bosses on top
of the disc enable nipples or eye-
bolts to be inserted Co facilitate re-
mo\al of the disc and regrinding.
Section stiowing disc
in partly opened position
Dashpot : Self-contained in liner.
An effective cushion for the disc
to prevent pipe line vibcations.
or hammering on the seat, at low
velocities or on pulsating loads.
Dashpot vent : The vent acts as
a governor to control the disc
speed and assure smooth action.
Disc: The one moving part. Made
in one piece and cylindrical in
shape it has ample guiding sur-
face. It is light in weight and
especially designed to produce a
maximum lift at minimum veloc-
ities. Free of wing guides which
cause "spinning" and rapid wear.
Ports: Large port areas produce
only a minimum of pressure drop
through the valve. They assure
unrestricted movement of the disc.
I
I
* [i
I
INLET
DRAIN—
Figure No. 1
Figure No, 2
Recommendations for Installation
Crane Z5o-Pound Ferrosteel and 300-Pound Cast
Steel Stop-Check V^aK'es are a\'ailable in two styles,
each of which can be used in two positions in a
boiler installation.
Straight-Way Y-Pattern Valves may be used in
horizontal lines (Figure No. i) or in vertical lines
for upward fiow (Figure No. 2).
Angle Y-Pattern Valves may be used for upward-
to-horizontal flow (Figure No. 3) or for horizontal-
to-downward flow (Figure No. 4).
The proper method for draining is shown in the
illustrations for each of the four positions.
DRAINHI
Figure No. 3
DRAIN THIS
UNE AT
LOW POINT— i^^
Figure No. 4
i
I
"it
V
CRANE
371
Ferrosteel and Cast Steel Stop -Check Valves
General Description
Construction: In design and construction, these
valves are unusually simple, strong, and rugged.
Made with but one moving part, the disc, and em-
bodying only carefully selected materials, they are
exceptionally durable and give long and reliable
service.
Because of the simplicity of design, all internal
parts are easily accessible, and when the occasion
should arise, replacements can be made without
removing the va ves from the line.
These valves are equipped with a handwheel which
permits them to be closed while under pressure, or
if they are already closed automatica ly, to lock
the disc in the closed position. No mechanical con-
nection is made between the disc and the stem and,
when the stem is raised by the handwheel. only the
boiler pressure can lift the disc. This equipment for
manual operation is of the outside screw and yoke
type, wherein the stem threads are not directly
exposed to the high temperature of the steam.
250 and 300-Pound Valves have a male and female
bonnet joint, sealed with a Granite ring gasket, and
bolted ^vith studs driven into the body. 400 and
600-Pound Steel Valves have ring joint facing, a
soft steel ring joint gasket, and Crane Templex Steel
through type bolt-studs. Tightness and liberal
strength are assured.
All Cast Steel Valves have a lantern type stuffing
box, equipped with a bronze ball type gland and steel
gland flange. Packing is installed above and below
the lantern, assuring tight sealing. The lantern
provides space for a cooling chamber, which is
tapped and fitted with a steel plug. i5o-Pound
Ferrosteel Valves have an exceptionally deep stuffing
box, filled with high grade packing, and fitted with
a brass gland and a malleable iron gland flange.
All Stop-Check Valves, when the stem is in the wide
open position, can be repacked while under pressure.
The body seat ring is of the shoulder seated type.
It is held in place by the removable liner in Ferro-
steel Valves and is screwed into the body in Cast
Steel Valves.
The piston type disc, operating in the removable
liner, is the only pressure actuated part in the valve;
see the preceding page for features and full descrip-
tion of the internal parts of the valve.
Code requirements: Crane Ferrosteel and Steel
Stop-Check Valves conform to the A.S.M.E. Boiler
Construction Code for Non-Return Stop Valves.
Closing tight against boiler test pressures:
Because of the exceptional severity of this require-
ment, only sizes 6-inch and smaller of the 250, 300,
and 400-Pound Valves and sizes 5-inch and smaller
of the 600-Pound Valves can be closed manually
against the boiler test pressures. When the larger
size valves are required to comply with this test, they
must be so ordered to be especially equipped. Valves
with gears, ball-bearing yokes, or toggle operating
mechanisms can be furnished on order when so
specified; prices on application.
if
I
till
m
Selecting Size of Stop-Check Valve
The many variables affecting the selection of the
proper size of a Stop-Check Valve preclude the pos-
sibility oi establishing a simple rule or formula
applicable to all installations. This is particularly
true where the pressure drop through the valve is
of primary importance.
Velocity: The Stop-Check Valve size determines
the velocity which can be used without producing
excessive pressure drop. Steam velocities normally
used for Stop-Check Valves, in feet per minute, are
as follows;
Valve Size lYi to 5--inch
Peak Load, Max. 10,000
Normal Load 5,000 to /.Joo
Low Load, Min. 3,000 to 4,500
Formula: The following formula can be used as a
guide for determining the approximate size of a Stop-
Check Valve for the ordinary installation.
Determine the generating capacity of the boiler in
pounds of steam per hour under normal operating
6 to 12-inch
I 2, 000
7,500 to q,ooo
4,000 to 5,000
conditions. Using a velocity ranging from 3000 to
izooo feet per minute, figure the area of the pipe
from the fol owing formula :
C =
AxBx2.4
V
in which
C = Area of pipe in square inches
A = Pounds of steam per hour
B = Volume, in cubic feet, per pound of steam at
given pressure and temperature
V = Velocity in feet per minute
The valve size should be the same as the nominal
pipe size having the nearest equivalent area in
square inches (C).
Caution: This formula determines the approximate
valve size, without establishing the pressure drop.
Where pressure drop is of vital importance, or for
unusual or high pressure installations, Crane engi-
neers will be glad to make specific recommendations
and to furnish pressure drop data. Requests should
be accompanied by a complete description of the
proposed operating conditions and a piping layout.
List prices and dimensions . . . .pages 372 to 374
\
_
jElI
uM
I
II
: t
"277
CRANE
250-Pound Ferrosteel Stop-Check Valves
WORKING PRESSURE '
250 pounds steam, 500*^ F. maximum temperature
Shell test
Seat test
- TEST PRESSURES
500 pounds hydrostatic
Sizes 2}/^ to b-inch, 375 pounds hydrostatic
Sizes 8 and io-inch,*250 pounds hydrostatic
*S and 10-inch \'alves can be equipped with gears;
they would then be given the 375 pound seat test.'
Important
The size of a Stop-Check Valve should be
based upon the boiler capacity, rather
than on the size of the boiler outlet or
existing piping. See "Selecting Size of
Stop-Check Valve" outlined on page 371.
For general description and features of
Crane Stop-Check Valves, see page 370.
No. 28 E, Straight- Way Y-Pattem
Cross Section
No. 30 E, Angle Y-Pattem
List Prices
Size
Inches
2V2
No. 28 E, Flanged, Faced and Drilled Each( 45.00
No. 30 E. Flanged, Faced and Drilled Each 45.00
50.00
8
10
&0.00
80.00
50.00
95.00
60.00
145.00 240.00
80.00
Service recommendations: Crane Scop-Check
VaK-es are recommended for use in the pipe line
between each boiler and the main steam header,
\vhen more than one boiler supplies the same header!
For complete e.xplanation of this ser\-ice, see page 3 70.
In addition, these \-al\'es render excellent ser\-ice in
discharge lines from boiler feed pumps or from other
high pressure pumps where a high qualitv check
val\-e is desired.
Straight- \\ a>- X'ahes may be used in horizontal lines
or in vertical lines for upward fiow. Angle \al\-es
are suited for horizontal-to-do\\-nward flow- or for
upward-co-horizontal flow. For recommendations on
installation, see page 370.
Materials and construction: These valves have
Ferrosteel bodies, bonnets, and vokes; the renew-
able hner is cast iron; the disc and seat rinas are
brass; and the stem is of cold rolled steel, nickel-
plated. For general description of che construction
of these \a\\ts. see page 371.
Gearing: 8 and ic-inch Vahes can be especially
equipped with gears to permit manual operation at
boiler test pressures. Prices on application.
Flange dimensions and drilling: The end flanges
on these vah'es conform to the 250-Pound Americ'^an
Cast Iron Flange Standard (Bi6b-iQ28). They are
furnished faced and drilled unless otherwise ordered
List prices include facing and drilling to this stand-
ard, and no deduction is made if valves are ordered
faced only.
95.00 145.00 240.00
Flange facing: The valves are regularly furnished
with an American Standard He-inch raised face on
the end flanges. When so ordered, they can be fur-
nished with male, female, tongue, or groove facing;
see page 560 for dimensions and the Crane Discount
Sheet tor prices.
Flanges ha\-e the ^fg-inch raised face finished with
concentric grooves, approximately 16 grooves per
inch, know-n as a "serrated" finish.
No. 28 E No. 30 E
Dinnensions, in Inches
Size
1 tA
IB
C
D
E
F
1 G
2^2
1 13
53/4
61/2
141/2
171/2
13
9
3
143/4
6V4
71/2
I6I/2
I8V2
22
26
191/2
141/2
10
4
17
7
8
101/2
12
211/2
16
10
5
19
7%
251/2
19V?
14
5
21 V2
83/4
291/2
22
16
8
26 1
101/2
I6V2
33
37
28
20
10
■•-T_ 1 1
30 ,
. 1 q
121/4
19
39
; 431/2
34
24
General description and featu
res
Dimensions of end
pages 370 and 371
flanges . . . page 552
Templates for drilling. , , P<^S^ ^^^
1
CRANE
373
300-Pound Cast Steel Stop-Check Valves
WORKING PRESSURES
Same as Steel Globe and Angle V^al\-es;
see page 321. Max. Temp. ZSO"" F.
TEST PRESSURES
Shell test — 1000 pounds hydrostatic
Seat test — Sizes 2^2 to b-inch, 450 pounds hydrostatic
— Sizes 8 and lo-inch, t^OO pounds hydrostatic
— All sizes, 100 pounds air-under-water
t8 and 10-inch Valves can be equipped with gears;
they would then be given the 450 pound seat test.
Important
The size of a Stop-Check Valve should
be based upon the boiler capacity,
rather than on the size of the boiler
outlet or existing piping. See "Select-
ing Size of Stop-Check Valve" out-
lined on page 371.
For general description and features of
Crane Stop-Check Valves, see page
370.
No. 30 XU, Angle Y-Pattcrn
Cross Section
No. 28 XU, Straight-Way Y-Pattem
Valves suitable for 1000^ F. maximum tGmperature
can be made to order; prices on application.
List Prices
Si2e
Inches i
2^2
'3
4
6
8
10
No. 28 Xt. Flanged, F.D. & S.F.
Each
290.00
355.00
475 . 00
580.00
725.00
1090.00
1640.00
No. 30 XU. Flanged. F.D. & S.F.
Each
290.00 ,
355.00
475.00
580.00
725.00
1090.00
1640.00
Service recommendations: Crane 300-Pound
Cast Steel Scop-Check Valves perform all the duties
of a non-return boiler stop valve efficiently and com-
pletely. For explanation, see page 370.
Wherever check valves of outstanding quality are
desired, such as in discharge lines from boiler feed
pumps or from other high pressure pumps, these
valves render excellent service.
Straight-Way Valves may be used in horizontal lines
or in vertical lines for upward flow. Angle Valves
may be used for upward-horizontal flow or for hori-
zontal-downward flow. See page 370 for installation.
Materials and construction: These vaKes have
high quality materials throughout. The body,
bonnet, and removable liner are Crane No. 4 Carbon-
Molybdenum .Alloy Steel; the stem and the seat ring
are Exelloy; the disc is Stellite faced Alloy Steel;
and the yoke bushing is cast manganese bronze.
Triplex Steel studs equip the bonnet joint. For
general description and construction, see page 371.
Flange dimensions and drilling : The end flanges
on these valves conform to the American Standard
for 300-Pound Steel Pipe Flanges and Flanged Fit-
tings, Bibe-iq3q. They are furnished faced, drilled,
and spot faced (F.D. 6^ S.F.) unless otherwise or-
dered. List prices include drilling to the 300-Pound
American Standard, and spot facing. No deduction
is made if valves are ordered faced only.
Flange facing: The valves are regularly furnished
with an American Standard He-'^ch raised face on
the end flanges. When so ordered they can be
furnished with ring joint, male, female, tongue,
groove, or other types of facings; see the Crane
Discount Sheet for prices.
Templates for drilling . . . .page 553
Finish of flange faces: The J^fg-inch raised faces
are finished with concentric grooves, approxi-
mately 32 grooN'es per inch,. known as a "serrated
finish. A smooth finish can be furnished on the
raised faces when so ordered; see the Crane Discount
Sheet for prices. The smooth finish is recommended
when a metallic gasket is used.
*3-inch Cranelap Joints: When 3-inch 300-Pound
Valves with ring joint facing are to be bolted to
Cranelap Joints, orders must so specify; they re-
quire a groo\'e of special diameter. See page 5(32
for dimensions.
Open
Open
-B -
No. 28 XU
No. 30 XU
Dimensions, in Inches
Size
tA
IB
C
D
E
F
G
2V2
13
53/4
83/4
16V8
20
151/2
ID
3
143/4
6 1/4
83/4
17Vs
21
leVs
10
4
17
7
12
22 V2
26
203/8
14
5
19
7Vb
13
25
28 1/2
221/4
16
6
nV2
8V4
141/2
281/4
321/4
251/4
18
8
26
IOV2
19
361/4
40
311/2
20
10
30
121/4
231/2
431/2
48
38
24
t Include the Ke-inch raised face on the end flanges.
Dimensions of end flanges. . . page 553
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i
■■- ■■■;■ r.f^-X.:'^'-
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374
CRANE
kI
400 and 600-Pound
Cast Steel Stop-Check Valves
WORKING PRESSURES
Same as Steel Globe and Angle Valves, see page 32 r
Maximum Temperature, 1000° F.
TEST PRESSURES
400-Pound Valves
Shell test — 1340 pounds hydrostatic
Seat test — Sizes 4 to 6-inch, 600 pounds hydrostatic
— Sizes 8 to 12-inch, *400 pounds hydrostatic
— All sizes. 100 pounds air-under-water
boo-Pound Valves
Shell test — 2000 pounds hydrostatic
Seat test — Sizes zj^ to 5-inch, 900 pounds hydrostatic
— Sizes 6 and 8-inch, *600 pounds hydrostatic
— Sizes 10 and !2~inch, *400 pounds hydrostatic
— All sizes. 100 pounds air-under-water
*These test pressures apply for wheel operated valves. When
equipped with gears, the 600 or 900 pound tests are given.
For proper operation, the valves must be
insta led with the stem in a vertical position.
*~^To^r64°u; So-Po^un?'"' ^^portant: It is important that the size of Stop-Check Valves be based upon
No. 179 U^ 600-Pound ^^^ boiler capacity. See Selecting Size of Stop-Check Valves," page 371.
List Prices and Dimensions
Ane;le Pattern
No. 166 U, 400-Pound
No. 180 U, 600-Pound
Si-e
Inches f 1^2
t3
No. 164 U or No. 166 U, 400-Pound, F.D. & S.F. Each
8
10
12
490. 00|64S. 001750. 00 1100.00 1775.00 2925.00
No. 179UorNo. 180 U, 6QQ-Pound. F.D. & S.F. Each|325.00|370. 00 ;600 .00|790.00|920.00| 1360.00 2465.00 l365o!on
JFace to face. Globe
Inches 13
iCenter to face, Angle
Center to top, open. Globe
14
18
201/2
23
28
Inches J 6V2
321/2
42
101/4 I IIV2 14
Center to top, open, Angle
Inches I 24 | 261^ 283/
I6V4
21
33
Inches 2334 I 26
Diameter of wheel
28
371/2 I 471/2 561/
663/4
32
36
Inches! 10
443/4 I 531/2 631/
12
14
16
18
24
tFace to face and center to face dimensions include the i<£-inch male i'ace on the end flanges.
27
30
Materials and construction: The materials from
which the parts of these val\-es are made are of
exceptional high quality. Crane No. 4 Carbon-
Molybdenum Alloy Steel body, bonnet, and liner;
Stellite faced alloy seat and disc: and Exelloy stem.
The bonnet joint utilizes a soft steel ring joint gasket
and Crane Templex Steel bolt-studs.
The general construction of these val\-es follows
those described on pages 372 and 373. except for
the stem position, the bonnet joint, and the mate-
rials.
Flange dimensions and drilling : The end flanges
conform to the American Standard for Steel Pipe
Flanges and Flanged Fittings, 8166-1030; on 400-
900, 1500, and 2500-Pound
Alloy Cast Steel Stop-Check Valves
For these higher pressures. Crane Co. has de-
veloped a new "Strut Design Stop-Check
Valve" \\-hich permits greater efficiencies in \-al\-e
operation and pressure drop. This design can be
supplied also for the 300, 400. and boo-Pound
VaK'es, when a minimum pressure drop is highlN-
desirable.
These valves are made fo order only.
Prices and dimensions on application.
Pound Valves, they conform to the 400-Pound
Standard, and on boo-Pound Valves to the boo-
Pound. They are furnished faced, drilled, and spot
faced (F.D. & S.F.) unless otherwise ordered. List
xices include drilling to the 400-Pound or boo-
Pound American Standard, respectively, and spot
facing. No deduction is made if vaU'es are ordered
faced only.
Flange facing: The vaUes are regularlv furnished
with an American Standard i^-inch male face (large
male) on the end flanges.
When so ordered, they can be furnished with ring
joint, female, tongue, groox'e. or other types of
facing: see the Crane Discount Sheet for prices.
Finish of flange faces: Large male faces are fin-
ished with concentric grooves, approximately 32
groo\-es per inch, known as a '■serrated" finish.
A smooth finish can be furnished on the male faces,
when so ordered; see the Crane Discount Sheet for
prices. The smooth finish is recommended when a
metallic gasket is used.
tS-inch Cranelap Joints : When 3-inch boo-Pound
Valves with ring joint facing are to be bolted to
Cranelap Joints, orders must so specify; they require
a groove of special diameter. See page 5-62 for
dimensions.
General description and features
Templates for drilling . . . .page 554
pa-^es 370 and 371
Dimensions of end Ranges . . . .page 554
CRANE
375
Iron Body Pulp Stock Valves
Brass Trimmed or All-Iron
Patented
60 pounds water working pressure
Cross Section
Outside Screw, Rising Stem
No. 1425 or No. 1427
FEATURES
Self-Cleaning — Non-Clogging
Easy Operating
Tapped Openings for Flushing
Clean out
Full Port Area
SERVICE RECOMMENDATIONS
Iron Body Pulp Stock Valves
are recommended for lines car-
rying pulp stock in pulp and
paper mi Is. They are espe-
cially designed to meet the
requirements of this service.
All-iron valves are for use
where the liquids would cor-
rode brass but not iron.
Flanged
Outside Screw. Rising Stem
No. 1425, Brass Trimmed
No. 1427, All-Iron
Flanged, Quick Opening
No. 1429, Brass Trimmed
No. 1431. Ail-Iron
Size
Inches
List Prices, Each
Faced and Drilled
No. 1425
or
No. 1429
Brass
Trimmed
No. 1427
or
No. 1431
All-
Iron
Dimensions, in Inches
Face
to
face
No. 1425
or
No. 1427
No. 1429
or
No. 1431
Center
to top,
Open
Dia.
of
wheel
A
B
Size
of six
tapped
open-
Flange Dimensions
Dia.
of
ings in flange
body
Thick-! Dia.
ness
of
of
bolt
flange circle
No.
of
bolts
Dia.
of
bolts
4
107.00
115.00
I 9
21V4
10
133 V4 12
Vi
9
^Vl6
7V2
8
%
6
127.50
143.50
IOV2
271/2
10
431/4 23 1
1/2
11
1
91/2
8
V4
8
149.00
168.00
IIV2
3478
12
57 29 i
V4
131/2 !
1%
1 113/4
8
V4
10
191.50
218.50
13
41
14
683/4! 41
3/4
16 !
Wis
141/4
12
%
12 I 262.00 ' 295.00 1 14 ' 47^^ ; 16 1803/4 > 41
3/4
19
IV.
17
12 : 7/
8
14
330.00 372.00
15 52% 16 1901/2' 41
%
21
lYs 18 V4' 12
16
393.50 '' 444.50 || 16 | 58I/4 1 18 I 95 1 41 I 3/4 | 231/2 , IVis 21 1/4 I 16
Body : The body is made of cast iron: it isdix'idedon
the vertical centerline, and bolted together. A
special gasket in the joint prevents leakage. Circular
port-s at both ends and rectangular shape at the
center assure full area through the valve.
Disc: In brass trimmed valves, the disc is brass; in
all-iron valves, it is Exelioy. Made in a rectangular
shape with a sharp cutting edge at the bottom, the
disc is fully guided by machined slots in the body.
Stem : The stem in all these valves is made of Crane
Cast Manganese Bronze. It does not come in con-
tact with the fluid in the line.
Seat; A lead filler in the bottom of the \alve acts
as a seat and protects the cutting edge of the disc at
the point o( closing.
Self -cleaning ; non-clogging: The lower portion
of the outlet half of the bodv has a series of notches,
each of which entraps small units of the pulp stock.
Large single accumulations of stock are avoided in
closing the valve, and the cutting edge of the disc
easily shears the successive small units and also any
stock lodged at the seat.
Cleanout: The disc-stop holder, which carries the
lead seat, is fastened to the valve with cap screws.
This holder can be remo\'ed to clean out the valve.
Tapped openings: Each \'al\e is made with six
tapped and plugged openings, to facilitate flushing
the inside of the \^alve and pipe line when chan^^ing
the pulp stock from one color to another.
Stuffing box: .A. rectangular shaped stuffing box,
with a brass or malleable iron gland, completely sur-
rounds the valve disc. It is unusually deep and is
filled with a special packing which minimizes friction.
Flange dimensions and facing: The dimensions
and drilling of end flanges conform to the American
Cast Iron Flange Standard, Class [25 (Biba-iQiq).
Flanges are plain faced, with a smooch finish.
Drilling: The list prices include facing and drilling
to the American Cast Iron Flange Standard, Class
125. No deduction is made when valves are ordered
faced onlv.
Face to face: Crane Pulp Stock Valves conform to
the American Standard for the Face to Face Dimen-
sions of Ferrous Flanged Valves (Bi6.io-iQ3q),
Standard wedge gate valves in use on pulp stock
lines can be replaced by these valves without making
piping changes.
Chain Wheels for outside screw valves . . . .page 176
Floor Stands and Extension Stems . , . pages 168 and 169
Gears, to facilitate operation of large size outside screw
valves, can be made to order; prices on application.
■ 1*
<ijil
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I
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I
376
CRANE
250-Pound Fcrrosteel Blow-OiF Valves
WORKING PRESSURE HYDROSTATIC TEST PRESSURES
250 po-.:. - _v_;ler biou-oti' sen ice 550 pounds seat — 800 pounds shell
List Prices, Each
Sise
Inches 1 ^
2H
Angle
I No. 390. Screwed
12.00 15.00 20.00
No. 391, Ransed. F. & D.
12.00 15.00 20.00
Y-Patcem
( No. 393, Sorewevi
12.00 15.00 20.00
No, 393^;, Flanged, F. & D. 12.00 15.00 20.00
No. 390. S:reweJ
No. 391, ; ^— CO
BOILER CODE REQUIREMENTS
No> ;o5 and 30?}-2 V-Pattem \alves do not comply uith
the recuirementsoithe lo;- editionof the AS. \ I.E. Boiler
Code. Nos. 500 and joi \alves comply with the Code for
K-^::c-"' Mow-otf. except that the maximum allowable \kork-
ing prcssu.'-e under che Code is 2rc tx>ands instead of 250.
No. 393. Schemed
No. 3^V2, Flanged
Ser\-ice recommendations : : ;~e>e \al\ es have
been rNarticuIarlv desi^^ied for bo^.c.^ clow-otr' service.
re al50 wel! suited :br blow-orf service
:^- ranks
orrece:\ers where dirty gritty water isto be .;_::dled.
FeatLires of construction: The valves are :--_j.e
with re.'^ewable sears and s.p-on discs, in order to
perrr.ir cuick repair Cor.ti-ary i:~ r:-dinary glob^
vahc cor.s:n.:c:ion. the scaling suriacc in these valves
is on rhe outside of the sea: ring whc^: : :s protectee
from the cutting errect o: the ware.- passing the seat.
Bonnets are held to rhe bodies with tuo ":x^':s uiuch
!ac:!itares disr:an:!ing che valves :or .nspecrion and
repair. The outsice screu and >oke cor-.s: ruction
.<eeps the sten-. threads outs-ice the now 01 . ^rer k
iniproves rhe life oi rhe sren: tinreads and prevents
the val\es iron: becon-.mg :noperative due to scale
anu rorei^ matter jan'min^ the rhreacis.
All parrs o: ;.rcs; .a:\es are srur
-■mm .. ••, \
Stuffing boxes are unusually deep and hold ample
packing to eliminate frequent ref>acking.
Materials: Bodies and bonnets are made of Ferro-
steei. an exceptionally high grade cast iron ; discs and
seat rings are of cast iron, which has proven verv
satistactory for blow-off ser\ice: and stc~.5 _: :
brass Packing glands are made of brass while the
gland flanges are of malleable iron.
Flange dimensions: End f^an^es of these vahcs
coniorm to the .-Vmerican 2 5;>Pound Cast Iran
Range Standard. No. Biob- 10:^8. Thev have a
^-^inch raised face.
Drilling: These valves are furnished faced and
drilled F. & D.i unless ordered faced only. List
prices include facing and drilling to the .American
250-Pound Cast Iron Flange Standard. Ulin or-
uered lacec c.-.iy they will be furnished at the s
price a? for faced and drilled.
Dim
Size
11
ZU
Mre
Center to end. No. 3*>0
1^1 2 2W
41-
Angle
Valv
Center to face. No. 3*31
End to end. No. 393
4U
'I4
*i:>
Cent
er to top, open
12U 133^ 15^
V-Pattem ^ace to face. No, 393^^
Valves
8 9H
9's 11 Ki.
EHameier o£ wheel
10
Centertorimot wheel, open 12^4 14 15^4
DiametCT o^ \i-heel 8 9 10^
Standard and 250-Pound Cast Iron Blow-Off Crosses
^"ORKING PRESSL-RES
Standard --r-Pound
125 orr-ds steam 250
r\?.;nas Steam
Prices. Each
Sire
Inches 2Us: Vz -"^zX- 2i;s:i^
os:
4x2
Blow-OffCrx^ss^^'^^^
250- Pound
Service recommendations : These special fittings
are used in c: '.-:: blow-ori ririns to provide a con-
-^ ^
ction x^.-rer.
i. s. - - . ^ ,
means of feeding the boiler
is wanted, ana a so to provide a readily accessible
clean-out- The riind na.nge Is renrovable for clean-
ing. The large opening is connecceo to the boiler
9.00
12.00
13-50
4x2U
9.00 9.00 10.00 12.00 12
16.00 16.00
and the reduced openings, which are of one size, are
used for blowine douTi or feedins the toiler.
Flanges: The list rriccs c: rhe blow-off
cluae the blind flange bolted on. The fitting and the
fianse are both made of ca5;r imn
CRANE
377
300 and 600-Pound
Alloy Cast Steel Angle Blow-Off Valves
WORKING PRESSURES
Same as Steel Globe and
Angle Valves; see page 321.
Shell test
Seat test
Shell test
Seat test
TEST PRESSURES
300-Pound V''aK'es
-1000 pounds hydrostatic
- 775 pounds hydrostatic
- 100 pounds air-under-water
600-Pound Val\-es
-2000 pounds hydrostatic
-1550 pounds hydrostatic
- 100 pounds air-under-water
No. 391 U. 300-Pound
No. 191 U, 600-Pound
List Prices and Dimensions
Size
Inches i
IV2
2V2
No- 391 U, 300-Pound, F.D, &z S.F.
Cro^ Seccion .
These valves comply with
the AS. ME. Boiler Con-
struction Code for Bottom
BloW-OfF for pressures over
250 pounds.
Service recommendations: Crane 300-Pound and
600-Pound Cast Steel Angle Blow-Off VaK'es are
recommended for severe ser\'ice on high pressure
boilers. They cornph" with the A.S.iVI.E. Boiler
Construction Code for Bottom Blow-Off for pressures
over 250 pounds.
Construction: These valves are outside screw and
yoke type and have a bolted bonnet with a male and
female joint, fitted with through bolt-studs threaded
their entire length. They have a shoulder-t\'pe
screwed-in body seat ring and a piston-guided disc.
The stuffing box is of the lantern type and is extra
deep. Packing is used both abo\-e and below the
lantern, assuring tightness. The lantern pro\-ides
space for a cooling chamber, and the cooling chamber
is tapped and fitted with a steel plug.
These valves, when wide open, can be repacked while
under pressure.
Seat and disc: The body seat ring and piston-
guided disc are of the plug type. This construction
offers unusual resistance to wear and to the cutting
action of foreign matter. The piston portion of the
disc is machined to provide a suitable fit in the \ ah e
body and accurately guides the disc to and from its
seat. In addition, the piston ser\-es effectively to
throttle the flow from the inlet port when opening
or closing the valve, thus affording additional pro-
tection to the seating surfaces against the danger of
wiredrawing.
Materials : The body and bonnet are made of Crane
No. 4 Carbon-Molybdenum Steel ; the stem is
Exeiloy. The body seat ring and disc are Stellite
Description of materials . . . pages J to 9
Each 215.00
240.00
290.00
No. 191 U, 600-Pound. F.D.
&S.F.
Each
225.00
255.00
aio.oo
Center to face, 300-Pound
Inches ■.
4V2
5V2
6V4
Center to face, 600-Pound
Inches t
434
534
61/?
Center to top, open
Inches
18V8
187/8
213/4
Diameter of wheel
Inches
9
10
10
faced alloy steel. The bonnet bolt-studs are made of
CraneTriplex Steel, and the bonnet gasket, of Cranite.
Flange dimensions: The end Aanges conform to
the .American Standard for Steel Pipe Flanges and
Flanged Fittings-, Bibe iq3q; on 300-Pound VaU-es,
they conform to the 300-Pound Standard, and on
boo-Pound Valves, to the boo-Pound.
Drilling: The end flanges on the Xo. 301 U and
No. iqi U Valves are furnished faced, drilled, and
spot faced (F.D. & S.F.) unless otherwise ordered.
List prices include drilling to the 300-Pound or
boo-Pound American Standard, respectively, and
spot facing. No deduction is made if valves are
ordered faced onlv.
Flange facings: The 300-Pound VaKes are regu-
larly furnished with an American Standard l{^-\r\c\\
raised face, and the 600- Pound VaKxs. with a
3^-inch male face (large male) on the end flanges.
When so ordered they can be furnished with ring
joint, male (on 300-Pound Valves), female, tongue,
groove, or other types of facings; see pages 5O0 to
563 for dimensions and the Crane Discount Sheet
for prices.
Finish of flange faces: The J/fg-inch raised faces
and large male faces are finished with concentric
grooves, approximately 32 grooves per inch, known
as a "serrated" finish.
A smooth finish can be furnished on the raised or
male faces when so ordered; see the Crane Discount
Sheet for prices. The smooth finish is recommended
when a metallic gasket is used.
Templates for drilling pages 553 and 554
\
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Z7^
CRANE
I
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No. 384
Scrc\\ecl
(not shown)
No, 385
Flanged
No. 385, in Horizontal Position
Only sizes 4-inch and larger can
be used in a horizontal position.
Iron Body Back Pressure Valves
Weighted for back pressures up to 5 pounds
Service recommendations: These back
pressure ^■al^■es are ideal for use on non-
condensing cnijine installations, where the
exhaust steam is largely used for heating, and
w here the \ ahc, therefore, is not called upon
to operate frequently. Valves 4-inch and
larger can be used in either horizontal or
vertical lines: ;^2-inch and smaller are for
vertical lines only. A \ ertical position is pre-
ferred, as wear on mo\ing parts is lessened.
List Prices, Each, and Dimensions, in Inches
kg
Sire
Inches
2 21/2 3 31/2
4 5 6 8
10
12
No. 384, Screwed
11.00 13.00 15.00 19.00
22.50 33.50 43.00
No. 385, Flanged,
F. &D.
1
26.00 37.00 47.00 90.00
130.00
200.00
'
A
6V2 7 8 9
10 IIV4 13 ;
Dimensions
B
111/2 13 14 1 191/2
241/2
27V2
in
C
I2V2 14V4 I6V4 I6V4
1834 201/2 24 26V4
333/4
333/4
Inches
D
4 41/2 51/4 51/4
7 71/2 71/2 91/4
131/2
131/2
E
evz 63/4 73/4 8
91/2 101/2 1134 14
163/4
19
No. 385, in \'ertical Position
All sizes can be used
in a vertical position.
Top View,
Horizontal
Position
Construction: The \'al\'es ha\e iron bodies, caps,
and w eights ; brass seats and discs ; and malleable iron
ie\"ers. The le\'er and the adjustable weight are
mounted on the side oi the val\e for size 4-inch and
larger and on the cap (not illustrated) for sizes
3 1 2-inch and smaller. No dasl^pot is used.
Flange dimensions and facing: The dimensions
D— .
Same dimensions apply
for vertical position.
of end Manges conform to the American Cast Iron
Flange Standard, Class 125 (Biba-iq3Q). Flanges
are plain faced, with a smooth finish.
prilling: List prices of flanged valves include
facing and drilling to the 25-Pound American
Tentatixe Cast Iron Flange Standard. No deduc-
tion is made when \-al\-es are ordered faced only.
Iron Body Combination
Back Pressure and Exhaust Relief Valves
Service recommendations: These \al\es
are ideally suited for either back pressure or
exhaust relief service. On coridensing engine
installations, they protect the condensers by
opening automatically and exhausting to the
atmosphere \\-hen the vacuum is lost. On
non-condensing engine installations, they
maintain back pressures up to 5 pounds and
reliex^e when the set pressure is exceeded.
Si;es 4, 5. and ti-inch have the lever and weight on cap. No. 415 V Vertical
List Prices, Each, and Dimensions
No. 415 H Horizontal
Features of design: External dashpots
on these \-alves cushion the disc action
and prevent pounding; foreign matter
cannot collect in the dashpot and interfere
with operation. A sealing lip around the
valve seat and 12-inch tapped openings in the body
permit water sealing the \-al\"es.
Back pressure valves: When the valve is used in a
non-condensing engine installation, the weight is
mounted as shown in the abo\-e illustrations. The
adjustment oi the weight should not hold more than
5 pounds back pressure. These valves have a more
positive action than ordinary valves, and therefore,
they ma\- be used on installations where live steam
is admitted into exhaust lines as '"make up" when
the customary volume is insufficient. For this serv-
ice, ordinary back pressure \'alves with their large
blow-down of pressure are extremely wasteful.
Exhaust relief valves: For use as exhaust relief
Size Inches 4 5 6 8 10 12
No. 415 H, Flanged F. & D. 64.00 88.00 120.00 195.00 310.00 385.00
No. 415 V, Flanged F. & D. 64.00 88.00 120.00 195.00|310.00 385.00
Face to face Inches IIV2 13 14 I9V2 241/2 271/2
\"alves in condensing engine installations, the weight
is placed on the short rising arm of the outside lever.
.As long as the vacuum is maintained in the con-
denser, the valves remain closed. If the vacuum is
broken, they open and exhaust the engine to the
atmosphere until closed by hand.
Flange dimensions and facing: The dimensions
of the end flanges conform to the American Cast Iron
Flange Standard, Class 125 (Bi6a-iq3q). Flanges
are plain faced, with a smooth finish.
Drilling : List prices of flanged valves include facing
and drilling to the 25-Pound American Tentative
Cast Iron Flange Standard. No deduction is made
when vahes are ordered faced onlv.
CRANE
379
\ 9
Spring Loaded
Iron Body Relief and Back Pressure Valves
Outside Spring Valves
Service recommendations : These valves are suited for use as
back pressure \alves between auxiliary engines and condensers.
and for use as exhaust relief vahes on condensers Co protect the
equipment if the vacuum is lost. Although they are primarily
intended for marine service, they are also suitable for stationary
plants wherever valves are required to exhaust into a vacuum, or
where back pressures are desired.
Pressure setting: When discharging into a vacuum, these
valves may be set for any pressure from i to 20 pounds.
For relieving to atmosphere, they may be set for any pressure
from 10 to 35 pounds.
Ordering: Orders should specify the pressures on both the inlet
and the outlet side of the valves. The desired pressure setting
must also be stated. Capacities are furnished on application.
List Prices and Dimensions
ion
Cross Sect
No. 4387, liorizontal
No. 4389
Ani'le
Size Inches 21/2 3 4 5 6 8 10 12
No. 4387 or No. 4389, F. & D. Each 79.00 88.00 113.00 155.00 183.00 275.00 :45.00 475.00
Center to face, Globe or Angle Inches 43^ 5 6 7 8 93^ ! 121/4 133^
Center to top, open Inches 14 ; 16 21 ; ISVi 28 34 40 4(i
Diameter of wheel Inches b ] 7 9 10 , 10 12 i 14 Ifa
Features of design: These vahes have adjustable
popping chambers which insure high lift discs, lari^e
discharging capacities, and definite opening and
closing pressures. The blow-down of pressure can be
regulated without dismantling the valves.
When desired, the valves can be manually opened
and left in that position; turning the handwheet to
the left gradually releases the spring tension, and
when it is no longer under compression, lilts the disc
from its seat.
Drilling templa
Stem packing makes these \alves suitable for ser\ ices
requiring discharging into a vacuum.
Flange dimensions and facing: 1 he ^limcnsions
and drilling of end liangcs conform to the American
Cast Iron Flange Standard, Class 12^ (Biba-ig^q),
Flanges are plain laced, with a smooth finish.
Drilling; List pricesof flanged vaKes include lacing
and drilling to the American Cast Iron Mange
Standard. Class 115- No deduction is made when
N'alves are ordered laced onls ,
tes . . . .page 551
Klipfel Back Pressure Valves
For Non-Condensing Engines
Cross Section — - No. 417, Flanged
Sizes 2 to b^inches, inclusive
No. 41b, Screwed
Sizes 2 to D-inches, inclusive
Cross Section — No, 417y2'» Flanged
Sizes 8 to -O-inches, inclusive
Service recoiiimendations ; 1 hese back pressure
\"alves are designed for use on the exhaust lines from
engines, turbines, pumps, etc., where it is desired to
maintain a back pressure of not less than [ pound.
They should only be used on non-condensing ser\'ice.
Installation: Although these \'alves will operate in
I either horizontal or vertical positions, the horizontal
position is recommended wherever possible. When
installed horizontally, the inner vaU-e operates more
easily, wider pressure adjustment is possible, and
the valve has greater sensitixeness and longer life.
Back pressure : These valves are w eighted for back
pressures as follows:
Size
2 and 2y2-inch
3 to 6-inch
8 to 12-inch
14 CO 20-inch
Vertical
4 to 20 pounds
3 to 10 pounds
2 to 8 pounds
2 to 6 pounds
Horizontal
1 to 20 pounds
1 to 10 pounds
2 to 8 pounds
2 to 6 pounds
I4M
' ^-
Prices, dimensions, and additionai information furnished on request.
» .■
,- _.', -.. »: -
■':i.!
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;!.U 1
I
380
CRANE
Klipfel
Tank Float Valves and Lever Valves
Balanced
Type
Cross Section
No- 17, Angle
Balanced
mH
No. 27, Globe
Balanced
Single Seated
Type
Cross Section
No, 7, Angle
Single Seated
Cross Section
No, 77, Angle
Single Seated
List Prices^ Screwed Ends, Each
Size
Inches I %
V2
Va
1V4 1 1V2
2V=
31/2
No. 27, Globe or Angle, Screwed
No. 7, Globe or Angle, Screwed
30.00 3"Q.0Q'30. 00135.00138. 00:45.00!50.00|65.001 80.00| 95.00 |110.00|160.QO:i9Q.OO
36.00 i40.00;45. 00 50.00,60.00
No. 77 ^ Globe or Angle. Screwed
90.00 110.00
155.00 i215.OOI23S.00
List Prices, Flanged Ends, Each
Size Inches 2 2V2 3 31/2 4 5 6 8 10 12
No. 27, Globe or Angle. Flanged F. S2 D. 55.00 70.00 \ 85.00 '100.001115.00 165.00 195.00 305.00 390.00 540. OG
No. 77, Globe or Angle, Flanged F. & D. 95.00 115.00 160.00 | 220.00 240.00 500.00
Service recommendations: Balanced Hoat valves
are recommended to control the flow of hoc or cold
water to open tanks where a perfectly tight seating
valve is not required. These \'al\'es are suitable
for 150 pounds water pressure in the small sizes,
decreasing to 25 pounds for the largest sizes.
Single seated Hoat valves are designed to maintain the
water le\'el in open tanks where a tight closing
val\-e is needed to pre\-ent waste and overfiow.
They are suitable for hot or cold water service at
pressures up to i 50 pounds.
Construction: The internal construction of the
No. 27 Valves embodies two discs of identical diam-
eters mounted on a single stem to balance each
other when under water pressure. The discs ha\"e a
close sliding fit in the seat bores, but because they
do not seat, they allow a slight leakage when in the
closed position. Double seating inner valves can
be supplied on special order.
. Single seated valves, No. 7 and No. 77, have an
internal piston, disc holder, and pilot valve. The
lower end of the piston forms a holder in which the
composition disc is retained by a disc nut. A pilot
valve, actuated by the valve stem, controls the
water pressure above the piston. As the stem is
loosely attached to the piston, the movements of the
float also act directly to operate the main valve.
Tank float valves must be installed with flow pass-
ing through in the direction as indicated on the
valve. No. 77 has a leather cup piston seal.
Materials: All of these valves, both balanced and
single seated types, have bronze bodies for sizes
I J^- inch and smaller and semi-steel bodies for sizes
2-inch and larger. Excepting rubber composition
discs, internal parts for all valves are bronze. Other
materials can be supplied on special order.
Flange dimensions and drilling : The dimensions
and drilHng of the end flanges conform to the Amer-
ican Cast Iron Flange Standard, Class 125- (Biba-
iq3q). Flanges are plain faced, with a smooth
finish. The list prices of flanged valves include
facing and drilling to this standard. No deduction
is made when val\-es are ordered faced only.
Lever valves: Valves of construction as those
illustrated above, but without the Boat, fioat rod,
and rosette, can be furnished for operation by other
suitable mechanism or by hand. Catalog numbers are:
No. 62, lever valve; for No. 27, less float parts.
No. 73, lever valve; for No. 7, less float parts.
No. 773 lever valve; for No. 77 , less float parts.
Other types of float valves : For unusual services
or irregular installations, other float valves or
mechanisms are available; prices and detailed in-
formation on application.
No. 777 ^ fitted with a rubber diaphragm, suitable for gritty
or sticky fluids. Sizes ^ to 4 inches.
No. 177, supplied with a separate pilot valve for remote
operation. Sizes 2 to 8 inches.
No, 20 float mechanism alone: consisting of float, shaft.
packing box, and lever. Suitable for operating a valve or
switch by means of a float installed inside a closed tank.
f ,
i
^
V
Dimensions on application
^m
CRANE
381
Clayton Float Valves
Clayton Float Valves are revolutionary in principle,
yet thoroughly proven by use. They are hydrauli-
cally operated. The lightest contact of the float
ball operates the pilot valve, which di\erts and
utilizes the line pressure as the closing and open-
ing force. These \ ah es operate positi\ely. nc\*er
lingering in a partially
open position; they are
either wide open or drip
tight shut. Both opening
and closing speed are
hydrauiically governed
to eliminate line shock.
Principle of operation: With the pilot valve in
the closed position, full line pressure is admitted to
the diaphragm chamber (A), shown in the cut below.
Pressure thus exerted on this larger area provides
positive closing force in balance with, but always
greater than, valve inlet pressure. With the pilot valve
in the open posi-
tion, the dia-
phragm cham-
ber (A) isdrained
and the line
pressure opens
the \aUe wide.
FEATURES
Feathertouch control — Positive action
Leak-proof — -Variable level control
Selecti\*e closing speeds^W'ide application
No water hammer or line shock
No. 124
Horizontal Position
Service recommendations: Standard Vahes
handle water ot moderate temperatures at pressures
from ID to 150 pounds. Flow capacities are the
same as for wide-open globe valves.
Pilot: The small self-lubricated disc-type pilot
moves only slightly trom wide open to closed posi-
tion, requiring but a few ounces of pressure to rotate
it. It can be mounted on the \*aK'e or at a distance;
one pilot can control several valves.
Flanges; Flanged vaKes are regularly furnished
faced and drilled to the .American Cast Iron Flange
Standard, Class 125 (Bi6a-iqjq). See page 551 for
drilling templates.
No. 124
Vertical Position
&
Materials: Sizes ^^.2^0 iV2-inch are cast brass v\ ith
integral seat. Larger sizes are cast iron with re-
newable brass seat. Diaphragm is long-li\-ed. re-
inforced rubber. .All valves ha\'e renewable disc.
Variable levels: High and low Ie\*e]s ma\' be set
one inch or many feet apart by merely adjusting
the float stops.
Special valves: Vah'es for pressures under 10
pounds or oN'er i f o pounds; sizes larger than 12-
inch; valves for gasoline, chemicals, and other
fluids: and ^2 to 1 12-inch sizes \\ith renewable seats
are made to order; prices and dimensions will be
furnished on application.
List Prices, Each, and Dimensions, in Inches^Standard Valves
Size
Screwed End Valves
Flanged End Valves, Faced & Drilled
V2 I ¥4 1 1 I 1V4 1 11/2 i 2 i m
2V2
8
10
12
Price 1 3Q.QQ 130.00 i 35.00 1 40.00 [45.00 1 55.00 1 90.00 1 100.06 1 120.00 1 6Q.00[95.00 1 105.00 1 125.0Q 1 21Q.0Q|34Q.QQ 1450.00 1 600.00
Length I 3% 3Vr 5V« 7Va I 7Va IVa. UVa 13U 16 93/« 13U UV. 16 20 24 28 32
93/8 131/4 I3V4 16
No, 126
Optional Equipment
Clayton Remoce Control Units eliminate the need of linkage or
other mechanical connections between float unit and valve,
irrespective of the distance. The list prices shown for these
units apply regardless of the size of the valve.
Clayton Float Chamber No- 126 Clayton Remote Control No, 128
(left) is designed for external installa- (right) consists of a standard C^layton
tion, as on feed water heaters, closed pilot and float control mounted on a
surge tanks, etc.
Price, Extra $37.50
No, 130 — (right) Hand
operated pilot. Direct mount-
ing or remote control.
Price, Extra $5.00
No. 132 — Solenoid operated
pilot, direct mounting or re-
mote control, IIOA.C-
Price, Extra $35.00
bracket.
No. 130
Price, Extra $10.00
Speed Regulation : Any
Clayton Float Valve may be
furnished with an adjustable
opening or closing speed
regulator to meet unusual or
special service conditions.
Price. Extra $5.00
%
No. 128
I
ij
, /
382
CRANE
A stop-check vaheon boiler lead to main steam
header — in the boiler plant of large hospital.
\'al\-e manifold, on a modern towboat. built by Crane.
Crane manifold ^ah^es are made of brass, iron, or steel.
. \
\
I
Crane Y-pattern blow-off vaK'e in
municipal building boiler room.
A Crane cast steel scop-check valve
with butt-welding ends, and Crane
forged steel valves, fittings, and unions
in the power plant of a city railway.
•
A pulp and paper mill installation showing three Crane
spring loaded back pressure and exhaust relief val\'es.
CRANE
Safety and Relief Valves
I"
383
|i|
11
Pop Safety Valves
Brass, for Steam pages 384 and 385
Brass, for Air and Gas pages 386 and 387
Brass, Low Pressure, for Heating Boilers ' page 3S8
Brass. Low Pressure, for Kettles. Cookers, Etc page 388
Iron, Low Pressure, for Heating Boilers page 389
Iron, for Air and Gas pa°e 300
Steel, for Steam naap inr
Lever and weight page ^^^
Crosby Safety Valves, Iron and Steel page 391
■
Relief Valves
Brass, Small Sizes, for Steam, Water, and Air pa^e 3q4
Brass, for Water Heaters pa<Te 305
Brass, for Vacuum Service pa^^e 3Q5
Brass, for Steam, Water, and Oil pages jqb and 3Q7
Brass, for Air and Gas pages 398 and }qq
Brass, High Pressure, for Hydraulic Services ■ page 400
Iron, All-Iron, for Ammonia, Etc page 401
Iron, with Inside Spring, for Water and Oil page 402
Iron, with Outside Spring, for Steam, Water, and Oil page 404
Steel, with Inside Spring, for Water and Oil page 403
Steel, with Outside Spring, for Steam, Water, Oil, and Gas page 405
Crosby Relief Valves, Iron and Steel pages 40b and 407
■
Corrosion-Resistant Alloy Relief Valves page 450
Cast I ron Drip Pan Elbows page 3 n i
*«i^
Crane Safety and Relief Valves are shown on the pages
referred to above For other Crane special duty valves and
for specialties, see pages 369 to 381 and pages 409 to 442.
I tit
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1 1
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384
CRANE
Brass Pop Safety Valves
For Steam
Inside Spring Valves for Saturated Steam
Can be set at any pressure within the following ranges:
250-Pound Valves ^ 3 to 250 pounds saturated steam
350-Pound Valves — 251 to 350 pounds saturated steam
Outside Spring Valves for Superheated Steam
Can be set at any pressure within the following range:
250-Pound Valves — 3 to 250 pounds steam, 550° F. max. temp
Cross Section
Top Outlet \alve
Cross Section
Side Outlet Valve
Cross Section
Outside Spring Valve
Features of design: These valves are of the single
disc type and, except for the ^/^-inch size 250-Pound
Valve and the 3^-inch size 350-Pound Valve, are
equipped with adjustable blow-back regulating rings.
This feature permits readjustment of the blow-back
\vhen the set pressure is changed or regulated.
Adjustment of the blow-bacic ring can be made from
the outside of the valve '.vithout interfering with the
pressure setting.
Lifting le\'ers are reversible; they can be arranged as
illustrated for pull-up operation, or they can be
reversed for push-or-puU-down operation. When
installing the \"alves, ample clearance should be
allowed. For convenience, the lifting levers and
caps of val\-es without padlocks can be rotated to
any point in a coniplete circle without disturbing the
setting of the \'al\'es.
The screwed regulating sleeve adjustment for the
main spring permits the set pressure to be increased
or decreased 10 per cent. While this feature affords
the user a generous latitude in the selection of the set
pressure, the maximum A'ariation in the set pressure
must be strictly observed as one spring cannot cox'cr
the complete range of pressures at which the valve
may be set.
To pre\xnt tampering with the adjustments after
they have been set for pressure and blow-back at the
factory, these va!\-es are equipped with wire seals.
As an added precaution against tampering, the
valves can be supplied with padlocks on the caps.
Installation: Pop safety valves should be installed
in an upright position directly on the apparatus to j
be protected. If they are installed horizontally or at Ij
an angle, the disc may not seat properly, the seating
surfaces might be seriously damaged by cutting, and
the valve would leak and be wasteful.
Piping should be carefully planned. Outlet piping
should be as short as possible, with a minimum
number of turns, and never smaller in size than the
outlet of the valve. Inlet piping, if any is necessary,
should be full size and not longer than an extra
heavy fitting of equal nominal pipe size.
Outside spring valves: These valves are particu-
larly designed for service on superheated steam,
where the high temperatures to which they are sub-
jected would have a deteriorating effect on an en-
closed spring. The spring, being on the outside, has
the benefit of the cooling effect from the surrounding
air.
Capacities: Capacities are furnished on applica-
tion. Inquiries should adxise size, catalog number,
steam pressure and temperature, and set pressure.
Maintenance : It is recommended that these valves
be manually operated at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure available within f
the boiler, pressure vessel, or line to blow any i
accumulated foreign matter clear of the seating sur- ;
faces, particularly when starting up a new boiler.
RT
CRANE
385
Brass Pop Safety Valves
For Steam
Inside Spring Valves for Saturated Steam
Outside Spring Valves
for Superheated Steam
Top Outlet
With Wire Seal
No. 2500, 250-Pound
No. 2510, 350-Pound
Side Out Let
With Wire Seal
No. 2501, 250-Pound
No. 2511. 350-Pound
Top Outlet
With Lock
No. 2502, 250-Pound
No. 2512, 350-Pound
Side Outlet
With Lock
No. 2503, 250-Pound
No. 2513, 350-Pound
tvtale Inlet
Side Outlet
No. 2521
250-Pound
Female Inlet
Side Outlet
No. 2524
250-Pound
List Prices
Size
Inches 3/g 1/2 3/4 1 1 1/^ 11/2 2 21/2
250
Pound
No. 2500 Each 13.50 13.50 14.50 17.50 20.00 25.00 35.00 50.00
No. 2501 Each 13.75 13.75 15.00 18.25 21.00 26.50 37.00 55.00
No. 2502 Each 14.75 14.75 16.00 19.25 22.00 27.50 38.00 55.00
Inside
No. 2503 Each 15.00 15.00 16.50 20.00 23.00 29.00 40.00 60.00
Spring
350
Pound
No. 2510 Each 13.50 14.50 17.50 20.00 25.00 35.00
No. 2511 Each 13.75 15.00 18.25 21.00 26.50 37.00
No. 2512 Each 14.75 16.00 19.25 22.00 27.50 38.00
No. 2513 Each 15.00 16.50 20.00 23.00 29.00 40.00!
Outside
250
Pound
No. 2521 Each 13.75 13.75 15.00 18.25 21.00 26.50 37.00
Spring
No. 2524 Each 13.75 13.75 15.00 18.25 21.00 26.50 37.001
Service recorximendations : Crane Brass Pop
Safety Valves are recommended for use on fire tube
boilers, miniature boilers, and on unfired pressure
vessels, such as receivers, pipe lines, etc.
For superheated steam service, at temperatures not
exceeding 550° F., outside spring valves are advis-
able, since the springs in these \-aK-es are exposed to
the cooling effect of the surrounding air, and there-
Dimensions, in Inches
Size (Size of Inlet) Inches 3/^ ; l/^ 34 1 ly^ II/2 2 2V2
250
Size of outlet. Side Outlet Valves V2 V2 % 1 1 V4 1 V2 2 2V2
Pound
Height over all 6 6 6V2 jy^ 77/s 91/3 10% 12%
Inside
Center to top 33/4 33/4 33/4 4% 43/8 51/4 61/3 73/4
opring
Valves
Center to end of male inlet 2V4 2V4 23^ 31/4 3V2 3% 41/2 5
Center to end of side outlet iVs IVs 13/8 1% 1% ly^ 2Vi6 2%
350
Size of outlet, Side Outlet Valves 3^ 3/^ 1 ly^ 2 21/2
Pound
Height over all eVg 61/2 77/3 91/3 10% 121/4
Inside
Center to top 33/4 33^ 4% 51/4 bl/g 7^/2
Spring
Valves
Center to end of male inlet 23/8 23^ 31/4 37/8 41/2 43^
Center to end of side outlet P/g P/g l5/g 214 2Vi6 Zyg
250
Size of outlet. Side Outlet Valves 1/2 V2 2/4 1 11/4 II/2 2
Pound
Center to top 5% 5% 5^/3 7 8V4 95/i6 HVz
Outside
Spring
Valves
Center to end of male inlet IVie ^Vie iy% 33/i6 311/16 4 411/16
Center to end of female inlet U Vie 1* V16 2 ly^^ 2% 2% 3y,6
Center to end of side outlet IVig IV16 IV16 IVa 2Vi6 23/8 23^
Description . . . .page 384
Pressure Setting
250-Pouncl Valves can
be set at any pressure
specified between 3 and
250 pounds.
3 >o-Pound Valves can
be set at any pressure
specified between 251
and 35O pounds.
Orders must specify the
set pressure as Well as the
catalog number.
fore are less subject to the damaging effects of high
temperatures.
In Marine services, valves 2-inch and smaller are
suitable for the reduced pressures of general services,
such as for evaporators or feed water heaters, etc.
Boiler Code requirements : Except for the 5^-inch
size 250-Pound Valves and the 3-'^-inch size 350-
Pound Valves, all Crane Brass Pop Safety Vah'es
comply with the A.S.
M.E. construction codes
for Fire Tube Boilers,
for Miniature Boilers,
and for Unfired Pressure
Vessels. They also com-
ply with the require-
ments of the A.P.I. Field
Boiler Code.
Screwed valves cannot
be attached directlv to
superheaters on A.S.
M.E. Code installation.
Valves with lock:
Prices of valves equipped
with lock include one
padlock and two keys.
Capacities on application
iill
Ml
itii-
111*
I
14
I
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I
386
CRANE
Brass Safety Valves
For Air and Gas
Enlarged section showing
seat and disc construction
of all 600-pQund valves.
Cross Section
250 and 350-Pound
Top Outlet Valves
A complete line: Crane Brass Safety Valves for
Air and Gas are made in a wide range of sizes and for
set pressures from 3 Co 2500 pounds.
2 50- Pound
350-Pound
600- Pound
1 000-Pound
2500-Pound
3 to 250 pounds
251 to 350 pounds
351 to boo pounds
601 to 1000 pounds
looi to 2500 pounds
y^ to ij^-inch
]/2 to 2- inch
]4. to I ^-inch
J4 to i]^-inch
J^ to I -inch
Features of design: These valves are of the single
disc type. In the 250 and 350-Pound Pressure
Classes, all sizes except the 5^-inch 250-Pound and
3^2-inch 350-Pound Valves are equipped with blow-
back regulating rings which permits readjustment of
the blow-back when the set pressure is changed. The
regulating ring is not used in Crane Safety Valves for
air or gas in the 600, 1000. and 2500-Pound Classes.
Valves in the 250 and 350-Pound Pressure Classes
have closely defined opening and closing pressures
and should only be used in connection with receivers
and tanks. They should be mounted directly on the
pressure vessel without any inter\'ening pipe or
fittings between the tank and the safety valve.
All of these valves are equipped with reversible type
lifting levers; they can be arranged as illustrated for
pull-up operation, or they can be reversed for pull-
or-push-down operation. When the valves are
installed, ample clearance for the levers should be
allowed to permit them to be opened occasionally.
For con\'enience the lifting levers and caps of all
valves, excepting those equipped with padlocks, can
be rotated without disturbing the set pressure.
The regulating adjustment for the main spring per-
mits the set pressure to be increased or decreased by
10 per cent. These limitations must be strictly
observed as one spring cannot co\'er the complete
range of pressures at which the \-aK-e may be set.
To prevent tampering with the adjustment of the set
pressure of all these valves after they have been
adjusted at the factory, a wire seal is inserted in the
Enlarged section showing
seat and disc construction
of all 1000-Pound valves.
Cross Section
250 and 350-Pound
Side Outlet Valves
pin of the lifting lever. The main spring adjustment
cannot be changed without removing the wire seal,
lifting lever, and cap. As an added precaution
against tampering with the blow-back on the 250
and 350-Pound Valves, a wire seal is installed
through the locking plug.
Seat tightness: It is more difficult to keep valves
tight on air or gas services than it is on steam or
water. The seating surfaces of these safety valves
are carefully prepared by grinding to insure audible
tightness at all pressures up to 80 per cent of the set
pressure. Safety valves for air or gas should be set
at a pressure 25 per cent higher than the normal
working pressure. No leakage will be experienced
with Crane Safety Valves if they are properly
installed and given ordinary care.
Code requirements : These valves comply with the
requirements of the A.S.M.E. Code for Unfired
Pressure Vessels for pressures above 30 pounds.
Installation: All safety valves should be installed
with the stem in a vertical position. If they are
installed horizontally or at an angle, the discs may
not seat properly, permitting the valve to leak, and
eventually cut the seating surfaces. Safety valves
for air or gas should preferably be installed in an
inverted position, in order to allow the moisture to
collect and seal the seating surfaces.
Best results are obtained by mounting the valves
directly on the apparatus to be protected.
Capacities: Capacities are furnished on applica-
tion. Inquiries should advise size, catalog number,
air or gas pressure, and set pressure desired.
Maintenance : It is recommended that these valves
be manually operated at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure available within
the vessel or line to blow any accumulation of foreign
matter clear of the seating surfaces, particularly
when starting up a new installation.
1
CRANE
387
Brass Safety Valves
For Air and Gas
Can. he set at any pressure
within the following ranges:
250-Pound
350-Pound
600-Pound
1000-Pound
2500-Pound
3 to 250 pounds
251 to 350 pounds
351 to 600 pounds
601 to 1000 pounds
1001 to 2500 pounds
Top Outlet Top Outlet
With Wire Seal With Lock
No. 2550 - 250-Pound - No. 2552
No. 2560- 350-Pound -No. 2562
No. 2570 - 600-Pound
No. 2580 - 1000-Pound
No. 2590 - 2500-Pound
Maximum temperature — 450° F.
When ordering,
be sure to specify
the set pressure.
List Prices
Size
Inches
V4
% V2 % 11 IV4 1^2 2
2V2
No. 2550
Each
13.50 13.50 14.501 17.50 20.00 25.00 35.00
50.00
250-Pound
No. 2551
Each
13.75 13.75 15.00 18.25 21.00 26.50 37.00
55.00
No. 2552
Each
14.75 14.75 16.00 19.25 22.00 27.50 38.00
55.00
No- 2553
Each
15.00 15.00 16.50 20.00 23.00 29.00 40.00
60,00
No- 2560
Each
13.50 14.50 17.50 20.00 25.00 35.00
350-Poiind
No, 2561
Each
13.75 15.00 18.25 21.00 26.50 37.00
No- 2562
Each
14.75 16.00 19.25 22.00 27.50 38.00
No. 2563
Each
15.00 16.50 20.00 23.00 29.00 40.00
f^flO-Pmind
No- 2570
Each
13.50 14.50 17.50 20.00 25.00
\J\J\/^M. \J K^L. M,K^
No, 2571
Each
• 13.75 15.00 18.25 21.00 26.50
1000-Pound
No. 2580
Each
13.50
13.50 13.50 14.50 17.50 20.00 25.00
No- 2581
Each
13.75
13.75 13.75 15.00 18.25 21.00 26.50
7^nn Pound
No. 2590
Each
13.50
13.50 13.50 14.50 17.50
^*J\J\J X \JkAI ISm*
No. 2591
Each
13.75
13.75 13.75 15.00 18.25
Side Outlet Side Outlet
With Wire Seal With Lock
No. 2551 - 250-Pound - No. 2553
No. 2561 - 350-Pound - No. 2563
No. 2571 - 600-Pound
No. 2581 - 1000-Pound
No. 2591 - 2500-Pound
Pressure setting: Safety
valves for air and gas serv-
ice always should be set
259f higher than the norma!
operating pressure. These
val\-es will be set at any
pressure within the ranges
specified abo\"e.
Service recommendations: These \alves are
recommended for receivers, tanks, pipe lines, and
similar vessels, on temperatures not exceeding 450° F.
For air, either top or side outlet ^■al^"es are suitable,
but for gases, the side outlet type generally is used,
the discharge being piped away.
Dimensions, in Inches
Orders must state the pres-
sure at which the valve is
to be set.
Valves with lock : Prices
of \'alves with lock include
one padlock and two keys.
Noxious gases: For noxious or inflammable gases,
side outlet valves having a pressure tight outlet side
are recommended. These are made to order and
are priced on application. Brass Relief Valves with
side outlet are made regularly for such services; see
pages 3q8 and yqq.
Size (Size of Inlet) 1/4 % Vz % 1 1^4 IV2 2 2V2
Size of outlet, Side Outlet Valves V2 1/2 3/4 | 1 11/4 IV2 2 2V?
250
Height to top of cap, Top or Side Outlet Valves 6 6 6V2 | 7^8 7% W9. 10% 123^
Pound
Center to inlet, Side Outlet Valves 2^4 2^4 23^ 3Vi 31/2 3% 41/2 5
Center to outlet, Side Outlet Valves IVs IVs 1% | IVs 1^4 2V8 I'^Ag 2%
Sire of outlet, Side Outlet Valves 3^ 34 1 ly^ 2 2V2
350
Height to top of cap. Top or Side Outlet Valves eVs ^Vz 7y^ 914 10% 12l^
Pound
Center to inlet, Side Outlet Valves 23/8 ly^ 31/4 37/8 41/2 424
Center to outlet, Side Outlet Valves | 1% \% 15/g ly^ i'^/^q 1%
Size of outlet, Side Outlet Valves , 1/2 1 IV2 2 21/2
600
Height to top of cap. Top or Side Outlet Valves | 6 7% ^Vs 10% 123^
Pound
Center to inlet, Side Outlet Valves 2^/4 31/4 Syg 41/2 5
Center to outlet, Side Outlet Valves li/s 1% 2V8 2 Vie 2^/8
Size of outlet. Side Outlet Valves Vz V2 3/^ 1 IVz 2 2V7
1000
Height to top of cap, Top or Side Outlet Valves 6 6 bVi T^k ^y% 10% 12%
Pound
Center to inlet, Side Outlet Valves 2l^ 21/4 23^ 31/4 [ 3^/8 ^Vi 5
Center to outlet. Side Outlet Valves IVa IVs 1% 1% ^i/g 2'/ifi 2%
Size of outlet, Side Outlet Valves 1/2 y^. 1 iVa 2
2500
Height to top of cap, Top or Side Outlet Valves 6 6V2 7% ^Vs 10% (
Pound
Center to inlet, Side Outlet Valves 2^4 ly^ Sy^ 3% 4V2 |
Center to outlet. Side Outlet Valves IVr 1% 1% 21/3 23/3 ; j
111
ill
u^
! *
Description . . . .page 386
Capacities on application.
' *-■*''/ 1,1- '
f^^^
388
CRANE
Low Pressure Brass Pop Safety Valves
For Steam Heating Boilers
Set Pressure — Non-Adjustable
These valves are regularly set at 15 pounds pressure.
List Prices and Dimensions
Size (Size of Inlet) Inches 3/4 1 IV4 IV2 2
No. 2565, with buffed cap Each 2.20 2.50 3.00 4.00 5.50
Overall height, open Inches 3% 3% 4 4% [ 5*4
Cross Section
No. 2565
Service recommendations: Crane No. 2565 Brass Pop Safety
Valves are especially recommended for service on low pressure
steam heating boilers. They can also be used on tanks, receivers,
pipe lines, etc. where safety valves set at 1 5 pounds are required.
No. 2565
Open Discharge
Features and construction: This \"al\"e, although
rclati\*eh' inexpensi\*e, is particularly compact and
sturdy. Made in all brass construction except for a
steel spring, they will render excellent ser\'ice if
properly installed and reasonably maintained.
Maintenance: It is recommended that these valves
be manually opened at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure available
within the boiler to blow anv accumulated foreicrn
matter clear of the seating surfaces, particularly
when starting up a new boiler.
Pressure setting: These \alves are non-adjustable.
After they have been adjusted for pressure in the
factory, the val\-es are permanently locked by in-
denting the cap into a recess in the body threads.
The indentation is made with a steel stamp bearing
the word "'SEAL'"; they cannot be taken apart or
readjusted.
Crane No. 2565 Valves are set and sealed for a mini-
mum and maximum pressure setting of 15 pounds.
Code requirements : These valves comply with the
requirements of the A.S.M.E. Code for Low Pressure
Heating Boilers. They bear the Code cloAcrleaf
symbol.
r
11 ■
>\
' I
I
IW
I
Low Pressure Brass Pop Safety Valves
Pressure Setting
Can be set at any specified pressure between 3 and 20 pounds.
If orders do not specify the set pressure,
these N'alves will be set for 10 pounds.
List Prices and Dimensions
Size (Size of Inlet)
Inches I 1/2
3/4
No. 1160, Rough body Each] 5.25 | 5.25
No. 1164, Finished and nickel-plated Each 6.75 6775
Height over all, No. 1160 and No. 1164 Inches I 4% 4%
No. 1160
Rough Body
When ordering, be sure to specify the set pressure and the catalog number.
Service recommendations: These safety valves are ideal for use on
jacketed kettles, cookers, and similar low pressure steam-heated
apparatus, where the working pressures do not exceed 20 pounds and
extremely high capacities are not required.
No. 1164
Finished and
Nickel-Plated
Features and construction : These \-alves are of
the single disc type with a bottom guide. Made of
brass, except for a steel spring and a malleable iron
hftmg lever, they are simple and sturdy and will
render excellent service if given a little care.
Valves arranged for an Inspector's Seal will be fur-
nished when so ordered, at an extra charge.
Maintenance: It is recommended that these valves
be manually opened at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure a\'ailable
within the apparatus to blow any accumulated
foreign matter clear of the seating surfaces, particu-
larly when starting up a new installation.
Pressure setting: Nos. 1 160 and 1 164 Valves can
be set for any specified pressure between 3 and 20
pounds, and orders should include the set pressure
wanted.
If orders do not specify the set pressure, the valves
will be regularly furnished set for 10 pounds pressure.
fl
I
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I
CRANE
389
Low Pressure Iron Body Pop Safety Valves
For Steam Heating Boilers
ill
Set Pressures — Non-Adjustable
These valves are regularly set at 5, 10, or 15 pounds pressure.
On special order, they can be set at any other pressure
specified, between 5 and 25 pounds, at an increased price.
No. 1165 No. 1166
Up Discharge Down Discharge
All of these values have a black enamel /inish.
List Prices and Dimensions
No. 1168
Side Outlet
Size (Size of Inlet)
Inches! 3/4 I 1 I IV4I IV2I 2 1 2V2 I 3 I 31/2 I 4
Cross Section
No. 1166
No. 1165, Up Discharge
No. 1166, Down Discharge
Each |6.00|6.75|8. 25111.25
Each 5.00 5.75!6.75'8.25I10.00
Each 5.25 6.00 i7. 00 8.50111.00 19.00 25.00145.00 65.00
Inches
5VA\5V2\b%\ 71/4
When ordering,
be sure to specify
the set pressure
and the catalog number
No. 1168, Side Outlet
Height over all. No. 1165
Height over all. No. 1166
Height over all. No. 1168
Center to end of inlet, No. 1168 Inches] 3 | 31/4! ^Vi\ 3%| 4Vs I 6 I 6% I 73/4 | gl/z
Inches! 4341 SV4I SVsl (^^aI 71/4
Inches! 4341 5V8l 51/4] 51/2! by^ j 10341 n%\ 131/8! 133/4
Size of side outlet. No. 1168
Inches! 1 I IV4! iy4i IV2! 2 2V2 I 3 I 31/2 1 4
Center to end of outlet. No. 1168 Inches| l%\ l%\ 2 \ 2Vi\ ly^ I 374 I 33/4 1 4V4 I 43/4
Service recommendations: These pop safety
valves are particularly designed and constructed for
service on low pressure steam heating boilers. They
can also be used on tanks, pipe lines, receivers, etc.,
where safety valves are required, and where the
pressure does not exceed 25 pounds.
Features of design: This line of valves is of the
single disc type and has a long guide integral with
the bottom of the disc to assure accurate seating.
The seat ring is screwed into the body and is equipped
with a blow-back regulating ring which provides a
means of adjusting the amount of steam the valve
will relieve.
The bodies and bases of all valves z-inch and smallei-
are malleable iron and the two parts are joined in a
screwed connection as shown in the above illustration
of the cross sectioned No. 1 166 valve. In sizes lYi-
inch and larger the bodies and bases are of cast iron
with a flanged and bolted connection joining the two
parts. Seats and discs in all of these valves are made
of brass.
Pressure setting : These valves are non-adjustable.
After they have been set for pressure in the factory,
the adjusting screw is locked in place with a pin, and
the popping pressure cannot be altered. As a further
protection against tampering by opening up the
valve, a wire seal is drawn through the body and
base joint.
The valves are regularly furnished for set pressures
of 5, 10, or 15 pounds. When so ordered, they can
be furnished set at any other specified pressure
between 5 and 25 pounds, at an increased price.
Orders must specify the set pressure and the catalog
number.
Code requirements: When these valves are set at
pressures not exceeding 1 5 pounds, they comply
with the requirements of the A.S.M.E. Code for Low
Pressure Heating Boilers.
Installation: Pop safety valves should always be
installed in an upright position. When side outlet
valves are used in order that the discharge may be
piped away, it is essential that the outlet piping be
made the full size of the \'aive outlet tapping.
Maintenance: It is recommended that these valves
be manually opened at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure available
within the boiler or pressure vessel to blow any
accumulated foreign matter clear of the seating
surfaces, particularly when starting up a new boiler.
m
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I I ■
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390
CRANE
1^,
I
Iron Body Pop Safety Valves
For Air and Gas
Can be set at any pressure within the following range:
5 to 150 pounds air or gas.
Screwed
Side Outlet
Flanged and Screwed
■ Combination Inlet
Renewable
Composition Disc
High Capacity
Auxiliary Spring and Disc
Cross Section
No. 1102, Pop Safety Valve
with Side Outlet
List Prices and Dimensions
Size (Size of Inlet) Inches IVz 3 31/2 4
No. 1102 (Inlet flange F. & DO Each 65,00 75-00 lOO-OOlllO-OO
Size of outlet Inches lyz 3 3y2 4
Center to top of cap Inches 11 12 14 14 V2
Center to face of inlet Inches 5V4 5^A &V16 &^Vi6
Center to end of outlet Inches Syg 4Vi 4% 5
Diameter of flange Inches ZVi 8V4 9 10
Thickness of flange Inches 1 1^ IV16 1^
Service recommendations: The Crane No. 1102
Iron Body Pop Safety \'al\-es are especially designed
for use on air and gas recei\'ers. pipe lines, etc. where
pressures do not exceed 150 pounds.
Features of design: These valves are equipped
with a rene\vable type Crane No. 2 medium-hard
composition disc which assures tight seating. A
patented Crane auxiliary disc, installed directly
above and acting against the main disc holder enables
the valve to accommodate large capacities with a small
blow-back; the main vah-e disc and seat is not
affected by \\'iredrawing or cutting and these parts
remain tight longer. Two springs control the action
of this valve - — a large spring for the main valve and
a smaller spring for the auxiliary val\-e.
When the vah-e is adjusted for set pressure at the
factory a wire seal is installed through the stem key
to pre\-ent removal of the cap and unauthorized
tampering with the adjustment.
Pressure setting: Crane Iron Body Pop Safety
Valves can be set at any pressure specified between
^ and I 50 pounds. The set pressure should be 25 per
cent above the normal working pressure in the
system.
Orders must specify the set pressure wanted.
Templates for drilling . . . .page SS2
Code requirements : These valves comply with the
requirements of the A.S.M.E. Codes for Unfired
Pressure Vessels for pressures abo^^e 30 pounds.
Capacities : Capacities are furnished on application.
Inquiries should advise size, catalog number, type
of service, and set pressure.
Maintenance : It is recommended that these v'alves
be manually operated at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure available
within the receiver or pipe line to blow any accumu-
lated foreign matter clear of the seating surfaces,
particularly when starting up a new installation.
Flange dimensions and facing: The dimensions
and drilling of the inlet flange conform to the 250-
Pound American Cast Iron Flange Standard (Bibb-
iqzS).
Flanges have a Vfe-inch raised face finished with
concentric grooves, approximately 16 grooves per
inch, known as a "serrated'' finish.
Drilling: List prices include facing and drilling the
inlet flange to the 250-Pound American Cast Iron
Flange Standard. No deduction is made when the
order specifies "inlet flange faced only ".
Capacities on application
W\
CRANE
391
Outside Spring and Yoke
Cast Steel Pop Safety Valves
Capacities on application
MAXIMUM SET PRESSURE
350 pounds steamy 750"^ F, maximum temperature
It is recammcnded that these valves be manually operated
at regular intervals to assure proper action. This opera-
tion should be performed only when there is sufficient
pressure available within the system to blow any accumu^
lated foreign matter clear of the seating surfaces^ partic-
ularly when starting up a new system.
List Prices and Dimensions
No- 2531
Male Inlet
No. 2534
Female Inlet
Size (Size of inlet) Inches % V2 V4 1 Wa Wi 2
No. 2531 Each 42.00 45.00 50.00 58.00 69.00 85.00 107.00
No. 2534 Each 42 .00 45 . 00 50 .00 58 . 00 69 .00 85 . 00 107 . 00
Size of outlet Inches V2 Vi 1 Wi IV2 2 2V2
Center to top Inches 5% ^Vs 7 8% 9% 11% UV,
Center to end, male inlet Inches 2Vs 2^4 3% 3^8 4^4 4'*4 5Vr
Center to end, female inlet Inches IV2 1^4 '^Vi '^% 3 SVj 4Vi
Center to end, outlet Inches IV2 P/4 2V4 2% 3 1 3V2 41/4
Cross Section
No. 2534
When order'
ing, be sure
to specify the
set pressure.
Construction : This line of valves has been partic-
ularly' designed to meet the need for small, high
capacity pop safety valves for high pressures and
high temperatures. The valves are of the single disc
type and all sizes, except the ^-inch, have adjustable
blow-back regulating rings. This provides a means
for adjusting the blow-down of pressure when
changing or regulating the set pressure. The adjust-
ment of this ring may be made from the outside
without interfering with the setting of the valve.
Regulating adjustments of the spring permit the set
pressures to be increased or decreased by to per cent.
Greater changes will require new springs.
Materials : These valves have Crane Cast Steel
bodies and bonnets. The discs in sizes ^ g to 1 1^4-inch
inclusi\'e and the seat bushings on all sizes are Crane
18-8 Mo Chrome-iNickel Alloy Steel; discs in sizes
I J^ and 2-inch are Exelloy. The springs are made
of chromium-vanadium steel.
Cast Iron Drip Pan Elbows
No. 1100
List Prices and Dimensions
Application of Drip Pan
Elbow to Safety Valve Piping
Service recommendations: These Cast Iron Drip
Pan Elbows have been especially designed for use in
the vent piping from the outlets of boiler safety
valves to the atmosphere.
They permit the use of a slip joint in the vertical
run of outlet piping, thus enabling the weight of the
vertical piping to be supported independently.
Unnecessary strains on the body of the valve are
Size Inches 2 21/2 3 31/2 4 41/2 5
No. 1100 Each 6.00 6.75 7.50 8.50 10.00 11.75 12.50
Center to inlet end Inches 2V4 '^^Vie ^Vs ^Vi6 i% 4Vi6 'iVie
Center to top of pan Inches 434 51/4 5% eVis 634 7Vi6 ^Vie
Diameter of pan Inches 5 7 71/2 8V2 9 ! 10 11
Size of drain tapping Inches 3^ 34 34 34 34 34 34
avoided and possible seat distortion is eliminated.
They provide means for collecting and removing
condensate and rain water from the outlet piping.
When more than one safety valve discharges into the
same outlet piping, the leakage of vapor from the
drip pan will indicate if any one of the valves requires
attention.
Bi
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!
392
CRANE
Crosby Nozzle Safety Valves
f
Style HR
Style HO
Industrial Service *Marine Service
Styles HN, HS
HIGH CAPACITY VALVES
FOR STEAM SERVICE
These high capacity Safety
VaK'es are recommended for
steam only. They are ideally
suited for the protection of
boilers, superheaters, tur-
bines, and pipe lines, and for
general service in marine and
industrial power plants and
central stations. Crosby Noz-
zle Safety Valves have been
tested and approved by the
National Board of Boiler and
Pressure Vessel Inspectors.
The valves feature the Ven-
turi nozzle design, assuring
smooth operation. The full
throat nozzle on the steel
valves provides maximum
strength and freedom from
distortion. There are no screw
threads to become loose.
The disc on these valves is
guided from abo\-e the seating
surfaces, permitting free flow
of the fluid. The seats are
flat and are as wide as the
disc, a feature that provides
absolute tightness and easy
maintenance.
Further information will be
furnished on request.
*Valves indicated with an asterisk
can be furnished suitable for Marine
Boiler Service in sizes \14 to 4^4-
inch inclusive. Ratings and orifices
for such valves are the same as
shown above, except 2-inch HN-2
and HN-3 Valves will have an H
orifice.
fXhe racing for HRC-1 Valves
applies to a maximum temperature
of 450° Fahrenheit.
Prices on application
Styles HSA, HSAC
Styles HNA, HNAC
Style JPE
Style JPCE
List of Valve Sizes, Orifices, and Ratings
Valves Recommended
Maximum Temperatures
Max.
Press.
Size of Inlet, in Inches
V4 I 1 |iy4|iy2( 2 UVzl 3 131/2! 4 I4V2I 6
Iron Valves
For Saturated Steam
Psi.
List of Sizes and Orifice Letters
HR-a and HR-b
250
HO-a and HO-b
HO-bfn
HO-be
G|G|HIHf J IT
250
I 250
F|G|H|H|J|K|K| L |L IQ
H I H i J IKIKI L I LI
250
N
Steel Valves
650" F.
■ 750° F. 900^ F. 1000°F.
Psi. L
ist of Sizes and Orifice Letters
*t HRC-1
350
G G H
H
J
J
*HRD.2
450
G G G H
H
J
J
*HRD-3
*HRSA-3 I
500
G G
'
*HS-1
1
*HSA-1 HSAC-1
300 F
G
H H
J K
K
L
L
250
*HS-2
*HSA-2
HSAC-2
450 F
G
H H
J IK
K
L
L
400
HS-3
HSA-3 i HSAC-3
700 F
G
HS-4
HSA-4 HSAC-4
900 D E F
i
HSB-I
hsba-i;hsbac-i
300
N
HSB-2
HSBA-2 HSBAC-2
450
N
HSB-3
HSBA-3'HSBAC-3
600
N
1 1
600
H J
K L
*HN-2
*HNA-2
HNAC-2
450
P
250
Q
HNAC- 3
900
H J
K L
*HN-3 *HNA-3
800
P
400
Q
HN-5 HNA-5 HNAC-5
900
G H
J K
HNA-6 HNA-6 ^ HNAC-6
1500
F G
H J
HNA-7 HNA-7 HNAC-7
2000
F G
H T
Iron and Stee
L Valves for Ecor
10 m
izer Service
Iron
Steel
Psi.
List of Sizes and Orifice Letters
425° F.
475" F. 525° F. 750° F.
JPE-a
t
300
1
H H J K K L
JPE-c
500
|H H i J K K L
JPE-cc
800
f
H H J K K L
JPCE-6
1800
G H
€-• . *
1050
J
for Evaporators, and for Feed Water Heaters
Steel (650= F.) jBronze (406°F.)| Psi.
HS-MS-1
List of Sizes and Orifice Letters
300
HS-MS-2
H|H|J|K KILfL
450
|H|H|J|K|K[L|L
HH-MS-2
I
250 j IH' size only.
200 I 2 & 2M' sizes.
(Bottom guided)
CRANE
393
Lever and Weight Safety Valves
Brass Body
PRESSURE RANGE-
IS CO 100 pounds steam
No. 40, Cross Valve
Service recommendations: These valves are suitable for
ordinary low pressure relief valve service where a simple, inex-
pensive valve is wanted; they should not be confused with
spring-loaded pop safety and relief val\-es. They do not have
positive opening and closing points and must be set at least 20
3er cent above the normal working pressure to a\oid continual
eakage.
Valves of this type have large blow-down of pressure, and there-
fore are wasteful in operation; they should never be used on
compressed air or gas service.
Cross valves have two inlet openings and one outlet, and there-
fore can be installed either on vertical or horizontal lines. In
either case, the stem must be vertical and the lever horizontal.
List Prices, Each and Dimensions, in Inches
Size Inches Vi % V2 Vi 1 IV4 IV2 2
With lever and weight for 41 to 100 pounds 4.40 5.00 6.50 7.80 9.40 14.30 18.00 25.00
No- 40
Cross
With lever and weight for 15 to 40 pounds 5.50 6.00 6.40 7.70 9.00 13.15 16.40 22.75
Valve only without lever or weight 3.25 3.70 5.00 6.00 7.00 10.15 13.15 17.75
With lever and weight for 41 to 100 pounds 5.00 6.50 | 7.80 9.40 14.30 18.00 25.00
No. 42
Angle
With lever and weight for 15 to 40 pounds | 6.00 6.40 7.70 9.00 13.15 16.40 22.75
Valve only without lever or weight 3.70 5.00 6.00 7.00 10.15 13.15 17.75
Prices c
determi
or "va
for "va
)f Levers and Weights are Center to end ^g 1 Ws 1% 1% ^Vs ^Ys ^V2
ned by deducting the pnce Center to top 234 31/3 3V4 31/2 414 4% 5 5%
Ive only from Llie pnce Center to end of lever 71/2 71/2 lOy^ I2V2 I6V4 l^V4 l^Vi 171/2
ve with lever and weight . L£ C£ if if i^ i^ -^ i±-
Pressure range: These valves are regularly fur- Materials: The bodies, bonnets, discs, and stems
nished with graduated levers for pressures from 15 of these valves are made of brass. Yokes and weights
to 40 pounds, or for pressures from 41 to 100 pounds. are made of cast iron, and levers are of steel. All
Orders must specify which pressure range is wanted, iron parts are japanned maroon.
Iron Body
PRESSURE RANGE
15 to 100 pounds steam Service recommendations: Lever and weight safety
valves are suitable for ordinary low pressure relief valve
service, where protection against excessive pressures is
desired, and where a simple, inexpensive valve is wanted.
Unlike spring loaded pop safety and relief valves, they
have low capacities, have no positive opening or closing
points, and the blow-down of pressure is large.
Valves of this type should always be set at least 20 per cent
above the normal working pressure in order to avoid con-
tinual leakage past the disc. They should never be used on
compressed air or gas service.
These valves have two inlet openings and one outlet; they
can be installed in horizontal or vertical lines, but the
No. 376 Cross Valve Stem must be vertical and the lever horizontal.
List Prices, Each and Dimensions, in Inches
Size
Inches I 1 V4
IV2
21/2
No. 376
Cross
With lever and weight for 31 to 100 pounds
5.00
5.80
7.80
13.25 17.25 28.75
With lever and weight for 15 to 30 pounds
4.25 5.05 6.60 j 10.25 | 13.00
23.25
Valve only — without lever or weight
3.00
3.50
4.35
7.25
9.25 14.75
Prices of Levers and Weights are Center to end
determined by deducting the price Center to top
for /'valve only' from the price Center to end of lever
ior valve with lever and weight .
2M
s
3V4
3V2
14V2 I i7y2
17
17V4
22 M
231/2
18
221/4
21 V4
273/4
351/2
423/4
Pressure range; These valves are regularly fur-
nished with levers graduated for pressures from 15
to 30 pounds or for pressures from 3 i to 100 pounds.
Orders must specify which pressure range is wanted.
Materials: These valves have cast iron bodies,
brass discs and seats, steel levers, and cast iron
weights. Valves in sizes 2-inch and smaller have
brass screwed bonnets and brass stems. Sizes 2]4-
inch and larger have bolted type bonnets of cast
iron, and steel stems.
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I I
4
394
CRANE
Brass Relief Valves
I I
I
I
Pressure Settings — N on -Adjustable
No. 1 131 Vahes are regularly set for 50, 75, 100, or 125 pounds hot water pressure.
No. A I J 3 1 Valves are regularly set for 25, 7S, or 125 pounds air pressure.
No. 1 1 33M Valv^es are regularly set for 50, 7S, 100, or 125 pounds cold water pressure
Ranges of Pressure Settings — Adjustable
No. r 1 33 VaK'es are regularly set for 25, 75, or 125 pounds steam or cold water pressure,
The No. 1 1 33 YaU'es are adjustable through the pressure ranges
of 10 to 25 pounds, 30 to 75 pounds, and 80 to 125 pounds.
No. 1131
For Hot Water
No. A 1131
For .A.ir
No. 1133
For Steam and Cold Water
No. II33V2
For Cold Water
When ordering, he sure to specify the set pressure and the catalog number.
List Prices and Dimensions
1 1^1" r^rt t^f>^
Each
Dimensions, in Inches
l-'.LO^^ X 1 L^l^dt
Height over
all, closed
Center to Inlet
Center to Outlet
Size Inches %
V2
¥4
1
% V2
V4 1
Ys V2 V4 1
% V2 3/4 1
No. 1131 Each 3.50
3.50
4.25
5.00
4 43/8
4% 51/8
13/4 23/8 211/16 2II/16
% 1^4 IV4 iy4
No. A 1131 Each 3.50
3.50
4.25
4 434
4%
IV4 23/5 1 23/8
78 11/4 IV4
No. U33 Each
3.50
r 4.25
3%
51/8
1% 2%
1 IV16
No. 11331/2 Each 3.50
3.50
4.25
4 43/8
^Vs
13/4 23/8 23/8
Vs W4 IV4
Service recommendations : No. 113! Relief Valxes
have been particularly designed for use on domestic
hot water heaters, but will gi\'e excellent ser\ice on
any hot water lines. They should not be used on
steam, air, or cold water.
No, A 113] valves are intended for use on air com-
pressors in garages, service stations, etc., where a
simple, inexpensixe relief vah'e is wanted. They
should not be used on steam or water service.
No. I 133 ^■alves can be recommended for use on
steam or cold water, when metal disc \-aK-es without
lifting IcN'ers are wanted- They should not be used
on air or hot water.
No. 1133}^ valves ha\-e been particularly designed
for use on domestic water pumping systerris, and will
give excellent serxice on cold water lines. They
should not be used on hot water, steam, or air.
Features: These relief valves are made of high-
grade materials throughout, are simple in design.
inexpensi\-e in first cost, and will gi\-e excellent
service under all ordinary conditions. Nos. 1131,
A II 31, and 1133}^ vahes ha\-e composition discs
specially selected for the ser\ice each type is designed
to be used on. Discs in these valves are cemented in
the disc holders with a special cement and are not
readily renewable. Jn case it is desired to replace
the discs, disc Holders complete with discs can be
furnished. The^e valves all ha\e lifting lexers, so
that the discs may be raised from the seats manuailv.
No, 1133 valves are made with brass discs and with-
out lifting levers. They can be used either on steam
or general cold water service. For domestic water
pumping systems, the No, 1133}^ valves are usually
recommended.
Pressure setting : No. 1 1 3 1 , No. A 1 1 3 i , and No.
11331^2 valves are non-adjustable and when set at
the factory for any of the following pressures they
cannot be re-set in the field:
No. i 131 — 50. 75, 100, or IZ5 pounds set pressure
No. A I 131 — 25, 75, or 125 pounds set pressure
No. 1 1333^^ — 50, 75, 100, or 125 pounds set pressure
No. I 133 valves are adjustable and although they
are regularly set at the factory for any of the follow-
ing pressures, they can be re-set in the field through
a definite range:
No. 1133^25, 75, or us pounds set pressures.
— 10 to 25 pounds, 30 to 75 pounds, and
80 to ii) pounds pressure ranges.
Orders must specify the set pressure wanted.
Capacities: Capacities are furnished on applica-
tion. Inquiries should advise size, catalog number,
type of service, and set pressure.
Maintenance : It is recommended that these valves
be manually operated at regular intervals to assure
proper action. This operation should be performed
only when there is sufficient pressure available to
blow any accumulated foreign matter clear of the
seating surfaces, particularly when starting up a
new installation.
1
CRANE
395
Water
Cross Section
No. 2606
Can be set at any specified pressure within the following range:
5 to 250 pounds pressure. Maximum temperature 400° F.
When ordering^ be sure to specify
the set pressure and the catalog number.
SERVICE RECOMMENDATIONS
These high grade and sturdy brass relief
valves are especially recommended for use
on water heaters, where valves of outstand-
ing quality are desired.
FEATURES
All valves except the ^/g-inch size ha\"e
pop chambers and blow-back regulating
rings, which enables them to operate with
the same positi\e action of a pop safety
valve, should steam develop in the water
heater.
A stuffing box around the stem prevents
leakage of hot water from the val\-e top.
List Prices and Dimensions
No. 2606
Male Inlet
Side Outlet
No. 2607
Female inlet
Side Outlet
Construction: These brass relief
valves have a single disc with a
bottom guide and are similar in de-
sign to the relief valves shown on
pages 3q6 and jqy, except that they
have levers, caps, and wire seals.
The levers, japanned maroon, are
suitable for up-puU operation, or
when reversed, for down-pull.
Maintenance: The stuffing box gland should be
pulled up only to "finger tightness."' Excessive
tightness on the packing is apt to interfere with the
operation of the valve.
It is recommended that these valves be manually
opened at regular intervals to assure proper action.
This operation should be performed only when there
is sufficient pressure available within the tank to
flush any accumulated scale or foreign matter clear
of the seating surfaces, particularly when starting
up a new heater installation.
Pressure setting: Relief valves on liquid service
Size (Size of Inlet) Inches Yg 1/2 Vi 1 IV4 ^V2 2
No. 2606, Male Inlet Each 13.75 13.75 15.00 18.25 21.00 26.50 37.00
No. 2607. Female Inlet Each 13.75 13.75 15.00 18.25|21.00 26.50 37.00
Size of outlet Inches Vz Vz 1 % 1 Wi I'/a 2
Center to top Inches 33/4 3^4 33/4 4% ^Va ^Vs 73^
Center to male inlet Inches 21/4 2V4 \ 23^ 3V4 ^Vi ^^k '^Vi
Center to female inlet Inches XV& 2 23/8 234 33/8 3% 43/8
Center to outlet Inches IVs IVs 1% 1% 2 23/8 2^4
should always be set 25 per cent abo\'e the normal
working pressure of the system to avoid waste due
to minor fluctuations of pressure.
These valves can be set for any pressure within the
range of 5 to 250 pounds. Orders must specify the
set pressure and the catalog number.
The original setting of the valve may be readjusted
for pressures 20 per cent higher or lower, but not
exceeding the maximum range stated above. For
greater changes in set pressures, new springs may be
required, since one spring cannot cover the entire
range of pressures at which the \alves can be set.
Brass Vacuum Relief Valves
No. 1155 V
Vacuum
Relief Valves
List Prices
Size
Inches
Vi
3/4
I 1 I Wi I W:
No. 1155 V Each 14.00 14.00 15.00 19.00 25.00|30.00i45.00
Service recommendations: These valves are
designed for use as vacuum breakers on Hght low
pressure tanks, steam jacketed kettles, and similar
apparatus, where there is a possibility of a vacuum
forming which might cause injury to the apparatus
because of the effect of atmospheric pressure upon it.
In service, the disc of the valve is normally held to
its seat, both by spring tension and by the pressure
in the apparatus to which the valve is attached.
When the pressure in the vessel falls below atmos-
phere, the spring tension is overcome, and the disc
is forced from its seat. Air is then admitted through
the valve, thus preventing the vacuum from reaching
a dangerous point.
Pressure setting: These valves are regularly fur-
nished with springs for 10 inches of vacuum. They
are set to open at 5 inches of vacuum but are adjust-
able for higher or lower vacuums. Valves are regu-
larly tested for tightness at the seat with 50 pounds
steam pressure.
41
HM
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396
CRANE
ii 1 1
' I
tl
J.'
'■'!■.( '
I
Brass Relief Valves
For Steam, Water, or Oil
Cross Section
Top Outlet Valve
With Cap
Cross Section
Side Outlet Valve
With Cap
The abo\'e illustrations show the three basic styles of Crane Brass
Relief Valves for steam, water, or oil service. For a complete range
of styles, sizes, and pressures available, see the following page.
Cross Section
Side Outlet Valve
With Wheel
A complete line: Crane Brass Relief Valves for
steam, water, or oil ser\ice are made in an excep-
tionally broad variety of styles and sizes. Suitable
for pressure settings up to 25-0 pounds on services at
400° F. maximum temperature and up to 300 pounds
on cold services, they easily fulfill exacting require-
ments for many installations.
A complete listing of sizes and illustrations of all
styles are shown on the following page.
Features of design: These valves are all made
with high grade brass bodies, bases, and discs. The
springs, spring washers, and stems are of steel with
a special coating to resist corrosion. On handwheel
equipped valves, the wheel is made of tough malle-
able iron; it is permanently and securely fastened on
the brass adjusting screw.
To assure true seating of the valve, the single disc
is made \vith a long bottom guide which operates in
the finished bore of the base. The seat is integral
with the base of the valve.
All of these relief valves except the ^-inch size are
equipped with adjustable blow-back regulating rings
around the seat, which provide a means of adjusting
the blow-down of pressure when changing or regulat-
ing the set pressure. The adjustment of this ring
may be made from the outside of the valve without
interfering with the pressure setting. A locking plug
screwed into and projecting through the wall of the
4
body prevents the regulating ring from loosening up
once it has been set for blow-down.
The regulating adjustment for the main spring per-
mits the set pressure to be increased or decreased
10 per cent. While this feature allows the user a
generous latitude in resetting the valve in the field
to meet necessary pressure changes, particular con-
sideration should be given to these limitations of
readjustment, because a new spring may be required
if greater changes are to be made. One spring will
not cover the entire range of pressures at which a
valve may be set.
All side outlet valves are made for pressure tight
discharge. A stuffing box filled with asbestos packing
and surrounding the main spring adjusting screw
under the locknut forms an effective seal for the body.
Installation: Relief valves should always be
installed with the stems in a vertical position, in
order to insure proper seating of the^disc. Outlet
piping should be as short as possible, never smaller
than the outlet of the valve, and should be so
arranged as to provide proper drainage.
Capacities: Capacities of these valves will be
furnished on application. Inquiries should advise
full information regarding the proposed installation
— kind of fluid, working pressure of system, and
desired set pressure.
I
^
CRANE
397
Brass Relief Valves
For Steam, Water, or Oil
w 1 1 ^^^ J'^ ««' «' «nv speciTied pressure within the following ranges;
:'st0 2j^-inchsi:cs- lOto 250 jxHaiJii siciim, water, or oil, 400" h.. or 10 to ,iUO pounJa water or oil, 100° F.
3and4-»nchsizes- 10 k^ 200 pounds m cam, wmvv. or oil. 400'^ h.. or 10 to 250 poonJ-s water or oil, 100" I -.
When orjffinn. hv sure to .ipvt^ify (hv «*tt pressure.
Ytn
No. 26(H)
Miile Inli'i
Tdp OlttlcL
With Cnp
Nci. ?hO!
M.'ilc I nli-t
Side Outlet
With Cnp
N«i. 2(>02
Miilc- InlcL
Sktc (\ii let
With VVhcct
No. 2hC>i
Mule Inlet
Side Outlet
\\'iihl ock-i-ipC^iip
No. 2(>04
"L-innlc Inlut
Side Oiiilci
Willi Cup
No. 2f*05
I-eniiilc Inlet
Side tJulk't
With Wheel
Size
ya
NoJbOO
No^2feOI
No. 2b02
fNio. 2603
>Jo^2b04
No. 2b05
liichc-s I
_L'fich| 1,1. SO
_Hach| 13.75
Each UiSO
EnchI 15. ()0
Ench
liach
U.75
1 ,1 . 50
Vi
U.50
Ki,75
U.50
1 5 . 00
ia.75
1
List Prices
1 4 . 50
15.00
1 4 . 50"
IV* 1V2
IV2
lb. 50
1 5 . 00
1 4 . 50
17.50
18^25
\7 . 50'
20.00
18.25
1 7 . 50
20.00 I 25.00 TJS.OO
21 .00 I 26.50 I 37.00
20.00 I 25.00 I 3.5"00
2,1.00 I 2t».00 I 40.00
21.00 I 26.50 I ,17.00
20.00 I 25.00 I 35.00
55.00 I 110.00 I 200.00
50.00 I 105.00 I l<J0.00
Service recommcnJat itms: Tl-icsc v;4l\es arc- rcc-
omnu-rKlfJ lor |Tipc lines, presses, pimips, c>litulers,
etc. where a blow-baek or pressure drctp of i.>% is
permissihic. Relief valves aru inietuleel lo relieve
i-xccssive pressures, iliey shotilJ not he use^l in an
ittcmpt to relte\'e shock [Pressures in li\Llraiilie lines,
Wlicn a pressure Jrop smaller than 1-'';. is re^|uircJ
>n steam serviee, pop safety vai\es slioukl lie uscJ,
1 lie side outlet vul\es are pressure tif^ht on the outlet
ind can dischiirfj;c a^'ninst low hcail pressures,
Materials: The base, ixxly, and disc of all of ihcsc
valves are nuide of a hi^h /^radr brass. The sprin,'4
ind stem arc steel, die sLcrn point In-in/^ casc-
liirdcncd,
t^ire protection service: Kclief valves u.scd in con-
leclion with (ire jiroteetion installations ordinarily
ntist comply v^idi \'arious Underwriters' specifica-
ions. i^efore or^lering vatvcs for this serviee, a earc-
Dimensions, in Indies
>ire ^Alieof Inlet) f
iul stLkly should bu muelc of all sueh speeiCiealions
applsin;; to the locality in which the val\-es will he
used, lo make sure thai suitable \'alves arc seeured.
Pressure setting: These vaKcs can be set at any
pressure within tbr i .aij^es specified above. On steam
ser\ice, relief vabes should be set a! least 10%
hi<;her than the normal working pressure in the
system; on water or oil service. if'^J, hif-^her.
Or^lers niList specify the set pressure.
PrcssLire acljcistment : Ihc set pressure of these
valves can W- ailjiisted after installation to any pres-
sure within a rarinc of \^>% abo\e or belov\' the origi-
nal factcjry settinj^, but not exeeevlinj; the ma\iniiim
pressure for whicli the valve is recommended.
Valves with lock: Prices of valves with lock inclikle
one padlock atul two keys,
Marine service: Sizes ]■■•>_ to 2-Inch arc suitable for
niaritic service.
V. r%
Vk
-^izeof outkt. biUc Outlet ViiIvcm
I 11/4 I 'A
2U
3
>vcr-«ll
height
Mule Inlet Vulvca
Fcmnlc Inlet Vnlvua
With Cop
With Wheel
With Cap
J/2J y-i
SVfl ! 53/,
6
I
l'/4 IV2
2>/2
With Wheel
1% I 5% I 6'/8 I 7'/,
_5_ I 5% I %y^"\\%
.1
8 I ^»H IJl'/i
«% I *iV2d_LLVi_
7»/8 I 91/4 I II I l2VJl3ii/„ji7i/,
S'/^
"enter to Inlet, Side Outlet Vulveo
^ -'A
6% I 73/4
I
enter to outlet, SiJc Outlet Vulvcs
inmeter of whceT
With Mule Inlet \VA 21/4"! 2^4
With Female Inlet I 1% | 2 | l^t, | 2^/4
1 '/8 I I 'A_\ i %^|J % \l Vie
2Vifl |2V.«|2Vi.; nVifll 3%
*» II'/b I UVz |l3iVifi
4% I 41/2
2Vl« "
Adiiitional deacription, . . .page 396
4V.«
PA
4V4
43/4
17%
fl
6'/4
4%
^^Tl*
-•'A
'. J
'»*
I
i!ii
'i| ;
tHNT
ti
II
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Capaciliea on appficatian
398
CRANE
I
pa
Cross Section
No. 2651
I
Cross Section
No. 2674
No. 2684
I
Brass Relief Valves
For Air and Gas
Cross Section
No. 2650
A complete line : Crane Brass Relief Valves for air and
gas are made in a complete variety of styles, a wide
range of sizes, and for an exceptional scope of pressure
settings. A brief summary of this line of valves and the
maximum pressures follows:
250-Pound, sizes %" to z" 500-Pound, sizes 14" to z"
300-Pound, sizes %" to z" 800-Pound, sizes %" to z"
Features of design: These valves are all of the single
disc type with bottom guide to assure proper seating.
Except for the ^s-jnch size 250 and 300-Pound Vahes
and all sizes of the No. 2664, No. Z674, and No. 2684
Vahes. these valves are equipped with blow-back regu-
lating rings. In the lower pressures, these rings enable
the user to adjust the blow-down when changing or
regulating the set pressure.
For the higher pressures, relief valves without regulating
rings are more ser\'iceable; valves equipped with rings
would have excessi\'e capacities. The area through the
seating surfaces of these high pressure valves is con-
siderably reduced.
All side outlet vahes have a pressure tight outlet. A
stuffing box around the main spring adjusting screw is
filled with an asbestos packing to form an effective seal
for the body.
Cross Section
No. 2664
Cross Section
No. 2668
I
Seat tightness: It is always more difficult to keep
relief \alves tight on air or gas ser\ ice than it is on
steam, water, or oil. The seating surfaces of these
valves are carefulh' ground to insure audible tight-
ness at all pressures up to 80 per cent of the set
pressure.
Relief valves should always be set at a pressure 25
per cent higher than the normal working pressure in
the system; no leakage will be experienced \\ith
Crane Relief Valves if they are properly installed
and given reasonable care.
Installation: Relief valves should always be in-
stalled with the stems in a vertical position. If they
are installed horizontally or at an angle, the discs
may not seat properly, resulting in a leaky valve and
e\'entual cutting of the seating surfaces. For air and
gas ser\ice, these vahes should preferably be in-
stalled inverted to allow moisture to collect and seal
the seating surfaces.
Special services: I or service on noxious gases or
inflammable liquids it is particularly desirable to
use relief vahes which are tight on the outlet side,
Crane side outlet relief valves are especially designed
for this ser\ ice and should always be specified.
I
V
:uetTf>.\
CRANE
399
Brass Relief Valves
For Air or Gas
Can be set at any specified pressure within the following ranges:
ijo-PoLind Valves — 10 co 250 pounds ^oo-Pound Valves —301 to 500 pounds
300-Pound Valves — 10 to 300 pounds 800-Pound Valves — 501 to 800 pounds
Maximum temperature — 400° F.
when, ordering, be sure to specify the set pressure.
¥
Male Inlet
Top Outlet
No. 2650
250-Pound
Male Inlet
Side Outlet
No. 2651
250-Pound
Male Inlet
Side Outlet
(Lock-up Cap)
No. 2653
250-Pound
Female Inlet
Side Outlet
No 2654,250-Pound
No. 2664, 300-Pound
Female Inlet
Side Outlet
No. 2674, 500-Pound
No. 2684, 800-Pound
Male Inlet
Side Outlet
No. 2668
300-Puund
Female Inlet
Side Outlet
No. 2669
300-Pound
List Prices
For Gasoline
or NoxioLis Gases
Size Inches % 1/2 V4 1 1 V4 1 V2 2
No. 2650 Each 13.50 13.50 14.50 17.50 20.00 25.00 35.00
250-Pound Valves
No. 2651 or No. 2654 Each 13.75 13.75 15.00 18.25 21.00 26.50 37.00
No. 2653 Each 15.00 15.00 16.50 20.00 23-00 29.00 40.00
3aO-Pound Valves No. 2664, No. 2668, or No. 2669 Each 13.75 13.75 15.00 18.25 21.00 26.50 37.00
500-Pound Valves No. 2674 Each 13.75 \ 15.00 18.25 21.00 26.50 j 37.00
800-Pound Valves No. 2684 Each 15.00 18.25 21.00 26.50 37.00
Service recommendations: These \aKes are rec-
ommended for air or gas compressors, cylinders, pipe
lines, etc. where a blow-back or pressure drop of
10% is permissible. When a pressure drop smaller than
10% is required, pop safety vaK'es should be used.
The side outlet valves are pressure tight on the out-
let and may discharge against low back pressures.
The Nos. 2b68 and 266g VaK'es are especialh" suit-
abie-for gasoline and noxious gases; they can be dis-
mantled without disturbing the piping connections.
Materials: The base, body, and disc of 2^0 and
300-Pound Valves are brass. On >oo and 800-Pound
Valves, the body is brass, and the base and disc,
Dimensions,
Crane Hard Metal. .All valves have a steel spring
and stem, the stem point being casehardened.
Valves with lock: Prices of \al\'es with lock in-
clude one padlock and two keys.
Pressure setting: Relief vaKes used on air or gas
should be set at least 25% higher than the normal
working pressure in the system. Orders must specify
the set pressure.
Pressure adjustment: The set pressure of these
valves can be adjusted after installation to any pres-
sure within a range of 10% above or below the origi-
nal factory setting, but not exceeding the ma.ximum
pressure for which the valve is recommended.
in Inches
Size (Size of Inlet) Vs V2 ^4 1 Wi W2 2
250 and
Size of outlet Vz V2 % 1 Wa W2 2
300-Poimd
Valves
Nos. 2650 2651
Center to top 3V& 31/3 31/4 3% 41/4 5% ( 6%
Center to male inlet 2V4 2V4 23/4 31/4 33/4 4V& 41/2
2653, 2654, and
Center to female inlet 1% 2 l^a 234 3% 3% 43/8
2664
Center to outlet IVg IVg 1% 1% 2Vi6 2ViG 23/4
500 and
Size of outlet V4 Va 1 1 W4 W2 2
800-Pound
Valves
Nos. 2674
Center to top 31/4 31/4 3Vifi 45/i6 5% 6V16
Center to female inlet 2Vs iVs 2V2 2is/i6 3% 35/8
and 2684
Center to outlet | 1 Vg 1 % 1 % 1 ^4 2 2 V2
300-Pound
Size of outlet I/2 V2 V* 1 1 V4 1 V2 2
Valves for
Gasoline or
Noxious Gases
Nos. 2668
Center to top 3Vi6 ^^Ae ^Vs 4 4^/8 6^/4 7%
Center to male inlet 2ViG 2'/i6 2% 33/ie 3^ Vie 4 4* Vie
Center to female inlet U Vie HVie 2 23/i6 2% 27/8 3Vi6
and 2669
Center to ou tlet 1 Vi e 1 Vi e 1 Vi 6 1 % 2 Vi g 2 Vg 2 2/4
w
I }
w:
Additional description. . , page 398
Capacities on application
Il
jsn
^1
.*
I
III
If
I
I
I
■I
3
I-
400
CRANE
Brass Hydraulic Relief Valves
Can he set at any specWed pressure
within the following ranges:
No. 1128
All sizes, 300 to 600 pounds
No. 1128H
All sizes, 300 to 800 pounds
No. 1130
3^2-1^1011 valves, 800 to 8000 pounds
^/^-inch vahes, 800 to 6000 pounds
1-inch valves, 800 to 4500 pounds
i^^i-inch valves, 800 to 4000 pounds
i^^a-inch vaUes, 800 to 2600 pounds
2-inch valves, 800 to 2600 pounds
iM-inch val\-es, 800 to 2600 pounds
No. 1128
No. II28V2
No. 1130
Orders must specify the set pressure and the catalog number.
List Prices
Size Inches Vz % 1 IV4 H/z 2 2^/2
No. 1128 Each 13.50 14.50 17.50 I 20.00 25.00 35.00 50.00
No.lIZSVaEach 14.50 17.50 20-00 25.00 35.00 50.00
No. 1130 Each 50.00 50.00 55.00 85.00 90.00 130.00 225.00
Cross Section
No. 1128
Service recommendations: These valves are
particularly designed to safeguard hydraulic ap-
paratus operating at high pressures and atmospheric
temperatures, such as hydraulic presses and ele\'ators
or high pressure pumping systems. They are also
recommended for use on high pressure oil lines, pro-
viding the outlet drains to atmospheric pressure.
Hydraulic Relief Vah-es should ne\'er be used as
unloading \^ah'es or in an attempt to relieve shock
in hydraulic systems.
Features: This Hne of x-ah'es is characterized by
its rugged construction, simple design, and high
grade materials. Bases for the Nos. 1 128 and i iiS^
are cast in Crane Hard Metal, an exceptionally
strong and durable copper-tin bronze. Discs in
Nos. 1 128 and 1 128V2 Valves are also made o( Crane
Hard Metal, while in the No. 11 30 Valves, the
discs are made of Alloy Steel. These latter valves
have renewable screwed-in body seat rings made of
Crane No. 40 Nickel Alloy. Springs are exception-
ally long and made of the best quality steel.
Nos. i!2S and ii28j''2 Valves are provided with
handwheels for easy adjustment of the set pressure,
while No. 11 30 Valves have a hexagon end on the
adjusting screw for wrench engagement. In both
types, a lock nut is provided so that the adjusting
Cross Section
No. 1130
screw may be locked at the desired set pressure.
All of these valves are pressure tight on discharge.
A stuffing box around the adjusting screw, and under
the lock nut, is filled with high grade packing to seal
the top end of the valve.
Pressure setting: .All hydraulic relief valves can
be readjusted for pressures 10 per cent above or
below the original set pressure, but should never be
set at pressures in excess of the maximum rating for
which the \'alve is designed. If a greater change in
the set pressure is to be made, a new spring may be
required, since one spring will not cover the entire
range of pressures at which the valve can be set.
Relief valves should be set at least x^ per cent higher
than the normal working pressure in the system in
order to avoid wasting water or oil in discharges due
to minor fluctuations of pressures.
The function of these valves is to safeguard the
apparatus and the piping against excessive pressures,
and they should not be used in an attempt to main-
tain pressure at a maximum point. Operating pres-
sures maintained continuously close to the set
pressure of the valve will tend to cause leakage and
maintenance difficulties.
Orders for relief valves must specify the set pressure
desired and the catalog number.
Dimensions, in Inches
Size (Size of Inlet) l/^ 34 ) 1 p/^ j ly^ ( 2 iVi
Size of Outlet 1/2 3/4 1 114 1 11/2 2 21/2
No. 1128
Center to lop 3V2 ^V?. 4Vi 4V7 51/4 6V2 75/8
No. 11 28 1/2
Center to Inlet 21/3 2y^ 2V2 2i5/l6 SVg 3% 4Vi
Center to Outlet 1% 1% 15/g 134 2 2V2 3
Size of Outlet 1 1 1 ■ U/z 11/2 2 2^/2
No 1 1 "^0
Center to lop 71/4 7Vi 7Va. 91/2 91/2 IP^ UVi
!'■*-'• XXOV
Center to Inlet 3(3 3 | 3% j SS/g ^Vs 4^4
Center to Outlet 2iVi6 2»Vifi 2ii/ifi 3Vl6 3V,e 3»3/i6 AVii
*
f
il
I
Capacities furnished on application
CRANE
401
All-Iron Relief Valves
Can be set at any specified pressure
within the following range:
10 to 300 pounds
Maximum temperature 400° F.
When ordering, be sure to specify
the set pressure and the catalog number.
Cross Section
No. 1118
No. 1118
Screwed Inlet
and Outlet
No. III8V2
Flanged Inlet
and Outlet
List Prices
Size Inches V2 V4 1 Wi W2 2 I'/z ^
No 1118, Screwed Each 16.50 17.50 21.00 25.00 37.00 45.00
No IH8V2, Flanged, Faced and Drilled Each 22.00 23.50 28.00 34.00 48.00 60.00 115-00 170.00
Extra for Companion Flanges Bolted on, per Valve 2. 25 2.80 3.35 3.90 4.50 6.00 10.00 14.50
Service recommendations: These relief valves
have been particularly designed for ammonia service,
but mav also be used wherever all-iron construction
is preferred because of conditions corrosive to brass.
For air or gas service, the seats should be oil sealed.
Service temperatures should not exceed 400° F.
Valves in sizes }'i to ij^-inch have a screwed bonnet;
sizes 1 3^-inch and larger have bolted bonnets. All
bonnet and cap joints are sealed with a lead gasket.
Features : These valves are of sturdy construction
and simple design. Bodies and bonnets are of Crane
Ferrosteel; body seat rings are of steel; discs in sizes
J/^-inch to I ^/4-inch are of cast iron, while in sizes
i3^2-irich and larger, they are of forged steel.
The seating surfaces can be easily reground when
necessary; the top of the discs are tapped with pipe
threads to permit insertion of a pipe nipple for rotat-
ing the discs when regrinding.
Pressure setting: Relief valves should always be
set at least 25 per cent above the normal working
pressure in the system in order to prevent wastage
of fluid when minor fluctuations of pressure occur in
the system. Pressure setting of these valves can be
readjusted 10 per cent abo\'e or below the original
set pressure, but not in excess of the maximum given
abo\'e. If a greater change in the set pressure is to
be made, new springs may be required, since one
spring cannot cover the entire range of pressures at
which the valves can he set.
Orders must always state the set pressure wanted.
Flanges: Flanged valves have ammonia tongue and
groo\-e facings. Inlet flanges are grooved and outlet
flanges are tongued. J^-inch and ^-^-inch valves have
ova flange on inlet and outlet ; i , \li, i V2 and 2-inch
valves have square flange on inlet and outlet; ^]/^-
inch valves have square flange on the inlet and
round flange on the outlet; vinch valves have round
flange on both inlet and outlet.
Drilling: All flanged end valves are furnished faced
and drilled (F. & D.) unless ordered faced only.
List prices include drilling. No deduction is made
if valves are ordered faced only.
Dimensions, in Inches
Size (Size
Size of Outk
f Inlet) 1/2 ¥4 1 1 V4 1 Vi 2 2 Vi ^
-t M 1 IV4 IV2 2 21/2 3 31/2
Center to top 3% 4V^ 5% 6% 6% ^Va
No. 1118
Center to end of inlet 2Vi 25/r 3Vs 3^/4 3Vi6 ^Vs
Center to end of outlet 1% 1% 2 2V2 3 3i Vie |
Center to top 33/« 41/r 5% b^A ^Vg 7V2 l^% ^I'h
Center to face of inlet 23/4 3 3V4 3 Vie ^^Vx^ 4Vi6 43/* ^Vi
Center to face of outlet aVs 3% 3^4 4 4^/4 ^Va. ^'h >'
Inlet
Flange
Oval flange dimensions 4 4^4
No. 11181/2
Square flange dimensions 3Vi6 ^^Vie ^^Vig 5Vi6 S^Vie
Round flange diameter SVi
Outlet
Flange
Oval flange dimensions 4^4 4^4
Square flange dimensions 3' Vie ^^Vx^ SVie S^Vie
Round flange diameter 8*4 9
K'.i" '
\
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■ii
w:
Capacities on application
Drilling templates . . . page 488
Tongue and groove dintensions page 488
■ 'i ;
^TlM^i-^""**!^;""'
402
CRANE
po
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■I
M
I
I
Inside Spring
Iron Body Relief Valves
Can be set at any specified pressure within the following ranges
No. 1123 Valves — 10 to 300 pounds
No. 1124 VaKes — 301 to 600 pounds
For \\'ater or oil services — maximum temperature 100° F.
Outlet pressures are not to exceed 20 pounds gauge.
No. 1123
No. 1124
Cross Section
No. 1123
Wh
en ordering, be sure to specify the set pressure
List Prices
Cross Section
No. 1124
Size
Inches
2V2
3V2
No. 1123, Faced and Drilled Each 42.00
50.00
No. 1124, Faced and Drilled Each 105.00 125.00
68.00
75.00
120.00
165 . 00
210.00
Service recommendations : Xos. 1123 and 1 1 24
Relief Valves are designed for ser\-ice on N\'ater or
oil, where the temperature does not exceed 100° F.
The>- are common y used on pump discharge lines,
on standpipes, pipe lines, cylinders, oil lines, etc.
These valves should not be used as unloading \-ai\-es
or in an attempt to reiie\-e shock from hydraulic lines.
' Outlet pressures should not exceed 20 pounds gauge.
Construction: These vaK'es are of the inside
spring, single disc type. The flanged bonnet is
securely bolted to the body and makes a pressure
tight joint.
A machined recess filled with packing is provided
around the adjusting screw to seal this point and
render the \-alve pressure tight on discharge.
The inlet connections on the No. 1123 VaK-es are
suitable for a flanged or screwed joint. Outlet con-
nections on ail of these valves are screwed.
Materials: Crane Iron Body Relief VaK'es have
iron bodies and bonnets and steel springs and stems.
The seats and discs are regularly made of brass.
Valves equipped with Monel seats or Monel seats
~ Dimensions, in Inches
and discs can be supplied on special order, when so
desired, at an advance in price.
Pressure setting: Relief valves on liquid service
should be set 2) per cent above the normal working
pressure of the system to insure tightness at the seat.
They may be readjusted for pressures 10 per cent
above or below the original set pressure, but not
exceeding the maximums given above. For a greater
readjustment, new springs may be required, since
one spring will not cover the entire range of pressures
at which these vaK'es may be set.
Orders must specify the set pressure wanted.
Flange dimensions and facing: The dimensions
and drilling of the inlet flanges conform to the 250-
Pound American Cast Iron Flange Standard (Bibb-
1Q28). They have a j^g-inch raised face finished
with concentric grooves, approximately 16 grooves
per inch, known as a "serrated" finish.
Drilling: List prices include facing and drilling of
the inlet flanges to the 25'o-Pound American Cast
Iron Flange Standard. No deduction is made when
valves are ordered faced only.
Si^e (Size of Inlet)
No. 112:3
No.
1124
2V2
3
ZVz
4
5
2V2
3
31/2
4
Size of outlet
2y2
3
3V2
4
5
21/2
3
3V2
4
Center to top
n%
13 Vs
14V4
143/8
15V4
133/4
141/4
151/4
151/2
Center to face of inlet
5V4
53/4
6V4
63/4
73/6
5V4
53/4
6V4
63^
Center to end of outlet
3%
4V4
4%
5
63/8
3y8
4V4
4%
5
Capacities are
furnished on application
Templates for drilling
, . - .page SS2
CRANE
403
Inside Spring
Alloy Cast Steel Relief Valves
WORKING PRESSURES
No. 1 1 24 XR — 600 pounds
No. 1241 XR — 1200 pounds
No. 3041 XR — 3000 pounds
MAXIMUM SET PRESSURES
No. 1 124 XR — 750 pounds
No. 1241 XR — ^1500 pounds
No. 3041 XR — 3600 pounds
For cold water and oil; maximum temperature 100° F.
Outlet pressure not to exceed 100 pounds gauge
Pressure setting: To insure tightness at the seat, these vah'es
should be set 20% above the normal operating pressure of the
installation. They may be readjusted for pressures 10% above
or below the original set pressure, but not exceeding the maxi-
mums given above. For a greater adjustment, new springs may
be required, since one spring will not cover the entire range of
pressures at which these valves may be set.
When ordering^ be sure to specify the set pressure:.
List Prices, Faced, Drilled, and Spot Faced
Inches I
Size
IV2
2V2
3V;
No. 1124 XR Each
Prices on. application
No. 1241 XR Each Prices on application
Cross Sectic-n
No. 3041 XR Each! Prices on application
No. 1124 XR
No. 1241 XR
No. 3041 XR
Service recommendations :Nos. 1 124XR, 1241XR,
and 3041 XR Alloy Steel Relief Valves are designed
for service on water or oil where the temperature of
the fluid does not exceed 100 degrees F. They are
commonly used on pump discharge lines, on stand
:)ipes, pipe lines, cylinders, hydraulic presses, oil
ines, etc. They are suitable for outlet pressures up
to 100 pounds gauge.
These valves should not be used as unloading valves
or in an attempt to relieve shock in hydraulic lines.
Construction : These valves are of the inside
spring, single disc type. They ha\-e a flanged bonnet
secured to the body with through bolt-studs threaded
their entire length, making a pressure tight joint. A
machined recess for packing is provided around the
adiusting screw. The seat bushings are renewable.
Materials: The bodies are made of Crane No. 4
Carbon-Molybdenum Steel; the bonnets, of Carbon
Cast Steel; and the springs, of a high grade Open
Hearth Steel. The discs are Exelloy; and the seat
bushings. No. 4Q Nickel Alloy.
Inlet and outlet connections : The No. 1 1 24 XR
Valves have a combination flanged and screwed inlet;
Nos. 1 24 1 XR and 3041 XR Valves have a flanged
inlet. The outlets on all of these valves are screwed.
Flange dimensions: The inlet flanges conform to
the American Standard for Steel Pipe Flanges and
Flanged Fittings, Bi6e-iq3q. On the No. i 124 XR
Valves the flange conforms to the 300-Pound Stand-
ard; on the No. 1241 XR. to the 600-Pound; and on
the No. 3041 XR. to the i)Oo-Pound.
Drilling: The flange on these vaK-es is furnished
faced, drilled, and spot faced (F.D. & S.F.) unless
otherwise ordered. List prices include drilling to the
particular standard applying, as listed above, and
spot facing. No deduction is made if valves are
ordered faced only.
Flange facing : The inlet flange on the No. 1 1 24 XR
Vahes is regularly furnished with an American
Standard He-inch raised face. On the No. 1241 XR
and No. 3041 XR Valves it is furnished with an
American Standard 34-i"^t^h male face (large male).
When so ordered, the inlet flange can be furnished
with ring joint, male (on the No. 1 124 XR), female,
tongue, groove, or other types of facings; see the
Crane Discount Sheet for prices.
Finish of flange faces : The He-inch raised face and
the large male face on the inlet flange are finished
with concentric grooves, approximately 32 grooves
per inch, known as a "'serrated" finish.
.A smooth finish can be furnished on the raised or
male faces when so ordered; see the Crane Discount
Sheet for prices, The smooth finish is recommended
when a metallic gasket is used.
Dimensions, in Inches
Size
No. 1124 XR
No. 1241 XR
No. 3041 XR
2V;
3V-)
IV2
21/2
IV2
2V3
Size of inlet and outlet
Diameter of seat opening
Center to top
2V2
3V.
IV2
2V2
11
2V2
2 v.
31/2
m
21/2
1V4
IV.
2V2
133/4 I 141/4 I 15V4 1 151/2 I 17 ii 13
16
19
22
13
I6V2 18y2 I 23
5 ¥4
537 P/i; I 611/tfi I 73/8 jl 51/4 I 61/8 I 6Vs I 7V4 II 6V4 I 6V4 I 7Vs I 91/2
Center to face of inlet*
Center to end of outlet | J'/g \ '*V4 I •*"/& 1 ^ 1 ""/» " ^'* * ' ^» - i ~ "* ' — z-l^
♦Includes Kfi-inch raised face on No. 1124 XR and ^-Jnch male face on No. 1241 XR and No. 3041 XR.
37/
41/4 4%
6% II 33/4 1 4% I 5 I 53/4 II 4%
Description of materials, pages J to 9
Capacities on application
Templates for drilling pages 553 to 555
\
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I
404
CRANE
Outside Spring
Iron Body Relief Valves
WORKING PRESSURES — 250 pounds
MAXIMUM SET PRESSURE — 300 pounds
For steam, hot water, or oil; maximum temperature 500° F,
Outlet pressures not to exceed 20 pounds gauge.
Cross Section
No. 1113
No. 1114
'pn
No- 1113
Flanged Inlet
Flanged Outlet
when, ordering, be stire ta specify the set pressure.
List Prices
No. 1U4
Flanged Inlet
Screwed Outlet
Size
Inches
21/2
Nos. 1113 or 1114, Brass Seats, F. & D.
Nos. 1113 or 1114, Monel Seats, F. & D.
31/2
Each I 63 . 00
84.00
100.00
Each I 68 . OO
136.00
90.00
155.00
107.00
143 . 00
167 . 00
Service recommendations: Nos. 11 13 and 1114
VaK-es are recommended for steam, hot water, or oil
services at working pressures up to 250 pounds and
temperatures up to 500° F. They may be set for a max-
imum pressure of 300 pounds and they are suitable
for outlet pressures not exceeding 20 pounds gauge.
Construction': These valses are of the outside
spring and yoke construction, in which the spring is
not directly e.xposed to the temperature of the fluid
within the body. They have a bolted bonnet
equipped with a stuffing box, and are o( the single
disc type. The seat bushing is renewable. The valves
are pressure tight on the outlet side and are suitable
for use when discharging into a line operating under
low head pressures, or for handling noxious or in-
flammable fluids.
In addition, these valves have pop chambers and
adjustable blow-back regulating rings; which gives
them an action more positive than ordinarv relief
valves, as well as a means of regulating the blow-
down of pressure.
The inlet of these valves is regularly made with a
combination flanged and screwed connection.
Seats and discs: The discs are regularly made of
brass. The seat rings are either of brass or monel,
but brass will always be furnished unless monel is
specifically ordered. Discs made of monel can be
furnished on special order, at an advance in price.
Dimensions, in Inches
Pressure setting: To insure tight seating of relief
valves, they should be set at slightly higher pressures
than the normal working pressure of the installation.
Relief valves for steam should be set at least 10 per
cent higher and valves for water or oil, 25 per cent
above the normal working pressure.
These valves may be readjusted for pressures 10 per
cent above or below the original set pressure, but
not exceeding the maximum given above. For a
greater adjustment, new springs may be required,
since one spring will not cover the entire range of
pressures at which these valves may be set.
Orders must specify the set pressure wanted.
Flange dimensions and facing: The dimensions
of the inlet flanges conform to the 250-Pound Amer-
ican Cast Iron Flange Standard (Bibb-iq28). They
have a J^g-inch raised face, finished with concentric
grooves, approximately 16 grooves per inch, known
as a "serrated" finish.
Outlet flanges of No. 11 13 Valves conform to the
American Cast Iron Flange Standard, Class 125
(Bi6a-iQ3q). These flanges are plain faced and have
a smooth finish.
Drilling: List prices of these valves include facing
and drilling to the particular standard applying, as
indicated in the preceding paragraphs. No deduc-
tion is made when valves are ordered faced only.
Size (Size of Inlet)
2V2
Size of outlet
Center to top
31/2
2y2
I 31/2
15
Center to face of inlet
Center to end of outlet
Center to face of outlet
I 6V2
I8V2 I 21 1/2
7Vz
41/2
23
26
8V2
4V2
91/2
43/4
51/2
5V2
61/2
Capacities
arc furnished
on application
Templates for drilling. .
- . . pages 55 J and 552
I
Pr.^-
CRANE
405
Outside Spring
Alloy Cast Steel Relief Valves
WORKING PRESSURES MAXIMUM SET PRESSURES
No. 1 1 1 3 LX — 300 pounds No. 1 1 1 3 LX — 360 pounds
No. 11133^ LX —600 pounds No. 1 113!^ LX — 900 pounds
For steam, hot water, oil, or gas; maximum temperature 900° F.
Outlet pressure not to exceed 20 pounds gauge
Pressure setting: To insure tightness at the seat, these vah'es
should be set 20 to 50 per cent above the normal operating pressure
of the installation. They may be readjusted for pressures 10 per
cent above or below the original set pressure, but not exceeding the
maximums given above. For a greater adjustment, new springs
may be required, since one spring will not co\-er the entire range
of pressures at which these valves may be set.
Size
List Prices, Faced, Drilled, and Spot Faced
Inches! IV2
2V2
31/2
Cross Section
No. 1113 LX
No. 1113 LX
Each 110.00 135.00 165.001200.00 265.001315.00
No. 11131/2 LX
Each 125.00 150.00 182.00 220.00 290.00 345.00
No. 1113 LX
No. 11131/2 LX
When order-
ing, be sure
to specify the
set pressure.
Service recommendations: Crane No. 1113 LX
and No. M13H LX Alloy Steel Relief Valves are
recommended for high temperature service on steam.
hot water, oil, and gases where the temperature does
not exceed qoo° F. They are suitable for outlet
pressures up to 20 pounds gauge.
Construction : These valves are of the outside
spring and yoke construction, in which the spring is
not directly exposed to the temperature of the fluid
within the body. They have a bolted bonnet
equipped with a stuffing box, and are of the single
disc type. The seat bushing is rene\\able. The
valves are pressure tight on the outlet side and are
suitable for use when discharging into a line operat-
ing under low head pressures, or for handling nox-
ious or inflammable gases and fluids.
In addition, the No. 1 1 1 3 LX Valves ha\'e adjustable
blow-back regulating rings. This provides a means
for adjusting the blow-down of pressure when chang-
ing' or regulating the set pressure.
Materials: The bodies are made of Crane No. 4
Carbon-Molybdenum Steel; the bonnets, of Carbon
Cast Steel; and the discs, stems, and adjusting
screws, of Exelloy. The seat bushings are Crane
18-8 Mo Alloy; and the springs, a high grade alloy
steel, The bonnet bolt-studs are Triplex Steel.
Flange dimensions: The end flanges conform to
the American Standard for Steel Pipe Flanges and
Flanged Fittings, Bi6e-i939. The in et flange on the
Dimensions,
No. 1113 LX Valves conforms to the 300-Pound
Standard and on the No. 11133^ LX, to the 600-
Pound; the outlet flanges all conform to the i >o-
Pound Standard.
Drilling : Flanges on these valves are furnished
faced, drilled, and spot faced (F.D. &I S.F.) unless
otherwise ordered. List prices include drilling to
the particular standard applying, as listed above, and
spot facing. No deduction is made if valves are
ordered faced only.
Flange facing: The flanges on the No. 11 13 LX
Valves and the outlet flange on the No. 11131'^LX
Valve are regularly furnished with an American
Standard He-^^ch raised face. The inlet flange on the
No. 1 1 1 3^ LX Valve is furnished with an American
Standard J^-inch male face flarge male).
When so ordered, all end flanges can be furnished
with ring joint facing; and. except for ijo-Pound
flanges, with male, female, tongue, groove, or other
facings; see the Crane Discount Sheet for prices.
Finish of flange faces: The ^Q-inch raised faces
and the large male face on the end flanges are
finished with concentric grooves, approximately 32
grooves per inch, known as a "serrated" finish.
A smooth finish can be furnished on the raised or
male faces when so ordered; see the Crane Discount
Sheet for prices. The smooth finish is recommended
when a metallic gasket is used.
in Inches
Size (Size of inlet)
11/2
2
2y2
3
31/2
4
Size of outlet
2
21/2
3
31/2
4
4y2
Diameter of seat opening
No. 1113 LX
IV2
2
21/2
3
31/2
4
No. 11131/2 LX
IV4
IV2
2
2V2
31/2
Center to top
No. 1113 LX
IOV2
13
151/2
I8I/2
20
23
No. 11131/2 LX
12
13
16 1/2
201/2
24
27
Center to face of inlet
*No. 1113 LX
51/2
&V2
7
7V2
8V2
91/2
JNo. 11131/2 LX
53/4
6'Vl6
7VlG
7iVifi
9
IOI/16
'Center to face of outlet
4%
43/4
51/2
6
6V2
7
*lncludes 3ifi-inch raised face
1 ncliides J^-inch
ma e face.
t
f.
I .
^u
IH
Description of materials . . . . pages 1 to S Capacities on application Templates for drilling. . . pages 553 and 554
I' - ,^
*!,••->—-'*---■
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^406
CRANE
Crosby Nozzle Relief Valves
Styles
JW, JO, JP
These high capacity relief valves are
recommended for use in refinery,
chemical, industrial, and process plants
where positive, dependable action is
required. They are suitable for the
pressures and temperatures shown in
the table below.
Style JW is recommended for air, gas.
vapor, and liquids; Style JO, for
steam, air, gas, and vapors ; Style
JP, for liquids; and Styles JJC, JJAC,
and JJBC, for oil refinery liquids,
gases, and vapors.
f
List of Valves, Sizes, and Orifices
Valve
Style
and
Sofifiix
Style JJC Style
Pressure (psi.l and Temperature
Pressure (P)
Temperature (T)
Inlet
Back
Sizes, in Inches (Inlet)
and Orifice Letters
JJAC Style JJBC
(Fahr.) Ratings
3/4
1
iV4!iy2
2V2
Valve
Style
and
Suffix
Pressure (P)
Temperature (T)
Inlet
Back
T
Sizes, in Inches (Inlet)
and Orifice Letters
IV4
1^2
2V2
M
JW
a, b
400! 150
2501450
25
300
H
J
600 150'
100
300^
1 1
G
G
H
J
c
450 450°
..b
450 650°
100
300°
G G H J
400 150°
25
300"
F G H H J K L
250 450°
Q
c
600 150°
500 450°
100
300°
F
G
H
H J
K
L
250 450° 200
Q
cc
850 150°
720 450
100
300
4001450' 300
H
H
J
K
JJC-1
1000
800
450:
900
250
350
300
300
200
500
G H
J |K| L
JJC-3
Q
ccc
JO
or
JP
8501 150
7201 450'
250
8501 150°
720 450
200
300
H
H
J
K
750 450°
450 800
150
250 800° 200
400
F
H
H
J
K
L
600 800
300 800
300
400 650
o
400
N
Q
1000
500
300° 100 300
F G H |H I J IK L
4000
2500
300
100
300°
10000
6000
300
100 300
D
m
5000 100
2S00 750
3000 100
250
1500 750°
300
D
Materials and construction : Styles JW-a and JW-b
and Styles JO-a, JO-b. JP-a, and JP-b Valves are made
of cast iron. Other valves listed are cast steel.
These valves have a venturi nozzle. Their top-
guided disc permits free fluid flow, assuring high
capacity and smooth performance.
Additional information furnished on application.
Prices on application^
JJC-5
JJAC-1
or
JJBC-1
1800 825
1625 900
1050
1300
900
500
900'
300
500
H
J
K
1625 900^1 300 500
J
1000
800
1000
o
300
250
800 975° 250
JJAC-3
or
JJBC-3
JJAC-5
or
JJBC-5
725 11000 ^1 250
450'
250
1000
300
200
500
G H
J K
1625 900
1500 950'
1200 1000*
1050 1000
1300 975
1200 leOO'
900 950'
750 1000
500j 975°
475] 1000°
250
500
H
K
1625 900
1500 950
1200 1000°
250
500
JJAC-6
2500 550° 500
2375 600° 500
2250 650= 600
2125 700° 600
2000 750° 700
1500 950° 700
1200 1000° 700
1300 975° 700
1200 1000° 700
600°
H
K
JJAC-7
2700 900° 500
2500 950° 600
2000 1000'' 600 600"
22501 975°! 600
2000:1000° 600
H
K
^f^
CRANE
407
Cross Section
Style JR
Crosby Steel Relief Valves
With Forged Steel Base and Disc
List of Valve Sizes and Ratings
Style JR
Valve
Max. Pressures
psi.)
Size
of
Inlet
Inches
Size
Inlet Back
of
Outlet
Inches
400°
F.
750°
b.
300°
F.
500"
F.
JR-c
2000 400
V2, 3/4
or 1
1
JR-I
2000
400
JMB-c
5000 400
3/4 1
3000 400
1-11/4 IV2
JMB-I
15000
400 34 1
13000
400 1-11/4 11/2
JMAB-c
5000
600
3/4 1
3000 600
1-11/4 IV2
JIVIAB-I
5000
600 34 1
3000
600 1-11/4 1 IV2
Style JMB
Cross Section
Style JMAB Style JMAB
'ii^
Style JR are low capacity valves recommended for
non-coking refinery service, preferably on liquids,
and for pumps or pump lines carrying sour crude oil
or oil vapors. They are not recommended for steam,
air, or oil vapor service where exact operation is
required, or for use on steam boilers.
Styles JMB and JMAB, medium capacity valves for
steam, air, gas, oil, and oil vapor lines, are recom-
mended for service on oil cracking equipment (non-
coking), caustic pump discharge lines, ammonia lines,
and for general services corrosi\'e to bronze. They
should not be used on steam boilers.
"
Special Tops and Lifting Gears
Si
Cap
Seal
Forked Lever
X Pin
] \ Forked Lever
Cap Set Screw
Bonnet
Regular Lifting Gear
Closed Top
For Crosby Nozzle Relief Valves
Packed Lifting Gear
Closed Top
Bolted Cap
Prices of Cros
Crosby Nozzle Relief Valves are regularly fur-
nished with closed bonnets and without lifting
gears. When so specified, they can be equipped
with any of the special tops or lifting gears
described on this page.
Regular lifting gears: The regular type of
lifting gear with either a closed bonnet (see illus-
tration at left) or an exposed spring is recom-
mended for services where the valve is not re-
quired to be tight on the discharge side.
Packed lifting gears: The packed type of lift-
ing gear with closed bonnet is recommended
where tightness on the discharge side is necessary
or where conditions necessitate frequent testing
of the valves.
The packed lifting gear eliminates having stuff-
ing boxes around the main spindle.
Caps : Caps are recommended for valves used
on services that do not require a lifting gear but
do require that the valves be tight on the dis-
charge side due to possible back pressure.
Test gags: Valves having a regular or packed
lifting gear or cap can be fitted, when so desired,
to accommodate test gags (not illustrated) which
will hold the valves shut against o\"er-pressure
when the equipment on which they are installed
is being given a hydrostatic test, Test gags
should never be more than "finger tight". Screwed Cap
by ValveSf Tops, and Lifting Gears will be furntsfied on application.
Gasket
Bonnet
■ M
408
CRANE
■ I
W
W\)
'i
t -
This rubber plant is Crane equipped. The hydraulic
line in the foreground is fitted with a brass hydraulic
relief valve and forged steel valves and fittings.
A battery of Cranetilt non-return traps, brass valves
and iron fittings handling condensate in a large laundry.
A portion of the mash processing lines in a distillery;
complete piping requirements were supplied by Crane.
Piping system in a manufactured gas
plant, with Crane pressure regulator.
CRANE
Pressure Regulators, Steam Traps,
Separators, and Expansion Joints
Pressure Regulators pages 410 and 41 1
Klipfel Pressure Reducing Valves pages 412 and 413
Mueller Water Pressure Regulators page 414
Klipfel Tank Thermostats page 414
/
Steam Traps
Inverted Open Float pages 4 1 5 to 4 1 7
Cranetilt Non-Return. . . . '. page 418
Cranetilt Three-Valve Lifting page 41 q
Automatic Air Vent Valves pages 4 1 6 and 4 1 7
Steam and Oil Separators pages 420 and 421
Drip Pockets page 42 1
Sediment Separators or Strainers pages 422 and 423
Swartwout Exhaust Heads page 424
^« ; T-r^
409
K. -
iii
> I
-7 ■
;
Expansion Joints
Copper pages 424 and 425
Rubber page 42.5
Brass page 42-6
Iron Body page 427
Adsco, Iron and Steel page 428
Expansion in Pipe Lines page 426
To make this catalog more convenient to use, the complete
Crane line of special duty valves and of specialties has been
divided into several groups. Crane special duty valves are
shown on pages 369 to 407, and Crane specialties not
referred to above are shown on pages 429 to 442.
i!' |r. H
Standard Types of Pipe Bends. . . .pages 602 to 604
Venting Valves, Thermostatic Traps, and Heating Pumps. . , pages 83 to 85
:\'S.-"'^' ' ■ - V
1.
"^ --^ ' — -- -
410
CRANE
Brass Pressure Regulators
Crane Pressure Regulators have t\\o essential but
separate mechanisms — the auxiliary valve assembly
and the main val\-e assembly — - which are inter-
connected for the transmission of pressure, but
independent of each other mechanically. These two
units are contained in the same body, but the regula-
tor would function just as \\'ell if they were separated
except for the necessary pipe connections. The
auxi iary vaU'e assembly includes a de\"ice for
manually setting the desired service pressure, an
auxiliary valve to control the operation of the main
\alye, and a mechanism to operate the auxiliary
valve itself. The main valve assembly consists o^f
the main \alve disc and seat and a piston actuated
by pressure from the auxiliary valve, which controls '
the mo\ement of the main valve disc. The illustra-
tions and description below explain the operation of
the Crane regulator. In the lower left hand corner i
ot this page is shown the preferred arrangement for ;
installing a Crane Pressure Regulator.
Crane No. qbo Pressure
Regulators embody new
refinements in design
and construction to as-
sure reliable and efficient
operation, and long life.
At the left is a sectional
view of the auxiliary valve
assembly.
At the right is a sectional
view of the main valve and
piston assembly.
i!
II
I
Operation: With the regulator properly installed
in the line and ready to go into service, the successive
steps which take place in its operation are as follows:
Steam for airj from the high pressure line fiows into
the inlet side of the regulator as far as the main
disc A, which is held lightly to its seat by the main
disc spring B. This high pressure then passes into
the main disc spring chamber through the ports in
the Hner C and acts to hold the main disc tightly to
its seat. A portion of the high pressure steam (or air)
in the regulator inlet passes through the screen D
into the high pressure port E and fills the chamber
around the auxiliary \'ai\*e F, which is held lightly to
its seat by the auxiliary valve spring.
When the handwheel G is turned in a clockwise direc-
tion, the regulating spring H is compressed and
deflects the diaphragm J. This deflection of the
diaphragm mo\'es the auxiliary valye F off its seat
and allo%\-s pressure to f\o\v through the intermediate
pressure port K into the chamber above the piston L.
The piston then mo\'es downward, o\"ercoming the
resistance of the main disc A and forces it off its seat.
Steam (or air) then fiows past this disc and fills the
outlet or service piping system. Pressure from the
Pressure Gauae
Relief Valv.
rrrtw*
Plug
Type
Disc
Angle Valve
No. 960 Pressure Regulator
Siphon Gate Valves
(Used only for steam installations)
outlet of the regulator is transmitted back through
the low pressure port M to the diaphragm chamber
N. As the pressure builds up in this chamber, it
finally overcomes the tension on the diaphragm
caused by the regulating spring, and forces the
diaphragm back to its original position.
Just as soon as the diaphragm returns to its original
position, the auxiliary valve closes, thus cutting off
the pressure to the top of the piston L. The high
pressure in the main disc spring chamber then forces
the main disc back to its seat, cutting off the steam
(or air) supply to the outlet side of the regulator. As
the outlet or service pressure falls, the pressure in the
diaphragm chamber also falls, with the result that
the regulating spring tension again deflects the dia-
phragm and mo\es the auxiliary valve off its seat.
The entire cycle of operations is then repeated.
It will be seen from this description of the operation
of the Crane regulator, that with the handwheel set
to obtain any desired service pressure, this pressure
will automatically be maintained regardless of the
quantity of steam (or air) being used. V/hile each
step in the automatic operation of the regulator
has been described as taking place at a definite point
in the cycle, the entire cycle is per-
formed practically instantaneously
and there is no lag in any of the
operations. When steam (or air) is
being used in the service system, the
regulator actually operates in a
"floating" position, that is, both the
auxiliary valve and the main disc
move back and forth within the
limits of their t^a^■el w ithout coming
to rest at any one position, and thus 1
continually proportion the flow oi
steam (or air) to satisfy the seryice
requirements.
rainer
CRANE
411
Brass Pressure Regulators
)
- • It
»^
^WORKING PRESSURES
250 pounds steam, 450"^ F.
250 pounds air
For description,
operation, and
recomn\ended
installation,
see page 410,
No. 960 PressLi-re Regulator
When ordering, specify
the reduced pressure wanted;
see Service pressure ranges, below
Service recommendations : Crane Pressure Regu-
lators have been specifically designed to proxide
accurate, automatic pressure regulation on steam and
air. They are particularly suitable for use in modern
process work, on ^■ulcani3ers, cookers, dr\-ers, paper
machines, heating systems, air tools, air blasts, and a
varietv of other ser\-ices. They may be used to
reduce the pressure to engines and pumps if ample
receiver capacity to eliminate pulsations is proxided
between the engine or pump and the regulator.
Fundamental characteristics: These regulators
should not be confused with ordinary reducing \-alves.
The Crane val\-e will reduce the initial pressure
accurately and positively, will maintain the reduced
pressure at the desired point, regardless of the quan-
titv of steam or air being used, and will not allow the
reduced pressure to build up to the initial pressure
\\-hen no steam (or air) is being used in the service
piping. Reasonable fluctuations of initial pressures
do not affect the ser\-ice or reduced pressures.
Features: These regulators are featured by re-
liability, a wide range of available reduced pressures,
simplicity of operation, accessibility for inspection,
and convenience in making repairs.
Union connections: All regulators are regularly
furnished with malleable iron union rings and tail-
pieces on inlet and outlet ends.
Location of regulating wheel: Regulators regu-
larly have the pilot \-al\-e on the left hand side when
facing the inlet. On special order, they can be
furnished with the pilot valve on the right hand side.
Steam
Capacity in Pounds per Hour
Initial
Pressure
Size, Inches
V2
3/4
1
Wa
IVs
30
56
95
190
350
460
935
40
69
115
231
410
552
1165
50
78
137
272
490
645
1400
60
88
162
300
550
735
1600
70
100
180
340
625
828
1800
80
115
200
395
700
920
1985 ^
90
125
225
435
763
1010
2195
100
134
237
475
S25
1100
2400
125
159
288
570
1000
1320
2920
150
187
338
680
1160
1540
3400
175
212
388
750
1325
1770
3880
200
240
437
900
1500
2000
4360
250
280
575
1010
1800
2300
5150
List Prices and Dimensions
Size
Price
Each
Overall DiiYiensions
Inches
A B C D
V2
43.00
7 45/8 3 6
^4
48.00
8V4 ' 53/4 3% 6V4
1
54.00 9 63/8 4 71/4
11/4 67.00 95/a 7 41/2 7V2
IV2
83.00 103/4 8 5 Wz
2 104.00 12 9Vs 5% 71/2
Locking: Regulators are regularly furnished with a
locking device, so that the pressure setting may be
protected against tampering. Locks are not fur-
nished with regulators, except on special order, and
then at an ad\'ance in price.
Service pressure ranges: Regulators are fitted
with regulating springs and diaphragms to suit any
one of the following ranges of ser\'ice pressures:
1 to 10 pounds
5 to 30 pounds
20 to 100 pounds
90 to 200 pounds
Orders must always specify the reduced pressure
wanted in order that proper springs and diaphragms
ma>' be furnished.
Valves for air service : When regulators are wanted
for use on compressed air, orders must so specify.
Maximum service pressure: These regulators
should not be used when the reduced pressure wanted
is more than 80 per cent of the initia pressure.
High pressures: On special order. Crane Co. can
furnish pressure regulators of this same design, in
sizes from yj-'mch to 2-inch, for steam pressures up
to 350 pounds.
Air
Capacity in Cubic Feet of Free Air per Minute
Initial
*j
Size, '.
nches
Pressure
V2
3/4
1
IV4
iVa
2
40
7.0
19.5
38.0
66.0
116
250
50
7.5
21.0
40.0
72.0
124
270
60
8.0
22.5
44.0
78.0
132
290
70
8.5
24.0
48.0
86.0
140
310
80
9.0
26.0
52.0
94.0
148
330
90
9.5
28.0
56.0
100
156
350
100
10.
30.0
60.0
108
166
370
125
11.0
34.0
68.0
128
184
420
150
12.5
38.0
77.0
146
204
470
175
14.0
42.0
86.0
164
224
520
200
15.0
48.0
96.0
182
244
590
250
17.0
56.0
114
220
284
670
u
'-....---./
412
CRANE
i^
\
I
I
H '
' I '
I
Klipfel Ball-Type Pressure Reducing Valves
For Steam, Water, Air, or Gas
MAXIMUM INLET PRESSURES
Screwed Ends — 250 pounds steam
Standard Flanged Ends — 125 pounds steam
Extra Heavy Flanged Ends — 250 pounds steam
No- 400
Spring Loaded
For 10 to 50 pounds
reduced pressL^rc
No, 410, Single Lc\'er
For vacuum to 20 pounds
reduced pressure
No. 411, Twin Levers
For 20 to 50 pounds
reduced pressure
List Prices
No, 431
Air Loaded Dome Type
For vacuum to 150 pounds
reduced pressure
No. 432
Pilot Controlled
Air Loaded
For to 150 pounds
reduced pressure
Size
Inches
Type of Rrids
No. 400
Spring
Loaded
Each
No. 410
Weight
& Lever
Each
No. 411
Twin Wts.
& Levers
Each
No. 431
Air
Dome
Each
No. 432
Air
Pilot
Each
%
Screwed
69.00
54.00
60.00
64.00
72.00
Vi
Screwed
69.00
54.00
60.00
64.00
72.00
3/4
Screwed
75.00
60.00
66.00
70.00
78.00
1
Screwed
81.00
66.00
72.00
76.00
84.00
IV4
Screwed
87.00
75.00
83.00
85.00
93.00
iy2
Screwed
93.00
81.00
89.00
91.00
99.00
2
Screwed
115.00
103.00
114.00
114.00
121.00
2
Standard Flanged
120.00
108.00
U9.00
119.00
126.00
2
Extra Heavy Flanged
125.00
113.00
124.00
124.00
131.00
List prices are lor complete \ai\cs with accessories as shown: including weights,
pressure gauge. 8 feet ol copper tubing, fittings, Schrader air vah'e. and pilot \alve
where such parts are required.
Ball-type reducing valves; These valves include
se\-era! impro\-ements which contribute to closer
regulation of reduced pressure, greater capacity,
tight closing, and durabilit\-. The ball is very hard
stainless steel and is free to seat perfectly. Grinding-
in is never required. The streamlined form of the
opening between the ball and seat and the large
body passages permit a great \-olume of flow. The
Monel metal seat is be\-eled at a sharp angle to fit
the ball tightly along a narrow line of contact. The
guides are integral with the seat.
The internal Pitot tube control in Nos. 410, 41 1, 43 1,
and 432 a\-oids the use of an external feeler pipe.
The Pitot tube is more satisfactory for most appli-
cations
Materials. These valves have a bronze bodv in
sizes 1 ] 2-inch and smaller ; the 2-inch size has a semi-
steel body All sizes have a Monel metal seat and
a stainless steel ball and stem, No. 400 has a semi-
steel bracket and diaphragm chamber. The other
valves have a wrought steel water leg, diaphragm
chamber, and air dome.
No. 400: In this valve, seven
interchangeable springs are avail-
able — each adapted to handle a
limited portion of the 10 to 50-
pound reduced pressure range. The
spring and diaphragm assembly
can be easily removed without
interrupting the flow through the
valve.
No. 410: This Weight and Lever
Type Reducing Valve is designed
for accurate regulation and large
capacity. It is recommended for
steam heatingservice, process work,
and other applications where re-
duced pressures from o to 20 pounds
are required. When so ordered,
the le\-er can be arranged for vacuum service. The
reduced pressure is adjusted by changing the weights
on the le\"er.
No. 411 : This \"alve is the same as No. 410 except
that it is equipped with two independent levers for
symmetrica distribution of loading on reduced
pressures from 20 to 50 pounds.
No. 431 : This is a perfected design of Dome Type,
Air Loaded, Reducing Valve. It can accommodate
reduced pressures from vacuum to 1 50 pounds by
merely changing the air pressure pumped into the
dome to equal the desired reduced pressure. The
accuracy and sensitivity of regulation is uniform
o\'er the entire range of adjustment.
No. 432 : This vahe is recommended for use where i
the reduced pressure must be changed frequently. -i
U hen connected to a source of compressed air at
sufficiently high pressure, the pilot valve is adjusted
to maintain a loading pressure on the diaphragm
equal to the desired reduced pressure. These valves
are convenient for remote control.
CRANE
413
Klipfel Pressure Reducing Valves
MAXIMUM INLET PRESSURES
Standard — Screwed Ends — 150 pounds steam
Standard — Flanged Ends — 125 pounds steam
Extra Heavy — Screwed or Flanged Ends — 250 pounds steam
No- 1, For Steam Only
Piston Type
10 to 150 pounds
reduced pressure
No, 3, For Steam.
Water, Air, or Gas
Vacuum and low
reduced pressures
List Prices, Each
No. 38, For Steam,
Water, Air, or Gas
Vacuum to medium
reduced pressures
Size
Inches
No. 1
No. 3 and No. 38
Screwed
Flanged
F- &D,
Stand-
ard
Extra
Heavy
Screwed
Flanged
F. &D,
Stand-
ard
Extra
Heavy
No, 68
Sc
rewe<
Flanged
F, &D.
Stand- 1 Extra
ard I Heavy
yg-Vz-^^ 45.00 45.00
1 50.00 50.00 1 81.00
IV4 55.00 55.00 87.00
IVz 60.00 60.00 93.00
2 70.00 75.00 80.00 70.00 75.00 80.00 110.00 115.00 120.00
2V2 85.00 90.00 95.00 85.00 90.00 95.00 125.00 130.00 135.00
3 100.00 105.00 110.00 100.00 105.00 ! 110.00 140.00 I 145.00 150.00
4 140.00 145.00 150.00 140.00 145.00 150.00 180,00 185.00 ; 190.00
5 170.00 175.00 185.00 170.00 175.00 185.00 210.00 215.00 ' 225.00
220.00 225.00 235.00 195.00 1 200.00 1 210.00 235.00 240.00 250.00
No. 68, For Steam,
Water, Air; or Gas
10 to 75 pounds
reduced pressure
Materials; These valves
have bronze bodies in sizes
1 }/2 a"d smaller; sizes
2" and larger have semi-
steel bodies. .All sizes are
bronze trimmed.
Expanded outlet valves:
These valves are made in
the following sizes: i x 2,
2 X 4, 2>^ X 5, 3 X 5, 3 X ti,
4 X 6, 4 X 8, 5x8, 5 X 10,
ti X 8, 6 X 10, and 6 x 12";
prices are furnished on
application.
I
No. 1 : No. I , for steam only, has a long water sealed
piston which is balanced between the reduced pres-
sure in the valve outlet and the weighted lever.
When the reduced pressure exceeds the value for
which the weights are adjusted, the inner valve is
pulled upward by the piston to close the valve. The
oil filled dashpot insures steady operation. The
desired reduced pressure should be specified so that
the right piston size and correct number of weights
can be furnished. The inner valve has a close sliding
fit in the seats, but is not perfectly tight closing.
No. 2: This is the expanded outlet form of No. i.
No. 3: These valves are suitable for handling any
ordinary fiuid which is not injurious to a rubber
diaphragm. They are widely used for low pressure
steam or vacuum heating. The double seated inner
valve is held in the open position by the weighted
lever until the reduced pressure, transmitted through
the feeler pipe, is sufficient to force the diaphragm
down and close the valve; it is practically tight when
closed. The large area of the diaphragm and the
absence of packing box friction promotes sensitive
and accurate regulation regardless of changes in
inlet pressure and required capacity. When used
for CO d fluids, these valves may be inverted.
No. 4: This is the expanded outlet form of No. 3.
No. 38 : These valves
fluids not injurious to
are suitable for ordinary
a rubber diaphragm, foi
reduced pressures up to 45 pounds. The diaphragm.
chamber is separated from the valve body for cooler
operation of the diaphragm on steam lines. A feeler
pipe from the reduced pressure pipe to the diaphragm,
chamber transmits pressure to operate the valve.
These valves may be used as steam pump go\'ernors
by connecting the feeler pipe from the pump dis-
charge to the diaphragm chamber. The double
seated inner valve is almost tight closing. These
valves will also operate in the in\-erted position.
No. 39: This is the expanded outlet form of No. 38.
No. 68 : These valves are used for handling ordinary
fluids at reduced pressures up to 75 pounds. The
diaphragm chamber is mounted on steel rods which
makes a strong construction and pro\'ides room for
a long spring of large diameter for better regulation.
The reduced pressure is increased by screwing down
the two spring adjusting nuts on the rods. Loading
the diaphragm by means of a spring, instead of a
weight and lever, permits the use of these valves
for higher reduced pressures. The inner valve is
double seated and practically tight closing. These
valves may be used in the inverted position, and as
steam pump governors.
No. 69: This is the expanded outlet form of No. 68.
!«l
Mi
nt
i
ir
'>||
\
. . •>.
r- -iS'*
'.7-^ie
414
CRANE
Cross Section
Mueller Water Pressure Regulators
IVhen orjering, specify catalog number, size, in-
let and outlet pressures, and service conditions.
Service recommendations : These regu-
lators, suitable for use on hot and cold
water, air, and liquid soap lines, are par-
ticularly adapted for residence, apartment
building, and industrial service.
Pressure range : Valves are regularly made
for initial pressures from 40 to 250 pounds
and for delivery pressures from X5 to 7$
pounds. Valves can be furnished to order
for any initial pressure up to 2^0 pounds
or for delivery pressures from ^ to 125
pounds (special springs are necessary). All valves are set
for 45 pounds delivery pressure unless otherwise ordered.
List Prices, Each, and Dimensions, in Inches
No. H 9000
Screwed
r \
Size
V4
%
V2 3/4
1
iy4
1V2
2 21/2
No, H 9000. Screwed
17.28
18.00
18.00 19.36
31.14
54.00
I 72.70
105.30 136.00
End to end, assembly
SVie
6%
7Vl6 815/16
91V16
12»Vi6
14V2
173/8 20
Center to top
IVie
2V4
2V4 31/2
3V8
31/2
4
413/16 53/8
Center to bottom
415/16
51/2
7 8
8
101/4
101 Vie
143/16 I6I/4
Construction: Regulators
are furnished with strain-
ers, completely assembled.
The regulating valve, made
entirelv of brass and bronze
(23^-inch size has an iron
body), has full seat opening and can supply a full a special composition, is not affected by hot water.
volumeof water at the reduced pressure. All parts are readily accessible. The removable
The special composition reinforced diaphragm will seat ring, disc, and diaphragm make repair possible
withstand a pressure of 800 pounds. The disc, also without removing the valve from the line.
Klipfel Tank Thermostats
i!
I
Single
Seated
Union
Ends
WORKING PRESSURES
3/8 and 1/2"
125 pounds steam
Nbs. 448
3/4"
100 pounds steam
and 449
1"
75 pounds steam
IV4"
50 pounds steam
Nos. 648
VatoUA"
150 pounds steam
and 649
2 to 5"
125 pounds steam
Double
Seated
Union
or
Flanged
Ends
No. 448, Lever Type
I
I
No. 449, Spring Type
Service recommendations: Nos. 448 and 44Q Single
Seated Thermostats prevent leakage of steam and overrun
of water temperature. Nos. 648 and 64q Double Seated
Thermostats are suitable for general applications.
The lever type thermostat provides close regulation and
quick temperature adjustment. The spring loaded type is
compact and can be installed in any position; the ball-
bearing spring nut is adjustable by hand.
Temperature range : These thermostats are adjustable
through a 40° F. range. Any range from 50° F. — qo° F. to
210° F. — 250° F. can be furnished. The standard range
for hot water service is 140° F. to 180° F.
Materials: Bodies ii/2"J'^ch and smaller are bronze with
union ends; larger sizes are semi-steel, flanged, with end
flanges conforming to the American Cast Iron Flange
Standard, Class 115 (Bi6a-iQ3q). Trimmings are Monel
or stainless steel on the Nos. 448 and 449, and bronze on
the Nos. 648 and 049.
Prices include bulb and 8 feet Hexihle ar- Dimensions
tnored tubing; extra tubing, 80 cents per foot. on request
List Prices. Each
No. 648, Lever Type
No. 649, Spring Type
Size
No. 448 or N(
Inches
% V2 3/4 1 1 y4 1 Vz 2 21/2 3 3 Vz 4 5
3. 449, Union Ends
120.00 120.00 125.00 137.00 150.00 |
No. 648
Union ends
110.00 115.00 125.00 135.00 145.00 |
or No. 649
Flanged, F. & D.
1 160.00 [ 170.00 ; 180.00 ! 200.00 220.00 [300.00
II
^ 1
t -'
CRANE
415
Inverted Open Float Steam Traps
General Description
Oane In\'erted Open Float Steam Traps provide a
simple, efficient, and economical method for remo\-
ing condensate from steam piping, separators, and all
tvpes of steam heated equipment. These traps are
small, compact, and free from complex mechanisms;
they have high discharging capacities
Materials and construction : The materials used
in these traps ha\"e been carefully selected for
strength, durability, and resistance to
corrosion. The bodies and caps of
150 and 200-Pound Traps are cast
iron; for 300-Pound Traps, the\' are of
Ferrosteel; and for 600-Pound Traps,
they are of cast steel.
For the seats, discs, and hinge pins,
Exellov is used, as this chromium-iron
alloy has excellent resistance to wear,
erosion, and corrosion. The floats,
levers, and le\'er supports are made
iVom brass or copper, depending on
the particular trap.
Throughout the entire design of these steam traps,
simplicity is evident. They have but one mo\'ing
part, the float, which actuates the disc through a
simple le^■er. The body has an internal inlet nozzle
which retains the water seal and precludes the
possibility of l!\-e steam passing through the trap;
the action of the float is stabilized.
In all traps, the cap joint is of the bolted type;
J-iG-inch raised face for 32-inch traps; male and
Prices, ran.^e of sizes, pressures page 416
Typical Cross Section
Inverced Float Steann Trap
female in all other cast iron and ferrosteel traps; and
ring type joint in all cast steel traps. The arrange-
ment of bolts permits assembly in onEy one position,
at which the "Outlet" mark on the cap is immedi-
ately over that opening on the side of the trap.
Capacity: The capacity of any trap depends upon
the effective pressure and the orifice size. By effec-
ti\'e pressure is meant the difference bet\\een the
• inlet pressure and that in the dis-
charge. Outlet pressure should in-
clude the pressure due to any head of
water which ma>" be present.
The only force available to open the
\'a!ve against the effecti\e pressure
in the trap is the weight of the float
multiplied by the le\"er arm attached
to the \ai\e, and this is a fixed
quantity for any one trap. As the
effecti\'e pressure is increased, the
orifice area must be decreased. If the
area is too large, the \ aKe w ill fail to
function. If the area is too small, the
trap will function properly, but its capacity will be
reduced.
Each trap is furnished with one of se\eral sizes ol
seat orifices. Since both the capacity' of the trap and
the maximum effective pressure at which it can be
used depend upon the size o\' the seat orifice, care
should be exercised when ordering to see that both
pressure and capacity are considered. Orders must
specif\- either the size of the orifice desired or the
Seat Number. See capacity table on page 417.
Capacities and Selection Table page 417
Outler
Air
Bubbles
Vent Hole
Operation
Outlet
These traps are actuated solely by the
rise and fall of the float resting on the
accumulated condensate. The float is
buoyant when filled with incoming
steam, and the discharge valve is closed.
„„^, When incoming condensate floods the
1 rap Closed ^^ fioat, it sinks, thereby opening the valve
Incoming steam under the float buoys and permitting the condensate to be
it up, keeping the outlet closed. discharged by the
Air or other non-condensable gas vents through a
small hole in the top of the float and collects in the
Water
Discharging
fesT
Inlet
^
Trap Open i^^"^
Incoming condensate fills the float,
sinks it, and opens the outlet.
upper part of the trap. At each operation, this air
or gas is discharged first. The entire cycle of
effective pressure.
operation is practically instantaneous. If the con-
densate accumulates at a rate equal to the trap
capacity, continuous discharge may occur: for these
conditions a larger capacity trap is desirable. .
Method of Installing
(fpjij \.-\-\%^
The arrangement of piping and valves for a typical trap installation
is shown in the accompanying illustration. A Crane Sediment Sepa-
rator installed in the inlet line will prevent scale, sediment, and
foreign matter from entering the trap and interfering with the proper
operation. The blow-off valve permits periodic cleaning of the sepa-
rator and the condensate line.
Iron Sediment Separators . . . pages 422 and 423
Steei Sediment Separators , . , page 423
Globe Valve
Angle Valve
Inlet
nt Separator
^ M'
r,
1
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i-(
; \
\ 1^
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i
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m
ri
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416
CRANE
Inverted Open Float Steam Traps
^Patented)
RANGE OF WORKING PRESSURES — 1 to 600 pounds saturated steam
Cross Section
150-Pound Steam Trap
Cross Section
200 and 300-Pound
Steam Traps
Cross Section
600-Pound Steam Trap
No. 983 D, Steam Trap
600-Pound
No. 981, Steam Trap
150-Pound
*Important
Each Trap is furnished with one of a wide variety of seat orifices.
Orders must specify the orifice size or ''Seat Number" to obtain the correct Trap for
the desired pressure and capacity; see the Selection Table on the opposite page.
Pressures and tests: Crane
Steam Traps are stamped on
the cover with a maximum
Effective Fressure to indicate
tiie suitability of the seat
orifice. Hence, a ^^4-inch No.
qSi Trap with a No. 25 Seat
is stamped i ^o.
They are all tested for seat
and shell tightness, and for
operation.
For general description,
installation, and operation of
Crane Steam Traps, see page 415.
Selection Table and Capacities
are given on the following page.
List Prices and Dimensions
Working
Pressure
Size
Inches
Catalog
Number
List Price
Each
*Seat
Numbers
Height Diameter
Inches Inches
150-Pound
Cast Iron
V2
No. 981
6.50
10-11-12-13-14-15-16
43/4
5%
V2
No. 98IV2 10.00
20-21-22-23-24-25-26
7%
7V2
200-Pound
3/4 No. 981 10.00
20-21-22-23-24-25-26
7%
7Vz
Cast Iron
3/4 No. 981 A
16.00
31-32-33-34-36-37-38
llVa
8V2
1
No. 981
24.00
30-31-32-33-34-35-36
121/2
9%
300-Poi ind
Ferrosteel
3/4
No. 982
18.00
10-11-12-13
93/4
83/«
1 No. 982 31.00
22-23-24
121/4
9%
IV4 No. 982 31.00 22-23-24
121/4
^%
600-Poi ind
Cast Steel
34 No. 983 D 37.00 10-11-12-13-14
9Vs
8%
1 No. 983 D 60.00
22-23-24-25
121/4
97/8
IV4 ^o. 9?3 D 60.00 22-23-24-25 I2V4 9%
H" No. 983 D Traps can be bushed from ^" size on order; prices on application.
Cast Iron Automatic Air Vent Valves
Cross Section
No. 984
Ball Float Type
RANGE OF
WORKING PRESSURES
1 to 150 pounds water
The maximum effective pres-
sure is stamped on the cover.
\ ents are tested for tightness
and for operation.
Exelloy Seat and Disc
Non-Corrosive Ball Float
Brass Lever and Fulcrum.
List Prices and Dimensions
Size
Inches
List Price
Each
Seat*
Number
Height
Inches
Diameter
Inches
1/2
8.00
12-14
61/2
5%
34 16 . 50
24-26
7%
71/2
*Orders must specify a Seat Number. For capacities and
orifice sizes, see the Capacity Table on opposite page.
The Crane No. 984 Air Vent Valve is a simple and
economical device for removing air from water or oil
piping and pressure vessels, where working pressures
do not exceed 150 pounds. When installed in an
inverted position, they are ideal for removing water
or oil from compressed air systems. They are not
suitable for use in steam services.
Air Vent Valves must be located at the highest point
in the system where air will collect. The accumula-
tion of air displaces the water in the body causing
the fioat to drop and open the valve. As the air is
discharged and the water re-enters the body, the
float rises and closes the valve to prevent the escape
of the water.
When inverted to drain air lines the operation is
automatically reversed; they must be located at the
lowest point of the system for such service.
Air capacities . . . .page 417
Drain capacities are furnished on application.
y%
CRANE
417
Capacities of Inverted Open Float Steam Traps
Selection Table for Inverted Float Steam Traps
Working Pressure Size Trap No. Effective Pressures, Orifice Sizes, and Seat Numbers
1 to 150 pounds
Cast Iron Trap
Range of Effective Seat Pressures 1-5 5-15 10-30 25 - 50 ! 40 - 75 60-125 75-150
Vz"
No. 981
Size of Orifice ^A^ ^Az Vg V32 V64 Vic .059
Seat Number 10 11 12 13 14 15 16
Range of Effective Seat Pressures 1-5 5-15 10-30 25-50
40-100 75-150 125-200
¥4"
No. 9811/2
No. 981
Size of Orifice u/32 5/^^ 14 3/^^ s/32 i/g 3/33
1 to 200 pounds
Cast Iron Traps
Seat Number 20 21 22 23
24 25 26
W
No. 981 A
Size of Orifice % V2 % Vie
V32 V16 V32
Seat Number 31 32 33 34
36 37 38
V
No. 981
Size of Orifice ii/ie % V2 Vs
V16 V4 V32
Seat Number 30 | 31 32 33 34 35 36
Range of Effective Seat Pressures 50 - 100 7S- 150 125 - 250 225 - 300
50 to 300 pounds
Ferrosteel Traps
Va"
No. 982
Size of Orifice Vig V32 Vs V32
1 he b freer Eve Prrssure
is the net difference be-
tween the inlet and the
Scat Number 10 11 12 13
1"
Wa
No. 982
Size of Orifice V4 V16 Vie V32
outlet pressures.
Seat Number 22 23 23 24
4
Range of Effective Seat Pressures 50 - 100 75 - 150 125 - 250 225 - 400 375 - 600 pen unnce
SO to 600 pounds
Cast Steel Traps
74
No. 983 D
Size of Orifice 3/,^ s/^^ i/^ 3/3^
5/ one i^ lutrriLi-
/64 hf'ri h<yr i 'Snt
Seat Number 10 11 12 13
1* Number" for
1"
IVa
No. 983 D
Size of Orifice V4 Vie Vie V32
Vg the pressure
Seat Number 22 23 23 24
25 range.
Capacity in Pounds of Water Per Hour Continuous Discharge
Based on Effective Pressure and Size of Orifice
Effective
Pressure
Size of Orifice^ Inches
059 V,6
V64
^32 VS
V:
32
Vi
V32
v*
Vi
16
"/32
%
Vi
V*
8
"/l
16
1
2
5
40
58
93
44
61
98
70
100
158
103
145
230
180
255
410
280
400
635
405
575
915
550
790
1250
720
1040
1630
1120
1610
2560
1365
1935
3050
1620
2300
3650
2860
4100
6500
4500
6400
10400
5450
7750
12300
10
15
20
128
158
179
140
165
190
221
272
310
318
391
445
580
690
790
880
1080
1210
1300
1600
1825
1730
2130
2400
2300
2810
3100
3500
4300
5000
5150
6360
7130
9200
11300
12500
14000
17500
25
30
40
50
193
219
250
275
210
235
265
295
335
380
400
490
475
540
610
680
845
960
1090
1230
1300
1480
1720
1920
1960
2230
2450
2700
2600
2950
3380
3750
3350
3800
4340
4825
5380
61 DO
6940
7750
7900
8600
9800
10900
13400
15300
60
75
90
100
295
330
360
380
310
350
385
405
530
600
650
690
725
815
890
950
1300
1470
1600
1700
2050
2250
2450
2650
2900
3270
3570
3750
4040
4550
4950
5200
5275
5975
6500
6850
8250
9060
9800
10450
125
420
450
750
1030
1850
2850
4000
5750
7370
150
460
783
1120
2050
3120
4500
6250
8000
175
835
1200
2340
3340
4770
6500
200
890
1300
2280
3540
5100
7000
225
250
275
300
935
980
1000
1060
1340
1420
1470
1500
2360
2500
2620
2725
3750
3940
4050
4250
5300
5650
325
350
375
400
1100
1140
1170
1200
1550
1600
1650
1700
2840
2930
3000
3090
4320
4500
4650
4800
450
500
550
600
1250
3160
1300
f
3350
1350
3450
1400
3600
For Effective Pressures not shown, use the next lower press
Steam Traps are selected on the
basis of Capacity at the Effective
Pressure. The Trap chosen must
satisfy the capacity demand
within the pressure range of one
of its recommended orifice sizes.
For these ranges, see Selection
Table abo\'e.
Example: At an Effective Pressure of 125" pounds
(130 pounds inlet and 5 pounds outlet) a Trap is
required to handle a peak load of 3500 pounds of
water per hour. From this Capacity table, the
nearest higher capacity at 1 25 pounds pressure is 4000
Ibs./hr. with a ffg-inch orifice. In the Selection Table
above, this orifice size is found under 75-1 jo pound
pressure range. To order this Trap, specify a
3^-inch No. q8i A with No. 37 Seat.
ure. Always select a Trap for a higher capacity than needed*
Capacities of Ball Float Air Vents
Cubic Feet of Free Air per Minute — Based on Vent Size, Orifice Size, and Effective Pressure
Size of
Orifice
Size
Seat
Number
Maximum Effective Pressures
Vent
1 2 5 10 15 20 25 30 40 50 75 100 125 150
Vz'
i/a i 12 .76 1.48 1 3.80 5.36 6.56 7.68 8.80 10.32 | | |
5^4 14 .30 .43 1.47 2.10 2.56 3.00 3.44 4.00 4.90 5.60 7.79 9.80 11.90 14.30
%'
V32
24 1.20 2.40 16.05 8.48 10.40 12.10 13.90 16.40
3/32 26 .44 .88 2.16 3.04 3.72 4.36 5.00 5.88 7-12 8.16 11.32 14.52 17.68 20.84
^11
^Hl
lilH
^ III
m
■'i|.|fj|'!i .'
i
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'I
418
CRANE
Cranetilt Non-Return Steam Traps
250 pounds steam working pressure
I
ii J
' I
'm''%
i
I
■ii
I
I
List Prices and Dimensions
Catalog
Number
List
Price
Each
Size of Pipe
Connections
Inlet
Inches
Discharge
Inches
Extreme
Length
Inches
Extreme
Width
Inches
Extreme
Height
Inches
32
69.00
1
V2
25
15
25
33
94.00
IV4
V4
28
I8V2
28
34
125.00
114
1
' 33V2
20^4
31
3o
181.00
2 i
iy4
36
23
34
Service recommendations : Cranetilt Non-Return
Traps may be used for draining condensation from
ail pipe lines and apparatus operating under steam
pressure, such as separators, cooking kettles, stills,
drip pockets, pipe coils, heating systems, etc. They
cannot be used to discharge condensation and
make-up water into a boiler.
Economy and efficiency: The Cranetilt Non- and \\'iredra\\ing is reduced to a minimum. Metals
ps
Return Trap is the most economical, simple, and
practical de\"ice that can be used for automatically
disposing of large quantities of condensation col-
lected from steam under pressure. Its construction
is strong and durable. Varying pressures have no
effect upon its operation, which is always smooth
and quiet. It \\ ill npt air bind. In the larger sizes
and for the higher ettecti\-e pressures it has a large
capacity, many time^ greater than bucket or float
traps of equal pipe size. Small or large quantities
of water are handled with equal efficiency.
Durability : The discharge \"aK"e is of the pilot type.
Only the pilot \"al\'e is operated directly by the move-
ment of the trap tank; the main valve is actuated,
upon operation of the pilot \'al\"e. by the pressure in
the tank. Consequently, the action of the main
val\"e is xery snappy both in opening and closing.
for both pilot and main valve are carefully selected
for strength, hardness, and resistance to wear and
to the cutting effects of steam and water.
Simplicity: Cranetilt Xbn-Return Traps are
characterized by simplicity. Neither floats nor
buckets are employed. All operating parts are on
the outside where they are readily accessible for
mspection, cleaning, adjustment, and repair, when
necessary. The action of the trap is \-isible; a glance
shows whether it is operating. Its operation is
automatic.
Testing: Before shipment, each trap is carefully
tested under actual operating conditions for tightness
of \-alves and stuffing boxes, location of weights, and
general adjustment and operation. A comprehensi\e
instruction book, covering installation, operation,
and maintenance is furnished with each trap.
Capacities
The capacity of an\" non-return trap depends upon
the effecti\*e pressure at the trap, which is the differ-
ence between the pressures in the inlet line and in
the discharge line at the trap. Pressure in the dis-
charge line is due to back pressure in the return line
into which the trap discharges and to the head of
water which accumulates in the \"ertical discharge
piping. In making allowance for such head water,
figure that two feet of head is equivalent to one
pound of pressure.
Cranetilt Non-Return Traps are rated on the basis
of their capacity for continuous discharge to the
atmosphere: the\- should be purchased on this basis.
To determine the proper sire, refer to the table
below. Find the effective pressure in the first
horizontal column and follow the vertical column
down to the quantity of water to be handled per
hour. .At the left hand end of the horizontal line
corresponding to this quantity will be found the
catalog number of the proper size of trap.
Crane Inverted Open Float Steam Traps, shown on
pages 415 to 417, have larger capacities than the
following Cranetilt Non-Return Traps:
No. 32, on effective pressures of 100 pounds or les.s
No. 33. on effective pressures of 30 pounds or less
No. 34, on effective pressures of 15 pounds or less
In all other instances, the Cranetilt Traps have
larger capacities than the In\-erted Open Float.
Capacity in Pounds of Water per Hour
Catalog
Number
Effective Pressure at Trap in Pounds per Square Inch
10
15
20
25
30
40
50
60
7^
100
125
150
175 200 ! 250
32
2O50 2740 3450 3730 4200 4600 5450 1 6080 64501 7250 8350 9200 10000 10600 11350 '12600
66_
34
4d90' 6170 7750 8360 8900 10700 12250 13650 14400 116300 18700 1 20700 | 22400 ' 23800 i 25400 | 28100
I 82O0 11000 13700 14800 16850 19200 21900 24400,25800 29200 33500 37000 ! 40000 42500 1 45500 1 50400
35 ; 12750 17100 21450 | 23200 , 26200 | 29800 34000,37800 40000 ' 45200 51900:57400 62200 i 66000 70700 78000
L .
CRANE
419
%.^'
Cranetilt Three- Valve Lifting Traps
i
No. 104 and No. 105 Cranetilc ThreeA'alve Lifting Traps are
equipped with dashpots to cushion the mo\-ement of the tank.
Service recommendations: Cranetilt Three-\'aKe
Lifting Traps are designed for draining condensation
from low pressure, vacuum, or varying pressure
apparatus. They are particularly suited for dis-
charging against a pressure higher than that in the
inlet line to the trap. For brewing kettles, vacuum
Dans, evaporators, paper machines, jacketed cooking
cetties. heating systems, stills, dr>- kilns, etc., they
render excellent ser\ice.
Capacities : These traps depend upon the actuating
steam pressure, the back pressure against the \'ent
discharge, and the head pressure against the trap
discharge. Capacities are furnished' on application
when inquiries include these three factors.
Economy and efficiency: For draining low pres-
sure apparatus into higher pressure lines, these traps
function more economically than an\- other device.
They will not steam-bind or air-bind, and they are
unaffected by the pressure or temperature of incom-
ing condensate. Heat losses are limited to onlv those
resulting from radiation, and in properb"^ piped
systems even the operating steam is reclairned.
Durability: The steam. \ent, and discharge vabes
of these traps are all o( the pilot operated type, in
which the movement of the trap tank merely oper-
ates small pilot valves within the main \aU-e5. The
main valves are actuated by pressure and conse-
quently have a very snappy action in opening and
closing. As a result, rapid wear of the seating sur-
faces is entirely eliminated.
Simplicity : The Cranetilt Three- Valve Liftin^r
Ti '^
rap has no interior valves, floats, buckets. Ie\-ers. or
other working parts to give trouble. Its valves are
all on the outside, where they are easily accessible
for inspection and adjustment. The action of the
trap is visible ; a glance shows whether it is operating.
its operation is entirely automatic.
Testing: Each trap is carefully tested before ship-
ment to insure that it is in perfect working order and
fully up to its rated capacity. A comprehensive in-
struction book covering installation, operation, and
maintenance is furnished with each trap.
250 pounds steam working pressure
List Prices and Dimensions
tti
list
Price
bach
Size of Pipe Connections Overall Dimensions
Trap
No.
Water
Inlet and
Discharge
Inches
Steam
Inches
Vent
Inches
Length
Inches
Width
Inches
Height
Inches
100 113.00 34
V2 V2 251/2
18 26
101 138.00 1
V2 3/4
29 211/4
29
102 181.00 IV4
% 1 341/2 241/2 35
103 250.00 IV2
1 1V4 371/2 273/8 37
104 375.00
2 1 11/4 42 V2 31 1/2 43
105 1530.00 21/2
IV4 IV2 ' 51 361/2 52
on
denser
* Vacuum Pan.
■i///////////y.
Condensation
trom
Coils and
Jacket
Check Valve
Recei
Water Level
Live Steam
to Trap
Gate Valve
Check Valve
Air Vent
iver
To Sewer
Condensation
to Trap
Gate Valve
Cranetilt
Three Valve
Lifting
Trap
Gate Valves
A complete piping system for a milk evaporator
illustrating the use of a Cranetilt Three- Valve
Lifting Trap and a receiver to handle the
condensation from the steam coils nnd jacket*
I
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I ^r.
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I i
il
^ Mi
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II
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I
420
CRANE
Steam and Oil Separators
Horizontal
No. 07, Standard
No. Oil, 250-Pound
WORKING PRESSURES
Standard — 125 pounds steam
250-Pound — 250 pounds steam
SERVICE RECOMMENDATIONS
Horizontal Separators are recommended for use
in live steam ines to remo\'e condensation from
the steam before it is used in steam-heated
apparatus, such as cooking kettles, evaporators,
heating systems, etc. They can also be used as
oil separators.
Vertical Separators are used to remove condensa-
tion from A'ertical lines with downward flow, such
as steam lines to turbines, pumps, etc.
List prices of Horizontal and Vertical Separators
include a drain valve with nipple and a water gauge.
Vertical
With Top Inlet
No. 09, Standard
No. 013, 250-Pound
List Prices, Each
K3
Size
Inches
IV2 1 2 21/2 3 31/2 4 5
6
8 10 12
Horizontal
No.
07, Standard
24.00'28.00 34.00 42.00 50.00 58.00 76.00
98.00
134.00 170.00 200.00
Flanged, F. & D.
No.
Oil, 250-Pound
26.50131.00 37.50 46.00155.00 64.00 84.00
108.00
147.00 187.00 220.00
Vertical
No.
09, Standard
24.00 28.00 34.00 42.00 50.00:58.00 76.00
98.00
134.00
Flanged, F. & D.
No.
013, 250-Pound
26.50 31.00 37. 50'46. 00155. 00 64.00 84.00
108 . 00
147.00
Construction and materials: These separators
afford an efficient, economical means of removing
free oil and condensate. Their large areas, the ample
size and proper shape of their baffle surfaces, and the
location of their openings, assure the highest degree
of efficiency with the lowest possible pressure drop.
Standard Separators are made of cast iron. 250-
Pound Separators are made of Ferrosteel, the No.
01 1 having a cast iron drip pocket.
Flange dimensions: End flanges of the Standard
Separators conform to the American Cast Iron
Flange Standard, Class 125 (Bi6a-iQ3q). End
flanges of the 250-Pound Separators conform to the
250-Pound American Cast Iron Flange Standard
{Bi0b-iQ2S).
Drilling: Ail separators are furnished faced and
drilled (F. ^ D.) unless ordered faced only. List
prices include facing and drilling to the particular
standard applying, as listed above. No deduction is
made for separators ordered faced only.
Importance of proper size: To secure maximum
efficiency, separators should be selected on the basis
of the amount of steam to be handled, not on existing
pipe sizes. Too small a separator means too high a
velocity, with a resultant poor separation. To secure
a proper size separator, use the following formula:
Ax Bx 2.4
C =
V
in which C = Area of inlet in square inches
A = Pounds of steam per hour
B = Volume in cubic feet per pound of
steam at given pressure
V = Velocity in feet per minute (7000 max.)
Welded Steel Steam Receiver Separators
Crane Co. can supply Steel Steam Receiver Sep-
arators of the welded type. Of high quality, and.
carefully and accurately fabricated, they conform
to the A.S.M.E. Boiler Construction Code for
Unfired Pressure Vessels.
Inquiries and orders for receiver separators must
be accompanied by complete specifications, in-
cluding drawings showing the size and location
of all openings. Prices on application.
Dimensions, in Inches
Size of Separator
1V2
2
21/2
3
3V2
4
5
6
8
10
12
Face to face
10
10
11
12
14
14
16
17
20
23
26
Horizontal
Center to top
4
434
SV2
9V2
11
111/4
123/4
15
18
22
261/2
Center to bottom
17
17
181/2
201/8
221/2
231/4
261/8
283/4
341/2
403/8
45
Greatest width
6%
73/4
83/4
91/2
llVs
12
141/4
16V2
21
25
29
Vertical
Face to face
27
27
27
29
31
31
33
38
41
Greatest diameter
11
103/4
10%
12%
14
14
isys
173/8
20
Size of drain, Horizontal or Vertical
V2
V2
V4
1
1
1
1V4
IV4
iVi
iVz
IV2
General description . . . ^pG.ge 421
Templates for drilling . . . .pages 551 and 552
CRANE
421
Steam and Oil Separators
For list prices, see the preceding page.
PRINCIPLE OF DESIGN
The design of Crane Steam and Oil Sepa-
rators is based upon a scientific principle
involving the tendency of a non-elastic
body to move in a straight line. Water
and oil entrained in flowing steam are non-
elastic; therefore, if the direction of the
steam flow is abruptly changed, these
fluids will tend to be precipitated out of
the current. If the velocity of the flowing
steam is greatly decreased at the same
time, the precipitation of the fluids will be
increased and there will be no tendency to
pick them up again as the dry steam
Side Section End Section
Horizontal Separators passes the baffle plates.
A necessity in steam-consuming plants: In
handling steam, it is essential the steam be delivered
at its point of usage as moisture-free as possible.
In live steam lines, condensation is always a source
of loss, whether the steam is to be used to drive an
engine, turbine, or pump, or whether the steam is to
be used as a heating medium.
In exhaust steam lines, oil from the engines or pumps
renders the steam unfit for further use as a heating.
medium or for direct return to the boilers. Oil in
pipes, radiators, etc., checks free radiation of heat.
Oil in boilers combines with water impurities, and
if present in any appreciable quantity forms a chick
insulating coating over the heating surface.
Crane Steam and Oil Separators remo\'e such con-
densation and oil efficiently and economically.
Horizontal separators: The bodies of horizontal
separators provide a greatly enlarged cross section
resulting in a lower velocity of the entering steam.
Midway of this enlarged section, a corrugated baffle
Side Section End Section
Vertical Separators
plate, interposed in the flow, frees the steam of
most of its entrained moisture. The steam rises
over the top of the baffle, and deflected by the
curved walls of the head, strikes the corrugations
of the re\-erse side of the baffle before passing on.
The corrugations of the baffle plate run at an angle
to the current of steam, affording ready drainage
as well as effectisely preventing the steam from
picking up and carrying globules of water or oil
o\-er the top of the baffle. The normal flow of steam
is away from the accumulation of condensate in the
separator, which also aids in separation.
Vertical separators: Vertical separators employ
the same principles of design as the horizontal type,
but due to the change in form, there are certain
necessary changes in structural details, which do not
alter their effecti\eness.
Automatic drainage: To secure maximum effi-
ciency, ail separators must be properly drained. This
drainage should be automatic and only the best of
steam traps should be used; see pages 415 to 4iq.
f"
Cast Iron Drip Pockets
WORKING PRESSURES
Standard — 125 pounds steam
Drip Pockets are tapped for
water gauges. Drip Pockets for
250 pounds steam, 500° F., are
made to order of Ferrosteel at
a 25% advance in price.
Service r ecommenda tions :
Drip pockets are used primarily as condensation col-
lectors, but also aid in keeping the pipe line clean
by receiving foreign matter. They should be located
where condensation is most likely to collect.
No. 420, Standard
No. 422 E, 250-Pound
250-Pound — 250 pounds steam
Size; Full size drip pockets, corresponding to the
size of the line on which they are applied, should
always be used except on lines larger than iz-inch.
The 12-inch size, used with a reducing fitting, is
large enough for steam lines from [2 to 24-inch.
Flange dimensions : Flanges on Standard Drip
Pockets conform to the American Cast Iron Flange
Standard, Class 125 (Br6a-iQ3Q). Flanges on 250-
Pound Drip Pockets conform to the American 250-
Pound Cast Iron Flange Standard (B\bb-iqiS).
Size of drain
Prices include facing
List Prices, Each, and Dimensions, in Inches anddrilling(F.&;Dj
to the Standard ap-
plying.
No deduction is
made if drip pockets
are ordered faced
only.
Size Inches 2V2 3 3V2 4 S 6 i 8 ! 10 12
Flanged,
No. 420, Standard 20.00 22.00 24.00 26.00 30.00'37.00 55.00 80.00,120.00
F. &D.
No. 422 E, 250-Pound 20.00 22.00 24.00 26.00 30.00 37.00 55.00 80.00 120.00
Overall height 13 14 16 16 18 \ 20 , 24y4 1 28 32
3/4
1
1
1 I 1V4 I 11/4 I 1V4 ! iVz ! 1V2
1
'. i
III!
Templates for drilling . , . .pages SSI and 552
»'■ .
i
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It
■fi 1!
I I
I
I
I
422
CRANE
Iron Body Sediment Separators
Standard
125 pounds steam ; 200 pounds cold water, oil, or gas woddng pressure
List Prices and Dimensions
Size Inches V2 % 1 1 V4 1 Vi 2 21/2 3
No. 986, Black Each 3.20 4.00 5.20 6.40 8.80 13.60 19.00 25.00
No. 986, Galvanized Each 4.00 5.00 6.50 8.00 11.00 17.00 23.00 31.00
End to end Inches 3V^ 3^* Wi 5 51/2 624 8 Wz
Center to top Inches 1% ly^ 2% 3V4 3^^ 5 7 8
Center to bottom Inches 23/8 23^ 33/8 4 41/2 51/2 7 SV2
Size of drain Inches V2 V2 Va Vi ^ 1 IVi , W4
F
Cross Section
No. 986
Service recommendation: Dirt and pipe scale in
piping conxxying steam, water, air, oil, and other fluids
areserioustrouble makers, frequentlycutting the seats
and discs of valves and interfering with the operation
of automatic devices and machines. Crane Sediment
Separators will effectively remove all foreign matter
passing through the lines in which they are installed.
They not only prevent the passage of such matter but
furnish a pocket for its accumulation, from which the
matter can be easily blown.
Construction: No. q86 Separators have cast iron
bodies and brass screwed caps, in sizes i J'-^-inch and
smaller; 2-inch and larger have bolted iron caps. The
strainer element is a brass screen rolled into the form
of a frustrum of a cone, one end of which seats in the
cap and the other on a machined surface in the bridge
No. 986
Screwed
wall of the body. The area through the screen is much
greater than the area of the pipe size; the screen pro-
vides an unrestricted flow to the line fluid even when
some of its holes are clogged with foreign matter.
Screens: Unless otherwise ordered, these separators
are furnished with screens having perforations .057-
inch in diameter (135 holes per square inch) and are
then suitable for steam, water, and medium or heavy
oils. For air, gas, gasoline, volatile oils, and fuel oils,
screens having perforations .033-inch in diameter
(331 holes per square inch) will be furnished. When
finer perforations are desired, we can furnish .07.-inch
diameter perforated screens from stock (q^z holes per
square inch), although screens having any other
diameter perforations also can be furnished on
special order.
Cross Section
No. 989
250-Pound
250 pounds steam; 400 pounds cold water, oil, or gas working pressure
Features: Crane 250-Pound Sediment Separators, like the
Standard, embody the four essential principles of a good separator:
arrestment of foreign matter, a pocket for its accumulation, large
screen area, and a \'ertical screen, allowing a large percentage of the
hea\'y particles to drop naturally to the pocket. The strainer
element is a flat brass screen supported between the body and cap
by a malleable iron grate.
List Prices and Dimensions
No. 988, Screwed
No. 989, Fianged
Size nches Vi I V4 1 IV4 IV2 2 21/2 3 31/2 4 5 b 8
No. 988, Screwed Each 4.00 5.00 6.50 8.00 11. OO 17.00 21.00 28.00
No. 989, Flanged, F. & D. Each | | 33.00 43.00 65.00 80.00 125.00 165.00 230.00
End to end, screwed Inches 3 : 1/2 :-y2 3^ 4 4V2 53/8 6 |
Face to face, flanged Inches 91/4 10 | 11 121/4 143^ 171/4 22
Center to top Inches V/s 2% 3 31/2 3% 43/4 52/4 6V2I7V2 S% 10 IP/^ 151/4
Center to bottom Inches 3% 4 4 45/8 SVi 61/2 8 91/4 ! 1072 11^4 141/4 17 21%
Size of drain Inches V2 V4 3/^ 1 1 1 ly^ xi/4 II/4 UA IV2 IV? 2
Screens : Unless otherwise ordered, these separators
are furnished with screens having perforations .057-
inch in diameter (135 holes per square inch) and are
then suitable for steam. v\"ater, and medium or heavy
oils. For air, gas, gasoline, volatile oils, and fuel oils,
screens ha\'ing perforations .033-inch in diameter
(331 holes per square inch) will be furnished. When
finer perforations are desired, we can furnish .o2-inch
diameter perforated screens from stock (952 holes per
square inch), although screens having any other
diameter perforations also can be furnished on special
order.
Materials: Sizes 5-inch and larger are made of
Ferrosteel and can be used on 250 pounds super-
heated steam working pressures where the total tem-
perature does not exceed 500° Fahrenheit. Sizes
4-inch and smaller are made of cast iron and should
be used only for saturated steam service.
Flange dimensions: The end flange dimensions
con form to the American 2 50-Pound Cast 1 ron
Flange Standard, No. E>ibb-iqi&. Flanges have a
J/fg-inch raised face. See page 552 for templates.
Drilling: Flanged sediment separators are fur-
nished faced and drilled (F. ^ D.) unless ordered
faced only. List prices include facing and drilling to
the American 250-Pound Cast Iron Range Standard.
When ordered faced only, they will be_ furnished at
the same price as for faced and drilled.
1
CRANE
423
Y-Pattern Sediment Separators
Cross Section
Iron Body, Screwed
•No. 988V2' Standard
*No. 99OV2, 250-Pound
WORKING PRESSURES
Sediment
Separator
Steam
Cold water,
oil, or gas
Iron
Standard
125 pounds 200 pounds
Body
2S0-Pound 2S0 pounds 500 pounds
Cast
Steel
Rated for 600 pounds steam, 950^ F.
Other ratings same as 600-Pound Screwed
Gate Va ves, page 301,
Iron Body, Flanged
No. 989V2, Standard
No. 99IV2, 250-Pound
*Nos. Q88^'2 and 990^ -j Sediment Separators
1 ^2-irich and smaller have screwed caps, as
illustrated; larger sizes have flanged caps.
60D-Pound
Cast Steel
No- 994 D
Screwed
List Prices and Dimensions
Size
Inches
Iron Body and Cast Steel
Screwed
List Prices
Each
Dimensions
in Inches
Iron Body
No,
9881/2
Stand-
No,
99OV2
250-
ard Pound
Cast
Steel
No,
994 D
End
to
end
Center
to extreme
bottom
Nos.
988 V2
990 1/2
No,
994 D
Sise
of
blow-
off
V4
2.35
2.60
3V4
2V4
.8
%
2.35
2.60
3y4
2V4
Vs
V2
2.70
3.00
t
33/4
2^4
3/8
%
3.15
3.50
15.50
41/4
3
4
V2
1
3.75
4.15
20.00
5
33/4
4'2
^4
1V4
4.70
5.25
26.50
6
4V2
51/2
3/4
1V2
6.00
6.60
7
5V4
1
2
11.50
12.50
8V2
8
1
2V2
14.00
15.50
10
91/4
IV4
Size
Inches
iron Body
Flanged, F. & D.
List Prices
Each
Dimensions
in Inches
No.
989V2
Stand
ard
No.
99IV2
250-
Pound
Center
to extreme
bottom
No.
9891/2
No.
989V2
No.
991 1/2
Size
of
blow-
off
18.50 20.50
111/2 ioy2
IV4
2
16.50
19.00'
103/4
iiy4
8
8
1
2V2
20.00
23.00
11%
121/2
9y4
91/4
iy4
3
25.75
30.00
13y4
14
101/2
101/2
iy4
31/2
44.50
51. 00:
143/4
151/2
12
12
iy4
4
52.00
60.00'
I6I/4
17
13
13
iy4
5
72.00
90.00;
18
19
15
151/2
iy2
6
105.00
131.00
2oy2
HI/2
I6I/2
17
lyz
8
10
12
Prices
on
application
25
26
20
201/2
31
33
241/2
25
34
36
28
28
t^-inch No. 994 D Cast Steel Separators can be made from ^4'-inch size, using steel face bushings; price on application.
Service recommendations: Crane Y-Pattern
Sediment Separators are used to protect equipment
against damage from dirt, grit, scale, and all foreign
matter in steam, water, air, oil, and gas lines.
The No. Qq4 D Separators are used where severe
services require the durability and strength of steel
construction. Thev are ideal for use with the Xo.
cjS J D Cast Steel Steam Traps shown on page 41O.
Features : These separators are simple in design and
rugged in construction. Their large screening area
makes them exceptionally efficient. Internal parts
are readily accessible. The separators not only
prevent passage of foreign matter, but also furnish a
pocket for its accumulation, from which the matter
can be easily removed through the blow-off connec-
tion. The connection is fitted with a square head
plug.
Materials : The iron body separators have a screwed
brass cap on sizes ij^-inch and smaller and a bolted
iron cap on larger sizes.
The cast steel separators have a body and bolted
cap made of Crane No. 4 Carbon-Molybdenum Alloy
Cast Steel. The joint between the body and cap is
of the male and female type, being equipped with a
metallic gasket held in place by Triplex Steel studs.
Screens: The strainer element is a Monel metal
mesh screen rolled into the shape of a cylinder. The
ends are reinforced. One end fits into a recess in
Templates for drilling
the diagonal wall of the body, and the other is re-
tained by the cap. The screen is secure; it will not
loosen in service.
The mesh type of screen is furnished for greater
efficiency and increased screening area. The screen-
ing area in Crane Separators is much greater than
the area of the pipe fmore than 500 per cent on the
20 mesh screen) assuring free fiuid fiow with mini-
mum pressure loss.
20 mesh Monel metal screens (400 holes per square
inch), suitable for service on steam, water, and
medium or heavy oils, are regularly furnished with
the separators. When specified! 40 mesh Monel'
metal screens (1600 holes per sqtiare inch) can be
furnished at no additional charge, for service on air,
gas. gasoline and light oils.
Finer mesh screens, perforated screens, or screens
made of steel or 18-8 Chrome-Nickel Alloy can be
furnished when so ordered; prices on application.
Flange dimensions and drilling: Inlet and outlet
flanges on the No. qSqJ^ Sediment Separators con-
form to the American Cast Iron Flange Standard,
Class \ 25 (Bi6a-rq3C)) ; on the No. qqi J/2' the flanges
con form to the American 2 50-Pound Cast I ron
Flange Standard (Bibb-iqzS).
Prices of flanged sediment separators include facing
and drilling {F. & D.) to the Standard applying. No
deduction is made if they are ordered faced only.
. . pages 551 and 552
i
'
t
I
if
1U4
I i
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atiuiii
w
1 1
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424
CRANE
Swartwout Cast Iron Exhaust Heads
Swartwout Exhaust
Heads effectively re-
mo\'e water and oil from
exhaust steam discharg-
ing to atmosphere. If
exhausted direct from
the pipe, water and oil
would tend to deterio-
rate roofs and side walls
of buildings.
These exhaust heads nei-
ther interrupt nor slow-
down the flow of steam;
nor is there any appreci-
able back pressure. Oil
and water are removed simultaneously and nothing
but dry steam passes out into the atmosphere.
List Prices and Dimensions
Swartwout Exhaust Head
Construction: Centrifugal force, utilized in the
design of the Swartwout Exhaust Head, is responsible
for the removal of oil and water without any change
in the direct flow of the steam.
Although made of cast iron, the exhaust heads are
light. They are durable, ornamental, and rustproof.
Once in position, there is no further expense for
replacement, except where plant expansion necessi-
tates the use of a larger head.
Flange dimensions and drilling: End flanges
conform to the American Cast Iron Flange Standard,
Class 125 (Bi6a-i93Q).
List prices include facing and drilling to the afore-
mentioned Standard. No deduction is made if
Exhaust Heads are ordered faced only.
Screwed
Flanged,
F. &D.
s, in I
Size
Price
Each
Dimensions
, in Inches
Size
Inches
Price
Each
Dimensions
nches
Inches
B
C
D
E
B
C
D
E
1
25.00
73/4
SVs
V2
278
6
60.00
16
14%
1
63/8
IV4
25.00
73/4
8V8
Vz
27/8
S
90.00
183/4
17%
IV4
71/2
IV2
25.00
73/4
SVa
Vi
27/8
10
115.00
23
213/4
2
93/8
2
30.00
9
10
%
3Vi6
1 12
155.00
281/2
25
21/2
113/4
2 1/2
30.00
9
10
3/4
35/16
14
190.00
301/2
27
21/2
12%
3
35.00
93/4
103/4
%
4Vl6 1
i 16
230.00
341/4
301/2
3
14
3V2
35.00
93/4
103/4
3/4
4Vl6
18
300 . 00
38
33%
3
ISii/ifi
4
45.00
111/2
mvie
1
41V161
20
360.00
411/4
383/8
3V2
163/4
41/2
45.00
IIV2
ll^Vie
1
4^Vl6
24
730.00
561/2
46
4
191/2
5
50.00
13%
13V4
1
5V2
30
1400.00
62
S7
41/2
241/2
H^Du-
These exhaust heads are made
with a screwed connection in sizes
5-inch and smaller, and with a
flanged connection in larger sizes.
Low Pressure Copper Expansion Joints
WORKING PRESSURE — to 15 pounds steam, air, and gas
Service recominendations :
These low pressure expansion
joints are designed for use in
the exhaust steam lines from
engines, turbines, pumps, etc.
They should not be used when
the expansion in the line is
greater than J4 inch.
The joints should be used when
the pressure is above atmos-
pheric but not exceeding 1 5
pounds. They should never be
used on \-acuum service because of the danger of
collapsing the copper shell. "_
Installation: These expansion joints may be used
in either the horizontal or vertical position. Pipe
lines containing them must be carefully anchored in
order to force the joints to compensate for the ex-
pansion and contraction in the piping. Piping should
be properly supported to relie\'e the expansion joints
of the necessity of carrying any great weight.
Expansion joints of this type should be cold sprung
No. 411
y^ inch upon installation in order to relieve them of
excessive strains when the line is put into service.
Flanges: End flanges are made of steel and are the
swivel type. They conform to the dimensions of the
25-Pound American Tentative Cast Iron Flange
Standard (Bi6b2-i93 1).
Drilling: The end flanges are always furnished
faced and drilled (F. & D.). List prices include fac-
ing and drilling to the z^-Pound American Tentative
Cast Iron Flange Standard.
List Prices and Dimensions
Size
Inches
Price
F. &D.
Each
Dimensions, in Inches
Face
to
Face
Diameter
of Flanges
and Rings
Thickness
of
Flanges
Size
of
Drain
110.00
8
V4
y2
5 125.00 9 10 3^ 1/2
6 140.00 9 11 34 1/2
8 170.00 10 13V2 34 1/2
10 200.00 11 16 7/g ! 3^
12 225.00 U 19 1 %
Sizes 14-inch and larger made to order; prices on request.
Templates for drilling. . . .page 551
i
CRANE
425
Self -Equalizing — Welding Ends
Badger Corrugated Type Expansion Joints
Non-Equalizing and Self-Equalizing
These corrugated type expansion
joints are used to re ieve strains,
to absorb vibrations, and to
compensate for change in lengths
of pipe lines due to temperature
fluctuations. They use no paclc-
ing and, as a result, eliminate
maintenance. This is an advan-
tage particularly valuable where
pipe lines are installed under-
ground.
The expansion Joints are com-
pact. Carefully constructed,
they undergo scientifically con-
trolled heat-treatments through-
out their entire fabrication. The joints can be
regularly furnished made of copper or stainless steel.
Special metals will be furnished to order.
Non-equalizing joints: Non-equalizing joints are
limited to use on pipe lines with traverses ranging up
to and including 3^-inch, and where pressures range
from high vacuum to 25 pounds. A lateral displace-
ment up to }/s-mch per corrugation is permissible.
These joints can be furnished round (any diameter),
oval, rectangular, or in any special shape required.
Self-equalizing joints: Self-equalizing joints fea-
ture "directed flexing". Directed flexing is the
Non-Equalizing
Flanged or
Welding Ends
action provided by
the all-curve cor-
rugation and the
corresponding equal-
izing rings. This
type of design dis-
tributes the flexing
stresses, resulting in
longer joint life.
Self-equalizing joints
are furnished in sizes
up to 30-inch diam-
eter. Single joints
Self-Equalizing
Flanged Ends
are available in traverses up to 6 inches; double
joints, in trax'erses up to 12 inches.
Flexible Pipe Line Seals : Flexible Pipe Line Seals
(not shown) to seal openings in walls, foundations,
decks, and bulkheads can be furnished. They permit
free expansion of pipe, yet prevent seepage of water
Prices and dimensions on. application
T.
'I
yti
411
8f
I
;i
I J
!
Hi
Rubber SpooLType Expansion Joints
For Vacuum Service
Style 4039
Rubber Spool Type Expansion Joints find wide
application in many industries. They are especially
effective on piping installations for avoiding exces-
sive stress, absorbing vibrations, and eliminating
Steel
Retaining Rings
Dimensions and Ratings
Size
Dimensions,
in Inches
*Ratings for Style 4140
Compression
Inches
Working
Inches
A
B
c
D
Pressure
180" t. Max.
6
6
^Vie
V2
hrom
6
to
16"
to
suit
the
serv-
ice.
.43
12s pounds
8
8
IV16 V4
.43
115 pounds
10
10
iVs
3/4
V4
.43
115 pounds
12
12
iy«
.68
115 pounds
14
14
1V4
%
.68
75 pounds
16
16
1V4
V4
.68
60 pounds
18
18
iVifi
3/4
.68
60 pounds
20
20
iVfi
%
.68
60 pounds
24
24
1%
v%
.81
50 pounds
30
30
iVs
1
.93
50 pounds
36
36
lys
1
.93
1 40 pounds
*Style 403Q is recommended for 30 inches of mercury.
For Pressure Service
Style 4140
undesirable sounds. The joints are reinforced with
solid metal rings embedded in the carcass and thor-
oughly reinforced with heavy duck; they have full
faced "fabric reinforced rubber flanges.
Style 4039 are recommended
for 30 inches of mercury.
Style 4140 are recommen-
ded for the pressures shown in
the table, at 1 80 °F. maximum
temperature.
The flange diameter, bolt
circle, and number and diam-
eter of bolt holes conform to
the American Cast 1 ron Flange
Standard, Class 125 (Bi6a-
iQ3q); see page 5,1.
Smaller sizes, larger sizes, and
other types of Rubber Ex-
pansion Joints can be fur-
nished when required.
Prices on application
t
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^ ■,- - 4-fc-
t t.
^-
I'
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.d,i-
r n
,V!'
426
CRANE
Standard Brass Expansion Joints
Semi -Guided
No. 404, Standard Traverse
No. 406, Special Traverse
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas
SERVICE RECOMMENDATIONS
Crane brass semi-guided expansion joints are
chiefly used in interior piping work, on steam and
hot water heating lines, domestic hot water lines,
and for air, oil, and gas service.
List Prices and Dimensions
Size Inches V2 ^ 1 I IV4 ^Vz \ 2 2V2 | 3
No. 404
Price Each 1.50 2.20 3.00 4.00 5.00 8.00 14.00 21.00
Standard
Traverse Inches 2 21/4 21/4 2V4 2V4 21/2 21/2 23/4
Traverse
End to end, open Inches bS/g 71/4 7% 7% 7% 8% Ws 10%
4-inch traverse Each 3.30 4.00 4.90 fa. 15 7.40 11.00 17.50 25.00
No. 406
6- inch traverse Each 5 . 00 6 . 00 7 . 50 9 . 00 13 . 00 20 . 50 29 . 00
Special
Iraverse
8-inch traverse Each 6 . 00 7 . 25 9 . 00 10 . 75 15 . 25 23 . 00 32 . 00
12-inch traverse Each 1 8.00 9.50 12.00 14.50 19.50 28.00 37.50
m
To find the over-all length of special traverse joints,
take the over-all length of the standard traverse joint
of the same size and add twice the difference between
the special traverse and the standard traverse.
Construction: These are sturdily constructed,
well-proportioned expansion joints. A large packing
nut with ample space for packing is provided.
Packing: Expansion joints are regularly furnished
without packing in the stuffing boxes, unless specifi-
cally ordered packed, in which case an extra charge is
made. Orders for packed joints must specify the
kind of packing wanted, or give complete informa-
tion on the fluid to be handled.
Installation: To secure the maximum efficiency
from expansion joints and to assure satisfactory
operation, the pipe line must be properly anchored
and guided to force the joints to compensate for
expansion and contraction.
Expansion in Pipe Lines
The expansion for any length of pipe may be found minimum and maximum temperatures, divide this
by the following method: from the table below, result by 100 to obtain the increase in length per
obtain the difference in increased length at the foot, and multiply by the length of the line in feet.
Linear Expansion
Temp.
Degrees
Inches per 100 teet
Temp.
Degrees
F.
Inches per 100 Feet
lernp.
Degrees
F.
Inches per 100 Feet
Steel 'Wrought Brass Copper
Iron
Steel Wrought
Iron
Brass
Copper
Steel
Wrought
Iron
340 2.76 2.87 4.30 3.95
680 5.965 6.20
20
.15 .155 .25 .25
360 1 2.935 1 3.05 4.58 4.15 ., 700 6.17 1 6.42
40 1 .30 .31 i .45 : .45 i 380 3.11 3.235 4.85 1 4.40
720 6.375 ' 6.625
60
.455 .475 .67 .65
400 3.29 3.43 5.14 4.64 \ 740 6.58 j 6.835
80 .61 .63 .92 .87
420 3.465 ! 3.62 5.45 4.89 760 6.79 7.05
100
.77 .80 1.17 1.10
440 ■ 3.65 3.805 5.73 5.15 [ 780 6.99 7.275
120 .915 1 .96 1.41 1.35
460 3.835 4.00 5.96 5.37
800 i 7.21 7.49
140 1.075 1.13 1.69 1.57 \\ 480 4.02 4.19 6.25 5.64 1 820 7.415 7.73
160 1.235 1.29 1.91 1.77 ' 500 : 4.21 4.39 6.55 5.88
840 7.63 7.93
180 1.40 1.46 2.15 2.00
520 4.39 4.58
860 7.84 8.145
200 1.57 1 1.64 2.43 2.25 j 540 4.59 4.78 | ■ 880 ! 8.055 8.37
220 1 1.73 1.81 , 2.71 , 2.52 560 4.78 ; 4.975 11 900 ; 8.28 8.60
240 1.89 1.98 2.97 2.74 580 4.975 5.175 920 8.495 8.82
260 2.065 i 2.16 3.22 2.95 ;| 600 5.17 | 5.38
940 8.72 9.05
280 2.23 1 2.335 3.47 3.17
620 5.365 5.58 \
960 8.945 9.28
300 , 2.41 2.52 3.76 i 3.42 i 640 ^ 5.565 5.78a , ; [980 9.17 9.52
320 2.59 1 2.70 | 4.07 3.70 660 | 5.765 ■ 5.99 1000 9.40 9.75
Crane Pipe Bends . . . pages 602 to 604
CRANE
427
Standard Iron Body Expansion Joints
WORKING PRESSURES
125 pounds steam
200 pounds cold water, oil, or gas
Flanged end joints S-inch and smaller and all
screwed end joints have brass sleeves. Flanged
end joints S-inch and larger have steel sleeves^
chromium^plated; brass sleeves can be furnished
when desired; prices on application, »
List Prices and Dimensions
Screwed
No. 398, Standard Traverse
No- 40Q, Special Traverse
Flanged
No, 401, Standard Traverse
No, 403, Special Traverse
Screwed
Size
Inches
No- 398, Standard Traverse
No, 400, Special Traverse
Price
Each
Traverse
Inches
End to End
Opened
Inches
4-inch
Traverse
Price, each
6-inch
Traverse
Price, each
8-inch
Traverse
Price, each
12-inch
Traverse
Price, each
1V2
6.25
2\--
/2
133/4
7.25
9.50
11.75
16.25
7.00
2V2
133/4
8.50
11.00
13.50
18.50
2V2
8.00
2V2
14V2 I
10.00
13.00
16.00
22.00
10.00
23/4.
151/4
13.50
17.50
21.50
29.50
3V2
14.00
171/4
20.00
25.00
18.00
31/4
181/8 il 24.00
30.00
30.00
40.00
36.00
48.00
38.00
193/4
45.00
52.00
66.00
42.50
i 21V2
51.50
60.50
78.50
8
90.00
221/2
110.00
130.00
Flanged,
F.&D.
Size
Inches
No. 40.1. Standard Traverse
No. 403, Special Traverse
Price
Each
Traverse
Inches
Face to Face
Opened
Inches
4- inch
Traverse
Price, each
6-inch
Traverse
Price, each
8-inch
Traverse
Price, each
12-inch
Traverse
Price, each
1V2
13.75
21/2
133/8
14
00
16.25
18.50
23.00
2
15.00
21/2
121/8
15
50
18.00
20.50
25.50
21/2
16.00
21/2
121/4
17
00
20.00
23.00
29.00
3
18.50
2y4
13
21
00
25.00
29.00
37.00
31/2
25.00
3
15
30
00
35.00
40.00
50.00
4
30.00
31/4
153/4
34
00
40.00
46.00
58.00
5
48.00
4
171/2
55.00
62.00
76.00
6
55.00
4
191/8
63.00
71.00
87.00
8
90.00
4
193/4
110.00
130.00
10
135.00
4
213/4
1
157.00
179.00
12
190.00
4
235/8
214.00
238.00
14
263.00
4
24
291.00
319.00
16
334.00
26 1/2
368.00
402.00
To find the over-all length of special traverse joints
take Che over-all length of the standard traverse joint
of the same size and add twice the difference between
the special traverse and the standard traverse.
Construction : These semi-guided expansion joints
are well proportioned throughout and are made of
high quality materials. The stuffing boxes are of
ample size; bolted packing glands insure a uniform
application of pressure on the packing, and they are
carefully machined to guide the sleeves.
All joints are furnished with drain bosses. They will
be tapped, when so ordered, at an extra price.
When required these joints can be furnished with
anchor bases which will be drilled with four bolt
holes, also service outlets which will be screwed in
sizes 14-inch and smaller and flanged in the 16-inch
size. Prices on application.
All-Iron: All-Iron Expansion Joints will be fur-
nished with steel sleeves, chromium-plated, unless
otherwise specified. Prices on application.
Packing: Expansion Joints are regularly furnished
Crane Pipe Bends
without packing in the stuffing boxes, unless specifi-
cally ordered packed, in which case an extra charge
is made. Orders for packed joints must specify the
kind of packing wanted, or give complete information
on the fluid to be handled.
Flange dimensions: End flanges conform to the
American Cast iron Flange Standard, Class 125
(Bi6a-iq3C)).
Drilling: Expansion Joints are regularly furnished
faced and drilled (F. & D.) unless ordered faced only.
List prices include facing and drilling to the Ameri-
can Cast Iron Flange Standard, Class 125. When
ordered faced only they will be furnished at the same
price as for faced and drilled.
Guided Expansion Joints: For description of
Guided Expansion Joints refer to page 4x8. ■
Installation: To secure the maximum efficiency
from expansion joints and to assure satisfactory
operation, the pipe line must be properly anchored
and guided to force the joints to compensate for
expansion and contraction.
pages 602 to 604
1
'I
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L<
428
CRANE
, 1
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I
I
I
Adsco Iron and Steel Body Expansion Joints
Prices and dimensions on application.
Internally Guided
125-Lb. Std. (U^ to 20")
No. S-l-IS, Single, No Base
No. S-2-IS, Single, With Base
No. D-2-IS, Double. With Base
250-Lb. Std. {\l4to 20")
No. S-5-TS, Single, No Base
No. S-6-IS, Single. With Base
No. D-6-IS, Double, With Base
Internally-Externally Guided
I25-Lb, Std. (IM to 20")
No. S-l-GIS, Single. No Base
No. S-2-G1S, Single, With Base
No. D-2-GIS, Double, With Base
250-Lb. Std, (1 14 CO 20")
No. S-5-GIS, Single, No Base
N0.S-6-GIS, Single. With Base
No. D-6-GIS, Double, With Base
Packless U-Ring Type
150or300-Lb. Stds. (3 to 12")
Traverses 1-2-3-4", With or Without Base
WORKING PRESSURES
r 25-Lb. Semi-steel — 125 pounds steam, 450"" F.
250-Lb. Semi-steel — 250 pounds steam, 450° F.
150-Lb. Steel —150 pounds steam, 750'' F.
300-Lb. Steel — 300poundssteam,750°F.
Adsco Expansion Joints are furnished in the
various styles and sizes described on this page.
The joints are available with semi-steel or
steel bodies depending upon the service re-
quirements.
IntemallyGuidedJoints: Internally Guided
Joints have a guide ring on the inner end of
the sleeve which moves within the machined
bore of the body. The polished sleeve is not
in contact with the body.
Piston-Ring Type
125-Lb. Std. (2 to 20")
No. S-l-PG, Single. No Base
No. S-2-PG, Single. With Base
No. D-2-PG, Double, With Base
2J0-Lb. Std. (2 to 20")
No. S-5-PG, Single, No Base
No. S-6-PG, Single, With Base
No. D-6-PG. Double, With Base
Internally — Externally Guided Joints : Internally
— Externally Guided Joints are similar to the In-
ternally Guided type. The\' feature a two-piece,
removable hood, external guide, and they comply
with Army and Navy specifications.
Packless U-Ring Joints: Packless Expansion
Joints, U-Ring type, ha\'e an expansion element con-
sisting of a series of corrosion-resistant steel U-Rings
which are welded to a wrought steel body and to a
guide on the mo\'ab!e sleeve. No scale or dirt can
enter the element to impede operation; it is guided
at three points throughout the entire traverse.
* * * *
Bodies, single or double, are steel or semi-steel.
They are furnished with or without base or service
outlet. The bodies are tapped for drip piping when
specified; lubrication fittings are included.
Sleeves are bronze with Van Stone flanges in sizes
6-inch and smaller and chromium-plated steel flanges
in sizes 8-inch and larger.
Stuffing boxes, deep and properly proportioned, hold
ample packing, assuring consistent y tight joints
with minimum repacking.
Packing is not regularly furnished with the expansion
joints unless specified. When Joints are ordered
packed, the pressure, temperature, fluid handled,
and general operating conditions should be specified.
Packing glands are accurately machined. They have
a long lip to permit compression of the packing to
one-half the original depth.
Glands studs and bolts are o( a non-corrosive metal
Tie-Rod Type
125-Lb. Std. (2 to 20")
No. S-l-T, Single, No Base
No. S-2-T, Single, With Base
No. D-2-T, Double. With Base
250-Lb. Std. (2 to 20")
No. S-5-T, Single, No Base
No. S-6-T, Single. With Base
No. D-6-T, Double, With Base
Being under compression when in operation, the
element is under very little flexing strain. These
joints are available with flanged or beveled ends.
Piston-Ring Joints: Piston-Ring Joints have
piston rings in the internal guide. Located on the
inner end of the sleeve, the rings hold the line pressure
and permit unpacking and repacking of the joint
without interrupting the service.
Tie-Rod Joints: Tie-Rod Joints have tie rods to
prevent the sleeve from p)ulling out of the body.
They are used where conditions do not permit the
installation of a fully guided joint.
* 4: * *
to prevent freezing. The studs are firmly embedded
in the body and are of sufficient size to furnish
rigidity to the packing gland.
Service outlets are in the form of a service fitting in
the Piston-Ring and U-Ring types. On the other
styles, the outlets are integral with the body.
Bases are integral with the body. Their heavy webs
withstand severe strain. They are drilled with four
bolt holes.
The standard traverse of slip joint sleeves is 4 incheS.
Additional traverse is available in multiples of 4
inches from 4 to 12-inch. The U-Ring Joint is
furnished in multiples of i inch to a total of 4 inches,
Drains are available. Slip Joints are provided with
a boss which can be tapped for drip when specified.
Lubrication fittings are available. Slip joints are
tapped and plugged for the fittings which will be
furnished when specified.
I
CRANE
429
'I* * ' i ' ■
" - b .
1 "
Flexible Joints, Gauges, Fusible Plugs,
and Miscellaneous Specialties
Iron Body Swing Joints, for Gasoline service page 430
Brass Swing Joints page 430
Barco Flexible Ball, S\\-i\-eL and RevoMng Joints page 43 1
Chiksan Ball Bearing Swing Joints page 432
Dayton Couplings page 433
Brass Water Gauges page 434
Gauge Glasses page 435
Glass Tube Cutters page 43 5
Extra Cuards for Water Gauges page 43 5
Water Columns, Cast Iron . . , page 43b
Brass Try Cocks page 43 5
Brass Whistles page 437
Fusible Plugs page 43 7
Crosby Gauges and Recorders pages 438 and 439
Marshalltown Gauges page 43q
Syphon for Steam Gauges page 43 5
Lubricators page 440
Sight Feed. Snap Le\'er Oilers page 440
Grease Cups page 440
Injectors page 441
Ejectors or Steam Jet Pumps pages 441 and 442
Sump Pumps page 442
For Brass Whistle Valves, see page 67.
For Corrosion-Resistant Alloy Liquid Level Gauges, see page 450.
The items referred to above are only a por-
tion of the complete Crane line of specialties
and of special duty valves. For other prod-
ucts of this nature, see pages 3bg to 428.
Piping in a manufac-
tured gas plant, com-
pletely Crane equipped.
Valves, fittings, flanges,
fabricated piping, spe-
cialties — all piping re-
quirements can be had
from one source when
"Crane" is specified.
BM
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I
430
CRANE
Iron Body Swing Joints
For Gasoline Service
No. 297
Double
No. 295, Single
No. 299, Straight
List Prices and Dimensions
Service recommendations : These
swing joints have been primarily de-
signed for gasoline service and are
used to make adjustable connections to tanks, tank
cars, barges, docks, loading and unloading racks,
etc. When equipped with suitable packing they may
be used for cold water, oil, or gas.
Features: The joints differ from ordinary swing
joints in two important respects. First, they are
made with a shoulder on the inner end of the sleeve
which engages with the end piece oi the body and
prevents the sleeve from pulling out when in ser\'ice.
Second, the load on the sleeve is carried back to
the body itself and does not rest on the packing.
These features combined with the unusually deep
stuffing box and the three-bolt gland result in leak-
free ser\'ice.
Materials: The bodies of these swing joints are
made of cast iron, and the sleeves are made of brass
tubing. Ends of the slee\'es are equipped with iron
pipe size male threads.
Packing: Unless otherwise ordered, the swing joints
are furnished with packing suitable for gasoline
service up to ioo° F. When the swing joints are to
be used for other liquids or for higher temperatures,
they \\-ill be furnished with appropriate packing at
Size Inches 2 2^2 3 4
No. 295, Single Each 13.00 17.00 24.00 40.00
No. 297, Double Each 21.00 26.50 37.00 ' 65.00
No. 299, Straight Each 13.00 17.00 24.00 40.00
A 8% 9Vi6 105/8 1 12y4
B 8V2 93/4 107/8 121/2
Dimensions,
C 8V4 934 105/16 UV2
in Inches
D 23/4 3y8 SVie 45/ifi
E 1 33/8 315/ie 45/8 57/8
F : 25/16 211/16 31/8 33/,
Straight
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Single
an extra charge. Orders should specify the service
and temperature conditions.
Brass Swing Joints
WORKING PRESSURE
125 pounds water, oil, or gas, 200° F.
Service recommendations :
These swing joints are de-
signed for use in making up
adjustable connections in pip-
ing to tanks and other appara-
tus where permanently fixed
connections cannot be made.
No. 300 ^ r^ ,,
Construction : Basically,
these ioints consist onlv of a bodv and a hollow
ell-shaped plug which is held into the body by a
nut and washer. Both body and plug are tapped
with iron pipe size connections. The joint operates
in a manner similar to an ordinary plug cock, both
body and plug being carefully ground together to
insure maximum ease of operation. Ports in the plug
and the passageway in the body are so designed that
free flow of the fluid being handled is insured, and
there is no restriction of port areas regardless of the
angle at which the plug is turned. No packing is
used in these joints.
Materials: All parts of these swing joints are made
of brass to eliminate any possibility of having cor-
rosion bind the plug.
List Prices and Dimensions
Size
Inches
V4
%
V2 1
3/4
1
No. 300
Each
1.90
2.20
2.501
3.50
5.00
No. 300,
Finished
Each
2.40
2.70
3.00 4.00 5.75
Center
to end
Inches
^Vie
Vs
UV16
IV4
V/t
Center to center of
pipe
Inches
IV32
Wig
IVis
2V4
I
CRANE
431
[1
Barco Flexible Ball, Swivel, and Revolving Joints
Flexible Bail Joint
Style 7-8
Flexible Ball Joint
Style 7-F, Flanged
125-Pound Standard
Swivel Joint
Style 7S-8CS
Swivel Joint with Socket End
For Use on Pressing Machines
Style 7KS-8CS (Illustrated)
Stvle 7KS-8BS(Not shown)
With Female 90^ Angle Ball
V{'hen ordering, specify diameter
for casing socket. Shaft sizes
H^ to I y2-inch are available.
Size
Style
Style
Styles Style
Style
Total
7-8
7-F
7-8B 7A-8B
7A-8C
Safe
Flanged
or
■
Angular
Inches
F. & D. 7A-8
Movement
1/4 I 4.00
Flexible Ball Joint
Style 7-8B
S\vi\'el loint
Style 7S-8BS
%
4.00
Vz
4.00
V4
4.90
1
5.50
Wi
6.80
1V2
7.80
2
9.70
2V2
17.00
30.70
Sizes
larger
than
12-inch
can be
made to
order ;
prices
on
request
4.30 4.60
4.30
371/2
4.30 4.60
4.30
371/2
4.30 1 4.60 4.30
371/2
5.201 5.60 I 5.20
34
5.80 6.30
5.80
7.101 7.60 7.10
351/2
281/2
8.10 8.60
8.10
Flexible Ball joint
Style 7A-8B
*Style 7 A-8 C
*MaieScraight Ball
*Style 7A-8
*FemaIe Straight Ball
Swivel Joint
Style 7A-8BS
*Style 7AS-8CS
*Male Straight Ball
(*Not illustrated)
Flexible Ball Joints: Flexible Ball Joints provide for a substantial angular mo^-e-
ment. They can be s\\-iveled tlirougii an angle of 360°. Tight seating, thev mav be
used on steam, water, oil, air, gasoline, tar. and similar fluids. Sizes 3-inch and smaller
are recommended for 300 pounds
steam and sizes 4 to 6-inch for ^'^^ Prices, Each, Flexible Ball Joints
ia5 pounds steam.
Sizes 5-inch and smaller are
malleable iron; larger sizes are
semi-steel. Extra heavy joints
or brass joints (]4 to z-inch) can
be furnished, at an advance in
price. Information on additional
styles furnished on request.
Swivel joints: Swivel Joints
are spring seated, assuring tight-
ness on both pressure and suc-
tion lines. Recommended for
300 pounds steam, the joints are
idea for use where the pressure
fluctuates or where the tempera-
ture varies, as when steam and
cold water are used alternately.
Swivel Joints have a malleable
iron casing, a bronze ball end.
a stainless steel spring, and a
hard non-metallic gasket. Extra
heavy joints for higher pressures
or brass joints can be furnished,
at an advance in price.
10.80 U.20 10.80
18.60 19.40 18.60
35.70 40.70 I 35.70
33
137.30' 53.50 43.50 49.60
5 155.40! 62.20 59.20
281/2
30'
63.40 71.10 68.30; 81.60
31
8
146.50
I
60
10
197.00
40
12
260.60
40
CT
o
Revolving joints: Revolvin
joints are recommended for the
heating or cooling of all types
of rolls, drums, and dryers.
They are suitable for steam, air, gas, and hydraulic services.
When so desired, the joints can be furnished with adapter 18R
to hold spray or siphon pipe; orders should specify.
List Prices. Each
Revolving Joints
List Prices, Each,
Swivel J
oints
Size
Inches
Style
7S-8BS
Style
7S-8CS
Style
7AS-8BS
Style
7AS-8CS
Style
7KS-8BS
Style
7KS-8CS
V4
4.30
4.60
4.80
%
4.30
4.00
4.60
4.30
4.80
4.60
Vz
4.30 4.00
4.60
4.30
4.80
4.60
V4
5.20
4.90
5.60
5.20
1
5.80 5.50
6.30
5.80
•
IV4
7.10 6.80
7.60
7.10
I
Size
Inches
Style 7R-8CR
Without
Adapter
With
Adapter
Revolving Joint
Style 7R-8CR
(Shown with Adapter 18R)
1/2 19.75
V4 24.00 27.40
1 30.00 33.80
114 37.00 41.20
IV2 44.90 49.60
2 61.00 : 67.00
X Type Flexible Ball Joints
New design features of center spring
streamlined X Type Flexible Ball
Joints (see insert) assure no fluid
or gas leakage.
Providing 360°
swivel movement
plus40° total an-
gular movement,
they are suit-
able for steam
pressures up to
300 pounds.
Prices and data
on request.
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432
CRANE
Chiksan Ball Bearing Swing Joints
High Pressure
and Low Pressure
* I
I. i
Style No. 20
l-\Vay Swivel
Style No. 30
1-Way Swivel
WORKING PRESSURES
Low Pressure (Malleable Iron or Steel)
300 pounds cold water, oil, or gas
High Pressure (Steel)
3000 pounds cold water, oil, or gas
High Temperature (Steel)
500 pounds steam, 700° F., max.
List Prices, Each, Screwed
High Temperature
Style No. 20
1 -Way Swivel
Style No. 30
1-Way Swivel
Class
and
Material
Size
Inches
1-Way
2-Way 1 3-Way
Style
No. 20
Style
No. 30
Style
No. 40
Style
No. SO
Style
No. 60
Style
No. 10
Style No. 40
l-Way Swivel
Style No. 50
2- Way Swivel
[I : I
II ;'<'^
toi
Style No. 60
2-\Vay Swivel
M
1 ^ '
^H t
Style No, 10
3-Way Swivel
. \
I
% 3.25 3.80 4.50 7.00 6.00 9.25
-
Vz 3.25 3.80 4.50 7.00 6.00 9.25
^A 6.00 6.75 7.50 11.25 10.50 15.25
Low
1 6.00 6.75 7.50 11.25 10.50 15.25
Pressure
Malleable
1 f j^n
IVi 7.25 8.00 8.75 12.25 11.25 18.25
11/2 7.25 8.00 8.75 12.25 11.25 18.25
1 1 \ji I
Swing
2 10.50 11.75 13.00 21.00 19.50 28.50
Joints
2V2 16.50 18.50 21.50 32.00 28.50 41.25
3 16.50 18.50 21.50 32.00 28.50 41.25
4 22 . 75 24 . 75 29 .00 44 . 25 40 .00 61 . 50
6 63.00 70.00 78.50 125.00 120.00 179.00
3/4 9.50 11.50 13.75 18.50 15.00 25.00
1 9.50 11.50 13.75 18.50 15.00 25.00
11/4 10.00 12.00 14.75 19.50 17.00 28.00
Low
IV2 10.00 12.00 14.75 19.50 17.00 28.00
Pressure
Steel
Swing
Joints
Z 14.50 17.25 21.00 31.25 25.50 42.00
21/2 24.50 29.00 33.00 49.50 45.00 65.25
3 24.50 29.00 33.00 49.50 45.00 65.25
4 35 . 25 38 . 50 42 .00 66 . 75 62 .00 97 . 75
6 82.50 97.50 113.00 165.50 149.00 228.00
8 140.00 156.50 175.00 259.50 233.50 349.00
Vs 6.00 6.30 6.60 9.60 9.25
V2 6.00 6.30 6.60 9.60 9.25
3/4 9.50 11.50 13.75 18.50 15.00 25.00
High
1 9.50 11.50 13.75 18.50 15.00 25.00
Pressure
Steel
Swing
IVi 11.00 12.00 16.00 22.50 19.00 30.00
IV2 11-00 12.00 16.00 22.50 19.00 30.00
Joints
2 21.50 24.00 27.50 40.50 37.00 55.50
2V2 27.00 32.00 38.00 60.00 52.50 77.50
3 47.00 54.00 62.00 84.50 70.00 115.00
L
4 75.00 83.00 91.50 127.00 118.00 175.00
High
Temperature
1/2 7-25 8.75 10.75 16.00 13.50 21.00
1 11.00 13.50 18.00 24.75 20.00 32.00
Steel
2 21.00 25.00 30.00 45.00 39.25 64.00
Swing
T ■ ^
3 36 . 75 41 . 75 48 .00 69 . 00 60 .00 94 . 50
Joints
4 51.00 55.00 63.00 94.00 85.751128.00
These swing joints have rotating members locked together
by double rows of ball bearings. This construction performs
two important functions — first, it maintains a preregulated
load upon the packing element, assuring a pressure-tight
joint; second, it carries all radial loads, holding the joint in
perfect alignment under all conditions. The packing unit
also is designed for simplicity and safety. There is nothing
to adjust — nothing to tighten.
The swing joints are made in three basic types — Low
Pressure, High Pressure, and High Temperature. Each type
is available in a variety of styles to provide the required turning movements for
different applications. Low Pressure Swing Joints, in addition to the materials
specified on this page, can be made of bronze or aluminum. All swing joints are
available with flanged ends. Prices for styles not listed, and dimensions and informa-
tion on any style will be furnished on application.
tion of
low and
Sectional
dra w ing
show ing
typical
const rue-
swing joints for
high pressures.
Style No. 40
1-Way Swivel
Style No. 50
2-Way Swivel
Style No. 60
2-Way Swivel
Style No. 10
3-Way Swivel
Sect i on al
drawing of
typical High
Temperature
Joint showing
chevron-type asbestos
packing with special heat-
treated spring backing.
I
irxj^
CRANE
433
No. 1
Sizes H CO 2-inch
Dayton Couplings
Malleable Iron and Steel
For connecting plain end pipe on gas, water, air, or
oil lines.
A simple and sturdy coupling which provides a tight
joint and at the same time affords flexibility to take
care of \-ibration. expansion, and contraction. These
couplings are regularly furnished plain, not coated,
or can he painted or completely plated. Rubber
gaskets furnished regularly are suitable for water,
air, or natural gas service.
No. 1
Sizes 2 to 24-inch
Special gaskets, with lead or duck tips and asbestos for service on condensates or oils,
are available. Couplings other than those shown above include cast iron pipe sizes,
special fittings, and extra long sleeves to provide or allow for unusual expansion.
Prices on application
Number of Bolts, Dimensions in Inches and Weight in Pounds
bize
Inches
li.
V4
1^4
IV2
2H
23/4
O.D. of pipe
InchesI .840 1 1.050 I 1.315 ! 1.660 I 1.900 ' 2.375 I 2.375 ' 2.875 ' 3.0OO '■ 3.500 I 3.500
TfiifkQf&s and lenslh ol teniers
InchesI .134x5 .125x5 ' .148x5 , .156x5 .168x5 .180x5 .180x5 ' .232x5 ! .232x5 I .230x5 I .230x7
Number of bolts
Size of bolts
Inches %x6l/2
1 2
V2X634
23.^
1/2x63/4
3V4
V2X63/4 1/2x63/4
%x7
%x7
%x7
%x7
%x7
5/8x9
Weight in pounds
33/4 41 i
f,3',
8 1/2
10
10
13
15
Size
Inches 3V2
4
4
41/2 ' 41/2 1
43/4
43/4
5
5
5%
syg
O.D. of pipe
Inches' 4.000 4.500 4.500 5.000 5.000 ' 5.250 ' 5.250 I 5.500 5.500 i 6.000 i 6.000
ThicLnt'ss md ienJih d[ centers
InchesI .230x5 I 1/4XS | .237x7 1 1/4x5
Vl6X7
1/4x5 ! 5/i6x7 ^ 1/4x5 ' 5/i6x7 I 1/4x5 ■■ 1/4x7
Number of bolts
Size of bolts
InchesI %x7 %x7 | %x9 I %x7V2 j s/gxlO I 5/8x71/2 I VsxlO ' 5/3x71/2 | s/gxlO
Weight in pounds
I3V2
19
20
15
23
18
24
20
25
Size
InchesI S^/^
(>%
by,
s
bVf
8
7^/i
8
7^/i
5/8x8 ' 5/8x10
22
25
8
75.
8
8
O.D. of pipe
Inches! dMO . 6.625 6.625 I 6.625 , 7.000 7.000 7. GOO 8.000 8.000 I 8.000 8.625
Thickness &nd eoi^lb i^ renltfrs
Inches
5/1 6X7
^4X5
1/4x7
5. 1 6X7
1/4x5 ■ 1/4x7
Vi6x7
1/4x5
1/4x7
ViGx7
1/4x5
■dumber of bolts
1
4
6
6
6
6 6 1
6
6
6
6
6
Size of bolts
Inches
VgxlO
%x8
s/gxlO
%xl0
%x8 s/gxlO !
5/8X10
5/8x8
5/8X10
5/8x10
^8X8
Weight in pounds
1
1
27
25
29
511/2
26 ; 31
33
281/2
34
i7
30V2
Size
Inches
8
8
8
9%
9% 1 95/8
10
10
10
10
115/8
O.D. of pipe
Inches
8.625
8.625
8.625
10.000
10.000 10.000
10.750
10.750
10.750
10.750
12.000
rtiklness aad leoglh ol ceukr^
Inches
5/1 6x5
1/4x7
5/16x7
1/4x5
1/4x7 ' 5/1 6X7
1/4x5
Vi6x5
1/4x7
Viex7
1/4x5
"^JumKer of bolts
6
6
6
8
8 8 1
8
8
8
8
8
Size of bolts
Inches
5/8x8
s/sxlO
5/8x10
%x8i/2
5/8x101/215/8x101/2
5/8x81/2
5/8x8 1/2
5/8XIOV2
5/8XIOV2
^8x8 1/2
Weight in pounds
33
35
37
43
471/2 ^ 521/2 1
451/2
483/4
52
561/2
50
Size
Inches
115/8
115/8
12
12
12 I 12 i
121/2
14 O.D.
14 O.D.
14 O.D.
16 O.D.
O.D. of pipe Inches 12.000 12.000 12.750 12.750 12.750 12.750 13.000 14.000 14.000 14.000 16.000
rhidnm and leniith i>f renters Inches V4x7 5/^^x7 | 1/4x5 1 5/,gx5 ] 1/^x7 jViex? 1/4x5 1/4x5 1/4x7 5/i6x7 1/4x7
Number of bolts 1 8 8 8 8 8 8 8 10 10 10 10
Size of bolts Inches' %xl 01/2^8x101/2 5/gx81/2 5/gx81/2 s/gxlOVz s/gxlOYs %x8i/2 %xSV2 5/8X101/2 5/gxI0V2 s/sxlQi/z
Weight in pounds 56 61 521/2 56 6OI/2 641/2 521/2 58 66 72 70
Size Inches. 16 O.D. 16 O.D. lb O.D, 18 O.D. 20 O.D.!20 O.D, 22 O.D. 24 O.D.
O.D. of Pipe Inches 16.000 16.000 18.000 j 18.000 20.000 20.000 22.000 24.000
riiiclinew and !englh i>( centers Inches ^/i^xJ %x7 ^A6x7 %\7 ^/iex7 %^7 %k7 %x7
Number of bolts 10 10 10 10 12 12 14 14
Size of bolts Inches s/gxlOi/z s/gxlOVz ^xlOVzls/gxlOi/zls/sxlOVz s/gxlOVz %xlOi/2 5/8x101/2
Weight in pounds 79 851/2 971/2 IO51/2 110 117 142 152
Dayton No. 1 Couplings: Couplings 4 inches and
larger are furnisined with pipe stops rolled in centers,
which can be removed at small additional cost.
iSpecifications: All couplings are furnished with
'■steel centers. Sizes 3^ to 5~inch have malleable iron
flanges; sizes y^s to 24'inch have steel flanges.
Dayton Light Type Couplings : A limited nunnber
of sizes are available with shorter centers and of
lighter construction for use on low pressure, thin
walled pipe.
Dayton Boltless Couplings: Dayton Boltless
Couplings are constructed entirely of malleable iron
in sizes 54 to 2-inch, with 3 and 5-inch centers, using
regular types of gaskets.
\H
I
liU
Esi
i\^M
mm
IRi ^M^H^
PI I.
I i
I , I
I. <-^'l -
<
tel
I
434
CRANE
Brass Water Gauges
Low Pressure
175-Poutid
250-Pound
No. 623
Rough
No. 625
Rough
No. 624
Rough
No. 610 ^
Po ished
No, 616 No. 613 No. 615
Poiished Polished Polished
Expansion
Tank
Water
For 175 pounds
\\orking
For 250 pounds working pressure
Gauge
pressure
Center to Center of Valves
Unless otherwise ordered, the No. 610, No.
613, No. 615, No. 6ib. No. b24, and No. 625
Gau^res are furnished with the centers shown
below:
..with 14-inch centers
. .with 18-inch centers
. .with 18-inch centers
. .with 18-inch centers
..\\ith 14-inch centers
. . with 14-inch centers
. .with 8-inch centers
List Prices and Dimensions
y2-inch
No. 610
Price, with 14" or shorter centers
Each
5.50
Extra for each inch over 14", up to 36"
.03
Size of glass for 14" centers
Length of guard rod for 14" centers Inches
14
24-inch
No. 610
34-inch
No. 613
24-inch
No. 615
V2-ii^ch
No, 616
Va-inch
No. 623
3^-inch No. bio .
^4-inch No. 610 .
54-inch No. 61 3 .
^-inch No. 61 5 .
J/^-inch No. 616 .
J/^-inch No. 624 .
}-^-inch No. 615 .
When other centers are required, orders must
so specify.
The No. 623 Gauge regularly is furnished
with 13^4-inch centers, as listed in the table
at the right. Any other center is considered
special; prices on application.
Centers over 36 inches : When Water
Gauges with centers greater than 36 inches
are required, two Gauges of shorter lengths,
staggered on the boiler, are recommended.
No. 613 Gauge : The lower \alve of the No.
613 Water Gauge is drilled and tapped for a
^-g-inch drain.
By closing both valves and remo\ ing the cap
at the top of the upper valve, the glass in
this Gauge can be renewed while the boiler
is under pressure.
No. 615 Gauge: The No. 615 Gauge is especially
suited for ser\-ice on boilers having the Water Gauge
aboN-e the reach of the operator, it is chain operated
and regularly is furnished with chains that drop 1 1}4
feet below the lower valve.
When the valves are open, the levers stand in a hori-
zontal position. When the vahes are closed, the
Corrosion-Resistant Liquid Level Gauges . . page 450
Price, with 18" or shorter centers
Each
8.00
Extra for each inch over 18", up to 36"
.03
Size of glass for 18" centers
Inches ^A x 16
Length of guard rods for 18" centers Inches
17
Price, with 18" or shorter centers
Each
15.00
Extra for each inch over 18", up to 36"
.06
Size of glass for 18" centers
Inches % x 16
Length of guard rods for 18" centers Inches
17
Price, with 18" or shorter centers
Each 25. OU
Extra for each inch over 18", up to 36"
.06
Size of glass for 18" centers
Inches I Vs " 16
Length of guard rods for 18" centers Inches
17
Price, with 14" or shorter centers
Each
7.00
Extra for each inch over 14", up to 36"
.03
Size of glass for 14" centers
Inches! V2 x I2V2
Length of guard rods for 14" centers Inches
14
Price, with 131/4" centers
Each
1.90
Size of glass
Inches I % x 12
V2-inch
No. 624
Price, with 14" or shorter centers
Each
3.00
Extra for each inch over 14", up to 36"
.03
Size of glass for 14" centers
Inches! %x 123/4
Length of guard rods for 14" centers Inches
15
y2-inch
No. 625
Price, with 8" or shorter centers
Each
3.00
Extra for each inch over 8", up to 36"
.03
Size of glass
Inches % x 6^/4
Length of guard rods
Inches
Inches I 5/g x \2^
levers stand at an angle of 45 degrees, with the right
hand side down.
The lower valve of the No. 61^ Water Gauge is
drilled and tapped for a Jg-inch drain.
By closing both valves and removing the cap at the
top of the upper valve, the glass in this Gauge can!
be renewed while the boiler is under pressure.
Ammonia Liquid Gauges . - page 4SJ
^^^m
CRANE
435
Water Gauge Accessories
"PYREX'^
High Pressure Gauge Glasses
List Prices and Dimensions
Length
Inches
External Diameter
V2"
%"
y^" V^'
6V4
Per doz.
4.00
8
Per doz.
4.00
4.00
5.60 6.20
9
Per doz.
4.50
4.50
6.30 7.10
10
Per doz.
5.00
5.00
7.00 8.00
11
Per doz a
5.40
5.40
7.40 8.60
12
Per doz.
6.00
6.00
8.40 10.00
I2V2
Per doz-
6.40
123/4
Per doz.
6.40
13
Per doz.
6.40
6.40
9.00 10.60
14
Per doz.
6.60
6.60
9.60 11.00
15
Per doz.
7.00
7.00
10.00 11.80
16
Per doz.
7.80
7.80
11.40 12.60
17
Per doz.
8.00
8.00
11.80 13.40
18
Per doz-
8.60
8.60
12.20 14.20
19
Per doz-
9.00
9.00
13.00 15.00
20
Per doz.
10.00
10.00
14.00 16.40
21
Per doz.
10.50
10.50
14.40 16-80
22
Per doz.
11.00
11.00
14.80 17.20
23
Per doz.
11.50
11.50
15.80 18.60
24
Per doz.
12.00
12.00
16.80 20.00
30
Per doz.
14.00
14.00
20.00 23.40
36
Per doz.
17.20
17.20
24.40 28.40
Siphon for Steam Gauges
List Prices, Each
Size
8-inch Length
Inches
Iron j Brass
V4
.50 KOO
Glass Tube Cutters
For Cutting Gauge Glasses to Length
List Prices
One arm has a scale Tube Cutter Complete
in inches and frac- Extra Cutter Wheels
tions of an inch, a
Each 2.06
Each . 30
slide stop with set screw, and a rotary cutter at the end.
This arm is inserted in the end of the glass tube to the
required distance, against the slide stop or gauge, the
outside of the glass tube resting in the circled end of the
other arm. With a sHght pressure of thumb and finger on
the lever, and a rotation of the glass with the other hand,
the rotary cutter makes an e\-en cut around the inside of
the tube and a very little pressure breaks it off.
Extra Brass Guards for Water Gauges
List Prices
Length
Inches
Price
9
Each
.13
11
Each
.13
13
Each
-13
14
Each
.14
15
Each
.15
17
Each
.17
19
Each
.19
21
Each .21
Length
Inches
Price
23
Each
.23
25
Each
.25
27
Each
.28
29
Each
.31
31
Each
.34
33
Each
.37
35
Each
.40
!r
Mfl
Low Pressure
No. 731. with Moulded
Composition Wheel
15 pounds steam
working pressure
Brass Try Cocks
Standard
No. 730
(Short Pattern)
ii5 pounds steam
working pressure
List Prices, Each
Size
Inches % V2
3/4
No. 730
[ .95 1.00
No. 731
1 .80
No. 734
[ 1.20 1.30
1.45
1 No. 741,
with Chain
8.50
250-Pound
No. 734
With Stuffing Box
250 pounds steam
working pressure
For Brass Cylinder Cocks, Gauge
Cocks, and Pet Cocks, see page 90.
250-Pound, with Chain and Lever
No. 741 (Furnished with 12}/^ feet of chain.)
250 pounds Steam working pressure
The No. 741 Chain and
Le\'er Try Cock shown
betow is designed for
boilers having the try
cock above the reach of
the operator. It can be
tried from the floor, and
for that purpose, it is
equipped with iz}/i feet
of brass chain.
The cock is
fitted with
double valves.
The outer or
primary valve
can be re-
moved and re^
ground while
the boiler is
under pres-
sure.
n*
1 h
r.
II
1
I
436
CRANE
No. 640
Water Column
Cast Iron Water Columns
WORKING PRESSURES
For code installations — 100 pounds steam
For non-code installations ~ 125 pounds steam
The No. 2, No. 3, and No. 4 sizes comply with the
A.S.M.E. Boiler Construction Code (Power Boiler Sec-
tion), as approN'ed by the Council of the American
Society of Mechanical Engineers, August 2, 10341 for
pressures up to 100 pounds.
When used on non-code installations, all sizes are recom-
mended for 125 pounds steam \\-orking pressure.
These Water Columns can be used either on the right
hand or the left hand side of the boiler.
Water Columns are furnished without trimmings
unless otherwise ordered.
List Prices and Dimensions
Size Number 12 3 4
No 640 Tapped and Painted (Without Trimmings) Each 2.75 4.00 | 6,00 8.00
A — Length over all U% IG^/^ ISyg 235/8
B — Center to center of boiler and water gauge connections I 10 I'^Vz 14 18
C — Size of boiler connections 1/^11 1^^
Dimensions
D — Size of water gauge connections V^ V2 Va ^4
in Inches
E — Center to center of try cock connections | 3% 33^4 4^^ 4
Number of try cock connections 2 3 3 3
F — Size of try cock connections % V^ V2 %
G — Size of steam gauge and drain valve connections j Vj *^/4 1 IV4
*No- 2 size can be tapped with 1-inch steam gauge and drain valve connections when so ordered, at a special price.
Trimmings for Water Columns
When trimmings are required for Water Columns,
those shown in the following table are recommended.
Prices of Water Columns complete with Trimmings
are furnished on application. Orders and inquiries
must specify the pressure classification, whether for
code or non-code installation, and whether the
Column is to be installed on the right hand or left
hand side of the boiler.
No. 640
Water Column
Complete
WithTrimmings
Size Number
of Water Column
ti
2
3
4
r> ■
Iron Case Steam Gauge, Bourdon Spring "5" dia.
5" dia. 6" dia.
6" dia.
Basic
Trimmings
All
Brass Gauge Cock, No, 712
Wa"
Va"
V4"
V4"
Syphon for Steam Gauge
Brass
or Iron,
as
ordered
VA"
Vi
Vi"
V4"
AH pressures
Bushing for Syphon
tV2 X V4"
3/4 X 1/4"
1 X 1/4"
1 1/4 X 1/4'
Code or
Non-Code
Bushing for Drain Valve
None required
1 X 3/^"
1 1/4 X 3/4"
Nipple for Drain Valve
tVsxlVa" 34x2" 34x2"
3/4 X 2"
Try Cocks, Code or Non-code
t2 - 3/8"
No. 730
3 - V2"
No. 730
3 - 1/2"
No. 730
3 - W
No. 734
Additional
Trimmings
For pressures
up to
100 pounds
Code or
Non-Code
Water Gauge
Code
V2"
No. 610
I2V2"
centers
34"
No. 610
14"
centers
No. 610
Non-code
V2"
No. 624
10"
centers
V2
No. 624
121/2"
centers
centers
Globe Valve for Drain
Code or Non-code
No. I4V2P
No. 141/2 P
Additional
Trimmings
Try Cocks
2 - W
No. 730
3 - 1/2"
No. 730
3 - 1/2"
No. 730
3 - 3/4'
No. 734
For pressures
from 101 to
125 pounds
Water Gauge
No. 610
10"
centers
No. 610
121/2"
centers
¥4"
No. 610
14"
centers
No. 610
18"
centers
Non-Code
Only
Globe Valve for Drain
N0.I4V2P
V4"
No. 141/2 P
1
fThe No. 1 size Water Column does not comply with the A.S.M.E. Code.
CRANE
437
Brass Whistles
Plain
For steam up to 125 pounds
No, 6o2 also recommended
for air from 25 to 125 pounds.
Chime
Single Bell
For steam or air
up to 200 pounds.
These whistles are accurately designed and
constructed to produce a clear, even tone
with a minimum amount of steam or air.
Special whistles and valves: Whistles
with a greater bell, or whistles for higher
or lower steam or air pressures can be made
to order; prices on application.
Wheel operated and special power valves
can be furnished when necessary; recom-
mendations on application.
Operating large whistle valves : To
facilitate operating the larger whistle
valves, the pull must be at right angles to
the centerline of the whistle.
No. 602
Without Valve
No. 600
With Valve
No. 112-B
Without Valve
No. UO-B
With Valve
When ordering, specify the
diameter of the bell, not the
size of the pipe connection.
List Prices, Each, and Dimensions, in Inches
Diameter of bell Inches 1 IV4 IVz 2 IVz 3 31/2 4 5 6 8
r , —
No. 600, with valve 3.10 3.75 4.00 5.50 6.50 8.50 11.50 15.00 22.50 33.00 95.00
Plain
Whistles
No. 602, without valve 2.20 2.75 3.00 i 4.35 1 5.25 7.25 9.50 12.00 19.00 24.00 70.00
Size of pipe connection V4 V4 % V2 V4 % 1 Wi IVz 2 21/2
No. 110-B, with valve 5.00 7.00 9.00 11.00 14.00 18.00 28.00 38.00
Chime
Whistles
No. 112-B, without valve 3.50 5.00 6.50 S.OO 11.00 14.00 22.00 30.00 70.00
Size of pipe connection % V2 ^/4 Vi 1 IV4 ^Vi IV2 2
r
Whistle Valves,
page 67.
^
I
-^
i'
i
PUli
''I
Short Pattern
List Prices^ Each, and Dimensions, in Inches
Long Pattern
Fire Side Plug
Outsicle Type
No, 750
Water Side Plug
Inside Type
No- 751
Sise
Inches
Vb [ Vi
%
1
Short
No. 750 or 751
.75 .90
1.10
1.50
Pattern
Min. dia. of core
V4 Vi
Vz
Vz
Long
Pattern
No. 4752 or 4752 L
2.40
3.00
4.00
No. 4753 or 4753 L
2.00 2.40
3.00
4.00
Min. dia. of core
% Vz
Vz
V2
I
Service recommendations: Short Pattern Plugs
can be used where there is no law requiring Long
Pattern Plugs. They are not covered by any code
and are recommended for use on heating boilers only.
Long Pattern Plugs are recommended for marine
service and for service where A.S.M.E. Code applies.
They conform to the specifications of the following:
A.S.M.E. Boiler Code, 1937 Edition. (This code does
not advise the use of fusible plugs for working pressures in
excess of 250 pounds.)
General Rules and Regulations of the U.S. Depart-
ment of Commerce, Bureau of Marine Inspection and
Navigation. (Under these rules and regulations, fusible
plugs are not required and will not be permitted where the
maximum temperature to which they are exposed exceeds
425° Fahrenheit.)
American Bureau of Shipping
Lloyds Register of Shipping
Oversize thread: The No. 475^ L and No. 4753 L
Plugs have an oversize thread, and are used where
the continual renewal of plugs has worn the plug
tapping too large for
the standard size
thread. They are
stamped with the
letter "L".
Fire Side Plug
Outside Type
No. 4752
No. 4752 L
Water Side Plug
Inside Type
No. 4753
No. 4753 L
with
with
Oversize Thread Oversize Thread
Massachusetts Standard : Fusible plugs for use in
installations subject to the Rules of the Board of
Boiler Rules of the Department of Public Safety of
the Commonwealth of N-Iassachusetts are made to
order only; prices on application.
Materials : Short Pattern are brass ; Long Pattern are
Crane Hard Metal. Both have pure Banca Tin core.
INSTALLATION
Wacer Side, Inside Type I
\
Outside Type. Fire Side
v;--.^-':-/
, I
S
438
CRANE
Bellou-s Gauge
Style AZ
Standard Gaiice
Styles AA,AAF,AAS
Heavy Dut\- Gau^e
Stvle AlH
I
I
Liquid Le\cl Gauge
Styles AZL, AAL
Crosby Gauges and Recorders
Pressure, Vacuum, Compound, or Altitude
For ratings and misccUaneous data, see the next page.
Prices and additional information furnished on application,
Crosby Gauges and Recorders are high quality instruments
designed for accuracy and durability. Illustrations on
this page show, in part, the extent of the Crosby line.
The table on the opposite page lists the various products
a\"ailable, working pressures, materials, etc.
Movements ofi Crosby Gauges and Recorders are mounted
on a socket extension and are entirely independent of the
case. Bronze mo\-ements have a hard cast bronze sector
and pinion with milled teeth and lapped bushings. Steel
mo\-ements have a forged steel sector and pinion with
milled teeth and with stainless steel bushings, line reamed
and lapped.
All tubes are heat treated. Drawn bronze tubes have sol-
dered connections (sizes to 12-inch of Stvle AR ha\-e
threaded tubes). Drawn alio\- steel tubes ha\-e threaded
connections tor graduations of 100 pounds or more, and
sil\-er soldered connections for graduations below 100
pounds. Bored steel tubes, bored and turned from forged
alloy steel billets, ha\-e threaded connections.
Test gauges are made in a variety of sizes and pressure
classes lor use in \-arious serxices. Style ACV, for testing
gasoline and related fluids by the Reid Vapor Test Method,
conforms to A.S.T.iVI. Specifications.
Liquid level gauges ha\e a diaphragm bell and are used to
measure the height of liquids in tanks or reser\-oirs.
Protectors and diaphragms are a\"ailable for gauges used in
corrosive ser\-ices. A special cieanout-type protector can be
furnished where \-iscous matter such as paper pulp or
soap accumulates and must be remov'ed.
Illuminated dials Can be turnishcd on any single tube frauge
in sizes 10 and 12-inch. The dial is ifluminated without
shadows or glare by a circular neon-type tube attached to
a rellector ring.
Pressure recorders With One, two, three, or four pcns are
offered in pressure graduations ranging to 10,000 pounds.
The recorders feature interchangeable tubes, micrometer
adjustments, one-piece stainless steel pens, push-pull chart
hubs, and uni\-ersal wall or flush mounted cases.
Dead weight testers are simply constructed, easily operated
instruments for calibrating gauges used on pressures up to
2000 pounds.
Fluid pressure scales ate used to measure pressures up to
25,000 pounds. The \veight of the f^uid pressure (in one-
30und increments) is indicated and directly read from the
palanced scale beam. This t>-pe of tester is recommended
for high pressures where the use of a dead weight tester
might pro\'e awkward.
Illuminated Dial
Style A-E
Recorders, Styles
AKA, AKIO, AkiH
Standard Test Gauge
Style AC
Reid Test Gauge
Style ACV
Protected Gauge
Chemical Type
Style A-P
Protected Gauge
Cleanout Type
Style A-C
Fluid
Pressure Scale
Dead Wei-iht Tester
CRANE
439
Crosby Gauges and Recorders (Cont.)
Pressure, Vacuum, Compound, or Altitude
For general description, see the preceding page.
Styles, Sizes, Ratings, Services, and Materials
XvDC
■ nf OflUfTP
Style No.
and
Description
Range
Max.
Gradu-
ation
(Psi.)
Services
Materials
and Recorders
of
Sizes
Case
^ , Move- c> 1 -i-
Tube ^ Socket
merit
Bellows
AZ — Low Pressure 4V2 — 12"
15
Pressure, X'acuum,
Compound, or A citude
Same as AA , , , , ' Brass ' Brass
AW - Utility 31/2- 5" 500
Cast iron Brass Brass , Brass
Single Tube
AA Standard 2V2 16"
600
^Cast ron.
Brass,
Nicke -
Plated.
or
iPhcnol
Brass \ Brass ' Brass
AAF Standard 2V2 !&" 600
Brass Brass ^Stcel
AAS — - Standard
21/2 — 16" 600
Brass Stee Brass
AAG — Duplex
31/2 — 81/2" 600 Pressure
Brass Brass Brass
AAO — Heavy Duty 41/2 — 12" 1000
Pressure, Nacuum.
or Compound
Brass ^^Steel ^Steel
AIO — Heavy Duty 41/2 — 12"
1000
^Steel Steel I^Stecl
AIH — HeavvDuty 41/2^12"
10000
■^Stecl Steel "^Stcc
AIA —Ammonia |4V2 — 12" 1000
Same as AAO
'^Steel Brass '-^Stccl
AH — Hydrostatic i4V2 — U" lOOOO Pressure
'^Stccl Brass Brnss
Gauges
Double Tube AR Self Draining [4^2 H" ' 1500 Pressure
Brass Brass Brass
Test
ACV — Reid Vapor , 41/2" 100 j Pressure
-Brass or
Nickel-
PLirrH
Brass Brass Bniss
ACU — Underwriters^ 3, 31/2"
400
Pressure
Brass Brass Brass
ACI — Inspectors 3"
1000
Pressure, VacLium,
B rass Briiss Brass
AC — Standard 3 — 12"
1000
or Compourid
Brass Brass Brass
ACH - Hydrostatic 6 — 12" I 10000 Pressure
Cast Iron.
Brass, or
Nicke -
P utcd
^Stecl Brass Brass
ACIO -Drawn Tube 6 — 12" 1000
1
Pressure or Vacuum
^Steel Steel ^*Steel
ACIH Bored Tube 6 — 12" 10000 Pressure
-^Stecl Steel -^Stec
Liquid Level
AZL — With Bell 41/2 — 12" 15
Brass Brass
AAL — With Bell 141/2 — 1 2"
600
Pre?>sure or A cicuuc
Br.t^^ ' Bra'^s ' Brass
Illuminated A-E — Aluminum Case 10, 12
. . .
Av;-iilah e nn C >f>sby Single ube Cinugcs.
Protector
A-P — Chemical Type All
500
Availiih e on n types ul Crosby Gauges,
A-C Cleanout Type All
500
AKA - 1 to 4 Pens 10, 12"
600
Pressure. V'acuLim, ^i
^ J V Aluminum
I i imr>f ^1 mn or -\ r i r i ii. c
irass .... Brass
Recorders
AKIO — 1 to 4 Pens 10, 12"
1000
'iSteel .... ^Steel
AKIH — 1 to 4 Pens 10, 12" 10000
sStee ! ... , l^Steel
*Cast iron cases are not furnished on sizes smaller than 3^2-inch; Phenol cases arc lurnishcd only on 4J-2. u, anU bi^-inch sizes,
cd Steel
^Stylc ACV is also available with a Phenol case.
■'iorgcd steel
'L^rawn stcc
. h
B
or
Marshalltown Gauges
(Pressed Steel Case)
Pressure Gauge
Standard dial. ReadinECS to
15, 30, 60. 100, 150, "^200,
250, 300, and 500 lbs.
Vacuum Gauge
Standard dial,
0-30" of
mercury.
Compound Gauge
Standard dial. U-30". X'acuum
and pressure readings to 15,
30. bO. 100. 150. and 300 lbs.
Ammonia Gauge
Standard dial. 0-30"
Readings to 1 50
and to 300 lbs.
The pressure, vacuum, and compound gauges show n
above are available in sizes 2, 2]^, 3, 3)^, 4^^. and
5-inch. They are suitable for air, oil. gas, water, etc.
When installed on steam lines, a siphon should be
used. These gauges have a pressed steel case finished
in black enamel, a seamless brass Bourdon tube,
brass mo\-ements. and a brass ring. Nickel or
chrome-plated rings can be furnished when specified.
Prices and additional information on application.
Ammonia gauges, made in sizes i^-) and 3j/^-inch,
have a stainless steel case and ring, a chrome-
molybdenum steel Bourdon tube, and Monel metal
movements.
All gauges ha\'e independent mounting. They are
furnished with a '4-inch male bottom connection,
unless otherwise specified. Dials should be graduated
to approximately double the operating pressure.
Siphons for steam gauges page 435
1,
m
*j
m
<.
. -I ■.
.-* -\. ' X''*^
w ■ii
!)■
■'1
I
440
CRANE
Lubricators, Oilers, and Grease Cups
Double Connection
Single Connection
List Prices, Each
Capacity
Double Connection I Single Connection
Polished
Brass
Nickel
Plated
Polished
Brass
Nickel
Plated
1/3 pint
22,50
25.50
23.50
26.00
1/2 pint
23.50
27.00
25.00
27.00
1 pint
27.00
32.00
28.50
31.50
1 quart
34.50
37.50
37.00
39.00
V2 gallon
51.50
55.00
"Genuine Detroit"
Improved Standard Lubricators
Detroit Lubricators are made in a variety of styles and
kinds to properly lubricate the valves and cylinders ot
all types of steam engines, steam pumps, gas engines,
air compressors, and similar operating units. Improved
Standard Lubricators are not to be used for pressures
in excess of i 50 pounds. The support arm is threaded
for J/^-inch pipe on lubricators of 14 P't^t to i quart
capacity; the J^ gallon size has a support arm threaded
for %-inch pipe.
Double connection: The double connection lubricator
is installed with both connections between the boiler and
the throttle.
Single connection: The single connection lubricator
is used where conditions do not permit the installation
of a double connection lubricator. It can be connected
either above or below the throttle or into the steam
chest direct.
m
Sight Feed, Snap Lever Oiler
This Sight Feed, Snap Lever Oiler with a
hinged oil hole cover is for use with engines,
machinery, dynamo bearings, shafting, etc.
When once adjusted for proper feed, it re-
quires no further attention. No amount of
jar or motion will affect the working
mechanism. When the lever is up, the cup
is feeding; when down, the feed is shut off.
List Prices and Dimensions
Size Number
00
1
iy2
2
3
4
5
6
List
Brass finish
Each
2.85
3.00
3.25
( 3.50
i.75
4.25
5.25
7.25
9.25
Price
Nickel plated
Each
3.25
3.50
3.75
1 4.00
4.25
4.75
5.75
8.00
10.25
Outside diameter of glass
Inches
iVs
IV4
IV2
1%
2
2V4
2V2
3
31/2
Height of glass
Inches
1
IVs
1%
1%
m
2V8
2%
3
4
Capacity
Ounces
Vi
%
1
IV2
21/2
4
5
10
18
Pipe thread of shank
Inches
Vh
Vs
V4
! V4
%
%
%
V2
V2
Plain Compression Grease Cup
List Prices and Dimensions
Size Number
00
1
2
3
4
List
Price
Not polished
Each
.55
.75
.95
1.25
1.70
2.30
Brass finish
Each
.70
.90
1.15
1.50
2.15
2.90
Nickel plated
Each
.80
1.05
1.35
1.80
2.60
3.40
Outside diameter
Inches
Inches
IVb
IV16
1%
2"/l6
2%
3Vl6
Pipe thread
y«
Va
1/4
%
V2
V2
Capacity
Ounces
V2
2/3
1
2
31/2
5
In many places, particularly for rough work, a plain device. These strong, durable grease cups are made
brass grease cup is a very satisfactory lubricating from brass castings — not spun brass.
For oilers and grease cups of other types and sizes . . . prices on application.
CRANE
441
Penberthy Automatic Injector
K'/
Size
Price
Each
Horse Power
Based on
Ordinary
Tubular
Boiler
Based on
30 lbs. Water
per H.P.
per Hour
Pipe
Con-
nection
Inches
Capacity per Hour
1 to 3 feet lift,
60 to 110 pounds
steam pressure
Minimum
Maximum
Gallons
Gallons
Stock Model [njector
0-22
15.00
3 to 6
4 to 8
V4
60
35
00-21
16.00
4 to 8
6 to 12
%
80
45
A-22
18.00
8 to 16
10 to 20
V2
135
70
AA-21
20.00
12 to 22
15 to 30
Vz
180
100
B-22
25.00
17 to 32
22 to 45
V4
260
140
BB-21
30.00
20 to 45
25 to 60
V4
360
180
C-22
40.00
40 to 65
45 to 80
1
475
250
CC-21
45.00
45 to 80
50 to 100
1
600
325
D-22
55.00
50 to 100
60 to 135
IV4
800
425
DD-21
60.00
75 to 135
85 to 165
iy4
1000
S25
E-24
75.00
100 to 180
125 to 235
1V2
1400
740
EE-23
90.00
115 to 255
150 to 320
IVz
1900
850
F-24
110.00
160 to 320
200 to 4O0
2
2400
1275
FF-23
125.00
200 to 400
250 to 500
2
3000
1600
GG-21
200.00
375 to 600
400 to 750
2V2
4200
2150
These injectors are designed for suction lift, but they
will work fairly well with water under pressure.
Better service, however, will he had at the lower
steam pressures if a special steam jet is substituted
when connecting directly to a city pressure line.
Stock Model Injectors are of the " Suction Left 0\'er-
f^ow Front, Delivery Back" design and are for steam
from 2> to I bo pounds. Injectors with special
connections or those for higher or lower pressures
can be furnished when so ordered.
Penberthy "XL-96" Ejector
Series 1, Stock Model, Siphon or Steam Jet Pump
A forcing Ejector of sufficient power to ele\"ate i foot
per each ij^ to i?^ pounds of steam. This Ejector
has both lifting and elevating power, but on deep
suction lifts with slight elevation, the water can be
delivered cooler with the Penberthy Series 20 or
40 Ejectors.
List Prices
Size
No.
All Brass
Each
Iron
Body,
Brass
^Jets
Each
Pipe Con-
nection,
Steam
Pipe Con
nection,
Suction
and
Delivery
Capacity^ Gallons per Hour
40 to 65
pounds
Steam,
3 Feet
Lift
20 to 40
pounds or
65 to 100
pounds
40 to 65
pounds
50 Feet
Elevation
40 to 65
pounds
25 Feet
Elevation
Vertical Lift
40 to 75
pounds
Steam
Feet
25 to 40
or
75 to 100
pounds
Feet
I
1 8.00
(Sizes 1 to
4 made in
Brass only)
s/g 1/2 240 235 ' 120 180 23 20
2 1 10.00
1/2 ^4 500 450 250 375 25 22
3 15.00
34 1 840 700 420 625 25 22
4 20.00
1 11/4 1,350 1,300 650 950 25 22
5 25.00 i 20.00 ; 1 IV2 1,950 1,850 , 975 , 1,450 25 22
6 35.00 27.50 ' IV4 2 3,500 3,000 1,750 2,600 25 22
7 50.00
40.00
11/2 2V2 5,700 4,350 2,500 3,750 25 22
8 1 70.00
50.00
2 3 9,500 8,160 4,750 7,200 25 22
9 105.00
70.00
2 3V2 13,600 12,400 6,800 10,200 25 22
10 145.00 95.00
21/2 4 1 18,400 17,100 9,200 13,800 25 22
When Ejector is lifting 10 feet or over, the suction pipe should
be one size larger than the suction connection of Ejector,
enlarging close to Ejector, A foot valve should also be used
on deep lifts.
When Ejector is elevating more than 20 t
should be one size larger than coupling
close to Ejector.
eet, the discharge pipe
on Ejector, enlarging
I"
IN
■id
w
9
Ni
»
■"ilVi
• I
J-j._V
l^*#
I,
It
1^:,
I >
M I',.
.1 \
i\
I
■It'
(!
I
442
CRANE
!■:■:»
m
Model 36
Size
of
Pump
Inches
List
Price
Each
Vi
8.00
10.00
12.00
14.00
2
16.00
2 v.
20.00
24.00
70.00
Automatic Electric Sump Pumps
List Prices, Capacities, Dimensions, Etc.
Model
No.
List
Price
Kach
Pipe
Conn.
Inches
Sump
Depth
Feet
Height
of
Puinp
I't.— In.
Approximate Capacity
ill Gallons per Hour
Against Total Discharge
Head of
Size
Motor
5 Ft. 10 Ft. 15 Ft. 20 Ft.
HP.
36
39.50 1
2
3 41/2 1500 1500 1250 750
Vi
IK
2K
3K
4K
5K
65.00 114
2
3 71/4 3200 1 2600 1900 1000
Vi
85.00 11/4
3
4 71/4! 3200 2600 1900 1000
Va
100.00
1V4
4
5 6 3200 1 2600 1900 1000
Vi
125.00
iy4
6V2
7 11 3200 2600 1900 1000
\k
150.00 v-u
8 1/2
9 10 3200 2600 1900 1000
V4
. ^.„, „,^w..v^.g,v, .....uu ._i^uuij ujn_ vtiLin-ai i_iisLciin;e iiurri water
level in sump to point of discharge plus all head lost by pipe friction.
Model K
Model 36 : This pump is powered by a ^ HP. induction motor, 1725
R.P.M., for no volt. 60 cycle current; motors for 220 volt, 60' cycle
current can be furnished when so ordered. These pumps are of copper
and bronze construction. They have a double shroud impeller, mer-
cury switch control, and the motor is protected against improper
voltage, overloading, etc,
Model K: These pumps are made in five sizes and are powered by a
Repulsion and Induction type motor. 1750 R.P.M., for no volt,
60 cycle current. Motors for 1 10 volt, 25- or 50 cycle; 220 volt, 25, 50'
or 60 cycle; or 100 volt direct current can be furnished at no addi-
tional charge. An extra charge of $5.00 is made for motors using
] 10 or 220 volt, 30 cycle current; 250 volt, 50 or 60 cycle current" or
32, 220, or 250 volt direct current. These pumps are designed for a
maximum head of 22 feet. They are of copper and bronze construction
have a mercury type switch, and the motor is protected against over-
loading, improper voltages, etc. All bearings that require lubrication
are provided with oil or grease cups.
Steam Jet Pumps or Ejectors
List Prices, Capacities, Dimensions, Etc.
Capacity
Gallons
per
Minute
Suction
Pipe
Inches
Discharge
Pipe
Inches
Steam
Pipe
Inches
Steam
Opening
Inches
HP.
Required
to operate
g
3/4
V2
3/
'8
15
Vi
16
1
Va
V2
20
V4
Wi
I
V2
30
5/
16
1V2
IV4
^4
40
y*
8
IV2
¥4
50
V^
2V2
16
8
1
60
V2
250 I
2V2 1 1
10
Vi
16
15
Note: The above capacities are based on ?0-pound steam pressures.
These Jet Pumps or Ejectors are used for filling
tanks, transferring liquids from one part of a build-
ing to another, substituting for water tank on rail-
roads, and unwatering shallow mines, pits, cellars,
coffer-dams, quarries, wells, etc.
The limit of perpendicular suction is 14 feet and
will require a steam pressure of at least 25 pounds;
special pumps are furnished for higher suction power.
Liquids may be forced to an ele\'ation equal to about
one foot to each pound of steam pressure ; how ever,
we recommend that two pumps be used, one placed I
above the other, for elevations above 50 feet. ^
These pumps will work in any position.
MfSfft :■ -«~i
L h
CRANE
443
Corrosion-Resistant
Alloy Valves and Fittings
Ser\-ice recommendations pages 443 to 445
Globe and Angle VaUxs , .pages 446 and 447
Gate Vahes page 448
Gheck VaK'es page 44q
Relief Vahes and Liquid Le\ el Gauges page 450
Miscellaneous Special VaK-es page 45 i
Screwed Fittings and Unions page 452
Flanged Fittings and Flanges page 453
Sanitary Vah'es and Fittings pages 454 and 455
Alloy Gast Iron Wedge Gate VaKes page 456
Chlorine Vahes page 457
Fabricated Alloy Piping page 457
All-Iron Vah'es page 458
Metals and Materials - . . .pages 1 to S
Service Recommendations
Crane Corrosion-Resistant Alloy Valves and Fittings
are re^ularlv made of iS-8 Mo Allov Steel, Monel
metal, Nickel, or Silicon Bronze. No one of these
metals is resistant to all of the corrosive fluids used
in the chemical process industries: but. with a few-
exceptions, one or more of these metats will be found
suitable for sersice in the presence of corrosi\e
solutions.
All castings made of corrosion-resistant metals and
alloys are produced in Crane foundries under the
constant supervision of expert metallurgists. Bar
stock used in valves and fittings is purchased under
rigid specifications which insure the use of material
adequate in both physical and chemical properties.
This page and the Iwo follo\^"ing pages are devoted
to ser\'ice recommendations for 18-8 Mo. iVlonel
metal. Nickel, and Silicon Bronze. It should be
remembered that ser\'ice recommendations are
tentati\'e in nature, and obscure tactors often greatly
alter circumstances and thus alter recommendations.
These recommendations can he followed in most
instances, howe\"er, and Crane engineers are always
a\'ailable to make specific recommendations based on
a detailed study of the indi\idual corrosion problem.
Marking: Crane iS-S Mo V''al\'es and Fittings can
be identified by the marking" 18-8 VI" ; Monel metal,
by the marking "NICU"; Nickel, by the marking
"NI"; and Silicon Bronze, by the marking "CUSI."
*«^» *W* ^H^ ^1^ ^^^ - *f J ■ ^t^ ^9t^
^\^ ^^^ *■* ^^^ ^W ^^^ ^^^ *^^
18-8 Mo Alloy Steel
Crane 18-8 Mo Alloy Steel (.18-8 chromium-nickel
molybdenum steel) is an exceptionally high grade
stainless steel that is highh' resistant to many forms
of corrosi\e action. Crane 18-8 Mo Alloy Valves
and Fittings have a wide range of application in the
food, pulp, paper, textile, dye, chemical, and related
industries.
Crane 18-8 Mo alloy steel valves and fittings are
recommended for service in handling acetic acid,
nitric acid, alum solutions, alkalies (such as caustic
soda, soda ash, etc.), limes, bleaching solutions,
corrosive mine waters, fatty acid, food products,
fruit juices, sulfite liquors and vapors in paper mills,
^ sulfurous acid, tanning liquors, and a large number
of other industrial chemicals.
I
Steels of the chromium-nickel type appear to be
satisfactorily resistant to all the fatty acids, both
pure and in the presence of the customary organic
impurities; but they may not he completely resist-
ant. The processing of the higher boiling point
acids, particularly oleic and stearic, invoKes temper-
atures around 500° F. and introduces problems which
are not encountered in handling the other members
of this group at lower temperatures. In this ser\-ice
18-8 Mo is used to a considerable extent. iS-8 Mo
is used in ser\'ice with carbonated be\-erages if
sulfurous or some organic acid is present. For serv-
ices with chromic acid, this alloy is often recom-
mended when contamination with iron must be
avoided, also in many services with nitric acid it is
recommended, although there are some cases where
it gives inferior corrosion resistance to that of the
I
■ )
\
r\
'
w
ft
II
I
I
444
CRANE
Service Recommendationx (Cont.)
Straight chromium alloy steels. It is apparently
satisfactory for handling pure phosphoric up to
85 percent acid at ordinary temperatures, but should
not be offered for use with crude acid under any
circumstances. Again it shows excellent resistance
to hot q8 per cent sulfuric acid and to dilute solutions
(less than 10%) at ordinary temperatures. When
used with cold full strength acid and with the inter-
mediate concentrations, the results are not so good.
In the handling of calcium and magnesium hydrox-
ides, when absolute freedom from contamination is a
requisite, the use of valves, pipe, and fittings made
entirely of 18-8 Mo is indicated. This alloy is
sufficiently resistant to warrant its use in handling
solutions in the manufacture of and involving the
use of, chemically pure grades of sodium, potassium,
and barium hydroxide. However, when impurities
are present, the resistance may not be so good. It is
more apt Co be required for potassium hydroxides,
while regular materials are used with sodium hy-
droxide where corrosion is not objectionable.
18-S Mo is practically immune to corrosion by many
food products and should be acceptable, although
not necessarily required, in most all cases. It resists
welt all organic acids in the concentrations which
are apt to be present; is not attacked by carbonic
and sulfurous acid under similar circumstances; and
in addition, is capable of resisting corrosion by the
small amounts of phosphoric acid which are occa-
sionally encountered. It is also resistant to alkaline
cleaning solutions and to some of the chemical
sterilizers.
Crane Co, is licensed under Patent No. 1,587,614
to menu facture vah'es and fittings made from ! 8-8
chromium-nickel alloy with 2 to 4% molybdenum.
Thread lubricants : r 8-8 Mo A 1 lo y has such
excellent resistance to corrosion that it will be used
in contact with a wider variety of fluids than are the
more common piping materials. Some of these fluids
either dissolve or react chemically with the lubri-
cating and sealing compounds that are normally used
in making up screwed joints. It is essential, there-
fore, that suitably compounded thread lubricants be
used when assembling i8-8 Mo Alloy screwed pipe,
valves, and fittings. There are several lubricants
available, depending on the fluid to be handled
and on the operating conditions. Specific recom-
mendations will be furnished upon request.
Monel Metal
Monel metal is a nickel-copper alloy containing
approximately two-chirds nickel and one-third
copper. It has high tensile strength, ductility, and
offers excellent resistance to corrosion. This alloy
finds many applications in the bottling, brewing,
canning, ceramic, chemical, dyestuffs, food, paint,
refining, rubber, soap, sugar, tanning, textile, and
their related industries.
Monel metal shows good corrosion resistance in
handling hydrochloric acid, phosphoric acid, sulfuric
acid, acetic acid, formic acid, butyric acid, potassium
hydroxide, sodium hydroxide, vegetable oils, and
food products.
In the handling of the mineral acids, the resistance
Corrosion -Resistant Alloy Valves and Fitting,
of Monel metal is fairly good in the lower concen-
trations. In most cases, the resistance of Monel
metal is as good as that of nickel and due to its lower
initial cost would make it seem the preferred ma-
terial. Monel metal may be used in handling hy-
drochloric acid in concentrations up to about 2c
per cent hydrochloric acid; higher concentrations are
strongly corrosive. Caution should be exercised in
using it in contact with hot or highly aerated solu-
tions of this acid of greater than 2 per cent concen-
tration and at temperatures above 120° F. Monel
metal resists phosphoric acid over a wide range of
concentrations; however, it is corroded appreciably
by oxidizing impurities present in the crude acid
when made by the treatment of phosphate rock with
sulfuric acid. Its resistance to this crude concen-
trated acid is probably not quite so good as that of
the copper-base alloys. Sulfuric acid solutions in
concentrations up to 80 per cent sulfuric acid may
not corrode this alloy to a great extent; however,
the limiting concentration with which this material
should be used is in the neighborhood of 50 per cent
sulfuric acid. Although it is attacked very rapidly
by oxidizing acids such as nitric and nitrous and is
not recommended for use with sulfurous acid, it is
found to have good corrosion resistance to organic
acids such as acetic, formic, and butyric, and is
apparently less affected by the presence of oxidizing
agents than the copper-base alloys.
Monel metal has been found to show good corrosion
resistance in handling of alkalies. In the handling
of caustic alkalies, such as sodium and potassium
hydroxides, Nickel and Monel metal are given
preference for vah'e trim ; however, if the equipment
be made entirelv from one material, nickel is often
given the preference in some cases because of its
freedom from copper, and with the cost and avail-
ability being the determining factor in other cases.
Monel metal is widely used in handling salt solu-
tions. In handling alkaline salts, there are many
special cases where it may be necessary to make
the entire installation of Monel metal. Where
neutral salts must be handled without contamina-
tion, Monel metal is used, and in such cases where
iron valves are used, they are Monel metal trimmed.
In the processing and handling of vegetable oils,
it has been used to some extent to prevent contami-
nation with copper. This alloy is very useful in the
handling of food products due to the fact that it
shows good resistance to the acids, cleaning solu-
tions, organic acid salt mixtures, and brines en-
countered in the food industry. However, before
any material is specified in the handling of food
products, the stage of the process at which the
equipment is to be used should be known.
Nickel
Crane Cast Nickel (commercially pure) contains a
minimum of 0^7% nickel, the remainder consisting of
silicon, carbon, manganese, and iron. It is highly
resistant to corrosion and finds many applications
in the food, textile, glue, paint, sugar, bottling,
canning, tanning, and related industries.
Pure nickel valves and fittings are recommended for
service in handling chloroacetic acid, calcium hydrox-
■ii.
11.
■fl,
i
'It
:a'
.-Lf
":ac
per
I*
iiic
i
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I
1
%
^lic
-ft
■■J
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k
m
"Corrosion -Resistant Allay Valves and Fittingm
CRANE
445
'; r
de. fruit juices, gallic acid, hydrochloric acid,
nagnesium chloride, sodium chloride, sodium hy-
Iroxide, food products, and a large number of other
ndustrial chemicals.
3ne of the most useful properties of nickel is its
)ractically complete resistance to corrosion by solu-
,ions of the alkalis. Due to this characteristic,
extensive use is made of nickel in the manufacture
)f "fixed alkalis" and "alkaline salts". In handling
,olutions of calcium, magnesium, sodium, potassium,
ind barium hydroxides, which are kno\\n as the fixed
ilkalis, where absolute freedom from contamination
s necessary, nickel valves, pipe, and fittings are used.
t is found in the handling of alkaline salts that the
:arbonates, phosphates, and silicates aid in the
ormation of protective coatings, which after a small
imount of initial corrosion usually pre\'ent any
urther attack. In such cases, alkaline salt solutions
ire less apt to require such high-grade materials as
he fixed alkalis; however, nickel is often used for
alve trim, with the choice depending upon the
everity of the service conditions and the type of
'alves required. Alkaline salts of the oxidizing
'ariety, such as hypochlorite solutions, are generally
■ery corrosive toward nickel. Only dilute solutions
an be handled by nickel, provided the time of con-
act is of short duration. However, nickel is not
.^tcted by alkaline solutions containing hydrogen
leroxide, such as are used for textile bleaching.
^Jickel is not widely used in the handling of mineral
cids but does find some application in the handling
if other fluids in which these acids are present as
ncidental impurities. In particular, it is often the
ireferred material for handling food products at
tages where hydrochloric acid is unavoidably
'resent. Nickel possesses useful resistance to fatty
cids such as stearic, oleic. The particular applica-
ion in this case seems to be in the handling of food
nd other products containing these acids in com-
lination with substances which corrode aluminum
nd the chromium-nickel alloys.
-JickeL is used, to some extent, in the handling of
ils and fats where contamination with copper is
bjectionable. It is also extensively used for food-
■rocessing and food-handling equipment, since its
orrosion resistance is high and the nickel salts
bsorbed by the food stuffs are physiologically
larmless.
Silicon Bronze
'ilicon bronze is a high copper bronze alloy, having
^proximately 4% silicon as its most distinguishing
ement. Silicon bronze, in addition to its strength
nd excellent physical properties, offers good resist-
nce to many corroding agents. This alloy has many
ses in the ceramic, cleaning, dyestuff. leather, paint.
efrigeration, textile, tanning, and related industries.
■ilicon bronze is recommended for use in handling
Lilfuric acid, alum solution, calcium chloride, chloro-
cetic acid, carbon tetrachloride, hydrofluoric acid,
lydrobromic acid, hydrochloric acid, and oxalic
cid, phosphoric acid, and zinc sulfate.
''ilicon bronze shows fairly good corrosion resistance
to dilute solutions of the halogen acids (hydro-
bromic, hydrochloric, hydrofluoric, and hydriodic),
and can often be used, particularly for parts of
equipment where corrosion can be offset by the use
of extra heavy wall thickness. It is recommended
for use with cold hydrofluoric acid of strengths up
to 18 per cent acid, with cold hydrobromic and cold
hydrochloric acids of all strengths, and with hot
hydrochloric acid at temperature up to about i 50° F.
in concentrations up to 20 per cent hydrochloric
acid, it must be remembered that these recom-
mendations are based on contact with acids in the
absence of air. In the presence of air the resistance
is not nearly so good; and if the aeration is excessive,
the resistance may not be at all satisfactory. It
cannot be emphasized too strongly that the halogen
acids are extremely difficult to handle in metallic
equipment. Thus in selecting equipment lor the
handling of halogen acids careful study must be made
as to its exact application. Since a certain amount of
corrosion will be expected in any case, it is recom-
mended that all \-al\e parts be made with as heavy
a wall thickness as is feasible.
Copper and the high copper alloys are not outstand-
ing in their resistance to either pure or crude phos-
phoric acid of most strengths; but, in the absence
of anything better at a comparable price, they are
frequently used in the handling of pure dilute acid
and concentrated acids at temperatures below the
boiling point. .\\\ of the copper-base alloys are
actively corroded by the dilute crude acid. However,
silicon bronze is recommended for use with phos-
phoric acid of strength up to t>q per cent acid in
unaerated solutions. I here are many cases in the
handling of sulfuric acid which do not permit the
use of lead, and for such cases there are available a
number of nonferrous alloys, such as silicon bronze,
which ha\'e quite satisfactory corrosion resistance
to some concentrations of the acid. The limiting
concentration with which silicon bronze should be
used is in the neighborhood of 50 per cent acid. The
amount of corrosion in this ser\ice depends largely
upon the amounts of clissobed air in the acid. In
the presence of a large amount of dissolved air or
other oxidizing agents, the corrosion may be, and
often is, considerable.
Silicon bronze and other copper base alloys have
quite good corrosion resistance to boric acid, but
cannot always be employed in handling pure acid
because of the fact that man>- of the purposes for
which the acid is used are such as to make contami-
nation with copper rather undesirable. In handling
of chloroacetic acid, silicon bronze is used occasion-
ally and should give reasonable resistance in the
absence of aeration. Copper and copper-base alloys
show quite good corrosion resistance against oxalic
acid, but as a rule are not offered for service where
discoloration or contamination with copper salts is
objectionable. Silicon bronze, however, is recom-
mended for use with all concentrations up to the
boiling point.
Silicon bronze is occasionally used with chlorinated
solvents in recovery systems employing steam dis-
tillation, and in other situations where water may
be present.
^<- ..t-J-^
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t I
446
CRANE
Corrosion-Resistant Globe and Angle Valves
Union Bonnet
For service recommendations , see pages 443 to 445,
Cross Section
Globe, Screwed
18-8 Mo Alloy Stee
Monel Metal
Nickel
Silicon Bronze
*Globe, Screwed
% to 2--inch
No. 18801
18-8 Mo Alloy Sceel
No. 17701
Monel Metal
No. 16601
Nickel
No. 15501
Silicon Bronze
*Angle, Screwed
)/i to 2-inch
No. 18802
18-8 Mo Alloy Steel
No. 17702
Monel Metal
No. 16602
Nickel
No. I5S02
Silicon Bronze
Globe, Flanged
1 to 2-inch
No. 18803
18-8 Mo Alloy Steel
No. 17703
Monel Metal
No. 16603
Nickel
No. 15503
Silicon Bronze
Angle, Flanged
! to 2-inch
No. 18805
18-8 Mo Alloy Steel
No. 17705
Monel Metal
No. 16605
Nickel
No. 15505
Silicon Bronze
*3^ and 3^-inch valves have a screwed bonnet (not illustrated).
Prices on application
Materials : With the exception of the malleable iron
handle and brass handle nut, all parts o( sizes H-inch
and larger are cast entirely from t8-8 Mo Alloy
Steel, Monel metal, Nickel, or Silicon Bronze.
In the ]4 and S/g-inch sizes, these parts are made
from bar stock of the same metals.
For service recommendations and marking identi-
fications, see pages 443 to 445-
Disc connection: The disc in sizes '^4 Co V^-inch
is integral with the stem. In larger sizes, the disc
swivels on the stem as illustrated in the cross-section.
Bonnet construction: VaKes V^-inch and larger
have a union bonnet; smaller sizes have a screwed
bonnet.
The union bonnet type construction utilizes a union
ring which reinforces the bonnet joint and facilitates
dismantling and reassembling without danger of
injuring the valve.
Handles: The valves are furnished with a tee
handle on the )^ and ^-inch sizes and a cross handle
on sizes J4 to 2-inch.
Stuffing box: The stuffing box is equipped with
a gland and is unusually deep. It is filled with high
grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure.
Flanged valves : End flanges conform to the MSS
150-Pound SP Bronze Flange Standard (No. SP-i-
1^37), They are plain faced with two V-shaped
concentric grooves between the port and bolt holes.
prices of flanged valves include drilling to the MSS
150-Pound SP Bronze Standard, and spot facing:
no deduction will be made if valves are ordered
faced only.
Full face gaskets should be used; see page 567.
I
Dimensions, in Inches
Size
Va
%
V2
%
1
IV4
IV2
2
End to end, Globe, Screwed
iVs
2Vl6
2V4
2V4
3Vl6
3%
4V2
5V4
Center to end, Angle, Screwed
T^Vie
tlV32
1V16
Ws
l^Vl6
l^Vie
21/4
2%
Face to face, Globe, Flanged
43/1 6
4Vl6
55/16
6
Center to face, Angle, Flanged
2%
278
3yi6
33/4
Center to top of stem, open^ Globe
or Angle
3V8
3%
4%
53/8
6
67/8
7V&
8%
Distance across handle
1 2Vl6
2Vl6
3^4
33/4
43/4
43/4
6
7
Diameter of flange
41/4
4%
5
6
Thickness of flange
%
W32
V16
V2
1
tThese are for center to side opening only: center to bottom opening is ^iV and ^He", respectively.
Crane materials - . . pages 1 to 9
Templates for drilling . . page 5S0
CRANE
447
Corrosion-Resistant Globe and Angle Valves
Bolted Bonnet
For service recommendations, see pages 443 to 445.
■I
HI
Cross Section
Globe. Flanged
18-8 Mo Alloy Steel
Monel Metal
Nickel
Silicon Bronze
Globe. Flanged
23> to b-inch
No. 18S03
18-8 Mo Alloy Steel
No. 17703
Monel .Metal
No. 16603
Nickel
No. 15503
Silicon Bronze
11
Angle, Flanged
2) 2 to 6-inch
No. 18805
18-3 Mo Alloy Steel
No. 17705
NIonel Metal
No. 16605
Nicke!
No. 15505
Silicon Bronze
H
Prices on application
Construction and nnaterials : These Flanged end
Globe and Angle Val\es are of the outside screw and
yoke type, with a bolted bonnet and a renewable
seat.
All parts which come in contact with the fluid in
the line, including the body, bonnet, stem. disc.
disc stem ring, body seat ring, and gland are made
entirely of 18-8 Mo Alloy Steel, Monel metal, Nickel.
or Silicon Bronze.
For ser\'ice recommendations and marking identi-
fications, see pages 443 to 445.
Disc connection: The disc swi\els on the stem: it
is closely guided throughout its tra\e! by a guide
stem operating in the bridge cast integral w ith the
body seat ring,
Bolted bonnet : The yoke type bolted bonnet
brings the stem threads on the outside where they
are not affected by the fluid in the line and where
they can be easilv lubricated when necessary.
This bonnet construction provides a strong, tight
joint which can be easily dismantled and reassembled
without danger of injury to the vaK'e.
Stuffing box: The stuffing box is equipped with a
bolted gland and is unusually deep. It is filled with
high grade packing.
Repacking: These vaKes, when wide open, can be
repacked while under pressure.
Flanged valves: End flanges conform to the MSS
i 50-Pound SP Bronze Flange Standard (No. SP-
2.-iq37j. They are plain faced with two V-shaped
concentric grooves between the port and bolt holes.
Prices of flanged vaK-es include drilling to the MSS
150-Pound Standard, and spot facing: no deduction
will be made if \'alves are ordered faced only.
Full face gaskets should be used; see page 5O7.
Dimensions, in Inches
Size
2V2
Face to face, Globe
Center to face, Angle
8
9M
'8
11
I2V4
^Va
Center to top of stem, open. Globe
45/
14
8
5V2
61/,
Center to top of stem, open. Angle
103/4
nVi
137/
8
I6V2
Diameter of wheel
9V4
isy,
lOVs
123/4
153/8
163/4
8
10
piameter of iflange
Thickness of flange
10
12
7Vi
9
10
11
V16
Vt
s
'V16
¥4
^3/
16
Crane materials . . pages 1 to 9
Templates for drilling. . . page 550
i\=
I
1,1 ■ ..
li.l '
I ''.^
BBl
li .
I I
I ',
448
CRANE
Corrosion-Resistant Gate Valves
Wedge Disc — Non-Rising Stem
r^i
For service recommendations, see pages 443 to 445.
Cross Section
Screwed Bonnet
18-8 Mo Alloy Steel
Monel Metal
Nickel
Silicon Bronze
Screwed Bonnet
^ to 2-inch
No. 18840, Screwed
18-8 Mo Alloy Steel
No. 17740, Screwed
Monel Metal
No, 16640, Screwed
Nickel
No. 15540, Screwed
Silicon Bronze
Screwed Bonnet
Bolted Bonnet
Cross Section
I to 2-inch
23^ to 6-inch
Bolted Bonnet
No. 18841, Flanged
No. 18841, Flanged
No. 18841
18-8 Mo Alloy Steel
&-^ Mo Alloy Steel
18-8 Mo Alloy Steel
No. 17741, Flanged
No. 17741, Flanged
No. 17741
Mone Metal
Monel Metal
Monel Metal
No. 16641, Flanged
No. 16641, Flanged
No. 16641
Nicke
Nickel
Nickel
No. 15541, Flanged
No. 15541, Flanged
No. 15541
Silicon Bronze
Silicon Bronze
Silicon 3ronze
Prices on application
Construction: These vah'es are the non-rising
stem, ^^■edge disc type, and are carefully designed
and assembled to assure efficient operation and long
life. Metal sections are more than ample.
Flanged end valves in sizes zj^-inch and larger have
a bolted bonnet and renewable seats. Sizes i to
a-inch have a screwed bonnet, and the seats are cast
integral with the body.
Screwed end valves also have a screwed bonnet and
seats cast integral with the body.
Materials: All materials which come in contact
with the fluid in the line are cast entirely from 18-8
Mo Alloy Steel. Monel metal, Nickel, or Silicon
Bronze. These- parts include the body, bonnet, stem,
disc, body seat rings, stuffing box, packing nut, and
gland.
For service recommendations and rnarking identi-
fications, see pages 443 to 445.
Stuffing box: The stuffing box is deep and is
equipped with a gland. It is filled with high grade
packing.
Repacking : These valves, when wide open, can be
repacked while under pressure.
Flanged valves: End flanges conform to the MSS
150-Pound SP Bronze Flange Standard (No. SP-
2-iq37). They are plain faced with two V-shaped
concentric grooves between the port and bolt holes.
Prices of flanged valves include drilling to the MSS
150-Pound Standard, and spot facing; no deduction
will be made if valves are ordered faced only.
Full faced gaskets should be used; see page 567.
, .1:
■
1 ■.
1 •
Dimensions, in Inches
1 Size
V4
% V2 V4 1 IV4 1 IV2
2
2V2
3
4
S
6
y End to end
l^VlG
l^Vie 21/8 23/8 213/ig 33/, fi 3Vifi
3ys
1
1 1 Face to face
33/8 3% 43/8
51/2
5
51/2
6V:t
7
7V2
|| Center to top
J Diameter of wheel
334
-y-'A 4Vi6 43/4 5% 6Vifi 71/4
8%
101/4
nvs
143/8
I6V2
18 Vs
m
1^/4 2Vi6 IVie 23/4 3Vi6 35/«
4Vifi
6
7
8
9
9
t
f
1 , 1 Diameter oi nange
41/4 45/8 5
6
7
7V2
9
10
11
1 Thickness of flange
1
% i3/„ 7/,,
V?
Vifi
%
^Mfi
V4
^Vl6
1 ' '
1 1
I
Quick Opening and Outside Screw and Yoke Gate Valves page 451
Crane materials., pages J to 9 Templates far drilling.. . page 550
^^^WP
CRANE
449
Corrosion-Resistant Check Valves
Union and Bolted Cap
■ 1
I*.
I
For service recommendations , see pages 443 to 445.
«t«
Cross
Section
Horizontal
Screwed
18-8 Mo Alloy Steel
Monel Metal
Nickel
Silicon Bronze
f>
*Screwed
With Union Type Cap
li to 2-inch
No. 18820
18-8 Mo Alloy Steel
No. 17720
Monel Metal
No. 16620
Nickel
No. 15520
Silicon Bronze
Flanged
With Union Type Cap
1 to 2-inch
No. 18821
18-8 Mo Alloy Steel
No. 17721
Monel Metal
No. 16621
Nickel
No. 15521
Silicon Bronize
Fianged
With B<iltedCap
2J^ to 6-tnch
No. 18821
18-8 Mo Alloy Steel
No. 17721
Monel Metal
No. 16621
Nickel
No. 15521
Silicon Bronze
'}>£ and ^-inch valves have a screwed cap (not illustrated).
m
Prices on application
Construction: These are well-proportioned, de-
pendable, horizontal check valves. Screwed valves
are made in sizes ?4 to 2-inch; and flanged vaU'es,
in sizes i to 6-inch.
Sizes yi and ^-inch have a screwed cap.
Sizes ^2 to ij^-'t^ch have a union type one-piece
cap; the 2-inch size has a two-piece cap, equipped
with a union ring.
Sizes ij^-inch and larger have a bolted cap and a
renewable seat. The disc is both top and bottom
guided, the bottom guide consisting of a guide stem
operating in a bridge cast integral with the body
seat ring.
Both the union type cap and the bolted type cap
construction provide a very strong, tight joint, yet
they can be easily dismantled for cleaning and
repairing.
Materials: These union and bolted cap check
valves are available in 18-8 Mo AUov Stee . Monel
metal, Nickel, or Silicon bronze. All valves ,V^-inch
and larger are cast, ^"l and V^-inch sizes are made
from bar stock of the same metals.
Studs and stud nuts used on bolted cap check valves
are made of steel.
For service recommendations and marking identifi-
cations, see pages 443 to 445.
Flanged valves: End flanges conform to the MSS
I fO'Pound SP Bronze Flange Standard (No. SP-
Z-IQ37). They are plain faced with two V-shaped
concentric grooves between the port and bolt holes.
Prices of flanged valves include drilling to the MSS
150-Pound Standard, and spot facing; no deduction
will be made if valves are ordered faced only.
Full face gaskets should be used; see page 567.
Dimensions, in Inches
Size
%
% Vz % 1 IV4 IV2
2 2V2 3 4
5 6
End to end
1%
2Vi6 2V32 23/4 35/16 37/8 ' 41/2
51/4
Face to face
t 43/16 49/16 , 55/16
6 8 9V& 11
121/4 14
Center to top of valve
1
IVS IV16 IV16 13/4 21/8 21/4
33/8 41/2 5 53/4
63/4 73/4
Diameter of flange
4V4 45/8 ! 5
6 7 71/2 9
10 11
Thickness of flange
% ^V32 VlG
V2 Vis % ^Vl6
V4 : ' ViB
Crane materials . . . pages 1 to 9
Swing Check Valves. . . page 451
Templates for drilling
. . page 550
a
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I
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450
CRANE
Corrosion-Resistant Relief Valves
Prices on application
Maximum Set Pressure
250 pounds
Maximum Temperature
600° F.
When ordering, be sure
to specify set pressure.
No. 18859
RelieT Valve
18-8 Mo Alloy Steel
Female Inlet, Side Outlet
Materials: All parts of these relief valves coming
in contact with the fluid in the line, including the
body, bonnet, stem, disc, disc nut, regulating ring,
gland, bonnet bushing, bushing, and locking plug are
made of Crane i8-8 Mo Steel, an alloy having a
minimum chromium content of i8%, a minimum
nickel content of 8%, and from 2 to 4% molybdenum.
The ?^-inch size valves do not have a regulating ring
and locking plug.
Gas service: When specifically ordered for manu-
factured gases, valve seats are ground special.
Construction: The valves are ruggedly con-
structed. They are the outside spring type and have
a screwed bonnet and a lifting lever. A stuffing box
around the stem prevents the escape of the fluid
while the valve is discharging.
A blow-back regulating ring is provided for adjust-
ing the blow-down of pressure when changing or
regulating the set pressure. The ad-
justment of this ring may be made
from the outside, without interfer-
ing wuth the setting of the valve.
Marking: Crane 18-8 Mo Alloy
Steel Valves can be identified by the
marking" i8-8M"onthevalvebody.
Relief Valves of other corrosion-resistant alloys can be furnished when ordered.
Dimensions, in Inches
Size
H
V2
Va
1
1V4-
11/2
2
Size of inlet
%
Vz
V4
1
IV4
iy2
2
Size of outlet
Vz
Vz
V4
1
IV4
iy2
2
Center to top of cap
5%
5%
578
7
8V4
9y4
278
IIV2
Center to end of female
inlet
nVi6
l^Vie
2
2Vl6
2%
^Vl6
Center to end of side outlet
1V16
IV16
IV16
1%
2Vl6
2%
23/4
Corrosion-Resistant Liquid Level Gauges
Materials: These are sturdy, well-constructed
Liquid Level Gauges. All parts which come in con-
tact with the fluid in the line including the bodies,
bonnets, stems, packing nuts, glands, glass retain-
ers, and drain plugs are made of Crane 18-8 Mo
Steel, an alloy ha\'ing a minimum chromium con-
tent of 18*^,, a minimum nickel content of 8%, and
from 1 to 4% molybdenum.
Construction: Crane No. i88q8 Gauges are regu-
larly made in the )/^-inch size and with 14-inch cen-
ters. Gauges with other centers can be furnished
when ordered.
The valve bodies are square type and have an inte-
gral seat. The disc and stem also are integral. The
Gauges have 5^-inch O.D. glass and are equipped
with two guard rods.
Special Gauges: When ordered with a drain, the
bottom valve will be fitted with a J^-inch short
nipple and a V^-inch No. 18840 (see p. 448) Gate
Valve. An extra charge is made for the drain.
Gauges with an automatic check can be furnished
when ordered, at a special price. The bottom valve
is made with a special adapter, a special stem, and
a %-inch diameter ball.
prices on application
No. 18898
Liquid Level Gauge
18-8 Mo Alloy Steel
(With Guard and Glass Tube,
Liquid Level Gauges of other corrosion-resistant alloys can be furnished when ordered.
' \
~t T r*-
CRANE
451
Other Corrosion -Resistant Products
M
>•»
Prices and dimensions
on application
i
u
Outside Screw & Yoke Gate Valve
Outside Screw and Yoke Gate
Valves are a\'ailable in a wide
range of sizes, with either screwed
or flanged ends. Small sizes are
available in clamp or screwed
bonnet type; larger sizes ha\'e a
bolted bonnet. These valves are
made of 18-8 Mo Alloy Steel,
X'lonel metal. Nickel, or Silicon
Bronze. They are also made in
the Non-Rising Stem type, as
illustrated on page 448.
Swing Check VaK'c
Screwed
Swing Check Valve
Flanged
Regrinding Swing Check Valves.
sizes }^ to 3-inch screwed and
sizes % to 3-inch flanged, can be
furnished when ordered.
These are made of !8-8 Mo Alloy
Steel, Monel metal. Nickel, or
Silicon Bronze. For Horizontal
Check Valves (lift type), see
page 44q.
Quick Opening Gate Valve
Quick Opening Sliding Stem Gate
Valves are made in a wide range
of sizes, with either screwed or
flanged ends. Small sizes are
a\'ailable in clamp type or with
a screwed bonnet; larger sizes
have a bolted bonnet. A cushion-
ing device should be used with
quick opening valves to prevent
shock in liquid lines. These
valves are cast from 18-8 Mo
Alloy Steel, Monel metal, Nickel,
or Silicon Bronze.
This page shows a few special types of valves which
are available for corrosive services. Most regular
Crane designs can be made from commercially
available corrosion-resistant metals and alloys, or
combinations of these, to suit almost any corrosive
conditions existing in the chemical process and food
industries.
No attempt has been made to list all of the very
special materials available for unusual services.
18-8 Mo Alloy Steel, Monel metal. Nickel, or Silicon-
Bronze, however, will be found suitable for most
installations. Crane corrosion-resistant products
can also be made from Ni-Resist, all-iron, and iron
construction with alloy trim on request.
Information on materials and designs to meet such
special requirements will gladly be furnished on
receipt of inquiries accompanied by full details of
the conditions. Crane engineers, backed by the
facilities of Crane research, are always available
upon request to study corrosion control problems and
to make specific recommendations on suitable
materials and designs for all purposes.
The behavior of metals and alloys in contact with
corrosive fluids is often affected by factors which
are not always obvious. For this reason it is desirable
to have complete information on the service require-
ments of the installation. It is also advantageous
to know something about the installation itself.
This is particularly true where there is a background
of previous experience and when a rough sketch of
the layout of tank, piping, etc. can be accompanied
by notations indicating the locations at which cor-
rosion has been most severe. An opportunity to
examine corroded pipe, valves, and fittings will often
aid materially in the making of recommendations.
Rubber Lined
Valves and Fittings
In addition to the regular line
of corrosion-resistant alloy gate
valves and fittings, hard rubber
1 ined flanged gate valves and
fianged fittings are available in
a wide range of sizes. Every
part of the valve or fitting that
comes in contact with the corro-
sive fluid in the line is covered
with a coating of hard rubber to
prevent corrosive chemical ac-
tion on the metallic parts. In
certain installations, hard rubber
has been found to be more suit-
able than a metallic material for
handling corrosive fluids.
Rubber Lined
O. S. & Y. Gate Valve
i:
««r:
I
BBI
452
CRANE
Corrosion-Resistant Screwed Fittings and Unions
90° Elbow
No. 18860
18-8 Mo Alloy
No. 17760
Monei
No. 16660
Nickel
No. 15560
Silicon Bronze
Coupling
No. 18882
18-8 Mo Alloy
No. 17782
Miinel
No. 16682 ■
Nicke!
No. 15582
Silicon Bronze
45° Elbow
No. 18862
I8-8M0 Aaoy
No. 17762
Monel
No. 16662
Nickel
No. 15562
Silicon Bronze
Union
No. 18890
18-8 Mo Alloy
No. 17790
Monel
No. 16690
Nickel
No. 15590
Silicon Bronze
Tee
No. 18868
18-8 Mo Alloy
No. 17768
Monel
No. 16668
Nickel
No. 15568
Silicon Bronze
c
ross
No. 18872
18-8 Mo Alloy
No. 17772
Monel
No. 16672
Nickel
No. 15572
Silicon Bronze
The Screwed Fittings and Unions
shoion on this page are made
m sizes
i* to 2-inch
I
inclusive.
Plug
No. 18884
18-8 Mo Alloy
No. 17784
Monei
No. 16684
Nickel
No. 15584
Silicon Bronze
Cap
No. 18878
18-8 Mo Alloy
No. 17778
jMoncl
No. 16678
Nickel
No. 15578
Silicon Bronre
Bushing
No. 18886
I8-8Mt) Ailov
No. 17786
Monel
No. 16686
Nickel
No. 15586
Silicon Bronze
Prices on application
I
,
■I
I
Materials: Except for the plugs, bushings, and 3^
and ^■■^-inch caps and couplings, which are made of
bar stock, the screwed fittings and unions shown on
this page are cast in four high grade corrosion-
resistant metals — Crane 18-8 Mo Alloy Steel,
Monel metal, NJickel, and Silicon Bronze.
Unions: 18-8 Mo Alloy Steel Unions are regularly
furnished with a galvanized malleable iron union
ring unless specifically ordered with 18-8 Mo ring.
Union rings on Monel metal, Nickel, and Silicon
Bronze Unions are regularly made of the same mate-
rial as the thread-piece and the tail-piece.
For service recommendations and marking identification, see pages 443 to 445.
:-A-i
*A — A-
*A*|-A-
hO
90^ Elbow
Tee
Cross
45° Elbow
Coupling
Dimensions, in Inches
Size
V4
%
V2
¥4
1
IV4
IV2
2
A
^Vl6
\ 1V16
iVa
IV16
IV2
13/4
l^Vie
2y4
B
3/4
^Vie
%
1
iVs
iVie
IVie
1"/16
C
1
IVs
IV16
1V2
l"/l6
l^Vie
21/8
21/2
D
1%
l^Vl6
nVl6
2V4
2Vl6
2»Mfi
3
33/8
E
"/16
v*
Vs
IV16
IV16
IV4
IV16
IVie
2
ys
1 %
V2
V16
>Vl6
"/16
IV16
34
Crane materials . . . pages 1 to 9
D
Uni
ion
Thread
Engagement
'X\\\VW
For explanation,
&ee page 591.
tffl
E
1
C!^p
CRANE
453
Corrosion-Resistant Flanged Fittings and Flanges
For service recommcndattans ^ see pages 443 to 445
■ -
90° Flanged Elbow
No. 18861
18-8 Mo Alloy
No. 17761
Monel
No. 16661
Nickel
No. 15561
Silicon Bron2e
45" Flanged Elbow
No. 18863
18-8 Mo Alloy
No. 17763
Monel
No. 16663
Nickel
No. 15563
Silicon Bronze
Flanged Tee
No. 18869
18-8 Mo Alloy
No. 17769
Monel
No. 16669
Nickel
No. 15569
Silicon Bronze
ii
M
n
•J J
: 1
L.
Screwed Companion Flange
No. 18889
18-8 Mo Alloy
No. 17789
Monel
No. 16689
Nickel
No. 15589
Silicon Bronze
The Flanged Fittings and Flanges
shown on this page are made in
sizes I to 6-inch inclusive.
Prices on. application
Materials: The flanged fittings and flanges shown
on this page are cast in four different high grade
corrosion-resistant metals — Crane 18-8 Mo Alloy
Steel, Monel metal, Nickel, and Silicon Bronze.
For service recommendations and marking identifi-
cations, see pages 443 to 445.
Additional siz^es and types: Other sizes and types
of corrosion- resistant alloy flanged fittings and
flanges are made to order, prices on application.
Blind Flange
No. 18891
18-8 Mo Alloy
No. 17791
Monei
No. 16691
Nickel
No. 15591
Silicon Bronze
Flanges: Flanges conform to the MSS T5'o-Pound
SP Bronze Flange Standard (No. SP-2-1Q37). They
are plain faced with two V-shaped concentric groo\-es
between the port and bolt holes.
Prices of these corrosion-resistant flanged fittings
and flanges will include drilling to the MSS 1 50-
Pound Bronze Flange Standard, and spot facing; no
deduction will be made if flanges are ordered faced
only.
Full face gaskets should be used; see page 567^
If''
■ I
|M?!|!^
■%
Dimensions, in Inches
Size
1 1
IV4
IV2
2
21/2
3
4
5
6
Center to face
90'' Elbows and Tees
31/2
334
4
4V2
5
51/2
6V2
7V2
8
45° Elbows
1%
2
2V4
2V2
3
3
4
4V2
5
Diameter of flange
1 41/4
4%
5
6
7
71/2
9
10
11
Thickness of flange
%
1^32
Vie
V2
V16
%
*Vl6
V4
iyi6
Crane materials , . . .pages 1 to 9
Templates for drilling . . , .page 550
t^
L.. H;
■ 1 ■* V^a T
M ■
K _^
^K
I
I I
I
/!)>' ■
I
H
I
454
CRANE
Stainless Steel Sanitary Valves and Fittings
No Food Pockets
Quickly Demountable
Crane Co. manufactures a
complete line of Stainless
Stee Sanitary Valves and
Fittings for use with i
and iH-inch O.D. r8
gauge tubing, and with 2,
2J4, and 3-inch O.D. 16
gauge tubing.
These valves and fittings
are designed for handling
food products and bever-
ages; they offer excellent
resistance to chemical
action and discoloration
by milk, milk products,
lactic and butyric acids,
fruit and vegetable juices,
vinegar, and practically
all cooked or prepared
food products.
Easily Cleaned
Crane Sanitary Valves and Fittings are completely
machined on the inside to eliminate all pockets
where food might lodge and decay. Exterior sur-
faces are polished or furnished with a fine sand blast
finish. 1 he threaded ends of these valves and fit-
tings comply \K'ith the Standards of the International
Association of Milk Dealers (I.A.M.D.).
Fittings are made of 18-8 Mo Alloy, a chromium-
nickel alIo\' containing from 2 to 4% molybdenum.
They can be furnished in many combinations of
threaded and recessed
ends as shown on the fol-
lowing page; valves are
furnished with threaded
ends only.
Recessed ends : Joints
between fittings and tub-
ing are made by inserting
the tubing into the re-
cessed end of the fitting
and soldering or brazing
it into place; the body
of the fitting has the same
bore as the inside diam-
eter of the tubing.
Ground joints: Thread-
ed end valves and fittings
are regularly furnished
iVith 45° ground metal
joints unless gasket type
joints are ordered. Ground
joint valves and fittings use the regular catalog
numbers shown below and on the following page.
Gasket type joints: Stainless Steel Valves and
Fittings with flat gasket type joints are designated
by adding the suffix "G" to the regular catalog
number. For example: No. 4, No. 7, No. 26 A. etc.,
must be ordered as No. 4-G, No. 7-G, No. 26 A-G,
etc., when gasket type ends are wanted. If this
suffix "G is not used when ordering, valves and
fittings with ground joint ends will be furnished.
Interchangeable Parts
Stainless Steel Sanitary Plug Valves
No. IOC, StHjightway Valve
Straightway Valve (Dismantled)
No- 11 C, Three- Way Valve
These Stainless Steel Sanitary Plus VaK^es are a
new. improN'ed type ha\ing man> ad\antages not
found in ordinary plug x'alves. The top and bottom
of the plug are open and do not ha\'e plates or co\'ers
which might trap food particles and cause contami-
nation. 1 he upper trim is exposed for cleaning and
inspection; and. NS'hen necessary, the plug and trim
can be removed and cleaned as a single unit.
In opening the valve, the first part of the handle
tra\'el puts a cam in action, causing a minute hft
of the plug, to minimize friction and pre\'ent galling
while the plug is being turned. It is unnecessary to
loosen the nuts or tap the bottom of the .plug to
remo\'e the wedging or sticking action that often
occurs in conventional type plug valves.
The body and plug are cast from Crane 18-8 Mo
Alloy, the nuts and spring are chrome plated, and all
other parts are made of stainless steel.
These valves are furnished with threaded ends for
45° ground joints, but gasket type joints can be
furnished when so ordered. The valves are recom-
mended for pressures up to 20 pounds. Prices,
dimensions, and additional data will be furnished on
request.
?
CRANE
455
I
Stainless Steel Sanitary Fittings
With Recessed Ends, Ground Joints^ or Gasket Type Joints
No- 26B, 90^ Elbow
One end recessed
other end union
ring chread.
No,26A,90^Elbcj^^
Both ends recessed.
No. 26C, 45 "Elbow
One end recessed,
other end union
ring thread.
No. 26, 45^ Elbna
Boch ends recessed
No. 2C
■
^)0^ Lung Radius Elbu^A
Brith ends \^ ith union
rjnt^ rhreads-
No, 3, Tee
All ends recessed
No. 4, Tee
Both ends of run re-
cessed, out lee unir>n
ring chread.
No. 5, fee
One t:!!^ ui run Linion
ring thrcjd ncher ends
reces^sed ,
No. 6, Tee
One end oi run recessed,
other ends iiniun nnij;
threads.
No. 7, I cc
All end^ u ith luiion
ri nil thread:).
No. 21, Nipple
No. 19 A, \dapter
t^nc end recessed
other end male pipe
thread
No. 18, Vdaprer
One cnJ recessed,
other cnJ Icniale
pipe thread.
No, 9, Cross
Ail ends with union
ring threads.
No. 8, Cross
Two adjacent ends re-
cessed, other ends union
ring threads.
•*^
No, 12, Union
With Prong Type Ring
Consisting of
No. 14 Tail-piece
No. 13 Union Ring
No. 15 Thread-piece
No. 12 H, Union
With Hexagon Ring
Consisting ot
No. !4 Taii-piece
No. 13 H Union Ring
No. 15 Thread-piece
No. 14 No. 15
Tail-piece Thread-piece
Shou'n with No 13 Lnum Kin^_
No. 13 LnJun Ring. No, 13 H
Lnion Ring, and No. 14 Tall-
piece may be used w ith any
union end valve or htcing,
No- 14 A, Tail-piece No. 31, lail-piece
\ lade \v ith plain Reducing one op
male shank. more sizes.
SECTION OF TEE SHOWING
ALL THREE TYPES OF ENDS
Threaded End [wr
Gasket I ype L njon
No, 16 A No. 23 A
Flat Plug Thermometer C^ap
These two fittings can be used ^ich
No. 13 or No. 13 H Union Ring. No.
Ifa A is used to blank off any union
end fitting; No. 23 A is used to allow
tor the insertion of a thermometer.
No. 17
Coupling
Both ends
recessed .
Recessed
End tor
Tubing
Threaded
End tor
Grotind
loinc
L nion
Fittings with Gasket Type Joints have the suffix "G" added to the regular
catalog number; see p^gc 454. Prices and dimensions on application.
[
I
I
1
1
I
I
i^
I
m
i1
I ■
I
I
1
I
I
456
CRANE
Alloy Cast Iron Wedge
For Process Industries
WORKING PRESSURE
200 pounds cold water, oil, gasoline, or gas, non-shock
HYDROSTATIC TEST PRESSURES
350 pounds shell 225 pounds seat
Air Tested
Non-Rising Stem
Flanged
No. 14471
Exelioy Trimmed
No. 14475
18-8 Mo Alloy Steel
Trimined
EXELLOY TRIMMED
Exeiloy Body Seat Rings
Exelioy Faced Alloy Cast Iron Disc
Exeiloy Stem
Alloy Cast Iron Body
Nickel-Plated Steel Gland
Ferrosteel Yoke Sleeve in O.S. & Y.
18-8 MO ALLOY TRIMMED
18-8 Mo Body Seat Rings
18-8 Mo Faced Alloy Cast Iron Disc
1 8-8 Mo Stem
Alloy Cast Iron Body
Nickel-Plated Steel Gland
Ferrosteel Yoke Sleeve in O.S. 8z Y.
These valves are similar in design to the Crane Standard Iron
Body Wedge Gate Valves shown on pages loi to 103. They are
made of corrosion-resistant metals and alloys for use in the
process industries, and are available with flanged ends only.
Outside Screw
and Yoke
Flanged
No. 14473
Exeiloy Trimmed
No. 14477
18-8 Mo Alloy Steel
Trimmed
List Prices, Flanged, F.&D.
Size
Inches
Exeiloy Trimmed
No. 14471
Non-Rising Stem
Each
No. 14473
O.S. & Y.
Each
18-8 Mo Alloy Steel Trimmed
No. 14475 1 No. 14477
Non-Rising Stem O.S. & Y.
Each Each
26.50
33.25
28.00
34.75
2V2
30.00
36.75
31.50
38.25
36,50
43.25
38.50
45.25
49.50
59.00
52.00
61.50
75.00
89.00 I
80.00
\ 94.00
8
113.00
136.00 I
122.00
145 . 00
For dimensions, see Standard iron Body Wedge Gate Valves, page 106.
Service recommendations: These valves are
offered for use in services where the conventional
"all-iron" and "brass trimmed" valves fail because
of corrosion of seating surfaces.
Typical applications of the Exeiloy trimmed valves
are found in the petroleum industry handling oils
containing sulfur compounds that corrode iron and
brass, but which do not contain mineral acids and
other compounds corrosive to Exelioy.
The valves trimmed with 18-8 Mo Alloy Steel are
being used in the same industry handling oils which
do contain traces of mineral acids. They are also
used in the wood treating industry handling creosote
vapors and oils, and in the pulp and paper industry
handling alkaline liquors of various kinds.
Alloy cast iron: The val\-e body and disc are made
of a nickel low alloy cast iron, developed to meet the
need for an iron ha\-ing better physical properties
and resistance to corrosion when subjected to ser-
vices where ordinary gray iron is not adequate.
Body and bonnet: The body and bonnet are made
with liberal metal sections to assure maximum
strength. Tie ribs between the bonnet flange and
Templates for drilling. . . page SSI
the end fianges provide exceptional re-
sistance to line strains. The body has
straight through ports to minimize tur-
bulence and thereby obtain a more
uniform flow through the valve.
Disc: Outside Screw and Yoke Valves
have a solid web disc. All valves have
extra long disc guides to minimize drag
on the seating surfaces.
Stem: Stem threads have long engage-
ment in the disc or yoke sleeve. Outside
Screw and Yoke Valves have tee-head
disc-stem connection.
Gland and stuffing box : These valves have a two-
piece ball-type gland which maintains an even load
on the packing and prevents binding on the stem
even when the gland bolts are not pulled up evenly.
Non-Rising Stem Valves have through bolts holding
the stuffing box to the bonnet. Outside Screw and
Yoke Valves have swinging gland eye bolts which
move out of the way when the stuffing box is being
repacked, but which do not become detached or lost.
Standards: These valves conform to the American
Petroleum Institute (A.P.I.) Standard No. 5-G-i,
Second Edition, September, 1^38, for 175-Pound
Iron Pipe Line Gate Valves. The valves also conform
to the American Standard for Face to Face Dimen-
sions of Ferrous Flanged Valves (616.10-1939), ^^^
125-Pound Cast Iron Wedge Gate Valves.
Flange dimensions and facing : The dimensions
and drilling of end flanges conform to the American
Cast Iron Flange Standard, Class 125 (Bi6a-iQ3g).
The fianges are plain faced with smooth finish.
Drilling: Flanges are furnished faced and drilled
unless ordered faced only. No deduction is made
when valves are ordered faced only.
Metals and materials . . . .pages 1 to 9
CRANE
457
Forged Steel Globe and Angle Valves
For Chlorine Service
Tested 300 pounds air under water
I
I
SERVICE RECOMMENDATIONS
These val\"es are recommended for
chlorine gas and liquid ser\'ice, free
from \\-ater, at temperatures not to
exceed 300° F. They are strong, dura-
ble, compact \'al\-es — suitable for
severe service conditions.
t!l
HI
M!
I
No. 1644, Globe
Screwed
No. 1645, Angle
Screwed
Cross Section
No. 1644, Globe
ifj
List Prices and Dimensions
Size Inches V2 Vi 1 IV4 IV2 2
No. 1644 or No. 1645 Each 27.25 30.75 35.00 47.50 61.50 79.00
H
♦1
End to end
, Globe
Inches
Center to end, Angle
Inches
Center to
Globe
Inches
top, open
Angle
Inches
3^*
8
113/.
16
2Vi
5M
8
W4
16
2Vi
3M
8
3V2
7y]
16
sy,
8
^Vi
nVi6
n
_8%
43/1 6
141/8
f*l
6V4
8
85/]
16
^Vi
8
103/
16
nv:
16
Diameter of wheel
Inches
31/2
i^
Materials and construction: These vaKes for
»
chlorine service are Bolted Bonnet O. S. & Y. Globe
I and Angle Valves. The body and one-piece bonnet
and yoke are forged carbon steel. The disc, disc stem
ring, and body seat ring are made of Hastelloy " C"
to resist the corrosi\'e action of chlorine. The valves
have a 45° narrow bearing seat. The gland is forged
steel, zinc plated, and the bonnet bolt studs are
Triplex steel. The stem is made of Monel metal and
is fitted with a malleable iron handwheel.
The bonnet joint is fitted with a corrugated soft
Monel metal gasket. 1 hese vaKes, when wide open,
can he repacked while under pressure.
J
Crane Fabricating Service
I
Users of alloy material will find many advantages in procur-
ing fabricated piping from the same source as the vaK'es,
fittings, and other requirements. Pre-fabrication assures
ultimate accuracy and also saves the erecting force from the
responsibility of designing, fabricating, and finishing piping
in the field under less favorable conditions than those found
in a modern, well-equipped shop de\'oted to the pre-fabrica-
tion of piping.
Crane shop facilities embrace the full range of fabrication in
brass, aluminum, nickel, 18-8 Mo Alloy Steel, silicon bronze,
and other alloys in the sizes, thicknesses, and ranges com-
mercially available. There are facilities for pipe bending,
welding, flanging, swedging and forming, heat treating,
normalizing, quenching, pickling, polishing, and finishing.
Special finishes or polishing operations can be applied after
fabrication.
Crane fabricating shops are located in Chicago, Bridgeport,
Birmingham, and on the Pacific Coast.
Fabricated piping . . . pages 597 to 619
1 1
1 1
;;<.
( '
Exhibit of 18-8 Mo Alloy Materials
i
' "- T
--; '-
458
CRANE
I
fc
m
M[
I
I
I
I
All-Iron Valves
Jnside Screw Valve O.S. &i Y. Valve Quick Opening Valve
For Ail-Iron Clamp Gate Valves, see pages 98 and 99.
Non-Rising Stem Valve O.S. &l Y. Valve
For All- Iron Wedge Gate Valves and All- Iron
Double Disc Gate Valves, see pages 97 to 141,
Union Bonnet. Globe Union Bnnnet, Angle
Far /\ll-Iron Union Bonnet Globe and
Angle Valves, see pages 144 and 145.
Ferrosteel
Bolted Bonnet
Globe Valve '
With Lead-Faced
or Steel Disc
For Ferrosteel Globe
and Angle Valves,
see page 481.
Bolted Bonnet. Globe Bolted Bonnet. Angle
For All-Iron Bolted Bonnet Globe
and Angle Valves, see page ISO.
Bar Stock Bar Stock
Globe Valve Angle Valve
Made of Steel. Exelloy, or 18-8 Mo Alloy
For Bar Stock Valves, see page 310.
Malleable Iron All-Iron Ferrosteel
Swing Check Valve Swing Check Valve Lift Check Valve
Malleable Iron Swing Check Valves page 156; All- Iron Swing
Check Valves pages 160 and 161; Lift Check Valves page 482.
Crane Co. manufactures an unusually complete
assortment of All-Iron Gate. Globe. Angle, and
Check VaK-es, including a wide variety of types and
a full range of sizes.
Although cast iron cannot be listed specifically as
one of the corrosion resisting metals, all-iron valves
find wide application in many services where brass
or brass trimmed valves are not entirely suited.
Without good inherent resistance to corrosion, cast
iron frequently depends for its general serviceability
upon the fact that, in many situations, the initial
corrosion is followed by the formation of protective
coatings which slow up the rate of corrosion or
entirely prevent it.
For greater convenience, All-Iron VaK'es are listed
with related products in other sections of this cata-
log. A few of the common types are illustrated
above, together with page references.
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CRANE
459
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Valves and Fittings
For Marine Service
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Specifications and General Requirements. . . .pages 460 and 461
Brass Valves and Fittings
Globe, Angle, and Cross Valves pages 461 and 463
Check Valves pages 464 and 465
Gate Valves page 466
Hose Valves page 467
Radiator Valves page 467
Fittings, Screwed and Flanged page 461
Chronometer Valves page 476
Pop Safet)- and Relief Valves pages 477 and 478
Iron Valves and Fittings
Gate Valves page 468
Globe and Angle Valves page 46Q
Check Valves page 469
Fittings, Cast and Malleable Iron page 461
Relief Valves page 478
Steel Valves and Fittings
Adjusted Marine Pressure Ratings page 470
Gate Vah-es pages 47 1 to 475
Globe and Angle Valves pages 471 to 474
Check Valves pages 47 1 to 475
Flanged Fittings pages 47 1 to 473
Flanges pages 470 to 473
Pop Safety Valves page 477
Fusible Plugs page 478
Main Injection Valves page 476
Overboard Discharge Valves page 476
Manifold VaKes page 476
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Pages 460 to 478 show the Crane Valves and Fittings commonly
used for marine service. In most cases, these are regular Crane
products which also are popular for commercial purposes and
which are for that reason listed elsewhere in the book with
related items. These pages, therefore, briefly describe the prod-
uct, specify the particular marine service for which it is suitable,
and refer to other pages for prices, dimensions, and additional
data. In other cases, where the product is used only in marine
piping, complete information is given in this section.
The extra quality built into Crane Valves and Fittings makes
them accepted everywhere. It is this quality that has long main-
tained for Crane its enviable position for meeting marine require-
ments — safety, ruggedness, and durability. Then too, the
completeness of the Crane line is important. Whether it be the
smallest tug or the largest passenger liner — a vessel for river,
lake, or ocean service — a wide selection of Crane products is
available.
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460
CRANE
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Valves and Fittings for Marine Service
The valves and fittings illustrated and described on
pages 462 to 478 are designed and manufactured in
strict accordance witli tl^e rules and regulations of
the following :
Bureau of Marine Inspection and Na\'igation
(U. S. Department of Commerce)
American Bureau of Shipping
Lloyds' Register of Shipping
(Ships built in U. S. A.)
There are numerous requirements and limitations
governing marine ser\'ice which make the use of
ordinary commercial material inadvisable. The most
important of these are given on this and the oppo^
site page for convenient reference.
According to the Rules of the Bureau of Marine
Inspection and Navigation, piping on board ship is
divided into two general classes:
Class I Piping :
Power Piping, for pressures over 100 pounds
regardless of temperature; for temperature over
500° F. regardless of pressure.
Hot Water Piping, for pressures over 100 pounds
regardless of temperature; for temperatures over
200° F. regardless of pressure.
Oil Pi-ping, for pressures over 100 pounds regard-
less of temperature; for temperatures over
I jo° F. regardless of pressure.
Class II Piping
For all miscellaneous piping at lower pressures
and temperatures than Class L
General Requirements
Metals: Regular Crane metals comply with the
requirements for ser\-ice as outlined herein:
Grade A Bronze for pressure-containing parts
subjected to maximum working pressures of 150
pounds, or maximum temperatures of 366° F.
(Crane Steam Brass).
Grade B Bronze for pressure-containing parts
subjected to maximum steam working pressures
of 300-pounds. or maximum temperatures of
4jo° F., or for hydraulic or compressed air pres-
sures up to I 200-pounds, and temperatures not
over 150° F. (Crane Special Brass or Crane
Hard Metal).
Crane Malleable Iron, for maximum of 125
pounds working pressure, 4J0'' F. temperature;
4-inch maximum size.
Crane Cast Iron, for maximum of 125 pounds
working pressure, 450° F. temperature.
All metals regularly used in Crane Cast and
Forged Steel Valves, Fittings, and Flanges are
acceptable.
Working pressures: Valves and fittings are not
allowed for water working pressure higher than the
recommended steam \\'orking pressure.
For boiler feed or blow-off service, valves and fit-
tings may only be used for pressures up to 83^^%
of the recommended steam working pressure.
The American Standard pressure ratings for Steel
Valves, Fittings, and Flanges are reduced by the
Marine Rules. See page 470.
Tests : Tests regularly made on Crane Valves and
Fittings comply with the requirements for Class II
Piping.
For Class I Piping, valves and fittings must be sub-
jected to a hydrostatic shell test equal to three times
the working pressure, until the test pressure reaches
1000 pounds. Thereafter the ratio of test pressure
to working pressure shall be proportionately reduced
until the test pressure does not exceed 1500 pounds
at 600 pounds working pressure; zooo pounds at goo
pounds working pressure; and 3500 pounds at 1500
pounds working pressure. The Crane products
recommended for Class I Piping on the following
pages are regularly subjected to such a test.
Tests regularly made on Crane Steel Valves and
Flanged Fittings comply with the requirements for
Class I Piping.
Pipe connections: For Class I Piping, valves and
fittings zJ/^-inch and larger must be flanged end.
Screwed companion flanges are allowed only on sizes
23^-inch and smaller. Welding Neck Flanges can
be used on sizes x J^-inch and larger ; Slip-On Welding
Flanges can be used on sizes z-inch and smaller. Cast
Iron Flanges are not allowed for Class I Piping.
Valves, fittings, and flanges having socket-welding
ends may be used for sizes 2-inch and smaller.
Bronze valves, fittings, or flanges of the solder-Joint
type may be used where the pressure does not exceed
100 pounds, and the temperature does not exceed
240° F.
For Class II Piping, there is no limitation on the
use of screwed joints.
For boiler mountings, valves and fittings ij^-inch
and larger must be flanged end.
Regular Cranelap Joints conform to all requirements
when used for the press^jte ranges allowed.
Except for Screwed, Welding Neck, Slip-On Weld-
ing, and Cranelap Flanges as outlined above, all
other types of flanges are entirely special.
(Continued on {he next page)
CRANE
461
Valves and Fittings for Marine Service
General Requirements (Cont.)
arkings: Regular Crane markings comply with
the marine requirements; no additional marking is
required.
Design: For Class I Piping, all \alves ij^-inch and
Bj larger must have a bolted bonnet; all sizes of cast
iron valves must have a bolted bonnet. Screwed
bonnet globe, angle, or gate valves, where permitted,
must be of the union bonnet construction. Non-
rising stem vaUes must be pro\-ided with an ap-
proved indicator.
For Class 11 Piping, either screwed bonnets or union
bonnets are permitted except that all cast iron
vaU'es must have bolted bonnets. Non-rising stem
valves must be provided with an approved indicator
except for cargo oil piping \\'here valves without
indicator may be used. i
Boiler mountings: All vah'es and fittings must be
cast or forged steel, except that Crane Special Brass
or Crane Hard Metal may be used when the temper-
■ ature does not exceed 450° F. Sizes ij^-inch and
■ larger must be fianged end.
Cast iron and malleable iron are not allowed for
boiler mountings.
"Fuel oil service piping: Vahes and fittings for
fuel oil service piping (that is, pressure piping from
pumps to burners) must conform to the requirements
for Class 1 and, in addition, must be designed for
at least 250 pounds steam working pressure.
Iron valves and fittings are not allowed.
Bushings and street elbows are not permitted.
Blo"w-off valves : Blow-off valves must be Y-pattem
or angle type, or straight-way pattern (not globe).
Check valves in blow-off lines must be swing type.
See paragraphs on "working pressure", page 460.
Cocks: For Class I, cocks must be designed so that
the cap holds the plug in place ; the conventional type
with nut holding the plug is not allowed. For Class
II, there are no restrictions.
By-pass: Although the specifications require by-
passes on all globe, angle, and gate valves larger than
4-inch, Crane Co. will not furnish a by-pass unless
specifically ordered, because it is permissible to place
the by-pass entirely around the valve, from pipe to
pipe, and this is done frequently.
Specialties: Relief valves, safety valves, expan-
sion joints, etc., must be of approved design.
*^^^^p ^^^^P 4i^^ Ul^^0 ^^^^ ^^^^^ ^^^^ ^^^^B
Wfc "P* pfl* ■'T'* ■'I* "Ti ■'P rri
Numerous Crane Valves and Fittings as regularly
manufactured conform to the requirements for
marine service. These fill the need for a large
majority of Class I and Class II piping; they are
described and illustrated on the pages which follow.
In addition, the following Crane Fittings are accept-
able, within the limitations mentioned.
Brass screwed fittings: Standard Brass Screwed
Fittings in sizes 3-inch and smaller, shown on pages
256 to 258, are suitable for Class II Piping. When
specially tested, sizes 2-inch and smaller are suitable
for Class I Piping. This also applies to the No. 521 3^
Union shown on page ^b^.
250-Pound Brass Screwed Fittings in sizes 3 -inch
and smaller, shown on page 260, are suitable for
Class 1 1 Piping. When made special of special metal
and specially tested, sizes 2-inch and smaller are
suitable for Class I Piping. The No. q6 E Union,
shown on page 263, is suitable for Class II; and
sizes 2-inch and smaller when specially tested, for
Class I.
Brass flanged fittings and flanges: The Brass
Flanged Fittings and Flanges shov\"n on page 264 are
\\-elI suited for marine ser\ice. The flanged fittings
can be used for Class II Piping, and when specially
tested, for Class I Piping. The flanges in sizes 2j^-
inch and smaller only can be used for both Class I
and II Piping.
Cast and malleable iron screwed fittings : Stand-
ard Cast Iron Screwed Fittings (pages iqy to 202)
and Standard Malleable Iron Screwed Fittings (pages
180 to 186) in sizes 3-inch and smaller are suitable
for Class II Piping. This also applies to the No.
5iq Malleable Iron Unions shown on page 240.
When specially tested, all of these in sizes 2-inch and
smaller are suitable for Class I Piping.
Cast iron flanged fittings: The 125-Pound Cast
Iron Flanged Fittings, shown on pages 274 to 280,
in sizes 16-inch and smaller are suitable for Class II
Piping, and when specially tested, for Class 1.
Steel flanged fittings and flanges: Pages 470 to
473 refer to the Cast Steel Flanged Fittings and
Forged Steel Flanges which are used in marine piping.
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Crane Co. is exceptionally well equipped to supply valves and
fittings for all marine piping requirements. Special or modified
valves and fittings can be made when so ordered.
More complete information on Crane Marine Valves and
Fittings wi 1 be furnished on request.
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462
CRANE
I
Brass Globe, Angle, and Cross Valves
For Marine Service
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150-Pound Composition Disc
WORKING PRESSURE
150 pounds saturated steam, water, or oil
No. 7, Globe or Angle
Screwed, H to 3-inch
No. 9, Globe or Angle
Flanged, % to 3-inch
W^en ordering specify whether
globe or angle valves are wanted.
When equipped with the
proper composition disc,
the No. 7 and No. q Valves
are suitable for steam,
water, oil, and other fluids.
Sizes 2-inch and smaller
have a union bonnet ; larger
sizes have a bolted bonnet.
List prices, dimensions, and
description, see page 30.
All sizes are suitable
J or Class II Piping.
Cross Section
No. 7, Globe
2" and smaller, when specially
tested, are suitable for Class i Piping; prices on application.
150 and 200 -Pound Regrinding
WORKING PRESSURES
Screwed, 200 pounds steam, water, or oil. 450° F,
Flanged, 150 pounds steam, water, or oil, 450° F.
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No. 70, Globe
Screwed
H t^ 3'inch
No, 70, Angle
Screwed
^ to 3-inch
No, 71, Globe
Flanged
% to 3 -inch
No. 71, Angle
Flanged
% to 3-inch
I
No, 74^ Cross
Screwed
3^ CO 2-inch
When ordering
No. 70 or No. 71,
specify whether
globe or angle
valves are wanted.
These valves are regrinding
type with integral seat. All
sizes have a union bonnet.
For prices, dimensions, and
description, see page 34.
$crew-DoN\'n Check Val\-es can be made to order ; in
addition, this design can be made special with a
needle point stem and a renewable body seat ring.
Prices on application.
All sizes are suitable for Class II Piping.
Sizes 2" and smaller are suitable for Class I Piping.
Cross Section
No. 70, Globe
150-Pound Plug Type Disc
WORKING PRESSURE
150 pounds saturated steam, water, or oil
No. 141/2 P, Globe
Screwed
H CO 3-inch
No. I6V2 P, Angle
Screwed
3^ to 3 -inch
The No. 143^ P and No.
it}/2 P Valves have a plug
type disc, making them
suitable for unusually se-
vere services. Sizes 2-inch
and smaller have a union
bonnet; larger sizes have a
bolted bonnet. For list
prices, dimensions, and de-
scription, see page 3 1 .
All sizes are suitable
for Class II Piping. Cross Section
:»" . ^ // L ■ n No. 141/2 P, Globe
^ ana smaller, when specially
tested, are suitable for Class I Piping; prices on application.
150 and 200-Pound Bolted Bonnet
WORKING PRESSURES
Screwed, 200 pounds steam, water, or oil, 450° F
Flanged, 150 pounds steam, water, or oil, 450° F
No. 41%, Globe
Screwed
1 ]4: to 4-inch
No. 4198, Angle
Screwed
1 1^ to 4-inch
No. 4197, Globe
Flanged, 1 .^ to 6-inch
No. 4199, Angle
Flanged, 1>^ to 6-inch
These valves have a
bolted bonnet. Sizes
3-inch and smaller
have inside stem
threads ; larger sizes
have outside threads
with crosshead yoke
and bolted gland.
See page 35. Cross
Valves and Screw-
Down Check Valves
are made to order;
prices on application. Cross Section, No. 4196. Globe
All sizes are suitable for Class II Piping.
Screwed valves 2" and smaller and flanged
valves all sizes are suitable for Class I Piping.
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For Marine specifications, boiler feed service, general regutren^ents, etc., see pages 460 and 461.
CRANE
463
Brass Globe and Angle Valves
II !<
For Marine Service
250-Pound Plug Type Disc
WORKING PRESSURE
250 pounds steam, water, or oil, 450° F.
No. 212 P, Globe
Screwed, K to 3-inch
No. 214 P, Angle
Screwed, i^ to 3-mch
These are plug type disc
valves, suitable for throt-
tling on steam, water, and
oil lines. Sizes 2-inch and
smaller have a union bon-
net; larger sizes have a
bolted bonnet. For prices,
dimensions, and descrip-
tion, see page 36.
The valves can be made to
order with a ball to flat
seat; prices on application.
Cross Section
No. 212 P, Globe
All sizes are suitable
for Class II Piping.
Sizes 2" and smaller are
suitable for Class I Piping.
300-Pound Plug Type Disc
WORKING PP^SSURE
300 pounds steam, water, or oil, 450° F.
No. 382 P, Globe
Screwed, 3^4 to 3-inch
No. 384 P, Angle
Screwed, ]4 to 3-inch
No. 383 P, Globe
Flanged, % to 3 -inch
No. 385 P. Angle
Flanged, % to 3-inch
These valves are recom-
mended for unusually
severe services. Their
plug type disc and seat
offer excellent resistance
to foreign matter and to
wiredrawing.
The disc taper assists
in maintaining tightness
and permits easy fiow
regulation when throt-
tling. Sizes 2-inch and
smaller have the union
bonnet construction ;
larger sizes have the
Cross Section
No. 382 P, Globe
)olted bonnet construction.
'or prices, dimensions, and description, see page
.0.
I Ail sizes are suitable for Class II Piping.
Screwed valves 2" and smaller and flanged
valves all sizes are suitable for Class I Piping.
300-Pound Regrinding
WORKING PRESSURE
300 pounds steam, water, or oil, 450° F
No. 362 E, Globe
Screwed, ]4 to 3-inch
No. 364 E, Angle
Screwed, ]4, to 3-inch
No. 362E and No. 364E
are regrinding type valves.
They are recommended for
severe ser\'ices. All sizes
have an integral seat and
a union bonnet. For prices,
dimensions, and descrip-
tion, see page 38,
Cross Valves and Screw-
Down Check Valves can be
made to order; prices on
application.
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All sizes are suitable
for Class H Piping.
Sizes 2" and smaller are
suitable for Class I Piping.
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Cross Section
No. 362 E, Globe
300-Pound Bolted Bonnet
WORKING PRESSURE
300 pounds steam, water, or oil, 450° F.
No. 85 P, Globe
Screwed. 1 i 2 to 3-inch
No. 851/2 P, Angle
Screwed, 1 J^2 to 3 -inch
No. 87 P, Globe
Flanged. 1 H to 3-inch
No. 871/2 P, Angle
Flanged, Xl^. to 3 -inch
These outside screw
and yoke bolted
bonnet valves \\ ith
plug type disc are
ideal for extremely
se\'ere services.
Sizes 23^ and 3-
inch have the disc
guided through a
bridge cast integral
with the seat, as
illustrated; smaller
sizes do not have
the guide. For
prices, dimensions,
and description,
see page 47.
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Cross Section, No, 85 P, Globe
Screw-Down Check Valves and valves with a ball to
flat seat can be made to order; prices on request.
All sizes are suitable Jor Class U Piping,
Screwed valves 2" and smaller and flanged
valves all sizes are suitable for Class I Piping,
I ".^
For Marine specifications^ boiler feed service, general requirements, etc.^ see pages 460 and 461.
>.AV«7.
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464
CRANE
Brass Check Valves
For Marine Service
150 and 200-Pound Swing Check
Regrinding
WORKING PRESSURES
Screwed: 200 pounds steam, water, or oil, 450° F.
Flanged: 150 pounds steam, water, or oil, 450° F,
No. 35, Swing
Scre\'.'ed
34 to 3-inch
No. 353^, Swing
Flanged
K to 3 -inch
Cross Section
No. ZB^ S\ving
No. 37, Swing
Angle, Screwed
']^ to 2-inch
No. 35 and No. 35^2 Swing
Check Vaives may also be
used in a vertical posi-
tion for upivard fiow.
These swing check vaK'es are suited for use on
steam, water, oil, and other fluids. They may be
reground without removing the bodies from the
line. By removing the stop plug, a screw driver can
be engaged with the slot in the disc spud, making it
easy to rotate the disc when regrinding. For prices,
dimensions, and description, see page '^y.
All sizes are suitable Jor Class II Piping.
Sizes 2" and smaller are suitable for Class I Piping.
150 and 200-Pound Swing Check
Bolted Cap
WORKING PRESSURES
Screwed; 200 pounds steam, water, or oil, 450° F,
150 pounds steam, water, or oil, 450° F,
Flanged:
No. 4032, Swing
Screwed
2 to 3 -inch
No. 4033, Swing
Flanged
2 to 6-inch
Swing Check Valves
may also be used in
a vertical position
Jor upward fioiv.
Cross Section, No. 4032, Swing
These are high quality swing check valves suitable
for severe service on steam, water, and oil lines.
Their bolted cap construction makes an exception-
ally tight, strong, and serviceable joint.
Sizes 4"inch and smaller may be reground without
removing the body from the line; they have a
separate disc and hinge, as illustrated. Sizes larger
than 4-inch have a one-piece disc and hinge. For
prices, dimensions, and description, see page 58,
All sizes are suitable for Class II Piping,
Screwed valves 2" and smaller and flanged
valves all sizes are suitable for Class I Piping.
150 and 200-Pound Lift Check
Regrinding
WORKING PRESSURES
Screwed: 200 pounds steam, water, or oil, 450^ F,
Flanged: 150 pounds steam, water, or oil, 450"" F,
No, 72, Horizontal
Screwed
J4 to 3 -inch
No. 72, Angle
Screwed
^ to 3-inch
When ordering
specify whether
horizontal or angle
valves are wanted.
Cross Section
No. 72, Horizontal
The No. 72 line of Check Valves includes horizontal
and angle screwed valves in the sizes listed above.
Durable and well-constructed, these valves may be
reground without removing the bodies from^the
line. They will give excellent results on severe
services. For prices, dimensions, and description,
see page 5-7,
All sizes are suitable for Class II Piping.
Sizes 2" and smaller are suitable for Class I Piping,
I
150 and 200-Pound Lift Check
Bolted Cap
WORKING PRESSURES
Screwed: 200 pounds steam, water, or oil, 450° F.
Flanged: 150 pounds steam, water, or oil, 450° F.
No. 4062, Horizontal
Screwed
\)/2 to 3-inch
No. 4062, Angle
Screwed
13^ to 3-inch
No. 4063, Horizontal
Flanged
\yi to 6-inch
No. 4063, Angle
Flanged
1 3^ to 6-inch
Specify whether
horizontal or angle
valves are wanted.
Cross Section
No. 4062, Horizontal
These bolted cap check valves are recommended
for hard service. They are liberally proportioned
to withstand severe operating strains.
The bolted cap construction assures long, trouble-
free operation. The joint is unusually tight and
strong, providing maximum utility. For prices,
dimensions, and description, see page 58.
All sizes are suitable for Class II Piping.
Screwed valves 2" and smaller and flanged
valves all sizes are suitable for Class I Piping.
For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461.
CRANE
465
Brass Check Valves
For Marine Service
.1
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300-Pound Swing Check
Regrinding
WORKING PRESSURE
300 pounds steam, water
or oil. 450° F.
No. 74 E, Swing
Screwed, H to 3-inch
No. 75 E, Swing
Flanged, '^i to 3-inch
Cross Section
No. 74 E, Swing
Sti'/ng Check Valves may
adso be used m a vertical
position Jor upward flow.
Iuggedly constructed, these swing check valves
•e suitable for use on steam, water, oil. and other
jids. They may be reground without removing
.le bodies from the line. By removing the stop
• ug, a screwdriver can be engaged with the disc-
>ud slot, making it easy to rotate the disc when
■grinding. For prices, dimensions, and descrip-
on, see page 6o.
All sizes are suitable Jor Class ll Piping.
Sizes 2" and smaller are suitable for Class I Piping.
300-Pound Lift Check
Regrinding
4 WORKING PRESSURE
300 pounds steam, water,
or oil, 450° F.
No. 366 E, Horizontal
Screwed
l^ to 3-inch
No. 369 E, Horizontal
Flanged
% to 3-inch
Cross Section
No. 366 E, Horizontal
These are high-grade horizontal check val\-es.
They can be reground without removing the bodies
from the line. The valves are particularly suitable
for service where pulsations in the line are apt to
cause an ordinary check valve to hammer. The
dashpot formed aboN'e the piston type disc effec-
tively cushions the disc. For prices, dimensions, and
description, see page 6o.
All sizes are suitable Jor Class II Piping-
Sizes 2" and smaller are suitable for Class I Piping,
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300-Pound Swing Check
Bolted Cap
ross Section. No. 4234 E, Swing
WORKING
PRESSURE
300 pounds steam,
water, or oil,
450° F.
No. 4234 E, Swing
Screwed, 2 to 3 -inch
No. 4235 E, Swing
Flanged, 2 to 3-inch
Swing Check Valves
rfiay also be used in
a vertical position
Jor upward flow.
I
he No. 4234 E and No. 4:135 E are heavy swing
neck valves of the bolted cap pattern. They are
citable for hard use in steam, water, and oil lines,
he bolted cap construction pro\'ides an unusually
fong, tight joint, assuring long trouble-free
:rvice. These valves may be reground without
amoving the body from the line. For prices,
imensions, and description, see page 61.
All sizes are suitable for Class II Piping.
Screwed valves in the 2" size and flanged
valves all sizes are suitable for Class I Piping,
300-Pound Lift Check
Bolted Cap
WORKING
PRESSURE
300 pounds steam,
water, or oil,
450° F.
No. 4064 E
Horizontal
Screwed
IH to 3-inch
No. 4065 E
Horizontal
Flanged
1^ to 3-inch
Cross Section
No. 4064 E, Horizontal
The exceptional ruggedness and the heavy metal
sections of these horizontal check vahes make
them suitable for use wherever operating condi-
tions are unusually se\-ere. The valves have a
renewable seat and a bolted cap, the latter provid-
ing a strong, secure joint. The vaK'es can be
reground without removing the bodies from the line.
For prices, dimensions, and description, see page 6i .
All sizes are suitable for Class II Piping.
Screwed valves 2" and smaller and flanged
valves all sizes are suitable for Class I Piping.
For Marine specifications, boiler feed service^ general requirements, etc., see pages 460 and 461.
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466
CRANE
Brass Gate Valves
For Marine Service
Low Pressure Bolted Bonnet
No. 4436, Screwed. With Indicator, 2 to 4-inch
No. 4437, Flanged, With Indicator, 2 to 10-inch
The No. 4436 and No. 4437 are liberally
proportioned, well-constructed low pres-
sure brass gate valves. They will give good
results where working conditions are not
too se\'ere and are particularly suitable for
general shut-off valve service on low pres-
sure steam and water lines.
All sizes have a bolted bonnet,
non-rising stem, wedge disc, and
renewable body seat rings.
Crofs
Section
No. 4436
with
Indicator
WORKING PRESSURE
100 pounds saturated steam, water, or c
The stuffing box is exceptionally deep ar
has a bolted gland on sizes 2}^ to lo-inci
the 2-inch size has a screwed type stuffir
box and gland.
These valves are regularly furnished wii
an approved type indicator to sho
whether the valve is open or closed.
For prices, dimensions, and complete d
scription, see page 15.
All sizes are suitable Jor Class II Piping.
150 and 200-Pound Rising Stem
WORKING PRESSURES
Screwed V'aK'es Flanged Val\"es
200 pounds steam, 150 pounds steam,
water, or oil, 450" F. water, or oil, 450° F.
Integral Seats
No. 422, Screwed, ^ to 3-inch
No. 4221/2, Flanged, K to 3-inch
Renewable Seats
No. 423, Screwed, M to 3-inch
These are high quality brass gate vah'es
of the inside screw, rising stem type.
Sturdy and dependable, they are suitable
for use on steam, water, and oil lines. The
No. 413, having renewable seats, is recom-
mended for use where conditions are
unusually se\'ere.
With the exception of the Crane Nickel
Alloy renewable seats on the No. 423 and
the integral seats on the No. 422 and No.
4223^, the valves are similar. They have
a solid wedge disc made of Crane Nickel
Alloy. Sizes i-inch and smaller have a
union bonnet; larger sizes have a bolted
bonnet. Both types provide a strong, tight
joint.
For prices, dimensions, and de- Section
scription, see page 20. No. 423
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Ail sizes are suitable for Class 11 Piping.
Screwed vnives 2" a>}d smaller and flanged valves all sizes are suitable for Class I Piping,
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300-Pound Rising Stem
Integral Seats
No. 622 E, Screwed, H to 3-inch
Renewable Seats
No. 623 E, Screwed, 34 to 3-inch
No. 623y2 E, Flanged, % to 3-inch
These 300-Pound, inside screw, rising
stem \'alves are exceptionally sturdy
and rugged. They are recommended for
high-pressure services. The No. 623 E and
No. 623^ E. ha\-ing renewable seats,
are particularly suited for use where op-
erating conditions are extremely severe.
Q^^^^ Except for the integral seats on
Section ^^^ ^^- ^2 2 E and the renew -
No. 623 E able seats on the No. 623 E and
WORKING PRESSURE
300 pounds steam,
water, or oil, 450° F.
No. 623 ]4, E, the valves are similar in de
sign and construction. They have a soIl
wedge disc made of Crane Nickel Allo\
Sizes i-inch and smaller have a unioi
bonnet; larger sizes have a compaci
inside screw bolted bonnet equipped witl
steel studs, brass nuts, and a Cranii
gasket. Both types provide a strong
tight joint. For prices, dimensions, an»
description, see page 23.
All sizes are suilable Jor Class II Piping.
Screwed valves 2" and smaller and flayiged valves all sizes are suitable for Class I Piping.
For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461.
?
CRANE
467
«
■ r- ■
Low Pressure Brass Hose Gate Valves
For Marine Service — Non-Rising Stem Type with Indicator
WORKING PRESSURE
100 pounds cold water
List Prices, Each, and Dimensions
Size
Inches IV2
IV2
With brass
No. 4448, Screwed (30.00 45.00 60.00
and indicator.
No, 4449, Flanged, F.D. & S.F. 35.00 55.00 75-00
Cente
Cente
r to female end, Screwed 1% 1% 2^4
r to face, Flanged 23/,^ ly^ 2V2
Oimen-
Center to hose end ZVig ^^A^ ZYg
sions,
in
Center to top gs/^ 93^ \\\/^
Inches
Diam<
Diam<
2ter of wheel 3% 4Vi6 ^
ster of flanges 5 6 7
Thickness of flanges | "Vig ^2 V16
No. 4448
Screwed
No, 4449
Flanged
Cross Section
No. 4448
Templates for drilling- . , page 550
Ail sizes are suitable
for Class If piping.
I
"hese are strong, durable valves of the non-rising
:em type. The body, bonnet, stem, body seat rings,
nd solid wedge disc are brass.
izes i3^ and 2-inch have a screwed bonnet and
itegral seats; their hexagonal packing nut and gland
re brass. The 2}4-inch size has a bolted bonnet,
enewable seats, and a brass bolted gland . All
alves are equipped with an appro\'ed type of
idicator to show whether the valve is open or closed.
ituffingbox; repacking: The stuffing box is deep,
'■ nd is filled with high grade packing. The vaUes.
/hen wide open, can be repacked while under pressure.
langed valves: End flanges conform to the MSS
50-Pound SP Bronze Flange Standard (No. SP-
-IQ37). They are plain faced, with two V-shaped
oncentric grooves between the port and the bolt
holes. Prices include drilling to the ^v'lSS 150-Pound
Standard, and spot facing; no deduction is made if
vaUes are ordered faced only. Full face gaskets
should be used; see page 567.
Hose Thread: These valves will be regularly fur-
nished with any recognized standard hose thread
used in Marine work, such as "National Standard
Hose Thread", " Iron Pipe Hose Thread", and "New
York Corporation Hose Thread". Orders must
specify the type o( hose thread desired. When hose
threads other than these arc required, it will be
necessary to send detailed information or a sample,
preferably the male end of a hose coupling.
Globe and angle hose valves: Brass globe and
angle hose valves made from the patterns of the No.
7 and Xo. q Valves shown on page jo can be made
to order; prices on application.
I
Brass Radiator Globe and Angle Valves
For Marine Service — Union Bonnet Type with Brass Disc
WORKING PRESSURE — 200 pounds steam, 450° F.
No. 4270 Brass Radiator Globe and Angle VaK'es are
hea\'v and are ruggedlv constructed. Their bodv and disc
are made of Crane Special Brass. The vah'es have a
union bonnet and can be reground without remo\'ing the
bodv from the line. Sizes 3>4-inch and smaller have a one-
piece disc and stem.
The stuffing box is equipped with a gland. The valves
when wide open can be repacked while under pressure.
For prices and dimensions, see page 8r. These valves
can be furnished to order in }4> iJ^. and 2-inch sizes;
prices on application.
Cross Section
No. 4270, Globe
K to 1 3i-inch
Al! sizes are suitable jor Class I and Class 71 piping.
No. 4270, .Angle
% to 1 34-inch
For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461 .
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468
CRANE
Standard Iron Body Wedge Gate Valves
Cross Section
No. 4465, Flanged
Outside Screw and Yoke
No, 4461, Flanged
Non-Rising Stem
With Indicator
For Marine Service
WORKING PRESSURE
125 pounds saturated steam, water, or oil
These valves are similar in design to
the regular Crane Standard I ron Body
Wedge Gate Valves shown on pages
ID I to 103, but are specially fitted for
Marine Service.
The Nos. 4461 and 4465 Valves are
regularly made in sizes 2 to 12-inch,
inclusive, flanged end only. The No.
4467 Valve, recommended for Marine
Cargo Oil Systems, is regularly made
in sizes 3, 4, 6, 8, 10, and iz-inch,
flanged end only.
Other sizes, screwed end valves, and
other modifications of these valves
can be furnished on special order.
Prices on application
Body and bonnet: The valves ha\e an oval-
shaped cast iron body and bonnet: liberal metal
sections combined with proper metal distribution
assure maximum strength. Straight through ports
with tie ribs between the bonnet flange and the end
flanges provide additional resistance to line strains.
No. 44(^7 Valve bodies ha\-e a single side cleanout.
Bottom cleanouts can be furnished when ordered.
They have two tapped and plugged bosses, one on the
side opposite the cleanout and one on the bottom,
suitable for J^-inch steaming out connections.
The bonnet bolts and nuts are zinc plated.
Disc and seats: The body seat rings are brass and
are screwed into the body. No. 4467 Valves in sizes
10 and 12-inch ha\e pressed-in body seat rings.
The No, 4461 and No. 4465 Valves have a solid brass
disc. The No. 4467 Valves are regularly furnished
with a cast iron disc having brass seating faces; it
is brass-bushed where it engages the stem threads.
A solid brass disc can be furnished when so ordered.
Stem: The brass stem is of liberal diameter and
amply strong. Stem threads have long engagement
in the disc or yoke sleeve. Outside screw and yoke
valves have a tee-head disc -stem connection.
Gland and stuffing box: These valves ha\'e a two-
piece ball-type gland, consisting of a gland and a
gland flange. This construction maintains an even
load on the packing and prevents binding on the
stem even when the gland bolt nuts are not pulled
up evenly.
Non-rising stem valves have through bronze bolts
holding the stuffing box to the bonnet; the stem
collar recess is brass-bushed, top and bottom, to
minimize friction and to prevent corrosion. Out-
side screw and yoke valves have swinging gland eye
bolts made of bronze, which move out of the way
No. 4467, Flanged
Non -Rising Stem
With Cleanout
and Indicator
For Cargo Oil Systems
when the stuffing box is being repacked but which
will not become detached and lost.
The stuffing box is exceptionally deep and is filled
with high grade packing.
Repacking: These valves, when wide open, can be
repacked while under pressure. Outside screw and
yoke valves have a brass stem hole bushing, offering
a better back seat for the stem and making this
point non-corrosive.
Indicator on Non-Rising Stem Valves : No. 4461
Valves are regularly furnished with an approved
type indicator to show whether the valve is open
or closed. No. 4467 Valves, not regularly furnished
with an indicator, will be so equipped when specified
on orders.
Flange dimensions and facing: The dimensions
and drilling of the end flanges conform to the Ameri-
can Cast Iron Flange Standard, Class 125 (Biba-
iq3q). The flanges are plain faced, with a smooth
finish.
Drilling: Prices include facing and drilling to the
American Cast Iron Flange Standard, Class 125. No
deduction is made when valves are ordered faced only.
Standards: Flanged valves conform to the Ameri-
can Standard for Face to Face Dimensions of Ferrous
Flanged Valves (B16. io-iq3q) for iz5-Pound Cast
Iron Wedge Gate Valves.
Flanged valves also conform to the American Petro-
leum Institute (A.P.I.) Standard No. 5-G-1, Second
Edition, September, 1938, for 175-Pound Iron Pipe
Line Gate Valves.
Dimensions: Dimensions of these valves are the
same as given for the regular line of Crane Standard
Iron Body Wedge Gate Valves; see page lob.
"Center to top" dimension for valves with indicator
will be furnished on application.
For Marine specifications, boiUr feed service, general requirements, etc., see pages 460 and 461,
CRANE
469
Standard Iron Body Globe and Angle Valves
For Marine Service
WORKING PRESSURE
115 pounds saturated steam; water, or oil
H
No. 351
Globe, Flanged
Brass Trimmed
2 to 16-inch
No. 353
Angle, Flanged
Brass Trimmied
2 to lb-inch
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All sizes are suitable /or Class II Piping.
M
No. 363
Cross, Flanged
Brass Trimmed
2 to 12-inch
'rane Standard Iron Body Globe, Angle, and Cross
'alves are admirably suited for Marine service.
/lade with cast iron yoke-type bolted bonnet and
ast iron body, the \'al\'es are brass fitted throughout,
""hey have a scre\ved-in brass body seat ring, a solid
■rass disc, a Cast Manganese Bronze stem and yoke
'ushing, a brass stem hole bushing and gland, and
ilicon bronze gland bolt nuts.
The disc is accurately guided throughout its travel
by a guide stem operating in the bridge cast integral
with the body seat ring. The gland is of the two-
piece ball-type construction, consisting of a gland
and a gland flange.
For prices, dimensions, and complete description, see
pages i4q and 150. Scre^\■-Down Check Valves can
be made to order; prices on application.
Standard Iron Body Swing Check Valves
No. 373
Swing, Flanged
Brass Trimmed
2 to 24-inch
I
For Marine Service
J I
WORKING PRESSURE
125 pounds saturated steam, water, or oil
These valves are sturdily constructed
and well proportioned. The body is
oval or globular in shape, providing an
ample flow area around the disc when
the valve is wide open.
The body and cap are cast iron. The body
seat ring is brass, screwed into the body.
The disc is solid brass on sizes 3-inch and
smaller, and cast iron with a brass seat-
ing face on larger sizes.
For prices, dimensions, and complete de-
scription, see pages ibo and ib].
Valves with solid brass disc in sizes
larger than 3-inch can be made to order;
prices will be furnished on application.
For Marine specifications, boiler feed servient general requirements, etc., see pages 460 and 461*
468
CRANE
I
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Standard Iron Body Wedge Gate Valves
Cross Section
No. 4465, Flanged
Outside Screw and Yoke
No. 4461, Flanged
Non-Risinjj Seem
\\ ith indicator
For Marine Service
WORKING PRESSURE
125 pounds saturated steam, water, or oil
These \'alves are similar in design to
the regular Crane Standard Iron Body
Wedge Gate Valves shown on pages
loi to lo}. but are specially fitted for
Marine Service.
The Xos. 4461 and 4465 Valves are
regularly made in sizes 2 to 12-inch
inclusive, flanged end only. The No."
44t»r Vahe, recommended for Marine
Cargo Oil Systems, is regularly made
in sizes 3.. 4, b, 8, 10, and 12-inch,
flanged end only.
Other sizes, screwed end valves and
other modifications of these valves
can be furnished on special order
Body and bonnet; The vaWes ha^■e an o^•al-
shaped cast iron body and bonnet; libera! metal
assurTm'?"'^'"'^ -ith proper metal distribution
assure maximum strength. Straight through ports
with tie nbs between the bonnet flanoe and the end
flanges provide additional resistance I0 line strafn^
Bottom H^'^''"' ^°'^''' ^^'-^ ^ ^'^g'^ ^i^^ ^J^^nout.
Bottom cleanouts can he furnished when ordered
sTde 'oonnsi p^rh'^^,'^ '"^ P^^Sged bosses, one on the
suitable for M-mch steaming out connections.
The bonnet bolts and nuts are zinc plated
.0 and , .-,nch ha^-e P^etedS btt^eatnn^s ""^
lisc ^The'v '"'' .^'^ ^f' ^'^'^'^^ '^^^■■'^ 3 solid brass
Side screw and yoke valvp/ho'; .'^^^sion. Out-
bol. .ade of ^rtnzr,^tSc!^^?;rrifte^:-
Prices on application
No. 4467, Flanged
Non-Rising Stem
With Cleanout
and Indicator
For Cargo Oil System
'^h S'^faS:;:^^^^--"^ ^-P -^ 's fin.
Repacking: These valves, when wide open can h
repacked while under pressure. Outsfde screw L
Indicator on Non-Rising Stem Valves : No 446
can Ca fron FI ^^^^'j '°"f°™ '° 'h<= ^meri-
.0^0) Thi fl ^^"^ Standard, Class ,25 (Biba-
finLh: '"^'' ''^ P'^'" f^«d, wkh a smootb.
?meS; r^'^'r '"&',"'^^ f^^'"g ^"d drilling to the
deduction ?slH°"u^"'^f Standard. Class , 2 j. iV
auction IS made when valves are ordered faced only,
can sfa'ndtd f^'r^p"'" ^'t^^ '^°"f°™ '° ^^e Amer'i-
Flanged Va, VP, m 'a '° ^^"'^ Dimensions of Ferrous
Iron^wldg^G^i^'aK.-'et'^'^^ '°^ -.-Pound Cast
For Marine specificaiior.s, boiler Ued service ^l^fnished
Jeum'fnsti'?/ ttp rr ^r ;° the American Petro-
Edition W k '-^ Standard No. j-G-i, Second
LmeGat??S."' '^^'' '°^ '^^"P^"^ '-" ^'P^l
sa^^aTefvln'f '^'T^"^'°"' °f these valves are the
Ir^n Bodv w°H ""= n'^"^^' ""^ °f ^rane Standard"
■■Center to 3^J' "'' /"^^■'=^'" **=•= P^g« '°^
will be f,,rn;?k ,'^™ension for valves with indicator
De furnished on application.
1.
e^e., see pages 460 and 4SI,
CRANE
469
Standard Iron Body Globe and Angle Valves
For Marine Service
WORKING PRESSURE
125 pounds saturated steam, water, or oil
w
No. 351
Globe, Flanged
Brass Trimmed
2 to 16-inch
No. 353
Angle, Flanged
Brass Trimmed
2 to lb-inch
ft
All Sizes are suitable for Class II Piping.
No, 363
Cross. Flanged
Brass Trimmed
2 to 12-inch
1
Tane Standard Iron Body Globe, Angle, and Cross
Valves are admirably suited for Marine service.
Vlade with cast iron yoke-type bolted bonnet and
:ast iron body, the valves are brass fitted throughout.
They have a scre\ved-in brass body seat ring, a solid
brass disc, a Cast Manganese Bronze stem and yoke
'bushing, a brass stem hole bushing and gland, and
'silicon bronze gland bolt nuts.
The disc is accurately guided throughout its travel
by a guide stem operating in the bridge cast integral
with the body seat ring. The gland is of the two-
piece ball-type construction, consisting of a gland
and a gland flange.
For prices, dimensions, and complete description, see
pages i4Q and 150. Scre\\'-Do\\"n Check VaK'es can
be made to order; prices on application.
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Standard Iron Body Swing Check Valves
For Marine Service
*!f
WORKING PRESSURE
125 pounds saturated steam, water, or oil
I
No. 373
Swing, Flanged
Brass Trimmed
2 to 24-inch
These val\"es are sturdily constructed
and well proportioned. The body is
oval or globular in shape, providing an
ample flow area around the disc when
the valve is wide open.
The body and cap are cast iron. The body
seat ring is brass, screwed into the body.
The disc is solid brass on sizes 3-inch and
smaller, and cast iron with a brass seat-
ing face on larger sizes.
For prices, dimensions, and complete de-
scription, see pages 160 and 161.
Valves with solid brass disc in sizes
larger than 3-inch can be made to order;
prices wiEl be furnished on application.
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For Marine specifications, boiler feed servient general requirements, etc., see pages 460 and 461.
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470
CRANE
Adjusted Marine Pressure Ratings
For Steel Valves, Fittings, and Flanges
American Standard fA.S.A.) Pressure Class
(All pressures are in pounds per square inch)
ISO
Pound
300
Pound
400
Pound
600
Pound
900
Pound
1500
Pound
2500
Pound
■A.S.A. ratings at 750° F.
rOO Tbs~ "300 1bs. 400 lbs. I 600 lbs. | 900 lbs. | 1500 Iba. | 25O0 lU.
Marine steam ratings at 750° F.
80 lbs.
^SOlbi^ 350 lbs. 525 lbs. 1 800 lbs. | 1350 lbs, j 2250 lbs.
Service
Temperature
Adj
usted M
arine
Steam S
crvice Press
ure
450"
F.
130
1
L
1
325
455
435
680
1040
1755
2925
500"
F.
125
- - -- -
310
300
655
1000
1685
2815
550°
F.
lis
420
630
960
1620
2700
600"
F.
105
285
400
600
920
1550
2590
650"
F.
100
275
385
575
880
1485
1
2475
700"
F.
90
2b0
365
550
840
1415
i
2365
750"
F.
80
250
350
525
800
1350
2250
800"
F.
70
205
280
435
665
1125
1875
850°
F
55
165
235
350 530 900
il Feed Water and Blow-Off Piping
1500
Saturated Steam Temperature
Marine Pressures for Externa
It
450°
F.
270
380
565
865
1460
2435
500"
F.
545
835
1405
2345
550'^
F.
■1
800
1350
i
2250
600°
F.
1290
2160
650^
F.
2060
*Carbon steel with Standard facings other than ring joint.
|ln no case shall it be permissible Co use valves, fittings, nr llangcs fur feed and blow-off ser\ice \vhich have a lower pressure ratin
than that required for steam ser\'ice at 750° F.
Re\ision per Table P-7-.\, Supplement IE, General Rules and Regulations. Bur.
Marine Inspec. & Navigation, U. S. Dcpt. of Commerce. Dated May 5, W39.
*******
Crane Co. manufactures an exceptionally complete
assortment of Steel (Cast or Forged) \'aK"es, [-"it-
cings, and Flanges, in a wide range of sizes and for
all pressure and temperature ser\ice. With few
exceptions, all of these products as
regularly supplied are eminently
suited for Marine service when used
at the prescribed Marine pressure
ratings shown above.
Pages 471 to 475 illustrate only a
few of the regular Crane SteeE Valves,
Fittings, and Flanges that are pop-
ular for marine piping. Crane Co.
Forged Steel
Socket -Welding Flange
Made in 150, 300, 400, and OOO-
Pound pressure classes. Prices
and dimensions on request.
supplies a large number of special steel products fc
this service, including Screw-Down Check Valve
Manifold Valves. Main Injection Valves, speci:
flanges like the one illustrated at the left. eD
Complete information and detaile
recommendations for proposed cor
struction will be furnished on n
quest.
Steel Welding Fittings (Butt an
Socket-Welding) are listed and di
scribed on pages 351 to ?5Q. Forge
Steel Screw ed Fittings are listed an
described on pages 337 to 342-
CRANE
471
150-Pound Steel Valves, Fittings, and Flanges
For Marine Service
^1
Cast Steel Wedge Gate Valves
Outside Screw and Yoke
For Steam or Water
•DO
iind
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No. 47 XR
Flanged
2 to 24-inch
No. 471/2 XR
Butt -Welding
2 to 24-inch
These Gate Valves have a carbon
steel body and bonnet, an Exelloy
stem, a solid Exelloy or Exelloy
faced disc, and No. 49 Nickel
Alloy body seat rings.
The body has straight-through
ports. The disc guides are long
and close fitting; a tee-head disc-
stem connection is used. The
bonnet joint is plain faced, has a
Granite gasket, and is fitted with
Triplex Steel bolt-studs. For
prices, dimensions, and complete description, see
pages 301 to 307.
Valves with brass trimmings can be furnished when
so ordered; prices on application.
No. 47 XR
Flanged
tif^
Cast Steel Swing Check Valves
For Steam or Water
No. 147 X
Flanged
2 to 12-inch
No. 1471/2 X
Butt-Welding
2 to 12-inch
No. 1471/2 X
Butt-Welding
These Gast Steel Swing Check
Val\"es ha\e a carbon steel
body and cap, an Exelloy or
Exelioy faced disc, and an
Exelloy body seat ring. The
cap joint is the male and female type, with a corru-
gated soft iron gasket and Triplex Steel cap studs.
For prices, dimensions, and complete description,
see pages 332, to 336. Brass trimmed Swing Check
Valves are made to order; prices on application.
Cast Steel Globe and Angle Valves
Plug Type — Bolted Bonnet
For Steam or Water
No. 143 XR, Globe
No. 145 XR, .^ngle
Flanged, 2 to 8-inch
No. 1431/2 XR, Globe
No. 1451/2 XR, Angle
Butt-Welding, 2 to 8-inch
Crane 1 50-Pound Cast Steel
Globe and Angle Valves have
a carbon steel body and bon-
net, an Exelloy stem and body
seat ring, and a No. 4Q Nickel
Alloy disc. Sizes 6-inch and
smaller have a plug type disc and seat; the 8-inch
size has a flat seat and disc. The bonnet joint is
the male and female type with Granite gasket; it is
fitted with Triplex Steel studs.
For prices, dimensions, and complete description,
see pages 321 to 31b. Screw-Down Check VaK'es
can be made to order; prices on application.
No. 143 XR, Globe
Flanged
Cast Steel Flanged Fittings
Crane 1 50-Pound Cast Steel
Flanged Fittings are made of
carbon steel.
They are available in a com-
plete assortment of types and
in a wide range of both straight
and reducing sizes.
For prices, dimensions, and
ete description, see pages
349-
No. 525 D
90° Elbow
comp
343 to
Special angle elbows, base tees, tees with anchorage
base, and other unusual fittings can be furnished
to order; prices on request. Inquiries should be
accompanied by drawings.
No. 556, Screwed Flange
I No. 572, Cranelap Flange
Forged Steel Flanges
Crane Forged Steel Flanges are made from high
grade carbon steel billets. They are available
in sizes j^ to Z4-inch inclusive and in a wide
assortment of types. See pages 361 to 367.
For marine service, screwed flanges are not
regularly used in sizes larger than 2}^-mch.
Cranelap, Slip-On Welding, and Welding Neck
Flanges are suitable for the service in all
sizes.
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No. 554, Slip-On Welding Flange
No. 568, Welding Neck Flange
For adjusted Marine pressure ratings, see page 470,
For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461
. >'■.
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472
CRANE
300-Pound Steel Valves, Fittings, and Flanges
For Marine Service
Cast Steel Wedge Gate Valves
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Outside Screw and Yoke
For Steam or Water
No, 33 XR or U, Flanged
No. 33 1/2 XR or U, Butt-Weldi ng
1 K to 24-inch
No. 33 XR, Flanged
Gate Valves have a Crane
No. 4 Carbon-Molybdenum
Steel body and bonnet, an
Exelloy stem, and either
ExeJloy to No. 49 Nickel
Alloy or Steliite-faced seat-
ing surfaces.
The valves have straight-
through ports, long, close-
fitting disc guides, and a
tee-head disc-stem connec-
tion. The male and female
■ bonnet joint has a Granite
or corrugated soft iron gasket; it is fitted with
1 rip ex or Templex Steel bolt-studs. Valves 1 4-inch
and larger can be made with a ball-bearing yoke.
For prices, dimensions, and complete description
see pages 30. to 307. Brass trimmed valves are
made to order; prices on appHcation.
Cast Steel Swing Check Valves
For Steam or Water
No. 159 X, Flanged
No. 1591/2 X, Butt-Welding
IH to 12-inch
Swing Check Val\-es have a
Crane No. 4 Carbon-Molvb-
denum Steel bodv and cap
an Exelloy or Exelloy faced
disc, and an Exelloy body
seat ring. The maie and
. . f . . remale cap joint has a cor-
rugated soft iron gasket and Triplex Steel bolt-studs
For prices, dimensions, and complete descripc^n
see pages 332 to 336. Brass trimmed valves are
made to order; prices on application
No. 151 XR, Globe
Flanged
No. 1591/2 XR
Butt-Welding
Cast Steel Globe and Angle Valves
Plug Type
Bolted Bonnet
For Steam or Water
No. 151 XR or U, Globe
No. 153 XR or U, Angle
Flanged, 2 to 8-inch
No. ISP/zXRor U, Globe
No. 1531/2 XR or U, Angle
Butt-Welding, 2 to 8-inch
Globe and Angle Valves
have a Crane No. 4 Carbon-
Molybdenum Steel body
and bonnet, an Exelloy
stem, and either No. 4q
Nickel Alloy to Exelloy or
Stellite-faced seating sur-
faces. Sizes 6-inch and
smaller have a plug type
disc and seat; the 8-inch
size has a fiat seat and disc, and ball-bearinff yoke
and gearing. The male and female bonnet joint ha^
a Granite or corrugated soft iron gasket and
Triplex or Templex Steel bolt-studs.
For prices, dimensions, and complete description
see pages 321 to 326. Screw-Down Check Valves
can be made to order; prices on application.
Cast Steel Flanged Fittings
Crane 300-Pound Cast Steel
Flanged Fittings are made of
Crane No. 4 Carbon-Molyb-
denum Steel in a complete
assortment of types and in a
wide range of both straight
and reducing sizes.
For prices, dimensions, and
complete description, see
pages 343 to 349.
Sse'and^oth''^^^''' ^T! ''''' ''^' ^'^'^ ^"^^orage
orde; one.. '"'"'''''^^ ^'''"^' '^" ^^ ^^^"^^^ed to
No. 401 D
90° Elbow
No. 291 E, Screwed Flange
No. 496 E, Cranelap Flange
Forged Steel Flanges
Crane 300-Pound Foreed SrppI Pin
Crane ap Slin-On w«j3- ^^ ^J^-mch.
No. 294 E, SHp-On Welding Flange
No. 296 E, Welding Neck Flange
For Marin, ^.^-^i^c.^i^r^^^^^-^-^^^^.^n.s, .e .„,e .rO. '" "■"'^ '^
general recu.rements, etc., see page. 460 and 461.
h
i
CRANE
473
600-Pound Steel Valves, Fittings, and Flanges
'>
For Marine Service
Cast Steel Wedge Gate Valves
Outside Screw and Yoke
For Steam or Water
No. 76 XR or U, Flanged
No. 76V2 XR or U, Butt-Weld
1 to 24-inch
Gate Valves have a Crane
No.4Carbon-Molybdenum
§teel body and bonnet, an
Exelloy stem, and either
Exelloy to No. 49 Nickel
Alloy or Stellite-faced seat-
ing surfaces.
The valves have straight-
through ports, long, close
fitting disc guides, and a
tee-head disc -stem connec-
tion. The ring-type bonnet
joint has a soft steel gas-
ket and Triplex or Templex
Steel bolt-studs. Sizes b"
and larger have a ball-
bearing yoke. For prices
and dimensions, see pages 301 to 307. Brass
trimmed valves made to order; prices on request.
Cast Steel Swing Check Valves
For Steam or Water
No. 175 X, Flijnged
No. 1751/2 X, Butt-Welding
1^ to 12-inch
Swing Check Valves have
an alloy cast steel body
and cap, an Exelloy or
Exelloy faced disc, and
Exelloy body seat ring.
The ring-type cap Joint
has a soft steel gasket
and Triplex Steel bolt-studs. For prices and dimen-
sions, see pages 332 to 336. Brass trimmed valves
made to order; prices on request.
No. 76 XR, Flanged
No
Cross Section
. 175 X, Flanged
r
Cast Steel Globe and Angle Valves
Bolted Bonnet
Cross Section, Globe
No. 171 XR, Flanged
Plug Type -
For Steam or Water
No. 171 XR or U, Globe
No. 173 XR or U, Angle
Flanged, 1 3-'2 to 6-inch
No. 171 1/2 XR or U, Globe
No. 1731/2 XR or U, Angle
Butt-Welding, 1 ^ to 6-inch
Globe and Angle Valves
havea Crane No. 4 Carbon-
Molybdenum Steel body
and bonnet, Exelloy stem,
and either No. 4q Nickel
Alloy to Exelloy or Stellite-
faced seating surfaces.
The ring-type bonnet joint
has a soft steel gasket and
Triplex or Templex Steel
bolt-studs. Sizes 5-inch and
larger have a ball-bearing
yoke and gearing.
For prices, dimensions, and complete description,
see pages 321 to 326. Screw-Down Check Valves
can be made to order; prices on application.
Cast Steel Flanged Fittings
Crane 600-Pound Cast Steel
Flanged Fittings are made
of Crane No. 4 Carbon-Mo-
lybdenum Steel, They are
available in a complete as-
sortment of types and in a
wide range of both straight
and reducing sizes. For
prices, dimensions, and com-
plete description, see pages
343 to 349.
Special angle elbows, base tees, tees with anchorage
base, and other unusual fittings can be furnished
to order; prices on request. Inquiries should be
accompanied by drawings.
.1
II
M
81
(
I
!
■
No. 845 D
90" Elbow
li
Forged Steel Flanges
No. 856 E
Screwed
Flange
No. 854 E
Slip-On
Welding
Flange
These flanges are
made from high grade
carbon steel billets.
They are available in sizes 3^
to 24-inch. inclusi\'e, and in a wide assort-
ment of types. See pages 3bi to 3b7. "
For marine ser\'ice, screwed flanges larger
than zf/i" are not regtilarly used; Cranelap,
Slip-On Welding, and ., s^t; f
No. 862 E Welding Neck Flanges Welding
Cranelap are used in all sizes. Neck
Flange Flange
For adjusted Marine pressure ratings, see page 470.
For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461
474
CRANE
'I
f- I
i.'ijii
■d
I
I
600-Pound Forged Steel Globe and Angle Valves
For Marine Service — Outside Screw and Yoke
Carbon Steel Valves — Union Bonnet
For Steam or Water
No. 3640 XR, Globe
No. 3641 XR, Angle
Screwed, K to ^4-inch
No. 3648 XR, Globe
No. 3649 XR, Angle
Socket -Welding, }4 and ^s-»nch
These are union bonnet,
outside screw and yoke
valves \\'ith plug type seat
and disc. The honnet and
yoke are joined b\' long,
fine threads to give the
rigidity of one-piece con-
struction.
The body, bonnet, and
yoke are forged carbon
steel ; the latter is equipped
with a Cast Manganese
Bronze yoke bushing. The
disc is Crane No. 4q Nickel
Alloy. The body seat ring
and stem are Exellov. Cad-
Cross Section
No. 3640 XR, Globe
Union Bonner
Screwed
mium plated steel tee-head
bolts hold the forged steel electrogah'anized one-
piece gland and gland flange rigidly in place. The
bonnet joint is fitted with a corrugated soft iron
gasket.
For prices, dimensions and complete description,
see pages 314 and 315.
Alloy Steel Valves — Bolted Bonnet
For Steam or Water
No. 196 XR or U, Globe
No. 197 XR or U, Angle
Flanged, J^ to 2-inch
These bolted bonnet, out-
side screw and yoke valves
with plug type seat and
disc have a body and bon-
net of forged No. 4 Carbon-
Molybdenum Steel ; the
joint is the male and female
t\'pe. Their stem is Ex-
elloy. The gland, made of
cast manganese bronze, is
the two-piece ball-type.
No. 196 XR, Globe
Bolted Bonnet
Flanged
"XR" trimmed valves have
aCraneNo. 4QNickel Alloy
disc and an Exelloy body
seat ring. In "U" trimmed val\-es. these parts are
Stellite-faced alloy steel. Triplex or Templex
Steel bolt-studs are used. For prices, dimensions,
and complete description, see pages 316 and 317.
For adjusted Marine pressure ratings, see page 470.
For Marine specifications, boiler feed service,
general requirements, etc., see pages 460 and 461.
Carbon Steel Valves
For Steam or Water
No. 3644 XR, Globe
No. 3645 XR, Angle
Screwed, H to 2-inch
No. 3652 XR, Globe
No. 3653 XR, Angle
Socket-Welding
14 to 2-inch
No. 3656 XR, Globe
No. 3657 XR, Angle
Flanged. ^ to 2-inch
These valves have a body
and one-piece yoke-bon-
net made of forged carbon
steel; the yoke is fitted
with a Cast Manganese
Bronze yoke bushing.
The plug type disc
and seat, especially
suitable for throt-
tling, consists of a
Crane No. 4q Nickel
Alloy disc and an
Exelloy body seat
ring. The stem is
also Exelloy.
Bolted Bonne
Cross Section
No. 3644 XR, Globe
Bolted Bonnet, Screwed
The male and female
bonnet joint is equipped with a corrugated sofi
iron gasket and Triplex Steel studs. Cadmiurr
plated steel tee-head bolts hold the forged stee
electrogalvanized one-piece gland and gland flange
rigidly in place. For prices, dimensions, and com-
plete description, see pages 314 and 315.
High Pressure
Bar Stock Valves
Furnished with either
female or male and fe-
male ends, these small,
rugged Bar Stock Globe
and Angle Valves are
made of steel, Exelloy,
or 1 8-8 Mo Alloy. They
have a screwed bonnet
and insidestem threads,
and are suitable for a
wide variety of service
on lines not subjected
to high temperature.
Steel Valves have a
steel body, bonnet,
packing nut, and gland,
and an Exelloy stem.
In Exelloy Valves, these parts are made
Exelloy; and in 18-8 Mo Alloy Steel Valves
of Crane 18-8 Mo Chrome-Nickel-Molyb
denum Alloy Steel. Full details on page 3 ic
Cross Section
Globe, Fennale
Steel, ExeUoy,
or 18-8 Mo
r "
CRANE
475
^
i
600-Pound Cast Steel Wedge Gate Valves
For Marine Service — Small Sizes
Union Bonnet Valves
Outside Screw and Yoke
For Steam or Water
No. 3606 W, Screwed
3^ to ^-inch
These 6oo-Pound Cast Steel
Wedge Gate Valves, small,
compact, and strong, are the
outside screw and yoke type
with union bonnet . They have
a tee-head disc-stem connec-
tion. The valves have a body,
bonnet, and yoke cast from
high quality carbon steel. The
disc and seat are hardened
stainless steel. The stem is
Exelloy. Cadmium plated
steel tee-head bolts hold the
forged steel electrogalvanized
one-piece gland and gland flange rigidly in place.
Bonnet joints are fitted with a soft iron gasket.
Sizes }/2 and 54"inch have a male and female type
joint; smaller sizes have an integral bonnet ring.
For prices, dimensions, and complete description,
see pages iqS and zqq.
Cross Section
No. 3606 W, ScreN^ed
Union Bonnet
Bolted Bonnet Valves
Outside Screw and Yoke
For Steam or Water
No. 3607 W, Screwed
No. 3611 W, Flanged
No. 3615 W, Sockec-VVelding
3^ to 2-inch
These sturdy bolted bonnet
gate valves have a one-
piece bonnet and yoke and
a tee-head disc-stem con-
nection. The body, bonnet,
and yoke are cast from high
quality carbon steel. The
stem is Exelloy. Cadmium
plated steel tee-head bolts
hold the forged steel elec-
trogalvanized one-piece
gland and gland flange
rigidly in place.
The bonnet joint is the
male and female type and
is fitted with a soft iron
gasket. The valves have
Triplex Steel studs. For prices, dimensions, and
complete description, see pages 2g8 and zqq.
Cross SecCion
No. 3607 W, Screwed
Bolced Bonnet
600-Pound Steel Check Valves
For Marine Service
Forged Steel Lift Check Valves
For Steam or Water
Small Sizes
Cast Steel Swing Check Valves
For Steam or Water
Cross Section
No. 3674 X, Screwed
Bolted Cap
Union Cap
No. 3670 X, Screwed
}4, to ^-inch
No. 3678 X, Socket-Welding
]4. and Vs-inch
Bolted Cap
No. 3674 X, Screwed
No. 3682 X, Socket-Welding
No. 3686 X, Flanged
]^ to 2-inch
These are high quality,
exceptionally sturdy
horizontal check valves. Their body and cap are
made of forged carbon steel. The disc and seat
are made of Exelloy.
Union cap valves are made in sizes 34 to %-inch.
Bolted cap valves, made in sizes 3^ to i-inch,
secure maximum compactness through the use of
Triplex Steel studs; the joint is the male and female
type. Both joints are strong and tight yet easily
dismantled or reassembled. They are equipped
with a corrugated soft iron gasket.
For prices, dimensions, and complete description,
see pages 328 and 32c).
These smallsize, 600-Pound
Cast Steel Swing Check
Valves have a 45° bolted
cap. The body and cap are
cast carbon steel. The disc
and screwed-in body seat
ring are Exelloy. The cap
joint is the male and female
type, fitted with a corru-
gated soft iron gasket and Triplex Steel cap-studs.
End flanges conform to the 600-Pound American
Standard. Prices on application.
Dimensions, in Inches, Swing Check Valves
Swing Check Valve
With 45" Bolted Cap
Flanged, 3-^ to 2-inch
Size 1/2 3/4 1 11/4 11/2 2
*Facetoface 6V2 71/2 81/2 lOV* IIV4 HVa
Center to top 33/8 4 41/2 5 SVz SV*
Diameter of flange 334 ^% ^i/^ 51/^ 6y« 6V7
♦Thickness of flange Vie % n/ig »3/i6 V% 1
Diameter of male face P/g l*Vi6 2 2V2 ^Vi 3%
Diameter of bolt circle 2% 31/4 3V2 378 41/2 5
No. and dia. of bolts 4-V2 4-S/8 4-5/8 4-5/8 4-3^ S-S/r
*The face to face dimensions include the ^£-inch male faces;
the thickness of flange dimensions do not.
For adjusted Marine pressure ratings, see page 470.
For Marine specifications^ boiler feed service, general requirements, etc^, see pages 460 and 461^
'^i
I
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it
, 1
\ .
:
K
476
CRANE
Marine
WORKING PRESSURE
250 pounds saturated steam
A/l sizes are suitable for Class II Piping-
Screwed vahes 2" and smaller and flanged
JvZ alt sizes are suitable for Class 1 Prprug^
Cross Section
No. 4382
Screwed
Service recommendations:
Crane Brass Chronometer Valves
are designed for regulating and
governing purposes and should not
be used as stop vah-es. They open
or close completely in one-eighth
turn of the lever. The adjusting screw at the stem
end is used to vary the pressure of the disc against
the seat bearing, so that easy operation can be
obtained when desired. With proper adjustment,
the valves can be operated by a float.
Materials and construction: The valves ha\e a
No. 4383
Flanged
MSS 2ro-Pound 5P Bronze
Flange Standard, No. SP-i-
iq37. They are plain faced.
with two V-shaped concentric
grooves bet\\een the port and
the bolt holes. Prices include drilling to the MSv
250-Pound Standard, and spot facing. No deductioi
is made if valves are ordered faced only.
Full face gaskets should be used; see page 5^7-
Larger sizes: Yahes 3-inch and larger can b
furnished to order; prices on application.
body, cap, disc, stem,
gland, and packing nut
made of brass. The
lever is made of malle-
able iron.
Sizes I J^-inch and
smaller have a screwed
cap; larger sizes ha\-e
a bolted cap.
Flanged valves : End
flanges conform to the
Size
List Prices, Ea ch, and Dimensions, in Inches
IV4
Inches V2
3/4
1
iVs
2V2
No. 4382, Screwed
CI nft =;i no I .qi- OO I 75.00 1 75.00 | 150.00 | 225.0
Nrv^83JFlan ged. F.D. & S.F.
E nd to end. Screwed
F ace to face. Flanged
Center of valve to top
f.8.Q0 I 68.00 1 100.00 ! 100-00 | 195.00 | 290.0
5V4 51/4
51/4 I 6V2 I 6V;
83/4 103/4
93/4 ! 113/4
53/4 53/4 I 53/,
8 1/2
93/4
r;:^^pr::FT;::;:rT:^.nHnf handle! m l 4^4 I 43/4 6V^ ^ 7^
83/4
Diameter of flange
thickness of flange
51/4
6y8
6V3
7V2
'V:
'32
9/
16
5/*
■8
Vl
16
Templates for drilling . . page 550
V li
■ V
ta
r ii :i
I
r "*
.^Ir '
. W \
r
Main Injection
Valves
No. 4347
Iron Body Jvlain Injection Valve
Brass Trimmed — Class II
Crane X'lain Injection Valves
are made in a wide range of
sizes, in both angle and cross
patterns.
The valves are regularly
furnished with brass trim-
ming. They can be supplied
with either iron or cast steel
body and bonnet.
Overboard
Discharge
Valves
No. 4377
Iron Body Ox-erboard Discharge Valve
Brass Trimmed — Class H
Crane Overboard Discharge Valves are
available in a complete range of sizes,
in either globe pattern (No. 4377) or
angle pattern (No. 4379), as ordered.
The valves have a cast iron body and
cap, and a bronze disc, seat ring, and
stem. The latch is malleable iron, and
the ball is cast iron. Cast Steel Valves
also can be furnished when ordered.
Manifold
Valves
Manifold Valves
Cast Steel
Crane Manifold Valvi
made of brass, Ferrosteel,
cast steel, are ideal for t
transfer of cargo oil, bi
water, or salt water frc
one point to another.
Full details on types a
sizes will be furnished
request.
Prices artd dimensions of Main Injection. Overboard Discharge, and Manifold Valves furnished on application
CRANE
477
Marine Brass and Steel Pop Safety Valves
Brass — With Inside Spring
For Steam or Air
Steel— With Outside Spring
For Steam
iM
il
1 ;
Top Outlet
with
Wire Seal
No. 2500
For Steam
No. 2550
For Air
Side Outlet
with
Wire Seal
No. 2501
For Steam
No. 2551
For Air
Top Outlet
with
Lock
No. 2502
For Steam
No. 2552
For Air
Side Outlet
with
Lock
No. 2503
For Steam
No. 2553
For Air
No. 2531
Side Outlet
Male Inlet
No. 2534
Side Outlet
Female Inlet
Brass valves for Steam : TheNos. 2500, 2501, 2502,
and 2503 Brass Pop Safety Valves in sizes 2-inch
and smaller only are suitable for Marine service
(not boilers) on steam up to 150 pounds at 366° F.
For prices and dimensions, see page 38^. These
valves can be made special, when so ordered, for
steam up to 250 pounds at 406° F. ; prices will be
furnished on application. . . ^
Brass valves for air: The Nos. 2550, 2551, 2552,
and 2553 Brass Pop Safety Valves in sizes 1-inch and
smaller only are suitable for Marine service on air up
to I 50 pounds at 366° F. For prices and dimensions,
see pase 187. These valves can be made special,
when so ordered, for air up to 250 pounds at 400 h . ;
prices will be furnished on application.
Steel valves: The No. 2531 and No. 2534 Cast Steel
Pop Safety Valves shown on page 391 are well suited
for Marine service. They have an outside spring,
making them suitable for high temperature steam.
The valves are made in sizes Jg to 2-inch.
. \
*
1-
ii
li
.{
No. 2600
Male Inlet
Top Outlet
With Cap
No. 2601
Male inlet
Side Outlet
With Cap
Marine Brass Relief Valves
With Inside Spring
For Steam.
Water, or Oil
These valves, sizes
2-itich and smaller
only, are suitable for
Marine service; for
prices and dimen-
sions, see page 397'
No. 2602
Male Inlet
Side Outlet
With Wheel
No. 2603
Male Inlet
Side Outlet
WithLock-upCap
No. 2604
Female Inlet
Side Outlet
With Cap
No. 2605
Female Inlet
Side Outlet
With Wheel
Steam: For steam, the Nos. 2600, 2601
2604 Valves can be used, on pressures
pounds at 366° F.
These valves can be made special, when
for steam up to 250 pounds at 406° F.
furnished on application.
, 2603, and
up to 150
so ordered.
; prices are
Oil or water: For oil or \\-ater, the Nos. 2601, 2602,
2603, 2604, and 2605 Valves can be used, on pres-
sures up to 150 pounds at 36(0° F.
They can be made special, when so ordered, for oil or
water up to 250 pounds at 406° F., or up to 300
pounds at 200° F. ; prices on application.
For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461.
'UmiMm
"^ r. .[
I'J
i t
J
478
CRANE
Cross Section
No, 2621
Marine Brass Relief Valves
Outside Spring Type
SET PRESSURE RANGE
10 to 250 pounds steam, 450° F
10 to 300 pounds water or oil, 200
When ordering, be sure to
specify the set pressure.
Relief \-al\-es on steam ser\'ice
should always be sec lo per
cent abo^■e the normal work-
ing pressure; and on liquid
service, 25 per cent above
the working pressure.
Prices of flanged valves include
facing and drilling to ihe MSS
Standard, and spot facing.
No deduction is made when
valves are ordered faced only.
MaJc inlet
No. 2621
Female Inlet
No. 2624
Flanged
Jniet and
Outlet
No. 2628
Size (Size of Inlet)
No. 2621
No. 2624
No. 2628; F. P. & S.R
Size of Outlet
Features of design;
These \-alves ha\-e l^een
particularly designed for
marine service.
Their exposed springs
make them suitable for
high temperature service.
An adjustable blow-back
regulating ring is pro-
vided for adjusting the
blow-down of pressure
when changing or regulating the set pressure. The
ad ustment of this rmg may be made from the out-
v«K ^"^"lo^ll^terfering with the setting of the
th evt ^.^fhng or pop chamber is formid unde?
the extended lip of disc, insuring a snappy action
All valves have renewable seats. Valves for steam
service have steel stems and no stuffing boxes.'"'""^
Cross Section. No. 2628
Lis^Prices and Dimensions, in Inches
Inches \ 1/2 (
^4
ILlva I 1V2 I 2
_EachriJ.75fl5.00|18^|2L^OO|26.50Tl7^
jEach| jj.75|15.00|18. 25(21. 00 1 26.50| Wm
Each ' '' — ~ —
Vi
100.00
3/4
I25.0Q|160.O0|2O 0:Qn
2^2
— ^ ^grewed outlet \lX(, i5/,„ I isZ — ^tt — 1-^37 t^t/^-t
Flanged valves
8y4 1 ^A
105/.
4M I 51/2
m/2
131/8
Iron Body Relief Valves
Templates for drilling. . . .page 550
l&Vs 1~20~
ynd".? ff' °"k°' '^'^'"' ''^^^ ™"^^ "'^^^l brass stems
and stuffing boxes around the stems. Lifting lev™s
permit manual operation of the valves.
MSsfoo Pn'^H^cipI^'^ inlet flange conforms to the
/,n, 3~-Po"nciSP Bronze Flange Standard, No. SP-
Pound' SP r"" ' &?"^'= conforms to the MSS ,jo-
Pound SP Bronze Flange Standard No, SP-2-,q 7
line nn»„ cc/i ^Vj/-
Inside Spring
Outside Spring
Fusible Plugs
Long Pattern
Special Iron Body Relief
Valves of the inside spring
type (see illustration at the
left) can be supplied for Mar-
ine service. They are made
in sizes 2^ to 5-inch with
nanged inlet and either
screwed or flanged outlet.
Outside Spring Relief Valves
^■'0. 1113 (shown at the right)
and No. 1 1 14 are suitable for
ar^ 1 -L , ^^^^^' water, or oil Thev ^- ■
Water Side Plug
Inside Type
Fire Side Plug
Outside Type
These plugs are regularly suited for
Marme service. The complete line
dT^ P^ge 437) includes Fire Side
^lugs, No. 4752 and No. 4752 L with
oversize thread, and Water Side Plugs,
i^o. 4753 and No. 4753 L with over-
size thread.
^. Marir,. _^.„,„„., ,„,,^ ^J^^^^ - - K size tht^^d, — ^ "
gene.„7 r.^u.rem.nts, etc., .ee page. 460 and 461.
CRANE
Valves and Fittings for Ammonia
11
479
t
'^
Description page 480
Globe and Angle ValVes pages 480 and 48 1
Expansion Val\-es page 482
Check Valves page 482
Liquid Gauges , page 483
Flanged Fittings page 483
Boyle Flange Unions page 484
Flanges page 484
Return Bends page 483
Atmospheric Condensers page 485
Double Pipe Condensers and Brine Coolers page 48b
Double Pipe Water Coolers page 486
Double Pipe Fittings pages 48b and 487
Gaskets page 485
Dimensions page 488
t
■I U
' h V
I I •
For greater con\'enience, the following valves and fittings,
suitable for ammonia, are shown in other sections of this
catalog because of their adaptability to general piping service;
Screwed Fittings pages iqo and iqi
Bushings pages 226 and 227
Plugs page 228
Wrought Couplings page 22Q
Wrought Steel Nipples , , , . .page 230
Screwed Unions pages 146 and 247
Flange Unions page 252
Combination Elbows page 252
Welding Fittings pages 351 to 360
Relief Valves page 401
Pressure Gauges pages 438 and 43^
■|i
• '1
!
Fabricated Double Pipe Heat Exchangers P^ge 619
. V
^ .
.'fw:y^-<i
■;'"S*^r» ■ * J' ,, -^ \
I
480
CRANE
Valves and Fittings
For Ammonia
I , I
Pages 481 to 488 illustrate Crane piping equipment
for ammonia refrigeration. This line includes valves ;
flanged or screwed fittings ; flanges and unions ; return
bends and other fittings for coils and condensers ; and
return bends and fittings for double pipe condensers,
brine coolers, and heat exchangers.
Service recommendations: This line is especially
recommended for high pressure ammonia refrigera-
tion service.
However, it is also admirably suited for use on air,
gas, oil, or chemicals, or in special process work
where heavy, all-iron construction is desired.
Construction: Every detail of design, construc-
tion, and workmanship is directed toward producing
piping materials that are uniquely adapted to
conveying deadly or hazardous gases.
All valves and fittings are unusually massi\-e and
rugged, to provide a high margin of safety against
accidents.
Flanged A'alves and fittings have tongue and groove
faces, to assure tightness at the joints and as aa
added precaution against blowing out gaskets.
Screwed valves and fittings have long threads, and
are recessed to enable soldering the joints.
All valves and fittings recommended for ammonia
(except flanges) are tested to 300 pounds air under
water.
Metals: Ammonia valves and fittings are made of
Crane Ferrosteel. screwed fittings of malleable iron,
and flanges of forged steel or malleable iron, depend-
ing on the size and style.
Valves are all-iron, with steel stems, and have special
lead disc faces or steel discs. No copper or brass is
used in their construction, being unsuitable for use
on ammonia.
Interchangeability : Flanged valves have the same
center to face and face to face dimensions as flanged
fittings. For example, a flanged globe valve can be
substituted for a flanged tee; a flanged angle valve,
for a flanged elbow.
This is an inaportant feature when quick changes are
necessary.
'I I
\ii
R.u"eed steel stem
CT.^
Heavy stem ring
locked to disc
Special lead face
rolled into disc
Unusually deep stuffing box
filled \^'ith high grade packing
Pressure-tight joint when
valve is wide open
M
The construction of Crane Ammonia Globe and
Angle Valves, illustrated abo\e. is especially suited
to conveying noxious gases.
Disc and scat: The disc has a Special Lead face,
securely rolled into a machined dovetail in the disc.
The face seats upon a crowned face in the body,
assuring tightness in service.
\\ here high temperature or corrosi\*e action pre\'ent
the use of lead, the \'alves can be furnished with a
case-hardened steel disc and a steel seat ring,
illustrated on the opposite page.
The disc is held to the stem by a threaded stem ring;
the stem ring is locked to the disc, preventing the
disc from becoming detached in service.
Stuffing box: The stuffing box is unusually deep,
and is filled with high grade packing.
The stem is provided with a tapered, machined
shoulder, which seats against a machined chamfer in
the bonnet when the valve is wide open. This
remo\ es pressure from the packing, assures tightness
at the stuffing box, and enables repacking the valve
when V. ide open and under pressure.
CRANE
481
Ferrosteel Globe and Angle Valves for Ammonia
300 pounds ammonia working pressure
300-pound air-under-water test
Bolted Bonnet Valves with Special Lead Disc
No. 1501, Globe
Flanged
Tonsue and Groove
No. 1503, Angle
Flanged
Tongue and Groove
Steel Disc and Seat
No. 1504, Globe
Screwed
No. 1505, Angle
Screwed
List Prices
Size
Inches
V4
%
Vt
¥4
iV4
iy2
2V2
3^/2
4
I Style of flanges
Flanged Valves ^^^_ ^^^^ ^^ j^^_ ^^^^3
1
Oval
Square
Round
Each 6.00 6.50 7.00 8.00 9.00 15.00 16.00 19. 00|28. 50|43. 20 55.80 72.00
Screwed Valves No. 1504 or No. 1505
Extra for Steel Disc and Seat Ring
EachI 3. 50 I 4. 50 15. 00 I 5. 50 I 6. 00 I 7.50i 9.00|12.00il6.00|21.00| |
Per Valve 3.30 3.55 3.85 4.30 4.85 1 6.40| 6.801 8.00|12.00|18.25!23.50|30.50
*List prices of Flanged Valves include facing and drilling but not comt?anion flanges, bolts, or gaskets.
The valves listed above can be furnished with a case- When so equipped, and when a suitable stuffing box
hardened steel disc and a steel seat ring, as illus- packing is used, the valves are recommended for air
trated; extra list prices are shown in the table. or gas working pressures up to 250 pounds at 500° F.
Description. . . page 480 Dimensions . . . .page 488 Companion Flanges. page484
^i|#^4*i
m
Nl
III
J J
'■;'
I
Union Bonnet Valves with Plug Type Disc
List Prices
Size
Inches
V4
M
'8
V2
3/4
No. 15041/2 or No. 15051/2 Each 3.00 3.60 4.00 4.40 5.00
End to end, Globe Inches 3 31/4 31/2 4 4V2
XN *
Center to end, Anjle Inches IV2 1% i^A 2 2V4
Dimensions
Center to top, Open Inches 6V2 6V2 6% ^V4 ^Vz
Length of T-Handle Inches 41/2 41/2 41/2 6 6
No. 15041/2, Globe
Screwed
These valves have a plug type disc, integral with
the steel stem. They may be reground without re-
moving them from the line.
No. 15051/2, Angle
Screwed
■ J
^^J_ ^-^T'-'-T-
I
!■[ ,
J3 '
I '
I"
I
; !■ i J
111
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. ,1
I
482
CRANE
Ferrosteel Expansion Valves for Ammonia
300 pounds ammonia working pressure
300-poLmd air-under-water test
Cross Section
Ri?in<z Seem
Globe, Scrc\^'ed
No. 15191/2
Rising Stem
No. 1519
Non-Rising Stem
Angle, Screwed
No. 15193^
Rising Stem
No. 15191/4
Non-Rising Stem
Globe, Flanged
Tongue and Groove
No. 1513
Rising Stem
No. 1511
Non-Rising Stem
Angle, Flanged
Tongue and Groove
No, 1517
Rising Stem
No. 1515
Non-Rising Stem
Cross Section
Non-Rising Stem
List Prices
Size
Inches
Va
^
s
Vi
V4
I
Flanged Valves
Style of flanges
Oval
*No. 1511. No. 1513. No. 1515. or No. 1517
Each 6.00
6.50
7.00
8.00
Square
9.00
Each 4.75
5.50
Screwed Valves I No. 1519. No. 1519^4. No. 1519V2, or No. 1519^4
* List prices of Flanged \ gives include facing and drilling hut not companion flanges, bolts, or gaskets.
6.00
6.80
7.50
Rising Stem \^al\-es ha\Q a needle-point stem. The
seem has fine, close fitting threads, permitting very
accurate adjustment. These \'ai\'es are particularly
recommended for short lines.
Non-Rising Stem Expansion Vah'es have a combina-
tion special lead and needle-point disc. Fine stem
threads permit a close adjustment. However, the
disc is not integral with the stem; therefore, these
valves are recommended for long lines where minute
adjustment is unnecessary.
Ferrosteel Check Valves for Ammonia
Cross Section
No. 1507V2, Horizontal
Screwed
300 pounds ammonia working pressure
300-pound air-under-water test
Crane Ammonia Cheek Valves are
constructed with a dash pot that
effectivelv cushions the disc in
ser\'ice, thereby materialh- increas-
ing the life of the \a\\e. Sizes i^-
inch and larger have a piston ring;
smaller sizes have a grooved piston
without ring.
It
No. 15071/2, Horizontal
Screwed
No. 1507, Horizontal
Flanged
Tongue and Groove
List Prices, Each
Size
Inches
V2 3/4 1 1V4 iVz
2
2V2
3
3y2
4
Flanged
Style of flanges
Oval Square
Round
Valves
*No. 1507
8.70 10.00 11.20 18.50 19.80
23.50
34.70
53.50
68.40
89.00
Screwed
Valves
No. 15071/2
6.80
7.25
8.00
10.75
12.40
15.40
DirriGnsions . . . .pa<Je 488
Companion Flanges . . . page 484
I
CRANE
483
Ferrosteel Flanged Fittings for Ammonia
300 pounds ammonia working pressure
300*pound air-under-water test
List Prices
Tongue
No. 1521
90^ Elbow
Tongue and Groove
List prices include
facing and drilling
but not
companion flanges,
bolts or gaskets.
No. 1523
Tee
Tongue and Groove
Description . _ . .page 480
Dimensions. . . page 488
Con\panion flanges page 484
Screwed Fittings pages 190 and 191
Style
of
Flanges
Size
Inches
No. 1521
90^ Elbows
Each
No. 1523
Tees
Each
Va
1.00
1.50
Oval
%
1.25
1.75
V2
1.40
1.95
34
1.75
2.20
1
2.00
2.50
1V4
2.25
3.70
Square
iy2
2.50
3.75
2
3.00
4.00
2V2
5.50
8.00
3
10.00
17.00 ■
Round
31/2
13.50
21.00
4
15.00
23.50
Return Bends
For Atmospheric Ammonia Condensers or Pipe Coils
300 pounds ammonia working pressure
300-pound air-under-water test
List Prices
Size
Inches
Center
to
center
Inches
No. 1559
Flanged
Each
No. 1570
Divided
Each
IV4 4
1.90
2.50
11/4
6
2.40
2.70
2 31/2
• . < p
4.40
2
4
- F - ■-
4.75
2 *^%
2.60
5.00
2 6
2.85
6.00
2
8 3.40
....
^1
^1
No. 272 F No- 1564
Serened Screwec
J^
^v
Mai eab e Iron
No. 1559
Hanged
Tongue and Oroove
Ferrostee
No. 1570
Divided
Screwed Lnds
via leable ron
See page 190
Prices of Flanged Return
Bends include facing and
dri ing but not companion
flanges, bolts, or gaskets.
*Flanges: Because of shore center-to-center dimen-
sion, the 2 X 4j^-inch Flanged Return Bends require
No. 1582}^ and No. ijSjJ^ Flanges; see page 484.
All other sizes require the regular No. 1547 and
No. 1545 Flanges.
Dimensions . - . .page 488
Combination elbows: No. 1570 Bends can be
divided, and used as combination screwed and
flanged elbows; one return bend and one No. ifSq
Union (page 252) enable making two complete com-
bination elbows with Mange, bolts, and gasket.
Companion Ranges . . . .page 484
All-Iron Liquid Gauges for Ammonia
With Special Lead Seat
300 pounds ammonia working pressure — 300-pound air-under-water test
List Prices
Size
Inches
V2
V4
No. 1586V2
Liquid Gauge, with 15" centers, complete
Each
25.50
25.50
Extra for each inch over 15", up to 24"
.37
.37
Valves, only
Each
U.65
11.65
n
Glasses, only (%" outside diameter), for 15" centers
Each
.55
.35
Parts
for
No. 15861/2
Guards, only, for 15" centers
Each
1.65
.05
1.65
FLubber Gauge Glass Gaskets, only
Each
.05
Flat Steel Gauge Glass Washers, only
Each
.05
.05
Steel Stuffing Box Washers, only
Each
.25
.25
No. ISSeVa
Liquid Gauge
The Gauge Valves have a ball check valve in their inlet end. Should a glass tube be broken,
the check valves close instantly and automatically, preventing the escape of ammonia.
Ammonxa Pressure Gauges. . . .page 438 Ammonia Relief Valves . page 401
I
I
I
vn
'^*-
«
.^'
L* t
> ' . .
484
CRANE
I
^
fi''
Flanges for Ammonia
300 pounds ammonia working pressure
No, 1547
Screwed Flange
Tongue
No_ 1555
Blind Flange
Tongue
No. 1549
Reducing Screwed Flange
Tonsue
No. 1545
Screwed Flange
Groove
No, 1557
Blind Flange
Groove
No. 1551
Reducing Screwed Flange
Groove
Unless otherwise ordered^ flanges are furnished without bolts or gaskets,
]4, to 3-inch are forged steel; 3]^ and 4-inch are malleable iron-
List Prices
Screwed and Blind Flanges
Style
of
Flange
Size
Inches
No- 1545
No, 1555,
, No. 1547,
or No. 1557
With
Bolts
and
Gasket
Each
Without
Bolts
or
Gasket
Each
pa
V4
.50
.40
Ovfll
%
.55
.45
\_/ V ai
1/2
.70
.50
V4
.90
.65
1
1.20
.95
1V4
1.25
1.00
Square
1V2
1.50
1.20
2
1.70
1.40
2V2
3.00
2.50
3
3.75
3.00
Round
3V2
4.25
3.50
4
5.00
4.25
Special Forged Steel
Screwed Flanges
■■i
I
No. 1582V2
Tongue
No. 1583V2
Groove
H
List
Prices
With
Without
Style
Size
Bolts
Bolts
of
and
or
Flange
Inches
Gas <et
Gasket
Each
Each
Oval
1 .h^ .50
IV4 .75 -60
Square 2 1,00 ,85
The No. 1582M and No. 1583H Special
Screwed Flanges ha\e smaller overail
dimensions than regular flanges, and are
used on the following:
,2x45^" No. 1559ReturnBends(p. 483).
No, 1591} 2 Flange Unions (p. 252).
No. 15 29 Combination Elbows (p. 252).
List Prices
Reducing Screwed Flanges
No. 1549 or
Size
No. 1551
Style
With
Without
of
Bolts
Bolts
Flange
Inches
and
or
Gasket
Gasket
Each
Each
Vs XV4
.55
.45
V2 x3/8
.70
.50
Oval
V2 xl/4
¥4 XV2
.90
V4 x3/g
.65
3/4 xy4
1 XV4
1.20
1 xVz
95
1 x3/8
• J\J
1 XV4
IV4XI
V
1.25
11/4X3/4
IV4XV2
1.00
1V4X3/8
11/4X1/4
11/2x11/4
1.50
Square
IVzxl
1.20
1V2X3/4
2 xli/2
1.70
2 xli/4
2 X 1
2 x3/4
1.40
2 xVz
2 x3/g
2 X 1/4
21/2 X 2
3.00
21/2x1 1/2
2.50
21/2x11/4
3 x2i/2
3.75
3 x2
3.00
3 XIV2
31/2x3
4.25
Round
3V2X21/2
3.50
31/2x2
4 x3i/2
5.00
4 x3
4 25
4 x2V2
4 x2
Boyle
Flange Unions
300 pounds ammonia
working pressure
No. 1585
Cast Iron Boyle Flange Union
List Prices
Style
of
Flange
Size
Inches
No. 1585
Each
V4
1.05
Oval
%
1.15
V2
1.35
3/4
1.60
1
1.95
IVa
2.65
Square
1V2
3.10
2
3,70
2V2
6.25
Round
3
9.50
Tongue and Groove
Flange Unions
No- 1589
The No- 1589 Unions are equipped
with a Granite gasket and are
recommended for 300 pounds am-
monia working pressure; see page
252. An unusually compact union
for pipe coil work, the No, ]591f'4>
and a Combination Elbow, the
No. 1529; also are shown on page
252.
For dimensions of reg uiar
screwed, blind j and reducing
screwed flanges, see page 488.
For extra charge for bolting art
companion flanges t see the
Crane Discount Sheet.
CRANE
485
Atmospheric Ammonia Condensers
The illustrations below show two common types of
atmospheric condensers, and indicate the appfication
o( the return bends and fittings shown on page 483.
Either type, or any other type, can be made with
No. 1501
.M.
(3
"vr
■^ r
-Tt
:st
No. 1570
V
c
No. 1501^
?t
3C
3t:
IT
Liquid Outlet
I Header
J£
3£
Gas' Inlet S^^^ ^^ ^rH =^ 1
Header ^^ = ^^^^^^
No. 1564 No. 1501
/
3!:
it
K
.fi
7C
t
LI
JL
3C
E;
3FJ
Purge and
Pump-Out
Header
No. 272 E
V
^
^
a
Atmospheric Condensers
With Three Preliminary Pipes
The ammonia condenser shown on the right is of
the atmospheric type with a three-pipe prelimi-
nary cooler at the lower part of the coil. The hot
gas enters at the bottom, where it is partly cooler!
by the water which has already passed over the
main condenser. The partially cooled gas then
passes to the top of the coil and meets the coldest
condensing surface where the actual process of
condensation begins.
flanged, screwed, or divided return bends, or com-
binations of all three; if welded joints are preferred,
welding fittings (see pages 351 to 359) and flanges
(see pages 361 to 367) can be used.
Atmospheric Condensers
The atmospheric condenser shown on the left is the
simplest type of ammonia condenser, the hot gas
from the compressor entering at the top and the
condensed liquid ammonia leaving at the bottom.
These condensers are usualK- made of i-inch Stand-
ard weight pipe. 20 feet long, and 18 or 20 pipes
high. Howe\'er. they can be built of any weight or
length of pipe, and any nLimber of pipes high.
Each stand of condensers should have a gahanizcd
water trough made in two sections, with adjustable
trough supports for le\'eling.
No. 1501
d
No. 1559
Liquid Outlet -^
Header '^
\ T 'J
No. 1501-^ . jt
Gas Iniet
Header
Purge and
Pump-Out
Header
JU No. 1521
Hf
ii
:\
m
il
!l
i
I
i
i\
Granite Caskets
for Tongue and Groove Joints
Gaskets for Ammonia
The tongue and groo\"e dimensions of all flanged am-
monia \-aK-es, fittings, and flanges are the same for each
corresponding pipe sizes. Gaskets, therefore, are inter-
changeable; both the Granite and lead are J-fe-inch thick.
Gaskets for Boyle joints are made of rubber. can\"as
wrapped; they are used in Boyle L'nions and in certain
double pipe return bends and tees.
List Prices and Dimensions
Size Inches V4 % V2 Va 1 Wa \yk 1 2V2 3 Zy^ 4
Tongue
Granite I'er Dozenj .25 .30 .30 ,40 .40 .50 .50 .55 [ .60 .70 .85 1.00
and
Lead Per Dozen .45 .50 .50 .70 ! .90 1.25 1.25 1.50 1.70;1.85 2.15J2.40
Oroove
Gaskets
I.D. Inches 19/32 "/32 ys iVs ! 1% l^Vi6liVi6 2Vi6i2i Vis 39/16 4Vi6 4Vi6
O.D. Inches 31/32 IV32 IVszin V32'125/32; 2V32 21 5/32'3 V32 32I/32 ' 4^/32 1427/32:515/32
Canvas
Rubber Per DoKn 1.40 1.60!l. 85 2.10 2.60 5.00 5.30 jS. 10 13.20 16. 80121, 00|26. 00
Wrapped
I.D. Inches Vis ^ Vie ^ Vie lVi6 l"/32 in/ie l^Vie 2Vi6 22V32 3Vi6 4i/i6 4Vi6
Boyle
Gaskets
O.D. Inches 1 iVg 11/4 IV2 UV16 21/4 2V2 SVs 3n/jej 4V16 478 51/2
Thickness Inches 1/4 V4 Va ! Va V4 ^8 % % 1/2 ¥2 V2 ¥2
a
- ^-*
Rubber Gaskets
for Boyle Joints
O.D.
I
r . I
i
I
' ]
t 1
486
CRANE
Ferrosteel Double Pipe Fittings
Crane Double Pipe Fittings, shown on the opposite
page, are designed especially for use in heat ex-
changers, ammonia condensers, brine coolers, water
coolers, and similar coils formed of two sets of pipes,
one placed inside of the other.
With Crane fittings, the inside and outside pipes are
entirely independent of each other, and are free to
expand or contract independently without danger
of straining the joints. The fittings can be de-
mounted easily and quickly for cleaning or repairs.
Service recommendations: No. i 56^ Double Pipe
Return Bends, No. 1571 Double Pipe Tees, and
No. ]56q Return Bends are recommended for heat
exchangers. They are equipped with special groove
flanges and Cranite gaskets, and the stuffing boxes
are packed with special asbestos rings.
No. 1565 and No. 1571 are recommended for the
following working pressures:
300 pounds ammonia
300 pounds water, gas, or air, 300° F.
250 pounds oil or steam, 500° F.
No. 1 56q Return Bends are recommended for;
i/f pounds water, oil, or gas, 100° F.
125 pounds saturated steam
25 pounds oil, 500° F.
No. 1575 Double Pipe Return Bends, No. 1581
Double Pipe Tees, and No. 1574 Return Bends are
recommended for ammonia condensers and brine
coolers. All joints are Boyle rubber with the excep-
tion of the outlet of the No. ij8i Tee, which has a
regular groove for tongue and groove joint. The No.
^574H Union Return Bend can be used instead of
the No. 1574 Boyle Return Bend.
No. 1575 and No. 1581 are recommended for the
following working pressures:
300 pounds ammonia
300 pounds water, air, or gas, 300° F.
No. 15-74 Boyle Return Bends are recommended for
175 pounds cold water, while No. 1574^ Union
Return Bends are recommended for 175 pounds cold
water or 125 pounds saturated steam working
pressures.
^o- ^575/4 Double Pipe Return Bends and No.
^^75% Double Pipe Tees are recommended for water
coolers. They are equipped with rubber gaskets.
They are recommended for 125 pounds saturated
steam or 175 pounds cold water working pressures.
Test pressures : No. 1^65, No. 1571. No. 157^, and
No. 1 581 are tested to 300 pounds air under water.
The other fittings shown on the opposite page are
given a 250-pound hydrostatic test.
Application: The illustrations below show the
application of double pipe fittings for ammonia
condensers, brine coolers, and water coolers. The
application of fittings for heat exchangers is shown in
the section of this catalog devoted to Fabricated
Piping; see page 6iq.
1574
1581
1575
D
1581
D
>sZ
M
M
2^^_
~pd_
is^
iJS?
p^
>^
ZP^
^^
p^
1574}d
Fittings for Double Pipe Ammonia Condensers and Brine Coolers
^''''''
9
15751/2--^
Fittings for Double Pipe Water Coolers
CRANE
487
Ferrosteel Double Pipe Fittings
For Ammonia Condensers,
Brine Coolers, and Heat Exchangers
For Water Coolers
^1
>■
^
I
^^pr
Cross Sections
Showing Boyle Joints
Double Pipe Tee
No- 1571, Tongue & Groove Joint
No, 1581, Boyle Joint
No. 1575^4
Double Pipe Tee
fif
n
Return Bend
No, 1569, Tongue & Groove Joints
No, 1574, Boyle Joints
Double Pipe Return Bend
No- 1565, Tongue & Groove Joints
No. 1575, Boyle Joints
List Prices
No. 1574 V2
Cast Iron
Return Bend
With
Union Ends
No. 15751/2
Double Pipe Return Bend
Return Bends
Double Pipe F Return Bends |
Double Pipe Tees
Size
Inches
Center
to
Center
Inches
No. 1569
or
No. 1574
Each
No. 15741/2
Black
Each
Size
Inches
Center
to
Center
Inches
No. 1565
or
No. 1575
Each
No, 1575y2
Size
Inches
No. 1571
or
No. 1581
Each
No. 15753/4
Black
Each
Galv.
Each
Black
Each
Galv.
Each
VA 45/8 3.25 1,60
2 X IV4 45/8
8.00
4-75 6,50
2 X 11/4x2 6.70 4.50 ! 6.25
2 6 i 4-45 3-00
21/2 XIV4 4%
10.35
2 X 11/4x11/2 6.70
3 8
3x2 6
14.00 ;
2 X 11/4x11/4 6.70
*Price on app ica
tion
4x3 8
«
2 XII/4X 1 6.70
*Price on aop ication
2 X 11/4x3/4 6-45
2 X 11/4x1/2 : 6.45
List prices of Return Bends, Double Pipe Return Bends, and
^oub e ^ipe ees inc ude fittings com:?ete with flanges, bo ts,
gaskets, unions, g ands. and stuffing box packing as siown in the
i ustrations, mth the following excepion:
Exception: List prices of No. 1571 and No. I5S1 Tees do not
include the flange, bo ts, and gasket for the outlet opening.
21/2 X 11/4x2 8.30
3 x2 x2 14.00
3 x2 xiy2 14.00
3 x2 X 11/4 14.00
3 x2 X 3/4 13.50 I
3 x2 xVz 13.50
4 x3 x3 * !
*Price on app ication
Dimensions, in Inches
Double Pipe Tees
Double Pipe Return Bends
No. 1565 or No. 1575
With No. 1569 or No. 1574
Double Pipe
Return Bends
Double Pipe Return Bends
No. 1565 or No. 1575
With No. 15741/2
Size
U
V
W
X Y
2
xu/4
45/8
6
3
93/8 SI/4
2V2XI1/4
45/8
6
3
9% 51/4
3
x2
6
7V2
3
IOV2 63/4
t
x3
8
3
131/4 9
Double Pipe
Return Bends
No. 15751/2
with No. 15741/2
Size a b c
2 X 11/4x2 311/16 3% 53/4
2 X 11/4 X 11/2 31 3/16 31/4 53/4
2 X 11/4 X 11/4 31 1/16 3% 53/4
2 X 11/4x1 3^8 35/8 53/4
2 X 11/4x3/4 3Vi6 3% 53/4
2 x 11/4x1/2 3Vi6 3% 53/4
21/2X11/4X2 3I3/16 31/4 63/8
3 x2 x2 43/a 37/8 63/4
3 x2 xli/2 41/2 37/8 63/4
3 x2 xli/4 41/2 37/8 63/4
3 x2 x3/4 43/8 41/2 eVs
3 X 2 x 1/2 47/8 1 37/8 6^4
4x3x3 On request
Double Pipe Tee
No. 1571 or No. 1581
Double Pipe Tee
No. 15753/4
Dimensions, Valves and other Fiitings page 488
I
t
' H .
y
<:
_v .^;r^^> -■ .\'
-'^-:<.
488
CRANE
I
Valves and Fittings for Ammonia
Dimensions, in Inches
J Cm::^
Globe, Angle,
or Check X'alve
Screwed
Globe, Angle,
or Check \ alve
Flanged
90^ Elbow
or Tee
Flansed
N M
Open
Glc>he X'alve
No. 1501, Flanged
No. 1504, Screwed
^^
Angle Valve
No, 1503, Flanged
No. 1505, Screwed
Expansion Valve
Globe
Expansion Valve
Angle
I
I
R P S T
1
^1
ii
1!
Style of
r* *
A
B
c
D
b
J
K
r.
M
N
p
R
s
T
u
V
Bolts
Flanges
No. Dia.
V4 4V2 2V4 5Vi6
2Vl6
27/8 171/4 63/4 35/8 3% 23/8 31/32 ^^32 1 V16 V16 Vs
2 1/2
Oval
%
43/4 23/8 5Vl6
2Vie 3 71/4 63/4 35/8 313/16 2Vi6 IV32 23/32 IVs IV16 V16 Va
2 1/2
V2
5 21/2 513/16
211/16 31/8 71/4 63/4 35/8 4 23/4 17/32 7/^ ly^ 27/3^ 3/,g I/3 J 1/^
34 5V2 234' 65^16 215/16 33/R 91/4 8V2 4Vl6 43/4 3V4 IIV32 IVS i IV2 13/32 Vxs Vs
2 5/3
1 6V4 31/8 611/16 31/8 39/ie
91/4 8I/2 4I/16 39/16 31/4 125/32 13/g |113/jg 111/32 3/^g 1/, 4 1/^
IV4 63/4 33/, 73/8 33/8 4
111/4 101/4 43/4 3I5/16 33/4 27/32 III/16 21/4 121/32 1/4 3/jg
4 1/2
Square
IV2 71/2 33/4 81/8 33/4 43/8 111/2 IOV4 6 411/16 41/2 215/32 115/16 21/2 129/32 V4 V16 4 %
2 8I/2 41/4 91/8 41/4 47/8 121/4 U 8 5Vi6 5 33/32 2Vi6 131/8 213/32 1/4 3/^, 4 %
21/2 91/2 43/4 105/^6 43/4 5Vl6 123/4 UV4 8 5154g Syg 321/32 215/16 311/16 229/32 5/l6 Va 4, 3/^
3 12
6
I213/16 6 613/16
141/4 123/4 9
8I/4 65/8 49/32 39/16 45/16 317/32 Vj6 Va 8 3/4
Round
31/2 1313/16 6V2 75/,6 15 131/2 10 9 71/4 427/32 41/16 47/8 41/32 V16 V4 8 34
4
■149/iG 67/8 7II/16
I6I/4 141/2 10 10 77/8 515/32 49/16 51/2 417/32 7/^g 1/^ 8 Va
On flanged valves, the tongue is on the end next to the upper side of the disc.
h '
> .
Flanged Return Bend
No. 1559
Return Bends
Size
J
K L M N
R S
-3t
4
315/16 715/16 45/8 41/8
315/16 53/8
6
3IV16 9IV16 55/8 51/8
315/16 5%
31/2
5Vi6 71/16
4
51/16 7Vi6
2
H5/8
41/2 ^Vs 6V2 6
5Vi6 7Vi6
6
5Vl6 UI/16 65/16 513/16
5Vi6 71/16
8
5Vl6 I3I/16 75/16 613/16
Divided Return Bend
No. 1570
*The 2 X 45^-inch No. 1 5 5g ^Return Bends require All other sizes require the regular No. 1545 Groove
No. 1 58^3^ Groove and No. 15823^ Tongue Flanges. and No. 1^47 Tongue Flanges.
V '( s- ?■■•. ■
For dimensions of Double Pipe Return Bends and Tees, see page 487.
iiiM-tiiHi
CRANE
Crane-Seal Brass Valves and Fittings
For Making Silbraz Joints
489
M
General Description of the Crane-Seal Silbraz Joint page 49°
Instructions for Making a Crane-Seal Silbraz Joint page 4qi
Gate Valves page 4Q^
Globe and Angle Valves page 493
Check Valves page 4Qi
1 5o-Pounci Fittings pages 494 and 495
300-Pound Fittings. page 496
300-Pound Unions and Union Fittings page 497
Copper Tubing and Brass and Copper Pipe page 49S
The name "Crane-Seal*", when used in connection
with a Crane Brass Valve, Fitting, Union, Union
Fitting, and Flange, indicates that that
product is especially prepared for Oxy-
Acetylene brazing. The recessed openings
are bored within close tolerances to main-
tain predetermined clearances when used
with Iron Pipe Size Outside Diameter
standard weight, extra heavy weight, and
Type B (thin wall) brass or copper pipe or
tubing.
Further indicated by the name "Crane-
Seal", is that each product so identified is equipped
with Sil-Fos brazing alloy ring inserts. The Sil-Fos
brazing alloy, made by Handy & Harmon Co., has
*Reg. U.S. Pat. Off. Manufacture
better resistance to corrosion than copper or brass
pipe; it has rendered excellent ser\'ice throughout
wide usage in non-ferrous piping instal-
lations.
The recessed opening in a Crane-Seal
Valve or Fitting, the preinserted Sil-Fos.
and the procedure for making up on non-
ferrous pipe produce a "Silbraz* Joint".
Because of these three features in combi-
nation, it is comparatively easy to obtain
uniformly strong and tight piping connec-
tions where vibration, temperature changes,
pressure, and corrosion are factors. A Crane-Seal
Silbraz installation is a close approach to a one-piece
pipe line.
of these products is licensed under U.S. Pat. No. 2,050,728
tt
I
General Applications
The following paragraphs outline some representative applications for
Crane-Seal Silbraz Brass Valves and Fittings. Within the scope of each
of these uses may be encountered a wide variety of service conditions.
Reference, therefore, is made in a general sense rather than specifically.
Buildings
Hot and cold water lines.
Steam heating and return lines.
Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges.
Boiler plants — Water treatment lines.
Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges.
— Boiler feed lines.
Crane-Seal 150 or 300-Pound Brass Valves, Fittings, and
Flanges to meet the requirennents of Codes covering these
lines.
Process piping — Water, steam, and air lines, or
chemical piping where brass or copper is suitable.
Crane-Seal 150 or 300-Pound Brass Valves, Fittings, and
Flanges.
Marine piping — For Class 11 piping as given in Rules
and Regulations of the Bureau of Marine Inspection,^^
and Navigation.
Crane-Seal 150-Pound Brass Valves, Fittings, and Manges.
Refrigeration and Air Conditioning—
— For refrigerating fluid lines.
Crane-Seal 150-Pound Brass Fittings and Flanges.
— For water, steam, and vacuum lines.
Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges.
— For water and refrigerant coils.
Crane-Seal headers made special to order.
— For water, steam, and refrigerant coils.
Crane-Seal Brass Return Bends.
Railroads; Diesel Locomotives; and Cars —
— Fuel oil, lubricating oil, and oil control lines.
— Circulating water and steam heating lines.
— Air, water, and steam lines.
Crane-Seal Brass Valves, Fittings, Unions, Union Fittings,
and Flanges ; 1 50 or 300-Pound, depending upon operat ing
pressure requirements.
' — Refrigerant lines.
Crane-Seal 150-Pound Brass Fittings and Flanges.
i
I
:;• 1
490
CRANE
T
3
General Description
Crane-Seal Silbraz Joints
1, Recess or Bore
Silbraz Joint
2 Sil-Fos Brazing Alloy
Preinserted Ring
-1 Complete Penetration
Inter-AlIoying
6. Sil-Fos Fillet
Visible Indication of a Finished Joint
5. Butting Shoulder
4.
Wide Contact Area
Full Strength Joint
The above illustration of a Crane-Seal Silbraz assembly, par-
tially sectioned, indicates the following important features.
The recess or bore is amply deep; it is accurately
machined to maintain a close predetermined
clearance area o\'er the pipe.
The Sil-Fos brazing alloy ring insert, installed at
the factory, assures the user that the correct tvpe
and quantity of brazing metal is employed. Appli-
cation is controlled and waste of expensi\"e mate-
rials is eliminated. There is an ample quantity of
alloy in the insert to remake the joint, if necessary.
While at a fusing temperature and under pressure
due to the unstretching of the fitting band, the
Sil-Fos actually penetrates into and inter-alloys
with the surfaces of the pipe and fitting. The bond
thus formed is stronger than the parts joined.
4. The Sil-Fos flows over the pipe through the entire
clearance area and depth of the recess uniformly,
to make a wide and unbroken contact. Full
strength is assured. Under actual tests of vibra-
tion, tension, and pressure the Crane-Seal Silbraz
joints remained tight.
5 A square shoulder at the bottom of the bore limits
the distance that the pipe can be inserted anc
provides a dam for the brazing alloy.
6. In the final stage of flow, the molten Sil-Fo;
forms a fillet at the end of the fitting adjoining
the pipe. This continuous fillet of Sil-Fos appear-
ing around the pipe is \-isible proof that thf
Crane-Seal Silbraz joint is completed.
I
1
i
1
Crane-Seal Silbraz Brass
VaK'es. Fittings, Flanges,
Unions, and Union Fittings
are regularly made with
ends bored for Standard
I ron Pipe Size Outside
Diameter brass pipe or
copper tubing. These pipe
sizes of brass or copper pipe
may be standard weight,
extra heavv weight, or
Type B (Thin Wall).
Crane-Seal products for
pipe or tubing of other
diameters are considered
special and will be made to
order only.
Special valves, fittings, and
fianges can be made to
order. When special prod-
ucts are desired, requests
for prices should include
complete data on quan-
tities, detail dimensions,
and service conditions.
Working Data
Crane-Seal Brass Fittings on I.P.S. Brass or Copper Pipe
Pipe
Size
Inches
*T,p
Size
Number
Heating
Time
X'linutes
Oxygen
Cubic
Feet
Acetylene
Cubic
Feet
Observed
Joints
Per Hour
tPoint of
Application
of heat
Depth of
Bore
Inches
Vs
4
'A
.■
'A
''-ix
H
4
Vi
H
K
H
"■'^A
^
4
14
v%
V^
. . . .
H
■^fr,
H
5
%
y^
K
40-50
H
^
H
fe
%
H
%
35-45
\
'^^
b
1
H
M
30-42
1
%
1^
7
Wa.
H
M
24-34
M
n-2
7
\\/^
1
!
22-28
134
^4
2
^
I'A
Vz
iH
5-20
IH
'^
2K2
8
2H
Wz
Wz
12-15
VA
''^
3
9
3H
3^
Wi
9-14
IK2
"^
3H
9
4
Wi
4H
8-12
IK2
H
4
5
6
6
7-12
_^
'%
5
7
7
5-10
2
1
11
7K2
10
10
b-8
2
v^
S
12
Q
12
n
2
\%
*Size of tip, based on Airco D-B torch, Styles 9800 and 9900. For ideal conditions th
gas pressure on the regulators is the same as the tip number. If running a line of %-\nQ\
pipe branching into J^-inch pipe, it is not necessary to change from a No, 6 tip to ;
No. 5 tip at each branch.
tThe values shown in this column are inches; they represent the approximate distanc
from the fitting end to the point of application of heat to the pipe.
CRANE
491
Instructions for Making
Silbraz Joints with Crane-Seal Valves and Fittings
1. Cut the pipe square and ren-io\'c
burrs or upsets. Clean thoi-oughly
and apply a thin coat of Handy
Flux to both the tube end and the
fitting recess. Insert pipe into the
fitting until it butts against the
internal shoulder. Support both
parts in true aUt:;nment and position
before heat is applied.
2. Heat is applied to the circum-
ference of the pipe, adjacent to the
fitting. In expanding, the tube
forces out the film of flux until the
clearance area is closed and the
heated tube is in tight contact with
the fitting recess and the ring ot
brazing allov. W'hen sufficient heat
has been applied, the Flux becomes
liquid and the surface of the pipe
changes in color to a blue-black.
K.
%■■- '■>-
»
4-
\
\-
,:^
I I ,"
^ ' -■
:^t
;>"i
h:t
■J' -
'»v
^'
mm*
— ^^■-^*
/
/
3. In the third step of the
brazing operation, the flame
is applied to a section o( the
band on the fittins in the
direction of the pipe. Heat-
ing is carried on. usins n
wiping motion, until a section
i^i' the band is stretched. .A
slight gap opens between the
fitting and the pipe, per-
mitting the molten Sil-los
to flow from the insert.
^
M
+
t
'■ * ' 1
'^vi 1
I
These illustrations an J explanators' notes
demonstrate the correct procedure for
making a Crane-Seal Silbraz joint. Note
particularly, that the preinserted Sil-Fos
crazing allo\- is within the joint, ready
for the brazing operation.
Care in making the joint and observance
of the following precautionary measures.
will result in strong and tight joints.
Preparation of the joint is comparati\'ely simple and
easy. The pipe must be cut square, free from burrs
or upsets, and it must not be deformed or made
undersize. in cleaning the pipe, use emery cloth and
brighten up a length greater than the depth of the
fitting recess.
An OXY-ACETYLENE flame is required for this
joint. The size of the tip and the point of application
of the heat to the pipe should conform to the table of
Working Data, shown on the preceding page.
The "Four Steps" indicated in the above illustrations
show the procedure to be followed for each quarter-
section of the joint. When the fillet is clearly visible
the next adjacent quarter-section is similarly treated
until through repeated operations, the entire cir-
cumference is covered. When the Sil-Fos appears
as a continuous fillet all around the pipe, the joint is
finished.
A joint is not completed in its entire circumference
at one time, except on pipe sizes ^-inch and smaller
4 Both the pipe and the fitting arc heated, applying the flame in a wiping
motion, to a uniform brazing temperature throughout this section ol the
joint.
The flame is then withdrawn, and the fitting band, unstretching as it cools,
everts a pressure on the molten Sil-Fos to effect its complete penctratum
into the surfaces of both the pipe and the fitting. Under pressure, the bil-
Fos also flows throughout the clearance area in both directions until a hllet
tippears at the edge of the fitting. This (operation assures a compete bonding
and fusing of the brazing alloy with the pipe and htting. M the fillet does not
appear immediately, steps 3 and 4 arc repeated to pump more SilT-os Irom the
insert- joints must not be strained while coohng.
where the allov will (low out over tiic lull circum-
ference. This 'is due to the small size, and best
results are here obtained by making the joint quickly
and with a minimum amount of heat.
Excess heat enlarges the clearance and retards,
rather than hastens, the flow of the alloy. If in a
section being heated, tiic fitting or pipe becomes
bright in color, heat should be withdrawn.
Valve joints are made by the same process. The
valves must be open while the joints are being made.
While heat does not usually discolor a valve bonnet,
yet to be positively assured, it should be wrapped in
a wet swab.
Unions should be assembled tightly by hand while
making the joints, to avoid seat distortion.
Discoloration may be removed from valves, fittings,
and pipe by brushing. The original color can often
be restored also, by washing the joints with water,
while warm.
Hi
Jiii
' i
■ 'w-'-^t-'t--
';--^-,>..^--r:--
I
492
CRANE
Crane -Seal Brass Gate and Check Valves
For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe
pTTT-vwrrJ— ■
Gate Valves
These valves, when
be repacked while
No. 438CS, Non-Ris-
ing Stem Gate Valves
aresuitable forsteam.
water, oil, or gas
service.
Size
B
'/4 I 1% 133/4 13/
% |I^yi6|33/4 ]13/.
wide open, can
under pressure.
No. 431 CS, Rising
Stem Gate Valves
have a sol id brass
wedge disc whichslips
onto the stem. These
valves are recom-
mended for steam,
water, oil. or gas.
No. 438 CS
Wedge Disc Gate Valve
Non-Rising Stem
WORKING PRESSURES
125 pounds steam
200 pounds cold \\-ater. oil.
or gas. non-shock
V2
%
2 |4V,6 127x6
2V4 143/4 129/16
2»Vl6|55/8 2U
W* I 3 leVzUVie
IVLI 31/4 I 71/4 I 35/
8
^ |3^Vl6l85/8 |41/i6
2y2 I 4V4 I 10 [4 34
h
> r
No. 422 CS, Rising
Stem Gate Valves
ha\-e a solid Crane
Nickel Alloy Disc_
The 21^ and 3-inch
sizes have bolted
bonnets; smaller
sizes have a union
bonnet.
These \'alves are
recommended for
se\'ere ser\'ices in
steam, water, oil,
or gas lines.
Size A
B— Open C 1
Vi m
sys
m
% nVi6
SV&
13/4
V2 21/8
5y2
2Vl6
% 23/8
6%
2yiG
1 27/8
7Vs
23/4
1^4 |33/,6
9y2
3^16
iy2 3yi6
loys
35/8
2 1 aVs
i3y8
4Vl6
2y2 4y2
153/8
43/4
3 415/^6
\7Vs
53/8 1
No. 431 CS
Wedge Disc Gate Valve
Rising Stem
WORKING PRESSURES
150 pounds steam
300 pounds cold water, oil,
or gas, non-shock
No. 624 E-CS, Non-
Rising Stem Gate
Valves havea Crane
Nickel Alloy Disc.
Sizes 1 }i-inch and
larger have a bolted
bonnet ; smaller
si^es have a union
bonnet.
These valves are
ideal for the more
se\'ere services.
No. 422 CS
AVedge Disc Gate VaKe
Rising Stem
WORKING PRESSURES
200 pounds steam, 500° F.
400 pounds cold water, oil,
or gas, non-shock
Size A B— open C
Vi 13/4 378 IV4
% 2 4V4 2Vi«
Vz 2% 5% 2V,6
V4 2Vi6 678 23/4
1 2y8 8 31/16
iy4 33/16, 93/8 3%
iy2 31/2 105/8 41/ fi
2 4 127/8 434
2V2 411/16 151/2 53/8
3 51/4 17% 6
Size
A
B
c
y4
i^yi6
3%
2Vl6
Vs
2Vl6
4%
2Vl6
Vz
2y8
41V16
23/4
%
23/4
5%
l3Vl6
1
31/4
63/8
3y8
1V4
31/2
7VlG
4 Vie
1V2
33/4
8
43/4
2
4yi6
9Vl6
5%
21/2
SVie
103/8
53/8
6
3
55/8
nVs
No. 624 E-CS
Wedge Disc Gate Valve
Non-Rising Stem '
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil,
or gas, non-shock
Check Valves
Size
A B Size, A
R
y4
2 1% iy4 141/4
2%
3
31/2
%
25/16 iy2 lyz 43/4
¥4
2ivi6iy4 2 53/4
3Vi6 2 21/2 [63^
3y2
1
33/4 2y4 3 8
3y8
No. 27 CS
^M
No. 27 CS, Horizontal Lift Check Valve
Composition Disc. 2-inch. and smaller have
union cap; zj^ and 3-inch have bolted cap.
WORKING PRESSURES — 150 pounds Steam
300 pounds cold water, oil, or gas, non-shock
Prices on application
Size A
B Size A B
y4 2
15/16 iy4 3I3/16 23/8
% 23/16
IVie iy2 4V4 211/16
Vz 21/2
IV16 2 5Vl6 33/,6
Va I 23/4
i^Vie 21/2 6 334
1 31/4
2 3 7 4S/ifi
J— A— I
No. 35 CS
Sizes and dimensions are in inches.
I
i
No. 35 CS, Swing Check Valve
Regrinding Type Brass Disc
WORKING PRESSURES
200 pounds steam, 500" F.
400 pounds cold water, oil. or gas. non-shock
Description of joint pages 489 to 491
WA
CRANE
493
Crane-Seal Brass Globe and Angle Valves
For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe
These valves, when wide open, can be repacked while under pressure.
No. 7 CS
Globe
150-Pound Renewable Composition Disc
WORKING PRESSURES -
No. 7 CS
Angle
— 150 pounds steam
— 300 pounds cold water, oil, or gas, non-shock
Discs: Unless otherwise ordered, No. 4 Granite Discs for high
pressure steam are furnished. For hot water, gas, oil, or gasoline,
use No. 2 Discs. For cold water or air, use No. 3 Discs.
Bonnet design : Valves 2-inch and smaller have union bonnets,
as illustrated; zj^^ and 3-inch sizes have bolted bonnets.
Specify whether globe or angle Valves are wanted.
No- 212P-CS
Globe
250-Pound Plug Type Disc
No. 214P-CS
Angle
WORKING PRESSURES
250 pounds steam. SOC^ F.
500 pounds cold water, oil, or gas, non-shock
Disc and seat: The plug type disc and seat, made of Crane
Nickel Alloy and Exelloy, respectively, ha\-e a wide and tapered
seating surface. Throttling and se\-ere w iredrawing conditions
are easily ser\'ed and long wear is assured.
Bonnet design : Val\-es 2-inch and smaller ha\-e union bonnets,
as illustrated; 2^2 and 3-inch sizes ha\-e bolted bonnets.
No. 382 P-CS
Globe
300-Pound Plug Type Disc
No. 384 P-CS
Angle
WORKING PRESSURES
300 pounds steam, 550° F.
600 pounds cold water, oil, or t?as, non-shock
Disc and seat: These valves have a plug type disc and seat;
the disc is Crane Nickel Alloy and the seat is Exelloy, The com-
bination of these metals \\ith a wide and tapered seating surface
offers unusual resistance to wiredrawing, galling, and wear.
Throttling is easily obtained.
Bonnet design: Valves 2-inch and smaller have union bonnets,
as illustrated; zj/^ and 3-inch sizes ha\e bolted bonnets.
"mi
1
'1
H
1
1
1
*t
■» f
Dimensions, in Inches
Catalog Number
Size 1/4 % 1/2 3/4 1 IV4 IV2 2 21/2 3
150-Pound
No. 7 CS, Olobe
No, 7 CS, Angle
A j 2 25/16 2"/i6 33/16 334 41/4 43/4 53/4 63/4 8
B IViG IIV16 IV4 lVl6 l^Vl6 2 23/,6 211/16 31/4 33/16
E— Open 4 41/2 5 5% (>% 7^^ ly^ eVs 11 I2V4
h— Open 3y8 4% ^V^ ^Vi 6^4 7 75/r 8y« 10% 12
G 13/4 2Vi6 2Vie 23/4 3Vi6 35/8 41/16 43/4 7 8
250-Pound
No. 212 P-CS, Globe
No. 214 P-CS, Angle
A l 2Vi6 2^Vi6 33/i6 33/4 41/4 43/4 53/4 71/4 8I/4
^ ^Vi6 IV16 IV4 IV16 l^ViG 2 2Vifi 2iVifi 35/« 4V«
b— Open 41/8 4^4 S^g 6 63^ 7% 8y« 10 llVi 123/^
F— Open 41/8 4% 51/4 Syg bS/g 71/2 SV? 93/4 lOV^ 11 3/^
^ 1% 2Vi6 2y,fi 23/4 3Vifi 35/« 41/ifi 53/« 7 8
300-Pound
No. 382 P-CS, Globe
No. 384 P-CS, Angle
A ZV4 IV2 l^^A^ 31/2 41/8 43/4 51/4 63/r 71/, 8V,
B IVa IV4 IV2 13/4 21/6 23/8 25/r 33/« 33/^ 4V.
E— Open 43/8 5y8 , 5% 6% 71/4 8I/4 93/« 105/„ n 133/fi
h— Open 41/4 4/8 , 53/8 b% 7 8 9 lOVa 11 123/«
»-i 2Vi6 2Vi6 2y4 3Vi6 35/ft 41/ifi 43/4 6 7 8
G-rl
I I
i
J^rices on application
Sizes and dimensions are in inches.
Description of Joint pages 489 to 491
Ti
I
I
*1
I
494
CRANE
150-Pound Crane-Seal Brass Fittings
For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe
WORKING PRESSURES
150 pounds steam
300 founds cold water, oil, or gas, non-shock
Air Tested
90" Elbows
Size A
Va ' Vl6
% 'Vie
1/2 1
3/4 lVl6
1 lVl6
11/4 l"/l6
IV2 ■ I^Vl6
2 21/8
21/2 2ii/,6
3 31/16
31/2 3VlG
4 33/4
5 41/2
6 51/8
8 6y,6
10 iinJ 12" sizes can
;i so he fLirni«hc-J
c?
Female to Male Crane-Seal
90° Reducing Elbows
Va xV* il IV2X3/4 i3xlV?
V2 xV4 :; iVzxi 3x2
V2 x3/8 11/2 XIV4 3x21/2
3/4 XV4
2 X 34 4x2
3/4 X 34
2 xl I 4x21/2
3/4 xVa 2 xli/4 4x3
1 xS/g 2 xlV2!!5x3
1 XV2 21/2x11/4 5x4
1 x34 2V2XIV2 6x21/2
1^/4 X 1/2 '
21/2x2 6x4
IV4X3/4
8x6
iy4xi
Oirnensions on re-
quest.
45° Elbows
Size ! B ! Size
B
Va V16 !' 21/2
UV16
3/8 Vs 3
2Vl6
¥2 Va 31/2
2%
y4 ys 4
2%
1 1VX6 5
3Vl6
1V4 I 1V4 6
3Vl6
IV2 IV16 8
41/4
2 IV16 10" a
nd 12"
nished.
sizes cfin ;ilso be fur
Female
Crane-Scal to Male Thrciid
90"^ Street Elbows
Size A C
Va »Vi6 1V«
3/8 »Vl6 IVa
V2 1 1V2
3/4 13/,6 PMe
1 IV16 2
IV4 l>Vis 21/4
IV2 l"/ie 2Vi6
2 2% 2%
Tees
Size 1 A
1/4 ! 'V16
3/8 I 'Vie
1/2 1
3/4 lVi6
1 IV16
11/4 n'/l6
IV2 I'Vie
2 21/8
21/2 2ii/,6
3 31/16
31/2 3Vu
4 3V,
5 4I/2
6 51/8
8 bVie
10 and 12" sizes can
nlsf) be furnished.
74x1/4x3/8 1 xl/2 X3/^
Reducing Tees
2 X 11/2x11/2 3x21/2x21/2
3/8X%xl/4 1 xVz Xl
2 xli/2x2 3x21/2x3
3/8x1/4x3/8 1' I x3/4 x%
¥8x3/8x1/4 i 1 X3/, xV2
2 x2 xl/2 3x3 xl
2 x2 x3/4 3x3 xli/4
%X3/8XV2 1 x3/4 x3/4
2 x2 xl 3x3 xli/2
1/2X1/4X1/2 1; 1 x34 xl
2 x2 xli/4 3x3 x2
y2X 3/8x3/8 1 xl xl/4
2 x2 xli/2 3x3 x2i/2
V2x3/gxi/2 1 xl x3/8 111/4x11/4x1/2 1 1/2 X 1 1/4 X II/2 2V2 X IVz X P/a | 4 X 3 x3
1/2x1/2x1/4 1 xl xI/2
1 V4 X 11/4 X 3/4 11/2 X 11/2 X 3/g 21/2 X 11/2 X 2 4x3 X 4
V2X 1/2 x 3/8 1 X 1 X 3/4 11/4 X 11/4 x 1 IV2X IV2X V2 21/2X 11/2x21/2 4x4 X VA
V2X1/2X3/4 1 xl XIV4 :: 1V4XIV4XIV2II nAxii/2x3/4 121/2x2 xva 4x4 xiVz
y4x3/8x3/g 1 xl XIV2 IV2X 1/2 X 11/2 II/2XIV2XI 21/2x2 x2 14x4 x2
3/4x3/8x3/4 11/4x3/8 x 1 1/4 1 V2 X 3/4 x 3/4 V/z^Wz^Wa 21/2x2 X 21/2 4x4 xlVi
3/4x1/2x3/^ 1 11/4x11/2X1
11/2x3/4 xl 11/2x11/2x2 21/2x21/2x3/4 4x4 x3
3/4X1/2X1/2 11/4X1/2 XIV4 11/2x3/4 xll/4 2 xl/2 X2
21/2x21/2x1 5x5 x3
V4XI/2X3/4 11/4x3/4 x3/4
;: 1V2X3/4 xii/2 2 x3/4 x2
21/2x21/2x11/4 5x5 , x4
3/4x3/4x1/4 11/4x3/4 Xl
IV2XI x34 1 2 xl x2 21/2x21/2x11/2 6x6 x2
3/4x3/4x3/8 '11/4x3/4 xIi/4 U/iXl xl 2 x II/4 X 1 1/4 " 21/2 X 21/2 X 2 6x6 xlVi
y4x 3/4x1/2; 11/4x1 xi/2 11/2x1 XIV4 2 x]i/4xli/2 21/2x21/2x3 6x6 x3
1/2 X 1/2 X 1 11/4x1 X 3/4 1 Vz X 1 X 1 Vz 2 X 1 1/4 X 2 3 x 2 x 2 6 x b x 4
3/4 X 3/4 X 1 i 11/4x1 xl
1 V2 X 11/4 x 3/4 2 X 11/2 X 1 3 x2 x2V2 8x8 x3
1 X 3/8x1 1111/4x1 XIV4
i ! 1 1/2 X 1 1/4 X 1 2 X 1 1/2 X 1 1/4 3 X 2 X 3 8x8 x 4
|1 XV2X 1/21 l'^4xll/4x3/8 ! IV2XIV4XIV4 3 x2i/2x2 8x8 x6
Crosses
Size
A ,
Size
A
Va
3/8
»Vl6
2V2
21 V16
>3/,6
3
3Vl6
V2
1
31/2
4
3Vl6
33/4
3/4
13/,8
1
1V16 :
5
41/2
IV4
IV2
2
nVl6
6
SVs
Wie
8
6V16
21/8
k 10 and 12'
be furni'^hcd.
sizes
can also
45° Y-Bends
Size F 1 G Size F G
3/8 l>3/u|lV.6 2V2 6I/4 i 411/16
Vz 23/16 i lyg i
3 71/4 5^A.
3/4 28/8 1115/J6 31/2 8V8
6V4
1 33/,e 23/8 i 4 9
61V, 6
IV4 SVb ! 27/8
5
103/4
HV2
IV2 41/4 33/,6
2 S 33/4
6
8
13%
16»3/,e
9%
13
Prices on application
Sizes and dimensions arc in inches
Description of joint . , , , . pages 489 to 491
CRANE
495
150-Pound Crane-Seal Brass Fittings
For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe
m
WORKING PRESSURES
(See the prec€<Iing page)
Taper Reducers
Size K
Size 1 K j Size
K
Size K
%XV4 1
IV4X3/8 I * 2x1
=•
4x2
V2XV4 IVa
W4XV2 * 2 X 1,1/4 2
4x21/2 *
VzxS/s 13/jg
IV4X3/4 lii/i6 {2 XIV2 2Vl6
4x3 43/8
Va^% *
IV4XI 13/4 2V2XI
^
4x31/2 43/8
3/4x3/8 1V4
1V2XV2 * 21/2x1 1/4 *
5x2 *
Vi^Vz i%
iy2x3/4 * 21/2x11/2 31/4 (
5x3 *
1 XV4 *
IV2XI II3/16 21/2X2
31/4
5x4 5
1 x3/8 *
11/2x11/4 17/8 3 XIV4 *
6x2 *
1 XV2 11/2
2x1/2 * 3 X 11/2 *
6x3
1 x3/4 iy,6
2 x3/4 * 3 x2
3^Vl6
6x4 43/8
* Dimensions
on app ication [ 3 x 21/2 3i Vig \
8x6 51/4
Close
Pattern
Open
Pattern
H
Caps
Size H
V4 V16
% %
v% %
^4 I >3/jg
1 1
IV4 IVs
IV2 1 IVs
2 IV16
21/2 111/16
3 l^Vie
31/2 1 V%
4 1 21/16
5 2S/,6
6 23/8
8 31/8
Plugs
Square Head
Size
Vx
y*
8
Vz
y4
1
iy4
1V2
21/2
31/2
4
Female Crane-Seal
to
Malel.P.S. Thread
Female Crane-Seal
to
Female I .P.S. Thread
I
Adapters
Size
s
J i[ Size
S
J
y*
1
1 21/2
2%
2%
H
1V16
IV16 3
23/4
33/1 6
y2
1V16
IV16 31/2
3Vl6
V4
1%
IV16 4
311/16
1
1%
l"/l6 5
43/1 6
iy4
I'Vie
r/g 6
43/4
iy2
1%
l^Vie 8
53/4
23/,
10 and 12" Female
Adapters on request.
h-J*
Couplings
Female Crane-Seal Ends
Size J
V4 1-
% iVifi
Vl IVlG
V4 lV.fi
1 l^Vl6
iy4 lys
iVz l^Vie
2 23/,6
21/2 27/8
3 33/16
3y2 3Vie
4 311/1,
5 43/ie
6 43/4
8 53/4
10 and 12" on request
Return Bends
Size
Close Pattern
i open Pattern
M
N
M
N
y2
1
11/2
IV2
lys
^4
iy4
iy4
2
21/4
1
iy2
-21/8
21/2
2%
iy4
iy4
2^3/ig
3
33/16
iy2
2yi6
3
31/2
3^16
2
2y8
3%
4
43/8
Bushings
Female to Ma e Crane-Seal Ends
y4Xl/8 11/4X1/2 21/^x1 1
ygxi/a 11/4x3/4
21/2x11/4
y8xi/4 11/4x1
21/2x11/2
y2Xl/4 11/2 xy2
21/2 X 2
y2x3/8 iy2x34
3 xl
3/4X1/4 11/2X1
3 XII/4
¥4x3/8 11/2X11/4
3 xli/a
y4 X 1/2 2 X 34
3 x2
1 X 1/4 2 X 1
3 x2y2
1x3/8 2 Xiy4
31/2x3
1 xi/2 2 XII/2 4 xli/4
1 x3/4
4 xlVz
These Bushings can be
4 x2
used with either IJO or
4 X21/2
300-Pound Fittings.
4 x3
Pipe" Flanges
Iron Pipe Size
Prices on ^application
Sizes and dimensions are in inches.
Size
A
B
C
D
Bolts
No.
Dia,
y2 31/2
V16
1
23/8
4
V2
y4 ayg
^Va2
1V16
2y4
4
1/2
1 41/4
%
IV32
31/8
4
V2
Wa 4S/8
'¥32
IVaz
31/2
4
V2
iy2 5
V16
IVlG
3y8
4
V2
2 6
y2
l'V32
43/4
4
Vs
21/2 7
V16
125/32
51/2
4
ys
3 71/2
yg
12V32
6
4
ys
31/2 81/2
"/16
2
7
8
%
4 9
Wis
23/32
71/2
8
V4
5 10
y*
2yi6
8y2
8
6 11
^VlG
21/2
W2
8
Va
8 131/2
^Vl6
3Vl6
113/4
8
¥4
10 16
1
31/2
141/4
12
y%
12 19
IV16
325/32
17
12
ys
; 3
^
i
-■I
|i :
r
i ^
Description of joint pages 489 to 491
<.
« , ' - .# T "^
_ ^ _ ■ "T
I
496
CRANE
t(
I '
!■*■■
111. i! 1
' ; i,
pa
'
I
* i
300-Pound Crane-Seal Brass Fittings
For Silhraz Joints with IRON PIPE SIZE Brass or Copper Pipe
WORKING PRESSURES
300 pounds steam
600 pounds cold water, oil, or gas, non-shock
90° Elbows
Size A
y4 ^ViG
3/8- lVl6
Vz 1 y4
3/4 IVie
1 1%
iy4 i^ViG
iy2 21/8
2 21/2
21/2 215/16
3 33/8
45^" Elbows
Size B
y4 ^Vi6
3/8 ys
1/2 1
3/4 IVs
1 IVie
1V4 iy2
iy2 i"/i6
2 2
2y2 21/4
3 21/2
rF-
Couplings
Size
F
y4
13/8
3/8
1%
y2
V/s
3/4
^Vs
1
23/8
1V4
2%
iy2
2y8
2
3%
21/2
4V8
3
41/8
■1
v'
Tees
Size A
Va 1V16
3/8 IV16
yz 1 V4
3/4 1 1V16
1 1%
iy4 l^Vie
iy2 21/8
2 21/2
21/2 215/16
3 3%
90'' Street Elbows
Crane-Seal Female to Male
Size A C
'A 15/16 IV16
3/s IV16 1%
1/2 11/4 2
3/4 iVie 2Vi6
1 1% 2Vi6
IV4 l^Vl6 27/8
iy2 21/8 31/8
2 21/2 31 Vie
2V2 21V16 41/2
3 33/8 51/8
f^G
Taper Reducers
Size
G
3/8 xl/4
IVlG
y2 xy8
11V16
3/4 xl/2
13/4
I x3/4
2
iy4xi
23/8
iy2Xll/4
2IV16
2 X 11/2
33/16
21/2 X 2
3IV16
3 X 21/2
i 4i/,6
prices on appltcatiowx
Sizes and dinjensions are in inches
rxi \ — I
Crosses
Size A
V4 ^Vie
3/8 IV16
y2 iy4
3/4 IVis
1 Ws
iy4 i»yi6
iy2 2y8
2 21/2
21/2 21 5/16
3 33/8
45° Street Elbows
Crane-Seal Female to Male
Size B D
y4 ^ViG iVs
3/b y8 iy4
y2 1 13/8
3/4 lys 1V16
1 IV16 I'Vie
iy4 iy2 iVs
n/z l^Vie 25/ifi
2 2 211/16
©
K
Caps
Size K
1/4 25/32
3/s %
1/2 IV16
3/4 iy4
1 13/8
IV4 W2
iy2 l^Vie
2 113/16
2V2 21/8
3 21/4
Description of joint . . , pages 489 to 4\
''T^tV-TM
CRANE
497
300-Pound
Crane-Seal Brass Unions and Union Fittings
For Silhraz Joints with IRON PIPE SIZE Brass or Copper Pipe
t-i
G fi
WORKING PRESSURES
300 pounds steam
600 pounds coid water, oil, or gas, non-shock
Air Tested
I
No- 819 E-CS
Union
Female Crane-Seal Ends
Unions
M^ith Ground Joint
Size A
Va 1 %
% 113/16
Vz l^Vie
Va 21/4
1 2716
Wa 213/6
IV2 3
2 33/8
21/2 4
3 45/16
Size B
Va 21/4
% 21/2
Vz 2^Vl6
3/4 31/8
1 33/8
1^4 33/4
IV2 315/6
2 45/16
2V2 I 51/16
3 51/2
No- 8I9V2E-CS
I'nic^n
Fcmnie Crane-Seal
to Mcjie LP.S- Thread
III
li
Size
Va
%
V2
Va
1
IV2
C
D
15/
16
iVi
2V4
IV4 I 2716
1V1
16
2yf
s
1% I 33/
'16
11/4 115/16 311/
16
2V8 I 315/1
2y2
41/2
■ — I
=1
)--
^C-
f
1
4
^
T
c
i
^-^ ^^-^
\
Size C
'^ 1
V4 'V16 2
% 1V16 21/4
Vi IV4 2716
¥4 17i6 2Vs
1 1% 33/16
IV4 l^Vie 311/16
1
IV2 21/8 3i5/,6
2 21/2 41/2
Prices on application
Union Fittings
With Ground Joint
No. 890 E-CS
90"^ Union Elbow'
Female Crane-Seal Ends
No. 894 E-CS
Union Tee
Female Crane^eal Ends
Union on Run
V.
No, 891 Vz E-CS
45" Union Elbow
Female Crane-Seal Ends
No. 898 E-CS
Union Tee
Female Crane-Seal Ends
Union on Outlet
Size
E
F
Va
IV16
1%
%
%
IV4
V2
1
l^VlG
Va
IVs
2Vl6
1
IV16
2V2
IV4
IV2
2%
IV2
l^Vie
3VlG
2
2
3^Vl6
k'c^^Pc-^
Size
C
D
%
^Vl6
2
%
IVie
2V4
V2
IV4
27l6
Va
IVie
2y8
1
15/fi
3Vl6
IV4
nVi6
3'Vl6
11^
2y8
3^716
2
2V2
41/2
Sizes and dimensions are in inches*
Description of Joint . . . pages 489 to 491
'"^' ^ K
t :
.i;i*.>
•:'■"-' :<:;.' :W-'^
I
! P
^
I
!t
I
t
I
1
498
CRANE
Copper Tubing and Brass and Copper Pipe
Iron Pipe Size Outside Diameter
For use with Crane-Seal Silhraz Joint Valves and Fittings
Brass and Copper Pipe and Tubing
Dimensions and Weights — Prices on Application
Nominal
Type B, Thin Wall Copper Tubing
(Iron Pipe Size Outside Diameter)
Standard Brass and Copper Pipe
(Standard Iron Pipe Size Diameter and Thickness)
Size,
Diameters
Wall
Thickness
Inches
Weight
Pounds Per
Linear Foot
Diameters
Wall
Thickness
Inches
Weight, in Pounds
Inches
Outside
Inside
Inches
Outside
Inches
Inside
Inches
Per Linear Foot
Inches
Red Brass Copper
¥4
.540
.410
.065
.3760 .540
.375
.0825 .4496 .45%
%
.675
.545
.065
.4828
.675
.494
.0905 .6302 .6441
Vz
.840
.710
.065
.6134
.840
,625
.1075
.9381 .9588
3/4 ■
1.050 .920
.065
.7796
1.050
.822 .1140
1.271 1.299
I
1.315
1.185
.065
.9894
1.315 ! 1.062 .1265
1.791 1.831
IVa
1.660
1.530
.065 1.262
1.660 1.368 .1460
2.633 2.692
11/2
1.900
1.770
.065
1.452 1.900
1.600 .1500
3.127 3.196
2
2.375 2.245
.065 1.828
2. 375 i 2 .062 . 1565 4. 136 4. 228
2V2
2-875
2.739
.068 2.324 ■ 2.875 ' 2.500 .1875 6.003 6.136
3
3.500
3.334
.083 3.453
3.500 3.062 .2190 8.560 8.750
31/2 4.000
3.810
.095
4.517
4.000 3.500 .2500 11.17 11.42
4
4.500
4.286
.107
5.724
4.500 4.000 .2500 12.66 12.94
5
5.563 5.299
.132 8.729
5.563 , 5.063 , .2505 15.85 16.20
6
6.625 6.309 .158 12.440
6.625 6.125 .2500 18.99 19.41
8
8.625 8.000 .3125 30.95 31.63
10
)
10.750 10.019 .3655 45.22 46.22
12
12.750
12.000 .3750 55.28 56.51
The ends of Crane-Seal Brass Valves and Fittings
are bored to definite dimensions and tolerances, and
are to be used with brass or copper pipe or tubing
made to definite dimensions and tolerances as given
in A.S.T.M. Specification B-75. These tolerances
provide a small clearance area between the pipe and
the fitting for the brazing alloy to occupy when the
Silbraz joint is made up.
Only tubing or pipe having iron pipe size outside dia-
meter, and tolerances in accordance with the above
mentioned specification can be used with Crane-Seal
Silbraz products.
Ordering: When ordering brass or copper pipe or
tubing for use with Crane-Seal products, be sure to
specify the weight required, i.e.. Type B or Stand-
ard. If Standard is ordered, specify also whether
Red Brass or Copper pipe is desired.
Orders must also state the A.S.T.M. Specification
Number B-75, or advise that the pipe or tubing is
for use with Crane-Seal Valves and Fittings.
When Brass Pipe is ordered, regular weight Red
Brass Pipe in accordance with A.S.T.M. Specifica-
tion B-75 ^'^'^ ^^ furnished, unless another type of
brass is specified.
Lengths: Brass or Copper Pipe is regularly avail-
able in commercial lengths of 12 and zo feet. Inter-
mediate or shorter lengths are cut to order only.
Type B Thin Wall Copper Tubing is regularly fur-
nished in 20 foot lengths.
Weights: Actual weights of Brass or Copper Pipe
or of Copper Tubing will vary slightly from the
theoretical weights shown in the table above.
Federal Specifications : Type B Copper Tubing
conforms to the Federal Specification WW-T-797-
Type B. Hard Drawn is always furnished, unless
order specifically states Soft is required.
Gauge tubing : Seamless brass or copper tubing ir
nominal or outside diameters, sizes 3^ to lo-inch, car
be supplied in any gauge. Prices, based upon direct
shipment from the mill, weights, and complete in-
formation are furnished on application.
Extra strong pipe: Brass and Copper pipe, made
to the extra strong thicknesses and regular outsidt
diameter up to lo-inch nominal pipe size can bt
furnished on special order, when so specified. Corn
plete information and prices, based upon direct mil
shipments, are furnished on application.
For Types K, L, M, and O Copper Tubing for Solder-Joint Valvet and Fittings, see page 512,
lil'J
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CRANE
Solder-Joint Valves and Fittings
499
I
Description and Features of the Solder-Joint page 5'oo
Procedure for ivlaking Solder-Joints page 501
Brass Solder-Joint Globe and Angle Valves page 502
Brass Solder-Joint Check Valves page ?03
Brass Solder-Joint Gate Valves page 504
Brass Valves with Solder-Joint Adapters page 505
Brass Solder-Joint Radiator Valves and Elbows page 505
Pressure Ratings and Service Recommendations page 506
Brass Solder-Joint Fittings pages 507 to 5 1 1
Brass Range Boiler Fittings . .- page 5oq
Brass Solder-Joint Unions page 509
Wrought Brass Solder-Joint Fittings page 5 10
Brass Solder-Joint Flanges page 5 10
Bends of Copper Tubing page 510
Expansion of Copper Tubing page 5 10
Brass Drainage Fittings page 5 1 1
Solders, Fluxes, Tools, and Straps page ^ 1 1
Copper Tubing page 5 1 2
11
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The user of copper tubing for plumbing, heating, and industrial
installations will appreciate the exceptionally complete line of
solder-joint material offered by Crane Co, He can now pur-
chase all of his requirements — valves, fittings, tubing, bends,
and accessories — from one source.
The list of Crane Solder-Joint Valves includes globe, angle,
gate, and check valves. In addition, a wide selection of Crane
screwed end and flanged end valves, through the use of
adaptors, is available for copper tubing piping systems.
The list of Crane Solder-Joint Fittings includes a diversified
assortment of all regular and special type fittings, such as
elbows, tees, crosses, couplings, bushings, caps, plugs, return
bends, unions, and many others. The range of sizes, too, is
unusually complete.
I
Crane Solder-Joint Fittings are interchangeable in
every respect with those manufactured by the
STREAMLINE Pipe and Fittings Division of the
Mueller Brass Co. Crane Co. is licensed by the
Mueller Brass Co., STREAMLINE Division, Port
Huron, Michigan, to manufacture valves and fittings
having the patented features of the Streamline Fitting.
•iiff**r":-. ^
J *■ _■ ^^
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500
CRANE
Crane Solder -Joint Valves and Fittings
Description of a Solder-Joint
The term "Solder-Joint" as applied to Crane Valves
and Fittings is descriptive of a particular type of con-
nection through which valves and fittings are joined
to copper tubing with solder. The method of making
a joint can be briefly described as follows: the tubing
is inserted in the end of the \*al\'e or fitting, the con-
nection is heated, and the joint is soldered by feeding
solder through a hole in the valve or fitting. The
solder, liquefied by the heat, is carried thoroughly
o\'er the contacting surfaces by capillary action. It
then cools and solidifies, sealing the joint.
Utilizing the natural law of capillarity is the basic
principle of the joint used on Crane Solder-Joint
Valves and Fittings. Capillary action is that prop-
erty displayed by liquids when they extend beyond
their normal limits through close fitting surfaces.
In a solder-joint, the valve or fitting end and the cop-
per tubing are the close fitting surfaces, and the lique-
fied solder travels between them by capillary action.
Crane Solder-Joint Valves and Fittings, illustrated
on pages 502 to 511, are machined for use with
"nominal size"' copper tubing and are always listed
under nominal size. The actual diameter of the
tubing is j-^-inch larger than the nominal size. As
an example, i-inch nominal size tubing is i J/^-inches
actual outside diameter.
■ Visible proof
ring!
Your assurance
of a perfect
leak-proof joint
Visible Proof of a Perfect Connection
Testing is a
mere lormaiity
VK hen \'ou have
visual proof
When soldering a joint, the valve or fitting end and the copper
tubing are cleaned, coated with flux, assembled and heated; and
solder is introduced through the feed hole m the valve or fitting.
Capillarity carries the solder over the contacting surfaces.
The first indication that the solder has bonded the two surfaces
is the appearance of a ring of tiny dark green bubbles around the
outer edge of the connection. This is the hot flux being forced out
by the outward (iow of the solder. When these bubbles are wiped
off, a continuous bright ring of solder appears.
The bright ring is visible and never-failing proof that a bonded,
leak-tight joint has been made. Testing becomes a mere formality.
The proof ring is the operator's assurance o( a perfect connection.
Many Valuable Features
Solder feed channel
Carries liberal suppl\'
of solder completely
around the joint ;
assures thorough distribution
Solder feed holes
Provide the visual
inspection feature
described above.
High quality brass casting
Strong and unusually compact;
only a trifle larger
than the tubing.
Broad bonding surface
Provides large solder bond,
producing exceptional strength.
Shoulder
Fixes distance tubing will slip into
opening; shoulder height is approximately
equal to thickness of tubing wall
providing smooth, uninterrupted flow;
acts as solder dam.
No. 1326
Solder-Joint
90" Efbow
Machined opening
Smooth, round, and accurately machined;
held to unusually close tolerances-
Copper tubing fits snugly.
Tapered to thin edge
Tapered edge hastens cooling of solder
at end of joint, forming solder gate.
The features indicated above are found on all Crane Solder- Joint Valves and Fittings,
*■'•*>
CRANE
501
I
Crane Solder-Joint Valves and Fittings
\i *
Procedure for Making Joints
Cut Tubing to Length and Remove Burr
Cut the copper tubing off square, using a fine tooth hack saw (32-
tooth blade preferred). Do not cut the tubing at an angle; use the
Square-End Sawing Vise shown on page 5 1 1 or its equivalent.
Remove the burr from the end of the tubing with a file or scraper.
Clean Outside of Tubing and
Inside of Valve or Fitting
Using sandpaper or sandcloth {Medium or No. 1 GradeV clean the
outside of the tubing o\"er the distance it will slip into the end of
the valve or fitting.
Using sandpaper or sandcloth, clean the inside of the solder-joint
end on the vah'e or fitting.
Do not solder dirty joints. Thoroughly clean the contacting sur-
faces with sandpaper or sandcloth, removing all dark spots. Wipe
or brush away all foreign matter.
Apply Flux to Outside of Tubing and
Inside of Valve or Fitting
Using a brush, apply a coat of solder flux to the outside of the
tubing and to the inside of the valve or fitting. Distribute it
evenlv and thorouc^hU" o\'er the surfaces.
Before applying the fiux, make certain that both parts are dry. In
extremely cold weather, warm the valve or the fitting and the cop-
per tubing slightly with a torch to approximately room temperature
(from 70 to 80 degrees P.),
Slip the tubing into the \"aK'e or fitting until it will go no further,
and turn it back and forth once or twice to assure an e\'en distri-
bution of the flux. The joint is ready to be soldered.
Solder the Connection
Melt a drop of solder into the solder feed hole of the \'aK"e or fitting.
Apply heat around the \'al\'e or fitting end until the drop disappears,
indicating that the proper temperature has been reached. Feed
solder through the hole only until it appears around the end of the
connection; the joint has been made. Fill the hole completely,
remo\'ing any surplus with a piece of cloth.
When the hole is on the side or bottom, the drop-indicator method
cannot be used. Determine the temperature by heating the con-
nection and touching the \al\e or fitting end with solder. When
the solder fuses readily, feed through the hole as before.
On sizes 1 J^-inch and larger, mo\'e the vah'e or fitting on the tubing
or tap it lightly when the solder starts in. This breaks the surface
tension of the solder and assures full distribution.
Do not solder too hot or too cold. Solder fiows freely at the proper
temperature, but burns when too hot.
r
1
!.l
ft^^
For soldering, use a blow torch or a
similar tool, ne\er a solderins iron.
Making Joints on Sizes 3-Inch and Larger
The instructions for making joints on sizes 3-inch and
larger, although fundamentally the same as chose
given here for the smaller sizes, are more detailed and
include suggestions that facilitate the work. More
Solders. . . page 511 Fluxes. , . page 511
care must be exercised in assembling and in apply-
ing heat, two torches being recommended on the
larger sizes to assure uniform heat distribution.
Complete instructions will be furnished on request.
Square-End Sawing Vise . , . .page 511
i_ 1. _
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502
CRANE
Brass Solder-Joint Globe and Angle Valves
Composition Disc
WORKING PRESSURES
100 pounds steam
125 pounds water, 200° F.
STEAM SERVICE
The solder used to make
joints on steam lines
must be capable of
withstanding the tem-
perature of the steam
in the line; see page 511.
No. 1300, Globe
No. 1301, Globe No. 1302, Angle
with Drain
Cross Section
No. 1300, Globe
When ordering No. 1301 Valves, specify whether
right hand or left hand drain is wanted.
List Prices
Size
Inches i
ys
V2
Va
No. 1 300, Globe or Nq. ]30Z, Angl e
No. 1301, Globe, with Drain
1 I IV4 I IV2
EachI 1.75 I 2.00 | 2.50 3.25 4.25 5.50 8.00
Each
2.10 2.60
Extra disc holder, disc, nut, and disc stem ring, complete Each| .50
.60
.70
.85 1.10 K50 2.00
!-or li.st prices of Compoxilion Discs, see page 178.
Solder-joint ends: These valves are made for use
with copper tubing. Their end connections are the
same as those used on the Crane Brass Solder-Joint
l-ictings shown on pages 507 to 510.
Service recommendations: Solder-Joint Globe
and Angle Vahes are recommended for steam or
\\ater ser\ice. They are well suited for plumbing and
heating systems, lor low pressure steam and water
lines in industrial plants, and for similar service.
When \ahe5 are installed on steam lines, the solder
used to make Joints must have a melting point that
is high enough to w ithstand the temperature of the
steam, F^or recommendations on solders, seepage 511.
Construction: The \ah-es. although lifiht in \\'eight,
are sturdiU' constructed. The\ are w ell proportioned
and are amply reinforced to withstand piping and
operating strains. All parts are made of good quality
materials.
Discs: Unless otherwise ordered, these valves are
furnished with a No. 8 Low Pressure Hot Water Disc,
suitable for hot water or for cold water.
i. i!,-^""-jQ
Riaht Hand
I,i;ll i hind
When ordered for steam, they will be furnished with
a No. 7 Low Pressure Steam Disc.
For description and dimensions of discs, see page 178.
The valves have a metal plate, secured to the valve
by the wheel nut, which identifies the type o( disc.
Drain on No. 1301 :
The No. I JO I Solder-
Joint Globe VaK'e is
furnished with either
a right hand era left
hand drain; orders must specify which is wanted.
The illustrations shown aboxe indicate the position
of a right hand and a left hand drain.
Repacking: These vaKes, when wide open, can be
repacked while under pressure.
Larger sizes and higher pressure valves: When
larger size vaK-es or vaKes suitable for higher pres-
sures are wanted, Crane screwed end or (langcd end
vaKes with solder-joint adaptors are recommended;
see page 505.
These valves are furnished with a tag giving special instructions for soldering.
Dimensions, in Inches
Size
3/fi
V2
V4
IV4
n/2
IVifi PV16
B
23/«
2V4
3% 315/16
5/1
8
3/4
15
/16 IM
16
IV4
IVl
6
D— Or>en
11
/16
'V,
le
iVi
l«
3M
IVs
IVi
16
m
8
8
35/(
8
t— o
pen
t 2Vi
m
4V8 4S/8
5V8
sy,
8
6V4
8
2V4
3^
25/«
4%
4%
33/«
55/1
8
6V1
8
3V4
4V4
Zbc^
CRANE
503
Brass Solder-Joint Check Valves
Swing or Horizontal
Swing Check Valves
Brass Disc
Horizontal Check Valves
Composition Disc
M
WORKING PRESSURES
100 pounds steam
125 pounds water, 200° F,
Cross Section
No. 1303
STEAM SERVICE
The solder used to
make Joints on steam
lines must be capable
of withstanding the
temperature of the
steam in the line; see
page 511.
Cross Section
No. 1304
No. 1303
Swing Check
No. 1303 Swing Check Valves may be
used either in a horizontal position or
in a vertical position for upward How.
No. 1304
Horizontal Check
List Prices
lire Inches 3/g V2 Va 1 1 V4 1 Vi 2
^Jo. i;.03, Swing Check Each 2.00 2.50 3.25 4-00 5.25 7.50
-^o. 1304, Horizontal Check Each 1.50 1.75 2.25 3.00 4.00 5.00 7.00
!xtra disc holder, disc, and nut, complete, for No. 1304
Each .55 .80 1.10 1.40 ! 1.75 \ 1,1S 3.00
For list prices 0/ Composition Discs for No. 1304 X'alves. see page 178.
5older-joint ends: These valves are made for use
.vith copper tubing. Their end connections are the
iame as those used on the Crane Brass Solder-Joint
Sittings shown on pages 507 to 510.
Service recommendations: Crane Solder-Joint
Check VaKes are recommended for ser\ice on steam.
not water, and cold water. They are particularly
A'-ell suited for plumbing and heating systems and for
low pressure steam and water lines in industrial and
Process plants.
When valves are installed on steam lines, the solder
jsed to make joints must ha\'e a melting point high
enough to withstand the temperature of the steam.
For recommendations on solders, see page 511.
Construction: The No. 1 303 are swing check
valves and have a brass disc. The No. i 304 are hori-
zontal lift check valves and have a composition disc.
These valves are furnished with a tag
Both types are strong and well proportioned; they
will easily withstand normal operating strains. All
parts are made of good quality materials.
Discs in No. 1304 Valves: Unless otherwise ordered,
the No. 1304 Valves are furnished with a No. 8 Low
Pressure Hot Water Disc, suitable for hot water or
lor cold water.
When ordered for steam service, they will be fur-
nished with a No. 7 Low Pressure Steam Disc.
For description and dimensions of discs, see page 1 78.
The disc number, stamped on the cap, identifies the
type of disc.
Larger sizes and higher pressure valves : When
larger size valves or vaK'es suitable for higher pres-
sures are wanted, Crane screwed end or flanged end
valves with solder-joint adaptors are recommended;
see page 505.
giving special instructions for soldering-
Dimensions, in Inches
-JCl-A— IC^-
No. 1303
Swing Check
Size
% Vz V4 1 ly^ iVz 2
A
1% 111/16 2Vl6 2Vl6 27/8 31/2
B
IVie nVie 2 23/8 2% 31/4 ^^Vie
C
JV16 1V16 1 1V16 iVs 1V16 m
D
IV16 HVie 2Vi6 2Vi6 213/16 31/4
E
IV4 1% 1% 13/4 2 21/4 121/2
-Icl— B-^C-
No. 1304
Horizontal Check
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504
CRANE
Brass Solder-Joint Gate Valves
Wedge Disc — Non-Rising Stem
WORKING PRESSURES
100 pounds steam
125 pounds water, 200° F.
STEAM SERVICE
The solder used to make joints on
steam lines must be capable of with-
standing the temperature of the steam
in the line ; see page 5 ] i .
Cross Section
No. 1319
List Prices
Sise
Inches,
M
s
V2
V4
1
IH
IV2
No. 1319, Gate Valve
Each
2.25
2.25
2.75
3.50
4.50
5.75
8.00
Solder-joint ends: The No. 131Q Brass Solder-
Joint Gate Vah'es are made for use with copper
tubing. Their end connections are the same as those
used on the Crane Brass Solder-Joint Fittings shown
on pages 507 to 510.
Service reconxmendations: The ^■al\■es will gi\-e
excellent results on installations where working con-
ditions are not severe. They are recommended for
general shut-oft valve ser\'ice on low pressure steam
lines and on hot and cold water lines. Thev are well
suited for use in plumbing and heating systems, on
circulating water lines, on lov.' pressure condensation
return lines, and for similar low pressure services.
When Solder-Joint Val\-es and Fittings are installed
on steam lines, the solder used to make the joints
must have a melting point high enough to withstand
the temperature of the steam. Recommendations
for solders are shown on page 511.
Construction: No. 13 iq Gate Valves have a non-
rising steni and a one-piece wedge disc. They are
sturdiU' constructed and are amply reinforced at
points subjected to greatest stress, to withstand
piping and operating strains. All parts are made of
good quality materials.
Stuffing box: The stuffing box is equipped with a
gland and is filled with high grade packing.
Repacking: The valves, when wide open, can be
repacked while under pressure.
Larger sizes and valves for higher pressures:
When larger size valves or valves suitable for higher
pressures are wanted, any of the wide variety of
Crane screwed end or flanged end valves when
equipped with solder-joint adaptors can be used. A
few of the popular types are illustrated on page 505.
Instruction tag: These valves are furnished with
a tag gi\-ing special instructions for soldering.
Dimensions^ in Inches
-^b^a-bL
Size
%
V2
3/4
1
iy4
1V2
2
A
Vs
'Vie
yg
1
1V16
IVa
1%
B
^Vl6
'V16
1
IV16
IVs
IV16
13/8
C
33/4
334
41/2
5V4
534
6V2
7%
n
2V4
21/4
2Vs
3
3%
33/4
41/4
ff^'
CRANE
505
I
Large Size, High Pressure, or Other Style
Brass Solder-Joint Valves
Users may sometimes require Brass Solder-Joint Valves in larger
sizes, other styles, or heavier construction than those shown on
the preceding three pages. This is especially true when valves
are wanted tor industrial installations where pipe sizes are often
large or where severe services frequently demand other styles
of \'alves.
For such purposes, Crane Co. supplies a wide \'ariety of screwed
end and flanged end brass valves made suitable for copper tubing
through the use of adaptors. A few of the popular types are
illustrated below:
Screwed End Valves with Solder -Joint Adaptors
The No. 1353 Copper to Male
Pipe Thread Couplings shown
on page 508 are ideal adaptors
for screwed end vahes. They
make a\'ailable for copper
tubing installations the com-
plete Crane line of Screwed
End Brass Vah'es, providing
the user with an excellent
selection of sizes, stvles, and
^\'eights. The>' are easy and
economical to use-
Globe Valve
Check Valve
Gate Valve
Flanged End Valves with Solder -Joint Adaptors
The No. 1385 Companion
Flanges shown on page 510 are
ideal adaptors for fianged end
valves. They pro\"ide a quick,
easy, and economical means of
making any of the wide selection
of Crane Flanged End 1 50-
Pound Brass Valves suitable for
copper tubing installations.
With this combination, the en-
tire valve can be removed at any
time by simply taking out the
end flange bolts.
ft
t
^
n
i«
«<lt
Globe Valve
Check Valve
Gate Valve
Screwed End and Flanged End Brass Valves are shown on pages 13 to 81 ,
Brass Solder -Joint
Radiator Valves and Union Elbows
I
Solder-Joint
Radiator Angle Valve
Brass Solder-Joint Radiator Valves and Radiator Union
Elbows can be made to order; prices and dimensions are
furnished on application. Inquiries should state quantity,
size, style of valve, and service.
Screwed End Brass Radiator Valves anJ
Union Elbows are shown on pages 77 to 81 .
Solder-Joint
Radiator Union Elbow
1 1
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506
CRANE
Brass Solder-Joint Fittings
Pressure Ratings and Service Recommendations
Unusually wide range of application: Brass
Solder-Joint Fittings combined with copper tubing
have an unusually wide range of appHcation. They
are ideally suited for hot and cold \\'ater lines, for low
pressure steam lines, and for underground 'A'ater lines
such as are used in plumbing, heating, and air condi-
tioning systems in homes, apartments,, hotels, offices,
public buildings, hospitals, and factories.
In addition, they are well suited for an almost endless
variety of ser\-ices in industrial and processing plants,
as on water and air lines, low pressure steam lines,
pressure lubricating systems, stock lines in paper
mills, liquor iines in breweries and distilleries, certain
dye lines in textile mills, and many others.
Service recommendations: Brass Solder-Joint
Fittings are recommended for hot water, cold water,
saturated steam, air, vacuum, liquors used in brew-
eries and distilleries, and many similar ser\ices that
are not corrosix'e to brass and copper and are non-
hazardous.
Hazardous fluids : Because soldered joints are gen-
erally made with an open flame torch, and also be-
cause solders fuse at a comparatively low tempera-
ture, considerable danger attends the installation and
use of soldered joints on noxious or inflammable
liquids and gases. When all danger of fire is elimi-
nated. Brass Solder-Joint Fittings can be used for
such service. Detail recommendations will be fur-
nished upon receipt of complete information regard-
ing the proposed installation.
Steam service: The success of a solder-joint instal-
lation on steam service depends upon the quality of
the solder used when making joints. The solder must
have a melting point that is high enough to remain
unaffected by the temperature of the steam. For
recommendations on solders, see page 511.
Working pressure ratings: Working pressure rat-
ings of Solder-Joint Fittings are given in the table
shown below. For convenience, the ratings of Crane
Solder-Joint Valves are repeated in the table.
Working Pressure Ratings, Pounds per Square Inch
Working Pressures
♦Saturated Steam | Water, 200° F.
Solder -Joint
Va ves
Nos. 1300, 1301, 1302,
1303, 1304, and 1319
All sizes
100 pounds
125 pounds
Solder -Joint
Fittings
Nos. 1326 to 1371 inclusive
Nos- 1380, 1381, 1383,
and 1384
2-inch and smaller
200 pounds
250 pounds
2V2 and 3-inch
80 pounds
250 pounds
S^/^-inch and larger
80 pounds
150 pounds
Solder- Joint ^^ 1335
Flanges
2^inch and smaller
150 pounds
225 pounds
2V2"inch and larger
80 pounds 225 pounds
* These saturated steam ratings are based upon the maximum recommendation for the vah'e or fitting.
Users must select an appropriate solder for the service temperature in order to obtain a suitable installa-
tion; see page 51 1 for solders.
Crane Soldered Joints Are Unusually Strong
Photomicrographs and innumerable tests pro\-e con-
clusi\ely that a Crane Soldered Joint is actually a
complete and perfect bond of tubing, solder, and
\'al\"e or fitting.
1 he joint is unusually rugged and has an exception-
ally high safetN" factor. The large bonding surface
assures generous strength. Both pressure and tensile
tests show that loads far in excess of those found in
ser\ ice are required to cause failure in an assembled
connection, and that w hen failure finally does occur
it is generally in the tubing, not the joint, — even when
Type K Extra Heavy Hard Copper Tubing is used.
Expansion and contraction tests conducted under
extremely severe conditions lelt the soldered joints
without the slightest indication of damage. Rigid
tests on a vibrator proved that the joints are ideal
for services where vibration is present.
Photograph of a 1^-inch Solder-Joint Tee
after being subjected to a tensile test. The
copper cubing broke at 13,440 pounds.
Pages 507 to 511 show the most popular
types of fittings available in the Crane Solder-Joint Line.
Information on other types is furnished on application.
t#*
CRANE
507
n
Brass Solder-Joint Fittings
For working pressures^ see page 506.
I
I
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!
No. 1326, 90" Elbow
Copper to Copper
Straight sizes, ^ to 6-inch
Reducing sizes, ^s to 4-inch
No. 1329
90^ Street Elbow
Fitting to Copper
Straight sizes, ?§ to 4-inch
No, 1327, 90° Elbow
Copper to Outside I. P. S,
Straight sizes, J^ to b-inch
Reducing sizes, ^ to 33^2-inch
No. 1331, 45" Elbow
■ Copper to Copper
Straight sizes, ^ to b-inch
No. 1328, 90° Elbow
Copper to Inside L P. S-
Straight sizes, }4 ^^ 4-inch
Reducing sizes, ^ to 3-inch
No. 1332, 45^ Street Elbow
Fitting to Copper
Straight sizes, % to 4-inch
4_ ;-,?.
t ■- -
"I
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«»»
\
'\
No, 1335, Tee
Copper to Copper to Copper
Straight sizes, ^ to b-inch
Reducing sizes, ?^^ to 6-inch
1
i
No. 1336, Tee
Inside I. P. S. to Copper to Copper
Straight sizes, y^ T:o 5-inch
Reducing sizes, J^ to 6-inch
No- 1340, Tee
Inside I. P. S, to Inside I. P. S. to Copper
Straight sizes, }4 to 13^-inch
Reducing size, 34 to !-inch
No. 1345, Cross
Copper to Copper
Straight sizes, }/2 to 6-inch
Reducing sizes, 3^ to 6-inch
All Crane Solder-Joint Fittings are licensed under
Mueller Brass Co., Streamline Division, Patents.
No. 1337, Tee
Copper to Copper to inside I. P. S,
Straight sizes, ^g to 6-inch
Reducing sizes, ^ to 6-inch
No. 1338, Tee
Outside I. P. S- to Copper to Copper
M X 3^ X ^ Reducing size only
No. 1339, Tee
Outside I. P. S. to Copper to Inside F P. S.
1x^x3^ Reducing size only
PriccSf list of sizes^ and dimensions will be furnished on application
I
'■ I
I
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r:
iij'
508
CRANE
Brass Solder -Joint Fittings
For working pressures, see page 506.
^^
No. 1350
Wrought Tube Coupling
Copper to Copper
Straight sizes, }4 to 8-inch
Reducing sizes, ^g to 4-inch
No. 1350 Couplings are made
from copper tubing. They
have a boss or stop located
midway between the ends c^n
the straight sizes and at the
inner end of the smaller
opening on reducing sizes.
No. 1354, Coupling
Copper to Inside i. P, S.
Straight sizes, J^ to 6-inch
Reducing sizes, ^^ to 33'2-inch
No. 1356, Fitting Coupling
Fitting to Inside I. P. S.
Straight sizes, ^8 to 5-inch
Reducing sizes, 14 to 2-inch
^3
No. 1351, Cast Coupling
Copper to Copper
Straight sizes. % to 8-inch
Reducing sizes, 3^ to 6-inch
No. 1351 Couplings are made
from brass castings. They
have an internal shoulder,
positively limiting the dis-
tance to which the tubing can
slip into the ends of the
Coupling-
No. 1352
Eccentric Coupling
Copper to Copper
Reducing sizes, 34 to b-incf
No. 1353^ Coupling
Copper to Outside \. PS,
Straight sizes, ^ to 8-inch
Reducing sizes, ^ to 4-inch
No, 1355, Fitting Nipple
Fitting to Outside I. P- S.
Straight sizes, ^ to 6-inch
Reducing sizes, f^ to 3-inch
Short Type Coupling
Copper to Outside I. P. S.
Straight sizes, % to 1-inch
Flush Bushing
Fitting to Copper
Reducing sizes, ^ to 2-inch
No, 1357, Bushing
Fitting to Copper
Reducing sizes, }4 to 6-inch
No- 1358, Plug
No, 1366, Flanged Sink Elbow
Copper to Inside 1. P. S.
Sizes jP^ X 34 ar^d % x H-inch
Flanged Sink Elbows are used with sinks, laundry
trays, and similar fixtures installed close to a
wall. The flange forms a positive bearing on the
back of the fixture and permits a rigid faucet
connection. The elbow has a short radius.
Si
es
to b-inc
No, 1367, Water Meter Elbow
Copper to Outside L P. S,
34"inch size only
No. 1359, Cap
Sizes 34 to b-incl
Prices^ list of sizes, and dimensions will be furnished on application,
CRANE
509
i
f
Brass Solder -Joint Fittings
For working pressures, see page 506.
■ - .^ -
I
i^ii
No, 1360, Drop Ear Elbow
Copper to Copper
Straight sizes, % to 3.4-inch
No. 1362, Drop Ear Tee
Copper to Copper to Copper
Straight sizes, H ^nd 3^-inch
No. 1361, Drop Ear Elbow
Copper to Inside 1. P- S.
Straight sizes. ^ g to ^i-inch
Reducing sizes, ^^ and l^-inch
fi
No. 1363, Drop Ear Tee
Copper to Copper to Inside L P. S,
Straight sizes, ^g and }^2-inch
Reducing size, j/^ x H x %-inch
i
A-7X
i
Size
Copper X Outside x Inside
ABC
V2X
3/4 X
1x1/2
IXV2
3/4 X
1x3/4
Size
Topper X Oulside \ Inside
ABC
V2X
3/4 X
1x1/2
1x1/2
V4X
1x3/4
No. 1368, Range Boiler Coupling
Copper to Outside I. P. S. to Inside 1. P. S.
No, 1369, Range Boiler 90° Elbow
Copper to Outside 1. P. S. to Inside I. P. S.
The No, 1368 and No. 1369 Fittings are used on a tank or receiver that requires a length of
pipe extending into it. The cold water supply to a range boiler or hot water tank is a com-
mon example. The internal pipe is screwed into the female thread at the male end ot the
fitting, and the male end is then screwed into the tank. The cold water supply tubing is
soldered into the outer end of the fitting.
Range Boiler Dip Tubes
consist of a Brass Fitting
Nipple and a length of
copper tubing soldered to
the fitting end; they are
used with the Range
Boiler Couplings and El-
bows shown above.
No. 1372, Range Boiler Dip Tube
Outside 1. P. S.
Sizes ^2 ^J^d l^-inch
No. 1380, Union
Copper to Copper
Straight sizes, K to 2:^^-inch
No. 1381, Union
Copper to Outside I. P, S.
Straight sizes, ^ to 23^^2-I^^h
I
Crane Solder-Joint Unions and Union Elbows are recommended for steam, water, and
similar fluids. They have a non-corrosive ground joint seat. No gasket is necessary, and
the unions can be taken apart and reassembled repeatedly without affecting their strength
or tightness.
No, 1364^ Crossover
Copper to Copper
Straight sizes, ^^ and ^-inch.
Crossovers are suitable for use
in limited space back of laundry
trays, sinks, or similar fixtures.
No. 1365, Short Type
Wash Tray Sink Tee
Copper to Copper to Inside I. P. S.
Made in J^'^-inch size only.
This Tee is a short radius fitting
that can be installed in a very
small space. The run has solder-
joint openings: the outlet has a
female iron pipe thread.
I '<.
Union Elbow
Copper to Copper
Straight sizes, % to 2-inch
Prices, list of sizes, and dimensions will be furnished on application.
^\ I
Hi. S
t-'.
510
CRANE
Brass Solder-Joint Fittings and Bends
\
No. 1383, Wrought Tube 90" Elbow
Copper to Chopper
Straight sizes, ^s to 2-inch
Reducing si;;es, 3-2 to 2-inch
No. 1384, Wrought Tube 45" Elbow
Copper to Copper
Straight sizes, ^'^ to 2-inch
No- 1370, Wrought Tube Return Bend
Copper to Copper
Straight sizes, }4 to !-inch
Mo- 1371, Cast Return Bend
Copper to Copper
Straight sizes, J^ to 3-inch
Short Radius Return Bend with
Brass Cleanout Plugs
Copper to Copper
Sizes on application.
Made to order only.
No. 1385, ISO-Pound Companion Flange
Straight sizes, H to 6-inch
Reducing sizes, on application
FricGSf list of sizes, and dimensions will be furnished on application*
J . ,
Copper Tubing Bends
lo eliminate the need for special tools and equip-
ment which are necessary to fabricate copper tubing
bends in the (leld, Crane Co. has standardized upon
the dimensions of se\-eral of the more popular types.
These bends, made from Type K Extra Heavy Hard
Copper Tubing, will meet the requirements of a
majority of installations, and erectors will realize
more con\'enience and more econom>" than in the held
fabricated items. The task of installation is then
reduced to its simplest form — that of making solder-
joint connections.
qo°, 45°, and U-Bends range in nominal tubing sizes
from V2 to 8-inch inclusive; offset bends, in nominal
tubing sizes from '^4 to 2V2-inch. and expansion
U-bends, in nominal tubing sizes from i to 6-inch.
The dimensions of these bends provide proper
tangents for erection, and the tubing ends are care-
fully sized to assure freedom from irregularities that
might otherwise impair the effectiveness of the
solder-joint.
In addition, Crane Co. is prepared to furnish bends
or offsets made to special dimensions or made from
other grades of tubing. Prices and information on
application. '
r
'(
Expansion of Copper Tubing
In order to plan a solder-joint piping installation
successfully, it is necessary, as in any other piping
assembly, to make suitable pro\'isions for the expan-
sion of the pipe lines under actual service conditions.
Expansion bends can be designed only when the
amount of expansion is known.
To find the number of inches of expansion in any
length of copper tubing, proceed as follows:
First, obtain from the table (Right) the expan-
sion at the minimum line temperature
and at the maximum line temperature.
Second, subtract the former from the latter, which
gi\-es the expansion per foot through that
temperature range.
Third, multiply the expansion per foot by the
number of feet of tubing.
Linear Exp
ansion of Copper Tubing, per Foot
Temperature
In Degrees F.
Expansion of
Copper Tubing
In Inches
Temperature
Iti Degrees F.
F.xpansion of
Copper Tubing
In Inches
260 .0295
20
.0025
280 .0317
40
.0045
300 .0342
60
.0065
320 .0370
80
.0087
340 . 0395
100
.0110
360 .0415
120
.0135
380 .0440
140 .0157
400 .0464
160
.0177
420 .0489
180
.0200
440 .0515
200
.0225
4m .0537
220
.0252
480 . 0564
240
.0274
500 . 0588
f?ft>»r^-
(
I
CRANE
511
Brass Solder-Joint Drainage Fittings
No. 2301
90° Long Turn Elbow
No. 2304
45* Long Turn Elbow
No. 2382
Adaptor Nut
No. 2380
Straight Adtptor
No. 2381
45° Adaptor
No. 2383
Lead Adaptor Washer
No. 2320
90^' Y Branch
Tee Pattern
No. 2322
90° Y-Branch
No. 2328
45° Y-Branch
No. 2334
Caulking Connection
Copper to Hub
Slip Joint Adaptors provide
an easy means of joining the
tube ends of traps used on
plumbing fixtures to copper
waste tubing.
Caulking Connections are
used to connect copper waste or
vent lines to the hub end of cast
iron soil pipe or fittings.
Crane Solder-Joint Fittings and copper tubing are
ideal for drainage s\'Stems. Thev have excellent
resistance to the normal corrosive action of this
service, and being made with smooth and full flow-
areas, they are non-clogging; foreign matter cannot
accumulate. .An installation of this type offers
practically no resistance to flow, it has long service
ife. and it is particularly compact.
Lfist of sizes, prices, and dimensions are furnished on application.
Solders and Fluxes
Solders and Fluxes should
used onlv on ser^"ices for
They are made especialh-
and when used properly,
strong joints.
be carefully selected and
which thev are suitable.
for Crane Solder-Joints,
they produce tight and
For higher pressures or special services, recommen-
dations will be made on application.
Prices of Solders and Fluxes listed in the following
table are furnished on application.
Solders
Fluxes
Solder
No.
Melting
Range
Service
Recommendation
Form
Supplied
Flux No.
and Uses
Form
Supplied
^^.?^ 358 to 414° F,
bolder
400 pounds water
15 pounds saturated steam
VsZ'i^ch round wire in 1-pound
spools and Vg-inch round wire in
1-pound and S-pound spools
No, 50 Flux
Use with
No. 50,
No, 95,
or
No. 104
Solders
2-ounce,
8-ounce,
Solder ^^^ ^^ ^^^' ^■
Air conditioning systems
35 pounds saturated steanm
V32"i^cl^ and Vg-inch round wire
in 1-pound spools
1-pound,
and
No. 104
Solder
460" F.
400 pounds water
80 pounds saturated steam
Vsz-inch round wire with
flattened side in
20-inch lengths
5-pound
titis
Tools and Straps for Copper Tubing
Copper Straps
for Copper Tubing
Sizing Tool for Soft Copper Tubing
''^i*
-.'-"
A
Square End Sawing Vise and Guide
The Sizing Tool shown above is used Co prepare the tube end to fit in the
valve or fitting end. Soft copper tubing is easily deformed and the ends must
be re-sized to assure good joints.
The Sawing Vise, a combination vise and saw guide for tubing 2 inches and
smaller, is an ideal tool to use when making an installation; it makes square
cutting easy. Any standard hack saw can be used; a 32-tooth blade is
recommended.
Copper Straps are made especially for use with copper tubing.
Prices and sizes on application.
«i
M
M
i
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I
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I ,
II
II
tl
' (
^'
i
1
1
I
i
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^^
512
CRANE
I
I
1 1
.1 -
^
I
I
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pa
I
Copper Tubing
Standard Specifications
Copper Tubing for general plumbing and heating
purposes and for industrial uses is available in four
weights, commonly known as Types K, L, M, and O.
All four weights are furnished in hard temper, and
in addition, Types K and L are furnished soft
annealed.
Dimensions and We
ights
Hard Copper Tubing
Soft Copper Tubing
Nominal
Size
of
Outside
Diam-
eter
of
Tubing
Inches
Type K
Extra Heavy
Hard
Type L
Heavy Hard
Type M
Standard Hard
Type
Light Hard
TypeK
Extra Heavy
Soft
TypeL
Heavy Soft
Tubing
Inches
Wall
Thick-
ness
Inches
Weight
per
Foot
Pounds
Wall
Thick-
ness
Inches
Weight
per
Foot
Pounds
Wall
Ihick-
ness
Inches
Weight
per
Foot
Pounds
Wall
Thick-
ness
Inches
Weight
per
Foot
Pounds
Wall
Ihick-
ness
Inches
Weight
per
Foot
Pounds
Wall
Thick-
ness
Inches
Weight
per
Foot
Pounds
V4
3/8 .032 .1337 .030 .1260 .025 .107 I
; .032 1 .1337 .030 .1260
%
V2
.049 -2691 .035 .1982 .025 .145
.049 .2691
.035
.1982
V2
■ %
.049 .3437 .040 .2849 .028 .204
.049 .3437
.040
.2849
%
%
.065 .6411 .045 .4548 .032 ( .328
.065 .6411
.045 .4548
1
IVa
. 065 . 8390 . 050 . 6545 . 035 . 465
.065
.8390
.050
.6545
IV4
1%
.065 1 . 037 . 055 . 8840 . 042 . 682
.065 1.037
.055 .8840
IV2
1%
.072 1 . 362 .060 1 . 143 . 049 . 940
.072 1 . 362
.060
1.143
2
2V8
.083 2.064 .070 1.752 .058 1.46 .083 ! 2.064
.070
1.752
2V2 2%
.095 2 . 927 .080 2 . 479 .065 2 . 03
.095 1 2.927
.080
2.479
3y8
.109 4.003 .090 3.326 .072 2.68 .049 1.835 ; .109
4.003 .090
3.326
3V2
3%
.120 5.122 .100 4.292 .083 3.58 .049 2.134
.120 5.122 .100
4.292
4
4y8
.134 6.512 .110 5.378 .095 4.66 .058 2.872
.134 6.512 .110
5.378
5
SVs
.160 9.673 .125
7.611 .109 6.66 .065 4.005
.160 9.673
.125
7.611
6
61/8
.192 13.87 .140 10.20 .122 8.92 .072 5.307 .192 13.87 .140 10.20
8
SVs
.271 25.92 .200 19.30 .170 16.46 .083 8.128
.271 25.92 .200 19.30
10
lOVs
.338 40.28 .250 30.06 .212 25.57 .109 13.29
.338 40.28 .250 30.06
12
12% .405 57.80 .280 40.39 .254 36.69 .134 19.57
.405 57.80 .280 40.39
WORKING PRESSURES, Pounds per Square Inch
Type K
Extra Heavy Hard
Type L
Heavy Hard
Type M
Standard Hard
Type O
Light Hard
TypeK
Extra Heavy Soft
Type L
Heavy Soft
Saturated steam
250 pounds 150 pounds 80 pounds 15 pounds 250 pounds 150 pounds
Hot water, cold water,
air, and similar fluids
400 pounds
250 pounds
250 pounds
125 pounds
250 pounds
150 pounds
Service recommendations: Copper Tubing is
recommendeci for many ser\-ices, such as for steam,
water, air, oil. gas, or similar fluids. The Types K, L,
and M are used for genera! plumbing and heating
purposes, and for industrial applications. In addi-
tion, the Type K Tubing soft annealed is especially
adapted to service on underground lines. The Type
Tubing is recommended only for industrial uses.
On steam installations, the successful application of
Copper Tubing depends not only upon the weight of
tubing but also upon the solder used when making
joints. For recominendations on solders, see page 511.
IS
t is
Hard Copper Tubing: Hard Copper Tubin
intended primarily for use in straight lengths.
not recommended for field bending except when
proper bending equipment is used.
Soft Copper Tubing: Soft Copper Tubing can be
bent without special bending equipment; it is recom-
mended for service where bends must be made in the
field, as on concealed replacement work.
Soft Copper Tubing while in transit or when being
handled mav become flattened or distorted. Before
being used, the ends of the tubing should be sized to
assure a tight soldered joint. For sizing tools, see
page 511.
Standard lengths: 20-foot straight lengths for
both hard and soft Copper Tubing and 60-foot coiled
lengths for soft Copper Tubing are generally' con-
sidered standard. Other lengths can be furnished.
Tinning: Copper Tubing can be furnished tinned
on the outside, on the inside, or on both the outside
and the inside.
Federal Specification: Type K hard and soft,
Type L hard only, and Type M Copper Tubing
in sizes 5^ to 6-inch conforms to Federal Specifica-
tion \\'W-T-7qq, dated October 18, 1932; the J^-inch
and the 8, 10, and i z-inch sizes are not included in
the Federal Specification.
American Standard : T\'pe K hard and soft,
Type L hard and soft, and Type M Copper Tubing
in sizes ^ to 6-inch conforms to the American
Standard for Copper Water Tube, A.S.A. No.
H23. 1-1934; the }<^-inch and the 8, 10, and iz-inch
sizes are not included in the Standard.
The American Standard designates tubing by
""Class" letters instead of by "Type" letters, thus:
Class K, and Class L, and Class K' .
I
I
CRANE
Pipe Hangers and Supports
Hangers
Standard Ring and Bolt Hangers pacre 514
Adjustable Clips page 5,4
Band Hangers page -j^
Clevis Hangers page 5 14
Malleable Iron Ring Hangers page 515
Adjustable Swivel Pipe Rolls . '.page 516
Spring Cushion Hangers paae 5 16
Single Pipe Rolls and Sockets pa^e 5 1 ^
J::j"^oo^^s-- page 518
Genspring Hangers page 533
Hanger Extensions and Connections
Adjustable Swivel Couplings pa^^e 518
Rod Couplings page 518
Hanger Rod Couplings and Toggle Bolts page 5 18
Turnbuckles page 51Q
Perforated Extension Bars pa^e 51Q
Hanger Flanges page 520
Extension Pieces page 520
Hanger Rods ".'.'' 'page 521
Coach Screw Rods page ^ 2 i
Hook Rods page 521
Eye Rods page 521
Square Head Hanger Rods page 521
Extension Eye Bolts page 523
Beam Clamps
I-Beam Clamps pages 522 to ^24
Channel Clamps page 512
Clamps for Wide Flange Beam Sections. . .pages 522 and 523
Brackets
Application of Welded Steel Brackets page 524
Welded Steel Brackets page 525
Bracket Clips page 525
Supports
Pipe Roll Stands _ -page 526
Pipe Roller Supports page 526
Adjustable Pipe Roll Stands pa^re 527
Pipe Rolls and Plates page 528
Pipe Pole Supports tor Outside Lines page 528
Pipe Chairs ^ page 52Q
Anchor Chairs page ^2q
Pipe Seats page 529
Pipe Saddle Support page j 3 1
Pipe Stanchion Saddles page 5 3 1
Wall Pipe Supports page 5: 3 1
Miscellaneous
Riser and Pipe Clamps page 5" iq
Pipe Covering Protection Saddles page 5 30
Single Hooks page 5 3 1
Hook Plates page ^-32
Floor and Ceiling Plates pat^e 532
For general remarks and excerpts from Code for Pressure Piping, see page 534.
For deflection of horizontal pipe lines and spacing of pipe supports, see pages 642 and 643
513
•r ,
Jt^
'51
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,
f ;
I
514
CRANE
Standard Ring and Bolt Hangers
No. 2-C : These hangers are
made of high quality soft steel.
They can also be ftirnished gal-
vanized or made of brass : special
prices will appK'.
Standard Ring and Bolt Hangers
can be used \\ith No. i-C Per-
forated Extension Bar, page > iq,
or with No. i lO-G or No, i ro
R-G iVIalleable h"on Sockets for
use with pipe or rod extensions;
see page 515.
Prices on application
Pipe
Size
Sise of Stock
Size
of
Bolt
Inches
Size of No. I-C
Extension Bar
-
Inches
Width
Inches
Thick-
ness
to use
Number
No. 2-C
Standard
Ring and Bolt
Hanger
V2
3/4
16 Ga.
V4
3/4
3/4
16 Ga.
V4
1
%
16 Ga.
V4
1V4
Vs
16 Ga.
V4
1
1V2
I
15 Ga.
V4
1
2
1
15 Ga.
Vi
1
21/2
Ws
12 Ga.
Va
2
3
Ws
12 Ga.
Va
2
31/2
IVa
12 Ga.
Va
3
4
IV4
12 Ga.
V4
3
5
IV4
12 Ga.
Vis
4 or 5
6
IV4
12 Ga.
Vis
4 or 5
8
IV4
Vie"
%
5 or 6
10
IV4
Vis"
%
5 or 6
n
IV4
Vie"
%
5 or 6
No. 116-G
Clip Base
Adjustable Clips
List Prices and Dimensions, in Inches
Pipe
Size
List Price per 100
Square Head I Ceiling to
No. 106-G No. 116-G
Inches Black Galv. Black Galv.
No. 105-G ' Hanger Rod Center of Pipe
Black] Galv. Length!Diam.' Min. | Max.
Inside
Diameter
of Ring
No. :06-G No. 105-G
Adjustable Clip C!iip Ring
Underwriters' Approved
Malleable Iron
V4
44.00
54.00 '21.60 24.10 15.00 16.50
6V4
%
8
9%
1V16
1
47.50
58.00,21.60 24.10 18.00:20.00
63/4
%
^V?.
lOVs
IVie
IV,
48.50 59.50 21.60,24.10 19.00 21.50
63/4
%
8V4
10%
l^Vis
IV?
51.00 i 62.50 21.60 '24.10 ! 21.00 24.00
7
%
9
10%
2Vl6
2
56.00 68.50 21.60 24.10 26.00 30.00
7V4
%
9V2
llVs
2Vl6
Band and
Clevis Hangers
Adjustable
No. 269-G, Band Hanger, Wrought Steel
No. 260-G, Clevis Hanger, Wrought Steel
Underwriters' Approved
List Prices and Dimensions, in Inches
Pipe
I i*it Prir
c n£.r- 1 (\{\
A
*No. 260-G. Clevis Hanger
No. 269-G, Band Hanger
Size
L^lo U J- IXV^k^ ky^^Jk A. \/\r
B
C
D
Adjust.
E
F
G
H
Adjust.
Inches
No. 260-G No. 269-G
J
y4
1
1V4
1V2
23.00
24.00
28.00
30.00
13.00
13.50
14.00
15.00
Vs
%
%
3V4
3%
3%
31V16
3^Vl6
4Vl6
4Vl6
43/4
2V2
2V2
2y2
2V2
iy2
lyz
iy2
2
2yi6
2Vl6
2V4
2Vl6
2%
3Vl6
31 Vie
2y?
2y2
2y2
2y2
1
1
iy4
iy4
2
2V2
3
31/2
32.00
35.00
46.00
58.00
15.50
21.50
22.00
23.00
%
V2
Vz
V2
4
4%
4»Vl6
5V4
5Va6
6V1G
6"/l6
7V4
2V2
3
3
3
iy2
1V4
13/4
iy4
3
31V16
4y4
4y2
4Vl6
53/8
6
6V2
2y2
3y2
3y2
3y2
iy4
iy4
iy4
iy4
4
5
6
8
64.00
74.00
87.00
135.00
24.50
34.00
37.00
57.00
Va
53/4
6V16
7VlG
8V16
8
9%
10%
127/8
31/2
3V2
4
4V4
1V4
2
2
2
478
5V4
6V16
71Vl6
7y„
8y2
93/4
12
3y2
4
4V2
4y2
iy4
2
2
2
10
12
14
16
300 . 00
400 . 00
500.00
700.00
Vs
yg
1
1
ioy4
llVs
13
14%
15%
18
20
22%
4V4
4V4
6
2y8
2%
2%
3y4
*Clevis Hangers, sizes 1 0-inch
and larger, are provided with a
Pipe Spacer on the bolt.
CRANE
515
Malleable Iron Ring Hangers
t -
i
No. 101-G
Adjustable Ssxivel Ring
Solid Ring Type
Underwriters' Appro\ed
No. 104-G
Adjustable S\\i\el Ring
Split Ring Type
Underw ricers' Appro\ed
No, I07-G. Pipe Thraidcd
No, 107 R-G, Rod Threaded
Split Pipe Ring and Socket
No. 108-G
Spilt Pipe l^ing
^A
No. UO-G
Pipe Threaded
Socket
No. 110 R-G
Rod Threaded
Socket
Regularly furnished
in black.
Galvanized furnished
when ordered.
M
M
H
x
M
Mi
'Ht
I
N'o. loi-G and No. 104-G Hangers can be adjusted
by Cuming the s\\i\-el nut to raise or lower the pipe.
When the pipe is in the desired position, the s\\iv'el
shank aLitomaticallv locks to pre\ent loosening due
to Vibration and to assure permanent alignment of
the piping.
Split Ring Hangers can he applied after the pipe
line is in place. Xo. 104-G is hinged off center to
provide sufficient seating to hold the pipe before
closing the ring. A wedge pin is loosely but insepa-
rably cast into the hinged section for fastening after
the pipe is in place.
Pipe
Size
List Pr ices and Dimensions, in Inches, for Complete Hangers
List Price per 100
No.
101-G
Inches Black Galv.
No. ' No. 107-G
104-G No. 107 R-G , a
Black Black! Galv.'
No. 101-G
B
D
Adjust.
E
No . 104- G
I
H
Adjust-
J
No. 107-G
K
L
No.lOZR-G
K
%
I
2
21/2
3
31/2
4
5
6
8
I
22.801 27.20' 41.40
24.60 29.10 43.40
25.40 30.00 46.40
26.40! 31.201 52.40
21.50!
23.50!
24.50
27.00:
30.001
23.50
25.50
27.00
30.00
33.50
3/(
8
2^Vl6
23/4
3Vi6
3Vl6
> r ' ■
2Vi6
2V8
2Vl6
2V8
3 '72
3Vifi
3%
4
2
13/4
2^8
3
3V8
2%
2V4
23/l6
2V,6
3^/1 6
3Vl6
3%
4i/«
13/4
29.00
41,20
51.20
53.20
67.00
34.40' 58.40
50.00 67.20
61.00 77.20
65.00'105.20
84.001124.00
32.00
39.00^
45.00
53.50!
63.50
36.00
44,00
51.00
63.50
74.50
84.00'104.00,172.00[ 88.001108. 00
132.00 164.00'218.00 103.00 130.00
231. 00, 318. 001375. 001173. 001224.00
V2
V2
V2
%
%
3716
4
43/8
4VlG
5Vl6
2V4
2Vi6
2%
2Vl6
3Vl6
4%
5Vi6
|7>V]
Vs
23/,fi
%
'/«
2%
y«
Vh
2V2
%
V4
3V,fi
Vh
V4
3V,6
%
2VlG
234
2V2
21V16
2^Vl6
16
6
8'Vl6
3V4
3 '3/16
4y2
10V16
131/8
I'Vl6
2Vl6
2y8
2Vl6
iVl6.
2%
3Vl6
3%
3V2
3'Vi6
, 43/8
1 43/4
63/8
7%
2-Vi6
2V2
2%
23/4
3Vl6
3%
4'/,6
4ya
4'M6
53/s
61/8
63/,
_8Vl6_
lO'Vie
I'Vie
1%
2
2V8
_2V8_
2'Vi6
3V2
3%
V4
'4
V4
%
%
V2
Vz
V2
3"/l6
3'ViG
43/s
43/4
6V16
7 -Vie
8¥l6
V2
Vi
Vz
%
3Vl6
3'Vi6
43/8
43/4
5Vi6
6V16
7V2
8V,6
List Prices and Dimensions, in Inches, for Rings and Sockets Only
No. 108-G, Split Pipe Rings Only
Pipe Price per 100
Size , Black I Galv.
M
Pipe
Size
Price per 100
Black I Galv.
M
Sockets Only
V2
15.00
Va
17.00
1
18.00
1V4
20.00
1V2
23.00
2
25.00
2V2
32.00
16.00
18.00
19.50
22.00
25.50
28.00
36.00
IV16
I'Vie
2Vl6
2^16
3
31/2
4
5
6
8
38.00
45.00
55.00
75.00
90.00
160.00
43.00
53.00
64.00
92.00
114.00
208.00
2 ¥4
3y8
3y2
4%
53/8
Pipe
Size
Inches
No. 110-G
Pipe Threaded
Price per 100
Black Galv.
K N
Pipe
Size
Inches
No. no R-G
Rod Threaded
Price per
Bh
N
y2-i
6.50' 7.50 1 ys
iy4
y2-2
6.50 7.50 3A
IV1,
1 y4-3
7 . 00 8 . 00 y4
15/8
2y2-3y2 7.00 8.00 y2
IVs
3V2-4
8.50, 10.50 3/g
\%
4-5 i 8.50; 10.50 s/s
I'Vifi
5-8
13.00 ! 16.00
y2
l^Vlfi
6
13.00
16.00 3^
2ys
«
18.00 22.00
¥4
zys
8
18.00
22.00 i ya
2Vifi
I
A
m
w*
*{
' < 'l
I
;
r
516
CRANE
Adjustable Swivel Pipe Rolls
List Prices and Dimensions, in Inches
No. 174-G
Adjustable Swivel
Pipe Roll
Pipe
Size
*Size
(covered)
Price
per 100
A
B
c
D
E
G
2Vi
3
3V2
4
1, IV4
IV2
2
152.00
155.00
185.00
225.00
6%
8
9Vl6
4
4%
5%
2Vl6
2Vl6
2%
31/8
51/2
7yi6
V16 1/2
V16 1/2
V2 I V2
V2 1 %
5
6
8
10
12
2V2, 3
3V2, 4
6
7
■ 8
295.00
410.00
645 . 00
920.00
1250.00
10%
121/4
153/8
I8V16
2OV2
5»Vi6
7Vl6
8>Vl6
10
llVs
3ys
33/4
41/2
45/8
43/4
83/4
10%
131/4
151/2
173/4
3/4
%
%
1
%
%
Pipe sizes used when co\'ered with standard thickness covering.
These Adjustable S\\i\'el Pipe Rolls ha\-e a malleable
iron yoke and a cast iron roll. Vertical adjustment
is made by use of the swi\'el shank which automati-
cally locks, pre\'enting loosening due to vibration.
This type of hanger is primarily designed for use
with uncovered pipe; but. co\'ered pipe with Pipe
Covering Protection Saddles can be used when proper
pipe rolls are installed.
Spring Cushion Hangers
No. 255-G
Spring Cushion
Pipe Hanger
Spring cushion hangers : No. ^5y-G and No.
25t)-G are recommended for ser\'ice where constant
support is required and compensation must be made
for mo\'ement of the piping. The use of springs is an
efficient means of absorbing \-ibration.
These hangers are designed to support ten feet of
extra strong pipe filled with water or equivalent.
No. 256-G
Spring Cushion
Pipe Roll Hanger
When pipe lines are subjected to vertical movement
due to thermal conditions, Genspring Hangers are
recommended; see page 533.
List prices for No. 255-G include steel flanges, spring,
and outside bolts with nuts. List prices for No, 256-G
include the roll roll rod, adjustable sockets, springs,
and cups. ,
List Prices and Dimensions, in Inches
Pipe
Size
Inches
No. 2S5-G
Price
per
100
Spring
Cushion
Hanger
Size No.
B
D
No. 256-G
Price
per
100
B
H
Max.
J
K
M
1
IV2
380.00
380.00
380.00
1
1
1
3
3
2
21/2
3
3y2
4
380 . 00
470 . 00
470 . 00
470.00
620.00
1
2
2
2
3
3
31/2
31/2
31/2
4V4
3/8
Vz
Vz
Vz
%
2%
iVs
4
2% IVs
4
2% 1%
4
2%
IVs ! 4
3
1V2
43/4
3
iV?.
43/4
3
IV?.
43/4
31/2
m
5%
1
1
1
2
2
2
1
IV4
1V4
1%
2
2V2
21/2
2V2
2V2
180.00
182.00
184.00
%
3
33/8
3%
2>Vl6
2»Vl6
213/16
1V16
1V4
1%
21/2
2V2
21/2
4M6
4VlG
41 Vie
5
6
8
10
12
620.00
725.00
960.00
960 . 00
960 . 00
3
4
5
5
5
41/4
4V4
4%
4%
4%
V4
31/2
4
51/4
5V4
51/4
2
2V4
2y4
2V4
55/8
&V2
8
8
8
1%
IV2
iy2
1V2
1V2
21/2
3
3
3
3
14 OD
16 OD
18 OD
20 OD
24 OD
1160.00
1160.00
1250.00
1750.00
1900.00
6
6
7
8
9
45/8
4%
5
6
6
1
1
IVs
IV4
iy2
6%
6%
61/8
7%
sys
2y2
2y2
2y8
3y8
3%
95/8
9%
91/2
11%
123/8
2
2y8
2%
3
3
31/2
4
4y2
187.00
220.00
230.00
252.00
370 . 00
%
4y8
213/16
1%
2y2
V2
4y8
3y4
l^Vie
3
Vz
5y2
3y4
2y4
3
V2
6y8
3^16
2^16
3
%
63/4
3Vl6
2^3/16
3
5Vi6
6> yi6
7Vi6
7* V16
9y4
382.00
471 . 00
605 . 00
660 . 00
760 . 00
V4
8V16
9Vl6
14Vl6
16VI6
1265.00
1390.00
1735.00
2250.00
3200.00
1
1
lya
iy4
iy2
173/4
193/4
2iy8
24 y*
28%
311/16
41/2
5Vl6
5Vl6
63/4
7y8
8%
81/4
3Vl6
4
Si/s
63/8
7Vl6
3
3y2
3y2
3y2
3y2
10V16
12V4
143/4
leyg
19^8
83/8
9Vi6
loya
11%
14
4
4
41/2
41/2
5
21
23
251/4
273/8
323/4
CRANE
517
Single Pipe Rolls and Sockets
No. 171-G
Single Pipe Roll, Complete
No. 173-G
Pipe Roll Only
No. 171 A-G
Adjustable Socket Only
Case Iron Pipe Roll and Sockets. No. 171-G,
is designed to take care of expansion and con-
traction. The adjustable sockets permit verti-
cal adjustment of the roll, and the nuts at the
bottom of the sockets fit into a recess to pre-
vent loosening or turning due to vibration.
Hanger rods and nuts are to be ordered
separately. Rolls of special lengths can be fur-
nished on special order; prices on application.
List Prices and Dimensions, in Inches
Pipe
Size
List Price per ]
100
Socket
Number
A
B
C
D
E
F
G
H
■y
No. 171-G
No. 173-G
No. 171 A-G
J
I
68.00
13.00
25.00
4V8
3
IV2
1
iVifi
IVa
70.00
13.50
25.00
I-%
4V?.
33/8
1%
IV16
Va
%
%
yi6
1V4
1V2
72.00
17.00
25.00
43/4
35/8
2Vr
iy«
13/8
2
75.00
18.00
25.00
5 ¥4
41/8
2%
1V16
1%
21/2
90.00
19.00
28.00
2-V16
6 1/4
478
31/8
I3/g
%
Vie
72
' Vi fi
nVie
3
100.00
24.00
28.00
2-V16
678
5V2
33/4
1V.6
%
V16
72
^Vie
274
P/?.
122.00
43.00
28.00
2-V2
71/2
bVs
4V4
1%
1
72
V7
3/4
2V,fi
4
130.00
45.00
28.00
3 1/2
8y4
63/4
43/4
13/4
1
72
%
3/4
213/16
5
142.00
58.00
28.00
3%
9^Vl6
8VI6
5^3/6
2
178
%
78
7«
3Vifi
6
151.00
62.00
34.00
4-3/4
11V16
9Vl6
eyg
2Vl6
174
3/4
3/4
1
4
8
220.00
98.00
48.00
s-yg
14Vi6
n>7i6
878
2^3/,6
172
78
%
178
51/8
10
275.00
130.00
48.00
5-%
16V16
14Vl6
11
33/8
13/4
7h
78
178
63/8
12
375.00
200.00
56.00
5-1
18V16
165/16
13
378
2
1
78
174
7Vi6
14 OD
700.00
400 . 00
64.00
6-11/8
201/8
173/4
141/4
4%
272
178
1
13/8
s%
16 OD
825.00
520.00
68.00
6-IV4
221/8
193/4
1674
5
278
174
1
11/2
yVifi
18 OD
1160.00
750 . 00
90.00
7-1 V4
241/2
21%
I81/4
5Vi6
23/4
174
178
172
101/2
20 OD
1400.00
900 . 00
115.00
s-m
271/4
241/4
201/4
6
3
13/r
174
178
1178
24 OD
2200.00
1500.00
160.00
^- 1 Vi
321/8
28%
2474
73/,6
378
11/2
11/2
13/4
14
30 OD
3300.00
2100.00
215.00
10-1%
39%
351/2
301/4
S^Vie
41/2
178
178
278
17Vl6
Single Pipe Rolls with Special Sockets
For use with Pipe Cover-
ing Protection Saddles
Roll
Size
List Price per 100
No. I71S-G No. 171 AS-G
Socket
Number
Size of
Covered
Pipe
K
L
M
No. 171 S-G
Single Pipe Roll with Special Sockets
For use with Pipe Covering ProCection Saddles
No. 171 AS-G
Special Socket Only
No. 171 S-G is a special adaptation of
No. 171-G. The special sockets, No.
171 AS-G, are provided to permit the use
of hanger rods of the same standard size
as regularly used with each size of pipe,
yet to allow the use of larger rolls to
accommodate covered pipe with Pipe
Covering Protection Saddles.
Protection Saddles. . . page 530
4"
130.00
28.00
2-72
2V2-3"
1/2" 8"
6^"
5
142.00
28.00
2-78
3-%
3y2
4
%
9Vl6
91V1G
8V1G
6
151.00
34.00
2-3/4
3-3/4
21/2
5
V2
1015/16
UVifi
9Vl6
7
165.00
34.00
3-3/4
4-3/4
3-31/2
4
6
V2
%
3/4
Vz
%
%
V4
%
ll^Vu
123/,6
nVi6
109/16
8
220.00
48.00
3-%
3-31/2
5
13Vl6
13Vl6
lllS/lG
9
240.00
48.00
3-%
4-7/8
5-%
4
6
8
I49/16
I4I3/16
15Vl6
121 Vie
10
275.00
48.00
3-78
5
% 1511/16 14Vi6
12
375.00
56.00
4-1
5-1
6
8-10
3/4
I8V16
18Vl6
167l6
14 OD
700.00
64.00
5-1 Vs
10
78 1978 173/4
15 OD
790.00
64.00
5-11/8
10-12
78 207/8 1 183/4
16 OD
825.00
68.00
5-IV4
6-1 1/4
5-11/4
6-11/4
7-11/4
10
14
78
1
7s
1
2178
2278
193/4
18 OD
1160.00
68.00
68.00
90.00
12
14-16
18
237/8
2478
2472
213/4
213/4
2178
24 OD
2200.00
160.00
6-1 V2
7-1 1/2
8-11/2
9-11/0
16
18
20
24
1
IVs
1V4
31
3174
3178
327a
285/8
30 OD
3300.00
215.00
9-17/g
24
IVz
39
; 351/2
M
i I
f
i
»
k
A
t
EB
f
'• r
* .
K^
iiji
<K
I
H
I , I 1
W - k
' I
1 *
^
I
|pi«
I
I
518
CRANE
U-Hooks
List Prices per iOO and Dimensions
No- 205-G, U-Hook
Underwriters"
Appro\'ed
Noinirsal
Pipe
Center of Eye to Rottor-i of Pipe, Inches
Dia.
of
Rod
Inches
Size
Size
Inches
6
8 10
12
14
16
18
20
24
30
36
Screw
34-2 7.00 S.OO 9.25 10.50 11.50 12.50 14.00 15.00 17.00 22.00| 26.00
V16 No. 16"
2y2-3
12,50 14.00 15.50117.00 19.00 21-00 24.00 30.00 36.00 % %
31/2-4
18.00 20.00 22. 00124. 00 26.00 28.00 32.00 38.00 44.00
V16 ! V2
5
6
8
1
30.00
35.00
33.00 36,00 39.00 42.00 48,00 57.00
66 . 00
V16 V2
!
39.00 43.00 47.00151.00
60.00 70.00: 80.00
L
%
V2
j i 6.0.00 65.00 70.00 80.00 95.00
110.00
3/4
^/8
Adjustable Swivel Couplings and Rod Couplings
List Prices and Dimensions
Size No.
1
2
3
4
5
Price
Size, rod tappings
Length, overall
per 100
Inches
Inches
28.00
44.00
55.00
105.00
150.00
No. 134-G
3VlG
, V2
%
3/4
%
rz%
4%
5Vi6
63/8
Price
per 100
12.25
16.50
20.00
24.00
32.00
No. 136-G
Size, rod tappings
Inches
%
V2
%
%
%
Length, overall
Inches
11 Vie
2 'A
2V2
3^Vl6
W6
No. 1 34-G Adjustable Swi\-el Coupling has the same adjustable and self-locking
features as No. loi-G and No. 104-G Adjustable S\vi\-el Rings; see page 515.
When No, 134-G is used as a hanger rod coupling, the large end should be
locked to the rod with a check nut. No. 1 3b-G is furnished with straight U.S.
Standard Right Hand Threads unless otherw ise specified.
No. 134-G
Adjustable
Swivel Coupling
No. 136-G
Rod
Coupling
Hanger Rod Couplings and Toggle Bolts
List Prices and Dimensions, in Inches
Pipe
Size
No. 208-G, Hanger Rod Coupling Only
Coupling
No.
Price
per 100
A
B
D
%-2
1
23.00
2V7
2
%
2
2V2-31/2
2
27.00
2V4
2V4
V?
2V«
4-5
3 J
33.00
31/4
2V?.
%
IV?.
6
4
43.00
33/4
2%
3/4
2%
8-12
5
53.00
41/4
3V8
%
31/4
This type of hanger, designed for use under tile and
cinder concrete construction, allows for adjustment
to accomiTiodate varying thicknesses of plaster.
The Toggle Bolt illustrated at the right is used for
hanging pipe, up to the 3j^-inch size, from hollow
tile construction. W'hen hanging pipe larger than
33^-inch from hoHow tile construction, and for
hanging all sizes of pipe from cinder concrete con-
struction, the hanger rod coupling is used with a
No. 209-G
Toggle Bolt
No. 208-G
Hanger Rod
Coupling
rod which is installed in a hole drilled through the
entire slab. The nut or bolt head at the upper end
of the rod rests on a plate washer.
List Prices for No. 209-G, Toggle Bolt Only
Length of Bolt
Inches i 6
12
15
18
24
30
36
42
48
54
60
66
72
3/8-inch diameter per 1Q0 | 31 .00 [ 32.00 l3 3.00 1 35.00 1 36.QO |39.00|42.0Q|45.00l 49.00 1 52.00 |55.00 | 57.0 1 60.00| 63^
y2-inch diameter per 100155.00 |57. 00 [59. 00 161.00164. 00 168. 00 173. 00 178. 00 184. 00 189. 00 193. 00 198. 00 1 103. 00|TQ8J Q
CRANE
519
Forged Steel Turnbuckles
List Prices, Each
Diameter
of Screw
Inches
Dimension A, Inches
t6
12 18 24
iDiameter
of Screw
Inches
Dimension A, Inches
16 12
18
24
%
%
V4
.45
.50
.60
.75
.75
.90
1.13
.88
1.05
1.31
1.50
1.88
2.63
1%
iy2
13/4
2.10
2.50
3.25
4.00
4.38
6.25
10.00
1
iy4
.90
1.58
2.25
3.15
2
6.25
1.10
1.93
2.75
3.85
t-Va
9.25
1.40
2.45
3.50
4.90
iVi
13.00
1.70
2.98
4.25
5.95
No. 230-G, Forged Steel Turnbuckles
These drop forged steel turnbuckles will
be furnished \s'ith stub ends unless
definitely specified "without stub ends".
For gaU'anized turnbuckles, add 25 per
cent to the list price. _
\Starniard length turnbuckles have a 6-inch opening; this length will be sent unless otherwise ordered.
Steel Perforated Extension Bars
Prices on application
Steel PerTorated Extension Bars are made of high 1 1 !■■ m . . 1 1 . . n
quality soft steel which can easily be cut with a cold Cj (""; Q (,"; Q >,") C) C> Cv \ ) Cj O K~J Q ^> O
chisel. These bars can be furnished galvanized or '^" ' — ^—
made of brass; prices on application. No. 1-C, Steel Perforated Extension Bar
8.75
14.00
21.88
32.38
45.50
^
Size Number
t 00
1
2 3
4
5
6
Size of pipe to be supported
Width
Inches y2-l V2-I
IV4-2
21/2-3 3y2-4
5-6
8-12
8-12
Inches ^A %
Vs
1 IVs
IV4
IV4
11/4
Thickness
18 Ga, 16 Ga,
16 Ga.
15 Ga. 12 Ga.
12 Ga.
Vu"
V4"
-^
Length
Feet 5 8z 10 5 & 10
5 & 10
5 & 10 5 & 10
5 & 10
8
8
Center to center of holes
Inches % %
%
% %
%
1
1
4
Diameter of holes
Inches V32 %2
Vzi
1 V32 ^ V32
^V32
Vie
V^6
Order by figure
and si-e number; a so specify
the enr^th
, when two engths
are isted.
^i
»*«
M
N
)'-
Riser Clamps and Pipe Clamps
No. 261-G, Extension Pipe or Riser Clamp
Wrought Steel — Underwriters' .Approved
No. 212-G. Pipe Clamp
Wrought Steel — Underwriters" Approved
List Prices and Dimensions, in Inches
Pipe
Size
List
Price
No. 261-G
No. 212-G
per 100
L
Stock
Size
Size
Bolts
A
B
C
D
E
F
Inches
No. 261-G
No. 212-G
X
yx
1
1V4
41.00
43.00
45.00
47.00
93/8
9%
10
103/8
3/16 XIV4
3/16XII/4
1/4X11/4
1/4X11/4
3/8x11/4
%xll/4
%xll/4
%Xll/4
2
3
4
49.00
51.00
53.00
66.00
68.00
40.00
41.00
43.00
55.00
58.00
103/4
111/4
12
13
131/2
1/4X11/4
1/4x11/4
1/4x11/4
1/4x11/2
1/4X11/2
Vie X 11/2
ViexlVz
Vie X 11/2
1/2x11/2
1/2XIV2
21/8
2%
21V16
33/16
3%
IIV16
21/4
2Vl6
21 Vie
31/4
5Vl6
6
6%
7y,6
81/8
V2
%
%
yx
%
V4XI
1/4x1
1/4x1
1/4x11/4
1/4x11/4
5
6
8
10
.12
95.00
120.00
170.00
252.00
284.00
61.00
120.00
140.00
225 . 00
260.00
141/2
151/2
18 1/2
203/4
223/4
1/4X2
1/4X2
^8X2
%x2
1/2x2
1/2x11/2
1/2x11/2
%x2
%x2
% X 21/2
4Vl6
5
63/8
7Vl6
8V16
313/,6
4Vl6
511/16
63/4
73/4
91/4
1015/16
1313/16
151 V16
1715/16
Vx
%
1
1
1
%
V2
1/2
%
%
1/4x11/4
3/8x11/2
3/8x11/2
1/2X2
1/2x2
14 OD
16 OD
18 OD
20 OD
24 OD
320.00
420.00
440 . 00
460.00
300.00
330 . 00
460.00
725 . 00
875.00
24
26
28
30
• *
1/2x2
%x2l/2
% X 21/2
%x2i/2
• • • •
5/8 X 2V2
3/4x3
3/4x3
3/4 X 3^
* ■ « ■
91/2
101/2
11%
131/4
153/4
8%
9%
11
123/8
141/2
203/8
223/8
251/4
281/8
33
11/8
li/s
11/4
1%
1%
3/4
1
11/8
11/4 ~
1/2x2
1/2x2
1/2 X 21/2
%x3
%x3
,.t
I
It
k
\
•fi'
V'
\ '
I .
t'
'■
I
520
CRANE
Hanger Flanges
Underwriters' Approved
No. 153-G
Pipe Hanger Flange
(Malleable iron)
These ceiling flanges allow for an adjustment of
I inch Avhere the rod enters the flange. No. 153-G
is designed primarily for use on a level ceiling; No.
154-G is a semi-swinging type hanger and can be
k>J
No. 154-G
Swivel Hanger Flange
(Cast I ron)
used on a ceiling having a slant of not more than
five degrees from level. Size No. i has two holes for
wood screws. Sizes i. 3, 4, and 5 each have three
holes for coach screws.
Pipe
Size
Inches
Size
No.
List Price
per 100
List Prices and Dimensions, in Inches
No. 153-G No. 154-G
No. 153-G
(
No. 154-G
A
B
D
V4-2
1
2y2-3y2
2
4-5
3
6
4
8-12
5
27.00
51.00
68.00
82.00
137.00
H
Size
Screws
48.00
75.00
91.00
130.00
194.00
V2
%
3/4
Vi
8
2%
4
43/4
51/4
6
1%
1%
21/8
Vs
1
IV16
V2
3/4
7i
8
31/4
%
4Vg
y«
5V4
Vn
5%
1
6V2
Ws
11/2
IV2N0.18
^8X2
1/2x2
V16 X 2
%x2
Adjustable Swinging Hanger Flanges
Malleable Iron — Underwriters' Approved
D
No. 156-G
Flange with
Bolt, Nut. and
Spring Washer
No, 155-G
Adjustable Swinging
Hanger Flange
(Complete)
These Adjustable Swinging Hanger Flanges provide
a means of hanging pipe where a swing through a
radius of 180° is required. No. i)5-G is a combina-
tion of No. 156-G and No. 157-G. Size No. i has
two holes for wood screws; Nos. 2., 3, 4, and 5 have
three holes for coach screws.
No. 157-G
Extension
Piece
Rod
Threaded
^—
— B .
]
'
1 : M
IT
^
Ql
<
1
hU
1
1i t
A^
Extension Piece No. rjz-G provides for an adjust-
ment of approximately i inch. This Extension Piece
can also be used in conjunction with No. 225-G
Universal Side 1-Beam Clamps, and with No. zzb-G
Universal Channel Clamps; see pages 522 and 523.
Order by figure number and size number.
List Prices, and Dimensions, in Inches
Pipe
Size
No.
List Price per 100
A
R
C
D
E
F
G
H
Size
Screws
Size
Bolt
Size
No. 155-G
No. 156-G No. 157-G
y4-2
21/2-31/2
4-5
6 ^
8-12
1
2
3
4
5
76.00
107.00
142.00
181.00
261.00
52.00
75.00
105.00
136.00
202.00
20.00
28.00
32.00
39.00
53.00
V2
%
3V4
4
43/4
51/4
6
21/8
23/8
2^8
3Vl6
3/4
1V16
1V16
1V4
1%
1%
1%
2Vl6
2S/8
V2
%
%
%
3/4
V16
•V16
Vs
11/2 No. 18
3/8X2
V2X2
Vl6X2
%x2
ygxiVz
%xiy4
Vie X 2
Vl6x2/8
1/2 X 23/8
CiT- I
^Vtf
CRANE
521
Hanger Rods
k-2M"H
No. 142-G
Coach Screw Rod
Machine Threaded
on Opposite End
■m
t-2HH -B
2!:H
No. 148-G
Hook Rod
Machine Threaded
No. 140-G
Hanper Rod
Both Ends Machine Threaded
xvith Right Hand Threads
I'm
\-^
B
No- 143-G
Coach Screw Rod
Opposite End Not Threaded
//
2!'2-H
fi
No. 248-G
Eye Rod
Machine Threaded
tfl+tfH-IWW-
B
\-V:-\
No. 144-G
Square Head
Hnnger Rod
Machine "Threaded
The following rods, not illustrated, can be fur-
nished; prices on application.
No, 253-G Hanger Rod. right and left hand threads
No. 141-G Hanger R<jd. one end threaded (R. Fl, threads)
No. 254-G Hanger Rod. one end threaded (L. H. threads)
No. 149-G Hook Rod, not threaded
No. 249-G Eye Rod. not threaded
Longer thread: .Ml right hand threaded rods can
he furnished with longer threads. An extra charire is
made for each additional 2}/2 inches of thread or
fraction thereof on each end. The extra charge is
as (olloxvs:
3^-inch rods 4 00 per 100
1.2 and '^Hnch rods ^ 00 per !()0
H. ■^. and 1-inch rods o 00 per 100
]ys. IK and 1> 2-inch rods 7.00 per 100
Dimension **C" : The lenr^ths of Coach Screw
threads are as follows: ^rj^-lnch rods. ..i inches;
3/2-inch rods. . . 2% inches; ■' s and ^-inch rods
. . . i^fe inches.
I
List Prices, per 100,
and Dimensions, for No. 142-G an
d No. 140-G
Length
No. 142-G
It
No. 140-G
A
Rod Size
B, Inches
Rod S
jize B, U
Tches
Inches
%
V2
H
V4
%
Vz
%
V4
Vs
1
iVs
IV4
108.00
1 V2
8
11.50
15.25
20.00
24.00
11.25
16.25
20.00
23.00 '
28.00
39.00 '
83.00
142.00
10
12.50
16.50
22.00
27.00
12.00
17.50
21.00
26.00
32.00
45.00
90.00
117.00
155.00
12
13.50
18.00
24.00
30.00
13.00
19.00
23.00
29.00 '
36 . 00
51 .00
98.00
126.00
168.00
14
14.50
19.50
26.00
33.00
14.00
20.50
25.00
32.00 ,
40.00
48.00
57.00
68.00
105.00
119.00
135.00
181.00
18
16.00
22.00
31.00
39.00
16.00
23.00
29.50
38.00 '
153.00
207.00
24
18.50
26.50
37.00
48.00
18.50
27.50
35.50
47.00
59.00
85.00
141.00
180.00
246.00
30
21.00
31.00
43.00
57.00
21.00
32.00
42.00
56.00
71.00
102.00
163.00
207.00
285 , 00
36
24.00
35.00
49.00
66.00
24.00
36.00
48.00
65.00
83.00
120.00
185.00
234.00
325.00
42
30.00
34.00
45.00
64.00
84.00
, 35.00
38.00
49.00
66.00
87.00
97.00
113.00
126.00
142.00
210.00
235.00
265.00
295.00
366 . 00
48
50.00
71.00
94.00
54.00
73.00
160.00
408.00
54
37.00
56.00
79.00
104.00
41.00
59.00
81.00
107.00
140.00
178.00
260.00
325.00
450.00
60
41.00
61.00
86.00
115.00
44.00
64.00
88.00
117.00
153.00
196.00
285.00
355.00
492.00
66
44.00
66.00
94.00
125.00
48.00
69.00
95.00
127.00
167.00
214.00
310.00
385.00
533.00
72
47.00
71.00
102.00
135.00
51.00
74.00
102.00
137.00
180.00
, 232.00
335.00
415.00
575.00
List Prices, per 100,
and Dimensions, for Nos. 143-G, 148
G, 248-G, and 144-G
length
A
No. 143-G
i
No. 148-G
and No. 248-G
No. 144-G
Rod Size B, Inches
Rod Size B, Inches '
Rod Size B, Inches
Inches
%
V2 %
V, '
%
Vz
5/8 % % % V2 % V4
y&
8
5. SO
8.25
13.00
16.00 15.00
19.00
23.00' 29.00' 40.00 8.50 ' 13.00 ' 16.00 20.00
29.00
10
6.50
9.50
15.00
19.00 16.00
20.00
25.00 32.00 44.00 10.00 15.00 18.00 23.00
33.00
12
7.50
11.00
17.00
22.00 17.00
22.00
27.00 35.00 48.00 12.00 ! 17.00 20.00 26.00
37.00
14
8.50
12.50 1 19.00
25.00 ,
18.00
23.00
29.00, 38.00, 52.00
14.00 , 19.00 , 22.00 , 29.00
17.00 23.00 27.00 35.00
41.00
18
10.00
15.00
24.00
31.00
20.00
26.00
33.00 43.00 60.00
50.00
24
12.50
19.50 30.00
40.00
23.00
30.00
39.00 52.00> 72.00 22.00 30.00 34.00 44.00
65.00
30
15.00
24.00 36.00
49.00 26.00
34.00
45.00 60.00 84.00 27.00 36.00 42.00 54.00
80.00
36
18.00
28.00
42.00
58.00 29.00
38.00
51.00 68.00 96.00 33.00 43.00 50.00 64.00
95.00
42
23.00
37.00
56.00
75.00 35.00
48.00
66.00, 87.00,120.00 40 .00 , 50.00 , 60.00 75.00
120.00
48
27.00
42.00
63.00
85.00 38.00
53.00
73.00' 97.00 133.00
54
30.00
48.00
71.00
95.00 41.00
58.00
80.00 107.00 146.00
60
34.00
53.00 78.00
106.00 44.00
63.00
87.00,117.00 159.00
66
37.00
58.00 ; 86.00
116.00 47.00
68.00
94.00 127.00 172.00
72
40.00
63.00
94.00
126.00 50.00
73.00
101.00;i37.00,185.00
it
Ep
4
r.
t
■->■■
' — — I 1 1
I
I
\\-
1 '
I ■
«
I
,
I
I
pg
522
CRANE
Universal Side I-Beam and Channel Clamps
The tables on this page and on the following page
show the beam dimensions and the corresponding
clamp numbers for American Standard J-Beams and
Channels, and for Wide Flange Beam sections.
I'hese Clamps are made of malleable iron and can be
used with No. 220-G Extension Eye Bolts (page 523)
or with No. 157-G Extension Pieces (page 520). For
clamp numbers, the numerals indicate jaw sizes and
the letters or actual dimensions indicate the length
and type of hook rod. Orders must specify both the
figure number and clamp number wanted.
No. 225-G, Universal Side 1-Beam Clamp
Underwriters' Approved
No. 226-G, Universal Channel Clamp
Underwriters" Approved
List Prices and Clamp Numbers of I-Beam and Channel Clamps
" ~~ \\~~ No. 226 -G
Pipe ,
Size
Inches
No. 225-G
Price! American
Standard
I-Beams
per
100
Wide Flange Beam Sections
Price' American
Standard
Channels
per
100
88.00:i-A, B, C, D, E 1-C, B, T, U, V
3/4-2
90.00i2-E, F, G 2-C, I, T, U, V, W, X, Z, 14
107.00 1-A, B,C,D,E
92.00 3-G, H, I 3-1, W, X, Y, Z, I2V2, 131/2, 14, I6V2
147.00|4-A, B, C, D, E 4-C, D, S, T, U
21/2-6
151.0015-E, F, G 5-C, S, T, U, V, W, Z, 141/2
170.00 4-A, B,C,D,E
153.00 6-G, I 6-V, W, X, Y, Z, 13, 14, I41/2, 17, 171/2
175.00 7-A, B, C, D, EI7-D, S, T, U, V
i
8-12
179.0018-E, F, G 8-D, S, T, U, V, W, X, Z, 141/2
19J..00 7-A, B, C, D, E
184.00'9-G, H, I 19-V, W, X. Y, Z, 13, I4V2, 17, I7V2
DIMENSION "B''
ij/g inches for supporting
^i to 2-inch pipe.
1 5^ inches for supporting
z34 to 6-inch pipe.
ij^ inches for supporting
8 to I 2-inch pipe.
DIMENSION "C
Varies from J/g to J^-inch.
Clamp Numbers and Dimensions, in Inches, for American Standard I-Beams
Beam
Dimensions
No. 225-G
Clamp Numbers
Beam
Dimensions
No. 225-G
Clamp Numbers
Beam
Dimensions
No. 225-G
Clamp Numbers
Ht.
A
Lbs.
per
Foot
Width
to 2-
inch
Pipe
21/2
to 6-
inch
Pipe
8
tol2-
inch
Pipe
Ht,
A
Lbs-
per
Foot
Width
to2-
inch
Pipe
2V2
toe-
inch
Pipe
8
ton-
inch 1
Pipe
Ht.
A
T-bs.
per
Foot
Width
to2-
inch
Pipe
2V2
to6-
inch
Pipe
8
toU-
inch
Pipe
3
5.7
6.5
7.5
221/64 ■ 1-A 4-A
213/32 ' 1-A , 4-A
23 3/g4 \ 1-A 4-A
7-A
7-A
7-A
7-B
6
12.5 321/64
14.75 3Vi6
17.25 1 39/16
1-B '■ 4-B
1-C 4-C
1-C 4-C
7-C
7-C
7-C
9
21.8 ! 421/64
25.0 4yi6
30.0 41^32
1-D
1-D
1-D
4-D ! 7-D
4-D 7-D
4-D 7-E
7.7
221/32 , 1-A 4-A
7
15.3 321/32 1-C 4-C 1 7-C
35.0 ; 449/64
1-D ! 4-D 7-E
- 8.5
^ 9.5
223/32 , l-B 4-A 7-R
2 = 1/64 1-R 4-A 7-B
17.5 334
20.0 , 355/34
1-C 4-C
1-C 4-C
7-C
7-D
10
25.4 421/32
30.0 451/64
35.0 4iV,e
40.0 53/32
1-D
1-b
1-E
1-E
4-D 7-E
4-D 7-E
5
lU.b
2% 1-B
4-ts , /-ti
4-B ' 7-B
18.4
4
4V64
1-C 1 4-C
7-n
4-E 7-E
10.0 3 1-B
H 20.5
1-C 4-C 7-D
4-E
7-E
12.25
14.75
3yG4
3V32
1-B
1-B
4-B
4-B
7-B
7-C
23.0
25. 5
41 1/64
41 VS4
1-n
1-D
4-D
4-D
7-D
7-D
12
31.8 5
35.0 ; 55/64
1-E
1-E
4-E
4-E
'7-E
7-E
Clamp Numl
Channel , N
Dimensions Clan
3ers and Dimensions
, in Inches,
for American
Standard Channels
0. 226-G
ip Numbers
Channel
Dimensions
No. 226-G
Clamp Numbers
Channel
Dimensions
No. 226-G
Clamp Numbers
Ht.
A
Lbs.
per
Foot
Width
'A
to2-
inch
Pipe
21/2
to6-
inch
Pipe
8
tol2-
inch
Pipe
Ht.
' A
Lbs.
per
boot
Width
3/4
to 2-
inch
Pipe
2V2
to 6-
inch
Pipe
S
tol2-
inch
Pipej
Ht.
A
Lbs.
per
Foot
Width
3/4
to 2-
inch
Pipe
21/2
to6-
inch
Pipe
ft
tol2-
inch
Pipe
3
4.1
5.0
6.0
113/32 j 1-A 4-A
11/2 ; 1-A ■ 4-A
11^32 ; 1-A ; 4-A
7-A
7-A
7-A
7
1
8
9
10
14.75
17.25
19.75
11.50
13.75
16.25
18.75
21.25
21 %4
21V32
233/64
1-B
1-B
I-B
4-B
4-B
4-B
7-B
7-B
7-B
10
12
15
25.0
30.0
35.0
20.7
25.0
30.0
35.0
40.0
33.9
35.0
40.0
45.0
50.0
55.0
2SV64
3y32
33/16
2>Vl6
33/64
3^V64
3^ V64
32y64
1-C
1-C
1-C
1-C
1-C
1-C
1-C
1-C
4-C
4-C
4-C
4-C
4-C
4-C
4-C
4-C
7-C
7-C
7-C
4
5.4
6.25
7.25
l^Vsi 1-A
1^Vg4 1-A
1^3/32 1-A
4-A
4-A
4-A
7-A
7-A
7-A
217/64
21 1/32
2Vl6
21V32
2%
1-B
1-B
1-R
1-B
1-B
4-B
4-B
4-B
4-B
4-B
7-B
7-B
7-B
7-R
7-C
7-C
7-C
7-r
5
6.7
9.0
IV4
i=y64
1-A
1-A
4-A i 7-A
4-A ' 7-B
7-D
7-D
11.5 21/32
1-A 4-A , 7-B
13.4
15.0
20.0
25.0
2Vl6
231/64
2"/64
213/16
2IV32
2^764
1-B
1-B
1-B
1-B
1-B
1-B
4-B
4-B
4-B
4-B
7-B
7-B
7-C
7-C
3' 3/32
32y64
333/64
3%
323/32
3'3/i6
1-D
1-D
1-D
1-D
1-D
1-D
4-D
4-D
4-D
4-D
4-D
4-D
7-n
6
8.2
10. S
13.0
15.5
1SV64
21/32
25/32
2V32
23/32
1-A
1-A
1-R
1-B
4-A
4-A
4-A
4-B
7-B
7-B
7-B
7-B
7-D
7-D
7-D
15.3
20.0
4-B
7-C'
7-D
7
9.8
1-A
I-B
4-A
7-B
4-B
7-C
7'E
12.25
23/16
4-B
7-B
•^
CRANE
523
Universal Side I-Beam Clamps
'ZTf/rz.
TZZZ
t
Wide flange beam sections: No. 225-G Universal Side I-Beam Clamps are
used with wide flange beam sections as illustrated at the left. The clamps can be
used with No. 220-G Extension Eye Bolts, illustrated below, or with No. 157-G
Extension Pieces shown on page 520.
For list prices, general description, and dimensions "B" and "C" see page 522,
Clamp Numbers, and Dimensions, in Inches, for Wide Flange Beam Sections
B
_i_
Beam
Dimensions
Ht.
A
Lbs.
per
Foot
Width
No. 225-G
Clamp Numbers
to 2-
inch
Pipe
2V2
to 6-
inch
Pipe
8
to 12-
inch
Pipe
Beam
Dimensions
Ht.
Lbs.
per
Foot
Width
No. 225-G
Clamp Numbers
to 2-
inch
Pipe
21/2
to 6-
inch
Pipe
8
ton-
inch
Pipe
Beam
Dimensions
Ht.
A
Lbs.
per
Foot
Width
No. 225-G
Clamp Numbers
^4
'4
to 2-
inch
Pipe
to 6-
inch
Pipe
8
to 12-
inch
Pipe
13.5
16.0
18.5
4.990
5.000
5.025
1-T
1-T
2-T
4-S
4-S
5-S
7-S
7-S
8-S
12.0
16.0
4.000
4.030
1-C
1-D
4-C
4-D
7-D
7-D
15.5
18.0
20.0
22.5
25.0
27.5
5.990
5.995
6.000
6.020
6.050
6.085
1-U
1-U
1-U
2-U
2-U
2-U
4-T
4-T
4-T
5-T
5-T
5-T
7-T
7-T
7-U
8-T
8-T
8-U
8
13.0
15.0
17.0"
19.0
21.0
4.000
4.015
1-C
1-C
4-C
4-C
7-D
7-D
5.250
5.264
5.272
1-T
1-T
1-T
4-S
4-S
4-S
7-T
7-T
7-T
24-0
27^0
"31 . 0"
33.0
35.0
40.0
48.0
58.0
6.500
6.528
1-V
2-U
4-U
5-U
7-U
a-u
8
8
8
8
8
8
000
012
027
077
117
222
2-W
2-W
2-1
2-1
3-1
3-X
5-W
5-W
5-W
5-W
6-W
6-X
8-W
8-W
8-W
8-W
9-W
9-X
10
15.0
17.0
19.0
21.0
23.0
26.0
29^0
"33 .
37.0
4.000
1-C
4-C
4.010
1-D
4-D
4.020
1-D
4-D
5.750
1-U
4-T
5.750
1-U
4-T
: 5.769
2-U
5-T
, 5.799
2-U
5-T
7-D
7-D
7-D
7-T
7-T
8-T
8-T
7
7
964
978
2-W
2-1
5-W
5-W
8-W
8-W
10
41.0
45.0
8.000
8.022
2-1
2-1
5-W
S-W
8-W
8-X
49.0
54.0
60.0
66.0
72.0
10.000
10.028
10.075
10.117
10.170
2-Z
2-Z
3-Z
3-Z
3-Z
5-Z
5-Z
6-Z
6-Z
6-Z
8-Z
8-Z
9-Z
9-Z
9-Z
12
16.5
19.0
22.0
4.000
4.010
4.030
1-C
1-D
2-C
4-C
4-D
5-C
7-D
7-D
8-D
25.0
28.0
32.0
36.0
6.500
6.500
6.533
6.565
1-V
2-U
2-V
2-V
4-U
5-U
5-U
5-U
7-U
8-U
8-U
8-U
40.0
45.0
50.0
8.000
8.042
8.077
2-X
2-X
3-W
5-W
5-W
6-W
8-W
8-W
9-W
53.0
58.0
64.0
65.0
72.0
79.0
85.0
10.000' 2-Z
5-Z
8-Z
10.014 3-Z
6-Z
9-Z
10.060
3-Z
6-Z
9-Z
12.000
2-14
5-141/2 8-141/2
12.040
3-14
6-141/2
9-141/2
12.080
3-14
6-141/2
9-141/2
12.105
3-14
6-141/2
9-141/2
14
30.0
34.0
38.0
42.0
43.0
48^0
53.0
58.0
61.0
! 6.733
6.750
6.776
6.801
1-V
2-V
2-V
2-V
4-U
5-U
5-U
5--U
7-
8
8-
8
■V
U
■V
■V
14
68.0110.040
74.0 10.072
78.0
84.0
87.0
95.0
103.0
12.000
12.023
3-Z
3-Z
3-14
3-14
6
6
6
&■
Z
■Z
■141/2
■141/2
9-Z
9-Z
9-141/2
9-141/2
14.500
14.545
14.575
3-161/2
3-I6V2
3-16y2
6
6
6
17
17
171/2
16
36.0
6.992
2-V
5-U
40.0
7.000
2-W
5-V
45.0
7.039
2-W
5-V
50.0
7.073
3-W
6-V
58.0
8.464
3-1
6-W
64.0 8.500
3-X
6-X
71.0
8.543
3-X
6-X
88.0
11.502
3-131/2
6-14
9-17
9-171/2
9-1714
8-V
8-V
8-V
9-V
9-X
9-X
9-X
9-141/2
18
47.0
50.0
55.0
64.0
70.0
7.492
7.500
7.532
8.715
8.750
2-W
2-W
3-W
3-X
3-X
'5-
5.
6
6
6
■V
■V
■V
-X
X
8-W
8-W
9-V
9-X
9-X
21
59.0
63.0
68.0
73.0
82.0
8.230
8.250
8.270
8 . 295
8.962
2-X
3-1
3-X
3-X
3-Y
5-W
6~W
6-X
6-X
6-Y
8-X
9-W
9-X
9-X
9-Y
8.000
8.031
2-X
2-X
5-W
5-W
8
8
■W
w
I 8.062
I 8.098
i 10. 000
3-X
3-X
3-Y
6-W
6-W
6-Y
'9-W
9-W
i9-Z
24
27
74.0
80.0
87.0
100^0
91.6
98.0
8.975
9.000
9.025
12.000
3-X
3-Y
3-Y
3-14
6-X
6-Y
6-Y
9-X
9-Y
9-Y
6-141/2 9-141/2
30
33
108.0
125.0
9.983
10.000
10.484
llTSOO
3-Z
3-Z
6-Z
&-Z
9-Z
9-Z
3-121/2 1 6-13 19-13
3-131/216-14 9-141/2
Extension Eye Bolts
List Prices and Dimensions
Pipe
Size
Inches
List
Price
per
100
Length
of
Eye Bolt
Inches
Length
of
Thread
Inches
Diameter
of
Diameter
of
Eye Bolt Hole
Inches Inches
Thick-
ness of
Metal
at Eye
\
62.00
2V2
2
%
1V32
3/4-2
64.00
4
2y4
y2
66.00
5y2
2y4
70.00
23/4
2
y2
'V32
2V2-3y2
72.00
4y4
2V2
%
74.00
53/4
2y2
76.00
3
2y8
%
^V32
4-5
80.00
4y2
31/4
5/8
84.00
6
3y4
120.00
3
2y8
¥4
1^32 ■
6
125.00
4V2
3y2
%
130.00
6
33/4
125.00
3y4
2y4
%
^V32
8
132.00
43/4
33/4
y^
140 . 00
6y4
4y2
No. 220-G
Extension Eve Bolt
Underwriters' Appro\'ed
No. 220-G can be used with No. 225-G
Side I-Beam Clamps and with No. 22b-G
Channel Clamps, illustrated above and on
page 522. In addition, these Extension Eye
Bolts can be used with No. 156-G Adjust-
able Swingi ng Hanger Flanges ; see page 5 20.
Order by figure number and specify the
length and diameter of eye bolt.
n^
^;- -'-'f
l#«l
«
I
f'
I
l' *
■I
il
f '
^^f(l
i
; !r'
r^'J
n
-^' . .;-: '^ irr
. \
I
I
524
CRANE
I-Beam Clamps
No. 40-C
Standard 1-Beam Clamp
No. 41-C
Extra Heavy I-Beam Clamp
No. 131-G
I-Beam Clamp
Underwriters' Approved
Clamp
No.
List Prices, per 100, and Dimensions for No. 40-C and No. 41-C
Maximum Size of Dia. of Space i
Load
Pounds
Stock
Bolt
for
Rod
; Inches Inches Inches
Width of I-Beam Flange, in Inches
No. 40-C
1000 ]iy4xV4[ 3/g
8
Vi
10
11
1250 111/2 xUi 1/2
28.001 35.001 38.00 42.001 46.00 50.001 55.00
12
V2
1500 llVzxS/gl Vz
50.001 55.001 &0.00 65.00 70.00 75.00
y*
'8
3000
12 X Vi\ %
70.001 77.00 84.00 91.00 98.001105.00
y^
No. 41-C 3250 121/2x1/2! s/s
3/4
3500 [21/2x5/8
¥4
SO-OOj 85.001 95.00 1 100.00 [110.00} 120.00 [140.00 1 150.0"0Tl70:0O8fr(i?i
¥4
90.0Q[ 95.00|nO.OQ|125.00il35.00[14 5.00[155.QO|165.00 18000 l^ww^
100.001 115.00 [130.00 [150.00 1 170.00 [ 190.00 J21Q.O0 1225.00 |250:Q0"275:nft
Width of I-Beam Flange, Inches | 2
List Prices for No. 131-G
2V2
31/2
^ Black
No, 131-G Y^^—
Oalv.
per 100; 31.00 33.00
41/2
51/2
36.00 38.00 39.00
per 100 1 36.00 38.00 42.00
40.00 \ 43.00 44.00
45.00 46,00 47.00
51.00
53.00
53.00
H
T .
No, 40-C and No. 41-C : These clamps are made of
scrap steei; order h\ figure number and specify the
width of I-beam flange and weight of maximum load.
No. 131-G: These malleable iron clamps ha\-e a
62.00
^x ij^-inch bolt. The vertical distance from the
bottom of the beam to the bolt center is about 1^4
inches. Order by figure number; specify the width
of I-beam flange on which the clamp is to be used and
the required space bec\\'een the halves of the clamp
'I /
Applications of Welded Steel Brackets
' ' y\
Used with Pipe Rolls and Supports
jig
No. 197-G
Anchor Chair
V
No. 198-G
Pipe Seat
No. 271-G
Pipe Roll Stand
No. 274-G
Pipe Roll Stand
with Base Plate
No. 276-G
Adjustable Pipe
Roll Stand
I
I
Left: When a bracket is bolted to a
wall, back plates must be ordered of
such size and thickness to properly
distribute the weight over the wail
section.
The size and thickness of the plate will
be governed by the load to be carried
and the construction and condition of
the wall.
In some installations it is advisable to
reinforce the back plates with addi-
tional steei in the form of a plate or
angle to distribute the load m-er an
even greater wall area. This is espe-
cially desirable when .Anchor Chairs
are mounted on a bracket.
The above illustrations show various types of
pipe supports mounted on welded steefbrack-
ets. Pipe supports and welded steel brackets
must be ordered separately.
Pipe Supports : There are manv types of pipe
supports that can be used \xith welded steel
brackets; for list prices, descriptions, and
dimensions, see pages 526 to 52Q.
Welded Steel Brackets : Welded steel brack-
ets can be furnished in three weight classifica-
tions; light weight, medium weight, and
heavyweight. See page 525. List prices cover
the cost of the bracket only; back plates and
bolts must be ordered separately.
CRANE
525
Welded
Welded
No. 193-G: These Bracket Clips will
support 3H-inch pipe and smaller from
any position along the arm of the bracket.
The 'clip consists of two steel plates,
one nut, and one bolt. The hanger rod
and two nuts, sold separately, serve as
the second bolting member.
No. 194-G : Light Welded Steel Brackets
are designed to support pipe lines up
to and including the b-inch size.
These brackets may be installed as illus-
trated or inverted for use as suspension
brackets. The ends of the brackets are
drilled to take hanger rods up to the
5^-inch size.
Hanger rods and hex nuts are sold
separately; for hanger rods, see page
521. Changes in drilling or dimensions
are subject to an additional charge.
— Steel Bracket Clips
No- 194-G
Light Welded Steel Bracket
4,1 ^'
1/;-
No. 193-G
Bracket Clip
Ff
L'Mi
2'-H K
MAXIMUM LOAD — 750 pounds
List Prices and Dimensions, in Inches
Nc
). 194-G,
Bracket Only
No. 193-G, Clip Only
Bracket
No.
Price
per 100
A
R
C
n
Clip
No.
Price
per 100
Pipe Size
E
1
2
3
550.00
560.00
615.00
9
13
19
8
12
18
61/2
IOV2
I6V2
V16
1
2
50.00
55.00
V4-2
21/2-31/2
V2
m.
• I
\'
fe
Mill
» ft
:^
Hi
'! t<'i
Medium and Heavy Welded Steel Brackets
Figure
No.
I
L
Medium Weif^ht Brackets
MAXIMUM LOAD — 1500 pounds
Heavy Weight Bracl<ets
MAXIMUM LOAD — 3000 pounds
M
No. 195-G, Medium Welded Steel Bracket
No. 199-G, Heavy Welded Steel Bracket
When brackets are bolted to a wall, back
plates must he ordered of such size and
thickness as to properly distribute the
weight over a greater wall area. This
installation is illustrated on page ^14.
List Prices and Dimensions, in Inches
Bracket
No.
Price
per 100
B
D
H
*K
L
M
N
No. 195-G
1
2
1200.00
1500.00
2060 . 00
12
18
74
18
24
30
151/2
2IV2
27V2
IV4
IV4
IV4
No. 199-G
1
2
3
4
5
21/2
2V2
4
5
IV2
13/4
2
W2
1^4
2
Vie
Vie
V4
*
*
*
1400.00
2425 . 00
2840 . 00
3100.00
4800.00
5330.00
12
18
24
30
36
42
18
24
30
36
42
50
151/4
21%
271/2
331/4
39
46
13/16
%
M
IV4
1%
11/2
IV2
11/2
23/4
2%
3
3
31/2
4
5
5
5
6
6
iy2
2
2
2
21/2
2V2
2
2
2V2
31/2
3V2
%
Vi
I
*MediLim Weight Brackets and No. Heavy Weight Brackets ha \-e only one bolt hole at the top.
These Welded Steel Brackets can be used with many
types of pipe supports as illustrated on page 524.
The brackets are comparatively light in weight, but
are unusually strong and well constructed. The top
of the bracket and the supporting brace are made of
tvo angle irons with a one-inch space between them.
16
2^4
21/2
21/2
31/2
31/2
^Vl6
IV16
IV16
IVlG
8
8
Vi
Vz
V2
V2
Welded steel brackets can be furnished in practically
any size or type. Inquiries must be accompanied by
a sketch sho\\ing essential dimensions and necessary
details; prices on application.
Brackets are coated with a protective paint to pre-
vent rust during shipment.
|i»##
ii«
«
i'iS't
\]\
.■if
I •,
I
i:
il
II .'
I ,
■i
1
MSI
i >
526
CRANE
Pipe Roll Stands
These Cast Iron Pipe Roll
Stands are designed for
supporcing piping in cases
where vertical adjustment
is not necessary, but where
pro\"ision must be made for
expansion and contraction
of the pipe line.
There are t\\'o i-inch cored
holes located on the out-
side of the stands for 2 to
Ivinch pipe, see dimension
No. 271-G
Pipe Roll Stand, Complete
No. 272-G, Pipe Roll and Rod Only
No. 273-G, Pipe Roll Only
"J";' the stands for 8-inch pipe and larger ha\"e two There are four cored holes (diameter "L'
i-inch cored holes located inside of the uprights, see at the four corners of the stand. Dimens
dimension " H" . and "N" show the location of these holes
') located
ions "M"
List Prices and Dimensions,
in Inches
Pipe
Price per 100
A
B
C
n
E
F
U
H
J
K
L
M
N
Rolf
Size
No. 27 -G So. 272-G No.27:i-G
Size
2
2V2
3
3V2
220.00
77.00
60.00
3Vl6
313/16
4V8
43/8
13/4
8%
53/8
23/4
lys
V2
6%
Vi6
1/2
3Vl6
4
41/4
%
4
5
6
270.00
92.00
72.00
413/16
5Vi6
6
2Vl6
978
5%
33/4
21/16
1/2
7Y%
3/4
1/2
411/16
%
8
10
390.00
180.00
135.00
8IV16
91^16
3Vl6
8%
65/8
6
31/4
%
4
3/4
%
7
5
V2
12
14 OD
650.00
340.00
270.00
11%
12
^Va
101 V16
7Vs
8
4
Vs
53/4
V4
V4
91/16
6
%
16 on
IS OD
20 OD
925.00
1500.00
2750.00
475.00
340.00
13 '/2
145/8
15%
41/4
123/8
8%
9
41/2
H/s
63/4
%
^VlG
IOV4
6V2
%
24 OD
900 . 00
1500.00
630.00
965.00
173/4 43/8
131/2
8%
10 4ViG 13/8 i 71/2
1
13/1, 113/g 61/2
30 OD
2113/16 SVa
17
103/4
12V2
51/2 13/4 10
IV4
II/16 141/4 8
Pipe Roller Support
List Prices and Dimensions, in Inches
Pipe
Size
Price
per 100
B
C
D
1
70
70
70
00
00
00
3
3%
3%
IV2
1%
21/8
91/2
91/2
91/2
¥2
V2
IV16
11/4
1%
2
21/2
3
31/2
4
75.00
41/8
2%
91/2
V2
90.00
478
31/8
91/2
1/2
95.00
51/2
33/4
91/2
V2
95.00
61/8
41/4
10
%
135.00
63/4
43/4
10
%
No. 17-C
Pipe Roller Support
The No. 17-C Cast Iron Adjustable Roller has a wide
range of application. It can be used on welded steel
brackets or on almost an)^ type of steel construction.
The support is readily adjustable; adjustment can
be made while the pipe is in place, and the nuts lock
the roller in position. All sizes provide a vertical
adjustment of 6 inches.
5
6
8
10
12
155.00
8V16
51V1G
10
%
160.00
9Vl6
6%
11
3/4
290 . 00
U^Vie
8%
113/4
%
390 . 00
14Vl6
11
113/4
%
525 . 00
165/16
13
113/4
%
iVs
11V16
21/4
2 Vie
2l^J/l6
3Vl6
4
51/8
63/8
7yiG
14 OD
16 OD
18 OD
20 OD
24 OD
30 OD
635 . 00
173/4
14V4
113/4
%
840 . DO
193/4
16 1/4
18
IV4
1025 . 00
21 yg
18 1/4
18
IV4
1485.00
241/4
2OV4
18
IV4
1985.00
28%
24V4
24
iy2
3425.00
351/2
301/4
24
17/s
83/9
9Vl6
IOV2
11%
14
17Vl6
The list prices include the roll with sockets, roll rod, two vertical
threaded rods, and eight nuts.
CRANE
527
Adjustable Pipe Roll Stands
No. 274-G
Adjustable Pipe Roli Stand with Base Plate
No. 275-G, Adjustable Pipe Roll Stand Only
No. 274 P-G, Base Plate Only
No. 274-G: These Cast Iron Stands are designed for
supporting piping where there must be provision for
vertical adjustment and lateral movement as \\-eIl as
for expansion and contraction. Vertical adjustment
is obtained by the four adjusting screws. Lateral
movement of i inch on smaller sires to i^ inches on
larger sizes is secured by sliding the stand on the
ends of the adjusting screws.
No. 276-G
Adjustable Pipe Roll Stand
No. 276-G ; These Cast Iron Stands are for support-
ing piping where \ertical adjustment is needed as
well as allowance for expansion and contraction.
Vertical adjustment is secured by turning the two
adjustment screws which raise and lower the adjust-
ing slides located at either end of the stand. When
proper alignment is obtained, the adjusting screws
may be locked by tightening the small set screws.
List Prices and Dimensions, in Inches, for No.
274-G, No.
275-
G, and No
. 274 P-G
Pipe
List Price per
100
A
B
C
D
E
F
G
Max.
H
J
Size
No. 274-G No. 275-G
No. 274 P-G
Min. Max.
K
2
3
31/2
700.00
535.00
165.00
51/8
53/8
53/4
6
53/8
5%
6
6I/4
l^Vie
21/16
2%
6%
SVz
1%
y^
3%
Vs
23/4
%
4
5
6
785.00
600.00
185.00
6 1/2
7
7%
7
71/2
23/4
33/8
31 Vie
81/8
53/4
2Vl6
Vt
SVs
IVs
33/4
%
8
10
1150.00
900.00
250.00
103/8 11 Vs
liy2 123/4
51/4
63/8
10% 63/4
31/4
3/4
73/8
1^4
6
^4
12
14 OD
1725.00
1385.00
340.00
13
13%
141/4
71/2
81/8
13
8
4
%
91/2
13/4
8
Vs
16 OD
18 OD
20 OD
2450.00
1885.00
565 . 00
151/4 165/8
163/8 173/4
173/8 183/4
91/4
10%
113/g
14%
8%
41/2
IVs
llVs
1%
9
1
24 OD
3250.00
2550.00
700.00
195/g 21 133/8
1534
191/4
«% 4Vi6
1%
121/4
Vh 10
1
30 OD
6500.00
5415.00
1085.00
24 263/4 161 V16
10V2 51/2
13/4
153/4
31/4
121/2
IV4
The values of '"M" and "N", locating the adjustment screws, correspond to
dimensions "M" and "N" in the table and sketch for No. 271-G, page 526.
List Prices and Dimensions, in Inches, for No. 276-G
Pipe
Size
Price
per 100
L
p
Q
R
S
T
U
V
W
X
Y
Min. Max.
z
4
5
6
925.00
7V8
73/4
8V16.
83/8
9
9^16
23/4
3%
315/16
51/4
6%
7
6
33/4
21/16
y-i
2y2
4
Vs
y4
71/8
8
10
1350.00
107/8
12
123/8
131/2
91/2
6
6
3V4
V4
4V2
4
ys
81/2
12
14 OD
2300.00
13Vl6
143/1 6
153/16
1513/16
71/2
81/8
12
6
8
4
y%
6
4
1
9
16 OD
, 18 OU
1 20 OD
2650.00
153/8
I6V2
171/2
17
181/8
191/8
91/4
10%
11%
13
61/2
9
41/2
1%
7
41/2
1
91/8
24 OD
3300 . 00
1911/16 215/8 133/8
141/8
6I/2
10
4^16
1%
8
41/2
1
91/8
30 OD
6500 . 00
243/4 27 1611/16
171/4
8
121/2
51/2
1^4 i
101/4
6
1V4
IIV2
i%\
1 hi-
\^\
f
ft
iiii
ii \
I,'
\%^%
F
■.. t
' ;i'
J ■ A <
»
I
\k
I .
I
I
• ^1
, ,f I
M'
,.1 ',
•'M I !■
i
I
528
CRANE
Pipe Roll and Plate
No. 277-G, Pipe Roll and Plate
No. 277 P-G, Base Plate Only
This Cast Iron Pipe Roll and Plate is used for sup-
porting piping in installations where vertical adjust-
ment is not necessary, but where pro^■ision must be
made for expansion and contraction. In cases of
necessity, these supports can be raised or lowered
by blocking or shimming up the base plate.
These supports use pipe roll No. 273-G. For list
prices and dimensions, see page 526.
\
W
W
D
//
V
^
//
//
■/
/
B
-^— — ' \
1— H
T
— C
List Prices and Dinnensions, in Inches
Pipe
Price per 100
A
B
c
D
E
F
G
H
Size
No. 277-G
No. 277 P-G
2
2V2
3
140.00
80.00
3V4
3V2
313/16
4Vl6
113/16
2Vl6
23/8
2%
43/4 ■
23/4
lyg
13/4
Vs
4
5
6
165.00
93.00
4Vl6
41 5/16
sy^
23/4
33/8
3IV16
53/4
33/4
2Vl6
2%
V2
IV2
8
10
360.00
225.00
5V4
63/8
8 1/4
6
31/4
4
»Vl6
21/2
12
14 OD
625.00
355.00
101/4
10^8
71/2
103/4
8
4
5%
3/4
4
16 OD
18 on
20 OD
820.00
480.00
123/8
131/2
9V4
103/8
113/8
12
9
41/2
63/8
v%
5
24 OD
1325.00
695.00
16%
133/8
131/4
10
4Vl6
75/8
1
53/4
30 OD
2400 . 00
1435.00
2OV16
161 V16
161/2
121/2
51/2
91/2
IVs
7
Pipe Pole Supports for Outside Lines
List Prices and Dimensions, in Inches
Pipe
Size
Inches
Size
No.
Price
per 100
A
B
C
D
Max.
F
4- 6
8-12
14-18
1
2
3
8500.00
12500.00
16500.00
32
46
59
5
7
8 1/4
21/2
4
5
4
5
6
14V4
21
27
1
1
IV4
These Pipe Pole Supports provide a permanent, sub-
stantial method of supporting piping between build-
ings. No. T^'^j-G can be used with many types of
hangers and supports, three of which are illustrated
in the sketch at the right.
Each Pipe Pole Support consists of a length of
standard steel pipe \\-ith two angles securely welded
onto the top. A steel plate, welded in, makes a
weather-tight cap. The space between the angles
allows for the insertion of hanger rods or bolts.
20-foot pipe poles are usually buried in a concrete
foundation to a depth of approximately 4 feet. List
trices are based on pipe poles 20 feet long. Poles
onger than 20 feet can be furnished when ordered;
prices on application.
No. 257-G
Pipe Pole Support
for Outside Lines
Left: Adjustable Wrought Pipe
Clamp, No. 2^I-G
Center: Adjustable Pipe Roll Stand,
No. 274-G
Right: Pipe Roll with .^djustabIc
Sockets, No. 171-G
CRANE
S29
Pipe Clinirs— Anchor Chairs— Pipe Sc.us
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These AikIvw t'^hi^iis <*»v woll ;*xltpu\^ i\\r vise \\^!)i
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^ ivUiueK ls-*i>ie }\>rMon \>i I he pt)>ie
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530
CRANE
Pipe Covering Protection Saddles
Type "A" Type "B"
For 1 0-inch pipe For 12-inch pipe
and smaller and larger-
No. 186-G, For Standard Thick Covering
No. 186 A-G, For 2-inch Thick Covering
No. 187-G, For Double Standard Thick Covering
No. 188-G, For Double U'2-inch Thick Covering
Pipe Co\"ering Protection Saddles are used for re-
ducing heat losses by pro\'iding a continuous, smooth ,
weather-tight co\"ering.
All saddles are 12 inches long and are made of
curved steel plates with the edges turned up. Type
"B" saddles have a center plate ^\'elded in.
U^
^J
Application showing Saddle
on No. 173-G Pipe Roll
Application showing Saddle
on No. 273-G Pipe Roll
Saddles are furnished unfilled, and should be filled
with plastic cement or covering material before
being installed in position.
Saddles of special lengths, dimensions, or construc-
tion, not listed above, can be furnished on order;
prices on application.
List Prices and Dimensions, in Inches
No 111 in a 1
Size of
Pipe
Inches
No. Z86-G, For Standard Thick Covering
List I Thick-
Price ness
I °^
per Cover-
100 ing
Size of
Pipe Roll
No.
173-G
Inches
No.
273-G
Inches
D
No. 186 A-G, For 2-inch Thick Covering
List
Price
per
100
Thick-
ness
of
Cover-
ing
Size of
Pipe Roll
No.
173-G
Inches
No.
273-G
Inches
D
V4
1
2
2V2
3
4
185.00
185.00
210.00
210.00
2
2
2V2
3
2.
2
2'
2'
31/2
31/2
3V2
25/16
21/2
2Vl6
2Vl6
2%
235.00
235.00
270.00
270.00
280.00
IV32
IV32
IV32
IV32
31/2
4
4
5
5
2-
2-
4-
4-
3V2
31/2
31/2
6
6
2%
2%
3
3V4
3Vl6
21V16
31/4
3%
31 Vie
4V4
3
31/4
3%
4Vl6
5
6
S
10
12
280.00
295.00
370.00
450.00
480 . 00
1V4
iy4
1V2
6
7
9
12
15
4- 6
4- 6
7-10
7-10
12-15
43/16
4^VlG
5»V]6
8V16
41 Vie
5Vi6
8
9%
4%
53/8
8V16
9Vl6
195.00
195.00
225.00
225.00
2
2
2
2
4
4
5
5
2'
2'
2.
2.
31/2
3V2
31/2
31/2
2"/l6
31/4
Z^Vifi
3%
3
3%
3Vl6
3>Vl6
3%
3V2
3^Vl6
33/4
250.00
250.00
290.00
290.00
305.00
2
2
2
2
2
6
4- 6
3Vl6
4
6
4- 6
3yi6
4V4
7
4- 6
3^Vi6
4^ Vie
7
4- 6
4yi6
5M6
7
4- 6
4Vl6
55/16
3iV,6
4Vl6
4%
5%
14 OD
16 OD
18 OD
20 OD
24 OD
530.00
575.00
615.00
660.00
705.00
IV2
IV2
IV2
IV2
IV2
16
18
18
24
24
16-20
16-20
16-20
22-24
26-30
9%
11
12
14
11 Vie
13>3/,g
l^Vs
101/4
nV4
133/8
15^Vl6
305.00
320.00
420.00
500 . 00
560.00
2
2
2
2
2
8
9
12
14
15
7-10
7-10
7-10
12-15
12-15
5Vl6
5Vi6
6V16
7^Vl6
8^Vl6
51V16
6V16
7'Vl6
9Vl6
103/16
6
6%
7>Vl6
9ys
600.00
j 670. 00
710.00
760.00
810.00
2
2
2
2
2
16
18
24
24
30
16-20
16-20
22-24
22-24
26-30
9%
103/e
IIV2
121/2
141/2
1015/16
12
13Vi6
I4Vi6
17
103/4
113/4
1215/6
13^Vl6
,161/4
Nominal
Size of
Pipe
Inches
No. 187-G, For Double Thick Covering
List
Price
per
100
Thick-
ness
of
Cover-
ing
Size of
Pipe Roll
No.
173-G
Inches
No.
273-G
Inches
D
No. 188-G, For Double li/2-inch Thick Covering
List
Price
per
100
Thick-
ness
of
Cover-
ing
Size of
Pipe Roll
No.
173-G
Inches
No.
273-G
Inches
D
V4
1
iy4
1V2
2
2y2
3
31/2
4
195.00
13/4
4
195.00
13/4
4
225.00
13/4
5
225.00
13/4
5
250.00
2Vl6
6
250.00
2Vl6
6
290.00
2Vl6
7
290.00
2Vl6
7
305.00
21/4
7
2
2-
2-
2-
31/2
31/2
31/2
31/2
23/8
2VlG
23/4
2^3/j6
4-
4'
4-
4-
4-
6
6
6
6
6
33/8
3%
4
4V4
41V16
21V16
31/8
33/8
_lVl6_
4Vl6
4Vl6
4%
59/16
3
31/4
3Vl6
31/2
4Vl6
45/16
4%
4' Vie
53/8
5
6
8
10
12
305 . 00
320.00
420.00
5O0 . 00
560.00
21/4
2V4
2V2
2V2
3
8
9
12
15
18
7-10
7-10
12-15
12-15
16-20
5Vl6
5^3/16
7Vl6
83/16
9»Vl6
63/16
6^Vl6
8 1/4
91V16
IIV16
14 OD
16 OD
18 OD
20 OD
24 OD
600.00
670 . 00
710.00
760 . 00
810.00
3
3
3
3
3
18
24
24
24
30
16-20
22-24
22-24
26-30
26-30
103/8
113/8
121/2
131/2
151/2
12
131/4
14Vi6
15Vi6
18
6^16
613/16
8 1/4
9Vl6
113/4
1213/16
14
151/8
171/4
285.00
285.00
325.00
325.00
335.00
3
3
3
3
3
7
4- 6
43/8
5V4
7
4- 6
4%
SV2
8
7-10
41V16
513/le
8
7-10
53/ie
6V16
9
7-10
5Vl6
6V16
5Mfi
55/le
S'Vie
63/i6
6V2
335 . 00
350 . 00
450 . 00
545 . 00
3
3
3
3
10
12
12
16
7-10
7-10
12-15
16-20
6V1G
6V1S
7Vl6
8II/16
7V&
7%
83/4
103/16
7'ViG
8i>/i6
IOV16
12 to 24-inch, 3ee No, 187-G
»T-K»
CRANE
Cast Iron Pipe Supports
.-'-^
No. 264 -G
^dJListable Pipe
Saddle Support
Pipe
Size
cJ—
No. 258-G
Pipe
Saddle
Support
No. 259-G
Pipe Stanchion
Saddle
*List Prices and Dimensions, in Inches
Inches
tNo. 264-G
No. 258-G and No. 259-G
Price per 100
Complete
Saddle
Only
B
C
D
Min. Max.
Price per 100
No. 258-G
No. 259-G
H
J
7
3V2
4
662 . 00
666 . 00
670.00
825.00
112.00
116.00
120.00
145.00
2V2
2V2
2V2
3
3Vl6
3^Vl6
4Vl6
8V2
8V2
8V2
9
5
6
8
10
12
855.00
910.00
965.00
1025.00
1080.00
175-00
230 . 00
285.00
345 . 00
400 . 00
3
3
3
3
3
4%
5Vi6
8V16
9
9
9
9
9
IV2
IV2
IV2
2V2
2 1/2
2V2
2V2
2V2
21/2
8
8 14
8V2
9V4
13
131/4
131/2
14
170.00
580.00
41/4
10
101/2
IIV4
131/2
15
143/4
151/4
161/2
I8I/4
193/4
190.00
250.00
305.00
365.00
425.00
600.00
620.00
780.00
920.00
1100.00
3
47/8
3
51/2
3
7
3
8 1/2
3
10
HOD
16 OD
18 OD
20 OD
24 OD .
30 OD I 5700.00"
36 OD I 7250.00
1525.00
1725.00
2325.00
3510.00
4500.00
725 . 00
925.00
1115.00
2300.00
3250.00
4
4
6
6
6
1015/16
123/8
i3yg
15%
1715/1
15
4450.00
6000.00
6
6
2IV16
241/2
11
11
131/2
131/2
231/2
131/2
131/2
3
3
3V2
31/2
4
I6V4
173/4
191/2
21
233/4
203/4
22V4
24
251/2
281/4
740.00
950.00
1200.00
2500.00
3600.00
1660.00
1920.00
2120.00
3700.00
5300.00
4
11
4
121/2
4
14
6
151/2
6
18
4
4
27
301/4
311/2
343/4
4800.00
7200.00
7000.00
13500.00
6
8
2IV2
243/4
531
K
9
9
9
9
9
11
11
11
131/2
131/2
i3"y2
16
*List Prices do not
jNo, 2b4-G has retai
include Riser Pipe or
ning spots welded to
Reducing Flange,
the lower end of
the nipple afte
and reducer du
r assembly to prevent separation of the nipple
rins adjustment.
Wall Pipe Supports
List Prices and Dimensions
Pipe Size
Inches 3
31/2
8
10
12
Price
per 1001100. 00|125.00!150.00:200.00|27 5:00 ! 450.00 ; 550 .00:700. 00
Center to center of holes
Size of stock
Inches! 1034 I 111/4 I 113/4 I n yg I 1378 I 16V8 I I8 V4
Inches! V^ ^ IV4
2OV4
1/4x11/2 y2x2| V2X2V2
Sizes 3 to 6-inch have holes for 3Hnch bolt; sizes 8 to 12-inch for ^^-jnch bolt
Application: No. 26-C Supports are used for vision must be made for expansion and con-
supporting horizontal piping on walls when traction, a welded steel bracket and roll sup-
there is no appreciable movement. When pro- port should be used, see pages 524 to 528.
No. 26-C
Wall Pipe
Support
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No. 168-G
Single Hook
Single Hooks
List Prices and Dimensions
Pipe Size
Inches
V2
V4
11/4 I 11/2
21/2
Price
per 1001 18.00 | 21.00 | 24.00 | 26.00 | 40.00 | 59.00 | 95.00 |130.00
Center to center of holes
Size of screws
Inches] 12V32I 21/3 IVi^
3Vi6 I 3% 1413/161 51/2
No. 14
No. 18
3/8 -inch
Application: No. 168-G Single Hooks are there is no movement due to expansion and
used mainly from sides of beams where no contraction. Single hooks are often used in
i,rli<]^t-nnpnt- i.<5 necessafv. and in cases where conjunction with hook plates to carry wall coil.
adjustment is necessary.
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532
CRANE
Hook Plates
'
k
List Price per
100
Nominal
Pipe
Center
to
Center
Inches
No. 166-G
Number of Branches
No. 167-G
Nun?-ber of Branches
Size
Inches
2
3
4
5
6
2
3
4
5
6
1 2V2
49.00 62.00 70.00
86.00
102.00
56.00 71.00 81.00 99.00 117.00
Wa
3 57.00 73.00
86.00 110.00
140.00 66.00 84.00 99.00 127.00 161.00
1V2
31/2 75.00jll5.00
156.00
169.00
237.00
86.00
132.00
179.00
194.00 273.00
2 41/2 115.00 175.00 243.00 310.00 364.00 135.00 205.00 280.00 360.00 420.00
No. 166-G
Standard
Type
No. 167-G
Expansion
Type
No. 166-G and No. 167-G: These Standard and Expansion Type Hook Plates
are made of high quality cast iron. They are furnished up to six branches; when
a greater number of branches are required, order two or more plates.
List Price per
100
Nominal
Pipe
Center
to
Center
Inches
No. 48-C
Number of Hooks
Nominal
Pipe
Size
Inches
Center
to
Center
Inches
No. 49-C
Number of Hooks
Size
Inches
30
25
20
6
8
10
12
1
2V2
325.00
1
2V2 120.00
130.00
140.00 150.00
1^4
3 325.00
IV4 3
120.00 130.00 140.00
150.00
IV2
31/2 375.00
IVz 31/2
120.00 130.00 140.00
150.00
2 41/2
425.00
2 . 41/2 130.00 140.00 150.00
160.00
No 48-C and No. 49-C: These Standard and Offset Type Hook Plates are made
of strip steel. No. 48-C is made with a i)^" x 12 ga. hook and a 2" x 10 ga.
back-piece; these hook plates can be cut to any desired length. No. 4q-C has a
{QXi}i" hook and a H ^ '^" back-piece; specify the size of offset required.
B & C Floor and Ceiling Plates
Black, Nickel-Plated, and Polished Brass
No. 48-C
No. 49-C
Standard
Heavy
Steel
Offset
Hook
Hook
Plate '
Plate
No. 10 and No. zo are smooth faced Combination
Floor and Ceiling Plates. No- lo has both the hinge
and catch concealed. The two plates are similar
except that No. 20 is somewhat lighter in construc-
tion and the hinge is not concealed. Springs hold
the plates in position on the pipe.
Order by size and figure numher.
State finish tOanted; brass plates
will be furnished only when so ordered.
Nos. 3, 4, and 5 conform to government specifica-
tions. No. 3 is a Floor and Ceiling Plate which is
held firmly to the pipe with a set screw. No. 4 and
No. 5 are solid cast plates. No. 4 consists of a plate
only, without a set screw, for floor use; No, 5 is a
similar plate, with a set screw, for ceiling use.
'^'List Prices
B & C No. 10
Pressed Steel
Pressed Brass
Sizes ^ to b-inch
Packed 12 in a box
B & C No. 20
Prised Steel
Pressed Brass
Sizes ^ to 4'-inch
Packed 12 in a box
B & C No_ 3
Cast Iron
Cast Brass
Sizes )4 ^^ 12-inch
Packed 12 in a box
B & C No. 4 or 5
Cast Iron
Cast Brass
Sizes J^2 to 4"inch
Packed 12 in a box
Size
No. 10 and No. 2C
)
No
3, No.
4, and No. 5
of
Pipe
Inches
Steel
Brass
Cast Iron
Cast Brass
Black
Each
Nickel
Plated
Each
Polished
Each
Nickel
Plated
Each
Black
Each
Nickel Polished Nickel
Plated Plated
Each Each Each
V4
.15
: .27
.60
.60
.15
.27
1.00
1.00
%
.16
.28
.60
.60
.16
.28
1.00
1.00
V2
.17
.29
.62
.62
.17
.29
1.00
1.00
3/4
.18
.30
.65
.65
.18
.30
1.20
1.20
1
.20
.32
.72
.71
.20
.32
1.30
1.30
1V4
.22
.35
.80
.80
.22
.35
1.60
1.60
1V2
.25
.3J
; ' .85
.85
.25
.38
1.80
1.80
2
.30
.45
1.00
1.00
.30
.45
2.00
2.00
21/2
.50
.65
1.50
1.50
.50
.65
2.50
2.50
3
.65
.80
1.80
1.80
.65
.80
3.00
3.00
31/2
.80
; 1.00
2.25
2.25
.80
1.00
4.00
4.00
4
1.00
1
'1.25
'■ 2.75
; 2.75
1.00
i 1.25
5.00
5.00
5
1.50
1.75
i 3.75
3.75
1.50
1.75
7.00
7.00
6
1.75
; 2.00
! 4.25
4.25
1.75
2.00
9.00
9.00
S
2.25
2.50
' 12.00
12.00
10 ,
1
2.75
3.00
16.00
, 16.00
12
i
1
3.25
3.50
18.00
; 18.00
*The list prices only apply to the sizes regularly made and as Indicated under each illustration.
t
I -
• <
CRANE
533
Genspring Hangers
For High Temperature Piping Installations
■■!
I
4l(
(Patented — Other Patents Pending)
Recommended for High Temperature Piping in
Power Plant, Oil Refinery, and Marine Installations
Genspring Constant Support Hangers are designed to reduce
the total stresses of high temperature piping. The total sup-
porting effort of these hangers is equal, in all positions, to
the constant weight of the vertically shifting pipe line. These
hangers '"float" pipe lines, eliminate support stresses, protect
expensive equipment, simplify piping design, and reduce the
design costs.
To meet all conditions, Genspring Hangers are made in two
sizes; the full-size iVlodel H ii (No. iSb-G), and the half-
size Mode! H 14 (No. 288-G). In turn, each model is designed
to handle a number of different load capacities.
B No. 286-G (Model H 11) .
This model is made in eleven different sizes and having an
over-all load range from 250 to 8500 pounds. Bach size per-
mits a total vertical travel of 2 to 4 inches.
'Size No. I, the smallest size, will support a 25; to 32C)-pound
load with 4 inches of vertical travel, and will carry a biy to
732-pound load with a vertical travel of 2 inches.
.Size No. II, the largest size, supports a 3558 to 4326-pound
.load with a 4-inch vertical travel, and supports a 714b to
8350-pound load with a vertical travel of 2 inches.
Each size, of course, supports proportionate loads at all
intermediate steps between the i and 4-inch limits ot total
vertical travel. Size No. 2 to No. 10 handle intermediate
load ranges between those of Size No. i and Size No. i i.
No. 288-G (Model H 14)
No. 288-G is a smaller model than No. 28O-G and is made in
five sizes having an over-all load range from i^o to 2300
pounds. Each size permits from r34 ^ 2^/2 inches of vertical
travel.
Size No. I, the smallest size, will carry a 231 to 2Q4-pound
load with a total vertical tra\'el of 2>^ inches, and will sup-
port a 531 to 6u-pound load with a total vertical travel of
i}4: inches.
Size No. ^, the largest size, supports a Q3 3 to r 183-pound load
with a 2}4-inch travel, and can support a 1983 to zzSi-pound
load with a vertical travel of ij^ inches.
These hangers support proportionate loads between the i34
and 2j^-inch limits of vertical travel. Sizes No. 2, No. 3,
and No. 4 support loads between those of No. i and No. 5.
■It* i
Hi'
\
)
List prices, dimensions, tables of load ranges, descriptions of auxiliary
equipment, and other related information will be furnished on request.
I
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534
CRANE
Standards and Specifications
For Pipe Hangers and Supports
Hangers: The method of instalhng o\'ei:head stands or stanchions are used for supporting pipino
hangers by means of hanger rods is governed by the from floors or piers.
type of construction to sx'hich the rod is applied. Regardless of the method of hanging, the size of the
For wooden construction, the hanger flanges or hanger rod is determined by the size of the pipe tc
brackets are applied directly to the ceiling or beams be supported, where normal loads are involved, in
with \\-ood or coach screws,' or by the use of hanger accord with the following schedule:
rods with coach screw threads. 3^ to 2-inch pipe ^-inch roc
Hangers are applied to steel construction by the use ^^ to }}4-mch pipe J^-inch roc
of Universal Side 1-Beam Clamps or Channel 4 and 5-inch pipe yg-inch roc
Clamps. In addition, hangers can be used with ^-mch pipe^ H-mch roc
welded steel brackets fastened to steel columns. § to ii-inch pipe K-mch roc
1 4 to 1 6-inch OD pipe i -inch roc
Concrete construction requires the use of Concrete , g-inch OD pipe i Vg-inch roc
Inserts or of Expansion Cases placed in the concrete. 20-inch OD pipe i M-inch roc
Supports: Piping is supported from M'alls and col- ^4-inch OD pipe ij^-inch roc
umns by means of welded steel brackets and adjust- 3o-inch OD pipe i^-inch roc
able pipe roll stands. Note: The above schedule for normal loads is based
on not more than 12 feet of extra strong steel pipe
Adjustable pipe rolls, chairs with bases, and saddle filled with water, and with or withoat pipe covering.
For deflection of horizontal pipe lines and spacing of pipe supports, see pages 642 and 643.
The following excerpts from the "Code for Pressure Pip-
ing," American Tentative Standard, ASA B31-1935, will
serve as a guide in the selection of hangers and supports.
Material requirements: "All equipment for per-
manent hangers, supports, and anchors shall be fab-
ricated from durable materials suitable for the service
conditions invoK'ed. \\ here this equipment is sub-
ject to atmospheric or other conditions ikely to cause
deterioration or corrosion, it shall be protected from
such harmful effects by painting or other suitable
preservati\'e means".
Design limitations: "Pipe, straps, or bars of
strength equal to the equivalent hanger rod may be
fabricated for use instead of hanger rods for the sup-
port of piping of nominal sizes 3j/2-inch and smaller.
Hangers used for the support of piping of 2-inch
nominal pipe size and larger shall be fabricated to
permit screw or equivalent adjustment after erec-
tion. Exception to this may be made in cases where
hangers are to be used for the support of piping
requiring exact grades, for which they may be
fabricated as rigid hangers.
Screw adjustments shall be fabricated so that all
threaded members will have a true and complete
depth of thread. The turnbuckle or adjusting nut
shall have its full length of thread in service whiSe in
use and the amount of adjustment shall be plainly
visible at all times. All screw or equivalent adjust-
ments shall be provided with suitable locking
features".
Loading: "The required strength of all supporting
equipment except springs shall be based on the com-
bined weight of the piping filled with water or oil and
the insulating co\-ering if the latter is used. Where
piping is conveying a fluid which in the liquid state
is heavier than water or oil, the combined weight
shall include that of the piping filled with this liquid
and the insulating covering if the latter is used.
Weight calculations for springs should be based upon
the normal operating conditions of the piping".
Supports permitting pipe movement; "Wher
expansion or contraction of piping will be producec
by reason of conveying fluids at temperatures above
150° F. or by other causes, hanger and supporting
equipment shall be fabricated and assembled to per-
mit the free movement of this piping. This shoulc
be accomplished by the use of long rod hangers.
spring hangers, chains, hangers or supports fittec
with rollers .... Rollers shall be accurately made.
properly guided, and shall roll freely".
Covering Protection Saddles : " When pipe is
co\'ered by insulation, a suitable metal shield prop-
erly constructed and secured to the covered pipe
should be used to protect the covering at points
where the pipe is supported on movable rollers or ir
aree diameter rinss'".
Anchors: "Anchors shall be fabricated and assem-
bled in such form as to secure the desired points ol
piping in relatively fixed positions. They shall per-
mit the line to take up its expansion and contractior
freely in opposite directions away from the anchorec
point, and shall be so arranged as to be structural!)
suitable for the particular location, line, and loading
conditions in question".
Further information on the application of hangers and supports will be furnished on request.
CRANE
Pipe Tools, Insulating Materials, and
Thread Lubricants
Pipe \'tses page 5 36
Stocks and Dies page 537
Pipe Threading De\ ices pages 5 3S to f 4 i
Pipe Cutters page 54^
Pipe End Reamers page 5 4 ^
Pipe Taps and Reamers page 545
Pipe and \(onkc\ Wrenches pages 54? and 544
Pipe Tongs page 544
Flue Brushes and Scrapers page 145
insulating Materials pages 54O and ■>47
Thrcad Lubricants page ^48
:{: :^ + ^ ^ ^ ^
535
1
■ g
u
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If
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I
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i i
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I
In addition to the tools and supplies shown on pages
5 lb to 54S. the follow ing are shown in other sections of
this catalog, inor»-lcr to group them with allied products:
Tools *
Siring Tfx-ils for Soft Copper Tuhing page 51 1
St.|Ufire-End Sawing Vises page 51 1
Supplies
Machine E3ults page 556
Ciiskcts pages 5o4 to 571, ;md 4iS5
Sheet Packings page 565
Hose page 73
Solders and Fluxes page 5 1 1
-.v
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. ^<-7
f
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If
■'■\
,!i
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I
536
CRANE
Pipe Vises
Reed Pipe Vises
List Prices, Each, '*Long Jaw"
Number of Vise
No. 00 No. I No. 1 No. 2 No. 3
For Pipe Inches
Vsto
ly.
Vsto
2
Vsto
2^2
Vsto
3V2
Vsto
41/2
Vise, complete
3.60
4.25
5.00
7.50
11.00
Base
1.40
1.60
1.90
2.80
4.20
Handle and
screw
1.00
1.20
1.40
2.20
3.00
Hook
.25
.30
.35
.50
.75
Upper jaw
.50
.60
.60
.85
1.20
Lower jaw
.50
.60
.60
.85
1.20
Yoke
.90
1.00
1.20
1.80
2.65
Long Jaw Pipe Vise
For pipe, }4 to 4^-inch
Reed "Long Jaw" Pipe
Vises have long bearing
alloy tool steel jaws which
grip firmly without crush-
ing, marring, or bending
the pipe. Lower jaw is
reversible. Automatic
take up keeps the vise
tight.
List Prices, Each, "Extra Heavy"
Number of Vise
For Pipe
No. 64 I No. 65 No. 66
Inches I 1^ to 6 | 1 to 8 | IVz to 12
Vise, complete
Base
23.50
47.50
70.00
9.00
18.00
Handle and screw
Hook
26.50
6.60
13.00
19.50
1.60
3.30
Jaw clamp
5.00
1.20
2.80
4.20
Upper jaw
Lower jaw
2.00
2.85
4.50
2.00
2.85
4.50
Yoke
5.75
11.50
17.00
Extra Heavy Pipe Vise
Large Capacity
For pipe, ^ to 12-inch
Reed ' ' Extra Heavy"
Pipe Vises have an ex-
tremely large capacity.
They are available in
various sizes to hold
pipe ranging from }4 to
12-inch. They will not
crush or mar the pipe.
Williams Drop Forged Chain Pipe Vises
List Prices, "Vulcan"
''Vulcan"
Chain Pipe Vise
For pipe, y^ to 8-incti
Williams "\^ulcan''
wrought steel chain pipe
^■ises, adapted for use on
bench or post, are rapid in
action and positi\'e in
grip. The jaws are tem-
pered for file sharpening.
Number of Vise
No. 1
No. 2
No. 3
No. 4
For Pipe Inches
Vs to 2
1/4 to 4
1/2 to 6
1/2 to 8
Vise, complete
7.00
15.00
27.00
36.00
Jaws, pair
3.00
7.00
12.00
18.00
Chain and screw, set
2.50
4.80
9.00
12.00
Screws, each
.80
1.40
2.50
2.50
Handle and nut, set
2.20
4.20
7.00
7.00
Nuts, each
1.40
2.70
4.00
4.00
List Prices, "Vulcan" Superior
Number of Vise
No. 11
No. 12
For Pipe In
ches i/g to 2V2
V4 to 41/2
Kind of Finish
Std.
Chrome
Std.
Chrome
Vise, complete
10.00
12.00
19.00
22.00
Jaws, pair
3.30
4.00
7.70
9.00
Chains, each
2.00
2.20
3.60
4.00
Chain arms, each
1.20
1.40
1.85
2.25
Screws, each
1.00
1.15
1.45
1.65
Handle and screw,
set 2.35
2.80
3.50
4.15
'^Vulcan" Superior
Chain Pipe Vise
For pipe, 14 to 4H-'nt;h
Will iams " Vulcan"
Superior chain vises are
made from tough wrought
steel. They are high grade,
rapid acting, sure-grip
vises- Reversil^le jaws
provide long life. Over-
head adjustment simpli-
fies operation.
Combination Pipe Vises
Pipe jaws of
oil, and
m
highest grade steel, milled and tempered be turned from end to end when worn, make these
the re\-ersible front jaw which can combination pipe vises ideal for general use.
List Prices and Dimensions, "Combination"
Number of Vise
No. 4331/2 1 No. 4341/2 No. 435 No. 436
Frice, complete Each 17,50 24,00 38,00 60.00
Size of jaw Inches SVa 41/2 5 6
Vise opens Inches 3 5 6 91/7
Max. pipe size Inches! 2 3 4 6
The vises bolt to a bench.
The split ring swivel base
construction assures
ample gripping power. A
tension spring holds the
handle wherever it is
placed.
CRANE
537
Stocks and Dies
1
y
P^Ph
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«1
Nye Solid Ratchet Die Stocks
wm^^
5^
e Stock
■Wz
List
^
ss^^ac.
net Die Sto
-eader Scr
1
Solid Ratchet Oi
No. 1 and No
Solid Rate
No. 2, with
Prices
r
ew
'atalog Number
l-RS-2
ll/2-RS_1
2-RS-2
or Pipe
Inches
% to 1
V2 to 11/2
1 to 2
rice, complete
Each
21.00
27.00
29.00
Stock vt'ith han
die and screws
8.00
10.00
12.00
Dies
Each
3.00
4.00
5.00
Die heads
Each
2.00
3.00
4.00
Guides
Each
.40
.60
.75
Guide rings
Each
.40
.55
xtra
Ratchet cases
Each
1.25
1.75
2.00
arts
Ratchet pawls^
complete
Each
.55
.60
.80
Handles
Each
.60
1.00
1.25
Name plates
Each
.55
.65
.75
Lock rings
Each
.50
Leader screws
Each
2.00
Thumb screws
Each
.20
The working parts on these Sohd Rat-
chet Die Stocks are completely en-
closed, protecting them from dirt and
sand. The stocks are unusually com-
pact and can be used in extremely close
quarters. Handles are plated. Guides
are machined throughout and are
marked with the pipe size.
A complete set of bushings is furnished
with each stock but any ordinary bush-
ing will ftt.
No. I Die Stocks use any make of die
having outside dimensions of z}/9 x z}^
No, r 3/2 Die Stocks use any make of die
ha\'ing outside dimensions of 3 x 3 x ^" .
No. 2 Die Stocks use any make of die
ha^'ing outside dimensions of 4 x 4" .
The stocks are equipped with a leader
screw which permits easy starting on
I to 2-inch pipe.
Unless otherwise specified, American
Standard right hand dies are furnished.
Armstrong Adjustable Stocks and Dies
jenuine Armstrong Adjustable Stocks and Dies
vith ring bushings are extremely ser\'iceable. The
iies can be quickly adjusted to accommodate any
■•ariation in fittings.
The stocks are fitted with removable bushings which
Permit the threading of close nipples of all sizes,
filing spaces are located to assure easy, ample, and
-horough lubrication.
A"'double taper" lead with full size
■^^.'^^■^ "^^\ leading threads in the throat (see
illustration at left) pulls the dies
easih' onto the pipe and quickly
starts a clean, true thread over the
-Adjustable Die meanest burr.
Mo. I, No. 2, and No. 3 Stocks have single end dies
•equiring one set of two pieces to thread one size of
3ipe, No. z]/2 Stocks have double end dies in which
Adjustable Stocks and Dies With Ring Bushings
No. IV2, No. 2. or No. 3 (Single End Dies)
No. 21/2 (Double End Dies)
t\\'0 pieces also comprise one set, hut each set threads
two sizes of pipe.
A complete set includes an adjustable stock, adjust-
able dies and ring bushings for each cutting size, as
well as screws, handles, and a wrench.
Unless otherwise ordered, No. i}/2 is furnished for
]/i to %" pipe and No. z, for J<4 to i" pipe.
List Prices
i;
;!Zatalog Number No. iy2
No. 2
No. 272 No. 3
For Pipe Inches
V2
and 3y^
3/8
to 34
to 3/4
V4
to 1
to 1
V2
to 1
*V2x3/4
nxll/4
IV4
to 2
Price, complete (Right hand dies) Each 6.20 7.60 9.00 12.00 10.50
8. 75
14.00 18.00
stock with screws, wrench, and handle Each
3.40
3.40
3.40
4.00
4.00
4.00
5.25
7.00
tAdjustable dies, right hand Per pair
1.70
1.70
1.70 2.00
2-00 2.00 I 3.50
3.50
Bushings Each .30 .30
.30
.40
.40
.40
.60
.75
fcl
J
These are double end dies
tLeft hand dies per pair are twice the price of the right hand dies,
- - T-
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I
538
CRANE
Toledo Pipe Threading Devices
POO
o o o
Adjustable Threader
No. 1, Plain, Capacity 1 to 2-inch
The No. I i-s the first of the so-called easy-operating
threaders. It utilizes the receding die principle.
Instantly adjusted for cutting over or under size as
well as standard threads. Uses a separate set of dies
for each size of pipe.
Adjustable Threader
No. lA, with Ratchet, Capacity 1 to 2-inch
Like the No. i illustrated at the left, except equipped
with a ratchet which makes it easy to thread pipe in
restricted places. The No. lA may be used wich
two handles as an ordinary die stock when desired.
Exceptionally easy operating.
*^ «;^-' '=^^
Super-Threader
No. IB, Plain, Capacity 1 to 2-inch
No. IBR, with Ratchet, Capacity 1 to 2-inch
The Nos. iB and iBR are similar to the No. r and
No. lA illustrated above except they do not use
bushings. Clamped to the pipe by three broad-faced
chuck jaws, they are easily and quickly centered.
A separate set of dies is used for each size pipe.
Super-Threader
No. lOB, Plain, Capacity \ to 2-in;h
No. lOBR, with Ratchet, Capacity 1 to 2-inch
The No. loB and No.io BR thread i to 2-inch pipe
using but one set of dies. The pipe holder is similar
in design to that of the No. iB and No. iBR.
These threaders use no bushings. The No. loB is
plain; the No. loBR is equipped with ratchet.
3-\Vay Pipe Threader
No. 30, Capacity ?g to ^4-inch
No. 31, Capacity 14 to l-inch
The lightest, the smallest and easiest to operate of
all 3~way tools. Each die head is "'on center", and
the handles project from either side, thus producing
a perfectly balanced tool. Dies easily reground or
replaced at small cost. No adjustments necessary.
No loose parts.
9 • • O ^
No. 0, Pipe Threader
Capacity, }4 to ^-inch
The No. O is but 24 inches from tip to tip of handle.
Embodies the receding die feature for threading ]4
and ^-inch pipe. Produces perfectly tapered
threads. Is a very easy-operating tool. Bushings
make for perfect centering. Uses but three sets of
dies.
Small Ratchet Threaders
These ratchet threading de\-ices are small, compact,
and easy to operate. They have an instant die
change and will operate in close quarters. Dies are
easily remo\-ed and reground or replaced at small
cost. The threaders are ideal for close corner jobs.
The No. 00 can be furnished with %, y% and ^-inch
left hand die heads and dies, ^^-inch die heads and
dies for Boston Brass fine thread tubing, or J^-inch
brass pipe dies.
The No. I r can be furnished with special Yl to i-inch
bolt die heads and dies, special dies for cutting
straight threads on electric conduit, or with brass
pipe dies.
9^/^
No. 00, Capacities from }/%, M. K. or Yq. to %-\Tt&K
No. 11, Capacities from
^. K^. /^8. or Yi to I-inch or to 13^-inch
No. 12, Capacities from y%. }/i, y%, or 1 to 2-inch
The No. 12 can be furnished with special Y%, }^. 3""^
^-inch die head and pipe dies, and special y% to
il^-inch bolt dies and die heads.
Additional information and prices for complete threading devices^ dies, or die heads will he furnished on application,
CRANE
539
Toledo Pipe Threading Devices
T,
Geared Adjustable Threader
No. 2, Capacity 2)4 to 4-inch
The No. 2 Geared Adjustable Threader is consider-
ibly lighter than other tools of similar capacity.
The tools use the receding die principle. A separate
>et of dies is used for each size.
Geared .Adjustable Threader
No. 25, Capacity 234 t^o 6-inch
These tools thread seven sizes of pipe with one set of
dies. Adjustment is positive and quickly accom-
plished. They utilize the receding die principle.
Special long-barreled bushings on the threaders per-
Tiit easy centering.
Geared .Adjustable Threader
No. 21/^, Capacity 4}-^ to 6-inch
The No. 2^/2 Geared Adjustable Threader is similar
in design, construction, and operation to the No. 2
described at the left. It enables the user of the
No. 2 to thread up to 6 inches.
Geared Adjustable Threader
No. 3, Capacity -il-i to 8-inch
No. 4, Capacity 9 to 12-inch
These are compact threaders. They use a separate
set of dies for each pipe size. The No. 3 can be
furnished with special 4-inch dies and bushings, and
the No. 4, with special 8-inch dies and bushings,
when so desired.
; 1
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Geared Adjustable Super-Threader
No. 2BR, Capacity 2}^ to 4-inch
No. 25BR, Capacity 2^ to 6-inch
Fhe No. 2BR is similar to the No. 2 illustrated at the
:op of the page, except it is equipped with a new type
}-jaw pipe holder. No bushings are required. Offers
Tiore positive action and longer life than any cam
operated mechanism. It is quickly and easily cen-
tred to the pipe.
The No. 25BR is similar to the No. 25 illustrated
above, except it is equipped with four broad faced
:huck jaws and requires no bushings. These tools
:hread all sizes of pipe from 2^ to 6-inch with one
set of dies. Adjustment is positive and quickly
accomplished. The tools, feature the receding die
or'inciple. An extra set of dies is furnished with
ach tool.
Simpact Self-Contained Pipe Threaders
With Ratchet, Capacity 1 to 2-inch
Accuracy, simplified operation, and easN" adjustabil-
ity make these new Simpact self-contained ratchet
threaders the ideal pipe threading device. They are
used to thread i to 2-inch pipe.
Light in weight ahd rugged in design, they feature
larger wearing ^r\"ice with a minimum amount of
internal friction or lost motion.
The Simpact provides direct action. The dies bear
directly against the tapered steps. There are fewer
moving parts. Cleaning is simplified.
The Simpact has short over-all, a distinct advantage
when threading projecting pipe. The dies used on
these threaders are made of high speed steel.
Additional information and prices for complete threading devices, dies, or die heads will be furnished on application.
' I
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IF
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540
CRANE
Toledo Power Pipe Machines
No. 999 Standard and Super Models
Super Model
li
.1
Super Model wi th enclosed
steel stand, rubber tired
wheels, and partitioned
die head box.
Types Available
(For y2 to 2-inch Pipe)
No. 999, Standard Model
With 6 Non-Opening Die Heads and Dies
No. 999, Super Model
With 6 Quick-Opening Die Heads and Dies
Models are equipped with motor. Replace-
ment parts such as cutter blades, bushings,
die heads, and dies, or special reamer for
use on the standard model are available.
Furnished in two models, super and standard. The
super model is equipped with quick-opening die
heads. The standard model is equipped with
non-opening die heads. Jn all other respects the
machines are identical.
Both machines are equipped with rack and pinion,
carriage feed wheel, thread length indicator, and
heavy guard protecting switch.
All gears run in oil. A safety friction gear will slip in the event of overload
and protect the machine from damage. The three-jaw universal chuck is
equipped with chuck wrench ejector fingers. Centrifugal type oil pump
assures a constant flow of oil.
2-inch pipe is cut off in 14 seconds and threaded in 20 seconds with the
super model, and in 30 seconds with the standard model machine.
Wrenches, die heads and dies, cable, bushings, and one gallon of black
sulphur base oil are furnished.
,il
No. 1-2-4 and 2" High Speed Models
I ■
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Types Available
No. 1-2^4^ complete^ 1 to 4-inch Power Pipe Machine,
■with A.C, 60, 50, or 40 cycle, 3 phase. Z20-240 volt motor,
2" High Speed, complete^ ^2 ^^ 2-inch Power Pipe Machine,
with A,C- 60 cycle, 3 phase, 220-240 volt motor.
Motors of other current specifications can be furnished.
No, 1-2-4 Pipe Machines can be equipped for V2 and %-\nch
pipe, and with ■* >, to 2-inch bolt dies when ordered special.
2" High Speed Machines can be equipped for y%. }4, and ^sMnch
pipe, and with '^^ to 1 ^-inch bolt dies or }4 to 2-inch left hand
pipe dies, when ordered special.
No. 1-2-4 Power Pipe Machine
I
I
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No. 1-2-4 — Very efficient, high speed, high produc-
tion. Cuts off 4-inch pipe in q seconds; threads
4-inch pipe in 42 seconds. Cuts off 2-inch pipe in
3 3^ seconds; threads i-inch pipe in 18 seconds.
Separate quick-opening die head and dies for each
size pipe from i to 4-inch inclusive, furnished with
machine. Four blade cutter head, six spindle speeds,
forward and re\-erse, controlled by one clutch and
gear shift lever. Electrical reverse. Multiple disc
clutch. Safety friction gear. Motor protected by
fuses. Gears all hardened steel and run in oil.
Centrifugal type oil pump — no relief valves. Auto-
matic lubrication. All steel construction.
2" High Speed — Threads, cuts, and reams li to
2-inch pipe. Similar in design to No. r-2-4, except
smaller.
Requires less than 30 seconds to cut, thread, and
ream i-inch pipe, completing all three operations.
Other sizes in proportion. Separate quick-opening
die head and dies for each size pipe furnished with
machine.
Prices and additional information will be furnished on application.
^
CRANE
541
Beaver Pipe Tools
No. 3 Beaver Ratchet
Bolt dies
3^ to 1-inch
latchet mechanism fully enclosed, no teeth on die
leads to become mutilated. Oil holes in die heads
or easy oiHng and chip clearance. Dies square in
hape, no weak sections to break.
irass, or copper pipe. Right or left.
)f die heads.
For iron, steel,
Uses any range
specials: Bolt Die Heads }-g to i-inch: Straight
Thread Conduit Dies 3^ to i-inch; J^-inch OD
lo-thread Brass Pipe Dies.
No. 17 Ratchet and Die Heads
Range
3^ to 2-inch
A rugged fool-proof unit type tool. Four large oil
holes, bridged across the top to prevent spreading of
die slots, facilitate oiling, provide ample chip clear-
ance, and insure good threads. Die segments square
in shape; no weak sections to break off. Dies
removable for regrinding over and over again. Extra
long handle and special die grinding assist easy
operation. For steel, iron, cast iron, brass, or copper
pipe. Uses any range of die heads.
No. 25 and No. 26
3=^
A heavy-duty tool
1 to 2-inch
Fully adjustable
No. 2> Plain and No. 26 Ratchet Beaver Die Stocks
are fully self-contained (no loose parts); they thread
I-inch, 1 34-inch, iJ/2-inch and 2-inch pipe without
changing dies or bushings. Adjustable for standard,
oversize, or undersize threads without affecting the
length of thread. Will cut drip threads or close nip-
ples. A number of important improvements have
been made in these tools. Improved die grinding
enable these new models to pull with greater smooth-
ness.
No. 6 R Beaverette Ratchet
Fully adjustable
The only "one-piece" ratchet
tool threading 34 to 3^-inch
No. 6 Plain and No. 6-R Ratchet are fully self-
contained and fully adjustable. The two sets of
dies required for this range (3^ x J^-inch), and
(J^ X ^-inch) are always in the stock and are set to
size by a single cam, or may be set to cut standard,
oversize, or undersize threads without affecting the
length of thread. A three-jaw Universal pipe guide
eliminates loose bushings. (J^-inch dies extra.)
Improved locking device, now on top, is more
accessible.
Nos. 12 and 13 Ratchet Series Beavers
1 to 2-inch
Fully adjustable
Fully self-contained. Right hand only. Dies adjust-
able for oversize, undersize, or standard thread — of
full length. No. 12 Series uses grooved bolt and
washer centering device ; No. 1 3 Series uses Universal
chuck centering device. Made in plain type, one-
handle ratchet, and two-handle ratchet.
Nos. 41-E, 61-E, 80-E, and 90
Beaver Geared Threaders
lli to 12-inch
Fully adjustable
No. 41 E threads i}/2 to 4-inch; No. 61 E, z]/2 to
6-inch; No. 80 E, 4^ to 8-inch; No. qo, q to 12-inch.
Nos. 41 E and 61 E gears are fully enclosed (packed
with graphite grease), preventing damage to gear
and pinion and eliminating costly repair bills
Lower end of pinion rides in bronze bushings.
Prices and additional information will be furnished on application
^ i
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542
CRANE
Pipe Cutters and Pipe-End Reamers
KJ|^g«
Barnes Three -Wheel Pipe Cutters
The Barnes,
T r i m o , and
Saunders Pipe
Cutters shown
above are fur-
nished^\■ithplain
edge thin blade
\\*heels unless
knurled wheels
are specified.
Saunders Pipe Cutters
Trimo Pipe Cutter
List Prices, Each
Barnes Cutters
Saunders Cutters
'IVimo Cutters
No.
Cuts
pipe
Price,
complete
Extra
wheels
Cuts
pipe
Price,
complete
Extra Extra
wheels rollers
Cuts
pipe
Price,
complete
Extra
wheels
1 Vgtol" 4.50 .50 Vg to 1" 3.00 .50
.24 1/8 to 11/4" 5.00 .60
2 1/2 to 2" 6.00 .60 lto2" 4.50 .60
.32 Vstol" ( 6.00
.60
3
4
5
11/2 to 3" 10.00 .80 2 to 3" 7. SO 1.10
.50
lto3" 10.00 .90
2V2to4" 20.00 1.00 21/2 to 4" f 15.00 1,10
.50
2 to 4" 20.00 1.20
4 to 6" 30.00 1.10
4 to 6"
22.50
1.10
.60
6
6 to 8" 40.00
1.10
SQgs
J
'^
"Beaver" Square End Pipe Cutter
No. 1 — For pipe, 3-8 to 1-inch
No. 5 — For pipe, 'o to 2-inch
Ridgid Tubing Cutter
No. 000 — For tubing, 3^ Co 1-inch
No 00 — For tubing, Xt to 1^-inch
No. — For tubing, }4 to 23/g-inch
Ridgid Pipe Cutter
No. 1 — For pipe, 14 to 13^-inch
No. 2 — For pipe. }4 to 2-inch
No. 3 ^ For pipe, 1 to 3-inch
No. 4 — ■ For pipe, 2 to 4-inch
Toledo Geared Pipe Cutters
No, 2>0 — For pipe. IJi to 6-inch
No. 300 — For pipe, 4J2 to S-inch
No. 350 — For pipe. 7 to 10-inch
No. 400 — For pipe, 9 to 12-inch
Knife Blade
Cutter Wheels
Toledo Automatic Pipe Cutters
No. 40 — For pipe, 2 to 4-inch
No. 80 — For pipe. 4}'^ to 8-inch
Knurled
Edge
Smooth
Edge
Pipe-End Reamers
Hand
Pipe-End
Reamer
For Pipe
to 3-inch
List Price
7.50 each
Knife blade cutter
wheels with knurl-
ed or smooth edges
for Barnes, Saund-
ers, or Trimo Cut-
ters are listed in
the table above.
Prices of
not listed
furnished
plication.
wheels
will be
on ap-
Self -Feeding Ratchet Reamer
List Prices, Each
No. 271, For pipe, Vi to 2-inch
10.00
No. 272, For pipe, l^ to 2-inch
11.00
Prices of Beaver,
Ridgid, and Toledo
Cutters furnished
On ap plica t ion t
: I
CRANE
Pipe Wrenches
543
Iti
Genuine ^'Stillson^' Pipe Wrenches (List Prices, Each)
Ai
Stillson Pipe Wrench
Stillson Pipe Wrenches are made
to Federal Specifications GGG-
VV-65ia for Type I, Normal
Duty Pipe Wrenches.
Wrenches with steel handle are
regularly furnished ; sizes 1 4-inch
and smaller can be furnished
with wood handle when orders
so specify. _..'''
Len Tth open Inches
6
8
10
14
18
24
26
48
Takes pipe Inches
Vs to
V2
Va to
3/4
Vs to
1
1/4 to
IV2
V4 to
2
1/4 to
2V2
V4 to
1 to
5
^t T 1
Steel handle
1.90
2.20
2.85
3.85
5.50 9.50
20.00
30.00
Wrencn
Wood handle
2.00
2.30
3.15
4.25
Bar with
Jaw
springs
1.00
1.15
1.60
2.20
3.25
5.15
10.50
17.00
.65
.70
1.10
1.50
2.15
3.50
5.70
9.00
Frame and pin
.45
.55
.70
.80
.95
1.75
2.75
3.50
Frame pin
,03
.03
.04
.04
.04
.04
.05
.05
Adjusting nut
.15
.15
.20
.30
.35
.55
1.10
2.00
Wood handle and ferrule
.23
.25
.30
.36
Enc nut
.15
.15
.20
.20
Front spring
.10
.10
-10
.10
.10
.11
.13
.13
Back springs (Pair)
1
.20
.20
.20
.22
Spring pin or rivet
.01
.01
.02
.02
.02
.02
.02
.02
M
Walco Pipe Wrench
Made to Federal Specifications
GGG-W-65 I a for Type II, Heavy
Duty Adjustable Pipe Wrenches.
Large sizes feature renewable
lower jaw that will not loosen.
'*Walco'' Pipe Wrenches (List Prices, Each)
Length open
Inches
8
10
14
18
24
Takes pipe
Inches
Wrench, complete
Movable jaws
Lower jaw and pin
Nuts
Springs
Pins, for lower jaw
Rubber grips
V& to
14 to Vs to
1
Va
Vi to
IV2
% to
V4 to
2 ¥2
36
V4 to
48
1 to
6
1.90 I 2.20 [ 2 .85 | 3.85 | 5.50 [ 9-50 f20.00| 30 . 00
.65 .70 1.10 1.50 2.15 3.50 5.70 9.00
.15 .15 .20 .30
.25
.04
.30 I .40 .50 I
.65 .85 .95 1.10 I 1.50| 2.00
.35 .55 I 1.101 2.00
.30 .35 .40 .50 .60
.70 .80
.04 .04 .04 I .051 .05
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'*Ridgid" Pipe Wrenches (List Prices, Each)
Size
Inches I 6
8
10
12
14
IS [ 24 I 36
48
60
Wrench
1 1
Straight^M 1-90 1 2 .20 1*2.85 1 3. 35 1*3. 85 [5. 50 1 9. 50 1 20. 00 1 30. 00 1 45. 00
"End'^ [1.9012.201*2.85 13.35 1*3. 85 |5.50[9.50[20.00
Handle
Assembly
"Straight" 1 1-75 1 1.95| 2.5Q|2.85| 3.45 |4.95[7.95| 15.Q0|25.Q0|35.00
-End" |1.75|1.95| 2.5012.851 3.45|4.95 |7.95| 15.00
Hook jaw
.651 .70| 1.10|1.2S| 1.50"|2.15|3.50| 5.70| 9.00 17.00
Heel jaw & pin (Set) | .40| .451 .55 1 .65 i .65| .75 | .85| 1.15| 2.Q5| 4.55
Pin
.03 .03 .04 .04 .04 .04 .04 .05 .05 .05
Coil spring
Fla t spring
Nut "
.03 .03 .03 .03
.03 .04 .04 .04 .04
.04
.20 .20 .20 .25 .30 .40 .50 .60| .80 1.50
.15 .15 .20 .25
.30 .35 .55 i.lO 2.00 4.00
Capacity, inches
%
1
IV2
21/2
41/2
8
Ridgid Pipe Wrench
Straight Pattern
Ridgid Pipe Wrench
End Pattern (Style E)
♦Wrenches in the 10-inch size can be furnished complete with rubber grip for $3.15 each, and in the 14-inch siie tor $4_Z5 each
10-inch rubber grips are listed at $4.80 per do-en (.40 each); 14-inch rubber grips are listed at $600 per dozen {.50 each)
'Trimo" Pipe Wrenches (List Prices, Each)
Siz.P Inches 6 8 10 12 14 18 24
36
48
T1 r 1
Steel handle
1.90 2.20 2.85 3.35 3.85 5.50 9.50
20.00
30.00
Wrench
Wood handle
2.00 2.30 3.15 3.60 4.25
Movable
Nut
jaw
.65 .70 1.10 1.25 1.50 2.15 3.50
5.70
9.00
■
.15 .15 .20 .25 .30 .35 .55
1.10
2.00
Insert jaw and pin
.50 ,55 .65 .75 .85 .95 1.10
1.50
2.00
Frame and pin
.45 .55 .70 .75 .80 .95 1.75
2.75
3.50
Spring and pin
.03! -03 .03 .03 .03 .04 .04
.04
.04
Frame or jaw pin
.03 .03 .04 .04 .04 .04 .04
.05
.05
Steel handle
1.00 1.15 1.60 1.80 2.20 3.25 5.15
10.50
17.00
Wood handle & ferrule
.23 .25 .30 .35 .36
Nut gua
rds Per
pair .15 .15 .20 .30 .30 .35 .45
.55
.65
Trimo Pipe Wrench
Trimo Pipe Wrenches are fur-
nished with a wood handle in
sizes b to 14-inch and with a steel
handle in sizes 6 to 48-inch-
Orders should specify which
type of handle is required.
V, *
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544
CRANE
'Tarmelee''
Pipe Wrench
LOCK B-OLT
NUT
LOC* B< flCfttW --HANOLC
Wrenches
'^Warnock"
Strap Wrench
'Trimo"
Monkey Wrench
w
39
SUP PJtd
For brass pipe, smooth rods, or
tubing. Made to Federal Specifi-
cations GGG-W-65ia for Type
IV, Girth Pipe Wrenches.
List Prices, 'Tarmelee"
No. Takes Length Each
Complete
A special wrench, ideal for handling
finished, turned, and polished work
in the machine shop.
List Prices, "Trimo"
List Prices, "Warnock
1 1
i
% to 1"
10"
8.50
2
1 to 2"
20"
15.00
3
2 to 3"
20"
17.00
4
3 to 4"
Z7"
52.00
Length
Inches
Takes
Pipe
Each
Com-
plete
Extra
straps
Each
12 V8to2" 5.00 .75
18 1 to 5" 10.00 1.50
Size
Inches
Wrench
opens
Price per
dozen
6
1"
15.00
8
IVie"
18.00
10
134"
22.00
12
21/4"
28.00
15
25/8"
38.00
18
31/4"
48.00
21
41/8"
58.00
Cfc
Chain Pipe Tongs
Vulcan'' Drop-Forged Chain Pipe Tongs
List Prices, Each
Number
10
U
12
13
13^2
14
15
16
For pipe, size, inches
Vs to 3/4
VstolVa
V4 to 21/2
34 to 4
1 to6
1 1/2 to 8
2 to 12
4 to 18
Length
133/4
20
27
37
441/2
501/2
641/2
87
Flat chain, length
91/2
131/2
171/2
221/2
32
40 1/2
551/2
741/2
Breaking strain, lbs.
3,600
6,700
9,800
12,500
14,300
15.700
21.800
40,000
Cable chain, length
93/4
141/2
18
27
331/2
42
57
76
Breaking strain, lbs.
1,800
6,000
9,000
12,500
14,300
15,700
21,800
40,000
Price, complete
5.00
7.00
10.00
14.00
18.00 1
22.00
36.00
80.00
Extra chain
1.50
2.00
3.00
5.00
7.00 1
9.00
15.00
40.00
Jaws, pair
2.00
3.50
5.50
8.00
9.50
11.00
15.00
32.00
Bolt and nut, per set
.28
.36
.46
.60
.70
.90
1.30
2.50
With Flat
Link Chain
These pipe tongs are
furnished with either
flat link or cable
chain. Each flat
chain is individuallv
"proof- tested" to two-
thirds of breakinjz
strain listed in table
CT
t b
Vulcan Superior" Drop-Forged Pipe and Fittings Tongs
Reversible jaws give double life. The tongs can be sup-
plied with either fiat link or cable chain, the former
being proof-tested. "' V" recess in the jaws, combined
_ ' -^ \^'tth general design, make possible a greater num-
ber of grips or bites on both pipe and fittings.
List Prices, Each
Number
3V2
For pipe and fittings, inches
Extreme length, inches
y8to34|i/8toiy2|i/4to2y2| 34to4 I 1 to 6 1 1 Vg to 8 1 2 to U^
133/4
20
Flat link chain, breaking strain, lbs. | 3,600 | 6,700
27
37 I 441/2 I 50V2 I y^y%
*Extra jaws sup-
plied in pairs unless
otherwise called for.
\{ only a single jaw
is wanted, specify
right or left.
Cable chain, breaking strain, lbs. ! 1.800 | 6,000
9,800 I 12,500 I 14,300 | 15,700 | 21,800
9,000 I 12,500 I 14,300 | 15,700 | 21,800
Price, complete
Chains, each
5.00
7.00
10.00
14.00 ' 18.00 22.00 ! 36.00
1.50
2.00
3.00
5.00 I 7.00 9.00 15.00
*Jaws, per pair
Bolt and nut, per set
2.00
3.50
5.50
8.00
9.50 11.00 I 15.00
.28
.36
.46
.60
.70
.90
V30
CRANE
Pipe Taps and Pipe Reamers
545
ii^fi^sm
I
I4#^f
^*"'""fiTJ4jrfin
4^^
Pipe Tap
Pipe Reamer
Pipe Taps, List Prices
Combined Drill and Tap
Size
Inches | Vs
Vi
^A
s
V2
%
1 I 1V4 I ly?
2y2
Price
Each 1.00 I 1.20 | 1.60 2.00 2.80 4.40 I 5.00 6.60 J 10.00 15.00 22.50
Threads per Inch
Number of Flutes
27
18
18
14
14
11V2 iiVz I nVz I iiVz
8
8
Overall Length
Inches! 2V^ \ ly^^ \ 2Vi6 | SVs | 3V,
8
8
33/4
4V4 I 4V2
51/2
These caps are regularly furnished with righc or left hand American Standard Threads.
Pipe Reamers, List Prices
1 »i=^ incnes Vs Va. ^/a Vz Va. 1 114 ! IVz 2 2V2 3
1 Price Each 1.00 K20 1.60 2.00 2.^0 4.40 5.00 6.60 10.00 15.00 22.50
1 Diameter, Large End Inches .362 ,472 .606 .751 .962 1.212 1.553 1.793 2.268 2.721 3.347
L uiameter, Small Lna inches .J16 .406 .540 .665 .876 1.103 1.444 1.684 2.159 2.561 3.183
I Length of Flutes Inches ^4 IVie IVie 1% 1% 13/4 1^4 13/4 13^ IVx^ 2%
P Diameter of Shank Inches . 4375 . 5625 . 7000 . 6875 . 9063 1.125 1 . 3125 1 . 500 1 . 875 2 . 250 2 . 625
1 Sizeof Square Inches .328 .421 .531 .515 .679 .843 .984 1.125 1.406 1.687 1.968
[ OveraU Length Inches 2^/^ 2 Vie 29/i6 ^Vs ^Va ^V* 4 41/4 4V2 SVi 6
These reamers are tapered ^i of an inch to the foot. Prices and dimensions of larger sizes on application.
Combined Drill and Tap,
List Prices
Size
Inches Vg ^^
% V2
3/4
1 1
iy4
1V2
2
Price
Each 2.25 2,50
3.00 3.75
5.00
6.25
7.50
9.25
12.00
Size of Square
Small End
Large End
Inches ^2 V2
V2 Vz
V2
V2
Vi
y2
y4
Inches ^4 %
V4 Va
¥4
%
%
^4
1
Square
Inches 13/4 i%
134 13/,
13/4
1%
13/4
iy4
2
Length
Thread
Inches 34 ly^g
IV16 1%
1%
i%
m
1%
13/4
Overall
Inches 3V^ 3%
3% 41/4
41/4
4%
43/4
478
SVs
These taps are fumished with National Standard form of threads. Left hand taps, and taps with special shanks, are special.
Flue Brushes and Flue Scrapers
Flue Brush
Round Steel Wire, Single Spiral
For flues from 1 to 6-inch
Flue Brush
Round Steel Wire, Double Spiral
For flues from 1 to 6-inch
List Prices
Flue Brush ;
Single Spiral Per diameter inch 1.00
Double Spiral Per diameter inch 1.00
Engineers' Favorite Flue Scraper
For flues from I ^£ to 6-inch
Flue brushes are supplied with single or double spiral
round steel wire.
The brushes are made to fit standard sizes of flues
which are measured from the outside. Thus, the
actual diameter of the brush is V^-inch less than the
Flue Scraper
Per diameter inch 1.00
Sizes smaller than 2-inch, same price as 2-inch sire.
O.D. flue size. For example, a brush for a 3-inch
flue is actually 2^ inches in diameter. ■ •
Flue scrapers are made of high grade malleable iron
and spring steel. The scrapers are adjustable and
will clean the entire flue.
lit ll
M
Ml
\i «
t'.v
K'*
•{XKl
\i<-
\->.-'-
I
I
*'
I
I
tol
546
CRANE
Insulating Materials
Pre-Shrunk Asbestocel Pipe Insulation
For temperatures to 300° F.
Pre-Shrunk Asbestocel,
made of alternate layers
of plain and corrugated
asbestos felts, is an im-
pro\ed cellular type of
insulation, ideal for use on low pressure steam and
hot water lines. The specially-treated asbestos paper
composition effective y resists moisture and pre-
\ents "breathing", thus removing the cause of
objectionable shrinkage cracks.
*Sizes and finishes: For standard pipe sizes.
Furnished in 3-foot sections, and in thicknesses of
2 to 8 plies: each ply is approximately ^^-inch thick.
Can\-as. asbestos, or aluminum finish.
85% Magnesia Pipe Insulation
For temperatures to 600° F.
85% Miignesia Pipe Insulation
combines the high insulating
qualities, of basic carbonate of
magnesia and asbestos. The in-
sulation is composed of a maxi-
mum number oi \'oids or minute
dead-ai." cells, a feature which
increases its natural resistance
to heat transmission and reduces its weight. Actual
service conditions have proved 85% Magnesia to be
the most durable, as well as the most efficient, of
moulded insulations.
*Sizes and finish: For standard pipe sizes. Fur-
nished in 3-foot sections or in segments, and in
Standard, i^ 9-inch. 2-inch, 2}'^-inch. Double Stand-
ard. and 3-inch thicknesses. Canvas finish.
Asbestos-Sponge Felted Pipe Insulation
For temperatures to 700" F.
Asbestos-Sponge Felted Insula-
tion is especially designed to
withstand, permanently and
A\"ithout disintegration, the high
temperatures. se\-ere wear, and
vibrations encountered inmodern
steam and fluid pipe lines. Fab-
ricated of felts composed of
asbestos fibres and small particles of spongy cellular
material, the insulation maintains its high efficiency
indefinitely. Its efficiency is not impaired by
exposure to water.
*Sizes and finish: For standard pipe sizes. Fur-
nished in 3-foot sections, and in thicknesses of i to
3-inch. Also a\ailable in sheet or block form.
Canvas finish.
Pre-Shrunk Wool Felt Pipe Insulation
For hot and cold water service.
Pre-Shrunk Wool Felt Insulation
is composed of moisture-resistant
felt, a material which minimizes
drying shrinkage and pulling
apart at the joints after applica-
tion. Dual ser\ice liners, a water-
proof, asphalt saturated felt
makes this type of insulation
ideal for cold water lines or hot water lines subject
to temperatures as high as 215° F.
*Sizes and finishes: For standard pipe sizes.
Furnished in 3-foot sections, and in thicknesses of
Y2, %, r. Double ^, and Double %-inch. Canvas
or aluminum finish.
Zero Pipe Insulation
For cold water service.
Zero Pipe Insulation is ideally
used to pre\'ent cold water pipes
from freezing under ordinary con-
ditions or for insulating lines where
the surrounding air is subject to
below freezing temperatures for
only a short time. The insulation is not recom-
mended for use where extremely low temperatures
prevail. The insulation is composed of hair felt,
one of the best of insulating materials. When
applied to pipes running out of doors, special pro-
vision should be made for a separate jacket of
Double Coated Flexstone.
*Sizes and finish: For standard pipe sizes. Fur-
nished in 3-foot sections, and in one thickness,
appro.ximately i34-inch. Can\as finish.
Anti-Sweat Pipe Insulation
For cold water service.
Anti-Sweat, a cold water pipe
insulation, is recommended to
keep water cold and to pre\'ent
condensation and damage due to
dripping. The insulation is un-
usually well suited for use in
textile and paper mills, packing
plants, etc. iVIade of pre-shrunk
insulating felts and waterproofing felts, the material
is ideal for use on lines subject to impact or shock.
\\ hen used in the proper thickness, the insulation is
suitable for the entire range of cold and ice water
service.
*Sizes: For standard pipe sizes. Furnished in 3-
foot sections, and in thicknesses of Yi to 2-inch.
Double layer construction on larger sizes.
*The insulations shown on this page can also be furnished in si-es to fit straight
runs of copper pipe or tubing having -outside diameters of ^s-inch or larger.
Pri
rices and additional information will be furnished on application.
r1iS\r4,^^
CRANE
47
Insulating Materials
85% Magnesia Blocks
8j% Magnesia Blocks are recommended for the
insulation of flat, curved, or irregular surfaces where
the temperature does not exceed 600° F. The
material is particularly adaptable where high insulat-
ing value and light weight are necessary, or where an
extremely irregular surface necessitates the use of an
easily cut insulation.
Composed of hydrated basic carbonate of magnesia
bonded with asbestos fibre, the material is moulded
and machined into block form.
Sises: 85% Magnesia Blocks are furnished in flat
blocks of 3, 6, q, and 11 inches in width and either
18 or 36 inches in length. Other sizes and curved
blocks can be furnished to order. The blocks are
made in thicknesses of i to 4-inch.
Asbestos Sheet Millboard
\
J
Asbestos Sheet Millboard is recommended for pro-
tection against fire, heat, acid fumes, etc. It is
frequently used as a fireproof lining for floors, par-
titions, ceilings, elevator shafts, ranges, stoves,
grates, and for various other industrial uses.
Millboard is made in a number of grades oi \'arying
densities, resiliency, and fire-resistant properties and
can be furnished in grades to withstand effectively
temperatures ranging as high as [800° F.
Millboard can be cut with shears to any size desired
and fastened with nails or screws.
Sizes: The size of a standard sheet of millboard is
42 X 48 inches, but the material can also be furnished
in cut pieces.
Mil
k
Asbestos Paper
and Roll Board
Insulating Cements
\
Asbestos Paper and Roll Board are recommended for
use where an insulating material of minimum thick-
ness is required.
Asbestos Paper is used principally in the manufac-
ture of corrugated insulation in various forms. It is
also used in locations where little room is available.
serving as a protection against heat or as a
fire retardent between walls, floors, and ceilings.
Special grades are supplied for use in filtration
of chemicals and in electrolytic and allied
processes.
Asbestos Roll Board is similar to .Asbestos Paper but
is used where a heavier material is required.
Sizes: Asbestos Paper is regularly furnished in 18,
24, and 16-inch widths and in 50 or 100 pound rolls.
Asbestos' Roll Board is furnished in standard rolls,
18 and 36-inch wide, weighing >o or 100 pounds.
Other sizes will be furnished to order.
7"'' ^*s'
Insulating cements provide excellent coverage, dura-
ble finish, and good insulating value. They arc
made in various grades and forms ol asbestos, vermic-
ulite, mineral wool, and magnesia.
Insulating cements are \\-ell suited for insulation of
irregular surfaces where it would be difficult to apply
sectional insulation, sheets, or blocks.
Asbestos insulating cements are generally used as a
surface finish over block or sheet forms of insulation
to seal all joints between the blocks and to provide
a smooth, attractive finish or a surface to which
canvas may be applied, if desired.
Several of the many types of cements available are:
No. 352 Asbestos and No. 0352 Asbestos. Suitable for
temperatures as high as 1000° F. Furnished in 100 pound
bags. Covering capacity is 19 square feet and 1-inch
thick per bag of cement, applied and dried. No. 352 also
furnished in 50 pound bags.
No. 400. Asbestos. Furnished in 100 pound bags. Covering
capacity is 25 square feet and 1-inch chick per bag of cement,
applied and dried.
li
N
i ^'
-
Prices and adJitional information will be furnished on application.
\-
'. ■>".
I
h
1 1,
I
548
CRANE
Crane Thread Lubricants
Por Threaded Pipe Joints, Bolt Threads, and Gasket Coating
CRANE
BLACK
THREAD LUBRICANT
FOR PIPE JOINTS
CRANE LIMITED
MONTREAL, QUE.
M*d)i in Canada
CRANE
WHITE
READ LUBRICAN!
IR PLUMBING INSTALLftTIi
CRANE LIMITED
MONTREAL, QUE.
CRANE
liGH TEMPERATill
iREAD COMPOUi
FORMULA NO. 425
CRANE LIMITED
MONTREAU - CANADA.
Crane Black
Thread Lubricant
Sold in
1, 5. 10, and 20-Pound Cans
Crane White
Thread Lubricant
Sold in
1 and 5-Pound Cans
Crane High-Temperature
Thread Lubricant
Sold in
13^ and 734-Pound Cans
List Prices
For industrial purposes Crane Black Thread Lubricant
For plumbing installations Crane White Thread Lubricant
Per Pound
,50
Per Pound
.50
For high temperature service Crane High-Temperature Thread Lubricant Per Pound
1.00
Use of thread lubricants: In the making up of
tight threaded pipe joints, the first requisite is that
both threads be smooth and of the proper taper and
pitch in order to form a substantial metal to metal
joint. Friction incidental to the assembly of a
threaded joint generates heat which tends to en-
courage "seizing" or "galling" of the metal between
the male and female threads. To minimize this fric-
tion and a\oid its damaging action upon the threads,
it is desirable to use a lubricant that will facilitate
assembly and retain the smoothness of the threads
in an intimate metal to metal contact. For this
purpose. Crane Thread Lubricants are ideal; they
are not recommended for conditions requiring a mate-
rial that will harden and cement, or provide a seal
against leakage resulting from imperfect threading.
Granite or corrugated metal gaskets, when coated
with a thread lubricant prior to being inserted in
a fianged joint, are adapted much more readily to
the facing to make a pressure tight joint. Removal
of gaskets is facilitated \\-ithout sticking or damage,
and they can be used over again with excellent results.
Crane **Black" Thread Lubricant: FormerK
known as Crane Cement. Crane "Black" Thread
Lubricant has excellent lubricating quality, spreads
readily through the threads, and is of a consistent
and uniform composition. It gives satisfactory
results on innumerable ser\-ices in industrial pipe
thread applications. Ha\-ing been in popular use for
the past fifty odd \-ears, the merits of this material
are well known; it has been ordered in ton lots for
threaded joints on oil and gas lines.
Crane Black and Crane White Thread Lubricants always
Crane High-Temperature Thread Lubricant always is
Crane *'White" Thread Lubricant: Crane
"White" Thread Lubricant is especially recom-
mended for plumbing installations where the Black
may be objectionable. It has superior lubricating
and spreading qualities, and is uniform and consist-
ent in composition. It is not affected by hot or
cold water, steam, or gas; and the ingredients are
non-poisonous.
Crane * 'High Temperature' ^ Thread Lubricant :
Crane "High Temperature" Thread Lubricant is the
result of years of development and research in an
endeavor to find a lubricant having low frictional
qualities with particular suitability for high tem-
perature service. The tendency of metal to seize or
gall is more pronounced under high temperatures and
high loading, and only a proper lubricant can avoid
these damaging effects. Threaded pipe joints, made
up \\'ith Crane High-Temperature Thread Lubricant,
after having been in service under temperatures as
high as 1000° F., can be taken apart readily and
re-used; threads are kept smooth and a pressure
tight metal to metal contact is maintained.
On bolt-studs used in flanged joints for high pressure-
temperature installations, the tendency of seizing or
galling of the threads is a common failing because of
the high bolt loads and increased friction. Crane
High-Temperature Thread Lubricant is ideal for use
on bolt-studs; it enables the maximum stress to be
obtained with a minimum of power applied to the
nut. Bolted joints are more easily assembled to
tightness under high pressures, and damage o!
threads incidental to high loading is avoided.
are furnished in 1-Pound Cans unless otherwise ordered-
furnished in VJ2-Pound Cans unless otherwise ordered.
CRANE
549
Drilling Templates; Bolts;
Flange Facings; Gaskets; Galvanizing
ii «
I '
ff
Templates for Drilling, Brass, Iron, and Steel pa^cs 550 to
N lachine Bolts pages 550 anJ
Triplex and Temple.v Steel Bott-Stiids pages , 58 and
Bolting on C'ompanion f-^langes pa^e
W ooden Flange Protectors page
Special Facings tor Flanges, N'aUes, and Fittings pages 560 to
Gaskets lor Iron, Brass, and Steel Flanged Joints pages 5D4 to
Ring Gaskets for Unions page
Sheet Packing. Granite and C. G Rubber page
GaKanized Flanged Mttings and Fdanges page
557
557
557
56}
570
571
565
572
1 ' i
Pages "iso to 572 are de\'oted to a variety of subjects.
not wholly related, but ha\-ing in common the fact
that they apply to nearly all Crane products and
are referred to frequently. In addition, other sections
of this catalog include data on subjects of a somewhat
similar nature, but more specialized or technical in
character. Among these are found the following:
Normal Engagement Between Male and Female Threads page ^oi
Threaded Pipe Joints page 502
Flange Finishes . pages 61 2 and bi 3
Assembly and Maintenance of Flanged joints page 024
Crane Bolting. Engineering Data on pages bii and 02^
Taps and Drains for Flanged Fittings page 045
Taps and Drains for Flanged \'ai\es page b4ti
Pipe and Fabricated Piping pages 573 to 610
Engineering Data pages b2 1 to bDr
Thread Lubricants page 548 Gaskets for valves, fittings, and flanges for ammonia
^4»l
; 'i
n
M '
page 485
A portion of the husc-
menc piping in a large
office buiUins — Crane
products were used
throughout.
Crane Valves and Fit-
tings can he found in
all industries, on all
services, vwherever
fluids are conveyed in
pipe lines.
J
■ t\
f
I
D^
■»i
II
ll
I
'V •'
I
I
I
550
CRANE
Templates for Drilling
Brass Flanged Valves, Flanged Fittings, and Flanges
150-Pound MSS Standard
Size
Dimensions, in Inches
Inches
Diameter
of
Flange
Thickness
of
Flange
Diameter
of
Bolt Circle
Number
of
Bolts
Diameter
of
Bolts
Length
of
Bolts
Length of
Bolt-Stnds
with 2 Nuts
Vi
1 31/2
Vie
1 23/8
4
Mi
iy4
lyg
3/4
378
'V32
[ 23/4
4
V2
1V2
1%
1
41/4
H
3V8
4
V2
1V2
2
1%
45/8
'V32
3 ¥2
4
V2
W2
2
IVz
5
Vie
37/8
4
1/2
11/2
2y8
2
6
¥2
43/4
4
%
iy4
2y2
2 1/2
7
V16
51/2
4
%
2
2%
3
71/2
%
6
4
^8
2
23/4
31/2
81/2
1V16
7
»
%
2V4
278
4
9
1V16
71/2
8
%
2V4
2%
5
10
%
8V2
8
V4
2y2
31/4
6
11
^Vl6
91/2
8
3/4
2y2
3%
8
131/2
IV16
11 V4
8
^4
2V4
3%
10
16
1
141/4
12
%
31/4
478
12
19
IV16
17
12
Va
3y4
4U
This Standard is known as
MSS 1 50-Pound SP Bronze
Flange Standard (No. SP-
2-iq37). It was developed
and adopted as "Standard
Practice" by the Manufac-
turers' Standardisation So-
ciety of the Valve and Fit-
tings Industry.
The flange diameter, bolt
circle, and number and di-
ameter of bolts are the
same as for the Cast Iron
Class 125 and 150-Pound
Steel American Standards,
but the thickness and fac-
ing of the flanges are
different.
250-Pound and 300-Pound MSS Standards
These Standards are known
as MSS 250 and 300-Pound
SP Bronze Flange Stand-
ards (No. SP-2-IQ37). They
were developed and adopted
as "Standard Practice" by
the Manufacturers" Stand-
ardization Society of the
Valve and Fittings In-
dustry. Except for flange
thickness, bolt lengths, and
bolt-stud lengths,, the two
Standards are alike.
The flange diameter, bolt
circle, and number and di-
ameter of bolts are the
same as for the 250-Pound
Cast Iron and 300-Pound
Steel American Standards,
but the thickness and fac-
ing of the flanges are
different.
Dirnensions, in Inches
bize
Diam-
eter
of
Flange
Thickness
of
Flange
Diam-
eter of
Bolt
Circle
Num-
ber
of
Bolts
Diam-
eter
of
Bolts
Length
of
Bolts
Length of
Bolt-Studs
with 2 Nuts
Inches
250
Pound
300
Pound
250
Pound
300
Pound
250
Pound
300
Pound
y2
33/4 'V32 72
2%
4
72 iy2 IV4 2
274
Va
45/8
V16 '732 3y4
4
%
13/4
2 23/8
272
1
478
y2 : '%2
372
4
%
13/4
2 272
2%
iy4
5y4
^V32
%
378
4
Vs
2
2
272
23/4
172
678
V16 'V16
472
4
V4
2
274 278
378
2
672
Vs
3/4
5
8
Vs
2
274
23/4
, 3
2y2
772
IV16 ^Vl6
578
8
74
274
2y2 378
33/8
J
874 Vi ^%2
6% 8
Va
272
23/4 374
372
3y2
9
IV16
3V32
7V4
8
3/4
272
3 33/8
35/8
4
10
78
IV16 778
8
V4
23/4
3
372
378
11 1V16
178
974
8
%
23/4
374
3%
4
6
i2y2
1
iyi6
1078
12
V4
3
3y4 33/4
478
8
15 lyg
1% 13 I 12
y%
372
33/4 1 43/8
43/4
10 171/2 IV16
15V4
16
1 33/4
1 43/4
12 2OV2 11/4
1 173/4
16
178
4 ' 1 574
Facing: All 150, 2^0, and 300-Pound flange faces
are plain faced, with two V-shaped concentric groo\'es
between the port and the bolt holes.
Bolt holes: Bolt holes are drilled ]/%-\x\cYi larger
than the diameter of the bolt.
The bolt holes are in multiples of four, so that valves
or fittings can be turned to face in any quarter when
being installed. They are drilled to straddle the
center line unless otherwise ordered.
Spot facing: Bolt holes in all Crane Brass Flanged
Valves, Flanged Fittings, and Flanges are spot faced.
Gaskets: Full face gaskets should be used. For list
prices of gaskets, see page 567.
When brass flanged material is bolted to iron or steel
flanges that normally ha\e a raised face, the raised
face should be removed to provide a full face bearing
for the gasket. Brass flanged material should not be
bolted to Cranelap Flanged Pipe Joints.
CRANE
551
Templates for Drilling
2 5 -Pound and 12 5 -Pound Cast Iron
4.
n #
»i
Dimensions, in Inches
25-Pound Cast Iron
125-Pound Cast Iron
Size
Diam-
eter
of
Flange
Thick-
ness
of
Mange
Diam-
eter of
Bolt
Circle
Num-
ber
of
Bolts
Diam-
eter
of
Bolts
Length of
Bolts
Diam-
eter
of
Hange
Thick-
ness
of
Mange
Diam-
eter of
Bolt
Circle
Num-
ber
of
Bolts
Diam-
eter
of
Bolts
Length
of
Bolts
Length of
Rolt-Studs
with
A B
2 Nuts
1
4y4 V16 31/8 4 Va ! 13/4
iy4 !
4y8 y2
3y2 4
y^ 2
W2 :
5 V16
3y8 4
Vz 2
2 6 1 y2 434
4 % 13/4 2
6
%
43/4
4
ys 21/4
2y2 7 Vie 5y2
4 % 2 2
7 1V16
51/2 4
ys
21/2
3 7y2 5/8 6
4 % 2 2V4
7y2
3/4
6
4
yg
2y2
3V2 8V2
^Vl6
7 j 8
% 21/4 21/4
syz
^Vie
7 8
ys 23/4
4
9
3/4 7y2
8
%
2y4 2V2
9
^Vi6 71/2
8
Ve 3
5
10 34 SV2
8
%
2y4 2y2
10
^Vl6
81/2
8
V4
3 '
6 11 3/4
9y2 8
113/4 8
%
2y4 2V2
11
1
9y2
8
¥4 31/4 1
8
nV2
%
ys 21/4 1 23/4
i3y2
n/s
113/4
8
Va
3y2
10 16
% 141/4 12
%
2y2 3
16 13/16
141/4
12
%
33/4
12
19
1 17
12
%
23/4 3
19
iy4
17
12
Vs
33/4
14
21 lyg 183/4
12 34 31/^ 31/2
21
13/8
183/4 12
1 41/4
16
23 y2
lyg 211/4 16
3/4
3y4 3y2
231/2
IV16 211/4 16
1
4y2
IS
25
iy4
2234 16
3/4
3y2 33/4
25 IV16 223/4 16
lys 43/4
20
271/2 iy4 25 20
¥4
3y2 4
27y2 II1/16 25 20
lys
5
24
32
1 3/g 29y2 20
3/4
33/4 4y4
32 lya
ny^
20 11/4 51/2
30 [ 3&34
n/z 36 28
%
4y4
383/4
21/8 36 28
iy4 61/4
36 46 1% 42V4 32
%
5
46
23/8
423^ 32
iy2 7 '
42 53 13/4 49y2 36
1
5y4
53
2%
49y2 36
iy2
71/2
48
591/2 2
56 44 1 1
5y2
591/2
234 56 44
iy2
73/4
54
66I/4 2V4
623/4 I
69 y4
44
1
53/4
661/4
3 623/4
44
1V4
101/2
60
73 21/4
52 lyg 6
73
3y8 691/4 52
1V4
( 103/4
72
86y2 2y2 82y2 60
lys 61/4
861/2 31/2
821/2 60
13/4
111/2
84
993/4 23/4
951/2 64
iy4
7y4 1
993/4
U31/4
3y8
951/2 64
2
123/4
96
1131/4 3
IO8V2 68
1 y4 73/4
4% 1081/2 68 21/4 ( 14
A
B
Length of Bolts
- Valve to \-ah-e.
/VaKe CO screwed companion flange, or
\ Valve CO special 125-pouncl ficcing wich i5-pound drilling
\\
%
J'
I
'\
I
V
25-Pound Cast Iron: In sizes 4-inch and larger,
the 2)-Pound templates for drilling conform co Che
American Tentative Standard for Cast Iron Pipe
Flanges and Flanged Ficcings for 25 pounds sceam
working pressure (81662-1031). In sizes 334-inch
and smaller, they are Crane Standard, proporcioned
from che American TenCative Standard.
Screwed Companion Flanges sizes 24-inch and
smaller are i2)-Pound Scandard thickness, with
25-Pound Standard diameter and drilling. See
page 2qi.
125-Pound Cast Iron: The 125-Pound templates
for drilling conform to the American Standard for
Cast Iron Pipe Flanges and Flanged Fittings, Class
125 (Bi6a-iC)3q).
Facing: 25-Pound Flanges and r25-Pound Flanges
are plain faced, with a smooch finish.
Bolt holes: For boles smaller than ij^-inch diame-
ter, bolt holes are drilled Vg-inch larger than che
diameter of the bolt. For holts [%-inch diameter
and larger, bolt holes are drilled l^-inch larger than
the diameter of the bolt.
Drilling templates are in multiples of four, so that
valves or fittings may be turned co face in any quar-
ter when being installed. Bolt holes straddle che
center line unless otherwise ordered.
Spot facing: Bolt holes are not spot faced except
on 125-Pound Cast Iron Flanged Fittings sizes [8 to
24-inch inclusive, unless so ordered. An extra charge
is made for spot facing.
m
I
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AVf
I
552
CRANE
Ik
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:(
1 ■
I
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Templates for Drilling
250-Pound and 800-Pound Hydraulic Cast Iron
Dimensions, in Inches
250-
■Pound Cast Iron
800-Pound Hydraulic Cast Iron
Size
Diam-
eter
of
l-lange
Thick-
ness
of
Flan^je
Diam-
eter of
Bolt
Circle
Num-
ber
of
Bolts
Diam-
eter
of
Bolts
Length
of
Bolts
Length of
Bolt-Studs
with 2 Nuts
Diam-
eter
of
Flange
Thick-
ness
of
Flange
Diam-
eter of
Bolt
Circle
Num-
ber
of
Bolts
Diam-
eter
of
Bolts
Length
of
Bolts
A
A
B
C
1
47/8 ! ^Vi6
31/2
4
%
21/2
For sizes smal er chan 2-inch,
use 600-Pound Stee material.
IV4
SV4 Va
3%
4
%
21/2
IV2
6V8 1 ^Vl6
41/2
4
3/4
23/4
2
6V2
Vs
5
8
%
23/4
6V2
IV4
5
8
%
33/4
31/2
2V2
71/2
1
5%
8
V4
31/4
71/2
1%
5%
8
%
4V4
4
3
8V4 iVs
6%
8
3/4
31/2
8 1/4
IV2
6%
8
%
41/2
41/4
31/2 .
9 IV16
71/4
8
¥4
3V2
9
1%
71/4
8
Vs
5
43/4
4
10 1 IV4
7y8
8
V4
33/4
103/4
lys
8V2
8
Vs
51/2
5V4
5
11 1%
91/4
8
3/4
4
13
2V8
ioy2
8
1
6
5V4
6
12V2 IV16
10%
12
V4
4
14
2V4
111/2
12
1
6 1/4
6
8
IS 1%
13
12
%
41/2
I6I/2
2V2
133/4
12
Ws
7
63/4
10
171/2
1%
151/4
16
1
51/4
20
278
17
16
iy4
73/4
7y2
12
2oy? 1 2
173/4
16
IVs
51/2 '
22
3
: 191/4
20
iy4
8
7^4
14
23 21/8
201/4
20
IVs
6
For sizp.s larger
than 12-inch,
use 600-Pound
Stee material.
lb
251/2 1 2V4
221/2
20
iy4
6I/4
18
28 23/8
2434
24
1V4
6I/2
20
3OV2 ! 2V2
17
24
11/4
63/4
24
36 . 23/4
32
24
iy2
73/4
30
43 3 1
391/4
28
13/4
101/2
36
50 33/8
46
32
2
113/4
42
57 311/16
523/4
36
2
121/2
48
65 4
1
603/4
40
2
13
A
B
Length of Bolts or Bolt-Studs
He" raised face to J^" raised face valve, fitting, or companion flange
J4" male to 14" rnale valve, fitting, or companion flange
'i4" large male to ^g" large female valve, fitting, or companion flange
14" tongue to Kg" groove valve, fitting, or companion flange
800-Pound Hydraulic and 800-Pound W.O.G. Valves
are regularly furnished with a J^-inch male {large
male) face on the flanges. '
The height of the male 04") is not included in the
dimension for thickness of flange.
Valves with large female, large tongue, or large
groove faces can be supplied to order.
Except for. flange thickness and length of bolts, these
templates are the same as for the 600-Pound Steel
American Standard.
Bolt holes: For bolts smaller than i^^-inch diame-
ter, bolt holes are drilled j^-inch larger than the
diameter of the bolt. For bolts i%-inch diameter
and larger, bolt holes are drilled }^-inch larger than
the diameter of the bolt.
Drilling templates are in multiples of four, so that
valves or fittings may be turned to face in any quar-
ter when being installed. Bolt holes straddle cKe
center line unless otherwise ordered.
Spot facing: Bolt holes are not spot faced unless so
ordered. An extra charge is made for spot facing.
250-Pound Cast Iron Standard: The 250-Pound
templates for drilling conform to the American
Standard for Cast Iron Pipe Flanges and Flanged
Fittings for 250 pounds steam working pressure
(Bibh-iQiS).
These templates apply also to 175-Pound Ferrosteei
Gate, Globe, Angle, and Cross Valves, and to 400-
Pound W.O.G. and 500-Pound W.O.G. Ferrosteei
Double Disc Gate Valves.
The flanges ha\'e a He^irich raised face. The raised
face is included in the dimension for thickness of
flange.
Large male, large female, large tongue, or large
groove facing can be supplied to order.
in sizes 24-inch and smaller, these templates are the
same as for the 300-Pound Steel American Standard.
800-Pound Hydraulic Cast Iron Standard : The
800-Pound Hydraulic templates for drilling conform
to the American Standard for Cast Iron PipeTlanges
and Flanged Fittings for a maximum noh-shock
hydraulic working pressure of 800 pounds at ordinary
air temperatures (Bj6bi-i93 1).
CRANE
Templates for Drilling
150 and 300-Pound Steel Standards
553
Length of
Bolt-Stud
Length of
X^achineBolt
)^B-inch Raised Face Joint
American Standard: The 150
and 300-Pound flange dimensions,
drilling templates, and bolt-stud
lengths shown in the table at the
right conform, respect i\'ely, to
the American Standard for 150
and 300-Pound Steel Pipe Flanges
and Flanged Fittings, Bi6e-iQ3q.
Facing: Unless otherwise or-
dered, 150 and 300-Pound Steel
Flanged Val\-es, Fittings, and
Companion Flanges are regularly
furnished with a He-inch high
raised face.
The thickness of flange dimension
(dimension "C") includes the
J-fg-inch high raised face.
Bolt holes: Bolt holes are drilled
} y-inch larger than the diameter
of the bolt.
Drilling templates are in multiples
of four, so that \alves or fittings
may be turned to face in any
quarter when installed. Bolt holes
are drilled to straddle the center-
line unless otherwise ordered.
The bolt holes are spot faced.
Bolt and bolt-stud lengths: The lengths in-
dicated as dimensions F and G in the above table
apply for flanged joints other than Cranelap. made
up of combinations of i 50- Pound or of 300-Pound
valves, fittings, or companion flanges with l/ie-mch
high raised faces.
For flanged joints made up of Cranelaps, or for
Cranelaps in combination with valves, fittings, or
companion flanges having i^g-ii^ch raised faces, add
to dimension F or G the thickness of the lap for
each Cranelap used.
ISO-Pound Class: The bolt-stud lengths established
by the American Standard are adequate for all
Lisi prices of bolt-studs pages SS8 and 559
List prices of machine bolts . . . page 556
Dimensions,
in Inches
Class
Size
A
B
C
D
E
No.
of
bolts
or
bolt-
studs
Dia.
of
bolts
or
bolt-
studs
v
G
For
Com-
panion
Flange
For
Valve
or
bitting
Vi
V2 31/2
V16
1%
23/8
4
y2
21/4
13/4
V4
V4 37/8
Va
l^Vie
23/4
4
y2
2y4
2
1
1 41/4
Vie
VlG
2
31/8
4
y2
21/2
2
1V4
IV4 45/8
%
Vz
21/2
31/2
4
y2
21/2
2V4
IVz
iy2 5
^Vi
6
Vl6
278
378
4
y2
23/4
21/4
2
2 6
y4
%
35/8
43/4
4
%
31/4
272
21/2
2V2 7
%
'V16
4V8
51/2
4
%
3y2
23/4
3
3 71/2
'Vie
3/4
5
6
4
yg
3y2
3
3V2 31/2 8V2
1V16
•Vie
51/2
7
8
Vs
3y2
3
150
4 I
4 9
>yi6
6yi6
71/2
8
ys
31/2
3
Pound
5
5
10
>Vl6
7Vl6
8I/2
8
V4
33/4
3
6
6 11
1
8 1/2
9y2
8
¥4
4
3y4
«
8
8 131/2
IVs
i
10%
iiy*
8
V4
41/4
31/2
10
10 16
IVlG
123/4
141/4
12
ys
43/4
33/4
12
12 19
iy4
15
17
12
ys
43/4
33/4
14
13V4 21
1%
161/4
183/4
12
1
51/4
41/4
16
18
20
24
151/4 231/2
IVlG
181/2
211/4
16
1
51/2
472
171/4 25
IVlG
21
223/4
16
lys
6
43/4
191/4 271/2
IIV16
23
25
20
IVa
61/4
5
231/4 32
lys
271/4
291/2
20
iy4
7
577
V2
Va 33/4
Vis
13/8
2%
4
y2
21/2
2
3/4
3/4 45/8
Vs
11 VlG
31/4
4
%
3
27*
1
1 478
^Vl6
2
31/2
4
y%
3
272
IV4
IV4 51/4
%
21/2 1
378
4
y%
31/4
21/2
IV2
IV2 61/8
iyi6
278
41/2
4
y4
3y2
23/4
2
2 61/2
%
3%
5
8
ys
31/2
23/4
21/2
3
3V2
4
21/2 71/2
1
41/8
578
8
V4
4
374
3 8I/4
lys
5
6y8
8
V4
474
31/2
3V2 9
1V16
5y2
71/4
8
y4
41/4
31/2
300
4 10
iy4
6yi6
778
8
V4
4y2
33/4
Pound
5
5 11
1%
7 Vie i
9y4
8
3/4
43/4
4 ■
6
6 121/2
1V16
8 1/2
10%
12
3/4
43/4
4
8
8 15
1%
loys
13
12
ys
5y2
472
10 1
10 171/2
IVs
123/4
151/4
16
1
674
51/4
12
12 2OV2
2
15
173/4
16
lys
63/4
572
14
131/4 23
2y8
161/4
201/4
20
lys
7
6
16
15V4 251/2
2y4
I8I/2
221/2
20
1V4
7y2
6I/4
18
17 28
2%
21
243/4
24
iy4
73/4
61/2
20
19 301/2
2y2
23
27
24 1
iy4
lyz
8 1/4
91/4
63/4
24 '
23 36
2V4
271/4
32
24
73/4
150-Pound joints, made up of any combination of
valves, fittings, or flanges having the regular He-if^ch
raised face.
300-Pound Class: For male to female or tongue to
groove flanged joints, add the height of the male or
tongue (34-inch) to dimension F or G.
When Cranelaps are used in combinations of male to
female flanged joints, add the thickness of the lap for
each Cranelap. Caution: the male Cranelap must
have a minimum lap thickness of J^-inch.
For Cranelaps of tongue to groove flanged joints,
add to dimension F or G the thickness of each lap,
plus 34-inch.
Special facings pages 560 and 562
Length of bolt-studs for ring joints . . . .page 562
it
I ■
I
I
4i«t
I! ■
I
■
' '
^ ' 1
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I
I
554
CRANE
Templates for Drilling
400, 600, and 900-Pound Steel Standards
Dimensions^ in Inches
Class
400
Pound,
Male to Male
Flanged Joinc
Male to Female
Flanged joinc
Boit-Stud Length '"C" also applies
for Tongue toCroo\-e Flanged Joint.
600 _
Pound' 5
900
Pound
An-ierican Standard : The 400, 600, and
Qoo-Pound flange dimensions, drilling
templates, and bolt-stud lengths shown in
Che table at the right conform, respec-
Ci\"ely, to the American Standard for 400,
boo, and qoo-Pound Steel Pipe Flanges
and Flanged Fittings. Bi6e-iQ3Q. The
Standard does not include qoo-Pound
Flanges and Flanged Fittings in the
3 3^-inch size.
Facing: Unless otherwise ordered. 400,
600, and qoo-Pound Steel Flanged \'al\-es
and Fittings are regularly furnished with
a J^-inch high large male face. Compan-
ion FTanges are regularly furnished with
^:(-inch high large male or ^Q~\nch deep
large female facing, as ordered.
The thickness of flange dimension (dimen-
sion "C") does not include the '4-inch
high large male face.
Bolt holes : Bolt holes are drilled ) ^-inch
larger than the diameter of the bolt. Drill-
ing templates are in multiples of four, so
that \-al\-es or fittings ma>- be turned to
face in an>- quarter when being installed.
Bolt holes are drilled to straddle the
center line unless otherwise ordered.
Spot facing: The bolt holes are spot faced.
Bolt-stud lengths: The bolt-stud
lengths shown in the table at the right
apply for flanged joints other than Crane-
lap, made up of combinations of valves, fittings, or For flanged joints made up of Cranelaps or for
companion flanges with male female, tongue, or Cranelaps in combination with valves fittings or
groove faces. Male or tongue faces are i^-inch high; companion flanges, new bolt-stud lengths must be
lemale or groo^■e faces are ^-fe-inch deep. established in the follo\N'ing manner:
Bolt-Stud Lengths for Cranelap Joints (Based on length "C for bolt-studs).
Cranelap to Cranelap Deduct ^^inch and add thickness of both laps
Cranelap to i:i-inch male Add thickness of one lap
Crane ap to female Deduct K-inch and add thickness of one lap*
Cranelap to female Cranelap Deduct ^-inch and add thickness of both laps*
longue or^ groove Cranelaps Add thickness of each lap
*The Cranelap serving as the male must have a minimum lap thickness of }i-\nch.
, . , . i- . 7. . . Special facings pages 561 to 563
Ltst pr.ces of bolt-studs pages 558 and 559 Length of bolt-studs for ring joints . . . .pages 562 and 563
I
CRANE
555
Templates for Drilling
1500 and 2500-Pound Steel Standards
Dimensions, in Inches
Class
No.
Diii.
Size
A
B
C
D
E
of
bolt-
studs
of
bolt-
stiiJs
F
G
mm'
IE
g^^^^^a^^^
V2
3i.
1
iy4
"• V16
4V4 i '/8
5Vs
1
Il"/i6
3 'A
% I 57/8 IVa
4
4
4
IVs
1%
1%
6V4
7
iVa
IV4
4V«
4
4
J/s
1
4%
I'/z
5
5
S'A
21/2
1%
2%
Male to Male
Flanged Joint
Male to Female
Flanged Joint
1500
Pound
m
31/2 i 31/8
4 35/s
8V2_
10V2
n
1V2
1 %
2
2'/«
3%
4>/8
51/2
6V16
b'/z
_8
8 1/2
8
8
8
8
1
I>/8
"l'/8
l'/4
5V4
7
7'/4
7V4
4
4>/4
43/4
43/4
51/2
6
7
7Vi
Bolt-Stud Length "G" also applies
for Tongue to Groove Flanged Joint.
American Standard : The r 500 and
25oo-Pound flange dimensions, drilling
templates, and bolt-stud lengths show n in
the table at the right conform, respective-
ly, to the American Standard for 1500
and 2500-Pound Steel Pipe Flanges and
Flanged Fittings. Bi6e-iq3q. This Stand-
ard does not include i^oc-Pound Flanges
and Flanged Fittings in the 3>^-inch size.
Facing: Unless otherwise ordered, 1500
and 2500-Pound Steel Flanged Valves and
Fittings are regularly furnished with
J^-inch high large male facing.
Companion Flanges are regularly fur-
nished with ^-inch high large male or -^f;-
inch deep large female facing, as ordered.
The thickness of flange dimension fdimen-
sion "C") does not include the 3.4-inch
high large male face.
Bolt holes: Bolt holes are drilled y^-'mch larger
than the diameter of the bolt.
Drilling templates are in multiples of four, so that
valves or fittings mav be turned to face in any
5
6
43/8
5%
1 143/4
' 151/2
19
23
26 1/2
2^8
3V4
3V8
41/4
"4%
1 7S/16
8V2
8
10
7
83/4
103/8
10%
ri23/4
12
15
n'/2
12V2
15'/2
19
22'/2
8
12
12
12
i'/2
1%
i%
1%
2
^V4
I0>/4
ll'/2
131/2
IS
4 'A
If)
ll'/4
13'/4
14Vi
14
nM
8
16
18
20
24
13
14%
195/8
32V2
36_
383/4
46
S'/4
53/4
b%
7
I8V2
23
271/4
2.5
273/4
301/2
323/4
16
"16
2'/4
21/2
2y4
3
16 V/j
I 6 1/4
173/4
191/2
211/2
24 '4
If)
17'/2
l'*'/4
21 1/4
24
V2
7
/1 6
y*
9
¥4
1V4': 1
1
5' /4 IV16
6I/4 _|3/8
71/4^ I'A
1
1%
iLVl«
2
2Vz
IVa 1%
ly. 2%
3'/2
33/4
4'/4
51/8
53/4
4
4
4
4
3/. ^ 43/4
V4
I y.
SVa
I i
1% ■ 6 v.
. 41/2
[43/4
I 5'/4
r 5V4
' 6'/2
2500
Pound
2
3
4
IV2
1%
21/4
2%
^y4
101/z
12
14
3%
4"/8
63/4
. 7y4___
6V1
9
103/4
H
8
8
8
6
8
3Vg
4y8
5y4
10
12
71/4
8V«
I6V2 35/8 7Vj6 , I2y4 H
19 41/4 8V2 14'/2 8
2134 5 10% . I7V4 12
261/2 6I/2 1234 ■ 211/4 12
30 71/4 15 243/, I 12
I
l'/8
w
2
_2_
2V2
23/4
7
73/4
83/4
10
12
133/4
15'/4
19"/4
211/4
63/4
81/2
^V4
1 1 y4
13'/2
I.S
19
21"
quarter 'xhen bemg installed- The bolt holes ;jre
drilled to straddle the center line unless otherwise
ordered.
Spot facing: '^"^.t hcAi holes are spot f^jccd.
* * * * *
Bolt-stud lengths : The bolt-stud lengths shown in
the above table apply for flanged joints other than
Cranelap, made up of combinations of valves, fit-
tings, or companion flanges with male, female, tongue,
or sroo\-e faces. Male or tongue faces are 34-»nch
high; female or grrx^, e faces are %,-\r\ch ^tcp.
For flanged joints made up of Cranelaps or for
Cranelaps in combination with valves, fittin;^':>, or
companion flanges, nt'x' hrjlt-stud lengths must be
established in the following manner;
Bolt-Stud Lengths for Cranelap Joints CBaacd on length ■Q' for b^^lt-studa)-
Cranelap to Cranelap DecKict J^-inch and add thickness of both laps
Cranelap to J^-inch male Add thickness of orie lap
Cranelap to female Deduct K-mch and add thickness of one lap
Cranelap to female Cranelap Deduct Ji-inch and add thickness of both laps*
Tongue or groove Cranelaps Add thickness of each lap
*Thc Crandap serving as the male must ha\e a minimum lap chidoic - ' '' rM.
List prtceM of bolt-Mtutis
r f -
Special factngM
pagCM SSS and 559
S61 ar\d 5B3
Length o/ balt-mtudM for ring jaintn
p//^i? 5^'
n
I >
i
(I
i)
I
II
)■»'
HI
«
it
I
I
i
^
h ' - ■ ■ I ' ■' .', <
f, ■
h —
I
i'
H,
<'■
I
I
I
I
I
556
CRANE
Machine Bolts
For a variety of services and for temperatures
up to a maximum of 500° F., Machine Bolts witln
square heads and hexagon nuts are the standard
practice of the Pipe and Fitting Industry.
LengtK
Inches
List Prices, Per 100
List Prices, Per 100,
Quantities of 500 or
more of one diameter
V2
I'
Di
la.
Dia.
Dia.
Dia.
1"
Dia
Dia.
11/4"
Dia.
1%"
Dia.
IV2"
Dia.
VA
5.90
9.55
IV2
6.10
9.80
12.65
19.45
27.05
2
6.45
10.30
13.30
20.35
28.20
1 '■ \
1
2V2
6.85
10.80
13.95
21.25
29.35
1
3
7.25
11.30
14.60
22.15
30.50
49.90
59.75
72.80
88.45
31/2
7.60
11.80
15.25
23.05
31.65
51.20
61.40
74.80
90.85
4
7.95
12.30
15.90
23.95
32.80
52.50
63.05
76.80
93.20
4V?.
8.35
12.80
16.55
24.85
33.95
53.80
64.70
78.80
95.60
5
8.75
13.30
17.20
25.75
35.10
55.10
66.35
80.80
97.95
51/2
9.15
13.80
17.85
26.65
36.25
56.40
68.00
82.80
100.35
6
9.55
14.30
18.50
27.55
37.40
57.70
69.65
84.80
102.70
6V2
11.25
14.80
19.15
28.45
38.55
59.00
71.30
86.80
105.10
7
11.70
15.30
19.80
29.35
39.70
60.30
72.95
88.80
107.45
71/2
12.15
15.80
20.45
30.25
40.85
61.60
74.60
90.80
109.85
8
12.60
16.30
21.10
31.15
42.00
62.90
76.25
i 92.80
112.20
8V2
13.05
16.80
21.75
32.05
43.15
64.20
77.90
; 94.80
114.55
9
13.50
17.30
22.40
32.95
44.30
65.50
79.55
96.80
116.95
91/2
13.95
17.80
23.05
33.85
45.45
66.80
81.20
98.80
119.35
10
14.40
18.30
23.70
34.75
46.60
68.10
82.85
100.80
121.70
11
15.80
19.30
25.00
36.55
48.90
70.70
86.15
104.80
126.45
12
16.70
20.30
26.30
38 ,35
51.20
73.30
89.45
108.80
131.20
13
17.60
21.30
27.60
40.15
53.50
75.90
92.75
112.80
135.95
14
18.50
22.30
28.90
41.95
55.80
78.50
96.05
116.80
140.70
15
19.40
23.30
30.20
43.75
58.10
81.10
99.35
120.80
145.45
For intermediate lengths, use the list price for the next longer length
List Prices : The 1 ist prices shown in the table abo\-e
cover Machine Bolts ha\'ing a Regular Unfinished
Square Head and equipped with a Heavy Unfinished
Hot Pressed Hexagon Nut. Unless otherwise speci-
fied on the order, Machine Bolts and Nuts of this
description will be regularly furnished.
When so specified. Machine Bolts can be supplied
without nuts, with other types of bolt heads, or
with several different kinds of nuts. List prices for
these different types or combinations are adjusted
according to the following table of deductions from
or additions to the above list prices;
Deductions from or Additions to the List Prices in the above table. Per 100
V2"
%"
w
Vs"
1"
iVs"
IV4"
1%"
IVz'
Dia.
Dia.
Dia.
Dia.
Dia.
Dia.
Dia.
Dia.
Dia.
Bolts
Regular Unfin. Sq. Head, Without Nuts
Deduct 2.05 3.10 4.10 6.65 9.10 12.75 16.90 20.20 27.85
Regular Hexagon Head, Unfinished
Add| .65 I 1.00 I 1.40 | 2.20 | 3.00 | 5.00 7.00
Heavy Hexagon Head, Unfinished
Add 1.30 2.00 2.50 3.50 5.00 7.50 10.50
Nuts
Heavy Hexagon, Unfinished, C.P.
Add .20 .45 .90 1.35 2.00 I 2.00 4.00
Heavy Hexagon, Semi-finished, C.P.
Add .50 1.00 1.60 2.05 2.90 13.10 5.40
Regular Hexagon, Unfinished, C.P.
Deduct! ,60 I .25 ! .05
Add
.50 .70 i 1.25 1.20 5.001 6.W
Regxilar Square, Unfinished, H.P.
Deduct! 1.10 ■ 1.20 1,70 2,75 3.80 i 4.00! 5.30! 2.80 4.45
Standards: K4achine Bolts and Nuts are made from open-
hearth steel conforming to the ASTM Specification A-107.
The dimensions of bolt heads and nuts conform to the American
Standard ASA-B18.2..
Bolt and nut threads conform to the American Standard ASA-
Bi.i — 1Q35 Standard on Screw Threads, Coarse Thread Series,
Class 2 Fit.
Machine Bolts with Nuts — per Set page 557
For engineering data on Machine Bolts, see pages 622 and 623.
Extra List Prices, Per 100
For less than 500 of one diameter
Quantities
13/8" Dia.
1 H/z" Dia.
400 to 499
1
2.00
2. 25
300 to 399
1
3-20
3.50
200 to 299
1
1
7.20
7.50
100 to 199
1
19.20
19.60
50 to 99
1
44.00
. 44.50
25 to 49
J
1
92.00
92.50
10 to 24
240.00
1 241.00
^
CRANE
557
Machine Bolts with Nuts, per Set
The following cable will be found convenient when
ordering Machine Bolts and when figuring prices. It
shows the number, diameter, and length of bolts used
in the more popular sizes and t\'pes of brass and iron
flanged Joints, and includes the list prices per set
applying thereto.
Similar prices for other joints can he computed from
the pages showing templates for drilling (pp. 550 to
555) and the pages showing list prices of bolts or
bolt-studs (pp. 55b, 558, and ^^q).
The prices shown cover the number, diameter, and
length required for each joint and apply to Regular
Unfinished Square Head Machine Bolts equipped
with a Heavy Unfinished Hot Pressed Hexagon Nut.
These are the standard practice in the pipe and
Iitting industry. See page ^^yb.
Size
Inches
Brass Flanged Joints
ISO-Pound
Number
Diameter
and
*Length
List
Price
Per
Set
300-Pound
Number
Diameter
and
*Length
List
Price
Per
Set
Cast Iron Flanged Joints
25-Pound
Number
Diameter
and
tLength
List
Price
Per
Set
125-Pound
Number
Diameter
and
*Length
List
Price
Per
Set
2S0-Pound
Number
Diameter
and
JLength
List
Price
Per
Set
V2 I 4-V2XIV4 I .24 i 4-V2XI3/4
.26
34
4-V2XIV2 ! .24 ' 4-5/gx2
.41
1
4-V2XIV2
.24
4 - % X 2
.41
4-y2 xi34
.26
4-5/8 X2y2
.43
iVi
4-y2xiy2 1
.24
4 - % X 2
.41
4- 1/2 x2
.26 i
4-5/8 X2y2
.43
m
A-KxlU
.24
4-3/4X2V4
.56 1
4 - VA X 2
.26 ■
4-34 x23/4 '
.58
2
4- s-gx 13/^
.41
8-%x2y4
.8b
4-5/8X2
.41
4-% x2y4
.43
8-% x23/4 ■
.90
2V7
4-5/8x2
.41 8-34X2V2 ! 1-12 ' 4-5/8x2
.41
^
8
Xll
.43 I 8-34 x3V4 : 1.22
4 - % X 2
.41 8 - 34 X 23/4 ■ 1 . 17 4 - 5/g X 2V4
.43
Vi
8
xzy.
.43 ' 8
3/4
xSVo
1.22
3>
8-5/8x2y4 ; .86 8-3/4x3
1.17 8-5/8x2y4 I .86 i 8
%
X23/4
.90 I 8 = 34 x3y2 1.22
8-y8x2V4 I .86 8-34x3
1.17 8-5/8x2y2 '■ .86 I 8-5/j
8
.90
8-34x2y2 I 1.12 8-34x3V4 1-22 8-5/8x2y2
.86
8-
Vi
x3
1.17
8
8
10
12
3/4x2y2 1.12 12-34x3V4 I 1.83 i! 8-5/8x2y2
34x23/4 ■ 1.17 12-7/8x33/4 i 2.87 II 8-5/gx234
y8x3V4 2.77 i i II 12-5/8x3
.86
8-3/4 x3y4 I 1.22
8
V4
x33/4
1.27
8-
y4
x4
1.27
12-
3/4
x4
1.91
.90
8-
Va
x3V2^ 1.22 'U-Vs x4y2 2.98
1.36 i n-yg x334i 2.87 I 16-1 x 5y4 5.80
12
I2-V8X314 2.77
12-5/8x3
1.36 12 -Vg x334; 2.87 16-iy8x5y2 9.02
14
12-3/4x3y2
1,83
12-1
X 4y4 '
4.07 20-iy8x6
11.54
16 1
1
1
16-3/4x3y2
2.44
: 16-1
X 4y2 ■
5.43 20-iy4x6y4
14.26
18
16 ~ 3^ X 334
2.54
16-iy3x434 8.82 24-iy4x6y2 : 17.11
20
1 1
20 - 34 x 4
3.18
■ 20-iy8x5 : 11.02 24-iy4x63/4 1 17.51
24
20 - 34 X 4 V4
3.31
20 iy4x5y2 ' 13.60
acing.
(150 and 300-Pound Brass are iVISS Standard;
*For any combination of vaUes. fittings, or flanges with regular (plain)
125-Pou'nd Iron is A-S.A. Class 125 Standard.)
fFor 2>-Pound \'alve to 25-Pound Flange or to special 125-Pound Fitting with 25 -Pound drilling; not for combination ol 25-P<>und
Valves, which take shorter lengths. (A.S.A. Standard.)
tFor any combination of valves, fittings, or flanges with re^^ular (ifr,-inch raised) facing. (A.S.A. Standard.)
Bolting On Companion Flanges
Orders for \alves, fittings, or other products with companion flanges bolted on should
indicate clearly what is wanted: catalog number of Mange; style of facing on flanges,
if necessary, as in the case of high pressure steel material; kind of bolts or bolt-studs;
and kind of gasket, if gaskets are required. An additional charge is made for the
labor involved in bolting on the flanges; see the Crane Discount Sheet for prices.
Wooden Flange Protectors
Damaged flange faces may make it difficult or impossible to make up tight joints.
Wooden protectors are a worthwhile investment, offering ample protection to
flange faces while in transit and prior to installation. In addition, in the case of
vai\"es, they keep out foreign matter that might otherwise injure the seating
surfaces. For complete information on protectors for the ends of valves and
fittings, refer to the Crane Discount Sheet.
: -
! it I
It
I I
I
t
4
I
01
\\
ll
I
, n
■ * >%, _J '. . '^ ^
I
.41:
I ,
I
IV !
558
CRANE
Crane Triplex and Templex
Alloy Steel Bolt-Studs
Bo It -Stud
Threaded Entire Length
With Two Nuts
The list prices apply to alloy steel bolt-studs made either of
Triplex Steel or of Templex Steel; see the Crane Discount
Sheet for discounts.
Each Triplex or Templex Steel Bolt-Stud is equipped with two
medium carbon, oil-quenched, sen^i- finished, heavy, steel
hexagon nuts; these are included in the list prices.
The lengths shown below do not include the crowned ends.
Triplex Steel Bolt-Studs: The merits of" Crane Triplex
5cecl are well kno^^■n. Triplex Steel Bolt-Studs ha^■e been
vised with unirormly satisfactory results in thousands of
steel \a!\'e and fitting installations, many of which — par-
ticularly in oil refineries— ha\"e been operating under
extreme pressures and temperatures.
Made to rigid manufacturing tolerances of a high quality
chrome-molybdenum steel, they provide liberal strength
for the bolting of steel flanged joints.
Templex Steel Bolt-Studs: Templex Steel, a recent
Crane development in bolting materials, is superior to
Triplex Steel in creep resistance On temperatures over
8>o° F., especially where joints are made up for permanent,
long-time ser\'ice.as in steam power plants. Crane Templex
Steel wWl be found ideal.
A specially heat treated chrome-molybdenum-\'anadium
steel, Templex exhibits greater resistance to creep than
any other bolting material offered on the market today.
Marking : On one end
of each bolt-stud is
stamped the identifi-
cation of the material ;
CraneTriplexismark-
ed with the s>'mbol
"T B7", and Crane
Templex is marked with the symbol "T B14". These
in the accompanvins illustrations.
Triplex Steel
Templex Steel
markings are snown
Standard lengths: The lengths of bolt-studs are stand-
ardized in increments of fi-inch in accordance with the
American Standard ASA 8166-1030; other lengths (in
}.g-inch increments) shown in the price tables are for
replacements for bonnet joints of Crane Steel Valves.
When ordering bolt-studs for Cranelap requirements,
lengths should be selected as follows:
A. If calculated length is J/fg-inch or more longer than
a standardized length, use the next longer standard
}4-inch length.
B. I f calculated length is less than J^fs-inch longer than
a standardized length, use the next shorter stand-
ard 34-inch length.
Bolt-stud lengths in }-g-inch increments, other than those
shown in the price tables, can be made to order at the
price of the next longer J^-inch increment.
Threads: Crane Alloy Steel Bolt-Studs are threaded their
entire length. The bolt-studs and nuts are threaded to
dimensions within those of the MSS Standard SP-2q-iQ3q.
This Standard agrees ^\■ith ASA Standard Bi.i-iqjf
Coarse-Thread Series diameters i-inch and smaller, and
Description of materials page 9
Length
List
Prices, Each
Inches
7 / "
716
Dia.
V2"
Dia.
Dia.
3/4"
Dia.
Vs"
Dia.
2
.39
.39
.43
i
IVs
.40
2V4
.40
-40
.44
2%
.41
2V2
.41
.41
.45
.53
25/8 !
.42
.46
23/4
.42
.46
.55 1
2Vs
: .43
.47
.57
3
.43
.47
.57
.72
3V8
.48
3V4
.44
.48
.59
.74
3%
.49
31/2
1 .45
.49
.61
.76
3%
.50
33/4
.50
.63
.78
3%
.51
.64
4
.51
.65
.80
■• 41/8
.66
41/4
.52
.67
.82
41/2
.53
.6^
.84
43/4
.54
.71
.86
4^8
.72
5
.55
.73
.88
5V4
.75
.90
51/2
.57
.77
.92
53/4
.79
.94
6
.59
.81
.96
61/4
.83
.98
6V2
.85
1.00
534
.87
1,02
7
t
.89
1.04
7%
.91
1.06
71/2
1
.93
1.08
73/4
1
.95
.97
1.10
8
1.12
W4 1
1.14
8V2
1.16
83/4 !
1.18
9 1
1.20
9V4
1.22
91/2 1
1.24
8-Pitch Thread Series diameters 1 3--g-inch and
larger.
In the manufacture of these products, Crane
Co, maintains closer tolerances than those
allowed by the MSS Standard, to provide a
"clearance" at all times between bolt-stud
and nut, thereby insuring against freezing c:
seizing of the two parts.
Engineering data on Bolting . . pages €22 to 624
' J I' .
CRANE
559
Crane Triplex and Templex
Alloy Steel Bolt-Studs (Cont.)
Bolt-Stud
Threaded Entire Length
With Two Nuts
The list prices apply to alloy steel bolt-studs made either of
Triplex Steel or of Templex Steel; see the Crane Discount
Sheet for discounts.
Each Triplex or Templex Steel Bolt-Stud is equipped with two
n-iedium carbon, oil-quenched j semi- finished, heavy, steel
hexagon nuts; these are included in the list prices.
The lengths shown below do not include the crowned ends.
Length
Inches
List Prices, Each
1"
Dia.
Dia.
Dia.
1%"
Dia.
w
11/2
Dia.
15
5
1.21
1
5V4
1.24
'
5V2
1.27
1.74
\
5%
1.30
1.78
6
1.33
1.82
■
bV4
(1.36
1.86
6I/2
1.39
1.90
2.45
6y4
1.42
1.94
2.50
7
1.45
1.98
2.55
7>/4
j 1.48
2,02
2.60
'
71/2
1.51
2.06
2.65
7y4
1.54
2.10
2.70
8
1.57
2.14
2.75
3.31
8V4
l.bO
2.18
2.80
3.39
SV2
1.63
2.22
2,85
3.47
4.35
8y4
i 1.66
2.26
2.90
3.55
4.45
9
1.69
2.30
2.95
3 .63
4.55
9^4
1.72
2.34
3.00
3.71
4.65
91/2
1.75
2.38
3.05
3.79
4.75
9y4
1.78
2.42
3.10
3.87
4.85
10
1.81
2.46
3.15
3.95
4.95
10V4
1.84
2.50
3.20
4.03
5.05
10V2
1.87
2.54
3.25
4.11
5.15
loy^
2.58
3.30
4.19
5.25
11
p
2.62
3.35
4.27
5.35
11V4
2.66
3.40
4.35
5.45
11V2
2.70
3.45
4.43
5.55
iiy4
2.74
3.50
4. SI
5.65
12
2.78
3.55
4.59
5.75
12V4
3.60
4.67
5.85
12V2
1
3.65
4.75
5.95
123/4
3.70
4.83
6.05
13
3.75
4.91
6.15
13V4
3.80
4.99
6.25
13V?
1
3.85
5.07
6.35
i3y4
5.15
6.45
14
1
5.23
6.55
141/4
5.31
6.65
141/2
5.39
6.75
14%
5.47
6.85
5-55 6,95
Length
Inches
List Prices, hach
i%"
Dia.
iy4"
Dia.
V/s"
Dia.
91/2
91/2
6.46
9y4
6.59
iO
6.72
8.55
101/4
6.85
8.70
101/2
6.98
8.85
103/4
7.11
9.00
11
7.24
9.15
111/4
7.37
9.30
11.30
111/2
7.50
9.45
11.45
iiy4
7.63
9.60
11.60
12
7.76
9.75
11.75
121/4
7.89
9.90
11.90
12V2
8.02
10.05
12.05
i2y4
8.15
10.20
12.20
13
8,28
10.35
12.35
131/4
8.41
10.50
12.50
131/2
8.54
10.65
10.80
12.65
i3y4
8.67
2.80
14
8.80
10.95
12.95
141/4
8.93
11.10
13.10
141/2
9.06
11.25
13.25
i4y4
11.40
13.40
15
9.32
11.55
13.55
151/4
13.70
151/2
9.58
11.85
13.85
153/4
14.00
16
9.84
12.15
14.15
I61/4
14.30
I6V2
12.30
14.45
i6y4
17
4.75
171/4
171/2
15.05
i7y4
18
15.35
181/4
I8V2
I8y4 :
19
191/4
23
List Prices. Each
2"
Dia.
21/4"
Dia.
21/2"
Dia.
12
14.00
U'/4
14.20
!
UI/2
14.40
i2y4
14.60 '
13
14.80
*
131/4
15.00
131/2
15.20
i3y4
15.40
14
15.60
141/4
15.80
141/2
16.00
143/4
16.20 1
15
16.40
21.40
21.60
151/4
16.60
151/2
16.80 1
21.80
i5y4
17.00
22.00
16
17.20
22.20
161/4
22.40
16V2
17.60
22.60
27.60
163/4
27.80
17
18.00
23.00
28.00
171/4
28.20
171.2
18.40
23.40
28.40
173/4
28.60
18
18.80
23.80
28.80
I8I/4
29.00
I8I/2
19.20
24.20
29.20
183/4
29.40
19
19.60
24,60
29.60
191/4
29.80
191/2
25.00
30.00
193/4 1
30.20
20
25.40
30.40
2OV4
1
1
30.60
201/2
25.80
30.80
21
1
1
26.20
31.20
211/4
31.40
21i'2
31.60
22
32.00
221/2
32.40
32.80
Standards: Crane Triplex and Templex Steel Bolt-
Studs and Nuts conform to the American Standard
Bi6e-iq3Q and to various A.S.T.M. Specifications.
Triplex Steel conforms to A.S.T.M. A q6 for Class C
Bolting and to A.S.T.M. A 1Q3, Grade B7. Templex
Steel conforms to A.S.T.M. A q6 for Class C Bolting
and to A.S.T.M, A iqj, Grade B14. The nuts con-
fform to A.S.T.M. Specifications A qb, Class i. and
A iq4, Class 2H; they are made to American Stand-
. ard "Heavy" Hexagon Nut dimensions, ASA B18.2.
Thread lubricant: Crane High Temperature
Thread Lubricant is recommended for use with
alloy steel bolt-studs. On bolting subjected to high
temperatures, this lubricant is unsurpassed. Because
it reduces friction, maximum stress can be obtained
in the bolt-stud with a minimum amount of pov\'er
applied to the nut. In addition, by minimizing the
tendency of the metals to gall or seize, joints can be
more readily assembled and taken apart without
injuring the bolting. See page 548.
rf
it:
'r. i"
II
m
i'i
• i M
tu,^^
I , _
560
CRANE
Male, Female, Tongue, and Groove Flange Facings
For 250-Pound Cast Iron and 300-Pound Steel f
Center
to face
Plus 14
Large Male
/ ■
Center
to face
Plus J4'
Small Male
Center
to face
Plus 14
< '
I I
Large Tongue
^7777.
Center
to face
Plus 14"
B
D
Small Tongue
H
//'/'/'/J
Cent
er
to face
Plus Me
Large Female
lf///'/y.
Center
to face
Plus M6
Small Female
^/J'/A
Center
to face
16
Large Groove
Small Groove
Dimensions, in Inches
Class
Size
A
B
C
D
y^
1%
1
1 23/32
iH
%
l^Vl6
IV16
; 1 V16
^^^^MT
1
2
IV2
IV16
~W~
175-Pound
1V4
21/2
IVs
iVz
~^vr
Cast Iron
IVz
^y%
ZVs
iy4
21/2
2
3%
2%
2V4
31/4 ■
2S0-Pound
Cast Iron
lyz
478
3%
2IV16
33/4
"
^
5
4V4
3Vl6
45/8
400-Pound WOG
31/2
4
51/2
43/4
313/ie
^~^yr~
Cast Iron
&yi6
5Vl6
4Vie
5»Vl6
500-PoimdWOG
Cast Iron
5
75/16
feVl6
53/8
6^Vl6
6
8 1/2
7V2
63/8
8
8
10%
9%
83/8
10
10
123/4
111/4
IOV2
12
300-Pound
Steel
12
15
131/2
121/2
141/4
14
I6I/4
143/4
133/4 1
151/2
V*-V^fc
16 j
I8V2
1634
153/4
17%
18
21
19V4
173/4 ■
201/8
20
23
21
1934
22
24
271/4
25V4
233/4 [
261/4
Dimensions of ring joint facing
^acings on Cranelap Joints pages 607 and 608
Refer to the Crane Discount Sheet for prices.
The dimensions shown above conform to the American
Standard for Steel Pipe Flanges and Flanged Fittings,
Bi6e~iq3q.
The large male, large female, large tongue, and large groove
facings can be applied to end flanges on cast iron valves
and fittings, and to cast iron loose flanges conforming to the
250-Pound American Cast Iron Flange Standard, Bi6b-
1Q28. This includes 175-Pound, 250-Pound, 400-Pound
W.O.G., and 500-Pound W.O.G. products.
All of the types of facings can be applied to flanged prod-
ucts in the 300-Pound steel class, conforming to the
American Steel Flange Standard, Bi6e-iq3q,
Center to face: The illustrations show how regular valve
or fitting center to face dimensions are affected by these
special facings. Notice ; the male or tongue facing increases
the regular center to face J^-inch; the female or groove
facing does not alter the regular center to face. '
Regular facing and finish: Flanged valves, flanged
fittings, and flanges of the classes indicated are regularly
furnished with a He-inch raised face.
H'g-inch raised faces and J^-inch male faces are finished with
concentric grooves, approximately 16 grooves per inch on
the iron and 32 grooves per inch on the steel, known as a
"serrated" finish. Female, tongue, and groove faces are
regularly furnished with a smooth finish.
Caution: Small male and female facing, when used with
steel screwed flanges, makes the joint directly on the end
of the pipe. In these cases the pipe must be thick enough
to proN'ide a bearing surface of ample width to prevent
crushing of the gasket.
Gaskets for male and female and for tongue and groove
joints should cover the bottom of the recess with minimum
clearances, allo\\-ing for the plus or minus tolerance of o.oib
inch il^i) which is permitted by the American Standard on
the inside and outside diameters of all facings.
. .pages 562 and 563
Terrxplates for drilling . pages 552 and 553
. t
T7 h rr,-
CRANE
561
vlale, Female, Tongue, and Groove Flange Facings
For 800-Pound Hydraulic Cast Iron and 400 to 2500-Pound Steel
''///y/.
Center
to face
Large Male
Small Male
Large Tongue
^ Small Tongue
'^^/,
Center
to face
Minus *4
A
Z^&^
Large Female
Center
to face
Minus }4
C
Small Female
to face
Minus \'i
Large Groove
to face
Minus 34 '
D
Plus Vxi
_ He
Dimensions, in Inches
CI
ass
Size
B
D
800-Pound
Hydraulic
Cast Iron
800-Pound WOG
Cast Iron
400, 600,
900. 1500, or
2500-Pound
Steel
V2
1%
, 1
23/32
1%
y^
l'Vi6
IV16
IV16
1"/16
1
2
IV2
13/,6
lys
1^4
21/2
1%
11/2
2V4
IVz
278
^Vs
13/4
2y2
2
35/8
2%
2 1/4
31/4
2V2
4V8
33/8
2»Vl6
33/4
3
5
41/4
3Vl6
4%
■J
3V2
51/2
43/4
3I3/16
SVs
4
6V16
5Vl6
4Vl6
5^Vl6
5
7Vl6
6V16
53/8
613,16
6
8V2
71/2
63/8
8
8
10%
93/g
83/8
10
10
123/4
11 1/4
101/2
12
12
15
131/2
121/2
141/4
14
I6V4
143/4
133/4
151/2
16
I8V2
163/4
153/4
17%
18
21
191/4
173/4
201/8
20
23
21
193/4
22
24
271/4
251/4
233/4
261/4
Refer to the Crane Discount Sheet for prices.
The dimensions shown above conform to the American
Standard for Steel Pipe Flanges and Flanged Fittings,
Bi6e-iQ3Q.
The large male, large female, large tongue, and large groove
facings can be applied to the end flanges on cast iron vah'es
conforming to the Soo-Pound Hydraulic American Cast
Iron Flange Standard, Bibb-iQ3i. This includes Soo-
Pound Hvdrautic and Soo-Pound \\ .O.G. \'al\*es.
All of the types of facings can be applied to flanged prod-
ucts in the 400, 600, qoo, i 500, and 2500-Pound steel classes,
conforming to the American Steel Flange Standard,
Bi6e-iq3q-
Center to face: The illustrations show how regular valve
or fitting center to face dimensions are affected by these
special facings. Notice particularly: the male and tongue
facings are included in the regular center to face; the
female and groove facings require a deduction o( 34-inch
from the regular center to face.
Regular facing and finish: Flanged \"al\es and flanged
fittings of the classes indicated are regularly furnished with
a } 4-inch male face. Steel Companion Flanges ha\"e a
}4-inch male face or a ^e-i^ch female face, as ordered.
The male faces are finished with concentric grooves, ap-
proximately 16 grooves per inch on the iron and 32 groo\-es
per inch on the steel, known as a "serrated" finish. Female,
tongue, and groove faces regularly have a smooth finish.
Caution: Small male and female facing, when used with
steel screwed flanges, makes the joint directly on the end of
the pipe. In these cases the pipe must be thick enough to
provide a bearing surface of ample width to prevent crush-
ing of the gasket.
Gaskets for male and female and for tongue and groo\e
joints should co\'er the bottom of the recess with minimum
clearances, allowing for the plus or minus tolerance of o.oit>
inch (}4i") which is permitted by the American Standard
on the inside and outside diameters of all facinss.
Small Groove
Dimensions of ring joint facing . . . pages 562 and 563
Facings on Cranelap Joints. . . .pages 607 and 608 Templates for drilling. . . .pages 552, 554, and 555
1 I
i i
!i I
V. -^-.
t^
• *
— 'I
I
u
I
562
CRANE
Ring Joint Facing and Rings
A.P.I, and American Standard — Dimensions, in Inches)
Cent
to face
150 and 400, 600, 900. 1500
300-Pound and 2500-Pound
(See explanation of
"Center to face" on next page.)
For Valves, Fittings, and Flanges
Cj is
approxi-
mnte
clear-
ance
with
bolt-
studs
tight.
Assembled Ring Joint
*Dimension "J" does not apply
to Cranekp Joints; see "Bolt-
stud lengths " on next page.
^Caution: The 3-inch 300 and
6()0-Pound Cranelap Ring Joints
use Ring No. R 30, having a
pitch diameter of 4^ inches.
When 3-inch 300 or 600-Pound
ring joint valves, fittings, or
flanges are to be bolted to Crane-
lap joints, orders must so specify;
they will be machined special.
C'Z^' represents
pipe thickness.)
Cranelap Joints
Class
Size
Ring
Num-
ber
A
B
C
D
E
F
G
H
*J
No. of Dia.of
Bolt- Bolt-
Studs Studs
1
R15
m
Vie
Vie
y2
'VZ2
y4
V32
2y2
3
4
y2
iy4
R 17
21/4
VlG
VlG
V2
^V32
y4
V32
2%
3y4
4
V2
iVz
R 19
2V16
V16
Vie
V2
IV32
y4
V32
3y4
31/4
4
Vz
2
R22
31/4
VlG
yi6
V2
^¥32
y4
V32
4
33/4
4
%
2V2
R2S
4
V16
V16
V2
'VZ2
y4
V32
434
4
4
%
3
R29
4y2
Vie
Vie
V2
"/32
y4
V32
5y4
4y4
4
%
31/2
R33
5Vl6
Vie
VlG
V2
^V32
y4
V32
6V16
4y4
8
%
4
R36
5%
Vie
V16
V2
'V32
y4
V32
63/4
4y4
8
%
150
5
R40
63/4
Vie
VlG
V2
"/32
y4
V32
7%
4y2
8
V4
Pound
6
R43
7%
V16
VlG
V2
IV32
y4
V32
85/8
4y2
8
3/4
8
R48
93/4
Vie
VX6
V2
'VZ2
y4
V32
103/4
43/4
8
%
10
R52
12
Vie
VlG
V2
IV32
y4
V32
13
5y4
12
Vi
12
R56
15
VlG
V16
V2
^V32
y4
V32
16
syz
12
Vs
14
R59
isyg
yi6
VlG
V2
^V32
y4 .
Vs
163/4
6
12
1
16
R64
17%
V16
VlG
V2
IV32
y4
Vs
19
6
16
1
IS
R68
20%
Vie
V16
Vz
'V32
y4
Vs
2iy2
6y2
16
iVs
20
R72
22
V16
VlG
V2
'VZ2
y4
Vs
231/2
7
20
iVa
24
R76
26y2
V16
VlG
V2
IV32
y4
Vs
28
73/4
20
iy4
I
I
Class
Size
Ring
Num-
ber
A
B
c
D
E
F
r.
H
*J
No. of
Bolt -Studs
Dia. of
Bolt-StMds
300
Lb.
400
Lb.
600
Lb.
300
Lb.
400
Lb.
600
Lb.
300
Lb.
400
Lb.
600
Lb.
300
Lb.
400
Lb.
600
Lb.
¥2
Rll
IIV32
Vi
VlG
%
V32
V32
Vs
y%
2
3
3
4
4
¥2
1 V2
V4
R13
l^Vie
V16
V16
Vi
'V32
Va
V32
V32
2y2
31/2
3y2
4
i 4
%
%
1
R16
2
V16
V16
V2
'V32
Va
V32
V32
2V4
3y2
3y2
4
4
Vs
I %
iy4
R18
2%
V16
Vi6
V2
'V32
Va
V32
V32
3y8
3V4
3V4
4
4
%
%
11/2
R20
2IV16
VlG
V16
Vi
'V32
Va
V32
V32
3VlG
4
4y4
4
4
V4
¥4
2
R23
3 ¥4
V16
^VlG
%
'V32
VlG
V32
VlG
4 ¥4
4y4
41/2
8
8
Vg
%
2y2
R26
4
V16
^VlG
Va
'V32
V16
V32
VlG
5
43/4
5
8
8
V4
Vi
t3
tR31
t4%
V.6
IV16
5/8
1V32
V16
V32
V16
5V4
5
5V4
8
8
V4
V4
300,
31/2
R34
5Vl6
Vie
»Vl6
%
'V32
V16
V32
V16
6V4
sy4
5V4
8
8
V4
400.
and
tbOO
Pound
4
R37
5%
V16
^Vl6
Vs
1V32
VlG
V32
V32
V,6
678
5y4
53/4
6
8
8
8
V4
v%
5
R41
7y8
V16
^VlG
%
'V32
VlG
V32
V32
VlG
8 ¥4
51/2
6
63/4
8
8
8
V4
Vg 1 .
6
R45
8V16
V16
^Vl6
%
'V32
V16
V32
V32
Vis
9y2
5V4
61/4
7
12
12
12
V4
y% I .
8
R49
loyg
VlG
'VlG
%
'V32
VlG
V32
V32
VlG
UVs
6 1/4
7
8
12
12
12
Vg
1 \y%
10
RS3
1234
V16
'VlG
%
'V32
VlG
V32
V32
VI6
14
7 ¥4
7V4
8V4
16
16
16
1
IVs
1V4
1V4
iVi
12
R57
15
V16
'VlG
Vs
'V32
VlG
V32
V32
VlG
i6y4
7y2
8y2
9
16
16
20
> IVa
IV4
14
R61
I6I/2
V16
'V16
%
'V32
VlG
V32
V32
VlG
18
7V4
83/4
9y2
20
20
20
1 lya
ly*
16
R65
i8y2
V16
'V16
%
'V32
V16
V32
V32
VlG
20
8 ¥2
9V4
101/4
20
20
20
iy4
1%
18
R69
21
V16
'V16
Vs
'V32
VlG
V32
V32
VlG
22%
8V4
9y2
u
24
24
, 20
1¥4
1%
IVz
1%
20
R73
23
V2
V4
'V16
'V32
%
V32
V32
VlG
25
9y4
101/4
113/4
24
24
24
1¥4
24
R77
271/4
%
Va
'V16
2V32
VlG
¥4
y*
V32
291/2
101/4
111/4
131/2
24
24
24
iy2
1V4
CRANE
563
Dimensions, in Inches (Cont.)
lass
Size
Ring
Num-
bers
B
D
H
*J
No.
of
Bolt-
Studs
Dia.
of
Bolt-
Studs
900
ound
3_|R31|4% IViel^Viel % I'V32fVi6
V:
32
6M
31/2 R34 |53/i6|7/ig|ll/jg
8
8
^8
%
*V32lVlG
5/32
6^8 I 6V2 j 8
R37 I 57/8 I Viel^Vifil % IIV32IV16
V;
32
71/
8
8
IM
S
R41 I 71/8 iViel^Vi
%
^Vszl V16
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IV4
R45 ISVielViGl^Vie
%
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V32 I 91/2 i 8 I 12
8 R49 |10%| VieliViel ^/s lis/sal Vis
V-
32
10
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1%
R53 1123/4 I 7/jg|ll/jg| 5/g
1V32I V16
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12
R57 ! 15 1 7/
16
iVi
16
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14
R62 I 161/2 1 %
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16 R66 I8V2I 5/8
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13
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i'4
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R70 21
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25/
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V2
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20
R74 23
%
1 I^VigP5/32
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\k
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V32
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V16
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8
y%
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'Vis % >%2 V16
ys
53/8 61/2
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1
3
R35
5%
V16
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Vs
6^8 71/4
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IVs
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Vs
7y8 71/2
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4
R39
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Vs
7V8 8
8
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R44
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Vs
9 10
8
iy2
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R46
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93/4 103/4
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R50
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%
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12
lys
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R54
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lys
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R58
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ys
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16
2
14
R63
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IV16 1V4!1V16 %
V32
191/4 171/4
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2y4
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R67
181/2
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VlG
211/2 19
16
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R71
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IV16 1% iViG^Vie
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241/8 203/4
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R75
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ys
261/2 223/4
16
3
24
R79
271/4
lys
IV4 1% IViG^Vie
VlG
3IV4 26
16
31/2
y2
R13
l^Vie
V16
Vie Vz 1V32 y4
V32
2Vi6 43/4
4
3/4
y^
R16
2
V16
VlG ¥2 IV32 V4
V32
2y8 5
4
3/4
1
R18
2ys
V16
Vie Vz 1V32 V4
V32
31/4 51/2
4
ys
1V4
R21
22V32
Vis
"/16 % IV32 VlG
Vs
4 6I/4
4
1
iy2
R23
3y4
VlG
'VlG % IV32 VlG
Vs
41/2 7
4
IVs
2
R26
4
V16
'V16 ys 1V32 VlG
ys
5V4 71/4
8
1
2S00
2y2
R28
43/8
V2
V4 iVi6iV32 ys
Vs
SVs 8
8
IVs
Pound
3
R32
5
V2
y4 iyi6iV32 Vs
Vs
65/8 91/4
8
iy4
4
R38
6V16
%
Vs ^ViG^Vsa VlG
V32
8 lOVs
8
11/2
5
R42
71/2
¥4
1 lVl6 2V32 V2
V32
91/2 i2y2
8
1V4
6
R47
9
^4
1 1 VlG 25/32 1/2
V32
11 141/4
8
2
8
R51
11
ys
IVS 1 VlG "732 VlG
VlG
133/8 16
12
2
10
R55
131/2
IVs
IV16 13/g 13/16 11/16
y4
163/4 2oy4
12
2y2
12
R60
16
iiy4
1V16 iy2 ivigI'Vig
VlG
i9y2 221/4
12
23/4
Rings: See page 564. Type "A" or " B ' Rings J^, ^e, or ^g-inch wide
are regularly furnished oval shape; J/^-inch wide or wider, are octagonal
shape. All Type "C" Rings are octagonal shape.
Standards: The dimensions of the ring joint facing and of the rings
conform to the American Standard for Steel Pipe Flanges and Flanged
Fittings, Bi6e-i93q and Addendum 81664-1940, and to the American
Petroleum Institute Standard on Ring Joints, iNo. )-G-3, Second
Edition, April, 1940, except that the American Standard does not
define octagonal rings of widths less than J^-inch.
The dimensions shown on this
and the preceding page apply to
ring joint facing and rings for
the end flanges of steel valves
and flanged fittings, and for steel
flanges. The groove (smooth
finish) for the ring is cut in a
raised face as illustrated on the
preceding page.
Center to face : When ring
joint facing is applied to i 50 and
300-Pound valves and fittings,
the center to the raised face is
equal to the regular center to
face dimension (which includes
the l^ifi-inch raised face) plus the
depth of the groove on sizes
2-inch and larger, or plus the
depth of the groove minus \^i-
inch on smaller sizes.
On higher pressure ring joint
valves and fittings, the center
to the raised face is equal to the
regular center to face dimension
minus J.^-inch (the height of the
large male), plus the depth of
the groove on 400, boo, qoo, and
1 500-Pound sizes 2-inch and
larger and on 2500-Pound sizes
iM-inch and larger, or plus the
depth of the groo\-e minus \ii-
inch on the smaller sizes.
This practice also applies to
loose flanges; that is, the raised
face which is equal to the depth
of the groove is added to the
flange tlnickness (dimension " B"
on pages 366 and 367) except
that on the smaller sires the
groove cuts ^-inch into the
flange thickness.
On Cranelap joints with ring
joint facing the depth of the
groove is added to the minimum
thickness of the lap. See pages
605 to 608 for Cranelap joints.
*Bolt-stud lengths : The length
of bolt-studs indicated as dimen-
sion "J" in the tables applies for
all combinations of ring joint
valves, fittings, and flanges other
than Cranelap.
For ring joint combinations
made up of valves, fittings, or
flanges bolted to Cranelaps. add
the pipe thickness to dimension
"J". For Cranelap to Cranelap
ring joints, add twice the pipe
thickness to dimension "J"
List prices of rings . . . .page 564
Dimensions of Cranelap Joints, -page 608
List prices of holt-sfuds . . . .pages S5S and SS9
Templates for drilling and flange dimensions . .pages 553 to 555
J
If
\^
ji
i
■--'. I '
-.-■->-
I
I
H
i
^1 I
>»
1 ; *
I
I
I
•f^'
564
CRANE
Rings for Ring Joints
/
t
Oval Ring
Types A and B
Octagonal Ring
Types A, B, and C
Shape of Ring Regularly Furnished
For Various Size Ring Joints
should specify
"A", "B", or
Type A Rings
the
will -
CI
ass
Si
Inches
For
150
Pound
Ring
Joints
1
Ring
Num-
ber
rTs
IVd R 17 .80 2.90 .88
l'/2 I R 19 I 1.00 3.55 1.10
Crane Oval and Octagonal Rings are made in a variety
of high grade materials, suitable for use in 150, 300,.
400, 600, qoo, 1500, and 25oo-Pound ring joints. The
shape of the ring regularly furnished for \-arious sizes
and pressure classes of joints is indicated in the table
at the right.
Ordering : Orders for rings
Ring Number and the Type:
When Type is not specified,
regularly be supplied.
Type A Rings are made
of Armco Iron (qo Bri-
nell maximum hardness),
in oval or octagonal
shape; see table above.
Type B Rings, made of 4
to b% Chrome with y^%
Molybdenum (130 Bri-
nell maximum hard-
ness), are recommended
for corrosive services, as
in oil refinery work, and
for use with Chrome-
Molybdenum Steel
products. They have
the same shape as Type
A Rings, being distin-
guished by a square bead
(or fin) on the outer
periphery.
Type C Rings are made
octagonal shape only, of
Soft Steel (130 Brinell
maximum hardness) and
are recommended for use in
all steam or water installa-
tions.
Pressure
Class
Oval Rings
Type A or B
Octagonal Rings
150-Pound
300-Pound
Type A or B |TypeC
All sizes
400-Pound
600-Pound
18" and smaller
*20 and 24"
9Q0-PQund I 12" and smaller! *14" and larger
I5Q0-Pound I r and smaller] * 6" and larger
All
sizes
2500-Pound [ Information furnished on request
^Oval-shaped rings can be furnished for these si^es
when so ordered; prices on application.
List Prices, Each
.75 2.60 .82
R 22 1.20 4.15 1.32
21/2 R25 1.30 4.15 1.43
R29 1.45 4.35 1.59
31/2 I R33 1.65 4.90 1.81
4 I R 36 1.85 5.40 2.03
R40 2.25 6.30 2.47
R43 2.40 6.70 2.64
8
R48 4.20 10.45 4.62
10
R52 6.00 1 16.00 6.60
12
R56 11.00 20.40 12.10
14
R59 11.40 22.40 12.54
16
R64 12.80 29.00 14.08
18
R68 15.40 38.50 16.94
20
R72 15.90 45.00 17.49
24
R76 27.50 57.60 30.25
V2
R 11
.70 2.40 ,77
Va
R13
.70 2.40 .77
R16
.75 2.60 .82
11/4 R 18 .85 3.20
.93
IV2 R20 1.05 3.55 1.15
Sealing Ring
For
300,
400,
and
600
Pound
Ring
Joints
2
R23 1.30 4.15 1.43
2V2 R26 1.30 4.15 1.43
For
900
Pound
Ring
Joints
For sizes 23^-inch and smaller,
use 1500-Pound Rings.
R31
K60j 4.901 1.76
31/2 I R34 1.70! 4.90 iTfi?
4
R37 I 1.90 5.401 2.09
R41 I 2.301 6.501 2.53
R45 I 2.651 7.301 2.91
8 I R49 I 5.Q0I 13.001 5.50
10
R53 I 6.601 16.80[ 7.26
12
R57 11.40 22.40 12.54
14
R62 18.041 36.08 18.04
16
R66 I 22.771 40.48| 22.77
18
R70 27.50 66.55 27.50
20
R74 34.10 75.02 34.10
24
R78 70.40 135.52 70.40
R31 1.60 4.90 1.76
t3
tR30 ] tl.50 14.35 tl.65
31/2 R34 1.70 4.90 1.87
R37 1.90 5.40 2.09
Sealing Ring
For unusually corrosi\-e
fluids, Corrosion Sealing
Rings are recommended
for protection of rings.
Prices on application.
R41 2.30 6.50 2.53
R45 2.65 7.30 2.91
8
R49 5.00 13.00 5.50
10
R53 I 6.60 16.80 7.26
For
1500
Pound
Ring
Joints
Vi
R 12
.70 2.40 .77
3/4
R 14
.70 2.60 .77
R16
.75 2.60
.82
IV4 R18 .85 3.20 .93
IV2 R20 1.05 3.55 1.15
R24 1.30 4.15 1.43
21/2 R27 1.35 4.35 1.48
R35 1.70 5.25 1.87
31/2 R37 1.90 5.40 2.09
R39
R44
2.05 5.95 2.25
2.45 6.75 2.69
6
R46 3.96 11.88 3.96
8
R50 8.58 16.83 8.58
10
R54 10.67 25.08 10.67
12
R58 18.37 48.401 18.37
14
R63 27.28 54.23 27.28
16
R67 36.74 64.021 36.74
12
R57 11.40 22.40 12.54
14
R61 12.80 27.00 14.08
16
R65 I 14.10 31.60 15,51
18
R69 16.00 40.00 17.60
20
24
R73 26.07 57.20 26.07
R77 36.85 73.70 36.85
18
R71 41.80 90.75i 41.80
20 I R75 I 66.001121.001 66.00
24
R 79 108.90 181.591108.90
2500
Pound
Ring
Joints
Prices are furnished on application.
Sizes, ring numbers, and dimensions
are shown on page 5b3.
tRing R 30 in Types A, B, and C is for 300 or 600-Pound Ring Joints only use when one or
both halves of the joint are Cranelap,
.Dimensions of Rings and Ring Joints pages 562 and 563
Flanged joint assembly and maintenance page 624
CRANE
565
Granite Sheet Packing
An Asbestos Composifion Manufactured Solely for Crane Co,
GRANITE is the highest grade of sheet packing obtainable.
The name "'GRANITE" is registered in the United States Patent Office.
ii
' r
I*
i
I 1 '
. J
The list price of
Cranite Sheet Packing
is $1-00 per pound.
^
^■^57^ e^^^asr
--^^^^
o-^l^i^
* V
' C'"«-^^v''
o'^S^
<«^
.^•^
^s^
.^<t
^^w^
io-^^
.<^
Iff
o->g;.**
J^
<^
»?i^
c??^^
-»-c.'
^W ""^^
The ^/i^-inch thickness
averages .€2 pound
to the square foot-
1
?:
ranite Sheet Packing : Granite Sheet Packing is
lade of an asbestos composition, using only selected
»ng fiber asbestos, cross laminated to provide un-
gual tensile strength. It offers a very uniform and
Igh resistance to compression, is exceptionally strong
nd rugged, and will not deteriorate with ase.
oo
his packing is unhesitatingly recommended for a
lultitude of serxices, such as steam, water, oil, dry
ir, acids, ammonia, alkali, gases, etc.. and for
;mperatures up to 750° F.
■ecause of the great number of services for which
iranite Sheet Packing can be used, its unusually
high quality, and its ability to withstand deteriora-
tion, users will find it economical to purchase the
packing in quantities and to carry it in stock.
For best results, gaskets cut from Granite Sheet
Packing should be coated with Grane Thread Lubri-
cant when being installed. See page 548 for Grane
Thread Lubricants.
Sizes: Granite Sheet Packing in the l^g-inch thick-
ness is regularly furnished in sheets 3b or 48 inches
square. Other thicknesses from 1^4 to }4-inch, or
other sizes up to 120 inches square can be made to
order; prices on application.
Cranite Packing has been inspected and is listed by the Underwriters' Laborato-
ries (National Board of Fire Underwriters), Chicago, for use on hazardous liquids.
"CC" Rubber Sheet Packing
Manufactured SoUIy for Crane Co,
The list price of
CC" Rubber Sheet Packing
is $.50 per pound.
The ^/i^-inch thickness
averages .61 pound
to the square foot-
f-
I
CC" Rubber Sheet Packing, manufactured solely
:>r Grane Go., is especially well adapted for high or
>w pressure service on saturated steam, hot and
■old water, air, gases, etc. It is made up in rolls 36
inches wide, weighing approximately 200 pounds
each, and in thicknesses of He-ii^ch and J^-inch.
"GG" Rubber Sheet Packing can be furnished in
rolls up to 72 inches wide.
i'» .i>
-iJrtr'^is
II ^ , ,1
I
I
I
I
566
CRANE
Gaskets
For 25'Pound Cast Iron Flanged Joints
Ring Gaskets co\'er the
face of the fiange to the
inside edge ol the bolts,
and u'ill always be fur-
nished unless otherwise
ordered-
Full Face Caskets are
furnished v\ ichout bolt
holes unless otherwise
ordered: an extra charge
is made for punching bolt
holes
Ring Gaskets
Full t"ace
' Gaskets
List
Prices. Each
Inside
and
Outside
Diameters
Inches
List Prices, Each
Ir
1
Ot
Dia
In
iside
Size
Inches
Cloth
Inserted
Rubber
Vl 6-inch
Rubber
4-ounce
Canvas
i/l 6-inch
Cloth
Inserted
Rubber
1/1 6 -inch
Rubber
4-ounce
Canvas
and
Uside
nneters
iches
2
,07
.17
.06
2
x4V8
.18
.34
.14
2
x6
2V2
.09
.21
.07
-ly-i
X47/8
! .23
.42
.18
2V2X7
3
.12
.25
.09
3
x53/8
i .28
.50
.21
3
^^Vi
31/2
.14
.35
.10
! 31/2
X63/8
.30
.67
.22
3^
I X 8V2
4
.16
.39
.11
4
x67/«
.35
.75
.24
4
x9
5
.19
.50
.13
1 ''
1
x77/g
.42
i 1.00
1 .28
5
xlO
b
.23
.59
.15
1 6
x87/8
.47
1.20
.30
6
xU
8
.30
.75
! .18
8
xllVs
.65
1.45
.40
8
X UVz
10
.42
1.00
.25
10
X 135/8 .88
2.00
,h^
10
xl6
12
.58
1.25
.33
12
X 163/8
1.15
2.50
.70
12
X19
14
.70
1.56
.42
14
X 18
1 1.30
2.80
.80
14
x21
16
.82
2.00
.49
16
X 201/2
1 1.65
3.55
1.00
16
X 231/2
18
.86
2.30
.52
!18
x22
i 1.85
4.00
1.12
18
20
x25
20
1.02
2.50
.61
20
X 241/4 i 2.00
4.40
1.20
X 271/2
24
1.40
2.90
.85
24
x2834
! 2.55
5.25
1.55
24
x32
30
2.10
4.40
; 1.27
30
X 351/8
1 3.80
8.90
! 2.30
30
X 383/4
36
2.90
6.80
1.75
36
X 417/8
5.10
13.55
3.10
36
x46
42
3.50
8.05
' 2.10
42
X 481/2
16.15
3.75
42
x53
48
9.40
2.75 148 x55
18.75
4.85 148 X 591/2
For 125--Pound Cast Iron Flanged Joints
pLing (baskets 1 hull Face Gaskets
1
List Prices, Each
Inside
and
Outside
Diameters
Inches
List Prices, Each
Inside
Size
Inches
Vi6-iJ^ch
Cloth
Inserted
Rubber
Vl 6-inch
Rubber
4-ounce
Canvas
Vl6-i"ch
Cranite
Vi6-i^ch
Cloth
Inserted
Rubber
Vl 6"irich
*^CC^'
Rubber
4-ounce
Canvas
Vi6-»^ch
Cranite
and
Outside
Diameters
Inches
1
.05
.04
.04
.12
1 X 25/8
.10
.17
.09
.29
1 X 41/4
1V4 '
.07 '
.13
.06
.15
11/4X3
.14 !
.25 I
.12
.31
1 V^ X 4%
n7
.07 1
.13
.06
.19
iy2x33/8
.14
.25
.12
.35
11/2x5
.0;
.17
.06
.22
2
X41/8
.18
.34
.14
.50
2
xb
21'2
.09
.21
.07
.27
lyi
x47/8
.23
.42
.18
.70
2>/2
x7
3
.12
.25
.09
.32
x53/8
.28
.50
.21
.78
3
X71/2
3V2
.14
.35
.10
.46
3V2
x6%
.30
.67
.22
.98
3y2
X8V2
4
.16
.39
.11
.50
4
X67/8
.35
.75
.24
1.05
4
x9
.19
.50
.13
.58
5
X 73/4
.42
1.00
.28
1.15
5
X 10
6
.23
.59
.15
.65
6
X83/4
.47
1.20
.30
1.30
6
xll
8
.30
.75
.18
.90
8
xU
.65
1.45
.40
1.90
8
X 131/2
10
.42
1.00
.25
1.20
10
X 133/8
.88
2.00
.55
2.70
10
x 16
12
.58
1.25
1 r
.3o
1.80
12
X ISVs
1.15
2.50
.70
3.70
n
X 19
14
.70
1.56
.42
1.85
14
x 173/4
1.30
2.80
.80
4.15
14
x21
16
.82
2.00
.49
2.25
16
X 20 1/4
1.65
3.55
1.00
4.95
16
X 231/2
18
.86
2.30
.52
1.95
18
X215/8
1.85
4.00
1.12
5.00
18
x25
:u
1.02
2.50
.61
2.35
20
X 2378
' 2.00
4.40
1.20
5.60
20
X 271/2
24
1.40
2.90
.85
4.00
24
x 28 1/4
2.55
5.25
1 .55
6.80
24
x32
30
2.10
4.40
1.27
On
Appli-
cation
30
X 343/4
3.80
8.90
2.30
On
Applir&liuD
30
X 38^4
36
2.90
6.80
1.75
36
X 411/4:
5.10
13.55
3.10
36
x46
42
3 . 50
8.05
2.10
42
x48
16.15
3.75
42
x53
48
r
9.40
2.75
48
X 541/2
18.75
4.85
48
X 591/2
Canvas Gaskets: Can\as Gaskets are furnished
uncoated. 1 hey should be coated w ich Crane Thread
Lubricant or \\ ith red lead and oil w hen installed.
Cranite Gaskets: When installing Cranite Gas-
kets, they should be coated with Crane Thread
Thread Lubricants page 548
Lubricant in order to facilitate making tight joints.
Cranite Gaskets are satisfactory for use in oil lines
where asbestos gaskets are permitted.
Other materials: Other commercial sheet packing
gaskets are made to order; prices on application.
Sheet Packings . . page 565
CRANE
567
Gaskets
For 175'Pound or 250-Pound Cast Iron Flanged Joints
Gaskets ex-
:nd to the inside
ise of the bolts.
Corrugated
Copper Gasket
hese gaskets also
re used with 400-
"ound W,0,G, and
00-Pound W.O.G.
alves.
Far
Large Tongue
and
'Jroove Gaskets,
see page 570.
Size
Ring Gaskets
Large Male and Female Gaskets
^^6-inch Granite
or "CC Rubber
27-Gauge
Corrugated
Copper
O.D.
In. i
Vi6-i"ch Granite
or "GC Rubber
27-Gauge
Corrugated
Copper
o.n.
List Prices
I.D.
In.
List Prices
I.D.
In.
Inches
"CC" Gran-
ite
Each ' Each
List
Price
Each
I.D.
In.
"CC"
i Each
Gran-
ite
Each
List
Price
Each
I.D.
In.
In.
1 .17 .15 1 .16 ; 11/2 1 27/8
.11
.08 1 .14 I 11/2
2
IV4
.17 .18 Wa
■17 17/8 31/4
.11 .10 : 1V4 1 .16 17/8
21/2
IVz
.17 .22 11/2
■18 21/8 33/4
.11 .11
IV2
.17
21/8 27/8
2
.19 .24 2
.20 27/8
43/8 ,i .11 1 .18 i 2 .18
27/8 : 35/8
2V2 -25 .31 21/2 .29 33/8 5Vr
.13 .19 2V2 ' .20
33/8 41/8
3
.32 .42 3
.40 ' 41/4 ; 57/8 .17 .23 1 3
.29
41/4
43/4
5
31/2
.35 .48 31/2
.42 43/4
6V2 .21
.26 31/2
.32
SI/2
4 ; .38 .57 4
.45 ' 53/16 ' 71/8 " .23 .38 i 4 ' .40
5Vl6 ' 63/16
5
.52 .75 5
.60 : 65/^6 ; 8I/2
.32
.46 5
.54
6V16 75/16
6
.63 .98 6
.84 71/2 97/8
.35
.58 6
.63
71/2 8V2
8
.90 1.30 8
1.04 93/8 121/8
.52
.75 8
.90
9y8
10%
123/4
10
1.15 1.65 10
1.45 IIV4 14V4 .67 .98 10
1.20 [ 111/4
12
1.50 2.00 12
1.88 ; 131/2 16% .92 \ 1.30 1 12 \ 1.70 ; 131/2 15
14
2.10 3.30 131/4
1.94 1434 191/3 '^ 1.00 \ 1.40 ! 131/4
1.80
143/4
161/4
18 1/2
16
2.50 3.70 15V4 2.88 1634 2IV4 i 1.20 1.70 , 151/4 2.20 ' I63/4
18 1 2.85 4.15 17
2.96 1 191/4 23V2 1.45 2.15 ! 17 , 2.70 191/4 I 21
20
3.05 4.85 19 3.54 ' 21 ; 253/4 !j 1.70 2.30 : 19 , 3.18 | 21
23
24
4.00 1 6.30 23 ' 4.88 ' 2SV4 ' 3OV2 1 2.40 ! 3.75 ! 23 ' 3.50 ■ 25 V4 1 27 V4
Gaskets for 800-Pound Hydraulic Cast Iron Flanged Joints . . page 570
\
For Brass Flanged Joints
-'ull Face Gaskets are fur-
lished without bolt holes un-
Z3S otherwise ordered; an
:xtra charge is made for
)uiiching bolt holes.
Size
150-Pound MSS Standard
Full Face Gaskets
300-Pound MSS Standard
Full Face Gaskets
List Prices, Each
Inside
and
Outside
Diameters
Inches
List Prices, Each
Inside
Inches
Vi 6-inch
Cloth
Inserted
Rubber
Vi6"inch
Rubber
Vi6-inch
Granite
Vl 6-inch
Rubber
Vi 6-inch
Granite
and
Outside
Diameters
Inches
V2
.10
.17
.23
y2 X31/2
.36
.26
Vl X33/4
Va
.10
.17
.27
Va X37/8
.36
.33
V4 X45/8
1
.10
.17
.29
1 X 41/4
.38
.35
1 X 47/g
1V4
.14
.25
.31
IV4 X 45/8
.38
.41
11/4X51/4
1V2
.14
.25
.35
IV2 X 5
.38
.55
IV2X6I/8
2
.18
.34
.50
2 X 6
1 .45
.60
2 X 6I/2
2V2
.23
.42
.70
21/2 X 7
.55
.84
21/2 X 71/2
3
.28
.50
.78
3 X 71/2
.67
.97
3 x8i4
3V2
.30
.67
.98
31/2 X 8V2
.75
1.10
31/2 X 9
4
.35
.75
1.05
4 X 9
.95
1.40
4 X 10
5
.42
1.00
1.15
5 X 10
1.05
1.60
5 X 11
6
.47
1.20
1.30
6 X 11
1.25
1.90
6 X 121/2
8
.65
1.45
1.90
8 X 131/2
1.70
2.55
8 X 15
10
.88
2.00
2.70
10 X 16 1
12
1.15
2.50
3.70
12 X 19
-
Granite Gaskets : When installing Granite Gaskets,
:hey should be coated with Crane Thread Lubricant
n order to facihtate making tight joints. Granite
baskets are satisfactory for use in oil lines where
asbestos gaskets are permitted.
Corrugated Copper Gaskets : Corrugated Copper
Gaskets are recommended only when used with
smooth faced flanges, and should be coated with
'■Grane Thread Lubricant when installed.
Other materials: Gaskets made from other com-
Thread Lubricants page 548
mercial gasket materials can be made to order; prices
on application.
Gaskets for Brass Flanged Joints: Full face gas-
kets should always be used for Brass Flanged Joints.
Metallic gaskets are not recommended.
When brass flanged material is bolted to iron or steel
material which normally has a raised face, the raised
face should be remo\'€d to pro\'ide a full face bearing
for the gasket. Brass flanged material should not be
bolted to Granelap Flanged Pipe Joints.
Sheet Packings poge 565
i
■11 1
^'|
.{
iiiixh-
t- _..
I
568
CRANE
Gaskets
For Steel Flanged Joints
Ring Gaskets extend to the
inside edse of the bolts
Corrugated
Metallic Gasket
Class
Size
Inches
Ring Gaskets
l/^g-inch Cranite
Corrugated Copper
List
Price
Each
I.D. and
O.D.
Inches
List
Price
Each
I.D. and
O.D.
Inches
V2
.10
VzxF/g
.13
1 X iVs
V4
.11
3/4x21/4
.15
lVl6X21/4
1
.12
1 X 2%
.16
11/2 X25/8
IV4
.15
IV4X3
.16
IVs x3
IV2
.19
m X 33/8
.17
21/s x33/8
2
.22
2 X 41/8
.19
2'/8 x4y8
2%
.27
2V2 X 47/8
.29
33/8 x47/8
3
.32
3 X 53/8
.29
41/4 x53/8
31/2
.46
3V2 X 63/8
.42
43/4 X63/8
150
4
.50
4 X eVg
.45
53/,6x67/8
Pound
5
.58
5 X 73/4
.55
65/16 X 73/4
6
.65
6 X 83/4
.63
71/2 x83/4
8
.90
8 X U
.89
93/8 xll
10
1.20
10 X 133/g
1.19
IIV4 X 133/8
12
1.80
12 X leVs
1.76
131/2 X 161/8
14
2.15
131,4x173/4
1.87
143/4 X 173/4
16
2.80
15I4X 201/4
2.42
163.4 X 201/4
18
2.50
171/4x213/8
2.58
191/4 X 215/8
20
2.85
191/4x23%
2.77
21 X 237/8
24
4.70
231/4 X 28 1/4
3.49
2514 X281/4
Cranite Gaskets: Cranite Gaskets are not
recommended for temperatures higher than
750° F. When being installed, they should
be coated with Crane Thread Lubricant in
order to facilitate making tight joints.
Cranite Gaskets are satisfactory for use in
oil lines where asbestos gaskets are per-
mitted.
Corrugated Metallic Gaskets : These gas-
kets are recommended only for use with
smooth faced flanges and for best results
should be coated with Crane High Tempera-
ture Thread Lubricant when installed.
Corrugated Copper Gaskets are made of 27-
gauge copper; Corrugated Soft Iron Gaskets,
of 2.2-gauge iron. They have a large inside
diameter to assure a high unit compressive
load.
Other materials: Gaskets of other com-
mercial materials can be made to order;
prices on application.
800-Pound Hydraulic Cast Iron Joints:
8oc-Pound Hydraulic Cast Iron Flanged
Joints use the same gaskets as the 600-Pound
Steel. For greater convenience, these are
listed separately on page 570.
175 and 250-Pound Cast Iron Joints : The
dimensions of gaskets for 175 and 250-Pound
Cast Iron Flanged Joints are the same as for
300-Pound Steel. These are listed on page
Class
Sire
I
Ring Gaskets
Large Male and Female Gaskets
Vi 6-inch
Cranite
Corrugated
Copper or Soft Iron
Cranite
Corrugated
Copper or Soft Iron
Inches
List
Price
Each
I-D. and
O.D,
Inches
List
Price
Each
LD. and
O.D.
Inches
List
Price
Each
LD- and
O.D-
Inches
List
Price
Each
LD. and
CD.
Incites
3/4
.12
.13
^.2X
2U
.14
1 :■• :u
.07
.08
.08
3/4 X
1 X
1%
11 Vie
2
.10
.12
.14
1x1%
34 X
2 = 8
.16
15/16 X 2%
IVieX HMs
1
.15
1 X
2%
.16
IV2 X 27/8
' IV2 X 2
1V4
.18
iy4s
3V4
.17
V/s s 31/4 :
.10
1V4X
21/2
.16
1% X 21^
11 2
.22
1V2X
33/4
.18
, 21/8 X 33/4
.11
1V2X
2y8
.17
; 21/8 X 27/8
2
.24
2 X
4%
.20
2% X 43/8 ,
.18
.19
2 X
2V2X
3%
41/8
.18
.20
27/g X 3^8
2V2
.31
21-2 X
oVs
.29
' 33/8 X 51/8 '
■ 33/g X 414
3
.42
3 X
5%
.40
41/4 X 57/8
.23
3 X
5
.29
1 41/4 X 5
3V2
.48
3^.2X
6V2
.42
43/4 X 61/2 1
.26
.38
31/2 X
4 X
51/2
63/16
.32
.40
43/4 X 51^
300
Pound
4
.37
4 X
71 '8
.45
; 53/,6X 63/16
5
.75
5 X
81 2
.60
6V16S 8I/2
.46
5 X
7Vl6
.54
' 65/16 X 75/i«
6
.98
6 X
9'8
.84
/"V2 s 9V8
.58
6 X
81/2
.63
71/j X SH
8
1.30
8 s
1214
1.04
93/8 xnVa
.75
.98
1.30
1.40
8 X
10 X
12 X
131/4 X
lOVs
123/4
15
I6I/4
.90
1.20
1.70
1.80
93/8 xlOH
10
1.65
10 X
141/4
1.45
IIV4 X 141/4
! 11 Vi X1234
12
2.00
12 X
165^8
1.88
13^2 xies/s
' 131'. xl5
14
3.30
131 4 X
1918
1.94
1434 X 191/8 ;
1 143/4 X I6I/4
16
3.70
I5V4 s
2IV4
2.88
163/4 X 211/4 !
1.70
151/4 X
181'2
2.20
1634 xl8»A
18
4.15
17 s
23V2
2.%
191/4 X 231/2 1
2.15
17 X
21
2.70
191/4 xll
20
4.85
19 X
253/4
3.54
, 21 X2534
2.30
3.75
19 X
23 X
23
271/4
3.18
3.50
21 x23
24
6.30
23 X
301^
4.88
251/4 x30i2
251/4 X 271/4
(Confirtuec/ on f/ie rxGxt page)
Sheet Packings p^g^ o65
Large Tongue and Groove Gaskets P'^ge 570
Thread Lubricants pctS^ ^^
CRANE
569
I
Cluss
Size
Ring Gaskets
Large Male and hemale Gaskets
Inches
Granite
Corrugated
Copper or Soft Iron
Vi6-inch
Granite
Cormgated
Copper or Soft Iron
List
Price
Each
I.D. and
O.D.
Inches
List
Price
Each
l.n. and
O.D.
Inches
List
Price
Each
I.D. and
O.D.
Inches
List
Price
Each
l.n. and
0,D.
Inches
For sizes 3 ^-inch and smaller, use 600-Pound Caskets.
4 .54
4 x7
.45
53/16 X 7
.38
4 X 63/16
.40
53/16X 63/16
5 .72
S X 83/8
.63
6V16 X 83/8
71/2 X93/4
.46
5 X 75/,6
.54 65/i6x75/l6
6 .95 6 x934
.80
.58 1 6 X81/2
.63
/Vz X8I/2
S
1.25
8 xl2
1.00
934 xl2
.75
8 X 10%
.90
93/8 xlO%
400
10
1.60
10 X 141/8
1.36
IIV4 X 141/8
.98
10 X 1234
1.20
111/4 X 123/4
Pound
12
1.95 12 X I6V2
1.84 ' 131/2 XI6I/2
1.30
12 X 15
1.70 131/2 xl5
14
3.25
131/8 X 19
2.26 143/4 xl9
1.45
131/8 X I6I/4
1.80 143/4 xl6i4
16
3.75
15 X 211/8
2.80 I 163/4 X 211/8
1.80 15 XI8I/2 2,20 1634 XI8I/2
IS
4.10
17 X 233/8
3.12
191/4 X 233/8
2.15 17 x21
2.70 191/4 x21
20
4.80
18% X 251/2
3.46 21 x25V2
2.40 187/8x23 3.18 21 x 23
24 6.35
22% X 301/4
4.72 251/4 x30V4
4>00 1 22% X 271/4 3.50 ; 251/4 x 2/1/4
\2 i .12
^72X21/8
.14 i 1 x2i/8
•07 , 1/2x13/8 .10 1 xl3/8
V4
.13
^4X2%
.16
lVl6x25/8
.08
3/4XIIV16 .12 1^16x111/16
1 .15
1 X 27/8
.16
1V2X27/8
.08
1 x2 .14 11/2 X 2
IV4
.18
IV4 X 31/4
.17
IVs x3V4
.10 11/4x21/2 .16 17/8 xlVz
IV2
.22
11/2x334
.18 21/8 x334
.11 11/2x27/8 .17 21/8 x27/g
: , .24
2 X 43/8
.20
27/8 X43/8
33/8 x5i/8
.18 , 2 x3% .18 i 27/8 x3%
2V2
.31
2V2 X 51/8
.29
.19 21/2x41/8 .20 33/s x4i/8
3
.42
3 X syg
.40 : 41/4 x57/8
.23 3 x5 .29 41/4 X 5
31/2
.46
31/2 X 63/8
.42 ; 434 x63/8
.26 31/2x51/2 -32 43^ x5i/2
600
4
.70
4 X 7%
.55 ' 53/i6x7%
.38 4 x6Vi6 .40 53/i6x63/i6
Pound
5
1.05
5 X 91/2
.92 65/16x91/2
.46 5 x7Vi6 -54 65/i6x75/i6
6
1.10
6 X IOV2
.94 71/2 XIOV2
.58 6 X81/2 -63 71/2 X8I/2
8
1.60
77/8x12%
1.18 93/8 xl2%
.80 77/8x10% .90 93/8 x 10%
10
2.60
93/4 X 153/4
1.58 1 IIV4 X 153/4
1.05 93/4x123/4 1.20 1 111/4 X 123/4
12 ' 3.20
II3/4X 18
2.20 ' 131/2 xl8
1,40 113^x15 ' 1.70 ; 131/2 xl5
14
3.60
127/8x193/8
2.44 143/4 xl93/s
1.55 127/8x161/4 , 1.80 ; 1434 x 16 1/4
16
4.60
143/4X221/4
3.30 1 163/4 X 221/4
1.90 1434 X I8I/2 2.20 1634 X I8I/2
15
5.10 ! I6V2X 241/8
3.62 191/4 X 241/8
2.50 161/2x21 2.70 I91/4 x 21
20 6.10
I8V4 X 267/8
3.84 i 21 X 267/8
2.85 181/4x23 3.18 21 x 23
24 7.60
22 x31V8 ' 5.30 251/4 xJlVg
4.50 22 X 271/4 3.50 251/4 x 2/1/4
For si
zes 2 ' o-inc
h and
sme er. use 1500-Pound Gaskets.
3
.57
27/8 X 6%
.47
41/4
x6%
.24
27/8 X 5
.29
41/4 x5
3V2
.73
33/8 x 71/2
.55
43/4
X71/2
.28
33/8 X 51/2
.32
43/4 X51/2
4
.87
37/8x81/8
.58
53/16
xSVg
.40
37/8x63/ie
.40
53/,6x63/i6
5
1.15
434 x 93/4
.92
^Vie
X 93/4
xll%
.50
43/4 X 75/16
.54
6V16 X 7Vi6
6
1.60
534x113/8
1.14
71/2
.62
53/4x81/2
.63
71/2 X8V2
900
8
2.25
71/2 X 141/8
1.74
93/8
X 141/8
.89
71/2x10%
.90
93/s xl0%
Pound
10
3.35
93/8 X 171/8
2.62
IIV4
X 1/1/8
1.15
93/8x1234
1.20
11% X 123/4
12
4.15
nVsxigs/s
3.15
131/2
xl9%
■ 1.60
111/8x15
1.70
131/2 x 15
14
4.30
121/4 X20V2
3.20
143/4
X 201/2
1.80
121/4 XI6I/4
1.80
143/4 X I6I/4
16
5.25
14 X 22%
3.70
163/4
X 22%
2.25
14 X I8I/2
2.20
163/4 X I8I/2
18
6.00
153/4 X 251/8
4.50
191/4
X 251/8
3.10
153/4 X 21
2.70
191/4 x21
20
7.05
171/2 x 271/2
4.92
21
X 271/2
3.50
171/2 x 23
3.18
21 x23
24
10.20
21 x33
6.88
251/4
x33
5.10
21 X 271/4
3.50
251/4 X 271/4
V2
.13
V2 X 2V2
.16
1
X 21/2
.07
V2XI3/8
.10
1 X 13/g
3/4
.15
lVl6x23/4
.16
IV16
X23/4
.08
lVl6Xlll/,6
.12
IVlGX 111/16
1
.18
% X 31/8
.17
IV2
X31/8
.09
y8x2
.14
11/2 x2
IV*
.21
iy8X31/2
.17
lyg
X31/2
.11
iy8X21/2
.16
V/g x2V2
1V2
.24
1% X 37/8
.18
21/8
x37/8
.12
l%x27/8
.17
21/8 x27/8
2
.44
1% X 5%
.32
27/8
x5%
.19
1/8x3%
.18
2y8 x3%
21/2
.58
21/4 X 61/2
.42
33/8
X61/2
.20
21/4x41/8
.20
3% X41/8
1500
3
.63
234 X 67/8
.4/
4V4
X67/8
.26
23/4x5
.29
41/4 x 5
Pound
31/2
,72
31/8 X 7%
.55
43/4
x/3/8
X8I/4
.33
3y8x5i/2
.32
4y4 X51/2
4
.93
3% X 8I/4
.60
53/1 6
.43
3%x63/i6
.40
53/16x63/16
5
1.30
43/8 X 10
.96
6V16
xlO
.57
4% X 7Vi6
.54
6yi6 X 75/16
6
1,60
53/8x111/8
1.08
7V2
xiiy8
.70
53/8 X 8I/2
.63
71/2 X81/2
8
2,25
7 X 137/8
1.66
9%
X 137/8
1.00
7 x 10%
.90
93/8 xl0%
10
3.40
83/4 X 171/8
2.62
IIV4
X 171/8
1.40
8V4XI234
1.20
liy4 X 123/4
12
4.85
103/8 X 201/2
3.74
131/2
X 201/2
X 223/4
1.85
103/8 X 15
1.70
131/2 X 15 '
14
6.10
11% X 223/4
4.68
143/4
2.00
113/8x161/4
1.80
143/4 XI6I/4
/J
*;
■ 11
sfiffmv
f
.<\^
Vi
— t- * ■ -
I
I
\\\
■
■ i
r^
I '>■'
■.'
I
-'
':!
'j
ni
i
I
I
570
CRANE
Gaskets
For 800-Pound Hydraulic Cast Iron Flanged Joints
Ring Gaskets extend to the
inside edge of the bolts.
Corrugated
Metallic Gasket
Siz^
Ring Gaskets |
Large Male and Female Gaskets
Vi6-inch
Granite
Corrug
Coppe
Soft I
;ated
r or
ron
CD.
In.
1/1 6-inch
Granite
Corn J gated
Copper or
Soft Iron
O.D.
Inches
List
Price
Each
I.D.
In.
List
Price
Each
I.D.
In.
List
Price
Each
I.D.
In.
List
Price
Each
I.D.
In.
In.
2
.24
2
.20
2% 43/8
.18
2
.18 2yg
3%
21/2
.31
2V2
.29
3%
SVs
.19
21/2
.20 33/8 41/8
3 1 .42
3
.40
41/4
5V8
.23
3
.29 41/4 5
31/2
.46
3y2
.42
43/4
63/8
.26
31/2
. 32 43/4
51/2
4
.70
4 .55 53/,6
75/8
.38
4
-40 ! 53/16
5
1.05
5
.92 65/16 91/2 .46
5
.54 6V16
7Vl6
6
1.10
6
.94
71/2 101/2 .58
6
.63 71/2
8
1.60 ' 7%
1.18
93/8 125/8 -80
7y8
.90 93/8 los/g
10 i 2.60 1 934
1.58 111/4 1534
1.05
93/4 1.20 111/4 1234
12
3.20
IIV4 2.20 131/2 18
1.40
113/4 1.70 1 131/2 IS
For All Large Tongue and Groove Flanged Joints
SlT^
List Prices, Each
Inside and
Inches
Vi6-irich
Rubber
Vl 6-inch
Cranite
27-Gauge
Corrugated
Copper
Corrugated
Soft
Iron
Outside
Diameters
Inches
ya .05 .05 .10 ' .10
1 xl3/«
3/4 .05 .05 1 .12 .12 15/i6xUVi6
1 • .06 .05 .14 1 .14
IV2 x2
11/4 .07 .06 .16 .16
lys X21/2
11/2 ' .07 .07 ' .17 ' .17 : 21/8 x2y8
2 .07 .08 ' .18 .18 2yg x3%
21/2 .07 .09 .20 .20 33/8 x4y8
3 .11 .14 .29 .29 41/4 x5
31/2 .11 .16 .32 .32 ' 43/4 x5y2
4 .13 1 .19 1 .40 .40 53/i6x63/i6
5 .13 .21 i .54 .54 6Vi6x7Vi6
6 .15 .25 .63 .63 71/2 xSVi
8 .23 .40 ! .90 .90 93/8 x lOya
10 .32 .57 1.20 1 1.20 IIV4 xn%
12 .38 .67 1.70 1.70 131/2 x 15
14 .40 .73 1.80 1.80 14^4 x 161/4
16 .55 .97 2.20 2.20 I63/4 x I8V2
18 .60 1.10 2.70 2.70
191/4 x21
20 .75 1.40 3.18 3.18 21 x 23
24 1.00 1.65 3.50 3.50
251/4 X 271/4
Large Tongue and Groove Gaskets
The list prices and dimensions of the Larg
Tongue and Groove Gaskets, shown in th
table at the left, apply to the followin
classes of flanged joints:
175-Pound Cast Iron
400-Pound W.O.G. Cast Iron
250-Pound Cast Iron
500-Pound W.O.G. Cast Iron
800-Pound Hydraulic Cast Iron
800-Pound W.O.G. Cast Iron
150-Pound Steel
300-Pound Steel ,
400-Pound Steel
600-Pound Steel
qoo-Pound Steel
1500-Pound Steel
Rubber Gaskets: "CC" Rubber Tongue and
Groo\"e Gaskets are recommended only for 175-
Pound and z5o-Pound Cast Iron Flanged Joints.
Cranite Gaskets: Cranite Gaskets are not recom-
mended for temperatures higher than 750° F. When
being installed, the)' should be coated with Crane
Thread Lubricant in order to facilitate making
tight joints.
Cranite Gaskets are satisfactory for use in oil lines
where asbestos gaskets are permitted.
Corrugated. Copper Gaskets: Corrugated Copper
Gaskets (27-gauge) are recommended only when used
Thread Lubricants . page 548
with smooth faced flanges, and should be coated wit
Crane High Temperature Thread Lubricant whe
installed.
Corrugated Soft Iron Gaskets: Corrugated Sol
Iron Gaskets are made of 22-gauge iron, and ar
recommended for use with smooth faced flanges onh
For best results, they should be coated with Cran
High Temperature Thread Lubricant when ir
stalled.
Other materials: Large Tongue and Groove Gai
kets made of other commercial gasket materials ca
be made to order; prices on application.
Sheet Packings . . . .page SGS
CRANE
571
Ring Gaskets for Unions
I
I
When ordering, always specify the gasket material,
and state size and kind of union.
Gaskets for Screwed Unions and Union Fittings
List Prices and Dimensions
Size of union or union fitting
InchesI Vs 1/4
Vi
8
V2
^4
1 ■ IV4 I IV2 2 '2V2
3V2
Standard Malleable Iron
Unions and Union Fittings
and
*Circu!ating Boiler Fittings
Rubber Per 100| .70! -901 UIO ^ 1.30 |1.60| 2.00 2.40 3-00 I4-005-25J6-75I 8.50|1UOO
Cranite Per 100 U00'U2S! U55 ! U85 12.251 2.80 3,35 " 4.20 15-6017-3519,50112 .00 15-50
LP. Inches|iy32^iV32l ^V32^Vi6l 1 I IV4 [nV32'l^V32 2Vi6:2V4l3V6 ' 3% I 4y,6
O. D. Inches|25/32|2V32' lVl6 IV4 'IV2 1127/3^1 21/3 V^A2iV32 i% ^ ^Vz^' ^ ! ^Vl
1
Gaskets for Flange Unions
List Prices and Dimensions
. Size of union Inches Vi ' % ' V2 V4 ! 1 Wa IV2 2 2V2 ' 3 31/2 4 5 ' b 8 ' 10 ' 12
Standard
i Brass
CC Rubb&r Each
.05 .05
.06 .07 .07 .08 .09 .11 .13
.15 .20 .30 .42
Hlange
I-D. nchesi [ ^Vi6 Wi6 Wn l^Vi&\l^^/ie2% 2% .3V2 4 41/2 5Vi6 6% 8% 1
Unions
0. D. nches
■IV16 liVi6liVi6 23/8 12% '37-'i6 3% 4% 5y4 '53/4 ■ 7 '8V4 lOVs'
M 2 50- Pound
CC Rubber Each ' | .05 .06 .07 .07 .08 .09 .11 .13 .15 .20 .30 .42 ^
Brass
Crani e Each
.06 .07 .08 .08 .10 .13 .16 .18 .21 .27 .42 .60
Flange
I-D. nches \ 1 Vie IV16 il^ V16 1' Vi6.23/8 1% 131/2 4 i4V2 '5 Vie '6% 8%
Unions
0. D. inches: ' ly^ IV^ 25/, '2% 131/23^8 "iVs '5Vi 5% 7 '8V4 IOV2
Standarc
Cast ron
CC Rubber Each
.05 .05
.06 .07 .07 .08 .09 .11 .13
1
.15 .20 .30 .42 .SS .80
Flange
I. D. Inches,
^VielVie IV16 liVieliVi6i2y8 2yg 3y2 ' 4 i4y2 .59/16^6% 85/8 103/4 12y4
Unions
0. D. Inches' .l3/g 17/g jy^ 2% !2yg 31/2 '3% '4% 5% 53/4 7 8V4 lOVz 12i 3/,gi5i/i6
250 Pound
CCKubber Eachi .05 .05 .06 .07 [ .07 i .08 .09 .11 .13 .15 .20 .30 .42 1
Cast ron
Cranite Each, , , .06 .06 I .07 , .08 .08 .10 .13 .16, .18 .2-1 .27 .42 .60
orNo. 95F
I. D. nches 'IV16 IV16 IV16 '1^ Vie 1^ Vie 23/^ 2Vs '^Vi ' 4 ^4V2 5V]6 6% 8%
Ma L ron
0. D. nches U/s V/z 2Vg 2% IZYg '3y2 ^Vs 45/8^5V4 534 i 7 8V4 lOV?
* >-Boit
Rubber Each (C oth inserted rubber gasket) .07'
1
Cast ron
I. n, Inches
: ! ! ^ .2y4
Union
0. D. Inches
1 t 33/8 I \ \
^t i^ n H ^ rfi
CC Rubber Eachl
.05 .06 .07 .07 .08 .09 .11; .13 .15 , .20 .30 : .42 .55 .80
Mai - ron
Cranite Each
\ .06 .07 i .08 .08 -lO: .13 .16 .18 .21 , .27 , .42 .60' .75 1.10
Flange
1. D, Inches
iVie lys i^Vi6ii^Vie23/8 2y8 3y2 4 4y2 svig es/g ss/g 1034 1234
Unions
0. D. Inches
i^Vi6iiVi6:23/8 27/8 3y2 :3y8 4y8 5y4 ;534 7 „8y4 loys 1213/15 151/16
I ongue
& Groove
1 Unions
Cranile Dozen .25 .30 .30 .40 .40 .50 .50 .55 .60 .70 .85 1.00 1.20 1.50 2.40 3.00 ; 3.75
Lead Dozen .45 .50 | .50 .70
.90 1.25 1.25 1.50 1.70 1.85 2.15 2.40 2.70 3.50 i4.80 5.60 6.50
LD. Inches iy32 23/32 V^ Ws 1% l^ Vie 1^ Vie 2Vi6i2iVi6i3Vie:4Vi6 :4Vi6 5% 6IV16: 9% Uy* l^Vi
0. D. Inches 3y32 13/32 17/32 IIS/^^ l^^/^^ ly^^ l^S/g^ 33/33 32V32 ^%2A^Vz2 5^VzZ',^'-Vz2 7^Vzz 10% 123^ 15
*Gaskets for Circulating Boiler Fittings: Cir-
culating Boiler Fittings use the follov/ing size gaskets :
No. $85 Elbows —
HxH^K and i^xj^xi" 1^" gasket
MxHxS^, 3^x3^x1. and %x3ixr'..M" gasket
No. 586 Elbows and No. ^89 Couplings
—all sizes W gasket
Thickness of gaskets: All gaskets listed on this
page are ^e-inch thick,
"CC Rubber gaskets : "XC" Rubber is a superior
grade of rubber packing, unusually tough and
durabk. It is made to a special formula and is given
frequent and careful tests to assure the finest quality.
CC Rubber is recommended for all pressures on
services such as saturated steam, hot and cold water,
air, and gas,
"Cranite''' gaskets: "Cranite", the highest grade
of sheet packing obtainable, is an exceptionally
strong and durable asbestos composition that does
not deteriorate with age. Only especially selected
long fibre is used in its manufacture. It is recom-
mended for service on saturated and superheated
steam, oil, gas, air, gasoline, ammonia, and similar
fluids.
Cranite packing has been inspected and is listed by
the Underwriters' Laboratories (National Board of
Fire Underwriters), Chicago, for use on hazardous
liquids.
_ -^ H — -
•y \\
b
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572
CRANE
Galvanized Flanged Fittings and Flanges
125-Pound and 250-Pound Cast Iron Flanged Fit-
tings or Flanges, 125-Pound Malleable Iron Flanges,
and 150-Pound and 300-Pound Cast Steel Flanged
Fittings or Forged Steel Flanges will be galvanized
to order at the extra list prices shown below.
Prices for galvanizing cast steel flanged fittings and
forged steel flanges in the 400 to 1 500-Pound pres-
sure classes will be furnished on application.
Cast iron flanged fittings and flanges are described
on pages 273 to 2^5 ; malleable iron flanges, on
page zqz; cast steel flanged fittings, on pages 343
to 34q; and forged steel flanges, on pages 361 to 367.
Extra List Prices for Galvanizing
Size
nS-Pound
Cast Iron Fittings and Flanges
Malleable Iron Flanges
No. 525
No. 527
No. 545
Elbows
No. 547
No. 548
Reducers
No. 526
No. 528
No. 538
No. 540
No. 546
No. 549
No. 550
No. 551
Elbows
No. 529
No. 531
No. 533
No. 534
No. 535
No. 536
Tees
No. 530
No. 532
Tees
No. 537
No. 539
Crosses
No. 541
No. 543
Laterals
No. 55^
No. 559
Screwed
Flanges
No. 555
Blind
Flanges
No. 557
Reducing
Screwed
Flanges
Tnches
150-Pound
Cast Steel Fittings and Forged Steel Flanges
No. 525 D
No. 527 D
No. 545 D
Elbows
No. 547 D
No. 548 D
Reducers
No. 550 D
No. 551 D
Elbows
jNo. 531 D
No. 534 D
Tees
Extra
Each
Extra
Each
No. 537 D
No. 539 D
Crosses
No. 541 D
No. 543 D
Laterals
Extra
Each
No. 556
Screwed
Flanges
No. 554
Slip-On
Welding
Flanges
Extra
Each
No. 556 1/2
Blind
Flanges
No. 554V2
Reducing
Slip-On
Welding
Flanges
No. 558V2
Reducing
Screwed
Flanges
No. 568
Welding
Neck
Flanges
O.D.
In.
Extra
Each
1
2.40
3.60
4.80
.60
41/4
.90
1V4
2.40
3.60
4.80
.60
45/8
.90
1V2
2.40
3.60
4.80
.60
5
.90
2
2.40
3.60
4.80
.70
6
1.00
2y2
2.50
3.75
5.00
.75
7
1.10
3
2.75
4.15
5.50
.85
7V2
1.25
31/2
3.25
4.90
6.50
1.00
8V2
1.50
4
3.65
5.50
7.25
1.20
9
1.80
5
4.85
7.25
9.75
1.35
10
2.00
6
6.00
9.00
12.00
1.65
11
2.50
8
9.00
13.50
18.00
2.50
131/2
3.75
10
14.50
22.00
29.00
3.75
16
5.75
12
21.00
31.00
42.00
5.00
19
7.50
14
30.00
45.00
60.00
7.00
21
10.50
16
40.00
60.00
80.00
10.50 1231/2116.00
250-Pound
Cast Iron Fittings and Flanges
No. 101 E
No. 103 E
No. 121 E
Elbows
No. 123 E
No. 1231/2 E
Reducers
No- 122 E
No. 125 E
No. 1251/2 E
No. 127 E
No. 131 E
No. 133 E
No. 139 E
No. 141 E
Elbows
No. 105 E
No. 107 E
No. 109 E
No. Ill E
No. 112 E
No. 1121/2 E
Tees
No. 135 E
No. 137 B
Tees
No. 113 E
No. 115 E
Crosses
No. 117 E
No. 119 E
Laterals
No. 151 E
Screwed
Flanges
No. 153 E
Blind
Flanges
No. 155 E
Reducing
Screwed
Flanges
300-Pound
Cast Steel Fittings and Forged Steel Flanges
No. 401 D
No. 403 D
No. 421 D
Elbows
No. 423 D
No. 4231/2 D
Reducers
Extra
Each
No. 4251/2 D
No. 427 D
Elbows
No. 407 D
No. 412 D
Tees
No. 413 D
No. 415 D
Crosses
No. 417 D
No. 419 D
Laterals
Extra
Each
Extra
Each
No. 291 E
Screwed
Flanges
No. 294 E
Slip-On
Welding
Flanges
Extra
Each
No. 297 E
Blind
Flanges
No. 290 E
Reducing
Slip-On
Welding
Flanges
No. 292 E
Reducing
Screwed
Flanges
No. 296 E
Welding
Neck
Flanges
O.D.
In.
Extra
Each
3.00
4.50
6.00
.85
47/8 1*25
3.00
4.50
6.00
.85
51/4 1.25
3.00
4.50
6.00
.85
61/8 1.25
3.00
4.50
6.00
1.00
1 61/2 1.50
3.10
4.65
6.25
1.05
71/2 1 -i^
3.50
5,25
7.00
1.15
181/4 1.75
4.10
6-15
8.25
1.40
9 2.10
4.50
6.75
9.00
1.65
10 2.50
6.00
9.00
12.00
1.90
11 2.85
7.50
11.25
15.00
2.30
121/2 3.50
11.25
16.75
22.50
3.50
15 5.25
18.00
27.00
36.00
5.25
171/2 8.00
26.00
39.00
52.00
7.00
201/2 10.50
37.50
56.00
75.00
10.00
23 15.01)
50.00
75.00
100.00
15.00 251/2:22.50
CRANE
573
r?
Pipe, Pipe Data, and Thread Information
Pipe. Casin*;. and Boiler Tubes
General Notes, Pipe I raJe Practice pace ^74
Double Random Lengths Carried [n Stock .' ;pa^e 574
Standard Pipe. ...
Extra StronrPipe ^^^^ ^^l
Double Extra stmr^g Pipe.- :::::; : ii^ii^,
Hvdraulic Pipe . ^""^^ ^'^
Reamed and Drifted Pipe. .■.';:;;; ^^^^ III
Large O.D. Pipe IZV.l
^■p-» Line Pipe :.::;:;:::;;;::;:::^a^ns
^^'u^'''^'^ P^^^^^3
Merchant Casing,::::::;::;:;:::;:;:::::;:::::;-
Inserted joint Casing page 582
Bundling Schedule for Pipe pacrg ^^g
American Standard tor Pipe ; ; pages '584 to 587
Pipe Data ^„_ .J^o
Internal Fluid Pressures for Pipe :::::::;:::::;:;:::::: paie ^Sq
Thread Information
.American Standard Pipe Threads nncre <on
British Standard Pipe Threads ; : : : ; : ' ' ' pa^e 50°
Normal Thread Engagement Rctuccn Pipe Threads. . pa^e 5ot
Discussion of Threaded Pipe Joints page jqz
Threading Material for Oil Country Use pa^e 5q^
Thread Data for Casing, Tubing, Etc pages 5Q4 and 5^5
rittings with Casing Threads pacr^ 506
Pages 574 to 500 constitute the section JcvntcJ
to Pipe, f^ipc Data, and Thread Infontiation.
In addition, this catalog contains useful engi-
neering data on pipe and lists of sices and weights
of copper cubing: see the pages referred to below:
.*:
Calculating Working Pressure. Stress, or Wall Thickness of l^ipc pa-'cs 6;^ to 617
I hernial Lxpansion and Modulus of Elasticity of Pipe page 64 i
Deflection ot I lorizontal [*ipc Lines L^e ^ .
Calculation of Pipe Bends '. ;;;;;;;;;;.pagcs 638 and 6h
Length of Pipe .n Bends ^ , _ . ;,p^g^. ^\l
Expansion of Pipe Lines page 42O
Lxpansion of Copper Tuhing paee ^10
Types K, L. M. and O rioppcr Tuhing for Soldcr-Joints ; ; ; ; page \ 1 z
Type B Copper I ubing for Oanc-Scal Silbra: Joints pa^e 4C)8
Thread* for Raiting FitHnga. , . .page 266
Fabricated Piping. . . pages 597 to 619
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574
CRANE
Wrought Steel and Genuine Wrought Iron
Tubular Products
Butt-Welded, Lap-Welded, and Seamless Pipe
Casing, Boiler Tubes, and Tubing
> ■
General Notes
Pipe Trade Practice
/
I ^
All weights are figured on the basis of one cubic inch
of steel weighing .2833 pound.
All material wilt be cut to length when so ordered,
with extreme \ariation not exceeding one-eighth of
an inch o\'er or under, unless otherwise arranged.
All threads, unless otherwise indicated, are in ac-
cordance with American (Briggs'j Standard.
The outside diameter of all classes of pipe, casing,
tubing, tubes, etc., heavier than standards listed,
is the same outside diameter as standards listed, the
extra thickness al\\-ays being on the inside and there-
fore reducing the inside diameter of the pipe.
Tubular material is known either by its nominal
inside diameter or its outside diameter, and the
tables of weights and dimensions should be consulted
for the proper designation for each class of goods.
When listed by nominal inside diameter, it is desig-
nated "Size'", and when listed bv outside diameter.
"SizeO.D.'"
When ordering pipe 12-inch and smaller designate
weight desired, and when ordering tubes designate
thickness desired.
Above 12-inch inside diameter, pipe and tubing are
usually known and spoken of by their outside diam-
eters, and when ordering, thickness desired must be
specified.
All Boiler Tubes are known by their outside diameters.
All dimensions of tubular goods are subject to
change without notice.
On orders calling for commercial sizes of pipe which
are finished with threads and couplings, in sizes
j/^-inch to 12-inch, inclusive, and where orders spec-
ify quantity in lineal feet, it is understood that
randGm lengths fitted with threads both ends and
coupling one end will be shipped; and the measure-
ment is charged from end to end, that is overall
including coupling.
If cut lengths of any sizes are ordered, instructions
must appear on the face of the order whether plain
ends, threads only, or threads and couplings are
required. The pipe is then cut to the length specified
for plain end and threads only, but if cut lengths
with threads and couplings are specified the practice
is the same with- the exception that the couplings are
charged separately, whether they are shipped loose
or screwed on the pipe.
On sizes 14-inch O.D. and larger, information must
appear on the order as to whether plain ends, threads
on y, or threads and couplings are required, inasmuch
as these large sizes are customarily held in stock in
plain ends, subject to order as to the necessary re-
quirements in regard to threads only or threads and
couplings.
All data given on the following pages, numbers 575
to 582 inclusive, apply to Wrought Steel Tubular
Products. '
■ii
Pipe Carried in Stock
A distinguishing feature of Crane policy has
alwavs been to maintain widely distributed and
adequate stocks of al! staple lines for the con-
venience of customers. These include not only
valves, fittings, flanges, and accessories but also
large stocks of the \^arious kinds of pipe.
Stocks of pipe are carried by each Crane Branch
in sufficient sizes, kinds, and quantities to meet
all normal local requirements.
Prompt shipments can be made of random
lengths or of cut pipe, plain end or threaded.
At Crane Limited Montreal Works, large stocks
of regular pipe, as well as large O.D, Pipe in
various wall thickness, are kept on hand at all
times for prompt execution of fabricated piping
and assembly orders.
Information on double random lengths and
special grades will be furnished on request, cc)
L I
t".-^
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CRANE
575
Standard Pipe
Black and Galvanized
^ s
tfi
All Dimensions and Weights Are Nominal
^ Size
f
Inches
List
Prices
Per Foot
Diameters ^
External
V
Inches
Internal
Inches
Thickness
Inches
Weight per Foot
Plain
Ends
Pounds
Threads
and
Cooplings
Pounds
Number
of
Threads
per
Inch
Test Pressure
Pounds per
Square Inch
Butt-
Weld
Lap-
Weld
Seam
less
Vs
.051/2
.405
.269
.068
.24
.24
27
700
1000
V4
.06
.540
.364
.088
.42
.42
18
700
1000
%
.06
.675
.493
.091
.56
.56
18
700
1000
V2
.08 1/2
.840
.622
.109
.85
.85
14
700
1000
•
Vi
■111/2
1.050
.824
.113
1.13
1.13
14
700
1000
1
.17
1.315
1.049
.133
1.67
1.68
IIV2
700
1000
IV4
.23
1.660
1.380
.140
2.27
2.28
111/2
700
2500
IV2
.271/2
1.900
1.610
.145
2.71
2.73
111/2
700
2300
2
.37
2.375
2.067
.154
3.65
3.67
IIV2
700
1000
2000
2V2
.58 1/2
2.875
2.469
.203
5.79
5.81
8
800
1000
2100
3
.761/2
3.500
3.068
.216
7.57
7.61
8
800
1000
1900
3V2
.92
4.000
3.548
.226
9-10
9.20
8
1000
1700
4
1.09
4.500
4.026
.237
10.79
10.88
8
1000
1600
MV2
.1.27
5.000
4.506
.247
12.53
12.64
8
1000
1500
5
1.48
5.563
5.047
.258
14.61
14.81
8
1000
1500
6
1.92
6.625
6.065
.280
18.97
19.18
8
1000
1500
*7
2.38
7.625
7.023
.301
23.54
23.76
8
1000
1200
18
2.50
8.625
'8.071
.277
24.69
25.00
8
800
1000
2.88 ■
7.981
.322
28.55
28.80
1000
1200
*9
3.45
9.625
8.941
.342
33 .^90
34.18
t
900
1100
3.20
3.50
10.750
10.192
.279
31.20
32.00
8
600
800
tio
10.136
.307
34.24
35.00
800
900
4.12
10.020
.365
40.48
41.13
900
1000
*11
4.63
11.750
11.000
.375
45.55
46.24
8
800
950
t12
4.50
5.07
12.750
12.090
.330
43.77
45.00
8
600
I 800
12.000
.375
49.56
50.70
800
1 900
^
*These sizes are listed as standard but are not commonlv used.
iti
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Unless otherwise ordered: Unless otherwise
ordered. Standard Pipe is furnished wich threads
and couplings and in random lengths.
On sizes 3-inch and smaller, butt-weld pipe will be
furnished unless otherwise specified.
Cut lengths: For cut lengths, an extra charge will
be made above random lengths.
Galvanized or coated pipe: For galvanized or
coated pipe, an extra charge will be made above
Black.
Threads: The taper of threads is ^^'-inch per foot,
measured on the diameter for all sizes.
Weights: The permissible \-ariation in weight is
5 per cent above and 5 per cent below.
The weight per foot of pipe with threads and cou-
plings is based on a length of 20 feet, including the
coupling. ', , '
18, 10, and 12-inch sizes: On sizes made in more
than one weight, weight desired must be specified.
i y
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General no fcs . . . page 574
Standard Bundling Schedule . . page 578
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576
CRANE
Extra Strong Pipe
Black and Galvanized
All Dimensions and Weights Are Nominal
Size
Inches
List
Prices
Per
Foot
■Diameters
External
Inches
Internal
Inches
Thickness
Inches
Weight
per Foot
Plain Ends
Pounds
Test Pressure
Pounds per
Square Inch
Butt-
Weld
Lap-
Weld
Seam
less
i/g .12 .405 .215 .095 .31 ! 700 | 1000
1/4 .071/2 -540 .302 .119 .53 700 ( 1000
34 .071/2 -675 .423 .126 .73 700 1 1000
1/2 .11 . 840 , 546 .147 1 . 08 ' 700 1000
34 .15 1.050 .742 .154 1.47 700 1000
1 .22 1.315 .957 .179 2.17 ' 7O0 1 1000
11/4 .30 1.660 1.278 .191 2.99 1500 j 2500
IV2 .36V2 1-900 1.500 .200 3.63 1500 2500
2 ,50V2 2.375 1.939 .218 5.02 1500 1 2500 2500
2V2 .77 2.875 2.323 .276 7.66 1500 ( 2000 2500
3 1-03 ' 3.500 2.900 .300 10.25 iSOO 2000 2500
31/2 ' 1 .25 ' 4.000 : 3.364 .318 ,' 12.50 ' ' 2000 ' 2500
4 1.50 \ 4.500 3.826 .337 14.98 2000 | 2200
* 41/2 1-80 5.000 [ 4.290 .355 17.61 , 1800 , 2100
5 2.08 ( 5.563 4.813 .375 ) 20.77 1800 2000
6 '2.86 6.625 5-761 ! .432 28-57 1800 2000
* 7 3.81 7.625 6.625 .500 38.04 1500 | 2000
8 4.34 1 8.625 7.625 .500 43.38 1500 1700
* 9 4,90 9.625 8-625 .500 48.72 1500 1600
10 5.48 10.750 9.750 .500 54.73 1200 1400
*11 6.10 ■ 11.750 10.750 .500 60.07 | 1100 1300
12 6.55 12.750 11.750 .500 65.41 1100 1100
* 1 hese sizes are isted as standard but are not common y used.
Unless otherwise ordered: Unless otherwise
ordered, Extra Strong Pipe is furnished with plain
ends and in random lengths.
On sizes 3-inch and smaller, butt-weld pipe will be
furnished unless otherwise specified.
Random lengths : Random lengths of Extra Strong
Pipe are considered to be 12 feet to ^^ feet, we to
have the pri\"ilege, however, of supplying not
exceeding 5 per cent of total order in lengths 6 feet
to 12 feet.
Cut lengths: For cut lengths, an extra charge will
be made above random lengths.
Threads, couplings: For pipe fitted with threads
only or with threads and couplings, an extra charge
will be made above plain ends.
Galvanized or coated pipe: For galvanized or
coated pipe, an extra charge will be made above
Black.
Weights: The permissible variation in weight is
5 per cent above and 5 per cent below.
General notes. . . .page 574
Standard Bundling Schedule . . page 578
CRANE
577
Double Extra Strong Pipe
Black and Galvanized
All Dimensions and "Weights Are Nominal
Size
List
Prices
Per l-oot
Diameters
Thickness
Inches
Weight
per Foot
Plain Hnds
Pounds
Test Pressure
Pounds per Square
External
Inches
Internal
Inches
Inch
Inches
Butt-Weld
Lap- Weld
Seamless
V2
.32
.840
.252
.294
1.71
700
1000
y^
.35
1 . 050
.434
.308
2.44
700
1000
1
.37
1.315
.599
.358
3 .65
700
1000
1V4
.S2V2
1.660
.896
.382
5.21
2200
2500
11/2
.65
1.900
1.1001
.400
6.40
2200
3000
2
.91
2.375
1.503
.436
9.02
2200
3000
3000
^y^
1.37
2.875
1.771
.552
13.69
2200
3000
3000
3
1.86
3.500
2.300
.600
18.58
3000
3000
3V2
2.30
4.000
2.728
.636
22.85
2500
2500
4
2.76
4.500
3.152
.674
27.45
2500
2500
*4V2
3.26
5.000
3.580
1 .710
1 32.53
2000
2500
3.86
5.563
4.063
.750
38.55
2000
2500
6
5.32
6.625
4.897
.864
53.16
2000
2500
*7
6.35
7.625
5.875
.875
63.07
2000
2500
8
7.25
8.625
6.875
.875
72.42
2000
2500
*These siz<
is are isted as
standard but a
re not common
y used.
Unless otherwise ordered: Unless otherwise
ordered, Double Extra Strong Pipe is furnished with
plain ends and in random lengths.
On sizes %Yi-\x\q\\ and snnaller, butt-weld pipe will be
furnished unless otherwise specified.
Random lengths: Random lengths of Double
Extra Strong Pipe are considered to be 12 feet to
22 feet, we to have the privilege, however, of supply-
ing not exceeding 5 per cent of total order in lengths
6 feet to 1 2 feet.
Cenerai notes . page 574
Cut lengths: For cut lengths, an extra charge will
be made above random lengths.
Threads, couplings: For pipe fitted with threads
only or with threads and couplings, an extra charge
will be made abo\'e plain ends.
Galvanized or coated pipe: For galvanized or
coated pipe, an extra charge will be made above
Black.
Weights: The permissible variation in weight is
lo per cent above and lo per cent below.
Standard Bundling Schedule. . . page 578
Hydraulic Pipe
All Dimensions and Weights Are Nominal
Size
List
Prices
Per
Foot
Diameters
Thickness
Weight
per Foot
Plain Ends
Pounds
Test
Pressure
Pounds per
Square Inch
r
1 liiches
Ex-
ternal
Inches
In-
ternal
Inches
Fraction
Inches
Decimal
Inches
6.01
9.625
8.375
%
.625 60.08 1600
7.11
8.125 V4
.750 71.09 1700
9
8.18
7.875 V&
.875 81.77 1800
9.22
7.625 1
1.000 92.12 1800
6.76
10.750
9.500 %
.625 67.59 1400
8.01
9,250 3/4 .750 80.10 1500
10
9.23
9.000 yg
.875 92.28 1600
10.42
8.750 1 1.000 104.13 1800
7.43
11.750
10.500 % .625 74.2b 1300
8.82
10.250 3/4 .750 88.11 1400
11
10.17
10.000 Vr -875 101.63 1500
11.49
9.750 1 1.000 114.81 1600
8.10
12.750
11.500 % .625 80.94 1200
( n
9.62
11.250 3/4 .750 96.12 1300
11.10
11.000 Vs .875 110.97 1400
w
12.55
10.750 1 1.000 125.49 IbOO
Unless otherwise ordered :
Unless otherwise ordered, Hy-
draulic Pipe is furnished with
plain ends and in random
lengths.
Cut lengths: For cut lengths,
an extra charge will be made
above random lengths.
Weights: The permissible
variation in weii^ht is 10 per cent
above and 10 per cent below.
Orders should specify internal
diameter or weight desired.
General notes . . page 574
I
I
1
i
if
tt
4**
It i
[i
\
' \
r -'
. *- ^ . t - .J
• .-^
I
I
i!
i
'1
578
CRANE
Reamed and Drifted Pipe
All Dimensions and Weights Are Nominal
Size
Inches
List
Prices
Per Foot
Diameters
External
Inches
Internal
Inches
Thickness
Inches
Weight per Foot
Plain
Ends
Pounds
Threads
and
Couplings
Pounds
Number
of
Threads
per Inch
Test Pressure
Pounds per
Square Inch
Butt-
Weld
Lap-
Weld
1
.17
1.315
1.049
.133
1.67
1.70
UVs
700
ly^
.23
1.660
1.380
.140
2.27
2.30
IIU
1000
n/
V2
.271/2
1.900
1.610
.145
2.71
2.75
IIV2
1000
n
.37
.40
2.375
2.067
.154
3.65
3.75
2.041
.167
3.93
4.00
111/2
1000
1800
2200
2V2
.581/2
2.875
2.469
.203
5.79
5.90
8
1000
1500
■761/2
3.500
3.068
.216
7.57
7.70
8
1000
1500
31/2 1 .92
4.000
3.548
.226
9.10
9.25
8
1000
4
1.09
4.500
4.026
.237
10.79
11.00
8
1000
^1/2
1.27
5.000
4.506
.247
12.53
12.80
8
1000
5
1.48
5.563
5.047
.258
14.61
15.00
8
1000
6
1.92
6.625
6.065
.280
18.97
19.45
8
1000
*This size
is isted as
standard but
s not commor
1 V used.
Unless otherwise ordered: Unless otherwise
ordered, Reamed and Drifted Pipe is furnished with
threads and couplings and in random lengths,
20 feet and shorter.
Threads: The taper of threads is ^-inch per foot,
measLired on the diameter for all sizes.
Weights: The permissible \*ariation in N\'eight is
General notes
5 per cent above and 5 per cent below.
The weight per foot of pipe with threads and cou-
plings is based on a length of 20 feet, including the
coupling, but shipping lengths of small sizes will
usually average less than 20 feet.
t2-inch size : On sizes made in more than one weight,
weight desired must be specified.
. . . .page 574
I
I
.1
Standard Bundling Schedule
Number of Pieces, Average Feet, and Average Weight of Pipe, per Bundle
Size
Standard Pipe 1
Extra Strong Pipe
Double Extra Strong Pipe
Number
of
Pieces
per
Bundle
Average^
per Bundle
Number
of
Pieces
per
Bundle
Average,
per Bundle
Number
of
Pieces
per
Bundle
Average,
per Bundle
Inches
Number
of Feet
Weight
Pounds
Number
of Feet
Weight
Pounds
Number
of Feet
Weight
Pounds
Vs • 30 500 i 123 1 30 500 157 ! |
V4 i 24 420 179 24 400 214
3/8 : 18 ' 340 ' 193 18 ' 330 244
1/2 1 2 240 204 1! 12 | 230 | 250 7 j 130 2 23
3/4 1 7 140 159 7 140 206 5 t 95 232
1 1 5 100 168 1 5 100 217 3 60 220
11/4 1 3 1 60 137 3 , 60 180 3 60 313
IV2 3 ! 60 164 3 60 218 ll 3 60 384
Order sizes }^ to i ' 2-^f^ch by Bundle.
Order sizes 2-inch and larger by lengths, using 20 feet as average length.
CRANE
579
Large O.D. Pipe
Plain Ends
All Dimensions and Weights Are Nominal
Size
O.D.
Thick-
ness
Inches
List
Prices
Per
Foot
Weight
per
Foot
Pounds
lest Pressure
Pounds per
Square Inch
Size
O.D.
Inches
Thick-
ness
Inches
List
Prices
Per
Foot
Weight
per
Foot
Pounds
Test Pressure
Pounds per
Square Inch
Welded
Seamless
Welded
Seamless
Inches
Low
Carbon
Me-
dium
Carbon
, Me-
^^o^^ dium
Carbon ^^^bon
Va
3.67
36.71
550
18
Vl6
5.90
59.03
500 ' 500 ■ 600
Vl6
4.56
45.68
650 ' 650 750
%
7.05
70.58
650 ' 650 ' 700
%
5.45
54.56
800 800 ' 900
Vie
8.20
82.06
750 750 850
Vl6
6.33
63.37
950 950 1100
V2
9.34
93.45
1 850 ' 850 ' 950
14
V2
7.20
72.09
1100 1100 1200
VlG
10.47
104.75
950 950 ' 1100
VlG
8.07
80.72
1200 1200 1400
%
11.59
115.97
' 1000 ' 1000 ' 1200
%
8.92
89.27
1300 1300 1500
^Vl6
12.71
127.11
' 1100 ' 1100 1300
lVl6
9.77
97.74
ISOO ' 1500 1700
%
13.81
138.17
' 1300 1 1300 ' 1400
¥4
10.61
' 106.13
1600 ' 1600 I 1800
%
16.00
160.03
1500
ys
12.26
122.65
' 1900 1
20
Vl6
6.57
65.70
450 450 550
V4
3.93
39.38
500
%
7.85
' 78.59
550 550 ' 650
Vl6
4.90
49.02
' 650 1
Vl6
9.14
91.40
650 650 750
%
5.85
58.57
750
Vi
10.41
104.13
750 ' 750 850
Vl6
6.80
68.04
900
Vl6
11.67
116.77
850 : 850 950
IS
¥2
7.74
' 77.43
' 1000 ■
%
12.93
129.33
950 950 ' 1100
Vl6
8.67
86.73
1100 1
lVl6
14.18
141.80
1000 1000 1200
%
9.59
. 95.95
1 1300 1
%
15.41
154.19
1100 1100 1300
>Vl6
10.50
105.09
' 1400
Vs
17.87
178.72
1300
V4
11.41
114.14
■ 15O0 , 1
Vl6
7.23
72.38
; 450 450 500
Vs
13.20
1 132.00
' 1800
22
%
8.66
86.60
500 , 500 , 600
V4
4.20
42.05
450
Vl6
' 10.07
100.75
600 600 700
Vl6
5.23
52.35
600 1 600 ' 650
V2
11.48
114.81
1 700 700 1 750
r
%
6.25
' 62.57
700 j 700 800
Vl6
12.87
128.78
1 750 750 850
Vl6
7.27
72.71
j 800 800 950
%
' 14.26
! 142.68
850
850 950
950 1100
16
y2
8.27
82.77
1 950 ; 950 1100
lVl6
I 15.64
156.48
950
Vl6
9.27
1 92.74
' 1100 1100 1200
1
%
17.02
: 170.21
1000 1000 1200
%
10.26
102.62
1200 1200 ; 1300
%
, 9.46
1
94.61
450 , 450 550
IVlG
11.24
112.43
1 1300 1 1300 1500
24
Vl6
! 11.00
110.09
1 550 ■ 550 1 600
y^
12.21
122.15
1400 : 1400 1600
Vz
: 12.54
125.49
650
650 ; 700
700 800
ys
14.13
141.34
1600
Vl6
14.08
140.80
700
%
i 15.60
156.03
1 800 800 900
'Vie
! 17.11
1
; 171.17
850 850 950
\
18.62
■ 186.23
950 950 1100
\*-. >
I
1
r ,
)
\
I
Unless otherwise ordered: Unless otherwise
ordered, Large O.D. Pipe is furnished with plain
ends and in random lengths.
Cut lengths: For cut lengths, an extra charge \vi
be made above random lengths. ■ ^
Threads, couplings: For pipe fitted with threads
only or with threads and couplings, an extra charge
wilf be made above plain ends.
Weights: The permissible variation in weight is
lo per cent above and lo per cent below.
Other sizes: Prices, dimensions, weights, and test
pressures on 17 and 21-inch O.D. sizes and on sizes
i6-inch O.D. and larger, are furnished on application.
General notes. . . page 574
i^ 1
x\-i-
>*- -:■
ii
M
I
' r '
i '
580
CRANE
A. P. L Line Pipe
All Dimensions and Weights Are Nominal
Size
List
Prices
Per Foot
1 )iameters
Thickness
Inches
Weight per Foot
Number
of
Threads
per
Inch
Test Pressure
Pound* per Square Inch
External
Inches
Internal
Inches
Plain
Ends
Pounds
Threads
and
Couplings
Pounds
Inches
Butt-
Weld
*Lap-
WelH
and
Grade
Seam-
less
Grade
Seam-
less
Vs
.06
.405 ! .269
.068 .24
.25
27
700
1000
1000
V4 -oevs
.540 .364
.088
.42
.43 18
700
1000
1000
3/8 1 .061/2 -675 i .493 ' .091
.56
.57 18
700 ! 1000
1000
V2
.09 .840 j .622 .109
.85
.86
14
700
1000
1000
3/4
.12
1.050
.824
.113
1.13
1.14 14
700
1000
1000
1
■17V2
1.315 1 1.049
.133
1.67
1.70 111/2
700
1000
1000
1V4
■23V2
1.660
1.380
.140 2.27
2.30 11 V2
1200
2500
2500
IV2
.28
1.900
1.610
.145 2.71
2.75 IIV2 1200
2300
2500
2
.371/2
2.375 j 2.067 .154
3.65
3.75 j 111/2
1200
2000
2200
2y2
.59
2.875
2.469
.203 5.79
5.90
8
1200
2100
2400
3 1 .77
3.500
3.068
.216 7.57
7.70
8
1200
1900
2100
3V2
.93 ! 4.000
3.548
.226 9.10
9.25
8
1700
1900
4 1 1.10
4.500 4.026
.237 10.79
11.00 8
1600 1 1800
5 1.50 ; 5.563 5.047 .258
14.61 15.00
8
1400
1600
6
1.94
6.625
6.065
.280
18.97
19.45
8
1300
1400
+8
2.54
8.625
8.071
.277 24.69 ; 25.55
8
950
1100
2.92
7.981
.322 28.55
29.35
1100
1300
3.25
3.55
10.750
10.192
.279 31.20
32.75
8
800
900
tio
10.136 .307 34.24
35.75
850
950
4.17
10.020 .365 ' 40.48
41.85
1000
1200
tl2
4.55
5.12
12.750
12.090
.330 43.77
45.45
8
800
900
12.000 ' .375 ! 49.56 51.15
900
1000
14 OD 5.68
14.000 13.250
.375 j 54.56
57.00 8
1 800
900
ISODj 6.18 ! 15.000
14.250
.375 58.57
61.15
8
750
850
16 OD
6 . 60 ! 16 . 000 15 . 250 . 375 62 . 57
65.30
8
700
8,00
17 OD 7.30 17.000 16.214
.393 69.70
73.20 8
700
800
18 OD 8.10 18.000 , 17.182 , .409 , 76.84
81.20
8 700
750
20 OD
9.00 20.000 i 19.182
.409 85.57
90.00 8 ! i 600
700
Lap-Weld not furnished in si^es heiow 2 inches
Unless otherwise ordered: Unless otherwise
ordered, A. P. L Line Pipe is furnished with threads
and couplings and in random lengths.
Cut lengths: For cut lengths, an extra charge will
be made above random lengths.
Galvanized or coated pipe: For gah anized or
coated pipe, an extra charge will be made abo\'e
Black.
Threads: The taper of threads is -^^'-inch per foot,
measured on the diameter for all sizes.
Weights: The permissible variation in weight for
any length of pipe is 10 per cent above and 3H
per cent below, but the carload weight shall not be
more than ij^i per cent under the nominal weight.
The weight per foot of pipe with threads and cou-
plings is based on a length of 20 feet, including the
coupling.
fS, 10, and 12-inch sizes: On sizes made in more
than one weight, weight desired must be specified.
General notes. . . .page 574
CRANE
581
Merchant Casing
For Water Wells and Irrigation Purposes
MM
■u
L
■
I
1^;
Size
Inches
2V4
*21/2
2V4
List
Prices
Per Foot
All Dimension s and Weights Are Nominal
Diameters
External
Inches
Internal
Inches
Thickness
Inches
Weight per Foot
Plain Ends
Pounds
Threads
and
Couplings
Pounds
Number
of
Threads
per Inch
.33
2.250
2.050
.100
2.29
2,34
.33
.33
.40
.41
2.500
2.284
.108
2.75
2.82
2. 750
2.524
.113
3.18
3.25
3.000
2.768
.116
3.57
3.65
3.250
3.010
.120
4.01
4.10
14
14
14
14
14
Test
Pressure
Pounds per
Square Inch
Lap-Weld
and
Seamless
Grade ''A"
500
500
500
500
500
31/4 .46 3.500 3.250 .125 \ 4.50 4.60 14 500
*3V2 -51 3.750 3.492 .129 \ 4.98 5.10 14 500
334 .561/2 ; 4.000 3.732 .134 5.53 5.65 ! 14 500
4 .62 4.250 , 3.974 .138 6.06 , 6.20 14 500
41/4 .68I/2 4.500 4.216 .142 j 6.60 6.75 14 500
41/2 .74 4.750 4.460 .145 i 7.13 7.25 14 | 500
434 ' .81 5 . 000 ' 4 . 696 .152 7 . 87 ' 8 . 00 14 500
5 .85 5.250 4.944 , .153 8.32 8.50 14 , 500
53/16 .90 5.500 5.192 \ .154 8.79 9.00 14 500
S% 1.05 6.000 5.672 .164 10.22 10.50 14 500
6V4 1.20 6.625 6.287 ; .169 11.65 12.00 \ 14 500
65^8 ' 1-35 ' 7.000 6.652 ' .174 ' 12.68 13.00 14 ' 500
*7V4 ! 1.48 7.625 7.263 .181 14.39 14.75 14 500
7% 1.60 8.000 7.628 .186 | 15.52 ! 16.00 lli/g 500
81/i 1.75 1 8.625 8.249 .188 16.94 17.50 llVz 500
85.8 ' 1.90 9.000 8.608 ' .196 18.42 19.00 llVs ! 500
95/8 2.28 10.000 9.582 .209 21.85 22.75 11 V2 500
noyg 2-&8 11.000 10.552 .224 25.78 26.7s 111/2 5oo
lis/g 3.15 12.000 , 11.514 .243 30.51 ! 31.50 UVa 500
I2V2 3.65 ' 13.000 12.482 .259 35.24 36.50 ' III/2 500
131/2 4.20 , 14.000 13.448 .276 40.45 42.00 IIV2 500
141/2 4.75 15.000 14.418 .291 45.71 47.50 IIV2 500
151/2 5.25 16.000 15.396 .302 50.63 52.50 III/2 500
'These sizes are listed as scancard buit are not common v used; earlier de i^'erv can general v be mace other sizes.
tl .
\n
Jnless otherwise ordered: Unless otherwise
)rdered, Merchant Casing is furnished with threads
ind couplings and in random lengths.
Dut lengths: For cut lengths, an extra charge will
:>Q made above random lengths.
jalvanized or coated casing: For galvanized or
;oated casing, an extra charge will be made above
3iack.
Threads: The taper of threads is %-{nch per foot,
I
measured on the diameter for all sizes.
The thickness of walls makes it impracticable to cut
threads of coarser pitch than shown on the table.
Weights: The permissible \ariation in weight is
5 per cent above and 5 per cent below.
The weight per foot of casing with threads and
couplings is based on a length of 20 feet, including
the coupling.
General notes .... page 574
i
I
■h
1 .1
^i;-.
w
.
3
I
I
582
CRANE
Inserted Joint Casing
All Dimensions and Weights Are Nominal
Sire
Inches
List
Prices
Diameters
Per
Foot
External Internal
Inches
Inches
Thick
ness
Inch
ncnes
Weight
per Foot
Plain
Ends
Pounds
Number
of
Threads
per
Inch
Joint
Length
of
Joint
Inches
Diameter
of
Joint
Inches
Test
Pressure
Pounds per
Square Inch
Lap-Weld
and
Seamless
Grade ^^A^'
7
.io
2.2S0
2.050
.100
2.29
14
.968
2.340
1300
iVi
.3^
2.500
2.284
.108
2.75
14
.993
2.606
1300
ny^
,33
2.750
2.524
.113
3.18
14
1.018
2.866
1200
23/4
.40
3.000
2.768
.116
3.57
14
1.043
3.122
1200
3
.41
3.250
3.010
.120
4.01
14
1.068
3.380
1100
31/4
.46
3.500
3.250
.125
4.50
14
1.093
3.640
1100
*3y2
.51
3.750
3.492
.129
4.98
14
1.118
3.898
1000
33/4
.561/2
4.000
3.732
.134
5.53
14
1.143
4.158
1000
-I
.62
4.250
3.974
.138
6.06
14
1.168
4.416
950
4V4
,68V2
4.500
4.216
.142
6.60
14
1.193
4.674
950
41/2
.74
4.750
4.460
r . 145
7.13
14
1.218
4.930
900
43/4
.81
5.000
4.696
.152
7.87
14
1.243
5.194
900
K
D
.85
5.250
4.944
.153
8.32
14
1.268
5.446
850
5^6
.90
5.500
5.192
.154
8.79
14
1.293
5.698
850
5%
1.05
6.000
5.672
.164
10.22
14
1.343
6.218
800
5%
1.20
6.000
5.620
.190
11.78
IIV2
1.374
6.246
950
6V4
1.20
6.625
6.287
.169
11.65
14
1.405
6.853
750
65/g
1.35
7.000
6.652
.174
12.68
14
1.443
7.238
750
*7V4
1.48
7.625
7.263
.181
14.39
14
1.505
7.877
700
7%
1.60
8.000
7.628
.186
15.52
111/2
1.574
8.238
700
81/4
1.75
8.625
8.249
.188
16.94
111/2
1.636
8.867
650
85/8
1.90
9.000
8.608
.196
18.42
IIV2
1.674
9.258
650
9%
2.28
10.000
9.582
.209
21.85
111/2
1.774
10.284
650
no5/8
2.68
11.000
10.552
.224
25.78
111/2
1.874
11.314
600
iiys
3.15
12.000
11.514
.243
30.51
111/2
1.974
12.352
600
12V2
3.65
13.000
12.482
.259
35.24
111/2
2.074
13.384
600'
nvz
4.20
14.000
13.448
.276
40.45
111/2
2.174
14.418
600
14V2
4.75
15.000
14.418
.291
45.71
IIV2
2.274
15 . 448
600
15V2
5.25
16.000
15.396
.302
50.63
111/2
2.374
16 . 470
550
These sizes are listed as standard but are not commonly used; earlier delivery can generally be made of other sizes.
Unless otherwise ordered: Unless otherwise
ordered, Inserted Joint Casing is furnished in ran-
dom lengths.
Cut lengths: For cut lengths, an extra charge will
be made above random lengths.
Threads : The taper of threads is ^s-^nch per foot,
measured on the diameter for all sizes.
The thickness of walls makes it impracticable to cut
threads of coarser pitch than shown on the table.
Galvanized or coated casing: For galvanized or
coated casing, an extra charge will be made above
Black,
Weights: The permissible variation in weight is
10 per cent above and 5 per cent below.
General notes . page 574
wss
CRANE
83
Boiler Tubes
c
Boiler Tube Sizes
Dimensions and Weights — Prices on Application
Size
. O.D.
Thicki
Minirr
B.W.G.
ness
lum
Dec-
imal
of
Inch
*Wt.
Pounds
per
Foot
Size
O.D.
Inches
Thickness
Minimum
*Wt.
Pounds
per
Foot
Size
O.D.
Inches
Thickness
Minimum
'VVt.
Pounds
per
Foot
1 Size
O.D.
Inches
Thickness
Minimtim
'Wt.
Inches
B.W.G.
Dec-
imal
of
Inch
B.W.G.
Dec-
imal
of
Inch
Dec-
B.W.G. '""^[^
Inch
Pounds
per
Foot
13
.095
1.037
2
13
.095
2.201
3
12
.109
3.838
41/2
10 .134
7.103
1
12
.109
1.168
12
.109
2.503
11
.120
4.189 '
9 .148
7.817
11
.120
1.263
11
.120
2.726
10
.134
4.652
5.110 1
8 .165
8.702
10
.134
1.384
10
.134
3.018
9
.148
7 M80
9.447
13 I
.095
1.328
2V4
13
.095
2.492
3V4
11
.120
4.555
5
9 :.148
8.720
1%
12
.109
1.502
12
.109
2.837
10
.134
5.061
8 .165
9.711
11
.120
1.628
11
.120
3.092
9
.148
5.561
7 '.180
6 , .203
10.550
10
.134
1.793
10
.134
3.427
8
.165
6.179
11.810
13
.095
1.619
2 1/2
12
.109
3.171
3V2
11
.120
4.921
5.469
6.012
SV2
9 ..148
9.622
iy2
12
.109
1.836
11
.120
3.457
3.835
4.207
10
.134
8 .165
7 .180
6 .203
10.720
11
.120
1.994
10
.134
9
.148
11.650
10
.134
2.201
9
.148
8
.165
6.683
13.050
13
.095
1.910
23/4
12
.109
3.504
3.823
4
10
.134
6.286 ,
6.915
6
7 ,.180
6 .203
12.750
m
12
.109
2.169
11
.120
9
a48
14.290
11
.120
2.360
10
.134
.148
4.244
4.658
8
.165
7.693
8.347
5 .220
4 .238
15.410
■
10 1
.134!
2.610
9
7
.180
16.640
*These are the Manufacturing Weights.
Under the permissible variations allovvecl in the
A.S.T.M. Standard Specification .'\-83-40, and the
A.S.M.E. Boiler Code, the tubing i'urnished on an
order cannot be lighter in weight than that of the
gauge thickness specified. Since manufacturing to
exact specifications' is impossible, the \'ariations are
General notes pogs 574
represented b\- hea\ ier wall thickness and over-
weight. Prices are based on actual weight.
[dimensions and weights for Boiler Tulles more than
(our gauges heavier than Standard and (or sizes
larger than L^-inch () I^. are furnished on application.
Brass and Copper Pipe
Standard Pipe Sizes
Dimensions and Weights — Prices on Application
Nominal
Size (Iron
Pipe Size)
Inches
Diameters
Ex-
ternal
Inches
In-
ternal
Inches
Regular
""WaTi"
Thick-
ness
Inches
Weight, Pounds
Per Linear Foot
Red
Brass
Copper
Vs
.405
.281
.0620
.2533
.2590
V4
.540
.375
.0825
.4496
.4596
%
.675
.494
.0905
,6302
.6441
Vz
.840
.625
.1075
.9381
.9588
V4
1.050
.822
.1140
1.271
1.299
1
1.315
1.062
.1265
1.791
1.831
Wa
1.660
1.368
.1460
2.633
2.692
IVa
1.900
1.600
.1500
3.127
3.196
2
2.375
2.062
.1565
4.136
4.228
2y2
2.875
2,500
.1875
6.003
6.136
3
3.500
3,062
.2190
8.560
8.750
W2
4.000
3.500
.2500
11.17
11.42
4
4.500
4.000
.2500
12.66
12.94
5
5.563
5.063
.2505
15.85
18.99
16.20
6
6.625
6.125
.2500
19.41
8
8.625
8.000
.3125
30.95
31.63
10
10.750
10.019
.3655
45.22
46.22
12
12.750
12.000
.3750
55.28
56.51
Ordering: Unless otherwise or^lered E^rass or Cop-
per Pipe is furnished with plain ends.
W hen Brass Pipe is ordered, regular weight Red
Brass Pipe will be lurnished Linless another tvpe of
brass is specified.
Lengths: Commercial lengths regularly available
are ii and 20 feet. IncermeLliatc or shoixer lengths
are cut to order only.
Weights: .Actual weights of Brass and Copper Pipe
will vary slightly from the theoretical weights shown
in the accompanying table.
Gauge tubing: Seamless brass or copper tubing in
nominal or outside diameters, sizes ^^ to lo-inch.
can be supplied in any gauge. Prices, based upon
direct shipment are furnished on application.
Extra strong pipe : Brass and Copper pipe, made to
the e.xtra strong thicknesses and regular outside
diameter up to lo-inch nominal pipe size can be
furnished on special order, when so specified, l^rices
and complete information are furnished on applica-
tion.
Types K, L, and Copper Tubing
for Solder -Joint Valves and Fittings page 512
Type B, Thin Wali Copper Tubing
/or Crane-Seal Values and Fittings page 49S
I
i
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1
'A
i
i\
r
I
I
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I
I
»1 !■
I
I
iff
I I
mi ^
I
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i I
I
584
CRANE
American Standard
for
Wrought -Iron and Wrought -Steel Pipe
The American Standards Association, during November, 1935, approved the
American Tentative Standard for Wrought-Iron and Wrought-Steel Pipe,
kno\\n as ASA 63(3. 10-1Q35. In April, rq3g, the American Standards Asso-
ciation approved an Addendum to this Standard, bringing it up-to-date and
advancing it to the status of a full "American Standard" (ASA 836,10-
i03Q)-
In de\-cloping the American Tentative Standard, the Sectional Committee,
composed of members from The American Society for Testing Materials
and the American Society of Mechanical Engineers, with the co-operation
of the industry, selected from the existing list of over-lapping sizes and
thicknesses certain well-defined schedules of pipe wall thicknesses covering
a wide range of pressure-stress ratios. In this way the diversified needs
of the piping industry have been provided for with the smallest practicable
number of pipe wall thicknesses in each size.
For the con\'enience of users, this American Standard (ASA B36.io-iQ3q)
is reprinted here; the Introductory Notes are shown below, and Tables i to 5
inclusive appear on the three pages which follow.
Introductory Notes
1 Scope: These standards shall be known as the
"American Standard for Wrought-lron and Wrought-
Steel Pipe". The word "pipe" is used as distin-
guished from "tubing ', restricting the term "pipe"
and therefore the scope of these standards, to apply
to tubular products of dimensions and materials
commonly used for pipe lines and connections.
2 Size: The "sire" of pipe for all schedules in
Tables 2, 3, 4, and 5 is identified by the "nominal
pipe size". For 14 inches and larger, "size" corre-
sponds to the outside diameter of the pipe.
3 Materials: The dimensional standards for pipe
described herein are based on products such as are
covered by the A.S.T.lVf. and A.P.I, specifications
outlined in Table 1.
It is recommended chat material be ordered and made in accord-
ance with these specifications or any subsequent revisions
thereof.
4 Wall Thickness: The nominal wall thicknesses
are given in Table 2 for steel pipe, and in Table 4
for wrought-iron pipe.
5 Weights: The nominal weights of steel pipe are
listed in Table 3, and correspond to the respective
wall thicknesses given in Table 2. The nominal
weights of wrought-iron pipe are listed in Table 5
and correspond to the respective wall thicknesses
given in Table 4.
A pipe size may be designated by giving the nominal
pipe size and wall thickness, or the nominal pipe size
and weight per foot.
6 Permissible Variations; Unless otherwise pro-
vided by the specification, the actual wall thickness
at any point shall not be more than 12.5 per cent
under the nominal wall thickness shown in the tables.
Permissible variations for other dimensions are indi-
cated in each specification.
7 Screw Threads: Unless otherwise specified, the
screw threads of threaded pipe and couplings shall
conform to American Standard for Pipe Threads
(ASA B2) as approved by American Standards Asso-
ciation; or in the case of threaded line pipe as used
in the petroleum and gas industries, the screw threads
shall conform to the standard of the American Petro-
leum Institute for line pipe (A.P.I. 5-L).
8 Schedule Numbers: As stated under Tables I,
3, 4, and 5 the schedule numbers indicate approxi-
mate values for the expression 1000 X P/S. This
permits an approximation of the wall thickness if
the service pressure and the value of allowable stress
for the material and service conditions are known.
Recommended values of "S", the allowable stress,
may be obtained by reference to engineering codes
such as the A.S.M.E. Boiler Code, the American
Standard Code for Pressure Piping (ASA B31.1), etc.
It is contemplated that the user will compute the
exact value of wall thickness suitable for the condi-
tions for which the pipe is required, as described in
detail in the A.S.M.E. Boiler Code, American Tenta-
tive Standard Code for Pressure Piping (ASA
B31.1), etc. From the schedules of nominal thick-
nesses contained herein, a thickness may then be
selected to suit the value computed to fulfill the
conditions for which the pipe is desired.
Simplified method for calculating working pressure, stress, or wall thickness of steel pipe . . . pages 635 to 637
pi
Wrought-Iron and Wroughi-Siecl Fipc (Cont.)
CRANE
585
Table 1 (Part i) Specifications for Pipe, With the Tensile Strengths Called for
and the Corresponding Uses for Which Each Material Is Intended
ASA
Desig-
nation
Title
Standard Specifi-
cations
Tensile Strength
Lbs. per Sq, In.
Scope
B36.1
Welded and
Seamless Steel Pipe
(A.S. I.M. A 53)
Welded, bessemer, 50.000 min
Welded, open-hearth, 45,000 min
Seamless, low carbon, 48.000 min
Seam ess, medium. 62,000 min
Commercial steel pipe for general uses, also
for coi ing, bending, flanging, and simi ar
forming operations when so specified-
B3o.2
Welded Wrought-Iron
Pipe (A.S.T.M. A 72)
40,000 min
Commcrcia wrought-iron pipe for genera uses, also
for coiling, bending, flanging. & other special purposes.
B30.3
Lap-Weked and Seamless
Steel Pipe for High
Temperature Ser\ice
(A.S. l.M. A 10b)
Welded, open-hearth, 45.000 min
Seamless. Grade A, 48.000 min
Seamless, Grade B, 62,000 min
Seamless. Grade C, 75.000 mm
T ,ap-welded and seamless steel pi ^e or high
temperature service. Suitable for bending,
flanging, and similar forming operations.
B30.4
Elect ric-Fusion-We ded
Steel Pipe, Sizes 30" and
Over (A.S.T.M A 134)
Material as specified from a ist of
A.S.T.M. Standards included in
A 134
Covers pipe 30 inch diameter and over in wall
thicknesses up to ^i inch, inclusive, fabricated
from steel p ates by electric fusion welding.
B30.5
E lect ric-Resista nce-
Welded Steel Pipe
(A.S.T.M. A 135)
Grade A, 48,000 min
Grade B, 60,000 min
Pipe up to 30" inch, for liquids, gas, or vapor at tem-
peratures be ow 450"^ F. Adapted for flanging, benc-
ing. and similar forming operations in Grade A class-
530.5
Forged-Welded St ee Pipe
(A.S.T.M. A Ub)
Grade A. 45,000 min
Grade B, 50,000 min
Covers sizp-s 14 to 9b", wall thicknesses 34 to 1 }/£", forge-
we ded from steel p ates and intended for various uses-
B3b7
Lock-Bar Steel Pipe
(A.S.T.M. A 137)
Platp.s, 55,000 to 65,000
Lock-bars, 40,000 to 50,000
Covers sizp.s 20 to 72", wall thicknesses ^^ to ^o", fabri-
cated from platps, with H-shaped lock bars for the on-
gitudinal seams. Suitable for conveyin ? ic uids or gases-
B36.8
Riveted Steel and
Wrought-Iron Pipe
(A,S.T.M. A 138)
Places, steel, 55,000 to 65,000
P ates, wrought-iron, C ass A,
48,000 min;B, 47,000 min
Rivet bar stock, steel, 45,000 to
55,000; wrought^ron. 47.000 min
Shop-fabricated pipe suitab e for convey-
ing liquids or gases; made from stee or
wrought-iron plates with riveted seams.
B36.9
Electric-Fusion-Weldcd
Steel Pipe, 8" to but
not including 30"
(A.S. l.M. A 139)
Grade A, 48,000 min
Grade B, 60,000 min
or other suitable materials as
specified >om a list o' A.S.T.M.
Standards
Covers sizes 8 inch up to but not including 30 inch
in wa 1 thicknesses not over ^ inch, fabricated from
steel pates by electric fusion we ding. ntended
for conveying liquids, gas, or vapor at temperatures
be ow 450° F. Adapted for flanging and bending-
B36. 1 1
Electric-Fusion-We ded
Stee PifDc for High-Tempera-
ture High-Pressure Service
(A.S.LM. A 155-36)
Grade A, 45,000 min
Grade B, 50,000 min
Grade C, 55.000 min
Covers pipe 18" OD and over for high-temperature
and high-prp.ssure service. Suitab e for bending,
flanging, corrugating, and similar forming opera-
tions. We ding in accordance with Par U-68 o'
the A.S. ME. Code for Unfired Pressure Vessels.
C8.7
Black and Hot -Dipped
Zinc-Coated (Halvanized)
Welded and Seam ess Steel
Pipe for Ordinary Uses
(A.S.LM. A 120)
{See Footnote)
Commercial steel pipe for ordinary uses
such as o\v-pressure steam, liquid, or gas
lines. Not intended for coi ing or close
bending, nor for high temperature service.
Table 1 (Part 2) A.P.I, and A.S.T.M. Specifications for Pipe, With Tensile Strengths
Called for and the Corresponding Uses for Which Each Material Is Intended
(These three specifications do not constitute part of this American Standard but are included for information onK'.)
I
Title
-
Tensile Strength
Lbs, per Sq- In.
Scope
Line Pipe
Specifications
(A.P.I, 5-L)
'urnace we ded:
Bf-ssemer, 50,000 min
Open-hearth, Class 1, 45,000 min
Open-hearth. Hass H, 48,000 min
Wrought iron, 42,000 min
Seamless or electric we ded:
Den-hearth, Grace A, 48,000 min
Open-hearth, Grade B, 60,000 rnin
Open-hearth, Grade C, 75,000 min
Seamless or furnace welded;
0:>en-hearth iron. 42,000 min
Pipe for line pipe purposes, to convey
gas, water, or oil. Si^es covered, 3-8 inch
nominal size to 24-inch outside diameter.
Couplings for threaded line pipe are of
specia c ensign. Ihrcacs on pipe and in
couplings are subject to official gage limits,
Due to the heavier weight of coup ings
the nominal weights of line pipe are some-
what greater than given in Tables 3 and 5.
Seamless Carbon-Molybdenum
A loy-Steel Pipe for Service at
Temperatures from 750 to 000 F.
(A.S. KM. A20t)-38T)
55,000 min ^
Seam ess carbon — 3^ per cent molybdenum alloy stee
pipe intended for service at metal temperatures from
750 to 1000 h. Suitable for bending, flanging, and
similar forming operations, and for fusion welding.
Seamless A loy-Steel Pipe
for Service at Temperatures
From 750 to 1100 F
(A.S.LM. A158-38T)
Ferritic, 60,000 min
Austenitic. 75,000 rnin
Seam ess alloy-steel pipe intended for service at
metal temperatures from 750 to 1100 b. Several
classes of materials that have been rather extensive y
used are included. Choice from the respective steels
should be made on the basis of requirements of de-
sign, service conditions, and the physical properties.
Footnote: No physical test requirements are called for in A.S-T,M. A 120 except the mill hydrostatic tests on each length,
which are for the same pressures as called for in B36.1 for the respective types and sizes of pipe. As indicated in the title, the
purpose of the Society in -framing A.S.T.M. A 120 is to provide a medium for the purchase of pipe from warehouse stocks for use
under conditions where the physical and chemical properties of the material are of lesser moment.
m
H'
5' -A- -r-
f!'
y
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i
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iiiHiy.
Y. r V 4 _
586
CRANE
Wrought-Iron and Wrought -Ste^l Pipe (Cont.)
Table 2 Dimensions of Welded and Seamless Steel Pipe
Nominal
Pipe
Size
Out-
side
Diam
Nominal Wall Thicknesses for Schedule Numbers
Schedule
10
Schedule
20
Schedule
30
Schedule
40
Schedule
60
Schedule
80
Schedule
100
Schedule
120
Schedule
140
Schedule
160
H
H
.405
.540
.^75
068
088
091
.095
.119
.126
!
.840
1 .050
1.315
1 .6bO
1 . QOO
109
113
133
140
145
.147
.154
.179
.191
.200
.187
.218
.250
.250
.281
3
3H
4
2.375
2.875
3.500
4.00
4 500
154
203
216
226
237
.218
.276
,300
.318
.337
437
.343
'.531
>
5
8
10
5 .5o3
6,525
8.t>25
10.75
12,75
250
250
250
277
307
330
258
280
322
365
406
406
500
502
.375
.432
.500
.593
.687
593
718
843
500
562
718
843
000
812
000
125
.625
.718
.906
1 . 125
1.312
14 0.0
loO.D
IMO.D
20 O.D
24 OD
14,00
lo.OO
18.00
20,00
24.00
2-)0
250
250
250
250
312
312
312
375
375
375
375
437
500
5b2
437
500
5o2
593
687
593
656
718
812
937
.750
.843
.937
1 .031
! .^18
031
156
250
500
062
218
343
500
7^'n
1
1
1
1
2
250
437
562
750
062
1.40t)
1.562
1.750
1.937
2,312
30 O.n. 3(1 00
312
500
625
erage wall dimensions. For tolerances
All Jimensiuns are gi\cn in inches.
The decimal thicknesses listed lor the respecti\*e pipe siies represent their nominal or av
o\-\ wall thicknesses, see appropriate material specification.
Thicknesses shown in bold lace type in Schedules 30 and 40 are identical with thicknesses for "standard weight"' pipe in former
lists; those in Schediiles bO and 80 are identical with thicknesses for "extra strong" pipe in former lists.
The Schedule Numbers indicate approximate values of the expression 1000 X P/S, (See Introductory Notes, Section 8.)
Owing to a necessary departure (rom the old "standard-weight" and "extra-strong" thicknesses in the 12 in. size in Schedules
40 and bO. the new thicknesses arc not as yet stocked by all manufacturers and jobbers. Hence, where agreeable to the purchaser
and suitable for the service conditions, the old "standard-weight" 0.375 in. wall pipe corresponding to a 1000 P/S value of 37.7
is still available and can be substituted for the 0.40b in. wall, and the old "extra-strong" 0.500 in. wall pipe corresponding to a
1000 PiS \-aIue of 55 can be substituted for the 0,5b2 in. wall.
*.■(
I
I
Table 3 Nominal Weights of Welded and Seamless Steel Pipe*
Nominal
Pipe
Sire
(Inches')
Sched
10
Plain
Ends
Sched
20
Plain
Ends
Schedule 30
Schedule 40
Plain
Ends
Threads^
and
Couplings
Plain
Ends
Threads^
and
Couplings
Sched
60
Plain
Ends
Sched
Sched
Sched
Sched
80
100
120
140
Plain
Plain
Plain
P ain
Ends
Ends
Ends
Ends
Sched
160
Plain
Ends
■
.25
.43
.57
.25
.43
.57
,32
,54
,74
■ ■ ■ ■
■ ■ ■ ■
» - » »
>2
1
lU
.86
1 14
1 68
2.28
2 72
86
1.14
1.69
2.29
2.74
1,09
1.48
2.18
3 00
3 64
1,31
l.,94
2,85
3,77
4.86
2
IY2
4
3 bb
5.80
7.58
9.U
10.8
3.68
5,82
7.62
9.21
10 9
5 03
7,67
10,3
12 5
15
i^
)'6
7.45
10.0
4.3
' - ■ *
22.6
5
b
8
2
v.
It
5;
I.
24.7
34 3
43 8
i
15
5
15
14.7
19.0
28.6
40.5
53.6
14,9
19.2
28 8
41.2
55.0
35
54
73
.7
.8
.2
20,8
28,6
43,4
64,4
88.6
50
77
lOS
.9
.0
27.
36.4
60.7
89.2
126
67.8
105
140
33,0
45,3
74.7
116
16!
!4 0. 1.
lbO,U,
18 O.n.
20 O. ).
24 O.D.
3o.8
42.1
47.4
52,8
63.5
45.7
52.3
59.0
78.5
94_7
54. b
52,6
82.0
05
14
• k ■
53.3
82.8
05
123
171
• I I I
■ ■ > '
85
108
133
167
231
,0
07
137
171
209
297
131
165
208
251
36
147
193
239
297
416
171
224
275
342
484
190
241
304,
374
536
30 O.D. 99.0 158 9/
1 Weights are given in pounds per linear foot and are for pipe with plain ends except tor si=es which are commercially available
with threads and couplings for which both weights are listed.
^Weights for line pipe with couplings are slightly greater than shown in Schedules 30 and 40 and may be found in AP.h Spec. 5-L.
Weights shown in bold face type in Schedules 30 and 40 are identical with weights for ^'standard weight" pipe in former lists;
those in Schedules 60 and 80 are identical with weights for ^'extra strong"" pipe in former lists.
The Schedule Numbers indicate approximate values of the expression 1000 X P/S. (See introductory Notes. Section SO
Wrotight-Iron and Wroughi-Stcel Pipe {Coni.)
CRANE
587
Nominal
Pipe Size
Table 4 Dimensions of Welded Wrought-Iron Pipe
Nominal Wall Thicknesses for Schedule Nunnbers
Outside
Diameter
Schedule 10 I Schedule 20 I Schedule 30 Schedule 40 1 Schedule 60 Schedule 80
J-8
H
H
.405
.540
.675
.070
.090
.093
■*. * w
■
< • «
.098.
.122
129
Yi
H
I
IK
m
.840
1.050
1.3 5
1.660
1.900
.111
.115
.136
.143
148
.151
.157
.183
.195
.204
2
3
4
2.375
2. 87)
3.500
4,000
4 . 500
.158
.208
.221
.231
.242
.223
.282
.306
.325
344
)
6
8
10
12
5 .5o3
6.625
8.625
10.75
12.75
'
....
"283
.313
.336
.263
.286
.329
.372
'.510
^'74
.383
.441
.510
.606
.702
14 0.D.
!60.n.
18 0.1 ).
20O,D.
14.00
16,00
8,00
20.00
.2
.2
.2
50
50
50
.3
.3
'3
12
12
2
75
.37)
.37)
.437
.500
.437
.500
.562
,562
.625
.687
.750
.750
1 ■ * «
■ ■ * 4
i
}•■
I '
'N
I ■
I '
I,
All dimensions are given in inches.
The decimal thicknesses listed for the respccti\"e pipe siz:es represent their nominal or average wall dimensions. For tolerances
on wall thicknesses, see appropriate material specification.
Thicknesses shown in bold face type in Schedules 30 and 40 are identical with thicknesses for ^"standard weight"" pipe in former
lists; those in Schedules 60 and SO are identical with thicknesses for "extra strong" pipe in former lists.
The Schedule Numbers indicate approximate values of the expression 1000 X P/S- (See Introductory Notes. Section 8.)
Owing to a necessary departure from the old '^standard-weight" and "extra-strong"' thicknesses in the 12 in. size in Schedules
40 and 60, the new thicknesses are not as yet stocked by all manufacturers and jobbers. Hence, where agreeable for the purchaser
and suitable for the service conditions, the old "standard-weight" 0.382 in. wall pipe corresponding to a lUOO P/S value of 38.7
is still available and can be substituted for the 0.414 in. walk and the old ^^extra-strong" 0.5 iO in. wall pipe corresponding to a
1000 P/S value of p6.3 can be substituted for the 0.574 in. wall.
i
J I
I
Table 5
Nominal Weights of Welded Wrought-Iron Pipe^
Nominal
Pipe
Schedule
10
Plain
Ends
Schedule
20
Plain
Ends
Schedule Schedule
30 ' 40
Schedule
60
Schedule
80
Size
(Inches)
Plain
Ends
Threads
and
Couplings
Plain
Ends
Threads
and
Couplings
Plain
Ends
Plain
Ends
■ H
H
H
* *
.25
.43
57
.25
.43
.57
.32
.54
..74
1
. -
'
.86
1.14
1.68
2.28
2.72
.86
1.14
1.69
2.29
2.74
1.09
1 48
2 18
3,00
3 64
2
3
3H
4
- -
, ,
-
3,66
5.80
7.58
9 11
10 8
3.68
5.82
7.62
9.21
10 9
-
5,03
7,67
10 3
12.5
15
5
6
S
10
12
1 r
'
■ ■
- *
24
34
43
7
3
8
2
3
4
5
5
5
14.7
19,0
28,6
40.5
53.6
14 9
19.2
28.8
41,2
55
1
54".8
73.2
20 8
28 6
43.4
64.4
88.6
140. ^.
i6 0.n.
iso.n.
20O,U.
36
41
46
.0
.3
.5
44.8
>1.4
57.9
77.0
53
61
80
103
.6
.4
.5
I * * ■
62.2
81.2
103
115
■ 1 1 » ■
87.6
HI
136
104
1 Weights are given in pounds per linear foot and are for pipe with plain ends except for sizes which are commercia
with threads and couplings for u'hich both weights are listed.
Weights shown in bold face type in Schedules 30 and 40 are identical with weights for "standard weight" pipe in
those in Schedules 60 and 80 are identical with weights for "extra strong" pipe in former lists.
The Schedule Numbers indicate approxinnate values of the expression 1000 X ?!^. (See Introductory Notes,
Uy available
former lists;
Section 8,)
%
lA-^'
r*:-
■T -'I
- ^ •■
1?H
^*m
H.
I
I
I
CRANE
Standard Wrought Steel Pipe Data
All Dimensions and Weights are Nominal
Size
Ins.
Diameters
External
Inch
es
Int
emal
Inch
e&
Thick-
Inches
C ire u inference
Ext
ernaJ
Inches
Internal
Inch
les
TransTerse Areas
External
Sq. Ins.
Internal
Sq. Ins.
Metal
Sq. Jns
Length of Pipe
P-er Sq_ Foot of
External
Surface
Feet
Internal
Surface
Feel
Length ttt
Pipe Con-
taining One
Cubic Fool
Feet
Weight per Fool
Plain
Ends
Pounds
Threaded
and
Coupled
Pounds
Number of
Threads
per Inch
of Sere w
Moment
of
Inertia
Wt.or
Wat.r
Per Fool
%
Vz
1
2
2V2
3
3Vi
4
5
6
7
8
8
10
10
10
11
12
12
.405
.540
.675
.840
1.050
1.315
1.660
1.900
2.375
2.875
3.500
4.000
4.500
5.000
5.563
6.625
7.625
8.625
8.625
9.625
10.750
10.750
10.750
11.750
12.750
12.750
.269
.364
.493
.622
.824
1.049
1.380
1.610
2.067
2.469
3.068
3.548
4.026
4.506
5.047
6.065
7.023
8,07)
7.981
8.941
10.192
10.136
10.020
11.000
12.090
12.000
.068
.088
,091
.109
.113
.133
.140
.145
.154
.203
.216
.226
.237
.247
.258
.280
.301
.277
.322
.342
.279
.307
.365
.375
.330
.375
1.272
1.696
2.121
2.639
3.299
4.131
5.215
5.969
7.461
9.032
10.996
12.566
14.137
15.708
17.477
20.813
23.955
27.096
27.096
30.238
33.772
33.772
33.772
36.914
40. 055
40.055
.845
1.144
1.549
1.954
2.589
3.296
4.335
5,058
6.494
7.757
9.638
11.146
12.648
14,156
15.856
19.054
22.063
25.356
25.073
28.089
32.019
31.843
31.479
34.558
37.982
37.699
.129
.229
.358
.554
.866
1.358
2.164
2.835
4.430
6.492
9.621
12.566
15.904
19.635
24.306
34.472
45.664
58.426
58.426
72.760
90.763
90.763
90.763
108.434
127.676
127.676
.057
.104
.191
.304
.533
.864
1.495
2.036
3.355
4.788
7.393
9.886
12.730
15.947
20.006
28.891
38.738
51.161
50.027
62.786
81.585
80.691
78.855
95.033
114.800
113.097
.072
9.431
14.199
.125
7.073
10.493
.167
5.658
7.747
.250
4.547
6.141
.333
3.637
4.635
.494
2.904
3.641
.669
2.301
2.767
.799
2.010
:;.372
1.075
1.608
1.847
1.704
1.328
1
1.547
2.228
1.091
1.245
2.680
.954
1.076
3.174
.848
.948
3.688
.763
.847
4.300
.686
.756
5.581
.576
.629
6.926
.500
.543
7.265
.44:
.473
8.399
.442
.478
9.974
.396
.427
9.178
.355
.374
10.072
.355
.376
11.908
.355
.381
13.401
.325
.347
12.876
.299
.315
14.579
.299
.318
2533.775
1383. 789
754. 360
473. 906
270. 034
166.618
96. 275
70.733
42.913
30. 077
19. 479
14. 565
11.312
9.030
7.198
4.984"
3.717
2.815
2.878
2.294
1.765
1.785
1.826
1.515
1.254
1.273
.244
.245
27
.4:14
.425
18
.567
.568
18
.(50
.852
14
1.130
1.134
14
1.678
1.684
IIV2
2.272
2.281
llVi
2.717
:.731
11 Va
;,652
:.678
UVj
5.793
5.819
8
7.575
7.616
8
9.109
9.202
8
10.790
10.889
8
12.538
12.642
8
14.617
14.810
8
18.974
19.185
8
2:. 544
23.769
8
24.696
25.000
8
28.554
28.809
8
33.907
34.188
8
31.201
32.000
8
:4.240
35.000
8
40.48;
41.1; 2
8
45.557
46.247
8
43, 773
45.000
8
49.562
50.706
8
.00106
.00331
.00729
.01709
. 03704
. 08734
.1947
.3099
.6657
1.530
3.017
4.788
7.233
10.44
15.16
28.14
46.52
63.35
72.49
107.6
125.9
137.4
160.7
217.0
248.5
279.3
Ponndi
.025
.045
.083
.132
.231
.375
.65
.88
1.45
2.07
3.10
4.29
5.50
6.91
8.67
12.51
16.80
22.18
21.70
27.20
35.37
34.9S
34.20
41.20
49.70
49.00
Extra Strong Wrought Steel Pipe Data
All Dimensions and Weights are Nominal
Size
Diameters
Thick-
ness
Circum
ference
Transverse Areas
Length of Pipe
per Sq. Ft. of
Length of
Pipe Con-
taining One
Cubic Foot
Weight per
Foot
P ain Ends
Moment
of
Inertia
External
Internal
External
Internal
External
Internal
Metal
External
Surface
Internal
Surface
Wt.of
Water
Per Foot
Ins.
Inches
Inches
Inches
Inches
Inches
Sq. Ins.
Sq. Ins.
Sq. Ins.
Feet
Feet
Feet
Pounds
Pounds
'/a
Y*
.405
.540
.675
.840
1.050
.215
.302
.423
.546
.742
.095
.119
.126
.147
.154
1.272
1.696
2.121
2.639
3.299
.675
.949
1 329
1.715
2.331
.129
.229
.358
.554
.866
.036
.072
.141
.234
.433
.093
.157
.217
.320
.433
9.431
7.073
5.658
4.547
3.637
17.766
12.648
9.030
6.995
5.147
3966.392
2010.290
1024.689
615.017
333.016
.314
.535
.738
. 1.087
1.473
.00122
. 00377
.00862
. 02008
.04479
.0I«
.031
.061
.102
.188
1
IV4
IV2
2
2Va
1.315
1.660
1.900
2.375
2.875
.957
1.278
1.500
1.939 -
2.323
.179
.191
.200
.218
.276
4.131
5.215
5.969
7.461
9.032
3.007
4.015
4.712
6-092
7.298
1.358
2.164
2.835
4.430
6.492
.719
1.283
1.767
2.953
4.238
.639
.881
1.068
1.477
2.254
2.904
2.301
2.010
1.608
1.328
3.991
2.988
2.546
1.969
1.644
200.193
112.256
81.487
48 . 766
33.976
2.171
2.996
3.631
5.022
7.661
.1056
.2418
.3912
.8679
1.924
.312
.56
.77
1.28
1.87
3
3V2
4
41/2
3.500
4.000
4.500
5.000
2.900
3.364
3.826
4.290
.300
.318
.337
.355
10.996
1 2 . 566
14.137
15.708
9.111
10.568
12.020
13.477
9.621
12.566
15.904
19.635
6.605
8.888
11.497
14.455
3.016
3.678
4.407
5.180
1.091
.954
.848
.763
1.317
1.135
.998
.890
21-. 801
16.202
12.525
9.962
10.252
12.505
14.983
17.611
3.894
6.280
9.610
14.05
2.86
3.84
4.98
6.27
5
6
7
8
5.563
6.625
7.625
8.625
4.813
5.761
6.626
7.625
.375
.432
.500
.500
17.477
20.813
23.955
27.096
15.120
18.099
20.813
23.955
24.306
34.472
45.664
58.426
18.194
26-067
34.472
45.663
6.112
8.405
11.192
12.763
.686
.576
.500
.442
.793
.663
.576
.500
7.915
5.524
4.177
3.154
20.778
28.573
38.048
43.388
20.67
40.49
71.37
105.7
7.88
11.29
14.95
19.78
9
10
11
12
9.625
10.750
11.750
12.750
8.625
9.750
10.750
11.750
.500
.500
.500
.500
30.238
33,772
36.914
40.055
27.096
30.631
33.772
36.914
72.760
90.763
108.434
127.676
58.426
74.662
90.763
108.434
14.334
16.101
17.671
19.242
.396
.355
.325
.299
.442
.391
.355
.325
2.464
1.929
1.587
1.328
48.728
54.735
60.075
65.415
149.6
212.0
280.1
361.5
25.:rt)
32.35
39.40
46.92
Double Extra Strong Wrought Steel Pipe Data
All Dimensions and Weights are Nominal
Size
Ins.
Diameters
Thick-
ness
Inches
Circumference
Transverse Areas
Length of Pipe
per Sq. Ft. of
Length of
Pipe Con-
taining One
Cubic Foot
Feet
Weight per
Foot
Plain Ends
Pounds
Moment
of
Inertia
External
Inches
Internal
Inches
External
Inches
Internal
Inches
External
Sq. Ins.
Internal
Sq. Ins.
Metal
Sq. Ins.
External
Surface
Feet
Internal
Surface
Feet
Wt.of
Water
Per Foot
Pounds
1
IV2
2V2
3
3Va
4
41/2
6
7
8
.840
1.050
1.315
1.660
1.900
2.375
2.875
3.500
4.000
4.500
5.000
5.563
6.625
7.625
8.625
.252
.434
.599
.896
1.100
1.503
1.771
2.300
2.728
3.152
3.580
4.063
4.897
5.875
6.875
.294
.308
.358
.382
.400
.436
.552
.600
.636
.674
.710
.750
.864
.875
.875
2.639
3.299
4.131
5.215
5.969
7.461
9.032
10.996
12.566
14.137
15.708
17.477
20.813
23.955
27.096
.792
1.363
1.882
2.815
3.456
4.722
5.564
7.226
8.570
9.902
11.247
12.764
15.384
18.457
21.598
> .
.554
.866
1.358
2.164
2.835
4.430
6.492
9.621
12.566
15.904
19.635
24.306
34.472
45 . 664
58.426
.050
.148
.282
.630
.950
1.774
2.464
4.155
5.845
7.803
10.066
12.966
18.835
27.109
37.122
.504
.718
1.076
1.534
1.885
2.656
4.028
5.466
6.721
8.101
9.569
11.340
15.637
18.555
21.304
4.547
3.637
2.904
2.301
2.010
1.608
1.328
1.091
.954
.848
.763
.686
.576
.500
.442
15.157
8.801
6.376
4.263
3.472
2.541
2.156
1.660
1.400
1.211
1.066
.940
.780
.650
.555
2887.164
973.404
510.998
228.379
151.526
81.162
58.457
34.659
24.637
18.454
14.306
11.107
7.646
5.312
3.879
1.714
2.440
3.659
5.214
6.408
9.029
13.695
L8.583
22.850
27.541
32.530
38.552
53.160
63.079
72.424
.0242
.0579
.1405
.3411
.5678
1.311
2.871
5.993
9.848
15.28
22.62
33.63
66.33
107.5
162.0
.022
.064
.122
.273
.42
.77
1.07
1.80
2.53
3.38
4.36
5.61
8.16
11.75
16.10
CRANE
589
Internal Fluid Pressures for Pipe
i
1 = Outside diameter in inch
1 —Thickness of wall in inch
' Based on Barlow's Formula
I'-'^i o
P — Pressure in pounds per square inch.
/—Fiber stress in pounds per square inch.
1
External
diameter
1
Thickness
Ultimate bursting
pressure
Pressures at various factors of safety
1 Size
Butt-weld
Lap- weld
Factor of safety = 5
Factor of safety=6
Factor of safety=8
Factor of safety = 10
1
Pihrf^r
Fiber
stress
50.000 lbs.
per sq, in.
Butt-weld
Lap-weld
Butt-weld
Lap- weld
Butt-weld
Lap-weld
Butt-weld
Lap-weld
1
stress
40.000 lbs.
per sq. in.
ftber
fiber
fiber
fiber
fiber
ftber
ftber
fiber
1
stress^
stress—
stress =
stress=
stress =
stress^
stress^
stress =
1
8,000 lbs.
per sq, in.
10,000 lbs.
per sq. in.
6,667 lbs.
per sq. in.
8,533 lbs,
per sq. in.
5.000 lbs.
per sq, in.
6,250 lbs.
per Sq. in.
4,000 lbs.
per sq, in.
5,000 lbs.
per sq. in.
1 Standard Pipe
1 V^
.405
.ObS
13432
2686
2239
1679
1343
1 Va
.540
.088
13037
2607
2173
1630
1304
1 %
.675
.091
10785
2157
1798
1348
1079
.840
.109
10381
2076
1730
1298
1038
1 ^A
1.050
.113
8610
1722
1435
1076
861
1 I
1.315
.133
8091
1618
1349
1011
809
1 1V<
1.660
.140
6747
8434
1349
1687
1124
1406
843
1054
675
843
1 Wz
1.900
.145
6105
7632
1221
1526
1018
1272
763
954
611
763
2.375
.154
5187
6484
1037
1297
865
1081
648
811
519
64.i
1 2'^
2.875
.203
5649
7061
1130
1412
941
1177
706
883
565
706
3.500
.216
4937
6171
987
1234
823
1029
617
771
494
617
1 31^
4.000
.226
5650
1130
942
706
565
1 4
4.500
.237
5267
1053
878
658
527
1 4>/2
5.000
.247
4940
9!8
823
618
494
5.56;
.258
4638
928
773
580
464
1 ^
6-625
.280
4226
845
704
528
423
1 7
7.625
.301
3948
790
658
493
395
1 S
8.625
.277
3212
642
535
401
321
1 ^
i.625
.32:;
3733
747
622
467
:73
9
9.625
.342
355:
711
59:
444
;55
io
10.750
.279
2595
519
433
324
260
10
10.750
.307
2856
571
476
357
286
10
10,750
.365
3395
679
566
424
340
11
11.750
.375
319
638
532
399
; 19
12
12.750
.330
2588
518
4; 1
3Z4
259
12
12.750
.375
2941
588
490
•
368
294
14 0.D.
14.000
.375
2679
536
446
335
268
15 0.D.
15.000
.375
2500
500
417
313
250
16 0.D.
16.000
.375
2344
469
391
293
234
17 0.D.
17.000
.393
2312
462
;85
289
231
18 0,D.
18.000
.409
2272
454
379
284
227
20O.D.
20.000
.409
2045
409
341
256
205
^
Extra
Strong Pipe
Vb
.405
.095
18765
3753
3128
2346
1877
Va
.540
.119
17630
3526
2938
2204
1763
%
.675
.126
14933
2987
2489
1867
1493
Vi
.840
.147
14000
2800
2333
1750
1400
¥a
1.050
.154
117;:
2347
1956
1467
117;
1
1,315
.179
10890
2178
1S15
1361
1089
IVi
1.660
.191
9205
11506
1841
2301
1534
1918
1151
1438
920
1151
IV2
1.900
.200
8421
10526
1684
2105
1404
1754
1053
1316
842
1053
2
2.375
.218
7343
9179
1469
1836
1224
1530
918
1147
734
918
2%
2.875
.276
7680
9600
1536
1920
1280
1600
960
1200
768
960
3
3.500
.300
6857
8571
1371
1714
1143
1429
857
1071
686
857
31/2 ■
4.000
.318
7950
1590
1325
994
795
4
4.500
.337
7489
1498
1248
936
749
41/2
5.000
.355
7100
1420
1183
888
710
S
5.563
.375.
6741
1348
1124
843
674
6
6.625
.432
6521
1304
1087
815
65:;
7
7.625
.500
6557
1311
1093
820
656
S
8.625
.500
5797
1159
966
725
580
9
9.625
.500
5195
1039
866
649
519
10
10.750
.500
«
4651
930
775
581
465
11
11.750
.500
4255
>
851
709
532
426
12
12.750
.500
3922
784
654
490
392
if it
ii j'
1
Double Extra Strong Pipe
1
.840
.294
28000
5600
4667
3500
2800
1.050
.308
23467
4693
3911
2933
2347
1.315
.358
21779
4^56
3630
2722
2178
1V4
1.660
.382
18410
3682
3068
2301
1841
IV2
1.900
.400
16842
21053
3368
4211
2807
3509
2105
2632
16S4
2105
2
2.375
.436
14686
18358
2937
3672
2448
3060
1836
2295
1469
1836
2V2
3
2-875
.552
15360
19200
3072
3840
2560
3200
1920
2400
1536
1920
3-500
.600
17143
3429
2857
2143
1714
3Vj
4.000
.636
15900
3180
2650
1988
1590
4
4.500
.674
14978
2996
2496
1872
1498
r^
5.000
.710
14200
2840
2367
1775
1420
5.563
.750
13482
2696
2247
1685
1348
6
6.625
.864
13042
2608
2174
1630
1304
7
7.625
.875
11475
2295
1913
1434
1148
8
8.625
.875
10145
2029
1691
1268
1014
t
wm ^
Published by permission of National Tube Co-
Simplified method for calculating working pressure, stress, or wall thickness of steel pipe, , . .pages 63S to $37
■I -:
' ' L — ' _ _ ■ ' '
- I -
I
H
L M'
^i ' '■
.\ii
W
(
I
I
I
m
590
CRANE
American Standard Taper Pipe Threads
Imperfect Threads
Due to Lead of Die
e
A =
B =
E =
D— (0.050/) + l.\)P
A + ().(»G^2,5 F
(0.80i>+ ().y}P
P = Pitch
Depth of thread = O-SOP
Total Taper %-inch per Foot
^
Flush by Hand
Tolerance on Product:
One turn large or small from
notch on plug gauge or face
of ring gauge.
Notch f^ush with face of
fitting. If chamfered, notch
flush with bottom of chamfer.
Dimensions, in Inches
A
Bl
D
E§
FT
Normal
Engage-
P
Nominal
Pitch
Pitch
Outside
Length
ment
Pitch
Depth
Number
Pipe
Diameter
Diameter
Diameter
of
by Hand
of
of
of
Size
at End of
at End of
of
Effective
between
Thread
Thread
Threads
Male
Female
Pipe
Thread
Male and
Per Inch
Thread
Thread
•
■
Female
Thread
Vs
0.36351
e . 37476
0.405
. 2638
0.180
0.03704
. 02963
27
V4
0.47739
0.48989
0.540 .
a:4018
0.200
0.05556
. 04444
18
%
0.61201
0.62701
0.675
. 4078
0.240
0.05556
. 04444
18
Vz
0.75843
0.77843
0.840
0.5337
0.320
0.07143
0.05714
14
V4
0.96768
0.98887
1.050
0.5457
0.339
0.07143
0.05714
14
1
1.21363
1.23863
1.315
0.6828
0.400
0.08696
0.06957
IIV2
IV4
1.55713
1.58338
1.660
0.7068
0.42C^
. 08696
0.06957
ny^
IV2
1.79609
1.82234
1.900
0.7235
0.420
. 08696 ,
0.06957
11V2
2
2.26902
2.29627
2.375
0.7565
0.436
0.08696
0.06957
11 y2
21/2
2.71953
2.76216
2.875
1.1375
0.682
0.12500
0.10000
8
3
3.34063
3.38850
3.500
1.2000
0.766
0.12500
0.10000
8
31/2
3.83750
3,88881
4.000
1.2500
0.821
0.12500
0.10000
8'
4
4.33438
4.38713
4.500
1.3000
0.844
. 12500
0.10000
8
5
5.39073
5.44929
5.563
1.4063
0.937
0.12500
0.10000
8
6
6 . 44609
6.50597
6.625
1.5125
0.958
! 0.12500
0.10000
8
8
■8.43359
8 . 50003
8.625
1.7125
1.063
I 0.12500
0.10000
8
10
10.54531
10.62094
10.750
1 . 9250
1.210
0.12500
. 0.10000
8
12
12.53281
12.61781
12.750
2.1250
1.360
0.12500
0.10000 "
8
14 O.D.
13.77500
13.87263
14.000
2.2500
1.562
0.12500
0.10000
8
16 O.D.
15.76250
15.87575
16 . 000
2.4500
1.812
0.12500
0.10000
8
18 O.D.
17.75000
17.87500-
l&.OOO
2.6500
2.000
0. 12500
0.10000
8
20 O.D.
19.73750
19.87031
20.000
2.8500
2.125
0.12500
0.10000
8
24 O.D.
23.71250
23.86094
24.000
3 . 2500
2.375
0.12500
0.10000
8
fAlso pitch diameter at gauging notch.
§A]so length of plug gauge.
^Also length of ring gauge, and length from gauging notch to small end of plug gauge.
The above, information taken from the American Standard for Pipe Threads, A. S, A.—B2
Crane Ratling Pipe Threads . . . page 266
CRANE
British Standard Taper Pipe Threads
591
Whitworth 55^ Form of Thread
Total Taper 3^-inch per Foot
The above information taken from the British
Engineering Standards Association Report No. 21
Dimensions, in Inches
A
B
Depth of
Thread
Number
of
Threads
Per Inch
E
F
Nominal
Bore of
Pipe
Approximate
Outside
Diameter
of Pipe
Gauge
Diameter
lop of
Thread
Length
of Effective
Thread
Distance
of Gauge
Diameter
from
End
Vs
^¥32
.383
.0230
28
%
I V32
V4
^VZ2
.518
.0335
19
V16
V16
%
"/16
.656
.0335
19
14
1 Vz
'A
V2
27/32
.825
.0455
V4
3/4
IV16
1.041
.0455
14
3/4
%
1
l"/32
1.309
.0580
11
%
%
IV4
nVi6
1.650
.0580
11
1
V2
IV2
12V32
1.882
.0580
n
1
y2
2
23/8
2.347
.0580
11
1 IVs
; %
2V2
3
2.960
.0580
11
IV4
1 ^Vie
3
31/2
3.460
.0580
11
1%
1V16
31/2
4
3.950
.0580
11
11/2
%
4
4V2
4.450
.0580
' 11
i 1%
1
5
51/2 -
5.450
.0580
11
13/4
i lys
b
6V2
6.450
.0580
11
2
1%
7
71/2
7.450
.0640
10
2Vb
1%
8
8V2
8.450
.0640
10
21/4
iy2
9
^Vz
9.450
.0640
10
! 2y4
lyz
10
101/2
10.450
.0640
10
2%
1 1%
11
111/2
11.450
.0800
8
2y2
1%
12
i2y2
12.450
.0800
8
21/2
1%
i
Normal Engagement
Between Male and Female Threads to Make Tight Joints
r
American Standard
Pipe l^hreads
For normal engagement on
Crane Railing Pipe Threads,
see page 266.
APT. Line
Pipe Threads
Shoulder Type
Drainage Fitting Threads
4
i
Si=e
V&
Va
%
Vi
3/4
1
iy4
iy2
2
2y2
3
31/2
4
5
6
8
10 1 12
14
A
Va
%
%
v?.
Vifi.
ll/lfi
1V16
11/16
V4
'Vie
1
IV16
lys
iy4
iVie
IV16
\% IV4
B*.
y^
%
%
%
V,fi
ll/lfi
1V16
II/16
1
^Vie
1
IV16
11/8
11/4
IVlG
IV16
1% 1%
Cf
1
■
V16
%
%
%
Vs
iVie
1
11/16
1V16
11/4-
1%
IV16 l^Vie
1%
Dimensions given do not allow for variations in tapping or threading.
*Thelengthof threadon AP.I. Line Pipe is identicaP
with that of American Standard Pipe Thread except
on the 2-inch size where the A.P.I. Line Pipe Thread
"is longer. American Standard Pipe Threaded Fit-
tings may be used pro\'iding there are no obstruc-
tions in the thread cha'mbers to interfere with the
longer A.P.L
Male Thread on the 2-inch size.
tUsing American Standard Taper Male Thread
with Crane shoulder type Drainage Fittings. The
male thread, however, should not be threaded
small to gauge and not more than one turn large.
E3|
Information on threaded pipe joints . page 592
592
CRANE
I
I
I
Threaded Pipe Joints
Threads
In screwed joints having strength, tightness, and
durabilitv, it is necessarv to have clean-cut and uni-
form threads.
The threads should be tapered and smooth, cut with
the correct taper, lead, thread angle, and diameters.
Reasonable manufacturing tolerances are alIo\\ed on
all of the thread elements to take care of variations
in threading. The diameters should be such as to
allow sufficient hand engagement and yet allow-
enough threads for wrench or power make-up.
The thread lengths should be long enough to com-
pensate for pipe strains usually present in the various
types of thread joint services. A short thread is
satisfactory for joints where little or no pipe strains
exist, but longer threads are required where extreme
pipe strains are encountered, such as in Oil Field
Casing Thread joints.
Standardized Threads
Several Standards ha\-e been established co\"ering
pipe threads for various purposes. The oldest and
probably most commonly used is the American
Standard for Pipe Threads, known as A.S.A. Stand-
ard B-2. There are also the American Petroleum
Institute Standards No. 5A, SF, and 5L covering
Oil Field Tubular Goods, such as Line Pipe and
Casing Threads.
Thread Asseinbling
In making up screwed pipe joints it is \-ery impor-
tant that the threads in both parts be thoroughly
cleaned. Any threads which may have become
burred or bent should be straightened or removed
and afterward a good grade of lubricant should be
applied to the threads. The lubricant reduces the
friction which allows the two parts to be pulled up
further, resulting in a more effecti\-e pipe joint. Pipe
joints should not be screwed together too rapidly and
thereby a\-oid objectionably raising the temperature
of the two parts. For Crane Thread Lubricants, see
page 548.
Normal Engagements
The normal amount of engagement to make a tight
joint for various types of screwed material is given
in the table on page 591. These dimensions have been
established from tests made under practical working
conditions.
The normal engagement specified for American
Standard Pipe Thread joints is based on both parts
being threaded to the American Standard for Pipe
Threads, and for A. PT. Line Pipe Threads it has been
based on using A.P.I. Line Pipe Thread for the male
thread and American Standard Pipe Thread or
A.P.L Line Pipe Thread for the female thread. The
shoulder type Drainage Fitting Thread engagement
is based on using Crane Fittings and American
Standard Pipe Thread dimensions on the male thread
but holding the male thread to a special tolerance as
covered in the foot note of the table.
In order to obtain the thread engagements listed in
the table it is necessary to vary the torque or power
applied according to the size, meta! and weight of
material used. For e.vample, it requires consider-
ably less power to make up a screwed joint usincr a
light brass \ah-e than a high pressure steel \-a\vQl
Screwed Companion Flanges
The normal length of thread engagement listed in the
table on page sqi does not apply to Screvi-ed Q^tv-
panion Flanges. The length of thread engagement
for Screwed Companion Flanges depends upon the
weight of the fiange^ considering pressure, and the
type of thread joint employed.
There are two types of threaded flange joints in
general use; one where the pipe and the flange are
refaced after assembly as distinguished from the
other in which the pipe and the flange are not refaced.
Pipe threaded for a refaced job should have a thread
sufficiently long to extend slightly beyond the face
of the flange when assembled, to allow for refacing.
For the joint which is not to be refaced, the threa*d
on the pipe should be slightly shorter so that the end
of the threaded pipe will be about one thread from
the face of the flange when assembled.
Leaky Joints
Leaky Joints can usually be traced either to faulty
threading or an improper lubricant. Frequently the
trouble lies in the thread on the pipe which mavhave
been cut with dull or improperly adjusted threading
tools resulting in wavy, shaved, rough or chewed
threads.
\\ a\-y threads are noticeable both to the eye and
touch, due to circumferential waves or longitudinal
flats of slightly helical form rather than the desired
true circular form. Shaved threads appear to have
been threaded with two dies, one not matching the
other, giving a double thread appearance at the start
of the thread. Rough or chewed threads are
noticeably rough and torn.
Should the threads have any of these defects it is
possible that leaky joints might result.
Crane Screwed Materials
Crane threaded materials have smooth, accurately
cut threads properly gauged and carefully inspected
for taper, lead, thread angle, height, out-of-round-
ness, and alignment.
They are threaded in compliance with established
Standards as the requirements may be. and the start
of each thread is properly chamfered for ease in
assembling.
Crane Co. has taken extraordinary precautions to
insure satisfactory thread joints by maintaining con-
stantly careful inspection of not only the product
itself but the threading equipment as well, which is
the best available.
A complete gauging system has also been established
which includes Master Gauges appro\-ed by the
National Bureau of Standards, Reference Gauges
and Working Gauges. These gauges are checked
periodically and frequently so as to keep them well
within the allowable tolerances. In fact, Crane
threading is held to much closer tolerances than
actually required to make a tight joint.
CRANE
593
Threading of Material
For Use With
Oil Country Tubular Goods
* * i
The American Petroleum Institute, in an effort to standardize Oil Country
Tubular Goods nationally, has published A.P.I. Standards 5 A, 5L, and 5F. These
Standards contain dimensions of A.P.I. Line Pipe and Casing Threads.
Although the A.P.I, has set up these Standards which are being used throughout
the country, there are other threads still being used in tlie oil industry for which
there are no established Standards. The number of threads per inch, diameters
of pipe, and taper of threads have been fairly well established by common use.
The thread lengtlis vary considerably as conditions require.
In some instances material having short thread chambers is ordered tapped to
suit pipe or casing with long threads. If this material is tapped to the same size
as high pressure valves, the end of the casing would come in contact with the
internal parts of the vaK-e or the other openings in the fittings before making a
joint in the threaded end along the taper. To overcome this condition, it is
necessary to either shorten the thread on the casing or tap the valve or fitting to
a thread size slightly smaller in diameter. It is our practice to tap all such
material small to gauge so that the end of the regular casing does not come in
contact with the internal parts of the val\-e or other openings of the fitting, yet
allowing the casing to screw in the maximum amount. This results in exposed
threads on the casing after the joint has been made up. The length of exposed
thread depends on the fitting or valve and upon the casing thread.
Pao-es 5Q4 and 505 give the best information available at the present time
regarding threads being used in the oil industry.
How to designate threading : Owing to the various
kinds of casings used in the oil fields today, it is
necessarv when ordering valves, fittings, nipples, etc.,
to be tapped or threaded with casing threads, to
designate the threading information in the following
manner:
Specifications for valves and fittings tapped with
A.P.I. Threads should include the following:
Size, external diameter or external diameter of upset,
threads per inch, type of thread and joint:
For example: 8^-inch — 85^-inch O.D.— 8 threads, A.P.I.
Standard Round Thread Casing Threads.
85^Hnch— 85^-inch O.D.— 8 threads, A.P.I. Long
Thread Round Thread Casing Threads.
8^-inch — 85^-inch O.D — 8 threads, A.P.I. Standard
Sharp Thread Casing Threads.
85^-inch — 85.^-inch O.D.— 8 threads, A.P.I. Long
Thread Sharp Thread Casing Threads.
48^-inch — 5-inch U.D.— 10 threads, A.P.l. Standard
Sharp Thread External Upset Casing Threads.
5%-inch — 5M-inch O.D.— 8 threads, A.P.l. Standard
Drill Pipe Threads.
3-inch — 3 J^^nch O.D.— 10 threads, A.P.I. Standard
Round Thread Non-Upset Tubing Threads.
3-inch— 334-inch U.D.— 8 threads, A.Rl. Standard
Round Thread External Upset Tubing 1 hreads.
3-inch — 3 i^-inch O.D.— 1 1 ¥1 threads, A.P J . Standard
Sharp Thread Non-Upset Tubing Threads.
3-inch — 3 ^-inch U.D— 10 threads, A.P.L Standard
Sharp Thread External Upset Tubing Threads.
Specifications for valves and fittings tapped with
casing threads other than A.P.I. Threads should
include the following:
Size, external diameter or externa! diameter of upset,
threads per inch, included taper per foot, and trade
name of casing.
For example: b^^g-inch — 7-inch O.D. — 1 Wi threads, 3^-inch
included taper per foot. Boston Casing Threads.
65/g-inch — 7-inch O.D.— 10 threads, ^-inch included
taper per foot, California Diamond B. X. Casing
Threads.
3-inch — 3M-inch U.D. of Upset— 10 threads, ^^-inch
included taper per foot, External Upset Tubing
Threads.
For valves and fittings it is unnecessary to specify
inside diameter or weight of casing per foot.
Specifications for casing, pipe or nipples should in-
clude the same information listed above for valves
and fittings, also adding the weight per foot (threads
and couplings).
For example: 8^-inch — 85^-inch O.D.— 38 pounds— 8
threads. A.P.l. Standard Round Thread Casing.
5%-inch — 5%-inch O.D.— 19 pounds — 8 threads,
A.P.l. Standard Drill Pipe.
65^-inch — 7-inch O.D.— 17 pounds — 1 1 H threads,
3^-inch included taper per foot, Boston Casing.
65.1^-inch— 7-inch O.D.— 30 pounds— 10 threads,
3^-inch included taper per foot, California Diamond
B. X. Casing.
fi
I I
I) '
14
I
L I
; t
' ■ )
:il ^
■1
■I
!
if
I I
■I .
I
594
CRANE
Thread Data for Casing
Dimensions, in Inches
Thre=
External
Diaineter
of
Casing
O.D.
California California
D.B.X. Cfismg D.B. S Cising
South Penn CAiing
fioaton Casing
1 Sharp Thread
A.P.I. Casing*
Round
A.P.I. (
Size
No,
of
Thrds.
per
ln<rh
In-
cluded
Taper
per
Foot
Effec-
tive
Thread
Length
No.
d(
Thrds.
per
Inch
In-
cluded
Taper
per
Foot
Effec-
tive
Thread
Length
No-
of
Thrds.
per
Inch
eluded
Taper
per
Foot
Effec-
tive
Thread
Length
of
Thrds.
per
Inch
In-
cluded
Taper
per
Foot
Effec-
tive
Thread
Length
No.
of
Thrds.
per
Inch
In-
cluded
Taper
per
Foot
External
Diameter
oi Upset
U.D.
No.
o[
Thrds.
per
Inch
In-
clud
Tap
per
Foo
2
2V2
23/4
3
2.250
2.500
2.750
3.000
3.250
'
14
14
14
14
14
3/8
%
3/8
3/8
3/8
.9679
.9929
1.0179
1.0429
1.0679
•
31/4
31/2
33/4
4
41/4
3.500
3.750
4.000
4.250
4.500
14
14
14
14
14
3/8
%
3/8
3/8
3/8
1.0929
1.1179
1.1429
1.1679
1.1929
41/2 4.750,*-'10 3/g 2.1500
8
3/4 2.1875
] , , 14 , 34 1.2179 i
4^4
4.750
10
tio
%
13/8
ts.ooo
8
M
5.000
10 %
10' 3/3
2.1500
*2.4000
8
8
3/4
3/4
2-1875
*2.4375
1
14
3/8
1.2429
•
^
5.250
14
111/2
3/8
3/8
1.2679
1.2989
5^16
5.500 10 3/8 2.3500;
1 1
111/2
IIV2
1.6240
n.8740
14
3/8
1.2929
5V2
5.500 "
!'
10
%
;; *8
"3^
5%
6.000
10
%
2.3500 i
1
8
3/4
2.3750
14
IIV2
3/8
34
1.3429
1.3739
53/4
5.750
10
TlO
%
t3/g 16.000
6
6.000 I
If 1
10 3/g
1 *8
'3/4
61/4
6.625 ,**10
1
1 ,
%
2.6000: 8
1
1
3/4
2.6250
IIV2
IIV2
%
1 .7370
n.9870
14 3/3
1.4054
6.625
10
3/8
8 3^
6^8
7.000
*no 3/8
2.6000 ' 8 34
2.6250
10
10
3/8
%
1.8000
*2.2000
14
ni/2
3/8 i 1.4429
% ! 1.4739 ■;
7
7.000 ;
1
1 10
3/8
g
71/4
7.625
1
1
14 3/g
1.5054
7%
7.625
8
Va 8 3^
8.000 10
%
2.8500 8 3^
2.8750
■
IIV2I 3/r 1.5739
1
8Vs
8.125
10
tio
3/8
t3/8
18^375
8V4
8.625
10 3/8
2.8500
**S
34 2.8750
8
3/4 1.9630
111/2 3/8 1.6364 1
8%
8.625 ii
\
\
8
3/4
8
y<
9.000
10 3/g ! 2.8500' **8
3^ 1 2.8750
111/2 3/g 1 1.6739
]
1
9
9.000
1
8 3/^
8 M
91/4
9.625
**8 34 2.8750
t
9%
9.625
8
3/4
8
y.
10.000 ;| 10
3/8
2.8500
8 34 1 2.8750!
111/2 3/g
1.7739 ;
10
10.750 10
3/8
2.8500
8
34 2.8750 1 8
3/4 2.1750
lOVs 11.000
II 1
UVz %
1.8739
!
103/4
10.750
8 34 8
H
11
11.750
10 3/s
2.8500
**8
34 2.8750
W
1!
!
11% 12.000
10, %
2.8500
8
% 2-8750
1
111/2 3/g 1.9739
113/4 11.750
8 34
8
H
I2V2 13.000
10
3/8
2.8500, 8
3/4
2.8750
8
3/4
2.6870
111/2 3/g 2.0739
1
133/s 13.375
8 Vi
8
H
131/2 14.000
10
3/8 1 3.3500
8
3/4
3-3750
IIV2 3/8 2.1739
141/2
15.000
1
111/2 3/g 2.2739
1
151/2
16.000
10 3/g i 3.3500
8
34 3.3750
111/2 3/8 2.3739
!
16
16.000
1 1
8 3/^
18%
18.625
8 %
20O.D.
20.000
8
34 3.8750
1
211/2 21.500
!
II
^ I % 1
241/2
24.500
1
8 13/4
*]Viaterial will be furnished with, or to suit, the shorter of the two effective thread lengths unless otherwise specified.
fSharp Thread A.P.I. External Upset Casing. **Same Threading as Sharp Thread A.P.I. Casing with corresponding 0.1
■*A. P. I. Standard 5A includes Short and Long Thread Casing in most sizes, also two lengths each on the '>Y% and 6-inch sizes
the Round Thread Short Thread Series, Material is furnished with, or to suit, shortest thread length unless otherwise specific
CRANE
595
Thread Data for
Drive, Rotary, and Drill Pipe, and Tubing
Dimensions, in
Inches
External
Diameter
of Pipe or
Tubing
O.D.
Drive Pipe
Internal Upsel
Ratary Pipe
A-P-I.
DHII Pipe
Oil Well Tu
bing
Sharp Thread
A-PJ- Tubing
Non-Upsel
Round ihread
A.P.I. Tubing
Non-Upset
Size
Number
or
Threads
per Inch
included
Taper
per Foot 1
Number
of
Threads
per Inch
Included
Taper
per
Fool 1
Number
of
Threads
per Inch
Included ,
Taper
per
Foot
Numbef
of Threads
per Inch
included
Taper
per
Foot
Number
; oi
] Tkreads
per Inch
Included
Taper !
per
Fool
Number
of
Threads
per Inch
Included
Taper
per
Foot
y4
1.050
1
14
¥4
11
1
1.315
111/2
3/4
1V4
1.660
1
111/2
¥4
\
1V2
1.900
1
IIV2
y^
■ IIV2
¥4
10 3/4
2
2.375
UV2
Vieor 3/4,
1 I
IIV2
3/4
IIV2 ! y^
, 10 . 34
2%
2.375
10
%
8 3/4
2V2
2.875
8
V16 0^ y^
8
y^
8 or 111/2
3/4
IIV2
3/4
10 3/4
IV ^
2.875
1
8
¥4
1
3
3.500
8
Vi 6 or 34
8
¥4
i
8 or ilV2
1 V4
; 11V2
3/4
] 10
3/4
31/2
3.500
8 34
4.000
8
Vie or 34,
j8, 10 or 111/2
3/4
10
3/4
8
Va
4
4.500
8
Vi6or3/4l
8
V4
1
8. 10 or 111/2
3/4
10 34
8 1 3/4
4V4
4.750
1 Jio
y% or 3/4
II
■
4.500
I
8
V4
4V2
5.000
Jio
% or 3/4
8
V16 or 34
8
¥4
5
5.563
8
VieoJ^ "^k^
8
¥4
1
5Vl6
5.563
1
8 : V4
6
6.625
8
V16
8
V4
!
6%
6.625
!
" 8 ; 34
7
7.625
8
V16
7%
7.625
! 8
y4
8
8.625
8
V16
11
1
85/8
8.625
8 34
9
9.625
8
Vl6
1
10
10.750
1 8
V16
11
11.750
S
V16
12
12.750
8
V16
14 0.D.
14.000
8
V16
15 0.D.
15.000
8
V16
16 0.D.
16.000
i 8
VlG
17 0.D.
17.000
8
V16
18 O.D.
18.000
i 8
3/16
20O.D.
20.000
1 8
3/1 6
ID.B.X. Drive Pipe.
Dimensions, in Inches
External
Diameter
of Pipe or
Tubing
O.D,
External
Diameter
oE
Upset
U.D.
External Upset
Tubing
Sharp Thread
A.P.I. Tubing
Eilerna Upset
Round Thread
A-P.L Tubing
External Upset
Sue
Number
of Threads
per Inch
Included
Taper
per
Foot
Number
of
Threads
per Inch
Included '
Taper f
per
Foot
Number
oF
Threads
per Inch
Included
Taper
per
Foot
IV4 1-660 1.813 IIV2
V4
11V2 V4
10
^4
1V2 1.900 2.094 ; iiy2
V4
11V2 y^
10
3/4
2
2.375
2.594
10 3/4
1 8 34
2.603
11V2 V4
f
2V9 2.875 1 3.094 lOorlli/2 ¥4 ; 10 ' %
8 34
3 3.500 3.750
10 or 111/2 3/4
10 34
8 34
3V2 4.000 4.250
10 , y^
8 Va
4 4.500 4.750 10 3/^ \ 10 ^4
\ 8
^4
K
I
1 1
i:
1
w I
il
t
i
I
1
.1
'J
1..
ii
M
t
4 t
*^
<
v.j
i
i ■,
>
' '
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I
w
I
596
CRANE
m
Malleable Iron and Cast Steel Fittings
With Casing Threads
Standard Malleable Iron Refinery Oil Fittings, page
i8c); Heavy Malleable Iron Fittings, page iqz; looo-
Pound Cast Steel Fittings, page 341 ; and 20oO"Pound
Cast Steel Fittings, page 341, can be tapped for the
casing sizes shown in the table below.
Fitting
Size
Dimensions., in Inches
^*A, P. I.
Casing
Size
(Actual O, D.
California
D. B. X,
Casing
Size
(Nominal)
California
D. B- 8
Casing
Size
(Nominal)
Boston
Casing
Size
(Nominal)
South
Penn
Casing
Size
(Nominal)
*These are casing sizes. Standard Malleable Iron
Refinery Oil Fittings, Heavy Malleable Iron Fittings,
and Cast Steel Fittings are listed in the 5^6 and
6^-inch sizes.
**AP.I. Casing is known by its actual outside diam-
eter; other Casings listed above are designated by
their nominal size.
See page 593 when ordering Casing Thread Fittings,
Actual
O. D. of
Casing
2
1
' 2
21/4
2V4 !
21/2
1V2
2V2
23/4
2 3/4
3
3
3
3y4
3V4
31/2
3V2
1
31/2
33/4
33/4
4
4
4 !
4V4
4V4
4V2
43/4
41/2
4V2
41/2
43/4
*S3/i6
43/4
43/4
43/4
5
5
5V4
SVz
5Vl6
53/,6
53/X6
51/2
53/4
53/4
6
5%
5%
! syg
6
6%
6V4
6V4
61/4
6Va
6%
*&%
7
6%
6%
eyg
6y8
7
7%
7V4
7y8
7%
7%
7y8
8
8
SVs
SVa
8%
8V4
8V4
8V4
8 1/4
sys
9
syg
8%
syg
'
9
10
95/8
91/4
9H '
9%
9%
9%
10
103/4
10
10
10
103/4
'
loya
11
12
113/4
11
11
11^4
11%
iiya
uys
12
.^rf-^f-rf^
CRANE
597
•t
Crane Fabricated Piping
AdN-antages of Crane Shop Fabrication page 5q8
Scope of Crane Shop Facilities page 5qq
Metallurgical and Engineering Control page 5Qq
Estimating and Ordering Ser\ices page 5C)q
Crane Shop Fabricating Facilities pages 600 and 601
Crane Pipe Bends pages boi to 604
Cranelap Joints pages 605 to 608
Crane Flanging Processes pages 605 to 607
A\-ailable sizes and Types of Flanged Joints page 610
Flange Facings and Finishes pages 612 and 613
Crane Welded Piping pages 614 and 615
Dimensions of Crane Welded Headers pages 616 and 617
Pipe Coils page 6 1 8
Crane Double Pipe Heat Exchangers page 6iq
Testing of Fabricated Piping page 6iq
The increasing use of higher pressures and tempera-
tures has ele^■ated the art of designing, erecting, and
purchasing fabricated piping to its rightful position
of importance. Discriminating bu>'ers now realize
that the purchase of piping requires the same careful
thought and attention to detai s as does the selection
of steam generators, prime movers, refinery cracking
stills, vaK'es, and other major items of modern plants.
Years ago. Crane Co. realized the desirability of
having the production and development of its fab-
ricated piping go hand in hand \\'ith the constant
improvement in its valves, fittings, and allied arti-
cles. In this manner, materials of uniform design,
\\orkmanship, and performance have been developed.
The nature of fabricated piping precludes any at-
tempt to list completely the \-ariety of materials
and operations a\'ailable in a modern shop. The
special and peculiar requirements of industry and
its processes daily present problems which must be
soK'ed. Your attention is invited to the following
Dages which tell a brief story about Crane Fabricated
^iping; additional information furnished on request.
A complete line — not the fabricated piping only:
f
Exacting users of materials for piping installations
will recognize the advantages of purchasing the fab-
ricated piping from a manufacturer who also pro-
duces a complete line of valves, fittings, bolts, gas-
kets, and accessories.
One responsibility: When the task of furnishing
all of the material rests with Crane Co,, there is
but one responsibility — one uniform standard of ma-
terials, workmanship, and ser\'ice. Whether the
joints used are threaded, flanged, or beveled for
welding, the same standards and gauging systems
are used uniformly on all of the products.
This assures the user that the component parts of
the piping system will fit accurately, provide relia-
bility and safety, and that the line will be erected
easily with a minimum of erection and maintenance
costs.
Simplicity of ordering ; An order for the complete
piping job is handled as an integral unit; there is not
the di\'ision of responsibility regarding the dimen-
sions and related details of the various items, as may
occur when the component parts of a piping s^-stem
are ordered from several sources of supply.
Time saving : There is a saving in time and expense
when orders and detailed drawings are prepared for
only one source of supply. The delays caused by
shipments from several sources are eliminated.
Ease of maintenance : When repairs or replace-
ments are necessarv because of the demands of serv-
ice, they are effected easily when all of the original
material was secured from one source of supply.
Integrated piping systems from a single manufacturing source
one responsibility for proper and complete fabrication
f
i
I
1 11 4-
P|<1
598
CRANE
Crarxa Fabricated Piping (Cont '
['
■I I
I
Advantages of Crane Shop Fabrication
Accuracy: A piping system, when placed in service.
should de\'elop the predetermined results and fulfill
all of the expectations of a proper design. This
should be accomplished expeditiously and at a mini-
mum of final erected cost consistent with the use of
good materials and workmanship. Obviously, this
purpose will be defeated unless each piece, large or
small, of both simple and complex piping systems,
recei\-es the attention necessary to assure accuracv
and a high quality of workmanship. Crane Shop
Fabrication accomplishes this desirable end.
Proficiency: In the Crane Fabricating Shops the
mechanics are emplo>'ed solely on the production ot
fabricated piping. Such continuity of practice means
that they do not lose their proficiency, particularly
desirable for welding and other complex operations.
Safety: Safety is a prime requisite of every piping
installation. Crane Shop Fabrication assures pur-
chasers that every necessary precaution has been
employed to eliminate hidden hazards of piping.
A weld may appear excellent on the exterior, yet
under the surface it may contain gas pockets or have
fault\' penetration. A threaded flange Joint gi\"es no
indication in its external appearance of improper
threading. These are but two of the many hidden
hazards of piping.
Shop appliances: Shop fabrication permits the use
of special machinery, clamps, jigs, and other con-
venient appliances which are impractical for field
service. This equipment permits the alignment and
squaring-up of all flanged faces or ends of piping,
also accuracy of dimensions and angles — all within
the closest practical limits. Such characteristics
assure the final fitting of every piece into position
without alteration or improper strain, resulting in
increased safety and a saving of time and labor.
Stress relieving, annealing, or heat treating, when
necessary, are readily performed in the shop. All
of these advantages are almost impossible of accom-
plishment in the field.
Working conditions : Working conditions, almost
invariably, are better in the shop than in the field.
The shop has facilities for handling heavy or bulky
pieces, therefore each mechanic is working at all
times in a comfortable position and is not concerned
about his safetv.
Testing: Crane Shop Fabrication assures depend-
ability because the product is tested and proved
sound before shipment. Piping which is fabricated
in the field usually must be installed in its final
position before it can be tested, and, in the event of
failure, the remoxal for replacement or repair proves
expensne and causes delay.
Simplified assembly: The erecting force in cfie
field should only be called upon to assemble a piping
system. It should neither be expected to design and
fabricate piping, nor to manufacture economically,
under adverse field conditions, a product comparable
with that of the modern fabricating shop.
Genera! view of the Fabricated
Piping Shop at the Crane Mont-
real Works, showing heating
furnaces. Cranelapping machine.
piF>e bending plate and other
facilities for handling a complete
line of fabriciited piping.
^^
tne Fabricated Piping CConf,)
CRANE
599
Scope of Crane Shop Facilities
-ane Co. can supply advantageously any piping for
y industry.
lops at strategic points: Many shops are main-
ined for supplying the piping needs of industry.
(ost of the Crane Branch Houses are equipped for
te simpler jobs— the larger Branch Houses for more
aborate jobs^and fabricating shops embracing the
.11 line of pipe fabrication are located at strategic
inters throughout the country.
11 types of joints: Any type of joint can be
irnished — screwed, flanged, \\elded. or special. The
:lection of any t\-pe of Joint presents a basic engi-
sering or mechanical problem. Crane Co, makes
s recommendations accordingly — having an all-
iclusive line, it can exercise a degree of impartialit>'
Dnduci\-e to best ser\ing the interests of the pur-
naser.
I
Metallurgical and
Engineering Control
.aboratories : In the year iSSS, Crane Co, estab-
shed a chemical laboratory with full control o\'er
he raw materials which went into Crane products,
'onstantly expanded, this ser\-ice has grown into
omplete research, metallurgical, and testing labora-
ories. Long a dominant factor in the de\elopment
if Crane products, all of the accumulated data held
)y these departments — the applied experience of
'rane engineers and research men — are utilized in
he production of Crane Fabricated Piping,
engineering: All fabrication of piping in the Crane
hops is under a system of constant procedure con-
rol. A thorough gauging system is employed in all
perations. Trained engineers are responsible at all
imes for the design, superintendence during manu-
acture, and constant checking of the product.
"he services outlined above eliminate guesswork in
he production of Crane Fabricated Piping.
Large stocks: Large stocks of the \arious kinds of
pipe, flanges. \'al\"es, fittings, and accessories are
carried at all fabricating shops and branches.
Crane Co. is prepared for the job, whether it calls for
a single piece of pipe cut to length, or the complete
piping equipment of an industry.
f ,
I
Above
De-waxing unit of a iLibricating oil plant
Beio^A■'
Crane equiipped
An interesting application of fabricated piping installed
in the heating plant boiler room of a housing project
Estimating and Ordering
Estimates: A reliable estimate ol the cost
f any piping system will be furnishei:!
romptly upon receipt ot an inquiry ac-
ompanied by blueprints and specifications.
Jo matter ho^\■ complex the layout or how
ivolved the specification, a complete and
ccurate quotation is assured.
Jrders ; Crane Co. has specialized for
lany years in the handling ot orders tor
ibricated piping. Men, well trained and
Kperienced in this work, enter the shop
rders direct from complete blueprints,
etail sketches, or bills of material, con-
:antly checking all dimensions and details.
ccuracy is the watchword.
ubmit your inquiries to the nearest Crane
:presentative.
I
ESi
I
1-
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600
CRANE
Crane Fabricated Piping {Cont.
Crane Shop Fabricating Facilities
The Crane Shops are fully equipped with machinery
and facilities for the \'arious operations required in
the production of a complete line of fabricated piping.
Much of the shop equipment is special — ^designed
and built to develop the manufacturing technique
The finished product of the welder — Welded Assem-
blies made of 12 and 8-inch Seamless Steel Tubing,
Crane Welding Elbows, and Welding Neck Flanges.
A "close-up" of" 300-Pound Main and
Auxiliary Steam Headers —with an 8-inch
Expansion Bend in the Main Header.
necessary for the fabrication of piping of high, uni-
form accuracy and quality of workmanship.
Many forms of special jigs and appliances — a
necessary adjunct — are employed constantly to
supplement the effectiveness of the machines' and
other facilities.
Pipe Bending
In Crane shops, the art of bending pipe has been
developed to a high degree — pipe bends of many sizes
and shapes are in constant production.
Pipe bends ha\-e a wide range of usefulness. No two
general piping installations are alike, hence pipe
bends are especially adapted to soh'e the many
problems of space requirements. The proper propor-
tions of a pipe bend usually are essentially a matter
of bending pipe to the dimensions necessary to fit
into the a\'ailable space.
To meet these needs of industry, Crane pipe bending
facilities are a\-ailable; shops are equipped to fab-
ricate pipe bends from a large range of sizes, weights,
and kinds of pipe. See pages 573 to ^S/.
Welding
Crane Co. pioneered in the welding of fabricated
piping. At Crane, welding equipment has been used
for over thirty years in the production of headers and
other products.
Untiring research and experiment in Crane Shops
and Laboratories during this long period are respon-
sible for the constant refinement in the technique of
Crane welding.
Crane welders use both the electric arc and oxy-
acetylene methods of welding with equal facility,
and are subjected periodically to qualification tests.
Crane Fabricated Piping includes an almost infinite
\-ariety of shop-welded product. For detailed in-
formation on welding; see pages 614 to 617.
I
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The illustration at the left
shows a Turbine Exhaust
Header assennbly produced in
our Montreal Fabricated Pip-
ing Shop for a mining com-
pany in western Canada.
From the largest 20" O.D x
5^" wall thickness main pipe,
down to the 6" drip pocket,
this assembly is typical of
Crane Fabricated Piping jobs,
involving pipe bending and
cutting, reinforced welding,
and flanging, all to close limits
of accuracy essential to trou-
ble-free installation at a point
far remoxed from the fabri-
cating plant.
Iff
•ane Fabricated Piping I. Con*.)
CRANE
601
Crane Shop Fabricating Facilities (Cont)
Flanging
Irane shop facilities include equipment for producing
he many types of flanged joints in current use.
'hese can be furnished not only in their regular
Ornis but also in the various modifications and
pecial adaptations required.
I decision gauges govern every operation, assuring
he utmost accuracy. For details, see pages 605 to
)0q.
Finishing
Special finishing machines enable Crane Shops to
urnish fabricated piping \\ith a \'ariety of finishes
— regular and special. See pages 612 and bij.
"utting, beveling, threading, making on screwed
Ganges, facing all types of flanges, machining
Iranelap Joints, and various other operations for
inishing the ends of Crane Fabricated Piping are
performed on these machines with precision and a
:lose adherence to accurate gauging standards.
Swedging
Swedging facilities are a\'ailable for all sizes of pipe.
The facilities include furnaces for heating, po\\'erful
forging hammers, and dies to assure accurate
fabrication. -
Testing
Crane shop facilities include equipment for testing
fabricated piping as specified in the \'arious codes,
or in accordance with the provisions ot a specifica-
tion. The usual hydrostatic tests are supplemented
by air-under-water, kerosene, and other special tests
if required.
For detailed information on testing, see page 6iq.
Cutting and threading pipe
Crane Shops are equipped to cut and thread pipe for
all commercial services; regular and special threads
can be furnished.
The accurate threading to gauge, so characteristic
of Crane screwed products, is similarly found in pipe
cut to length and threaded in Crane Shops.
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A Crane Welder at work
Below
One of the Cranelapping machines and fur-
naces in a Fabricated Piping Shop. A large
pipe, at forging heat, is ready for lapping,
Ri^ht
18-inch Welded Header with the
ends svvedged to 10-inch — Crane-
lap Flanged Joints
, -I ■ r
on all ends.
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602
CRANE
CrariG Fabricated Piping {Corxt ^
Standard Types of Pipe Bends
Crane Pipe Bends are made from pipe which is filled
with sand, heated carefully until the entire sand core
produces a uniform temperature, then clamped on
the bending fioor to forms v^'hich have been accurate-
ly laid out. Power winches are applied to draw the
pipe around the forms, and the point of power
application is repeatedly shifted to prevent the
formation of \^Tinkles on the inside wall. A new heat
is made for each bend.
All bends are completed in the pipe before trimming
threading, or flanging. A system of repeated check-
ing assures that every dimension and angle of the
completed pipe bend will be accurate, and that the
ends or flanges will be square with the axis of the
pipe. Crane Pipe Bends are full area, free from
wrinkles, buckles, and thin spots; they are cleaned
of all scale, chips, and oil; and they are easy to erect,
fitting into place exactly.
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No. 1
Quarter Bend, 90
No. IV2
Angle Bend, 46° to 89'
No. 31/2
Angle Bend, Under 45
No. 5
Offset Bend
No. 2, Single Offset Quarter Bend
No. 4, Crossover Bend
No. 7, U-Bend — 180
Radii and Tangents of Pipe Bends, in Inches
Column "A"
Column "B"
Column "C"
-
R
Minimum
Recommended
Kadius
Steel or
Genuine
Wrought Iron
Pipe
Standard or
Extra Strong
Weight
R
Shortest Radii to which pipe can be bent
f5ee Cautionary Note on page 603)
T
Minimum
Length of Tangent
(See Note^ page 603)
Steel or Genuine
Size
of
Steel Pipe Only
Genuine Wrought Iron Pipe
Pipe
Threaded Ends,
Screwed, or
Welded Flanges
Cranelap
Joints
Threaded Ends,
Screwed, or
Welded hlanges
Cranelap
Joints
Wrought Iron Pipe
Standard or
Extra Strong Weight
Stand-
ard
Weight
Pipe
Extra
Strong
Weight
Pipe
Stand-
ard
Weight
Pipe
Extra
Strong
Weight
Pipe
Stand-
ard
Weight
Pipe
Extra
Strong
Weight
Pipe
Stand-
ard
Weight
Pipe
Extra
Strong
Weight
Pipe
Threaded
Ends or
Screwed
Manges
Cranelap
Joints
y4 1 y^
1 %
11/4 1
1
1
3/« u/g
1 V4 3/4
1
lya IV2
11/4
1/2 2V2
IV2 : 1 2 2
2V2 1 2 21/2 2
IV2
2
V^ 33/4
m
IV4 3
3
3 21/2
3 3
IV4 2,
1 1 5
2
IV2
4
4
4 3
4 4
2
2
1V4 6V4
2V4
13/4
4
4 i 5 4
5 4
2 2V2
1V2 71/2
1V2
2
5
5
6 5
6 5
2V2 [ 3
2 10
3 21/2
6 , 6 ,1 8 5
8 6
3 4
21/2 ' \lVi
5
41/4
10 10
10 8
10 10
4
5
3 15
8
6
12
12
12 10
12 12
4
6
31/2 ■ 17 V2
10
8
12
12
14 12
14 12
5
6
4 , 20
12
10
14 1 14 1 16 ' 12
16 14
5 ! 6
5 25
18
14
18
14
20 15
20 1 15
6
7
6 30
_22 15
22
15
26 18
26 18
7
7
8 1 40
^0 r~ 23
30
23
30 28
30 28
9
8
10 • 50
36 30
36 30
36 32
36 1 32
12
10
U 60
46
36
46 36 1
46 1 42 ! 46 42
14
10
*14 OD 70
60
48
60
48
60 54
60 54
16
14
*16 OD 96
80 60
80
60 1 80 70
80 70
18
16
*18 OD 108
90
66
90
66 ,1 90 80 90 j 80
18
18
*20 OD IZO
100
72
100
72
100 90
100 90
18 18
*24 OD 144
144
108 i 144 108
144 122
144 122
18 20
For sizes 14-inch O.D. and larger, the radii shown are based upon pipe with a wall thickness of ^-inch or lighter under the
"Standard Weight Pipe" column, and a wall thickness of 3^-inch or heavier under the "Extra Strong Weight Pipe" column-
Continued on pages 603 and G04
Length of Pipe in Bends and Calculation of Pipe Bends
pages 638 to 640
Iff
Van« Fabricated Piping (C^trxt-)
CRANE
603
Standard Types of Pipe Bends
No- 6
Single Offset U-Bend
No- 71/2
Angle Bend
9r to 179^
No. U
Circle Bend
No, 8
Double Offset U-Bend
For Table of Radii and
TangentSf see page 602.
For notes on pipe bends,
see below and page 604,
No. 9^
Expansion U-Bend
No. 10
Double Offset Expansion U-Bend
Notes on Pipe Bends
Minimum recommended radius: The figures
shown in Column "A" represent a schedule of dimen-
sions that is consistent with good practice for deter-
mining ordinary minimum radii of pipe bends.
Shortest radius: The dimensions shown in Col-
umn "B" are based upon actual manufacturing con-
ditions and should not be lowered. K^fer to the caution-
ary note below.
Minimum length of tangent: The dimensions
shown in Column '"C" are based upon actual manu-
facturing conditions for tangents with a threaded end,
screwed flange, or Cranelap Joint. These dimensions
must be maintained without deviation for minimum
lencrths. Kefer to the cautionary note beloiv.
Tangents for pipe bends with plain or beveled
ends : Pipe bends with the ends plain or beveled for
welding can be furnished without tangents. How-
e\-er, for convenience in erection, it is recommended
that pipe bends with beveled ends have tangents at
least equal to the minimum lengths given in the table
for threaded ends in Column ""C". Such tangents
will provide space for applying jigs or clamps to line
up and fasten the piping before welding.
Tangents for pipe bends with Welding Flanges:
Pipe bends fitted with 51ip-0n Welding Flanges can
be furnished with a minimum length of tangent equal
to the length through the hub of the Slip-On Welding
Flange being used.
Pipe bends fitted with Welding Neck Flanges can be
furnished without tangents, since these flanges may
be butt-welded directly at the end of the arc of pipe
bends with beveled ends.
This is only recommended when minimum dimen-
sions must be maintained. Vv hen possible, the use of
a tangent is desirable for the same reasons as outlined
in the paragraph pertaining to pipe bends with bev-
eled ends.
For dimensions oi Flanges, see pages 366 and 367.
Cautionary note regarding the use of Minimum Radii and Tangents:
The table shown on page 602 and the preceding paragraphs outline the minimum
radii and tangents which can be furnished for various conditions. The use of such
minimum dtmenstons is not desirable^ nor is it recommended except when absolutely necessary.
The radii of pipe bends preferably should equal or exceed the dimensions shown
in Column "A", defining "Minimum Recommended Radius".
When possible, the tangents of pipe bends should be greater than the dimensions
shown in Column "C", defining "Minimum Length of Tangent". The tangents
can be of any dimensions up to the limits imposed by the length of pipe available
or the shipping facilities. See paragraphs on "Long Lengths of Pipe", page 604.
Notes on Pipe Bends continued on next page
Calculating Working Pressure, Stress, or Wall Thicknes of Pipe pages 635 to 637
V.
i;;.V
604
CRANE
Crane Fabricated Piping (C
ont.)
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Notes on Pipe Bends (Cont.)
Compound and unusual bends : Compound and
unusual pipe bends can be supplied in any practical
shape. Our facilities are not limited only to the pro-
duction of the common types sho\^■n on pages 602 and
603. Some of the photographs included in this fabri-
cated piping section illustrate a few of the uncommon
pipe bends made in Crane Shops. Compound pipe
bends or bends in more than one plane do not require
any tangent or straight portion between the arcs.
Long lengths of pipe: When designing or order-
ing pipe bends, consideration should be gi\'en to the
maximum lengths of welded or seamless pipe avail-
able. Extra long or double random lengths of steel
Dipe are carried in stock for the fabrication of pipe
bends requiring a long length oi pipe, and when the
elimination ol an intermediate joint is practical and
desirable; see page 574.
Genuine wrought iron pipe is only a\'ailable in regu-
lar random mill lengths of approximately ig feet
average length.
When the necessary lengths are not available, two
or more pieces of steel or genuine wrought iron pipe
can be welded together or provided with intermediate
flanged joints to produce a desired bend. The inter-
mediate joint should be definiteb- located if its loca-
tion is an important factor in erection.
Shipping facilities present the onlv practical limit to
the shape or length of pipe bends. Care must be
used, when ordering large or complicated pipe bends,
to keep the o\-er-all dimensions within the maximurn
shipping facilities and clearances bet\\een the factory
and the destination.
Above: 18-inch O.D. Compound Pipe Bends
Ends of pipe bends: Pipe bends can be supplied
with the ends plain, beveled for welding, threaded or
flanged, utilizing any of the types of flanged joint,
which are listed; see pages 605 to 610.
Special materials: Pipe bends can be made from
special piping materials— a few are brass, aluminum
nickel, Monel, silicon bronze, rubber-lined or lead'
lined pipe, as well as numerous alloy steels. Facilitie-?
for heat-treating alloy steels after fabrication are
available when required.
Full information and prices quoted on application.
Commercial pipe bends: Pipe bends for down'
spouts, ash handling, railings, and other non-fiujd
and non-pressure mechanical purposes, when made
to approximate dimensions only, can be furnished at
prices lower than those of regular pipe bends.
Prices will be quoted upon receipt of inquiry givine
lull details as to quantities, size and kind of pipe
service, and dimension tolerances.
Copper tubing pipe bends : For pipe bends made
oi copper tubing, see pages 510.
Testing: Crane Pipe Bends are regularly tested be-
fore shipment. For schedule of tests, see page 61 q.
Protectors and Painting : Pipe bends are giVen an
exterior coat of paint to serve as a protective coatins
against rust, F anged ends are pro\-ided with flange
protectors; threaded ends have thread protectors.
Pipe: For pipe, see pages 574 to ^87.
Galvanized pipe bends: Pipe bends can be fur-
nished gal\-anized on the inside and outside, or gal-
vanized on the outside only. Information and prices
will be furnished on application.
Engineering data: For the amount of pipe in the
\-arious types of pipe bends, see pages 640.
Complete data on designing pipe bends for taking
care of the expansion and contraction of pipe lines
and determining deflection forces will be furnished
on application.
Inquiries and orders: Inquiries or orders should
specify the quantity; size, weight, and kind of p,ipe;
dimensions: and also if the ends are to be plain,
beveled, threaded, or flanged. If flanged, the kind of
flange, facing, and type of joint should be specified.
A group of unusual
assemblies ready lor
shipment. Small
size pipe bends
welded to circular
hea ders whi ch
are equipped w ith
welded openings,
tapped and plugged.
ranc Fabricated Piping (Cont*)
CRANE
605
1** J
Flanging Processes — Screwed Flanged Joints
For Flanges
Brass p. 264
Iron pp. 289 to 295
Steel pp. 361 to 367
Drilling Templates
pp. 550 to 555
Thread
Lubricants . . . p. 54S
Facings. .pp. 612 and613
Screwed Mange
Mode On
and Refaced
Screwed Flange
Made On
Not Refaced
The Screwed Flanged Joint has pro\ed its general
utilit>' and satisfactory performance, primarily for
the low and moderate pressure and temperature
services — especially when fabricated in the Crane
Shops, using proper threading and pull-up machines.
Application: The Screwed Flanged Joint can be
applied to straight pipe, pipe bends, the ends and
nozzles of welded headers, and to the flanged ends
of welded assemblies. It can be applied to butt-
welded and lapwelded steel, or genuine wrought iron
pipe, and seamless steel pipe — all commercial
weights and thicknesses.
Flanges: Any of the screwed flanges listed in this
catalog can be used — Cast Iron. \Ialleable Iron,
Forged Steel, and Brass
straight or reducing sizes
Special piping materials: The Screwed Flanged
joint can be furnished on special piping materials — a
few are brass, copper, aluminum, nickel, and Monel.
Flanges of the same material can be furnished. Full
information on application.
Threading : The threading of both the pipe and the
flange is to accurate gauge. The flange is secure on
the pipe after the Joint is made up.
Alignment of bolt holes : Crane Shop Fabrication
assures proper alignment of the bolt holes in all
flanges. When specified, special alignment of the
bolt holes can be furnished.
Screwed flange — made on and refaced: After
the flange and the pipe ha\'e been properly threaded,
the flange is made up tight by a powerful machine
until the end of the pipe projects slightly beyond the
face of the flange. A light refacing cut is then taken
across both the flange face and the pipe end.
The refacing assures that the end of the pipe will
be Hush with the face of the flange, thus providing a
proper gasket-bearing surface to the inside of the
pipe. It also assures perfect alignment of the pipe.
Screwed flange — naade on, not refaced: After
the flange and the pipe ha\'e been properly threaded,
the flange is made up tight by a powerful machine
until the end of the pipe is within one-half to one
thread from the face of the Mangle.
The Cranelap Joint
Regular
Cranelap Joint
■Aith plain face,
serrated finish.
CRANELAP JOINTS
Catalog Numbers
No. 5blV2, 150-Pound
No. 180 E, 300-Pound
No. 660 E, 400-Pound
No. 859 E, 600-Pound
No. 1268 E, 900-Pound
No. 1559 E, 1500-Pound
Additional
description . . pages 606 and 607
Dimensions - . page 608
Facings p^ges 612 and 613
Regular Cranelap Joints are made
on both steel and genuine wrought
iron pipe. See note on page 606.
Prices on application
The Cranelap Joint approaches more closely than
any other type the function of an all-purpose flanged
pipe joint. It eliminates the individual, inherent
disadvantages of the other types of joints.
(Continued
The Cranelap Joint is predominantly the most effec-
tive and practical joint. With either plain facing
or the numerous modifications it has given such
uni%'ersal satisfaction o\'er a long period of time
that it is recommended for intermediate, high pres-
sure, and high temperature steam and water lines,
also for many other difficult ser\ices. 1 he wide
range of utility and service applications makes the
Cranelap Joint a modern flanged joint with very
few limitations.
Cranelap Joints are not only adapted to high pres-
sure work but are well suited for low pressure serv-
ice, particularly in those sizes where large flange
diameters are employed.
In the Cranelap Joint the end of the pipe is lapped
to produce a square corner at the junction of the
inside periphery of the pipe and the face of the lap.
When bolted up, the joint is made directly on the
pipe itself — there is no thread in the flange to leak
under distortion due to bolting load, pressure and
temperature, or expansion and contraction strains.
These laps are made by a process which is a combina-
tion of upsetting and forging — this operation is per-
formed while the metal is at a proper forging heat.
on next page)
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606
CRANE
Crane Fabricated Piping fConf
Flanging Processes— Cranelap Joint (Cont.)
All bolt holes
are spot faced.
Flange s\vi\'cls
on the pipe.
Faces and radii of flange and lap are
carefully machined to assure proper
contact and uniform bearing.
The thickness of lap,
alter machining, is
ull thickness of pipe.
Heavy metal section
at the fillet.
Laps have square
corners — no pockets
— no round corners.
Laps completely machined
on face , back , and edge-
Forged Steel
Flange
Faces of front and back
of lap are parallel.
Features and Advantages
Square corner laps; The Cranelap Joint has a
square corner lap — it should not be confused or com-
pared with a joint having a round corner lap.
The square corner lap assures a smooth joint on the
inside of the pipe, without a pocket or depression.
The formation of the square corner provides a metal
thickness at the turn, or fillet, which is much heavier
in section than the round corner lap, consequently
much greater strength is developed.
Full thickness laps: The rough laps of all Plain
Cranelap Joints are of sufficient thickness to pro-
duce, after machining both the front and the back,
a finished thickness of lap equal to or greater than
the wall thickness of the pipe on which the lap
is made.
Male and Female, Tongue and Groove
Double Thickness, Ring Joint, and
Radial Back Cranelap Joints have the
laps of sufficient thickness to permit
these facings to be machined without re-
ducing the thickness of the lap at any
point to less than that of the pipe wall.
Machining of the laps and flanges:
All laps are completely machined on the
front, back, and edge. The back of the
lap is machined to provide a face which
is parallel to the front or contact face.
The face and the radius of the flange
are carefully machined to match the cor-
responding face and radius of the lap on
the pipe. The bolt holes of the flanges
are spot faced.
The features of the machining outlined
abo\-e are important. The spot facing
of the bolt holes of the flange provides
a uniform bearing surface for the nuts
of the bolts or studs. In addition to this
the facing of the flange and the parallel facing of the
back and front of the lap assure an even bearing
throughout the joint, and a uniform pressure on the
gasket.
Swivel flanges of forgeci steel: The flanges on
Cranelap Joints swivel on the pipe. This facilitates
alignment of the piping and makes erection easier,
because the swivel fiange accommodates itself readily
to any variations in the position of adjacent bolt
holes or to the setting of piping at odd angles.
All flanges used on Cranelap Joints are of Forged
Steel— unbreakable, and of high strength. This type
of joint precludes the use of any flange material other
than s'teel.
Marine service: Cranelap Joints comply with the
regulations of the following bureaus: U. S. Dept. of
Commerce, Bureau of Navigation and Steamboat
Inspection— Lloyds Register of Shipping. Ships
Registered in U.S.A.— American Bureau of Ship-
ping, Special Inspection Required.
Notes on Cranelap Joints
Pipe: Cranelap Joints with plain face are regularly
made from lapwelded steel or lap\\-elded genuine
wrought iron pipe, using Standard, Extra Strong, or
Double Extra Strong vx-eights — or from seamless
steel pipe in any of the regular thicknesses.
Cranelap Joints with Radial Back, Ring Joint,
Double Thickness or zoo% lap, Male and Female,
or Tongue and Croo\-e Facing require the use of lap-
welded or seamless steel pipe only, and of a wall
thickness equal to Extra Strong weight or heavier.
In sizes smaller than are obtainable in lapwelded
steei pipe, all Cranelap Joints are only made on
seamless steel pipe. For pipe, see pages 574 to 587.
Van Stone Joints: Whenever Van Stone Joints are speci-
fied, Cranelap Joints will be furnished.
^^a^n Face: Cranelap Joints with plain face, serrated
finish, as illustrated on page 605, will always be furnished
unless otherwise specified.
Application of Cranelap Joints : Cranelap Joints
can be applied to straight pipe, pipe bends, the ends
and nozzles of welded headers, and the flanged ends
of welded assemblies.
Cranelap Joints on special piping materials:
Cranelap Joints can be fabricated on many special
piping materials— a few are brass, aluminum, nickel,
iVIonel, Toncan Iron, and copper-bearing steel, as
well as numerous alloy steels. Facilities for heat-
treating are available when required.
Information and prices furnished on application.
Crane Fabricated Piping (Cont,)
CRANE
607
Flanging Processes— Cranelap Joint (Cont.)
Modifications of the Cranelap Joint and Facings
11
Radial Back Cranelap Joint
No. 179 E, 300-Pound
No. 670 E, 400-Pound No. 1278 E, 900-Pound
No. 869 E, 600-Pound No. 1569 E, 1500-Pound
Double Thickness or
200% Lap, Cranelap Joint
In addition to the plain face Cranelap Joint shown on the preceding page,
various modifications can be furnished, as shown on this page. Modified
Cranelap Joints require the use of lapwelded or seamless steel pipe only,
and of a wall thickness equal to or heavier than Extra Strong weight. They
are applicable to primary service pressures of 300 pounds or higher.
Modified Cranelap Joints have the laps completely machined — on the face,
back, and edge. All except the Radial Back have a straight face on the back.
Radial Back Cranelap Joints
Radial Back Cranelap Joints derive their name from the shape of the back —
they have a radial back instead of the straight back as furnished on other
Cranelap Joints. The regular Cranelap Forged Steel Flanges are used,
except that the faces have a radius machined to fit the radius on the back
of the lap on the pipe.
Dimensions of Radial Back Cranelap Joints are furnished on application.
Large Male and Female Cranelap Joints
Large Male and Female Cranelap Joints can be furnished in two types —
one has the female in the lap, and the other has the female in the flange.
When large Male and Female Cranelap Joints are ordered, the "female tn the
lap" type will always be furnished unless otherwise specified.
In either the lapped end with male face or the lapped end used for'Temale
in the flange", the thickness of the lap, after machining, \\-ill be the wall
thickness of the pipe used, except that the minimum thickness of lap \\\\\
be 3^-inch when the wall thickness of the smaller sizes of Extra Strong
weight pipe is less than 14-inch, i.e. z-inch and smaller. In the lapped end
used for '" female in the lap", the thickness of the lap, after machining, will
be the wall thickness of the pipe used, plus the depth of the female facing.
Large or Small Tongue and Groove Cranelap Joints
In either the Large Tongue and Groove or the Small Tongue and Groove
Cranelap Joint the thickness of the lap, after machining, will be the wall
thickness of the pipe used, plus the height of the tongue or the depth of
the groove.
Ring Joint Cranelap Joints
The Ring Joint Cranelap Joint is furnished with a specially designed groove
which employs a steel ring, this combination making a pressure-tight joint.
The joint has a thickness of lap, after machining, equal to the wall thickness
of the pipe used, plus the depth of the groove. For dimensions of Ring
Joints, see pages 562 and 563.
Double Thickness, or 200% Lap, Cranelap Joints
Double Thickness Cranelap Joints are exactly the same as the regular
Cranelap Joint with plain face, except that the thickness of the lap, after
machining, is twice the wall thickness of the pipe used.
For dimensions of Double Thickness Cranelap Joints, use the dimensions of
Plain Cranelap Flanges on page bo8. A dimension of twice the wall thick-
ness of the pipe should be used in establishing the thickness of the lap for
obtaining dimension "L '.
Prices on application Dimensions . page 608
I
Large Mtile and Female Cranelap
Joint (female in the lap)
Large \Lile and Female Cranelap
Joint (Icmule in the flange)
I
r
n
K
Large Tongue and Groo\e
Cranelap Ioi[it
H
Small Tongue and Groove
Cranelap Joint
il'
Ring Joint
Cranelap Joint
'- -1
ii
11
•:.:
r
608
CRANE
Crane Fabricated Piping (ContA
Flanging Processes — Cranelap Joint (Cont.)
Plain Cranelap or Large Male
Dimensions, in Inches
Size
of
Pipe
R
U
W
Large Female
(Female in Lap)
Small Tongue and Groove
Double Thickness Lap
m
ft
L
Large Tongue and Groove
Ring Joint Lap
V2
1%
1%
1
IVie
IVifi
^Vifi"
V4
IIV16
IIV16
IV16
13/4
13/4
IVi
1
2
lys
IVz
2Vl6
l'Vl6
IVifi
IV4
2V2
21/4
lys
2Vl6
25/16
1^3/,fi
IV2
2%
2V2
21/8
21V16
2Vl6
2Vifi
2
3y8
3V4
2y8-
311/16
35/16
2'3/ifi
2V2
41/8
33/4
33/8
4V,6
3^Vl6
3Vl6
3
5
4%
41/4
51/16
4II/16
43/1 fi
3V2
51/2
SVa
43/4
5Vi6
53/16
4'V,fi
4
6V16
51V16
53/16
61/4
53/4
5y8
5
7Vl6
61 ¥16
6V16
7%
evs
6V4
6
8V2
8
71/2
8V16
8V16
7Vl6
S
10%
10
9y8
1011/16
IOI/16
9Vifi
10
123/4
12
111/4
1213/16
I2I/16
113/16
12
15
141/4
131/2
151/16
HVlG
13Vl6
14 OD
161/4
151/2
143/4
leVie
15Vl6
14'Vi6
16 OD
18V2
17%
163/4
18V16
1711/16
l&^Mfi
18 OD
21
201/8
191/4
21V16
203/16
l^Vlfi
20 OD
23
22
21
23 Vie
22I/16
26Vi6
201 5/1 fi
24 OD
271/4
261/4
251/4
27Vi6
253/ie
This schedule of dimensions conforms to che Ameri-
can Steel Flange Standard (Bibe-iq^q).
Plain Cranelaps are regularly made on lapwelded
steel or genuine wrought iron pipe, using Standard,
Extra Strong, or Double Extra Strong weights — or
on seamless steel pipe, using any regular thickness.
Plain Cranelaps are applicable to all pressure classes,
i.e. 150-Pound and higher; the thickness of the lap
is the same as the thickness ot the pipe wall.
Male and Female, Tongue and Groo\'e, Double
Thickness or 200% lap, and Ring Joint Cranelaps
require the use of lapwelded or seamless steel pipe
only, and of a wall thickness equal to or heavier than
Extra Strong weight, except that the minimum lap
thickness on the male for large male and female joints
will be i^"inch where the pipe wall thickness is less
than ]>^-inch (i.e. Extra Strong weight pipe sizes
2-inch and smaller). These Cranelaps, called "Modi-
fied Cranelaps", are applicable to the 300-Pound and
higher pressure classes only.
Dimensions of Radial Back Cranelaps and of Large
Female Cranelaps with "female on the flange"' are
furnished on application.
Description . . . pages 605 to €07
Cranelap Flanges . . . pages 36 J to 367
Ring Joints . . . .pages SS2 and 563
Minimum Face to Face of Piping with Cranelap Joints
Weld
B
Slcetch "A"
B
B
Sketch "B"
Sketch "C*
The minimum face to face dimensions of straight
pipe with Cranelap Joints are obtained as follows:
Sketch "A" : Formula for straight pipe with Plain
Face Cranelap Joints:
C = X-h2(A-hB) \VhereX = \b}4" on 1 to \}4" pipe
X-26"on 2" pipe
X=7" on 23^" and larger pipe
Sketch "B" : Formula for straight pipe with the
Modified Cranelap Joints — Male and Female,
Tongue and GrooNX, Ring Joint, Radial Back, and
Double Thickness Lap:
C = Y + (2A)+B+D Where Y = 16M'' on 1 to 1^" pipe
Y = 2b"on2 and 2 J4" pipe
¥ = 10" on 3" and larger pipe
Sketch **C": The minimum face to face outlined
for Sketch "B" can be reduced if a butt weld is
located between the flanges, as illustrated in "C".
If the procedure of Sketch "C" is followed, the
minimum face to face of straight pipe with the
Modified Cranelap Joints is in accordance with the
formula:
C = l'' + (2.A-)-!-B-LD
>fir
arte Fabricated Piping (Cont,)
CRANE
609
Flanging Processes— Welded Flanged Joints
II
J .
.'elded Flanged Joints can be furnished in the three types illustrated here,
'he Welding Nipple with Cranelap Flange, also illustrated, affords an
uxiliary Hanged connection for welding.
,.pplication : Any of the Welded Flanged Joints shown at the right can
e applied to straight pipe, pipe bends, the ends and nozzles of welded
eaders. and the flanged ends of welded assemblies. Special shop equipment
ssures the perfect alignment of Iknge faces on all Crane Welded Flanged
oints.
Velding: The shop welding of these flanged joints is performed by Crane
.■elders working under appro\ed procedure control. All welds are tested
.nd proved sound before shipment; see pages 614 and 615.
tpecial piping materials: These types of Welded Flanged Joints can be
urnished on many special piping materials, including numerous alloy steels,
i.-ith facilities for heat-treating after fabrication.
nformation and prices furnished on application.
Forged Steel Screwed Flange, Seal Welded
ii Crane Forged Steel Screwed Flange is used in this joint. The pLpe and
;he flange are accurately threaded; the flange is made up tight on the pipe,
ieal welded, and then refaced. The joint is sealed by fillet welding the back
:)f the flange to the pipe — this seal weld assures that no leakage will occur
:hrough the threads.
The refacing assures perfect alignment of the flange faces, and that the end
Df the pipe is fiush with the face of the flange for a proper gasket-bearing
surface to the inside of the pipe. The threads retain the function of holding
the flange securely on the pipe, hence there is no shearing action.
Forged Steel Welding Neck Flange
Crane Welding Neck Flanges are of Forged Steel, They are machined with
a beveled end and bored to match the thickness of the pipe to which they
are applied. A butt weld is used to attach the Welding Neck Flange to the
pipe, which is also machine beveled.
Forged Steel Slip-On Welding Flange
Crane Slip-On Welding Flanges are of Forged Steel. They are bored for a
snu^ fit on the pipe, and are welded at the front and at the back. After the
welding the flanges are refaced. Slip-On Welding Flange Joints can be
advantageously used when very short tangents are necessary on pipe bends.
Attention is called to the advantage of Crane Shop Fabrication The
method of welding this t\-pe of joint at the front and the subsequent retacmg
eliminates the pocket which is produced by the fillet weld necessary in held
welding the front of the Slip-On Welding Flange.
<^lip-On Welding Flange Joints in the 150 and 300-Pound pressure classes
can be furnished in sizes larger than 24-inch O.D., which is beyond the scope
of the other types of flanged Joints. Prices on application.
Code limitation : The use of the Slip-On Welding Flange Joint is limited
to a primarv service pressure rating of 300 pounds per square inch when
piping must comply with either the Pressure Piping Code or the A.S.M.h.
Unfired Pressure Vessel Code.
Cranelap Welding Nipple and Flange
The Cranelap Welding Nipple with Cranelap Flange can be applied to
fabricated piping. Both the welding nipple and the pipe are machine
beveled. A butt weld is used to complete the joint.
This type of joint has all of the advantages of the regular Cranelap Joint
as described on pages 605 to 608. In most cases, piping can be fabricated
with Cranelap Joints applied directly, which eliminates the weld necessary
for the application of the Cranelap Welding Nipple with Cranelap Flange.
Forged Steel
Screwed Flange
Seal Welded and Refaced
i
I
Welding Neck Flange
Butt Welded to Pipe
1;
VI
Slip-On Welding Flange
\\'elded Front and Back
and Rcl'aced
Flanges. . . pages 36S to 367
Testing. . . page 619
Welding Nipples
WeUing Bevel Details . . . page 647
Cranelap Flange with
Welding Nipple
Butt Welded to Pipe
and Fittings. . . pages 35 J to 360
Facings , . .pages 612 and 613
1^
I ^
;''_ :.: '■,' ■
610
CRANE
I I
Vl'l
' il :
/ 1
I
Summary of Sizes and Types of
Available Flanged Joints
Pipe
Size
Brass Flanged Joints
Screwed
Cast Iron Flanged Joints
Screwed
150
Pound
300
Pound
25
Pound
125-Pound
Inches
Cast
Iron
Malleable
Iron
250
Pound
V2
1
%
X
X
1
X
X
X
X
IV4
X
X
X
X
IVz
X
X
X
X
2
X
X
X
X
X
2Vz
X
X
X
X
X
3
X
X
X
X
X
31/2
X
X
X
X
X
4
X
1
1
X
X
X
X
5
X
X
X
X
X
X
6
X
X
X
X
X
X
8
X
X
X
X
X
X
10
X
X
X
X
12
1
X
X
X
+
-^
MOD
, .
t
+
, .
16 OD
+
+
±
18 OD
+
+
1
20 OD
t
+
t
t
24 OD
t
■
These tables are designed to indicate all of the
sizes and types of flanged joints that can be
regularly furnished for piping installations.
The symbols found in these tables designate that
a flanged joint is regularly furnished in the
particular size, material, type, and pressure
classification, as listed. The symbols (|), (f),
and (*) also serve to call attention to footnotes.
INDEX
Brass Flanges Page
I 50-Pound, Screwed 264
300-Pound, Screwed 264
Iron Flanges
25-Pound, Screwed 2qi
1 25-Pound, Screwed 2q2
250-Pound, Screwed 2q4
Forged Steel Flanges
Description 363
List Prices, 150 and 300-Pound 364
List Prices, 400 to i 500-Pound 365
Dimensions, 150, 300, and 400-Pound .. 366
Dimensions, 600 to 2500-Pound 367
(t) Made of Ferrosteel in these sizes.
Pipe
Size
Forged Steel Flanged Joints
150-Pound
Joints
300-Pound
Joints
400-Pound
Joints
600-Pound
Joints
900-Pound
Joints
1500-Pound
Joints
2500-Pound
Joints
Inches
-0
l-r
O
a
CO
C
ffl
o
be
C
O
■iH
u
z
bD
c
u
y
c/}
a
u
O
bD
C
1—1
c
o
a
z
c
u
o
(A
a)
1—4
C
u
o
b:D
c
1— (
o
a
O
Z
bD
c
•d
u
00
u
O
C
O
I
I/)
(J
z
bD
-T3
u
a
c
o
bfi
C
O
I
u
z
bD
C
-iH
•a
•a
a
o
tifi
c
o
I
a
-ip4
u
z
bD
c
u
4)
o
a
cd
C
bs
C
o
1
Z
bS
c
V2
X
X
X
X
X
X
X
X
*
*
*
*
X
X
X
X
•
X
X
X
X
X
X
X
X
3/4
X
X
X
X
X
X
X
X
«
*
*
*
X
X
X
X
4-
-r
X
X
X
X
X
X
X
X
1
X
X
X
X
X
X
X
X
*
*
*
*
X
X
X
X
1
+
t
-l-
X
X
X
X
X
X
X
X
1V4
X
X
X
X
X
X
X
X
+
*
+
+
X
X
X
X
t
■j-
+
1
X
X
X
X
X
X
X
X
1V2
X
X
X
X
X
X
X
X
*
*
*
*
X
X
X
X
t
T
4-
X
X
X
X
X
X
X
X
2
X
X
X
X
X
X
X
X
*
*
*:
*
X
X
X
X
4-
"h
•
•
X
X
X
X
X
X
X
X
21/2
X
X
X
X
X
X
X
X
*
^
*
*
X
X
X
X
t
t
X
X
X
X
X
X
X
X
3
X
X
X
X
X
X
X
X
^
*
*
*
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
31/2
X
X
X
X
X
X
X
X
*
*
*
*
X
X
X
X
X
X
X
X
X
X
X
X
4
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
5
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
8
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
10
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
12
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
HOD
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
!
16 OD
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
I
!
18 OD
^
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1
1
20 OD
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1
24 OD
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
*400-Pound Flanged Joints, sizes J^ to 3}/2-inch inclusive, use 600-Pound American Standard Flanges, the pipe thickness to be
suitable for the required pressure and temperature.
1'900-Pound Flanged Joints, sizes J-s ^o 23-2-inch inclusive, use 1500-Pound American Standard Flanges, the pipe thickness to be
suitable for the required pressure and temperature.
Forged Steel flanges for fianged joints are regularly made of carbon steel, but can be made of No. 4 Carbon-Molybdenum Steel
or No. 5 Chrome-Molybdenum Steel when required for unusual service conditions.
Forged Steel Slip-On Welding and Welding Neck Flanges are available for flanged joints in si^es larger than 24-inch. The flanges
can be furnished in several different weights for pressures up to 300 pounds at 7)0^ F,
Flanged joints can be furnished with any type of facing; see pages 612 and 6J3.
CRANE
611
N
Crane
Fabricated Piping
Serves
Every Industry
I
for headers and manifolds in distilleries.
f
in diversified plant piping systems
k in central li^hc and power plants.
FT
I
E9|
iii
r'
; »
ii*(
It
'
li''
U)
■ '
tei
612
CRANE
Crane Fabricated Piping fConf
Flange Facings and Finishes
Crane Fabricated Piping includes a variety of facings
and finishes for flanged joints. The illustrations and
descriptions outline the details of the facings and
finishes \\-hich are regularly furnished for the various
Plain Face — Smooth Finish
Flanged joints are regularly plain faced
with smooth finish when used with 25 and
i2i-Pound Cast Iron, Ferrosteei. or i\[alle-
able Iron Screwed Flanges. Serrated and
special finishes can be furnished; special
prices will apply.
Brass flanged joints are regularly plain
faced with smooth finish and "N"' groo\'ed.
Raised faces should be remo\-ed from iron
or steel flanges before bolting against brass
flanges. Full faced gaskets should always
be used when assembling any brass flanged
joint with plain face and "V" shaped
groo\-es. Metallic gaskets are not recom-
mended for use with brass flanged joints.
types of flanged joints, also the alternative finishes
which are available on special orders.
There are two finishes for facings in general use, i e
"smooth finish" and "serrated finish".
Smooth: The machining of faces with
this finish is smooth, designated "smooth
finish".
Serrated : The machining of faces with this
finish is accomplished with a round nose or
form tool which cuts concentric grooves,
known as "serrated finish".
The serrations are approximately 16 per
inch when used on Cast Iron and Ferrosteei
Flange Facings, and approximately 32 per
inch when used on Forged Steel Flange
l-^acmgs.
Illustrations: The various facings and
finishes are only illustrated with one type
of flanged joint, but many of them are
applicable to a variety of types, such as
Screwed, Welding Neck, Slip-On Welding,
and Cranelap.
Plain Face — Smooth Finish — "V"" Grooved
3^-inch Raised Face — Serrated Finish
Flanged joints are regularly furnished with a ^fe-inch
high raised face when using 250-Pound Cast Iron
and Ferrosteei Screwed Flanges; also 150 and
300-Pound Forged Steel Screwed, Welding Neck, or
Slip-On Welding Flanges.
Finish: The ^I'e-inch raised faces are regularly
furnished with a serrated finish.
Smooth finish and special finishes can be furnished
when ordered; special prices A\-ill apply.
Brass Flanges .. pag^ 264 Iran Flanges pages 289 to 295 Steel Flanges . . pages 361 to 367
Templates for drilhrig pages 550 to 555 Dimensions of special facings . pages 560 to 563
M-inch Raised Face — Serrated Finish
Flanged joints are regularly furnished with a J^-inch
high (large male) face when using 400, 600, goo,
1500, and 25oo-Pound Forged Steel Screwed, Weld-
ing Neck, or Slip-On Welding Flanges.
Finish: The J^-inch raised faces are regularly
furnished with a serrated finish.
Smooth finish, special facings, and special finishes can
be furnished when ordered; special prices will apply.
ranM Fabricated Piping (Cont^)
CRANE
613
Flange Facings and Finishes (Cont.)
Vi' High Double Male Face — Ring Joint Face — Large Male and Female
>mall Male and Female — Large Tongue and Groove — Small Tongue and Groove
.V^^Vv"^
i^-inch High Double N'lale
Face — Serrated Finish
Ring Joint on
Screwed Flanse
Ring Joint on Ring Joint on
Welding Neck Flange Slip-On Welding Flange
Flanged joints can be furnish-
ed with 14-inch high double
male, large male and female,
small male and female, large
tongue and groove, and small
tongue and groove facing
when using 250-Pound Cast
Iron or Ferrosteel Screwed
Flanges; or 300. 400. boo, qoo,
1500 and 2>oo-Pound Forged
Steel Screwed, Welding Neck,
or Slip'On Welding Flanges.
' Flanged joints can be fur-
nished with ring joint facing
when using 150, 300, 400. ^00. Qoo- 1500, and
2500-Pound Forged Steel Screwed. Welding Neck,
or Slip-On Welding Flanges.
The ring joint face is also furnished on Cranelap
Joints: see page 607.
The ring joint facing should not be used with or against
iron or brass valves, flanges, or fittings.
Finish: Male faces are regularly furnished with
serrated finish. Female faces, tongue faces, and
groove faces are regularly furnished with smooth
finish.
1 miaimiiiimil P
Large Male
and Female
^Pl
HI
Small Xlale and Femt..,
Large Tongue and Groove Small Tongue and Groove
Smooth finish can be furnished on the male faces
when ordered: special prices will apply.
Caution: Care should be taken in the use of small
male and female joints to insure that the pipe is
thick enough to permit sufficient bearing surface to
prevent crushing the gasket.
Gaskets: Corrugated metallic gaskets are recom-
mended only when used with smooth finish flanged
Joints. For best results, they should be coated with
Crane High Temperature Thread Lubricant when
installed.
Cranelap Joint
Facing Finishes
Cranelap Joint — Plain Face
Serrated Finish
Regular Cranelap Joint: The regular Cranelap Joint with raised
face is regularly furnished with a serrated finish, approximately 32
serrations per inch. Smooth finish can be furnished ^\■hen specified.
Modified Cranelap Joints: The Modified Cranelap joints and
facings are finished as follows:
Radial Back and Double Thickness Lap Cranelap Joints, with raised
face are regularly furnished with a serrated finish, approximately 32
serrations per inch. Smooth finish can be furnished when specified.
Large Male and Female, Large Tongue and Groove, and Small Tongue
and Groove Cranelap Joints are regularly furnished with a serrated
finish (approximately 32 serrations per inch) on the male faces, and
with smooth finish on the female, tongue, and groove faces. Smooth
finish can be furnished on the male faces when specified.
Gaskets: Corrugated metallic gaskets are recommended only when
used with smooth finish flanged joints. For best results they should
be coated with Crane High Temperature Thread Lubricant when
installed.
Dimensions of Cranelap Joints. , . p. 608 Thread Lubricants . . .p. 548
U
ll
i
I
t
* i
I
If
I
■'-.■-<'.■■{
1 1
-^
614
CRANE
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Crone Fabricated Piping (Cont
Crane Welded Piping
Crane Fabricated Piping includes a wide variety of
shop welded product — headers, welded assemblies,
receiver separators, vessels, etc. — for all current
operating pressure and temperature services.
Welding processes: Both the electric arc and oxy-
acetylene methods of fusion welding are employed
in the fabrication of Crane Welded Piping.
When orders do not specify which process should be used,
we en^ploy the method which is best adapted to the
character of the work and which will produce the best
results.
Codes; qualification of welders: Crane Welded
Piping can be fabricated to conform to the require-
ments of the various codes. Crane welders must
3ass tests in accordance with the A.S.M.E. Unfired
Pressure Vessel Code and the A.S.A. Code for
Pressure Piping, under supervision of the Hartford
Steam Boiler Inspection and Insurance Co. The
qualification is for both electric arc and oxy-acetylene
welding.
Crane welders also can be qualified by customers
inspectors or by other recognized inspection bureaus
for both carbon and alloy steels, when so specified!
Stress relieving: Crane Welded Piping will be
stress relieved in accordance with the A.S.A. Code
for Pressure Piping. Welded nozzles, in both the
unreinforced and reinforced types, and other welds
are stress relieved when it is considered necessary
even though the Pressure Piping Code does not
stipulate that stress relief is required. ' M
The practice of stress relief as outlined above will be
followed, unless orders or inquiries specify otherwise.
Types of Welds
There are numerous types of welds for various connec
tions and purposes — those in general use are as follows
Welded End Closure
Butt Weld
For Metal Thickness of
^-inch or less
90° Nozsie Weld
Standard Type
90* Nozzle Weld
Reinforced Type
Butt Weld
For Metal Thickness
greater than 3^-inch
Mitre Weld
Welded Coupling Welded Pad
Angular Nozzle Weld
Standard Type
Angular Nozzle Weld
Reinforced Type
Butt welds: Two types of butt welds are furnished
as illustrated — ■ one for light sections, and one for
heavy sections; see page 647. All piping is beveled
before butt welds are applied.
Mitre weld: The mitre weld, illustrated above, is
used for fabricated piping, especially in the larger
sizes, or for unusual conditions.
The use of pipe bends or welding elbows is recom-
mended in preference to mitre welds. However,
when the limitations of space, design, or the sizes of
welding elbows available do not suffice, mitre welding
can be used. They are made up of various combina-
tions of segments, angles, etc. , and must be designed
for each condition encountered.
Welded end closure: The welded end closure
regularly furnished is illustrated abo\-e. Crane
Welding Caps (ellipsoidal shape) are used unless
otherwise specified. For Welding Caps, see page ■)^4.
Other types, such as fiat head, dished head, etc. can
be furnished when ordered.
Welded couplings and welded pads: Smaller
sizes of screwed connections are furnished in two
types — welded couplings and \\'elded pads. Both are
illustrated above.
For welded couplings, the regular practice is to use
a half coupling of the extra heavy seamless pattern;
one end is beveled and the weld is made as illustrated.
For welded pads, the regular practice is to use a
section of steel bar stock or a forged steel pad; one
end is beveled, the weld is made, and the threaded
opening is drilled and tapped as the final operation.
Orders and inquiries should specify type wanted.
Welded nozzles: Crane fabricated piping utilizes
two types of welded qo° or angular nozzles — the
^'Standard Type" which is unreinforced, and the
"Reinforced Type" which provides reinforcement of
the nozzle weld. One of two types of welds is used;
see illustrations above.
Reinforcing of welded nozzles will be done as required
by the customer and in accordance with the A.S.M.E.
Unfired Pressure Vessel Code or the A.S.A. Pressure
Piping Code when these Codes must be complied
with.
The ring type of reinforcement will be furnished in the
absence of definite specifications on orders for fabricated
piping with reinforced Welded nozzles.
Other types of reinforcement can be furnished accord-
ing to individual specifications, when so stipulated.
Vane Fabri^aitGd Piping (Coftt,)
CRANE
615
Crane Welded Piping
The welding of shop fabricated piping probably finds
ts greatest usefulness in the production of welded
leaders from pipe.
\ few of the advantages of welded headers are: the
elimination of joints; a saving in weight; a conserva-
t'lon of space when necessary; the location of branches
Dr nozzles at any desired, practical intervals; con-
tinuity of insulation; and the freedom to apply any
type of joint to the nozzles or connections.
Shop fabrication of welded headers is recommended.
See page jg8 for the "Advantages of Crane Shop
Fabrication".
Crane welded headers are fabricated by competent
welders working under approved procedure control.
When necessary, welds are stress relieved.
For information on the dimensions and design of
Crane Welded Headers, see pages bi6 and biy.
Notes on Crane Welded Piping
Ends of welded piping : Welded headers and
piping can be supplied with the ends plain, beveled
for welding, threaded, or flanged, utilizing any of
the types of flanged joints which are listed; see
pages 6 1 2 and 613.
Long lengths of pipe: When designing or order-
ing welded headers and piping, consideration should
be given to the maximum lengths of welded or
seamless pipe available; see page 574.
When the necessary lengths are not available, two
or more pieces of pipe can be welded together or
provided with intermediate flanged Joints to produce
the desired header or welded assembly. Any inter-
mediate joint should be definitely located if its
location is an important factor in erection.
Shipping facilities present the only practical limit
to the shape or length of welded headers and assem-
blies. Care must be used to keep the over-all di-
mensions within the maximum shipping facilities
and clearances between factory and destination.
Special materials: Facilities are available lor
welding or brazing into various types of fabricated
assemblies, piping materials such as brass, copper,
aluminum, Klonel, and others. The application of
yellow brasses, howe\'er, is somewhat limited.
Numerous allov steels also can be uelded. Facilities
for heat-treating alloy steels after fabrication are
available when required. Crane Shops ha\e welding
rods and electrodes tor welding alloy steels which
give the deposited metals approximately the same
characteristics as the parent metals.
Details on special materials on application.
Galvanizing: Welded headers and welded piping
can be furnished galvanized on the inside and outside,
or galvanized on the outside only. The gab anizing is
dune after labrication. Information on application.
Testing, protectors, and painting: Ml Crane
welded products are tested, painted, and pro\ik.lcd
with protectors on Hanged or threaded ends.
Inquiries and Orders: Inquiries or orders tor
welded products should specify the ciuantity; the
dimensions ; size, weight, and kind ol pipe: also ii the
ends are to be plain, beveled lor welding, threaded,
or Hanged. 1 f (langed, the kind of (langc. lacing, and
t\pc of joint should be specified, it is advisable to
ha\'e a sketch accompany all orders or inquiries.
I'rB^ni
24 X 16-inch WeEded Headers
Completing an unusual welded assembly
Pipe pages 574 to 587
Welding Bevel Details page 647
Testing page 619
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616
CRANE
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Crane Fabricated Fiping (Con(,)
Dimensions of Crane Welded Headers
Xi-li ■-
^
Design recommendations: It is impossible to
outline in complete detail fixed recommendations for
the dimensions of welded headers, because the spe-
cific requirements often necessitate the use of special
or unusual dimensional design. However, for the
major portion of ordinary requirements, it is possible
to keep within the limitations of standard practice.
To this end, the composite header sketches shown
abo\-e and the data following are presented as a
guide for designing and for determining the dimen-
sions of welded headers.
Caution: In the data following, reference is made,
in many cases, to recommended minimum dimen-
sions. The principles of good header design preclude
the use of these minimum dimensions, and consequent
close clearances, except when necessary.
As an example, refer to dimension "C" (center to
center of adjacent flanged end nozzles) in the sketch
abo\-e and in the data section following, and note
that the recommended minimum should be used only
when close nesting of the branch outlet piping is
required, or when the space for the header length is
limited. _ Obviously, the use of the minimum dimen-
sion "C is not desirable when greater spacing of
adjacent nozzles can be effected.
'R.ecommended mmima: While the recommended
minimum dimensions appearing in the following data
are accurate for general purposes, slight variations
are possible. For specific problems of this nature,
full information will be furnished upon receipt of
inquiries, which preferably should be accompanied
by a sketch.
Dimensions "A" and "B'' : The center to face
dimension of flanged end welded nozzles should be
the same as the corresponding dimensions of flanged
fittings of similar pressure rating and of similar type.
Dimensions '*C''-''Cr' and "K"-"K,": The
recommended minimum center to center dimension
oi adjacent flanged end welded nozzles should be
one-half the diameter of one outlet flange, plus
one-half the diameter of the other outlet flange, plus
ont inch (i"). This will pro\'ide sufficient clearance
for welding the nozzles to the heaHer and also for
bolting up the adjacent flanged joints.
If the nozzle welds are reinforced, certain types of
reinforcement may require more than one inch of
clearance between adjacent flanges of nozzles. How-
ever, if ring reinforcement is used, this qualification
does not apply, as the one inch clearance between
adjacent flanges (Dimensions " C," and "K,") pro-
vides sufficient clearance for the application of
welded reinforcing rings.
Dimensions "D'' and "E": The dimension "D"
(center of welded nozzle to center of the butt weld
of an end closure) and the dimension "E" (center of
u-elded nozzle to the beginning of a swedged reduc-
tion in the diameter of the header) should not be
less than one-half the diameter of the flange on the
welded nozzle.
Dimension *'Di" : For dimensions of the Welding
Caps used for end closures, see page 357. See pages
358 and 35Q for working pressures of Caps.
Dimensions of Welding Cap end closures for pres-
sures greater than those shown on pages 358 and 359
will be furnished on application.
Dimension 'T" : The minimum lengths of tangents
on swedged or reduced ends should be the same as
the minimum tangents used on pipe bends. See
Column "C" in the table on page 602 and the notes
relating to tangents on page 603.
I
Crane Fabricated Piping (Cant.)
CRANE
617
Dimensions of Crane Welded Headers
Dimension **G" : When the diameter of the welded
nozzle is smaller than the diameter of the header,
it is possible, in some instances, to make the dimen-
sion from center of nozzle to face of header flange
less than the normal dimension ("A"), which is the
corresponding flanged fitting dimension.
Dimension "G" should not be less than one-half the
diameter of the outlet flange, plus the length through
the hub of the header flange (including welding neck
type), plus any additional space, if necessary, for the
insertion of holts.
Diiwension "H" : The pipe connection for flow
meter purposes should be located according to the
requirement of the flow meter manufacturer. How-
ever, clearance for the hub of the flange is necessary.
Dimension '*J" : Welded coupling nozzles or
welded pads for a drain or other purposes should be
so located that dimension "'J" provides ample clear-
ance for the hub of the header flange, and also for the
insertion or remo\'aI of the holts for the header
flange when piping is connected to the welded cou-
pling nozzle or pad.
Dimensions "L'' and '*M": The diameter of
welded d'ip pockets ("L") should be approximately
one-half to two-thirds of the diameter of the header
CW). The length of welded drip pockets (■"M")
should be, as a recommended minimum, approx-
imately two to three times the diameter ('"L").
It is recommended that the drain connection be
not less than i-inch, also that the size should be
based on the service requirement.
For low pressure saturated steam lines, drip pockets
should be larger than those used on high pressure
superheated steam lines, because more condensate
wi 1 be present in the low pressure saturated steam
lines than in the high pressure superheated steam.
Drip pockets should not be located immediately op-
posite and below a vertical branch outlet of a header,
Decause the flow from the header through the vertical
branch will produce a syphonic action and render
the drip pocket partially or even entirely ineffective,
especially when a high velocity of flow is employed.
Dimensions *'P" and ''Q": The fabrication of
headers by welding readily permits vari-
ations in the location, design, and dimen-
sions of supports and anchorage bases.
In the absence of any special require-
ment, it is recommended that the dimen-
sion "P" (center of header to face of
base support) and the dimension "Q"
(center of header to face of anchorage
base) be the same as the corresponding
dimensions of base fittings of similar
pressure rating and of similar type.
These recommended dimensions pro-
vide clearance for the application of
insulation.
Dimensions "R'' and ^^S": The
dimensions of the support bases ("R )
should be the same as the correspond-
ing dimensions of base fittings of similar
pressure rating and type.
The dimensions of anchorage bases ("S") should be
larger than those of support bases and should be
developed to suit the conditions.
When bases are to be drilled for bolts, the size and
the location of the holes should be specified. When
an anchorage base is used, it should be bolted secure-
ly ; however, the supporting base should then be free,
in order not to interfere with the longitudinal move-
ment of the header when expanding or contracting.
Dimension "T" : The minimum center to center
dimension of adjacent welded coupling nozzles or
welded pads ("T"") is go\'erned by the pipe sizes of
these connections. Adequate space should be pro-
vided for the installation of any valves, unions, etc.,
in the connected piping.
Dimensions "AA'', ^^V", and ''Y": It is recom-
mended that the center to end dimension of beveled
end welded nozzles ("AA" and ■"V") and threaded
end welded nozzles ('"Y") be the same as the center
to face dimensions of corresponding flanged fittings
of similar pressure rating and type.
When necessary, it is possible to reduce dimensions
"AA", "V", and "'Y" below the standard recom-
mended above, but in such a case care should be used
to have these dimensions of adequate length for
proper butt welding or screwing-up of the branch
piping to the ends of the nozzles in the header.
Dimensions "U''-''U;\ *W-*'W>'\ and *'X^'-
*'Xi": The minimum center to center Llimension of
adjacent beveled end or threaded end welded nozzles
is go\'erned by the pipe sizes of these nozzles. Ade-
quate space should be provided tor the installation
of any valves, unions, flanges, etc. in the piping con-
nected to the nozzles.
It is also necessary that the dimensions "U,". "W,",
and ""Xi" be of sufficient length to pro\'ide adequate
space for the welding of the nozzles to the header.
Dimension "Z" : The dimension "Z" can be de-
termined by the same formula used for dimension
"E", i. e., the same as one-half the flange diameter
on a QO° welded nozzle.
:p-'
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A 900-Pound Header, complete with Valves
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618
CRANE
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Pipe Coils
Crane Fabricated Piping (Cont.)
Pipe Coils can be furnished in man^^ types. A few of
those in general use are illustrated below. Pipe Coils
are regularly made from any of the commercial sizes
and weights oi steel and genuine wrought iron pipe
Information about coils made from other piping
materials will be furnished on application.
Center to Center Dimensions, in Inches
Size
of
Recommended and
Advisable Minimum
Shortest
center di
center to
mensions
Size
of
Pipe
Standard
Extra Strong
Standard
1 Extra Strong
Straps
V4
3V2
2V2
31/2
2V2
IV4XV4
1
4
3
4
-
6
iy4Xl/4
IV4
5
4
41/2
3V2
iV2xy4
IV2
6
5
5
4
lV2x3/g
2
8
6
6
5
2 x3/8
information on smaller and larger sizes furnished on application.
Straps, if required, can be furnished in other sizes.
Flat Spiral Coil
Oval Coil
Flat ^ig Zag Coil
d
iH
Cylindrical
' Coil
Cylindrical Coil
End Inside'
Box Coil
Inquiries and orders: Inquiries and orders for Pipe Coils
should specify the quantity; service; size, weight, and kind of
pipe; also if the ends are to be plain, beveled, threaded, or flanged.
J f flanged, the kind of flange, facing, and type of joint should be
specified. '
The essential dimensions, as indicated by the letters in the
drawings should be given, preferably in a sketch.
Threaded ends: If Pipe Coils are to have threaded ends, they
can be furnished with regular threads, locknut threads, or straight
threads. If the threads are other than regular, full details should
be given.
Galvanizing: Pipe Coils can be furnished galvanized on the
outside only. It is possible, in limited instances, to galvanize coils
on the inside and outside. Full information will be furnished on
receipt of specific inquiries.
Prices on application Pipe pages 574 to 587
Coils other than those tUitstrated above can be furnished.
Crane Fabricated piping (Cont,)
CRANE
619
Crane Double Pipe Heat Exchangers
Jrtni]
Crane Shops can fabricate heat ex-
changers of the type illustrated at the
right. They are formed of two sets of
piping, one placed inside of the other,
and utilizing Crane double pipe return
bends and fittings.
Application: Crane Double Pipe Heat
Exchangers have a wide range of ap-
plication, in various installations, to
serve as the medium for heat transfer be-
tween fluids, gases, etc. The usual
arrangement is to provide counter flows,
or directions of travel, in the inside of
the smaller, or inner piping, and the annular space
between the inner piping and the outer piping.
Pipe sizes: Three sizes of heat exchangers are
regularly made: 2 x i>^-inch, 2^2 x 1 34-inch, and
3 X 2-inch. A fourth size. 4 x 3-inch, can be made up
on special orders. The sizes commonly used are
2 X i>^-inch and 3 x 2-inch.
Length and height: Crane Double Pipe Heat Ex-
changers are regularly made in any length up to 20
feet long. Lengths over 20 feet can be made up on
special orders. These heat exchangers can be any
number of pipes in height; however, the usual prac-
tice limits the height to 12 pipes.
Construction: Heat exchangers are regularly con-
structed with No. I5b5 Double Pipe Return Bends;
No 1 57 1 Double Pipe Tees, for the inlet and outlet;
and No. i574j^UnionEndReturnBends or No. i^tq
Flanged End "Return Bends; see page 48b. All
flanged joints have tongue and groove facing.
1565
1571
J
1574/:
Packing: Through the use of special packings and
gaskets in the fittings, these heat exchangers are
made suitable for use with various oils, gases, etc.
Headers for multiple stands : When two or more
stands of double pipe heat exchangers are used in a
battery, welded piping headers for connecting the
inlets and outlets are recommended.
Testing and assembly: Crane Double Pipe Heat
Exchangers are regularly subjected to a 300-pound
air-under-water test, and are shipped in complete
sections, ready for erection. When too large for
shipment, they are assembled in partial sections,
readv for final assembly in the field.
Inquiries and orders: Inquiries or orders should
specify the quantity; size, weight, and kind of pipe;
ser\'ice, pressure, and temperature; over-all length
and number of pipes; number of stands; center to
centerdimensionsofstands,when headers are wanted;
and whether or not valves and any additional connec-
tions are wanted on the inlets and outlets.
Prices on application. Mormaiton on welded heat exchangers and welded jacketed pipe on application.
Testing of Fabricated Piping
^
Crane fabricated piping, such as pipe bends, welded
headers welded assemblies, or any piping containing
shop welds, is regularly tested to meet the require-
ments of the Code to which it has been fabricated.
Products such as the above which do not have to
comply with any Code will be tested at the pressures
shown in the table at the right.
Special tests: Items other than those listed before
as being regularly tested can be tested when specified,
in which case an extra charge will be made.
Special tests, other than the usual hydrostatic, are
available at a special price. Some of the spec.a
tests are steam, air-under-water, and kerosene. _^hull
information will be furnished on application. -
Hydrostatic Test Pressures
*Primary Service Pressure
Hydrostatic Tests
25 Pounds Steam
II
50 pounds
125
150
250
300
40O
600
900
1500
250
n
350
(i
500
t. C
750
tb
1000
4L
1500
lt*>
2000
ftV
3500
h I
*Primary Service Pressure is the pressure under
which iron and steel valves, fittings, flanges, etc.,
are classified in the American Standards.
^■V
620
CRANE
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pqjc bends^ iron gate *-3hes dxcfic
, Fehei %^alves. and 6ttan^ in ivKix ser*-
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'•^Q^:s^-
CRANE
621
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Engineering Data
I
Crane service to users of valves and fittings extends far bevond
the manufacture of such products. Through years of research
experimenting, and testing. Crane Engineers have accumulated a
wealth of engineering data to assist in solving the complicated
problems sometimes associated with piping systems. A small
portion of that data is shown in this section of the cataloa
Users confronted with unusual piping problems are invited to
avail themselves of Crane's complete ser\-Jce or to refer to the
several Crane technical publications for additional information
Assembly and Maintenance of Flanged Joints. . n«ap <S, ,
Crane Bolting. . . ; ' ' ^ '=' , ^^-^
Welding Bevel Details P^^^" ^'' ^"^ 2'^
How to Read Reducing Fittings ^^^^ 7^~
Taps and Drains for Flanged Fittings.' '.::.'.'.:'.:'.:[:'.: olfe lit
laps, Drains, and Location of By-Passes for Valves " ' n^L fjl
page 64b
, .WW v.. vv...., i "'V,'^^" oLanuara vvrougnt iron or bteel Pipe pase
Pressure Drop m Elbows and Bends ^^^^ f^,^
Heating Water with Steam Coils ", .'.■.■.■;.■;;;;.■.■.■;;.■. pages 632^and 633
Excerpts from the Code for Pressure Piping. . r>Qfre biA
Calcu ating Working Pressure, Stress, or Wall Thickness of Pipe., .pages 635 to 67
Calculation of Pipe Bends nnap^ h.Var>H i-.iL
T .-4-1 ri-1- -n 1 pages 030 and d^q
Length of Pipe in Bends ^ ^^^
Thermal Expansion and Modulus of Elasticity of Pipe pa^e bT^
Spacing of Pipe Supports ' " " " " ' ' " ^^% .-\
Deflection of Horizontal Pipe Lines n^S^ ^ ,
P^g^ 04
3
Definition of Steam and General Data pa^^es 648 and 64P
Properties of Saturated Steam pages b.-o to 653
Properties of Superheated Steam n;^fTes b^ to 657
pa,
Conversion Table, General
Linear Conversion
Pressure Conversion
page 658
pages b5Q to bbi
Weight Conversion '.'.'..'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'. pa|e 66^
Temperature Conversion ^^^„ f^f/l
Circumferences and Areas of Circles
pages 6b5 to 667
' 1
********
hiOTE: All references to gallons are expressed in U.S. gallons
For greater convenience, certain data of an engineering nature have
been included in other sections of this catalog with products to
which they definitely pertain. Refer to the pages indicated below;
Formula for Determining Size of Stop-Check Valves paee 371
Formula for Determining Size of Steam or Oil Separators . . .' ' .' .' .['.] ' 'page 420
Normal Engagement Between Male and Female Threads na^e 591
American and British Standard Pipe Threads pages 590 and 591
Threading Material for Oil Country Tubular Goods. . . pages 593 to 596
Railing Pipe Threads ^ ^ p^^^ 266
Expansion of Wrought Iron, Steel, Brass, or Copper Pipe paee 426
Expansion of Copper Tubing ' p^Se 510
Standard Extra Strong, and Double Extra Strong Pipe Data paL 588
Internal Fluid Pressures for Pipe ' " ' naSe 589
t, .- '. . >" \ . I -> ,'- '-
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622
CRANE
Crane Bolting
L
2.
Definitions
Bolt : A bolt is threaded on one end only, the other end being upset
into the form of a head.
Stud: A stud is threaded on both ends, one end being oversize in
diameter to fit tightly (wrench fit) in a tapped hole, the other being
to the standard diameter for a nut assemb y.
Bolt-Stud: A bolt-stud is threaded either on both ends, or full
length to the standard diameter for nut assembly on each end.
Materials
Crane Co. furnishes bolts, studs, and bolt-studs of the following materials:
3.
Machine Bolts fot usc at tcmpetatures up to 500° F.
are made from steel complying with A.S.T.M. Specifi-
cation A 107. open-hearth, free-cutting grade, having
the following physical properties:
Minimum
Tensile Strength, lbs. per sq. in. . . .60,000
Yield Point, ibs. per sq. in 35,000
Elongation in 2", per cent 25
Reduction of Area, per cent 50
These bolts are furnished with "Regular" unfinished
square heads in accordance \\ith A.S.A. B18.2.
All machine bolts are threaded in accordance with
A.S.A. Br.i Coarse Thread Series, Class 2 fit.
Nuts regularly furnished with machine bolts are
made of free-cutting or resulfurized nut stock
conforming to A.S.T.M. Specification A 107.
Nuts are made to American Standard Unfinished
"Heavy" Hexagon Dimensions, A.S.A. B18.2.
All nuts are tapped in accordance with A.S.A.
Bi.i Coarse Thread Series, Class 2 fit.
Studs and Bolt-Studs for use at temperatures up to
500° F. are made from cold rolled steel complying
with A.S.T.M. Spec. A 108, open-hearth free-cutting
grade, having the following physical properties:
Minimum
Tensile Strength, lbs. per sq. in. . . .70,000
Yield Point, lbs. per sq. in 60,000
Elongation in 2", per cent 18
Reduction of Area, per cent 45
Cold roll steel studs and bolt-studs are threaded in
accordance with A.S.A. Bi.i Coarse Thread Series,
Class 2 fit (nut ends only).
Nuts regularly furnished are cold made of mate-
rial in accordance with A.S.T.M. Spec. A 107.
Nuts are semi-finished in accordance with the
American Standard "Heavy" Hexagon Dimen-
sions, A.S.A. B18.2.
All nuts are tapped in accordance with A.S.A.
Bi.i Coarse Thread Series. Class z fit.
Alloy Steel Studs and Bolt-Studs are made of Crane
Triplex or Templex Steel. Crane Triplex Steel has
been used with uniformly satisfactory results in
thousands of steel valve and fitting installations,
many of which — particularly in oil refineries^have
been operating under extreme pressures and tem-
peratures. Templex Steel, a recent Crane develop-
ment in bolting materials, is superior to Triplex Steel
in creep resistance; on temperatures over 850° F.,
especia ly where joints are made up for permanent,
long-time service, as in steam power plants, Crane
Templex Steel will be found ideal.
Crane Triplex Steel complies with the requirements
of A.S.T.M. Specification A iq^, Grade B7.
Crane Templex Steel complies with the requirements
of A.S.T.M. Specification A 193, Grade B14.
Both steels have the following physical properties:
Minimum
Tensile Strength, lbs. per sq. in. . . 125,000
Yield Point, lbs. per sq. in 105,000
Elongation in 2'^ per cent 16
Reduction of Area, per cent yo
Alloy steel bolt-studs, threaded throughout their
entire pipe length, and nuts are threaded in accord-
ance with the number of threads per inch specified
in A.S.A. Bi.i, Coarse Thread Series for sizes i-inch
and smaller. Sizes i3^-8-inch and larger are furnished
with threads per inch in accordance with A.S.A.
Bi.i, 8 Pitch Thread Series. This threading is in
accordance with M.S.S. SP-2q-iq3q.
M.S.S. SP-2q-iq3q specifies the A.S.A. Bi.i Class 5
tolerances and dimensions for bolt-studs and Cl^ss 2
tolerances and dimensions for nuts. This combina-
tion of dimensions and tolerances allows the maxi-
mum bolt-stud pitch diameter to be the same as the
minimum nut pitch diameter.
Note: In addition to furnishing bolt-studs and
nuts in accordance with the aforementioned tol-
erances and dimensions, Crane Co. maintains a
smaller maximum bolt-stud pitch diameter and a
larger minimum nut pitch diameter than allowed
by M.S.S. SP-29-iq3q, thereby insuring a "clear-
ance" under all conditions between bolt-stud and
nut which tends to prevent " freezing" or seizing
of the two parts.
Nuts regularly furnished with alloy steel bolt-
studs are medium carbon, oil-quenched, semi-
finished, made to the American Standard
"Heavy" Hexagon Nut Dimensions, A.S.A.
Bt8.2.
Nuts for alloy steel bolt-studs comply with the
requirements of A.S.T.M. Specification A qb for
Class I and A.S.T.M. A 1^4 for Class 2 H.
>arttf Bottdng t^Cont.)
CRANE
623
I
Torque Required to Produce Bolt Stress
The torque or turning effort required to produce a
;ertain stress in bolting is dependent upon a number
)f conditions, some of which are:
Diameter of bolt.
Type and number of threads on bolt.
Material of bolt.
Condition of nut bearing surfaces.
Lubrication of bolt threads and nut bearina
surtaces. ^
Zrane Co. has conducted many tests to determine
:he relation between torque and bolt stress from
(vhich the tables given below were prepared. The
valuesgiven in these tablesarebaseduponsteel bolting
I
2
3
4
5
well lubricated with a heavy graphite and oil mixture.
It was found that a non-lubricated bolt has an effi-
ciency of about 50 per cent of a well lubricated bolt
and also that different lubricants produce results
varying between the limits of 50 and 100 per cent
of the tabulated stress figures.
Crane High Temperature Thread Lubricant
The graphite and oil mixture will give satisfactory
results; however, for high temperature ser\-ice Crane
High Temperature Thread Lubricant should be used
so that bolt-studs can be more readily followed up or
disassembled after being subjected to" heat. See page
548 for description of Crane High Temperature
Thread Lubricant.
Nominal
Diameter
of Bolt
Data for Use with Machine Bolts and Cold Rolled Steel Bolt-Studs
Load in Pounds on Bolts and Bolt-Studs when Torque Loads Are Applied
No. of
Threads
per Inch
Diameter
at Root of
Thread
Va'
%
V2
Vie
%
3/4
Vs
1
1V8
IV4
1%
IV2
1%
IV4
2
20
18
16
14
13
12
11
10
9
8
7
7
6
6
51/2
5
5
4V2
Nominal
Diameter
of Stud
No, of
Threads
per Inch
Va"
Vis
%
Vz
^Ae
Vs
¥4
%
1
iVs
IV4
1%
IV2
1%
IV4
2
2V2
23/4
3
20
18
16
14
13
12
U
10
9
8
8
8
8
8
8
8
8
8
8
8
8
8
.185
.240
.294
.345
.400
.454
.507
.620
.731
.838
.939
1.064
1.158
1.283
1.389
1.490
1.615
1.711
Area
at Root of
Thread
7027
.045
.068
.093
.126
.162
.202
.302
.419
.551
.693
.890
1.054
1.294
1.515
1.744
2.049
2.300
Stress
7,500 Lbs, per Sg. Ig.
Torque Compres-
Ft. Lbs. sion, Lbs.
15,000 Lbs. per Sq. In
Torque
Ft. Lbs.
1
2
3
5
8
12
15
25
40
62
98
137
183
219
300
390
525
563
Compres-
sion, Lbs.
30,000 Lbs, per Sq. In
Torque
Ft. Lbs.
203
388
510
698
945
1215
1515
2265
3143
4133
5190
6675
7905
9705
11363
13080
15368
17250
%
4
6
10
15
23
30
50
80
123
195
273
365
437
600
775
1050
1125
Compres-
sion, Lbs.
405
675
1020
1395
1890
2430
3030
4530
6285
8265
10380
13350
15810
19410
22725
26160
30735
34500
4
8
12
20
30
45
60
100
160
245
390
545
730
875
1200
1550
2100
2250
810
1350
2040
2790
3780
4860
6060
9060
12570
16530
20760
26700
31620
38820
45450
52320
61470
69000
Data for Use with Alloy Steel Bolt-Studs
Load \n Pounds on Bolt-Studs when Torque Loads Are Applied
Diameter
at Root of
Thread
Area
at Root of
Thread
Stress
30,000 Lbs. per Sq. In.
Torque
Ft. Lbs.
Compres-
sion, Lbs.
45,000 Lbs, per Sq . In
Torque
Ft. Lbs.
.185
.240
.294
.345
.400
.454
.507
.620
.731
.838
.963
1.088
1.213
1.338
1.463
1.588
1.713
1.838
2.088
2.338
2.588
2.838
.027
.045
.068
.093
.126
.162
.202
.302
.419
.551
.728
.929
1.155
1.405
1.680
1.980
2.304
2.652
3.423
4.292
5.259
6.324
Compres-
sion, Lbs.
60,000 Lbs. per Sq. In
Torque
Ft. Lbs.
4
8
12
20
30
45
60
100
160
245
355
500
680
800
1100
1500
2000
2200
3180
4400
5920
7720
810
1350
2040
2790
3780
4860
6060
9060
12570
16530
21840
27870
34650
42150
50400
59400
69120
79560
102690
128760
157770
189720
Compres-
sion, Lbs.
6
12
18
30
45
68
90
150
240
368
533
750
1020
1200
1650
2250
3000
3300
4770
660'
8?
Uo80
1215
2025
3060
4185
5670
7290
9090
13590
18855
24795
32760
41805
51975
63225
75600
89100
103680
119340
154035
193140
236655
284580
8
16
24
40
60
1620
2700
4080
5580
7560
90
9720
120
12120
200
18120
320
25140
490
33060
710
43680
1000
55740
1360
69300
1600
84300
2200
100800
3000
118800
4000
138240
4400
159120
6360
205380
8800
257520
11840
315540
15440
379440
■■:■'>''■:..-
J -
I
ftf
■ I
i!
f, •
I
.■ y-'-r '.-■1 .^ .-^^
''' -"■ ^^" .- -\'' -i,
. - ■ '■■' ■, _ -
<l
■il^^
■i
i .
k I
I
f;'
I
624
CRANE
Assembly and Maintenance of Flanged Joints
As the temperatures and pressures used in the piping
industry have increased, the problem of maintaining
tight flanged joints has progressively become more
severe. Many types of joints have been used; vari-
ous types of gaskets have been installed in these
joints; and different kinds of bolting materials have
been recommended — all with a varying amount of
success, depending upon the operating conditions.
Even with all of these variations in design, certain
precautions must be taken to maintain tight flanged
joints.
When a flanged joint is assembled, each of the com-
ponent parts is subjected to tensile or compressive
stresses of varying magnitude. Under service con-
ditions, especially where high temperatures are
involved, a change in the magnitude of these stresses
occurs .and a lowering of the bolt stress results.
In order to compensate for this reduction in bolt
stress, the following recommendations are made with
regard to the assembly and maintenance of flanged
joints.
Assembly: Initial bolt stresses to be applied in the
assembly of flanged joints should afford a reasonable
factor of safety with reference to the yield point of
the bolting material. On the other hand, the initial
bolt stress must be high enough to insure a tight
joint.
An extensive survey of field erected flanged joints
has indicated that the following initial stresses are
usually applied when alloy steel bolt-studs are
pulled up manually. Experience has shown that
these stresses are satisfactory for American Standard
Steel Flanges and will comply with the requirements
as set forth in the preceding paragraph.
Table I
Size 0\
[Alloy Steel
Boit-Stud
(Note 1)
Average Stress
Applied Manually
Lbs. per Sq. Inch
(Note 2)
Approximate
Torque to
Obtain Stress,
Ft. Lbs.
(Note 3)
Elongation in
Inches, per Inch
of Effective
Length
(Note 4)
n
> 2,000
i75
.00173
y%
48,000
155
.00 60
1
45,000
370
,00 50
\i
42.500
500
.00 42
Ik
40,000
6b5
.00 33
\ii
38,000
860
.00 27
iH
36.500
97?
.00122
%
35.000
128?
.001 7
H
34,000
1700
.00 13
VA
33,000
2200
.00110
1
32,000
2350
.00107
Notes: (1) Coarse thread series, 1 " and smaller; 8 pitch thread
series, 1^" and larger. (2) Average stress applied by main-
tenance men in assembly, using a lever and wrench or by
sledging. (3) Based upon well-lubricated* threads. (4) Based
on a modulus of elasticity of 30,000,000. The effective length
of bolt-stud equals the distance from center of one nut to
center of the other.
The values given in Table I have been graduated
according to size — however, if it is possible to apply
higher torques, it is recommended that the initial
bolt stress be approximately 45,000 pounds per
square inch.
The initial bolt stress can be appli.d by either of
two methods: (i) By pulling up the well-lubricated*
bolt-studs with the proper torque, or (z) by pulling
up the bolt-studs to produce the elongation necessary
for the desired bolt stress. When the second method
is used the total desired elongation of the bolt-stud
should be ascertained by multiplying the value
given in the table for elongation in inches per inch
by the effective length (distance from center of one
nut to center of the other). Figures i and 2,
respectively, show the
design of an instru-
ment which can be
used in measuring
bolt-stud elongation
and the preparation of
the ends of a bolt-stud
for accurate measure-
ment.
Maintenance : When
should bolt-studs be
pulled up after being in
service? It is recom-
mended that the bolt-
ing in all flanged joints
installed on tempera-
tures above 500° F. be
pulled up after the first
shutdown. On high
temperature service
where creep may be ex-
pected to occur, it is
recommended that the
bolting be pulled up at
least once during the
first 200 hours of serv-
ice, regardless of
whether the line has been shut down or not. Bolt
stress should be checked periodically during the life
of the installation.
How should the bolt elongation be checked and the bolt-
studs pulled up? As a general rule, it is only neces-
sary to check the elongation in two or three dia-
metrically opposite bolt-studs, using the avei;age
of the values obtained as the elongation for the
remainder. I f the bolt elongation is to be determined
while the joint is in service, one bolt should be
checked and pulled up before another is loosened.
Measurements should be taken immediately after
releasing the load before the bolt temperature
decreases. The following procedure should be used
in checking bolt elongation:
Micrometer
Dial
Fig. I ^
Centerpunched Holes
Effective Length
Fig. 2
(a)
(b)
(c)
(d)
If t\z
values
up so
figures
Determine the length of the bolt in the
assembled joint.
Release the load on the bolt by loosening the
nut and re-measure the length.
Subtract second reading from first.
Divide this value by the effective length of
the bolt. {Effective length equals distance
from center of one nut to center of the other.)
residual elongation is less than 70% of the
given in Table I, the bolts should be pulled
that the final elongation approximates the
shown.
Crane High-Temperature Thread Lubricant or equal ; see page 548
CRANE
625
Discharge of Water
Through Pipes, Orifices, and Valves
A
C
D
f
9
K h., h
H
L
Q
V
3 —
Table of Nomenclature
Area of opening, square feet.
Experimental coefficient.
Inside diameter of pipe, feet.
Coefficient of friction.
32.2 feet per second-
Indi\'idual head losses, feet of water.
Effective head pressure, feet of water
Length of pipe hne, feet.
Flow of water, gallons per minute.
Velocity of water, feet per second,
Frequently it is necessary to determine the quantity
of water which will be discharged through a \ahe or
orifice, or through a certain ^length of'^pipe. This
problem is one which occurs often in hvdraulic work
particularly with reference to the flow of water
through long pipe lines from a high level to a lower
one.
The quantity of water which is discharged into the
atmosphere through a pipe, orifice, or valve is de-
pendent upon several variable factors which include
flow pressure, size of pipe, type of val\-e or orifice, con-
dition of pipe wall surface, length of pipe line, etc.
The discharge of water into the atmosphere in terms
of head loss follows the general formula:
H = C '-
2?
Formula No. 1.
Where the value of "C" is usuallv determined by
experiment.
Discharge of Water Through Pipes
In the case of water flowing through pipes, the quan-
tity discharged is dependent upon three major resist-
ance factors:
A. Entrance loss
B. Loss of head due to friction
C. Loss of head due to velocitv
The loss ot head at entrance depends upon the con-
dition of the pipe end. A well rounded connection
will cause the entrance loss to be decreased appre-
ciably, while a square non-projecting pipe will give
a ^^C" value of approximately .5 in Formula NIo. i.
This latter condition is realized in the majority of
installations and therefore, the formula for entrance
effect is as follows;
Formula No. 2.
The loss of head due to friction is mainly dependent
upon the length and condition oi the pipe line and
may be expressed as
j X L V ^
K = ~rr- X TT Formula No. 3.
D 2g
In this equation, the friction factor, "/", must be de-
termined from experimental results. For rough ap-
proximations, the value of ''/" may be assumed as
For additional data.
.015 for brass tubes, .02 for steel pipe, and ,04 for
cast iron pipe.
The third factor, the loss of head due to \-eIocity. may
be expressed by the following formula:
Formula A 0. 4-
h, =
2ff
The total loss of head is the sum of the individual
losses and may be expressed as follows:
H = h, + h, + k, = (l.o ^^-^\^^
As Q = VA X 450
It follows that Q = 450.41 '^^j—-j^FormulaNo.5,
1.5 -H-^—
Example: How much water will an 8" steel pipe
line (7.981 inside diameter) 3000 feet long dis-
charge per minute at a point which is 300 feet
inlet"?
D = ^^^^ = .6bo feet
below the
Given:
Then :
12
A = .3474 square feet
^ = 300 feet
2g = 64.4 feet per second
/ = .02 (assumed)
L = 3000 feet
Q = 450 X
34741'-^
^ 1.5 +
64.4 X 300
■ 02 X 3000
.665
Q = 2268 gallons per minute
Discharge of Water Through Orifices
The coefficient "C^' for orifices is dependent upon the
condition of the orifice edges, i.e.. an orifice ha\ ing
well rounded edges has a "C" value of approximately
1.23, while one having sharp edges gi\-es a "C" value
of approximately 2.69.
Discharge of Water Through Globe Valves
The discharge of water through globe \'alves under a
given flow pressure depends primariU" upon the type
of valve considered. Crane Co. has conducted tests
on various types of globe val\*es in sizes up to and
including z}i" and has determined that the flow
through a globe valve is, roughly, one-half of the Flow
through a short pipe of the same size.
see pages 626 and 627 .
■II
«:
v.r^:\
ff
•-
-T'^ .''^-
i>4
626
CRANE
Discharge of Water (Cont.)
Through Pipes, Orifices, and Valves
!■
I
. S
I
i
'i
I
The chart on the opposite page gives the discharge of
water through pipe sizes from %" to lo", in lengths from
I foot to 200 feet; through orifices in sizes up to 10"; and
through valves in sizes up to 2}/^" based upon the for-
mulas or tests described previously. For sizes, lengths,
or pressures not given on the chart, the respective for-
mulas or ratios may be used.
Note: In all cases, the pressure used to determine the
flow through pipes, orifices, or valves, should be the
effective head pressure under flow conditions, not the
static pressure in the line before flow commences. This
statement applies particularly to lines supplied by
pumps, etc.
Application of Chart
1
Example No. 1
What quantity of water will be dis-
charged through 7^ feet of 5" stand-
ard pipe under a discharge gauge
pressure of 50 pounds per square
inch?
Enter the upper portion of the
chart (page 627) at the intersection
of the horizontal line for 75 feet of
?ipe and the line for the 5" pipe size.
-^roceed downward to the intersec-
tion with the diagonal for 50 pounds
gauge pressure and then continue
horizontally to the right where the
quantity discharged is gi\'en as
2600 gallons per minute on the
right hand ordinate.
Example No. 2
A iM" globe valve is discharging
water into the atmosphere under a
discharge gauge pressure of 50
pounds per square inch. What
quantity is discharged in gallons
per minute?
Enter the upper portion of the chart
(opposite page) at the black dot
on the line for ij^" valve size.
Proceed downward to the intersec-
tion with the diagonal for 50 pounds
gauge pressure and then continue
horizontally to the left where the
quantity discharged is given as i 50
gallons per minute on the left hand
ordinate.
m
CRANE
627
Discharge of Water (Cont.)
Through Smooth Pipes, Orifices, and Valves
I
M
Size of Standard
Pipe or Valve 3/3" i/j
Discharge
through
150
100
75
50
25
1
Orifice (Sharp Edges)
Feet of
Pipe
40000
30000
20000
If
lOOOO !-
8000
n
6000 Z
c
5000 J
4000 ^
0)
3000 J5
en
s
2000
1000
I
liti
HI
. I
ll
tt
«:
628
CRANE
Water Through Standard Wrought Iron
Based on Saph and Schoder Formula
Note; For o]d or rough pipes add 25% to
the pressure drop given in the table.
Velocities given in light face type.
Pressure drops given in bold face type.
p =
3.68V^-
86
d
1.25
F = Pressure drop, lbs. per sq. in. per looo ft. of pipe
Y = Velocity, feet per second
d = Inside diameter of pipe, inches
PRESSURE DROP, POUNDS PER SQ. IN. PER 1000 FT. OF PIPE
(1.0 Lb. per Sq. In. = 2.30 Ft. of Wal er l "
fi'
Dis-
charge
Gals,
per
Min_
1
2
3
4
I
I
■rfi-
5
6
8
10
15
20
25
30
35
40
45
50
60
70
80
200
225
250
275
300
325
350
375
400
425
450
475
500
550
600
650
700
750
800
850
900
950
1,000
1,100
1,200
1,300
1,400
1,500
1,600
1,800
2,000
2,500
3,000
3,500
4,000
4,500
5,000
6,000
7,000
8,000
9,000
10,000
12,000
14,000
15,000
16.000
18,000
20,000
22,000
24,000
25,000
30,000
35,000
40,000
45,000
50,000
55,000
60,000
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Ve].
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec.
Pres-
sure
Drop
Vel.
Ft.
per
Sec,
Pres-
sure
Drop
1
II
.37
,74
1.12
1.49
.55
2.0
4.25
7.3
11/4"
0.43 .50
0.64 1.08
0.86 1.85
11/2"
0.47 .50
0.63 .86
2"
1.86
2.24
2.98
3.72
S.60
11.1
15,4
25.3
40.0
85.0
1.07
1.28
1.72
2.14
3.21
2.81
3.94
6.70
10.2
21.8
0,79
0.95
i.26
1.57
2.36
1.31
1.82
3.11
4.70
10.1
_ .57
.76
.96
1.43
.52
.88
1.34
2.85
21/2"
.67
1.00
.55
1.18
3"
3V2"
7.44 145
4.29 36.8
S.36 56.0
6.43 78.5
7.51 100
3.15
3.94
4.72
5.51
6.30
17.1
26.0
36.4
48.3
62.5
1.9i
2.39
2.87
3.35
3.82
4.85
7.32
10.4
13.7
17.6
1.34
1.68
2.01
2.35
2.68
2.00
3.04
4.26
5.14
7.29
.87
l.OS
1.30
1.52
1.74
.68
1.02
1.44
1.92
2.45
.81
.97
1.14
1.30
.49
.69
.93
1.18
4"
.88
1. 01
.49
.63
7.08
7.87
78.0
94.0
4.30
4.78
5.74
6.69
7.65
22.1
26.7
37.5
51.8
63.8
90
100
1. 11
.45
125
1.39
.68
150
.67
.95
175
1.94
1.26
8"
3.00
3.35
4.02
4.69
5.37
9.12
11.0
15.5
21.4 •
26.4
1.95
2.17
2.60
3.04
3. 48
3.08
3.72
5.20
7.25
8.90
1.46
1.62
1,95
2.27
2.59
1.49
1.80
2.54
3.48
4.33
1.13
1.26
1,51
1.76
2.01
.79
.96
1.24
1.86
2.30
5"
12
28
.S7
.70
8.60
9.56
79.1
96.8
6.04
6.71
8.38
10.06
11.73
32.8
40.0
60-6
87.1
115.9
3.91
4.34
5.42
6.51
7.59
11.1
13.5
20.5
28.8
39.0
2.22
2.50
2.78
3.06
3.33
1.62
2.00
2.45
2.93
3.44
2.92
3.24
4.05
4.86
5.67
5.31
7.78
9.90
13.9
IS. 4
2.26
2.52
3.15
3.78
4.41
2.86
3.47
5.28
7.40
9.80
1 .44
I .60
1.76
1.92
.51
.63
.74
.87
1.44
1.60
2.00
2.41
2.81
.87
1.06
1.62
2.28
3.00
8.68
9.77
10.85
11.94
13.02
49.0
60.6
74.1
88.2
104
6.48
7.29
8.10
8,91
9.72
23.6
29.3
35.8
42.6
50.2
3.61
3.89
4.16
4.44
4.72
3.98
4.55
5.17
5.85
6.53
2.08
2.24
2.40
2.56
2.72
1.02
1.12
1.32
1.49
1.67
10"
.63
.73
.48
.53
5.04
5.67
6.30
6.93
7.56
12.6
15.6
15.0.^'
22.8
26.8
3.21
3.61
4.01
4.41
4.81
3.85
4.76
5.85
6,92
8.20
10.53
11.35
12. 17
12.97
13.78
58.0
66.8
75.2
85.3
95.3
5.00
5.27
5.55
b.n
6.66
7
28
8
07
8
90
10
6
12
5
2.88
3.04
3.20
3.53
3.85
1.85
2.05
2.28
2.71
3.18
1.83
1.93
2.04
2.24
2.44
.59
.66
.73
.87
1.02
8.18
8.82
9.45
10.08
10.70
31.0
35.7
40.3
45.5
50.7
5.21
5.61
6.01
6.41
6.82
9.55
10.9
12.4
14.0
15.6
12"
7.21
7.77
8.32
8.88
9.44
14-4
16.6
19.0
21.3
23.7
4.17
4.49
4.81
5.13
5.45
!4.59
15.40
108
118
11.33
11.96
12.59
13.84
15.10
56.8
62.8
69.3
82.7
97.0
3.67
4.23
4.80
5.41
6-05
2.65
2.85
3.05
3.26
3.46
1.18
1.36
1.54
1.73
1.94
1.84
1.99
2.13
2.27
2.41
.48
.55
.63
.70
.79
7.22
7.62
8.02
8.82
9.62
17.4
19.2
21.3
25.4
29.8
14"
1.98
.48
10.00
10.55
11.10
12.22
13.32
26.4
29.2
32.3
38.6
45.1
16.36 112
5.77
6.09
6.41
7.05
7.69
6.72
7.45
8-18
9-82
11.6
3.66
3.87
4.07
4.48
4.88
2.16
2.38
2.63
3.15
3.64
2,55
2.69
2.84
3.32
3.41
.87
.96
1.06
1.27
1.50
10.42
11.22
12.02
12.82
13.62
34.5
39.7
45.0
50.8
56.7
2.10
2.21
2.33
2.56
2.80
.53
.59
.65
.78
.91
14.43
15.54
16.65
17.76
19.98
52.5
60.0
68.8
77.1
96.1
16"
2.11
.45
8.33
8.97
9.62
10,26
11.54
13.4
15.4
17.5
19.7
24.5
5.29
5.70
6.10
6.51
7.32
4-30
4.88
5.59
6.29
7.85
3.69
3.97
4.26
4.54
5.11
1.74
1.99
2.28
2.56
3.19
3.03
3.26
3.49
3,73
4. 19
14.42
15.22
16.02
17.63
19.24
62.8
69.6
76.8
91.8,
108
1.06
1.22
1.39
1.56
1.93
2.28
2.46
2.64
2.81
3.16
.52
.60
.69
.77
.96
22.20 117
12.83
16.03
19.24
22.43
25.65
29.9
45.1
63.2
84.0
108
8,13
10.18
12.21
14.25
16.28
9.57
14.5
20.4
27.2
34.7
18"
2.47
.52
5.67
7.09
8.51
9.93
11.35
3.86
5.88
8.23
10-9
14.1
4.66
5.82
6.98
8.16
9.32
2.37
3.58
5.02
6.68
8.52
3.51
4.39
5.27
6.14
7.02
1.17
1.77
2.49
3.31
4.22
2.75
3.43
4. 12
4.81
5.49
.63
.96
1.35
1.79
2.29
18.31
20.35
24.42
28.50
32.57
43.2
52.3
73.1
98.0
125
12.76
14.18
17.02
19.85
22.70
17.4
21.3
29.8
39-6
50.9
20"
3.30 .55
3.85 .78
4.41 1.04
24"
3.02
.51
10.48
11.63
13.97
16.30
18,62
10.6
12.9
18.2
23.2
30.9
7.90
8.78
10.52
12.28
14.04
5.22
6.40
8.98
11.9
15.2
6.18
6.86
8.24
9.61
10.98
2.85
3.48
4.85
6.47
8.25
4.96
5.. 51
6.61
7.71
8,82
25.53
28,37
34.00
62.8
77.0
108
20.95
23.30
27.95
32.60
34.95
38.3
46.7
66.0
87.5
99.4
1.32
1.64
2.00
3.74
4.76
3.40
3.78
4.54
5.29
6.05
.64
.79
1.09
1.45
1.86
15.79
17.57
21.08
24.60
26.35
19.0
23.4
32.7
43.3
49.5
12.35
13.73
16.48
19.22
20.60
10.3
12.2
17.7
23.6
26.7
9.92
11.02
13.22
15.42
16.52
5.90
7.22
10.2
13.5
15.3
37.25 112
28.10
31.60
35.10
38.64
55.4
69.2
84.8
100
6.81
7.56
9.07
10.59
11.34
2.20
2.92
3.96
4.51
5.99
21.96
24.70
27.45
30.20
32.95
30.2
37.6
45.6
54.0
63.8
17.62
19.83
22.03
24.23
26.43
17.4
21.6
26.4
31.2
36.8
12.10
13.60
15.12
16.63
18.15
6.76
8.45
10.3
12.2
14.3
34.30
41.20
48.10
69.0
96.2
129
27.54
33.04
38.55
44.10
49.60
39.6
55.5
74-2
95-3
119
18.90
22.68
26,45
30.25
34.00
15.4
21.6
28.8
37.0
45.9
37.80 56.0
41.60 66.8
45.36 78.2
VjTt
CRANE
629
Pressure Drop in Elbows and Bends
The general effect of cILx)\vs, bends, or obstructions
on the tlow of fluids in pipes is to lower the critieal
velocity, so chat a iluid tlow ing streamline in a
straight pipe may become turbulent upon traversing
a bend, or any existing turbulence may be increased.
In bends or elbows, the degree of turbulence is altered
by any change of \'eloeity and also by any change in
the ratio of the radius of cur\ature, R, to the pipe
diameter, d. Tests ha\e indicated that the increase in
the degree of turbulence depends upon the properties
of the lluid itself and is not constant for all tiuids.
It is generally assumed that short radius elbows pro-
duce a greater pressure drop than long radius bends.
This assumption is not borne out by tests, however,
which show that if the mean radius of curvature of
the elbow is equal to approximately 139 or 2 pipe
diameters, the pressure drop is lower than that
caused by a bend having a radius of curvature of
5 pipe diameters. This, however, does not take into
consideration the straight length of pipe connected
to the short radius elbow, to maintain the overall
dimensions of the larger radius bend which, if in-
cluded, would indicate a greater pressure drop for the
short radius elbow construction.
Professor Eustice* has shown, by the use of colored
filaments, the motion of water in its flow through
curved glass pipes and has prepared an average curve
of frictional resistance ratios which is plotted as curve
A in the chart shown below. Curve B shows the re-
sistance due to the actual length of the bend; Curve
C shows the total resistance of the pipe bend.
The curves indicate that the variation due to the
properties of the various fluids is small and that for
all practical purposes the curves given for water may
be used for steam, gas, etc.
Example: What is the pressure drop in terms of
equix'alent pipe length caused by an expansion" U"
bend made from 6" pipe having a radius of curva-
ture of 30"?
Referring to the chart for an R/d ratio of 30/6 = 5
and proceeding upward to Curve C, the equivalent
pipe length for a quarter bend is equal to 22 X 6
= 131". or I I feet of 6" pipe. As an expansion "U"
bend is made up of four quarter bends, the approxi-
mate total resistance offered by this type of bend is
II X 4 = 44 feet of b" pipe.
r I
,
'1 _-
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*"Engineering*" London — November 13, 1925
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630
CRANE
Resistance of Valves and Fittings
to Flow of Fluids
I ■
if> ,
I'!
W^hen the flow of a fluid in a pipe line is altered by
some obstruction such as a \alve or fitting, the veloc-
ity is changed, turbulence is magnified, and a drop in
pressure results. This pressure drop may be insig-
nificant in long lines ^^■he^e it is \"ery small in compari-
son to the total drop, but when the line is short, the
pressure drop through vah'es and fittings becomes a
major item in the total pressure drop \alue.
The most widely used data on the subject of the
resistance of valves and fittings to the flow of water
and steam is the information gi^■en in Dean Foster's
paper on "Effect of Fittings on Flow of Fluids
Through Pipe Lines" (published in Vol. 42, iqio, of
the Transactions of the American Society of Mechanical
Engineers). Later tests conducted by others ha\'e
indicated that the values gi\"en by Foster are low
for globe valves, angle \'al\'es, etc., and that data are
needed to establish the correct information to use.
It has been the tendency, and probably is the most
practical way, to present the friction values in terms
of an equi\'alent length of the same size of pipe; i. e.,
the pressure drop caused by a 2-inch elbow is equi^■a-
lent to approximately the pressure drop caused by
fi\'e or six feet of 2-inch pipe under the same condi-
tions of flow.
In this way. water and steam can be treated com-
parati\'ely and a relation can be established between
the relative friction values of water and steam.
Foster has stated that the eqL!i\-aIent length of pipe
for steam flow is about .8 of that established for the
flow of \\'ater.
Realizing the need for definite data covering this
subject, Crane Co. has conducted pressure drop tests
on valves and fittings on both water and steam.
These tests were made on 2-inch and 6-inch sizes and
conducted under conditions which were thoroughly
investigated previous to the tests.
Resistance in Terms of
Equivalent pipe Length
From data given in the tests conducted by Crane Co.
and also from information gathered from authentic
sources, the chart shov\n on the opposite page has
been prepared. The chart gives the equivalent length
of pipe to produce the same pressure drop as a valve
or fitting. This additional pipe length should be
added to the length of the line in order to determine
the total pressure drop.
It has been shown by previous investigators that the
drop in pressure through valves, fittings, etc., is some
constant multiplied by the velocity head.
2ff
72
Therefore: E^ = h^ where
H j^ = Loss of head in feet
k - Coefficient (Values given in table below)
V = Velocity of water, feet per second
2g = 64.4
i ■■
.1 i
t I
I
Type
Globe valve
Angle valve
Close return bend
Standard tee
Standard elbow
Medium sweep elbow. . .
Long sweep elbow
45° elbow
Gate vaK'e (fully open).
J^ closed
J^ closed
J^ closed
Borda entrance
Sudden enlargement:
d/D-M
d/D = 3^
6/D = U
Ordinary entrance
Sudden contraction:
d/D = M
d/D = H
d/D = M
Coefficient "fc"
"fc" Authority
10. o Crane tests
5.0 ...... Crane tests
2. 2
1 .8 Giesecke & Badgett
.Q "1 ■ fGiesecke & Badgett
. 75/ \Crane tests
.60 ...... Bulletin No. zjiz — University of Texas
. 42- Bulletin No. 2712 — University of Texas
. iq Bulletin No. 252 — University of Wisconsin
I - 15 Bulletin No. 252 — University of Wisconsin
5.6 Bulletin No. 252 — University of Wisconsin
24-0 Bulletin No. 252 — University of Wisconsin
.83 "Hydraulics" Daugherty
.q2 "Hydraulics" Daugherty
.56 "Hydraulics" Daugherty
- 19 "Hydraulics" Daugherty
.5 "Hydraulics" Daugherty
■ 4^ "Hydraulics" Daugherty
.33 "Hydraulics" Daugherty
. iq "Hydraulics" Daugherty
XnT^
■ ;
CRANE
Resistance of Valves and Fittings
to Flow of Fluids
631
• vy<-.
Globe Valve, Open
Angle Valve, Open
Close Return Bend
Standard Tee
Through Side Outlet
/
Standard Elbow or run of
Tee reduced Y2,
Medium Sweep Elbow or
run of Tee reduced 14
Long Sweep Elbow or
run of Standard Tee
/
Gate Valve
% Closed
l/i Closed
14 Closed
Fully Open
Example: The dotted line shows that
the resistance of a 6-inch Standard El-
bow is equivalent to approximately 16
feet of 6-inch Standard Pipe.
Note: For sudden enlargements or sud-
den contractions, use the smaller diame-
ter, d, on the pipe size scale.
-3000
Standard Tee
r
Square Elbow
— F^^EK
Borda Entrance
-2000
-1000
48
-500
-300
-200
42
36
30
24
22
20
-20
-100
18
-SO
^t
-20
Sudden Enlargement--
\
r
Ordinary Entrance
-5
h3
1-2
-f^D-i^d^
Sudden Contraction
d/D=3^
45= pil^ovv
Copyright by Crane Co.
-30 -
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632
CRANE
;
I
I
i
Heating Water With Steam Coils
When steam pipes or coils are submerged in water and the con-
densation is withdrawn as rapidly as it is formed, the rate of
heat transfer may be determined by referring to the chart shown
on the opposite page.
The values for brass and iron pipe given on this chart are based
upon data prepared by the American Radiator Co., which were
derived from tests. The figures given on the chart are one-half
of the actual test results to allow for corrosion and fouling of
the pipe.
Caution: It must be realized that when the size of a trap is to
be recommended based on the values obtained from this chart,
the pounds of steam condensed per square foot per hour, as gi\'en
by the chart for the operating conditions, should be doubled.
The chart not only gives the B.t.u. loss per square foot per hour
from copper, brass, and iron pipes, but also includes the pounds
of steam condensed per square foot of pipe surface per hour for
pressures ranging from ro to 385- pounds per square inch gauge.
Example No. 1
A well insulated tank contains 10,000 gallons of
water.
Given :
Quantity of water = 10.000 gallons = 10,000x8.33
= 83,300 pounds
Inlet temperature of water = 70° Fahr.
Final temperature of water = 140° Fahr.
Temperature of steam at i "jO pounds per square inch
gauge = 366° Fahr.
Size of pipe for coil = i34"
Material of pipe for coil = steel
Problem :
How many feet of i]4:" steel pipe will be required
for a coil large enough to raise the temperature of
the water from 70"" Fahr. to 140° Fahr. in one hour
if the steam pressure available is 150 pounds per
square inch gauge?
Procedure :
1. Determine the mean temperature difference.
(366 - 70) + (366 - 140) ^^^,op^j,^^
2
2. Referring to the opposite page, enter the bottom
of the chart at a mean temperature difference ofi
z6i° Fahr. ; proceed upward to the intersection with
the line for steel pipe and then horizontally to the
left to the ordinate where it is noted that the heat
transfer rate is 70.000 B.t.u. square foot per hour. '
J. Determine the B.t.u. necessary to raise the water
from 70° to 140° Fahr.
83,300 pounds X (140
B.t.u. per hour.
70) = 5,831,000
4. Di\ide this quantity by the rate of heat transfer
to determine the square feet of pipe surface required.
5,831,000
70,000
= 83.3 square feet
5. The length of 134" pipe which has one square
foot of outer surface is equal to 2.301 feet.
6. Multiply the number of square feet required by
the length per square foot to obtain the total length
of 1 34" pipe required.
83.3 X 2.301 = IQ1.7 feet of i}4" pipe.
Given :
Steam pressure = 10 pounds per square inch, gauge.
Pipe size = 2-inch standard.
Pipe material = brass.
Inlet water temperature = 40° Fahr.
Required outlet water temperature = 170° Fahr.
Required:
Total number of B.t.u, transferred per square foot
of pipe surface per hour.
Pounds of steam condensed per square foot of pipe
surface per hour.
Procedure :
The temperature of saturated steam at 10 pounds
per square inch gauge pressure is approximately
240° Fahr.
Example No. 2
The mean water temperature is 105 deg. Fahr. which
gi\e5 a mean temperature difference of 240 — loj =
1 35° Fahr.
Entering the chart on the lower scale at a tempera-
ture difference of 135° Fahr. and proceeding upward
to the intersection with the line for Brass pipe and
thence left to the ordinate, it is found that the heat
transfer is approximately 40,000 B.t.u. per square
foot per hour. Proceeding horizontally to the right
along the 40,000 B.t.u. line to the intersection with
the dash line for 10 pounds per square inch gauge
pressure and then upward to the top boundary line,
it is determined that 42 pounds of steam are con-
densed by each square foot of outer pipe surface
per hour.
CRANE
Heating Water with Steam Coils (Cont)
633
I
0.1
100,000
50,000
40,000
30,000
20,000
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1.0
Pounds of Steam Condensed per Square Foot per Hour
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/
1
O'
/
//
^
/
/
r —
/
A/
-'/
//
/A
r
'T
/y.
/
/
/
— — 1
/
V
I'l
/
///
-r-
f
1
r
/
— — 1
///
\
L
/
I ■
I
^1
I I
i
4 5 10 20 30 40 50 100"
Mean Temperature Difference, Deg. Fahr.
(Steam Temp. — Mean Water Temp.)
500
1,000
i
Far typical problems involving the use of this chart, see the preceding page.
i'-
i
<..
,1' ',--f-
4
634
CRANE
I
L
I
.
t
'l I
I
I
I
I
Excerpts from the Code for Pressure Piping
The follo^'ing excerpts from the Code for Pressure Piping, ^American
Tencacive Standard 831.1-1035, co\'er the scope and classification of
the four piping sections and set forth Umitations of threaded end pipe.
Section 1, Power PipLng Systems
"101 Scope, Section 1 of this Code covers the design, manu-
facture, test, and installation ot power piping systems, as
defined below, for steam generating plants, central heating
plants, and industrial plants,
102 Classification, (a) Power piping s>'5CerTTS shall be under-
stood to comprise all steam, water, and oil piping (not including
oil piping co\ ered by Section 5 of this Code) within or forming
a pare of the above-mentioned plants and to exclude gas. air,
and refrigerating piping, central and discricc heating steam or
hoc \^ater distribution piping away Ircm the plant, building
iKatLng piping when the pressure does not exceed 15 lb gage,
nx*f and Aoot drains, plumbing, sprinkler sx-stems. piping tor
hvdraulic pressure tools ot ecjutpment, sewers, and industrial
process piping tor fluids not mentioned above.
(b) All valves, fittings, and piping for boilers as prescribed in
the A-S \l E Power Boiler Code are to be considered as part
of the boiler or boilers and are outside the scope or this Code.
(c) Economircrs, heaters, ranks, and other pressLire \'essels are
also outside the scope oi this Code, but connecting piping shall
conform to the requirements herein specified.
122 Thickness of Pipe. (e) Steel pipe lighter than
Schedule 40 shall not be threaded
(f) (1) While the thickness given by Fonnula I [pipe design
formula] is theoretically ample to take care of both bursting
pressure and material removed in threading, it is mandator^-
that where steel pipe is threaded and used for steam pressure of
2>0 lb per sq in, arKl os'er. or for piping under pressure in
excess of 125 lb per scj in. \\'ith water temperature of 230 F
and over, it shall be seamless of a Qua[tty at least equal to
A.S.T.XL Specirication A lOo and of a weight at least equal to
Schedule SO in order to fumish added mechanical
strength, "
Section 2, Gas and Air Piping Systems
*'201 Scope. This section covers the design, manufacture,
installation, and tests or piping systems intended for conveying
only air, fuel gas. C}T illuminjcing gas,
202 Classification. ;a) Section 2 of this Code includes citv
gas distribution systems, cro5s-ccLintr\' transportation systems.
pip-ng in gas manufacturing plants, in gas or air compressing
stations, and in processing plants.
(b) This section does not contemplate gas or air temperatures
above 4^0 F, The requirements of Section 3 of this Code for
tennperatures above 450 F shall apply ro all gas or air piping
sj-scems where the temperature exceeds 450 FT
(c) This ?eccion does not applv to;
(1) Air piping under pressures 50 lb per so in. and below,
(2) Equipment or apparatus, or pipe connections which are
a part oi apparatus,
(3) Piping lined with firebrick or other refractory material
used for conveying hot gases.
(4) Piping used for conveying refinen,- process gas in oil
refineries or gasoline recover>^ plants, and for sewer gas;
or ducts for -s^aste gases and ventilation,
(5) Casing, tubing, and pipe used in gas or oil wells, and
natural gas field gathering SN-stems outside the bound-
aries of cities or villages. (The latter is defined as
piping beginning at the -ftells and extending to a common
point in the producing field where the transportation
s^'scems begin), or
(0) Don-Kstic gas piping s>-5tems-
220 Thickness of Pipe. Div. 1, (dl Steel pipe lighter
than Schedule 40 shall not be threaded,
(f) In case piping is buried beneath streets, the \^Iue of P in
Formula 2 [pipe design formula] shall not be less than !85 K>
for any condition except that pit-cast cast iron pipe shall "^
Section 3, Oil Piping Systems
Including Oil Vapor, Refinery' Gas.
and Gasoline Recovery^ Plants
'^301 Scope. Section J of this Code covers mandatory require*
ments and recommended practices for the design, manufacture
test, and installation of oil piping systems used in the proAn-
tion. transmission, and refining of petroleum. It is not intended
to include casing, tubing, or pipe used \n gas or oil wells,
302 Classification, (a) The recpairements specified herein
shall apply only to oil piping, refiner\^ gas piping, and piping for
gasoline recover\' plants. These requirements do not apply to
other piping used in connection %ith oil piping systems sudi
as steam lines, refrigeration plant lines, other gas or air piping
which are covered in detail in other sections of the Code, Tlic
requirements do not apply to heater coils, economizer or pipe
exchangers except surface coolers or exchangers oniinarily
kno^n as condenser box coils-
(b^ This section of this Code includes piping, valves, and fittir^
up to the connections to drums, pressure N'essels. and apparatus
but does not include the connections themselves which are
ordinarily furnished v.ith and as a part of the equipment. Nor
does it include such piping or its parts integral with the equip-
ment or apparatus.
(c) Oil lines are ctassified according to pressure and temperature.
Oil vapor lines shall fotlo\». the same classifications and specifica-
tions as oil lines- [Refinerv^ gas lines are dealt with specificalJyJ
325 Thickness of Pipe, (d) For pipes both inside and outside
of refinerv^ limits it is recommended that no pipe lighter than
standard weight shall be threaded, (Where two or more stand-
ard weights of pipe are obtainable, the heavier or heavi
weight is referred to in this case.) "
Section 4, District Heating Piping Systems
''401 Scope- (al This section covere the design, manufacture,
test, and installation of district heating and central heating
piping s>'stems (away from the plant) for the distribution of
steam or hot water.
(b) Piping in the district heating and central heating generating
plants is covered by Section 1 of this Code-
402 Classification- (a) District and central heating piping
systems shall include all distributing piping for steam or ht*
water produced in district halting and central heating plants
'fthether the piping is installed undergiround or else^*.here and
distributed at pressures in excess of 1 S lb per sq in. gage.
(b) This section shall not apply to equipment, apparatus, or
pipe connections which are a part of apparatus, nor does it
apply to low pressure heating piping within buildings, roof, and
floor drains, or plumbing and sewers,
423 Thickness of Pipe, (e) Steel , . .
Schedule 40 shall not be threaded
pipe lighter than
(f) (1) While the thickness given by Formula 7 [pipe design
formula] is theoretically ample to take care of both bursting
pressure and material removed in threading, it is mandator>-
that, where steel pipe is threaded and used for steam pressures
of 12? lb per sq in, and over, or for canv'ing water at a tcm-
perau-ire of 220 F or o\er and/or at a pressure over 175 lb per
sq in, it shall be seamless of a quality at least equal to .A.S-T.M-
Specification A lOo and of a uei^ht at least equal to Schedule
80 in order to iumish added mechanical scrensth
CRANE
635
Welded and Seamless Steel Pipe
Working Pressure, Stress, or Wall
Based on the Code for Pressure Piping
■It IS the generally accepted practice among designers
:oday, when computing the thickness of pipe for
a given service condition, to use the formulas pro-
vided by the Code for Pressure Piping, the A.S.M.E.
3oiler Construction Code, or such other codes as
Tiay apply.
3f these codes, the Code for Pressure Piping, Amer-
ican Tentative Standard B31.1-1Q35, serves the
widest general purpose. It presents minimum safety
requirements for the design, manufacture, and
erection of pressure piping systems, and is divided
into four major sections, as follows;
Section 1 covering Power Piping
Section 2. covering Gas and Air Piping
Section 3 covering Oil Piping
Section 4 covering District Heating Piping
Pipe Design Formula
Each section of the Code for Pressure Piping includes
the following formula for determining pipe wall
thickness, with varying "c" values as shown in the
table at the right;
t =
PD
calculated by the above formula should be multi-
plied by 8/7 to obtain the nominal wall thickness
The value of P shall not be taken at less than 100 lbs
per sq. in. (gauge) for any condition or material
2S
Where :
+ c
*t = minirnum pipe wall thickness for in-
spection, in inches
P ^ maximum internal working pressure,
in lbs. per sq. in. (gauge)
D = outside diameter of pipe, in inches
S = allowable stress in material, in lbs. per
sq. in.
c = allowance for threading, mechanical
strength, and for corrosion, in inches
*Since all pipe furnished by the mill is subject to a
12.3^% variation in wall thickness, the thickness
4h
Table 1
c" Values for Steel Pipe, Code for Pressure Piping
Nominal
Pipe Size
Plain End
**Threaded
Sections
Section
Section
All
Inches
1 and 4
2
3
Sections
Vs
. 05"
0.02"
0.05"
0.05"
y* and %
0.05
0.02
0.05
0.05
V2 and 3/4
0.05
0.02
0.05
0.0571
1
0.05
0.05
0.05
0.0696
lV4to2
0.065
0.05
0.05
0.0696
Larger than 2
0.065
0.05
0.05
0.1000
**\'alues are for American Standard Pipe Tiireads
for nominal pipe sizes of 3-4-inch and larger.
Simplified Method for Calculating
Working Pressure, Stress, or Wall Thickness
Although the formula given above enables the deter-
mination of pipe wall thicknesses, its extensive use
for practical purposes involves many laborious
calculations. By establishing the ratio of the work-
ing pressure to the allowable stress as a coefficient,
Crane engineers have developed an exceedingly easy,
simple, and accurate method for figuring not only
the pipe wall thickness but also the stress in the pipe
or the working pressure of the pipe, based on the
Code for Pressure Piping. Three typical problems
and complete data for making calculations are
shown on the following two pages.
+ ****^******:***
Coefficients for calculating; P/S values: The
:oefficients for calculating, which are the values of
the ratio of the working pressure to allowable stress
(P/S) are shown in Table 3, page 637. This table
:overs various thicknesses and sizes of steel pipe,
including not only all scheduled pipe shown in the
\merican Standard for Wrought-fron and Wrought-
Steel Pipe (A.S.A. B36.10) but also other thicknesses
ivhich are at present commercially available.
Fhe table has been based upon the design formula
^iven in the Code for Pressure Piping, the formula
3eing rearranged in the following manner in order to
calculate these values:
_ 2 {.B.7ST - c)
Where: T = nominal wall thickness, in inches
fhe P/S values vary for the different sections of the
^ode due to the fact that the value of "c" is not the
ame in all sections. The use of any particular
American Standard for Pipe . . . pages 584 to 587
value, therefore, depends upon the ser\'ice for which
the pipe is to be used.
Allowable stress for pipe : Each section of the Code
for Pressure Piping tabulates the allowable stress,
"S", for piping materials at various temperatures.
Table 2, page 636, shows these allowable stresses for
steel pipe made in accordance with A.S.T.M.
Specifications A 53 and A 106.
Calculated pressure-temperature ratings : For
the convenience of users. Crane engineers have also
calculated the actual pressure-temperature ratings
for Standard and Extra Strong Grade A Seamless
Steel Pipe for the Powder Piping and the Oil Piping
(Within Refinery Limits) Sections of the Code for
Pressure Piping. These are shown in the section of
this catalog devoted to Steel Butt-Welding Fittings;
see pages 3^8 and 3 5q. As explained above, other
ratings, stresses, or pipe wall thicknesses can be
easily calculated from the data shown on the
following two pages.
Excerpts from Code . . . page 634
!.V/v-
- . ■, , 1 -' -■- ,
Ill
w
t
li
,1
^^„:-
» ^,
-VJ
636
I
. i
I
I
Bated on CoJe far Pressure Piping
O H A W t Welded and SeamUtM Ste^l Pipe (CoriM
CaUulattng Working Prctmtire, Strews, or Walt T/ticAnc„
■
Working Pressure, Stress, or Thickness Calculated Quickly and Accurately
Determining Working Pressure
Multiply P/S value Determination of maximum al-
by allowable stress. ]o\xable workiHg pressuFC when
material, thickness, and temperature are known.
What is the maximum allowable working pressure at
ioo° F. for i"Schedule 40, Grade A seamless steel
plain end pipe per A.S.T.M. Specification A lob to
comply with Section i of the Code for Pressure
Piping?
Find and multiply the P/S value by the allowable
stress to obtain the maximum working pressure,
thus: The P S value for i" Schedule 40 pipe for
Section 1 is .100; see Table 3. The allowable stress
for Grade A pipe at 100^ F. for Section i is 13,050
pounds; see Table 2.
Working pressure = lOOx 13050 = 1305 lbs. per sq. in.
Divide working pressure
by Pi S value.
Determining Stress
Determination of stress in
pipe when the material, the
working pressure, and the thickness are known.
What is the stress in 4" Schedule 80, Grade A seam-
less steel plain end pipe per A.S.T.M. Spec. A 106
when the working pressure is 1000 pounds per square
inch and the temperature is 550° P.? The stress
should not exceed that allowed at 550° F. by Section
1 of the Code for Pressure Piping.
Find the P S v'alue and divide the working pressure
by it to obtain the stress, thus: The P/S \alue for
4" Schedule 8c pipe for Section i is .102; see Table 3.
The working pressure is already known — 1000
pounds.
= 9804 ibs, per sq. in.
Stress =
.102
The allowable stress for this Grade A seamless steel
pipe at 550° F. per Section i is 10.800 pounds per
square inch; see Table 2. Since the calculated stress
is less than the allowable, the pipe is satisfactory for
the service conditions. ,
Determining Pipe Wall Thickness
Divide working pressure Determination of pipe wall
'LtTp 's'VjLV' th ickness when the material ,
' , , , working pressure, and tem-
Refer io Table 3 peratufc are known. i
for equivaCent. \
What thickness of i 2" Grade
B seamless steel plain end pipe per A.S.T.M.
Specification .A 106 can be used for qjo pounds per
square inch oil working pressure and a temperature
of 450^ F.? This pipe is to comply with Section 5
(Within Refinery Limits) of the Code for Pressure
Piping.
Find the allowable stress and divide the working
pressure by it to obtain the P/S value, from which
the thickness can then be determined, thus: The
allowable stress for i 2" Grade B pipe at 45"©^ F. for
Section 3 is iq, 470 pounds; see Table 2. The working
pressure is already known — qjo pounds.
P/S value =-j^y= .049
Compare this P/S value with those of the established
thicknesses of 12" pipe to find its equivalent or the
next heavier weight; see Table 3. In the column for*|
Section 3, it will be found that 12" pipe with a .500'
thickness has a P/S value of .060. Since the calcu-
lated value is ,o4q and the next lighter weight pipe
(.406" thickness) has a lower P/S value (.047), pipe
,500" thick should be used for these service conditions.
1
Table
2 — Allow a b
tion 1 , Power P
»n 4. District H
le Stresses for Steel Pipe
psi) -
— Code for Pressure Piping
4
Temper^
ature
Sec
Sectic
iping
eating
Section 2, Division 1
Gas and Air Piping
Section 3, Oil Piping
Seamless
Lap-
Weld
AS'l'M
A 53 or
A 106
Rutt-
Weld
ASTM
A 53
Seamless
Lap-Weld
Butt-
Weld
ASIM
A 53
Seamless
Lap-Weld
Butt-
Degrees
Fahr.
Grade
A
ASTM
A 106
Grade
B
ASTM
A 106
Grade
A
ASTM
A 106
Grade
B
ASTM
A 106
ASTM
A 53
ASTM
A 106
Grade
A
ASIM
A 106
Grade
B
ASTM
A 106
ASTM
A 53
ASTM
A 106
Weld
ASTM
A 53
'
Outside of Refinery Limits
100
24400 31500 18000 18000 15200
Within Refinery Limits
100
150
200
250
13050
12800
12550
12300
16675
16360
16040
15720
10150
9960
9770
9580
8120
7970
7820
7670
16000
16000
16000
16000
20700
20700
20700
20700
12000
12000
12000
12000
12000
12000
12000
12000
10000
10000
10000
10000
17400
17070
16740
16410
22480
22050
21620
21190
13050
12800
12550
12300
13050
12800
12550
12300
10875
10675
10470
10260
300
350
400
450
500
12050
11800
11550
11300
11050
15400 9390
15080 9200
14760 9000
14440 8800
14120 i 8600
7520
7360
7200
7040
6880
16000
16000
16000
16000
14740
20700
20700
20700
20700
19040
12000
12000
12000
12000
11050
12000
12000
12000
12000
11050
10000
10000
10000
10000
9210
16080
15750
15420
15080
14740
20760
20330
19900
19470
19040
12050
11800
11550
11300
11050
12050
11800
11550
11300
11050
10050
9840
9630
9420
9210
550
600
650
700
750
10800
10530
10170
9600
9000
13800
13450
13000
12400
11500
8400
8190
7910
7600
7000
6720
6550
6330
6000
5600
14400 ' 18590
14040 j 18130
13560 ; 17510
13020 ; 16810
12000 15500
10800
10530
10170
9770
9000
10800
10530
10170
9770
9000
9000
8775
8475
8100
7500
14400
14040
13560
13020
12000
18590
18130
17510
16810
15500
10800 10800
10530 10530
10170 10170
9770 9770
9000 9000
9000
8775
8475
8100
7500
800
850
900
950
1000
7020
5800
Not
85
9160
7520
used
'>\'e
0*
Not used
above
750°
9840
7920
6000
4440
3000
12710
10230
7750
5740
3880
Not
used
above
750'
7380
5940
4500
3330
2250
Not
used
above
750°
9840
7920
6000
4440
3000
12710
10230
7750
5740
3880
Not
used
above
750°
7380
5940
4500
3330
2250
Not
used
above
750"
'cfdcd and Scam^cms Stcci Pipe (Conf.)
CRANE
637
alculating Working Pressure, Stress, or Wall Thtckn
ess
Based on Code for Pressure Piping
Table 3— P/S Values for Steel Pipe; Coefficients, Based on Code for Pressure Piping
"Nom-
inal
Pipe
Size
O.D.
of
Pipe
Inches
Nominal
Wall
Thickness (1)
Inches
Values for P S
Plain End Pipe
Sec.
1&4
Sec.
Div.
2
1
Sec.
3
Va"
Va
Vi
V2
3/4
1
1V4
11/2
2
2V2
31/2
8
.405
.068
.095
.540
.088
.119
.675
.091
.126
.840
.109
.147
.187
.294
1.050
.113
.154
.218
.308
1.315
.133
.179
.250
.358
1.660"
.140
.191
.250
.382
1.900
.145
.200
.281
.400
2.375
154
218
343
436
2.875
.203
.276
.375
.552
3.500
216
300
437
600
4.000
226
318
636
4.500
.237
.337
.437
.531
.674
5.563
.258
.375
.500
.625
.750
6. 625
.280
.432
.562
.718
.864
8.625
.250
.277
.322
.406
.500
.593
.718
.812
.875
.906
40)
80)
s
X
.046
.163
.195
.311
.046
.163
40)
80)
s
X
.100
.200
.210
.311
.100
.200
40)
80)
s
X
.087
.178
.176
.267
.087
.178
40)
80)
160)
s
X
XX
.108
.187
.270
.493
.179
.258
.341
.564
.108
.187
.270
.493
40)
80)
160)
s
X
XX
.100
.162
.256
.400
.100
.162
.256
.400
.100
.162
.256
.400
40)
80)
160)
s
X
XX
.069
.123
.185
.324
.087
.141
.203
.342
.087
.141
.203
.342
40)
80)
160)
s
X
XX
.065
.115
.190
.300
.080
.131
.206
.315
.080
.131
.206
.315
40) s
80) X
160)
XX
058
105
197
266
.071
.118
.210
.279
071
118
210
279
40) s
80) X
160)
XX
40) s
80) X
160)
XX
40) s
80) X
XX
066
106
245
.073
.114
.253
.073
.114
.253
40)
80)
120)
160)
40)
80)
120)
160)
XX
40)
80) X
120)
160)
20)
30)
40)
60)
80)
100)
120)
140)
(160)
Thd'd.
Pipe
(2)
.046
.163
.100
.200
.087
.178
.091
.170
.253
.476
40) s
.093
.150
.093
.0>9
80) X
.161
.218
.161
.147
160)
.268
.325
.268
.254
XX
.418
.475
.418
.404
.0/0
.131
.226
.370
.063
.117
.179
.318
.060
.111
.185
.295
.054
.102
.194
.262
.078
.088
.088 i
.122
.133
1 T T 1
. 133 '
.183
.193
.193 :
.290
.301
.301
.070
.079
.079
.112
.121
.121
.161
.189
.189
.262
.271
.271 1
053
098
158
256
050
092
161
242
.048
.089
.228
s
.063
.069
.069
X
.102
.108
.108
.141
.147
.147
.177
.184
.184
XX
.233
.239
.239
.047
.086
.125
.162
.217
.057
.063
.063
.094
.099
.099
.133
.139
.139
.173
.178
.178
.212
.217
.217
.045
.082
.121
.160
.199
s
.054
.058
.058
X
.094
.099
.099
.128
.133
.133
.170
.174
.174
XX
.208
.213
.213
.043
.083
.118
.159
.198
.035
.039
.039
s
.041
.044
.044
s
.050
.053
.053
.067
.070
.070
X
.086
.089
.089
.105
.108
.108
.130
.134
.134
.149
.153
.153
XX
.162
.165
.165 :
.168
.172
.172
.027
.033
.042
.059
.078
.097
.122
.141
.154
.160
I
) Figures in parentheses indicate A.S.A. B-36 Schedule
Numbers. Letters "s", "x", and "xx" indicate Standard,
Extra Strong, and Double Extra Strong Pipe.
'.) Values for threaded pipe apply to all four Sections. See
page 634 for linnitations of threaded ends.
Nom-
inal
Pipe
Size
O.D.
of
Pipe
Inches
Nominal
Wall
Thickness (1)
Inches
Values for P S
Plain End Pipe
Sec.
1 &4
Sec.
Div.
2
1
Sec.
3
10"
10.75
.250
.279
.307
.365
.500
.593
.718
.843
1.000
1.125
(20)
(30)
(40)
(60)
(80)
(100)
(120)
(140)
(160)
s
s
s
X
12
12.75
.250
.330
.375
.406
.500
.562
.687
.843
1.000
1.125
1.312
(20)
(30)
(40)
(60)
(80)
(100)
(120)
(140)
(160)
.024
.026
.026
s
.0!5
.037
.037
s
.041
.043
.043
.045
.047
.047
X
.058
.060
.060
.066
.069
.069
.084
.086
.086
.105
.107
.107
.127
.129
.129
.144
.146
.146
.169
.172
.172
14 00
14.00
.250
.312
.375
.437
.500
.593
.750
.937
1.062
1.250
1.406
(10)
(20)
(30)
(40)
(60)
(80)
(100)
(120)
(140)
(160)
16 OD
16.00
.250
.312
.375
.500
.656
.843
1.031
1.218
1.437
1.562
(10)
(20)
(30)
(40)
(60)
(80)
(100)
(120)
140)
160)
18 OD
18.00
.250
,312
.375
.437
.500
.562
.718
.937
1.156
1.343
1.562
1.750
(10)
(20)
(30)
(40)
(60)
(80)
(100)
(120)
(140)
(160)
20 OD
20.00
.250
.375
.500
.593
.812
1.031
1.250
1.500
1.750
1.937
(10)
(20)
(30)
(40)
(60)
(80)
(100)
(120)
(140)
(160)
24 CD
24.00
.250
.375
.500
.562
.687
.937
1.218
1.500
1.750
2.062
2.312
(10)
(20)
(30)
(40)
(60)
(80)
(100)
(120)
(140)
(160)
Thd'd.
Pipe
(2)
.028
.031
.031
.033
.036
.036
.037
.040
.040
.047
.050
.050
.069
.072
.072
.084
.087
.087
.104
.107
.107
.125
.127
.127
.150
.153
.153
.171
.173
.173
.022
.026
.031
.040
.062
.077
.098
.118
.144
.164
.018
.029
.035
.040
.052
.061
.078
.099
.121
.138
.164
.021
.024
.024
.029
.031
.031
.037
.039
.039
.045
.047
.047
.053
.055
.055
.064
.066
.066
.084
.086
.086
.107
.114
.114
.123
.125
.125
.146
.149
.149
.166
.168
.168
.016
.024
.032
.040
.048
.059
.079
.102
.118
.141
.161
.019
.021
.021
.026
.027
.027
.032
.034
.034
.046
.048
.048
.063
.065
.065
.084
.085
.085
.104
.106
.106
.125
.126
.126
.149
.150
.150
.162
.164
.164
.014
.021
.028
.042
.059
.079
.100
.120
.144
.158
.017
.018
.018
.023
.024
.024
.029
.030
.030
.035
.036
.036
.041
.043
.043
.047
.049
.049
.062
.064
.064
.083
.085
.085
.105
.106
.106
.123
.124
.124
.144
.146
.146
.162
.164
.164
.013
.019
.025
.031
.037
.043
.058
.079
.101
.119
.140
.159
.015
.016
.016
.026
.027
.027
.037
.038
.038
,045
.046
.046
.064
.066
.066
.083
.085
.085
.102
.104
.104
.124
.126
.126
.146
.148
.148
.162
.164
.164
.011
.022
.033
.041
.060
.080
.099
.121
.143
.159
.012
.014
.014
.021
.023
.023
.031
.032
.032
.035
.036
.036
.044
.045
.045
.062
.064
.064
.083
.084
.084
.103
.105
.105
■ All
.123
.123
.144
.146
.146
.163
.164
.164 .
.009
.019
.028
.032
.041
.059
.080
.101
.119
.141
.160
I
I
[t^
t
1
;i-
>^?t- >"t:. .: X'V ■
* ^
I '.
't
IJ
-If
■
M I <
t
I
I
638
CRANE
Calculation of Pipe Bends
No. 1 - Given A, B, C, R
D = B-C
E ^ R~A
F = VD' + E'
w
-p = sin /(?
H- ^/F^~R
No. 2 - Given A, B, C, R
D = B ~C
E =^ A ~R
F = ]/D' + E'
-p — sm ZCr
H =
1/ F' - W
-p = Sin AF
ZS = ZP + ZG
ZK = 90^ - ZS
ZL = H ^S
M = tan ZL X R
N =H + M
^ B -C ~M
No. 3 - Given A, B, C, R
D = B -C ZG =yiZF
E = )/a^+D^ R =t^nZGxR
^ =s\n ZF P =^C ~H
No. 4 - Given A, B, C, R
R
- sin ZP
D
t
E
ZS
- ZP ZG
^
ZK
- 90° ZS
/7,
-Yo ZS
M
= tan ZL X R
N
-H + M
- B C M
= B~C
■g =sm ZF
= |/^^ + 2)^ /G=J^Z/^
H = tan ZG xR
P = C-H
No. 5 - Given A, R
B = 2R-A C- 1/(2/2/ -B^
C_
2R
-sinZZ)
-^^^^s^j^rf' ,/i
fi^F^vR
^
B
No. 6 - Given A, B
\/^B
C
D
E = \/C'^D'
= UA
\
I
^ =s'mZF
G = 14E
ZH = 90° ~ zF
4A
L = 2F
No. 7 - Given A, B, C, D, R
E-
F
G-.
H=\fE^-^G'
D-A-B
R~C
R^F
G/H=smZK
L=liH
-]
m=Vl'~R'
M/L = s\nZN
ZO = 90°~ZK-~ZN
zP=y2zo
S = tan ZP X R
CRANE
Calculation of Pipe Bends
639
,1 . J
-f -I
No, 8 - Given A, B, C, D, R
E
F
C
F
=D~A ~B
= ]/£- + C
= sin ZG
2
zH = y2 z(?
K = tan ZH X R
L = A ~ K
P = B ~~K
N = F ~ 2K
D
t^S-^^B-
No. 9 - Given A, B, C, D, R
E
F
G
F
E
K
=D-A-B
= 2 R ~C
= yS' + F^
= tan ZH
1
M = \IK'- ~m
y^ = Sin ZA
/v
AP = 90° ~ zH ~ ZN
ZO = 1 -S ZP
S = tan ZO X R
E
F
C
F
No. 10 - Given A, B, C, D, R
= D~A- B ZH^y^ZG
= }/c- 4^ FJ K = tan ZH X R
y ^ M =A ~K
= s\nZG N =B-K
^ P =F ~ 2K
A
B
C
No. 11 - Given R and 45° Angles
3.414 xR T = Tangent
2. 828 X R Length of Pipe in Bend
0.828 X R 9.425 x R + 2T
C
D
No.
A ~2R
y{2Ry~C'
12 - Given A, R
P = 2D C'2R= sin zG
E =D-R ZH =^0° + ZG
F =^2E ZK = 180° + 2Z(?
C =HB
D =R^C
E = A - 2R
F = I/Z)^ + E'
No. 13 - Given A, B, R
E/F = sin ZG
H = HF
K = ]IH-^ - R^-
K/H = sin ZL
ZM = ZG-ZL
ZN = ltO°^2zM
ZO = 90° + ZM
P = 2D
\
i<
w
.■;-^-
■ I - ,
640
CRANE
I
Length of Pipe in Bends
Length of Pipe, in Inches
Radius
of
Bends
Inches
Feet
90° Bends
180° Bends
270° Bends
360° Bends
540° Bends
1
IV2
3
43/4
6 1/4
91/2 "
2
3
1 6I/4
■ 91/2
I2V2
183/4
3
Va
43/4
91/2
141/4
1834
281/4
4
-
51/4
121/2
183/4
251/4
373/4
5
73/4
153/4
231/2
3IV2
471/4
6
V2
^V2
183/4
281/4
373/4
561/2
7
11
22
33
44
66
8
I2V2
251/4
373/4
50 1/4
751/2
9
y4
141/4
281/4
421/2
561/2
843/4
10
153/4
311/2
471/4
623/4
941/4
11
171/4
341/2
513/4
69
1033/4
12
1
183/4
373/4
561/2
751/2
113
24
2
373/4
751/2
113
1503/4
226I/4
36
3
561/2
113
I691/2
2261/4
3391/4
48
4
751/2
1503/4
226%
301 V2
4521/2
60
5
941/4
1881/2
2823^
377
5651/2
72
6
113
2261/4
3391A
4521/2
6781/2
84
7
13Z
2633/4
3953/4
5273/4
791 1/2
96
8
15934
3011/2
4521/2
603
9043/4
108
9
1691/2
3391/4
509
6781/2
101734
120
10
188 1/2
377
5651/2
754
1131
132
11
2071/4
4143/4
622
8291/2
1244
144
12
226 14
4521/2
6781/2
9043/4
13571/4
156
13
245
490
7351/4
9801/4
14701/4
168
14
26334
52734
7911/2
10551/2
15831/2
180
15
2823/4
5651/2
84814
1131
16961/2
192
16
3011/2
603
90434
I2O6V4
I8O91/2
204
17
3201/2
640 3^
9611/4
12813^
1 19221/2
216
18
3391/4
6781/2
101734
13571/4
203534
228
19
358
7I61/4
10741/2
14321/2
1 21483/4 '
240
20
377
754
1131
1508
' 2262
I
I
To determine the length of pipe in a bend ha\'ing a radius
not gi\*en in the table above, acid together the length of pipe
in bends whose combined radii equal the required radius.
Example
Determine the length of pipe in a 90° bend having
a radius of 5' q".
Length of pipe in qo'' bend of 5^ radius = Q4M"
Length of pipe in qo° bend of q" radius = 1434"
loSH"
Then \o^]/-2 equals the length of pipe in a bend
ha\"ing a radius of 5' 9".
Standard Types of Pipe Bends . , , pages 602 and 603
Minimum permissible radii of pipe bends. . . page 602
30,000,OCO
28,000,000 -t;
26,000,000
24.000,000
22,000,000
CRANE
641
Thermal Expansion
and
Modulus of Elasticity of Pipe
:
i
100'^
200
300^ 400^ 500" 600'' 700'
Service Temperature — Degrees Fahrenheit
800'
900'
1 ,000
I
References
Pipe. pages 574 to 583
American Standard for Pipe pages 5S4 to 587
Wrought Steel Pipe Data page 5S8
Internal Fluid Pressures for Pipe page ^Sq
Calculating Working Pressures,
Stress, or Wall Thickness of Pipe pages 635 to 637
Calculations of Pipe Bends pages 638 and 63q
Length_of Pipe in Bends page 640
Linear Expansion of Pipe page 426
1
t
>'
* ■
I
i -.
i
I h
v|j
I
ill
642
CRANE
Spacing of Pipe Supports
When a horizontal pipe line is supported at interme-
diate points, sagging of the pipe occurs between these
supports, the amount of sag being dependent upon
the weight of the pipe, water, insulation, and \'alves
or fittings which may be included in the line. If the
pipe line is installed with no downward pitch, pockets
will be formed in each span in which case condensa-
tion may collect if the line is transporting steam. In
order to eliminate these pockets, the line must be
pitched downward so that the outlet of each span is
lower than the maximum sag.
Crane Co. has conducted tests to determine the de-
flection of horizontal standard pipe lines filled with
water, in pipe sizes ^.f" to 4" inclusive, the results of
which ha\'e indicated that for pipes larger than 2"
and with supports ha\'ing center to center dimensions
greater than 10 feet, the resultant deflection is less
than that determined b^" the use of the formula for a
uniformly loaded pipe fixed at both ends. For pipe
sires 2" and smaller, the test deflection was in excess
of that determined by the formula for pipe having
fi.xcd ends and approached, for the shorter spans, the
deflection as determined by the use of the formula
for pipe lines ha\"ing unrestrained ends.
Page 643 gi\"es the deflection ot horizontal standard
pipe lines filled with \\ater. for \'ar\'ing spans, based
upon the results obtained irom tests for sizes 2" and
smaller, and upon the formula for fixed ends for the
larger sizes of pipe. The deflection values given on
the chart are twice those obtained from test or cal-
culated, to compensate for any variables including
weight of insulation, etc.
The formula gi^xn below indicates the vertical dis-
tance that the span must be pitched so that the
outlet is lo\\-er than the maximum sag of the pipe
36 S^-y'
where :
h = Difference in elevation of span ends, inches
S ~ Length of one span, feet
y = Deflection of one span, inches
By eliminating the unconsequential term"-?/^" from
the denominator, the formula reduces to:
h = ^y
The pitch of pipe spans, called the A\'erage Gradient,
is a ratio between the drop in elevation and the
length of the span. This is expressed as so many
inches in a certain number of feet.
4?/
Average Gradient =
S>
The dotted lines as shown on the chart on the oppo-
site page are plotted from the abo\'e formula and
indicate average gradients of i" in lo^ i" in 15', i"
m 20 , \" in 30'j and \" m 40
EXAMPLE
What is the maximum distance between supports for a 4" standard
pipe line assuming a pitch or a\"erage gradient of i" in 3c feet?
Proceed downward from the intersection of the diagonal dotted line for an
average gradient of 1" in 30 feet and the diagonal solid line for 4" pipe to the
bottom line where it is noted that the maximum span is approximately 22 feet.
Pive Hangers and Pipe Supports . . . .pages SJ3 to 534
I
SpQcing of Pipe Supports (Cont^)
CRANE
643
Deflection of Horizontal Pipe Lines
(Based on Standard Pipe Filled with Water)
CO
C
a
</}
c
o
c
o
ij
Q
8 9 10
20 25
40 50 60 70 80 90 100
Distance Between Supports, Feet
•
'
1
ft
»
11
■ ■ J ■ 'l
', '. - '
644
CRANE
How to Read Reducing Fittings
B
B
B B
B
A
90° Elbow
Reducing
90^ Street Elbow
Reducing on male end
A A
Right Hand Left Hand
Side Outlet 90° Elbows
Reducing on two Outlets
B
B
B
l_^
c^
r
c c
[
A
Service Tee
Reducing on male
end only
A
Tee, with one
end of Run reduced
B
A
Tee, with
one end of Run
and Outlet reduced
A A
Right Hand Left Hand
Side Outlet Tees, with
one end of Run and Outlets reduced
B
B
B
c
^
■}
Tee {Bull Head)
Bjth ends of Run reduced
A
Tee, with
Reduced Outlet
B
Double Branch Elbow
Reducing on iDoth ends of Run
B
B
45° Y-Bend (Lateral)
Reducing on Outlet only
B
I
C
c
D
D
D
r
D
%
A
Cross
Reducing on both Outlets
A
Cross
Reducing on one end of Run
and on one Outlet
A
Cross
Reducing on one end of Run
and on both Outlets
»^ross
Reducing on one Outlet only
I
To assist the user in "Reading Reducing Fittings",
there are illustrated on this page a variety of types
most commonly required for piping systems. In
these illustrations, each opening of the fitting is
identified with a letter which indicates the sequence
to be followed in reading the size of the fitting.
For example : A Cross having one end of run and one
outlet reduced is designated as iJ/^CA) x iJ4(B) x
2-3^(C) X i3^(D), simply by naming the largest
opening first and then naming the other openings in
the order indicated.
Elbows and Crosses are always identified by desig-
nating first the size of the largest opening, following
w ith the size of other opening or openings in proper
order. Tees, 45° Y-Bends or Laterals, and Double
Branch Elbows are identified by designating the size
of the largest opening on the run first, the opposite
opening of the run second, and the size of the outlet
last. For example: a 3 x z x iH size Tee is one that
has openings 3(A) x 2fB) x iJ^(C).
In designating the outlets of side outlet reducing
fittings, the size of the side outlet is named last.
Flanged fittings: Although the illustrations ap-
pearing on this page are of screwed fittings, the same
rules apply to the "'Reading of Reducing Flanged
Fittings".
CRANE
Taps and Drains for Flanged Fittings
Designating Location of Tapped Holes
90° Elbow
Straight Size
90" Elbow
Reducing Size
E G
e—
F€>
R
S
L
90" Elbow
Tee
Straight Size
r
Rf^ ^L
^
Fc
'o>
-i-
T
K
Ji
<t>
QJ
:i
Tee
Reducing Size
UJ ?H (_J
Ig
E
J
n ir d J
zi
Cross
Straight Size
]
645
E G J
t
~1 ^P
UrM
P
3
L
Cross
Reducins Size
U K
^
I
I
1)
ii
i
Side Outlet Elbow
Straight Size
Side Outlet Tee
Straight Size
H
o'
\ Go
Fo
R
2
45° Lateral
Straight Size
90° Base Elbow
Base Tee
Straight Size
45" Elbow
- Maximum Size of Tapped Hole in Fitting Without Adding a Boss
Size of Fit ting Inches j 2. 2y2. 3 4, 5
Si-e of Tapping Inches
10
%
12 I 14 to 24
V4
1
Wa
IVo
Notes
1. The illustrations above indicate the standard
method used for designating the location of tapped
holes on ferrous flanged fittings in all pressure
classes. They are the same as those shown in the
American Standard for Steel Pipe Flanges and
Flanged Fittings (Bi6e-iQ3q) and in the American
Standard for Cast Iron Pipe Flanges and Flanged
Fittings, Class 125 (Bi6a-iq3q).
2. When a tapped connection is required at the heel
Red
ucer
of an elbow without a boss (at location 5), the tap-
ping should be done at right angles to the point of
tangency of the radius or sweep of the fitting. This
shall be standard practice, and where the tapping is
required parallel to the run (at locations V and Y)
the fitting shall be furnished with a boss.
3. The table shown abo\-e indicates the maximum
size of tapped hole which can be applied to any
fitting without adding a boss.
'
* - , -
I ' ,
646
CRANE
Taps and Drains for Flanged Valves
Designating Location of Tapped Holes
Maximum Size of Tapped Hole
In Valve With Boss (Inches)
E. G F
Size of
Valve
Inches
Iron
Valves
Steel Valves
Pressure Class
AU
150
Lb,
300
Lb.
400
Lb.
600
Lb.
900
Lb.
1500
Lb.
j^
7\
D C
E&F
■6c-^--
A&B ^.
3
A4 FO- -qC
BVEO nfD
J
Gate Valve
Globe Valve
Angle Valve
1
m M mi
- . .
y?
1V4
i • 1
. < .
%
- ■ I
H
iy2
■ • -
. . .
%
. . .
yz
2
Vz
y2 V2
V7
2V2
V2
V2
Vz
Vz
3
V2
V?.
V?.
V4
^4
Va
31/2
V2
V2
V2
%
1
1
4
V2
Vz
3/4
3/4
V4
1
1
5
V4
%
1
1
1
1
1
6
3/4
3/4
1
1
1
iy4
iy4
8
3/4
V4
1
1
1
iy4
IV^
10
1
1
1 ,1V4
1V4
ly^
IV?
12
1
1
1 UA
iy4
11/2
IVz
14
IV4
iy4
\Va
lyz
1V2
2
2
16
ly*
1V4
IVa
iy2
iy2
2
18
1V2
ly^
2
2
2
2y2
- ■ -
20
iy2
IV?
2
2
2
■ • -
24
2
2
2y2
2y2 ! 2y2
- . -
. . .
Notes
1 . The illuscrations abo\"e indicate the standard
method used for designating the location of tapped
holes on Cast Iron and Cast Steel Flanged Valves in
all pressure classes.
2. V'ahe bodies can be tapped without a boss for a
very small drain hole; the maximum size of hole,
ho\ve\"er, depends entirely upon the location of the
tapped hole and the pressure class of the valve.
3. The table above shows the maximum size of
tapped hole which can be appHed to any valve at a
bossed location. Gate valves are regularly made
with bosses (except at location "G"); globe and
angle \"alves are not, but they can be furnished with
bosses when so specified.
Location of By- Passes on Flanged Valves
M LIL1
Gate valves: When gate \alves are ordered with
by-pass attached, it shall be regular practice to at-
tach said by-pass at the side of the main valve with
the stems of both valves parallel, pointing vertically
upward.
The more common of the "special attached-locations
is on the center of the f^ow ine, at the bottom of the
main vaK-e, with the stem of the by-pass \-alve at
right angles to the main vaK-e stem. This is desig-
nated as the bottom "attachment", or defined as
"by-pass at bottom". When any other "special"
attached-location or other position of the by-pass
valve stem is desired, a sketch should be submitted.
Globe valves: When globe valves are ordered with
by-pass attached, it shall be regular practice to
attach said by-pass at the right-hand side of the
main valve, with the stems of both valves parallel,
pointing vertically upward. When by-pass is "spe-
cially" required attached at the left-hand side, the
designation shall be "left-hand attachment".
Right-hand side of a globe val\-e is the side at the
right, when facing the flow-port which leads to the
under side of the disc.
Angle valves: When angle valves are ordered with
by-pass attached, it shall be regular practice to
attach said by-pass at the back of the main valve,
with the stems of both valves parallel, pointing ver-
cally upward. When by-pass is
"specially" required attached at
the right or left-hand side, the
designations shall be "right-hand
attachment" or ' ' left-hand at-
tachment". Right-hand side of
an angle valve is at the right,
when facing the back of the valve.
These illus-
trations are
representative
of steel valves.
Gate Valve with
By-Pass on Side
Gate Valve with
By-Pass at Bottom
For prices of by-passeSf see the following pages:
Iron Wedge Gate Valves page IH
Iron Double Disc Gate Valves pf'S^ ^^^
Steel Wedge Gate Valves page 306
CRANE
647
Welding Bevels
Details
371/2^ ±2M
Standard Straight Bevel
Used when metal thickness (T)
is ^'-inch or less
All Crane Steel Valves, Fittings, and Flanges fur-
nished for butt-welding, and all Crane Steel Butt-
Welding Fittings have the welding ends regularly
machined in accordance with these details. The
type of bevel is entirely dependant upon the thick-
ness of the metal.
Standard Straight Bevels, used for butt-welding ends
having a metal thickness of %-inch or lighter, are
machined to a 37)4° straight bevel. A tolerance of
2j^° plus or minus is allowed in the angle of the bevel.
Standard U Bevels, regularly machined on welding
ends having metal thicknesses greater than ^-inch,
are made to a toYi angle which terminates in a
Jfs-inch radius to the land. The tolerance of 23^°
plus or minus is allowed for the angle of beveling.
The height of the ""land" (indicated as dimension L
20° ± ZVa
3/.."
f/ie-R
Standard U Bevel
Used when metal thickness (T)
is greater than ^-4-inch
in the above illustrations) is regularly maintained at
He-inch, with a plus or minus manufacturing toler-
ance of ^2-inch on all sizes and metal thicknesses,
except as follows :
A. On 2-inch Standard weight pipe, the height of
the land is J/fg-inch maximum.
B. On i3^-inch and smaller Standard weight pipe,
the height of the land is ^2-\r\c\\ maximum.
American Standard: The dimensions of both of
these bevels conform to the American Standard for
Steel Pipe Flanges and Flanged Fittings (Bi6e-iq39).
Other types of welding bevels: Other types of
finish for welding ends can be furnished on special
order. Inquiries and orders must be accompanied by
a detailed description or by drawings showing the
exact requirements.
i
I'
, s'
For general description of the various types of welds
and for application of these bevels, see pages 614 and 615.
<
I
648
CRANE
Steam
There are three states of matter; solid, liquid, and
gas. Under normal atmospheric conditions, sub-
stances exist in any one of these three states; and
when the outside conditions are varied, they change
from one state to another.
Water under a\'erage conditions exists in the form
of a liquid. When a body of water is heated by
means of-some external medium, the temperature of
the water rises, and soon small bubbles are noted on
the surface which break and form continuously.
This phenomenon is described as ""boiling .
The amount of heat necessary to cause the tempera-
ture of the water to rise is expressed in British
Thermal Units CB.t.u.), where one B.t.u. is the
quantity of heat required to raise the temperature
of I pound of water from 60 to bi°F. or, as is
generally stated, 1/180 part of the heat necessary
to raise the temperature of i pound of water from
3z°F. (freezing point) to 212° F. (boiling point).
After the temperature of 212° F. is reached each
pound of water contains 180 B.t.u. (above 32° F.).
This quantity of heat is called ''heat of the liquid'' or
"^sensible heat" . In order to change the liquid into
a vapor at atmospheric pressure (14.7 pounds per
square inch absolute), 970.2 B.t.u. must be added
to each pound of water after the temperature of
212^ F, is reached. During this transition period
the temperature remains constant. The added quan-
tity of heat is called the ^Hatmt heat oj evaporation".
Consequently, the ""total heat'* in the vapor, formed
when water boils at atmospheric pressure, is the
sum of the two quantities iSo B.t.u. and 970.2
B.t.u., or i 150.2 B.t.u. per pound.
If water is heated in a closed vessel not completely
filled, the pressure will rise after steam begins to
form accomoanied bv an increase in temperature
Saturated Steam: Saturated steam is steam in
contact with the liquid water from which it was
generated, at a temperature which is the boiling
point of the water and the condensing point of the
steam. It may be either "dry or "'wet , depending
upon the generating conditions. "Dry" saturated
steam is steam free from mechanically mixed water
particles. "Wet" saturated steam, on the other
hand, contains water particles in suspension. Satu-
rated steam at any pressure has a definite tem-
perature.
Superheated Steam : Superheated steam is steam
at any gi\en pressure which is heated to a temper-
ature higher than the temperature of saturated
steam at that pressure. Water cannot exist in the
presence of superheated steam.
Steam Data page 649
Properties of Saturated Steam ..... pages 6S0 to 653
Properties of Superheated Steam . pages 654 to 657
Temperature Conversion fable page 663
m
CRANE
649
Steam Data
Boiler Horse Power
The accepted rule for figuring boiler horse power is
as follows :
One Horse Power equals the e\-aporat!on of 30 pounds
of water per hour from an initial temperature of
100° F. into steam at 70 pounds gauge pressure, or
its equi\-alent; that is, 34]^ pounds of water evapo-
rated per hour from a temperature of 211° F. into
steam at 212° F.
Horse Power of an Engine
P=Mean effective pressure per square inch of the inder when the valve cuts off af
steam on the piston. ^ ^^^^^^ ^^^^^3 ^^^^^ p^^^^^^^ ^
A = Length of stroke m feet. 1^ stroke equals steam pressure x
^ = Area of piston in square inches. ■^ stroke equals steam pressure x
iV = Number of strokes per minute. 3^ stroke equals steam pressure x
PLAN ^"^ stroke equals steam pressure x
,-,..,.... ■ % stroke equals steam pressure x
r^^UUU 3^ stroke equals steam pressure x
The approximate mean effective pressure in the cyl- % stroke equals steam pressure x
Then Horse Power =
■5c>7
.670
■743
■847
■Q37
.q66
.9Q2
Ranges in Steam Consumption by Prime Movers
(For Estimating Purposes)
Simple Non-Condensing Engines zq
Simple Non-Condensing Automatic Engines 26
Simple Non-Condensing Corliss Engines 26
Compound Non-Condensing Engines iq
Compound Condensing Engines 12
Simple Duplex Steam Pumps i 20
Turbines, Non-Condensing 28
Turbines, Condensing 12
4) pounds per hour
40 pounds per hour
35 pounds per hour
28 pounds per hour
22 pounds per hour
200 pounds per hour
60 pounds per K.W. hour
42 pounds per KA\". hour
Then V=
Flow of Steam in Pipes
To determine the velocity of steam in feet per minute
through a pipe, the quantity, pressure and area being
known.
F = Velocity in feet per minute.
^ = Pounds of steam per hour.
J5 = Volume in cubic feet per lb. at given pressure.
(See steam tables, pages 650 to 657.)
C = Area of pipe in square inches.
1728= Cubic inches in a cubic foot.
60 = Minutes in an hour. ■
12= Inches in a foot.
Loss of Pressure
A X B X 1728 A X B X2.4:
60 x C X 12
C
A =
B =
C=
CxV
fix 2.4
CxV
A X 2.4
A X B x2A
V
The above formula does not consider the probable
drop, or loss of pressure which is dependent upon the
velocity of fiow, length of line, number of turns in
fittings or valves, and the covering of the pipe. In
every steam line there must be a difference in pres-
sure between the inlet and outlet or there could be
no flow, and this difference is increased by friction
and radiation.
Reasonable Velocities for Flow of Steam in Pipes
The table below giving reasonable velocities, based on a\'erage practice, can be used
to advantage in steam lines. It must be realized that the lower velocities should be
used for smaller pipes and the higher velocities for pipes larger than 12 inches.
■1
Condition of Steam
Pressure
Pounds per Square Inch
Use
Reasonable Velocity
Feet per Minute
Saturated
Saturated
Superheated
pounds — 15 pounds
50 pounds and up
200 pounds and up
Heating (Short lines)
Miscellaneous
High Pressure Steam Piping
4,000 to 6,000
6,000 to 10,000
7,000 to 20,000
650
CRANE
Properties of Saturated Steam'
Absolute Pressure
'.'
1,1'.
Lbs, per
Sq, In,
p
0.20
0.25
0.30
0.35
0.40
0.45
0.50
0.60
0.70
O.BO
0.90
1.0
1.2
1.4
1.6
1.8
2.0
2.2
2.4
2.6
2.8
3.0
3.5
4.0
4.5
5.0
5.5
6.0
6.5
7.0
7.5
8.0
8.5
9.0
9.5
10.0
Inches
of Hg
0.41
0.51
0.61
0.71
0.81
0.92
1.02
1.22
1.43
1.63
1.83
2.04
2.44
2.85
3.26
3.66
11.20
12.22
13.23
14.25
15.27
16.29
17.31
18.32
19.34
20.36
11.0
22.40
12.0
24.43
13.0
26.47
14.0
28.50
Vacuum
Inches
of Hg
29.51
29.41
29.31
29.21
29.11
29.00
28.90
28.70
28.49
28.29
28.09
27.88
27.48
27.07
26.66
26.26
4.07
25.85
4.48
25.44
4.89
25.03
5.29
24.63
5.70
24.22
6.11
23.81
7.13
22.79
8.14
21.78
9.16
20.76
10.18
19.74
18.72
17.70
16.69
15.67
14.65
13.63
12.61
11.60
10.58
9.56
7.52
5.49
3.45
1.42
Temperature
Degrees F,
t
53.14
59.30
64.47
68.93
72.86
76.38
79.58
85.21
90.08
94.38
98.24
101.74
107.92
113.26
117.99
122.23
126.08
129.62
132.89
135.94
138.79
141.48
147.57
152.97
157.83
162.24
166.30
170.06
173.56
176.85
179.94
182.86
185.64
188.28
190.80
193.21
197.75
201.96
205.88
209.56
Heat
of the
Liquid
Btu/lb.
21.21
27.36
32.52
36.97
40.89
44.41
47.60
53.21
58.07
62.36
66.21
69.70
75.87
81.20
85.91
90.14
93.99
97.52
100.79
103.83
106.68
109.37.
115.46
120.86
125.71
130.13
134.19
137.96
141.47
144.76
147.86
150.79
153.57
156.22
158.75
161.17
165.73
169.96
173.91
177.61
Latent
Heat of
Evaporation
Btu/lb.
1063.8
1060.3
1057.4
1054.9
1052.7
1050.7
1048.8
1045.7
1042.9
1040.4
1038.3
1036.3
1032.7
1029.6
1026.9
1024.5
1022.2
1020.2
1018.3
1016.5
1014.8
1013.2
1009.6
1006.4
1003.6
1001.0
998.5
996.2
994.1
992.1
990.2
988.5
986.8
985.2
983.6
982.1
979.3
976.6
974.2
971.9
Total Heat
of
Steam
Btu/lb.
k
V
1085.0
1087.7
1090.0
1091.9
1093.6
1095.1
1096.4
1098.9
1101.0
1102.8
1104.5
1106.0
1108.6
1110.8
1112.8
1114.6
1116.2
1117.7
1119.1
1120.3
1121.5
1122.6
1125.1
1127.3
1129.3
1131.1
1132.7
1134.2
1135.6
1136.9
1138.1
1139.3
1140.4
1141.4
1142.3
1143.3
1145.0
1146.6
1148. r
1149.5
Specific
Volume
Cu. ft. per lb
V
9
1526.0
1235.3
1039.5
898.5
791.9
708.5
641.4
540.0
466.9
411.7
368.4
333.6
280.9
243.0
214.3
191.8
173.73
158,85
146.38
135.78
126.65
118.71
102.72
90.63
81.16
73.52
67.24
61.98
57.50
53.64
50.29
47.34
44.73
42.40
40.31
38.42
35.14
32.40
30.06
28.04
Entropy
'P
2.1163
2.0970
2.0812
2 . 0678
2 . 0563
2 . 0462
2 . 0372
2.0216
2 . 0085
1.9971
1.9871
1.9782
1 . 9628
1 . 9498
1 . 9386
1.9288
1.9200
1.9120
1 . 9047
1.8981
1.8920
1.8863
1 . 8735
1.8625
1.8528
1.8441
1 . 8363
1.8292
1.8227
1.8167
1.8110
1.8057
1 . 8008
1.7962
1.7918
1.7876
1.7800
1.7730
1.7665
1.7605
I
\
Pressure
Lbs. per Sq. In.
Absolute
14.696
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
Gage
V
0.0
0.3
1.3
2.3
3.3
4.3
5.3
6.3
7.3
8.3
9.3
10.3
11.3
12.3
13.3
14.3
15.3
16.3
17.3
18.3
19.3
Temperature
Degrees F.
i
212.00
213.03
216.32
219.44
222.41
225.24
227.96
230.57
233 . 07
235 . 49
237.82
240 . 07
242.25
244.36
246.41
248 . 40
250.33
252.22
254.05
255.84
257.58
Heat
of the
Liquid
Btu/lb.
180.07
181.11
184.42
187.56
190.56
193.42
196.16
198.79
201.33
203 , 78
206.14
208 . 42
210.62
212.75
214.83
216.86
218.82
220.73
222.59
224.41
226.18
Latent
Heat of
Evaporation
Btu /lb.
h
'fa
970.3
969.7
967.6
965.5
963.6
961.9
960.1
958.4
956.8
955.2
953.7
952.1
950.7
949.3
947.9
946.5
945.3
944.0
942.8
941.6
940.3
Total Heat
of
Steam
Btu/lb.
1150.4
1150.8
1152.0
1153.1
1154.2
1155.3
1156.3
1157.2
1158.1
1159.0
1159.8
1160.6
1161.3
1162.0
1162. 7
1163.4
1164.1
1164.7
1165.4
1166.0
1166.5
1 Abstracted from Thermodynamic Properties of Steam by J
publishers. John Wiley & Sons, Inc.
Specific
Volume
Cu. ft. per lb
V
26.80
26.29
24.75
23.39
22.17
21.08
20.089
19.192
18.375
17.627
16.938
16.303
15.715
15.170
14.663
14.189
13.746
13.330
12.940
12.572
12.226
Entropy
'B
1.7566
1.7549
1.7497
1 . 7449
1 . 7403
1.7360
1.7319
1.7280
1.7242
1.7206
1.7172
1.7139
1.7108
1.7078
1.7048
1.7020
1.6993
1 . 6967
1.6941
1.6917
1.6893
H. Keenan and F. G. Keyes. 1936 Edition, by permission of the
^operlies of Saturated Steam (Conf.)
CRANE
651
.' /•
}*r'i-
Pressure
Lbs. per Sq, In-
Temperature
Degrees F.
t
Heat
of the
Liquid
Btu/lb.
hj
Latent
Heat of
Evaporation
Btu/lb.
Total Heat
of
Steam
Btu/lb.
kg
Specific
Volume
Cu. ft. per lb.
Entropy
Absolute
p
Gage
V
s.
35.0
36.0
37.0
38.0
39.0
20.3
21.3
22.3
23.3
24.3 .
259.28
260 . 95
262.57
264.16
265.72
227. n
229.60
231.26
232,89
234.48
939.2
938.0
936.9
935.8
934.7
1167.1
1167.6
1168.2
1168.7
1169.2
11.898
11.588
11.294
11.015
10.750
1.6870
1.6848
1.6826
1.6805
1 . 6784
40.0
41.0
42.0
43.0
44.0
25.3
26.3
27.3
28.3
29.3
267.25
268.74
270.21
271.64
273.05
236.03
237.55
239.04
240.51
241,95
933.7
932.6
931.6
930.6
929.6
1169.7
1170.2
1170.7
1171.1
1171.6
10.498
10.258
10.029
9.810
9.601
1 . 6763
1 . 6743
1.6724
1,6706
1 . 6687
45.0
46.0
47.0
48.0
49.0
30.3
31.3
32.3
33.3
34.3
274 . 44
275.80
277.13
278.45
279.74
243 . 36
244.75
246.12
247.47
248.79 .
928.6
927.7
926.7
925.8
924.9
1172.0
1172.4
1172.9
1173.3
1173.7
9.401
9.209
9.025
8.848
8.678
1-6669
1 . 6652
1.6634
1.6617
1,6601
50.0
51.0
52.0
53.0
54.0
35.3
36.3
37.3
38.3
39.3
281.01
282.26
283.49
284.70
285.90
250.09
251.37
252-63
253.87
255.09
924.0
923.0
922.2
921.3
920.5
1174.1
1174.4
1174.8
1175.2
1175.6
8.515
8.359
8.208
8.062
7.922
1.6585
1.6569
1.6553
1.6538
1.6523
55.0
56.0
57.0
58.0
"59.0
40.3
41.3
42.3
43.3
44.3
287.07
288.23
289.37
290.50
291.61
256.30
257.50
258.67
259.82
260.96
919.6
918.8
917.9
917.1
916.3
1175.9
1176.3
1176.6
1176.9
1177.3
7.787
7.656
7.529
7.407
7.289
1.6509
1.6494
1.6480
1.6466
1-6452
60.0
61.0
62.0
63.0
64.0
45.3
46.3
47.3
48.3
49.3 .
292.71
293.79
294.85
295.90
296.94
262.09
263.20
264.30
265.38
266.45
915.5
914.7
913.9
913.1
912.3
1177.6
1177.9
1178.2
1178.5
1178.8
7.175
7.064
6.957
6.853
6.752
1-6438
1.6425
1.6412 ;
1.6399
1-6387
65.0
66.0
67.0
68.0
69.0
50.3
51.3
52.3
53.3
54.3
297 . 97
298.99
299.99
390.98
301.96
" 267.50
268.55
269.58 •
270.60
271.61
911.6
910.8
910.1
909.4
908.7
1179.1
1179.4
1179.7
1180.0
1180.3
6.655
6.560
6.468
6.378
6.291
1.6374
1.6362
1.6350 V
1.6338
1.6326
70.0
71.0
72.0
73.0
74.0
55.3
56.3
57.3
58.3
59.3
302.92
303.88
304.83
305.76
306.68
272.61
273.60
274.57
275.54
276-49
907.9
907.2
905.5
905.8
905.1
1180.6
1180.8
1181.1
1181.3
1181.6
6.206
6.124
6.044
5.966
5.890
1.6315
1.6303
1.6292
1.6281
1.6270
75.0
76.0
77.0
78.0
79.0
60.3
61.3
62.3
63.3
64.3
307.60
308.50
309.40
310.29
311.16
277.43
278.37
279.30
280.21
281.12
904.5
903.7
903.1
902.4
901.7
1181.9
1182.1
1182.4
1182.6
1182.8
5.816
5.743
5.673
5.604
5.537
1.6259
1.6248
1.6238
1.6228
1.6217
80.0
81.0
82.0
83.0
84.0
65.3
66.3
67.3
68.3
69.3
312.03
312.89
313.74
314.59
315.42
282.02
282.91
283.79
284.66
285.53
901.1
900.4
899.7
899.1
898.5
1183.1
1183.3
1183.5
1183.8
1184.0
5.472
5.408
5.346
5.285
5.226
1.6207
1.6197
1.6187
1.6177
1.6168
85.0
86.0
87.0"
88.0
89.0
70.3
71.3
72.3
73.3
74.3
316.25
317.07
317.88
318.68
319.48
286.39
287.24
288-08
288.91
289,74
897.8
897.2
896.5
895.9
895.3
1184.2
1184.4
1184.6
1184.8
1185.1
5.168
5.111
5.055
5.001
4.948
1.6158
1.6149
1.6139
1.6130
1.6121
90.0
91.0
92.0
93.0
94.0
75.3
76.3
77.3
78.3
79.3
320.27
321.06
321.83
322.60
323.36
290.56
291.38
292.18
292.98
293.78
894.7
894.1
893.5
892.9
892.3
1185.3
1185.5
1185.7
1185.9
1186.1
4.896
- 4.845
4.796
4.747
4.699
1.6112
1.6103
1.6094
1.6085
1 . 6076
95.0
96.0
97.0
98.0
99.0
80.3
81.3
82.3
83.3
84.3
324.12
324.87
325.61
326.35
327.08
294.56
295.34
296.12
296.89
297.65
891.7
891.1
890.5
889.9
889.4
1186.2
1186.4
1186.6
1186.8
1187.0
4.652
4.606
4.561
4.517
4.474
1.6068
1 . 6060
1.6051
1 . 6043
1.6035
100.0
101.0
102.0
103.0
104.0
85.3
86.3
87.3
88.3
89.3
327.81
328.53
329.25
329.96
330.66
298.40
299.15
299.90
300.64
301.37
888.8
888.2
887.6
887.1
886.5
U87.2
1187.4
1187.5
1187.7
1187.9
4-432
4.391
4-350
4-310
4.271
1.6026
1.6018
1.6010
1 . 6002
1 . 5994
105.0
106.0
107.0
108.0
109.0
90.3
91.3
92.3
93.3
94.3
331.36
332.05
332.74
333.42
334.10
302.10
302.82
303.54
304.26
304.97
886.0
885.4
884.9
884.3
883.7
1188.1
1188.2
1188.4
1188.6
1188.7
4.232
4.194
4.157
4.120
4.084
1.5986
1.5978
1.5971
1 . 5963
1 . 5956
- 1» I..
-i ■ ' ' T
!■'
V
It
'V
■
}
I
1 n I
I
I
652
CRANE
Prapcrtics of Sattirated St^am \Cont,}
Pressure
Lbs. per Sq. In.
Temperature
Degrees F.
t
Heat
of the
Liquid
Btu/Ib.
Latent
Heat of
Evaporation
Btu/lb.
Total Heat
of
Steam
Btu/lb.
kg
Specific
Volume
Cu. ft, per lb.
^9
Entropy
Absolute
Gage
P
Sff
110.0
111.0
112.0
113.0
114.0
95.3
96.3
97.3
98.3
99.3
334.77
335 . 44
336.11
336.77
337.42
305.66
306.37
307 . 06
307.75
308.43
883.2
882.6
882.1
881.6
881.1
1188.9
1189.0
1189.2
1189.4
1189.5
4.049
4.015
3.981
3.947
3.914
1 . 5948
1.5941
1 . 5934
1 . 5927
1.5919
115.0
116.0
117.0
118.0
119.0
100.3
101.3
102.3
103.3
104.3
338.07
338.72
339.36
339.99
340.62
309.11
309.79
310.46
311.12
311.78
880.6
880.0
879.5
879.0
878.4
1189.7
1189.8
1190.0
1190.1
1190.2
3.882
3.850
3.819
3.788
3.758
1.5912
1 . 5905
1 . 5898
1.5891
1.588S
120.0
121.0
122.0
123.0
124.0
105.3
106.3
107.3
108.3
109.3
341.25
341.88
342.50
343.11
343.72
312.44
313.10
313.75
314.40
315.04
877.9
877.4
876.9
876.4
875.9
1190.4
1193.5
1190.7
1190.8
1190.9
3.728
3.699
3.670
3.642
3.614
1 . 5878
1.5871
1.5865
1 . 5858
1.5851
125.0
126.0
127.0
128.0 ■
129.0
110.3
111.3
112.3
113.3
114.3
344.33
344.94
345.54
346.13
346.73
315.68
316.31
316.94
317.57
318.19
875.4
874.9
874.4
873.9
873.4
1191.1
1191.2
1191.3
1191.5
1191.6
3.587
3.560
3.533
3.507
3.481
1 . 5844
1.5838
1.5831
1.5825
1.5819
130.0
131.0
132.0
133.0
134.0
115.3
116.3
117.3
118.3
119.3
347 . 32
347.90
348 . 48
349.06
349.64
318.81
319.43
320.04
320.65
321.25
872.9
872.5
872.0
871.5
871.0
1191.7
1191.9
1192.0
1192.1
1192.2
3.455
3.430
3.405
3.381
3.357
1.5812
1.5806
1.5800
1.5793
1.5787
135.0
136.0
137.0
138.0
139.0
120.3
121.3
122.3
123.3
124.3
350.21
350.78
351.35
351.91
352.47
321.85
322.45
323.05
323.64
324.23
870.6
870.1
869.6
869.1
868.7
1192.4
1192.5
1192.6
1192.7
1192.9
3.333
3.310
3.287
3.264
3.242
1.5781
1.5775
1.5769
1.5763
1.5757
140.0
141.0
142.0
143.0
144.0
125.3
126.3
127.3
128.3
129.3
353.02
353.57
354.12
354.67
355.21
324.82
325.40
325.98
326.56
327.13
868.2
867 . 7
867.2
866.7
866.3
1193.0
1193.1
1193.2
1193.3
1193.4
3.220
3.198
3.177
3.155
3.134
1.5751
1.5745
1.5740
1.5734
1.5728
145.0
146.0
147.0
148.0
149.0
130.3
131.3
132.3
133.3
1.34.3
355.76
356.29
356.83
357.36
357.89
327.70
328.27
328.83
329.39
329.95
865.8
865.3
864.9
864.5
864.0
1193.5
1193.6
1193.8
1193.9
1194.
3.114
3.094
3.074
3.054
3.034
1.5722
1.5716
1.5710
1.5705
1 . 5699
150.0
152.0
154.0
156.0
158.0
135.3
137.3
139.3
141.3
143.3
358.42
359.46
360.49
361.52
362.53
330.51
331.61
332.70
333.79
334.86
863.6
862.7
861.8-
860.9
860.0
1194.1
1194.3
1194.5
1194.7
1194.9
3.015
2.977
2.940
2.904
2.869
1.5694
1.5683
1.5672
1.5661
1.5650
160.0
162.0
164.0
166.0
168.0
145.3
147.3
149.3
151,3
153.3
363.53
364.53
365.51
366.48
367.45
335.93
336.98
338.02
339.05
340.07
859.2
858.3
857.5
856 . 6
855. 7
1195.1
1195.3
1195.5
1195.7
1195.8
2.834
2.80L
2.768
2.736
2.705
1 . 5640
1.5630
1.5620
1.5610
1.5600
170.0
172.0
174.0
176.0
178.0
157.3
159.3
161.3
163.3
368.41
369.35
370.29
371.22
372.14
341.09
342.10
343.10
344.09
345.06
854.9
854.1
853.3
852.4
851.6
U96.0
1196.2
1196.4
1196.5
1196.7
2.675
2.645
2.616
2.587
2.559
1.5590
1.5580
1.5570
1.5561
1.5551
180.0
182.0
184.0
186.0
188.0
165.3
167.3
169.3
171.3
173.3
373.06
373 . 96 !
374.86
375 . 75
376.64
346 . 03
347.00
347 . 96
348.92
349.86
850.8
850.0
849.2
848.4
847.6
1196.9
1197.0
1197.2
1197. 3
1197.5
2.532
2.505
2.479
2.454
2.429
1.5542
1.5532
1 . 5523
1.5514
1.5506
190.0
192.0
194.0
196.0
198.0
175.3
177.3
179.3
181.3
183.3
377.51
378.38
379.24
380.10
380.95
350.79
351.72
352.64
353.55
354.46
846.8
846.1
845.3
844.5
843.7
1197.6
1197. 8
1197.9
1198.1
1198.2
2.404
2.380
2.356
2.333
2.310
1.5497
1.5488
1.5479
1.5470
1.5462
200.0
205.0
210.0
215.0
220.0
185.3
190.3
195.3
200.3
205.3
381.79
383.86
385.90
387.89
389.86
355.36
357.58
359.77
361.91
364.02
843.0
841.1
839.2
837.4
835.6
1198.4
1198.7
1199.0
1199.3
1199.6
2.288
2.234
2.183
2.134
2.087
1.5453
1.5432
1.5412
1.5392
1.5372
225.0
230.0
235.0
240.0
245.0
210.3
215.3
220.3
225.3
230.3
391.79
393.68
395.54
397.37
399,18
366.09
368.13
370.14
372.12
374 . 08
833.8
832.0
830.3
828.5
826.8
1199.9
1200.1
1200.4
1200.6
1200.9
2.0422
1.9992
1.9579
1.9183
1.8803
1 . 5353
1.5334 .
1.5316
1.5298
1.5280
d
^
Properties ^f Soiuraittd Steam (Cont*
CRANE
653
4
Pressure
Lbs. per Sq. In.
Temperature
Degrees F.
t
Heat
of the
Liquid
Btu/lb.
Latent
Heat of
F.vaporation
Btu/lb.
Total Heat
of
Steam
Btu/lb.
K
Specific
Volume
Cu. ft. per lb.
^0
Entropy
Absolute
P
Gage
P
Sg
250.0
255.0
260.0
265.0
270.0
^ . — i_
235.3
240.3
245.3
250.3
255.3
400.95
402.70
404.42
406.11
407 . 78
376.00
377.89
379.76
381.60
383.42
825.1
823.4
821.8
820.1
818.5
1201.1
1201.3
1201.5
1201.7
1201.9
1.8438
1.8086
1.7748
1.7422
1.7107
1.5263
1.5246
1.5229
1.5212
1.5196
275.0
280.0
285.0
290.0
295.0
260.3
265.3
270.3
275.3
280.3
409.43
411.05
412.65
414.23
415.79
385.21
386.98
388.73
390.46
392.16
816.9
815.3
813.7
812.1
810. S
1202.1
1202.3'
1202.4
1202.6
1202.7
1.6804
1,6511
1.6228
1.5954
1.5689
1.5180
1.5164
1.5149
1.5133
1.5118
300.0
320.0
340.0
360.0
380,0
285.3
305.3
325.3
345.3
365.3
417.33
423.29
428.97
434 . 40
439.60
393.84
400 . 39
406 . 66
412.67
418.45
809.0
803.0
797.1
791.4
785.8
1202.8
1203.4
1203.7
1204.1
1204.3
1.5433
1 . 4485
1.3645
1 . 2895
1.2222
1.5104
1.5046
1.4992
1.4941
1.4891
400.0
420.0
440.0
460.0
480.0
385 .3
405.3
425.3
445.3
465.3
444 . 59
449 . 39
454.02
458.50
462.82
424.0
429.4
434.6
439.7
444.6
780.5
775.2
770.0
764.9
759.9
1204.5
1204.6
1204.6
1204.6
1204.5
1.1613
1.1061
1.0556
1.0094
0.9670
1.4844
1.4799
1 . 4755
1.4713
1 . 4673
500.0
520.0
540.0
560.0
580.0
485.3
505.3
525.3
545.3
565.3
467.01
471.07
475.01
478 . 85
482.58
449.4
454.1
458.6
4&3.0
467.4
755.0
750.1
745.4
740.8
736.1
1204.4
1204.2
1204.0
1203.8
1203.5
0.9278
0.8915
0.8578
0.8265
0.7973
1.4634
1.4596
1.4560
1.4524
1.4489
600.0
620.0
640.0
660.0
680.0
585.3
605.3
625.3
645.3
665.3
486.21
489.75
493.21
496 . 58
499.88
471.6
475.7
479.8
483.8
487.7
731.6
727.2
722.7
718.3
714.0
1203.2
1202.9
1202.5
1202.1
1201.7
0.7698
. 7440
0.7198
0.6971
0.6757
1.4454
1.4421
1.4389
1.4358
1.4327
700.0
720.0
740.0
760.0
780.0
685.3
705.3
725.3
745.3
765.3
503.10
506.25
509.34
512.36
515.33
491.5
495.3
499.0
502.6
506.2
709.7
705.4
701.2
697.1
692.9
1201.2
1200.7
1200.2
1199.7
1199.1
0.6554
0.6362
0.6180
0.6007
. 5843
1.4296
1.4266
1.4237
1.4209
1.4181
800.0
820.0
840.0
860.0
880.0
785.3
805.3
825.3
845.3
865.3
518.23
521.08
523.88
526.63
529.33
509.7
513.2
516.6
520.0
523.3
688.9
684.8
680.8
676.8
672.8
1198.6
1198.0
1197.4
1196.8
1196.1
0.5687
0.5538
0.5396
0.5260
0.5130
1.4153
1.4126
1.4099
1.4072
1 . 4046
900.0
920.0
940.0
960.0
980.0
885.3
905.3
925.3
945.3
965.3
531.98
534.59
537.16
' 539.68
542.17
526.6
529.8
533.0
536.2
539.3
668.8
664.9
661.0
657.1
653.3
1195.4
1194.7
1194.0
1193.3
1192.6
0.5006
0.4886
0.4772
0.4663
0.4557
1.4020
1.3995
1.3970
1.3945
1.3921
1000 .
1050.0
1100.0
1150.0
1200.0
985.3
1035.3
1085.3
1135.3
1185.3
544.61
550.57
556.31
561.86
567.22
542.4
550.0
557.4
564.6
571.7
649.4
639.9
630.4
621.0
611.7
1191.8
1189.9
1187.8
1185.6
1183.4
. 4456
0.4218
0.4001
0.3802
0.3619
1.3897
1.3838
1.3780
1.3723
1.3667
1250.0
1300.0
1350.0
1400.0
1450.0
1235.3
1285.3
1335.3
1385.3
1435.3
572.42
577.46
582.35
587.10
591.73
578.6
585.4
592.1
598.7
605.2
602.4
593.2
584.0
574.7
565.5
1181.0
1178.6
1176.1
1173.4
1170.7
0.3450
0.3293
0.3148
0.3012
0.2884
1.3612
1.3559
1.3506
1.3454
1.3402
1500.0
1600.0
1700.0
1800.0
1900.0
1485.3
1585.3
1685.3
1785.3
1885-3
596.23
604.90
613.15
621.03
628.58
611.6
624.1
636.3
648.3
660.1
556.3
538.0
519.6
501.1
482.4
1167.9
1162.1
1155.9
1149.4
1142.4
0.2765
0,2548
0.2354
0.2179
0.2021
1.3351
1.3249
1.3149
1.3049
1.2949
2000.0
2100.0
2200.0
2300 .
2400 .
1985.3
2085.3
2185.3
2285.3
2385 . 3
635.82
642.77
649 . 46
655.91
662.12
671.7
683.3
694.8
706.5
718.4
463.4
444.
424.4
403.9
382.7
1135.1
1127.4
1U9.2
1110.4
1101.1
0.1878
0.1746
0.1625
0.1513
0.1407
1.2849
1 . 2748
1.2646
1.2541
1.2434
2500.0
2600.0
2700.0
2800.0
2900.0
2485.3
2585.3
2685.3
2785 . 3
2885 . 3
668.13
673.94
679.55
684.99
690.26
730.6
743.0
756.2
770.1
785.4
360.5
337.2
312.1
284.7
253 - 6
1091.1
1080.2
1068.3
1054.8
1039.0
0.1307
0.1213
0.1123
0.1035
0.0947
1.2322
1.2205
1.2082
1.1946
1.1792
3000 .
3100.0
3200.0
3206.2
2985.3
3085.3
3185.3
3191.5
695 . 36
700.31
705.11
705.40
802.5
825.0
872.4
902.7
217.8
168.1
62.0
0.0
1020.3
993.1
934.4
902.7
. 0858
0.0753
0.0580
. 0503
1.1615
1.1368
1.0852
1.0580
Fly ,:^v --■■'
■ r - -- ■ ' ^ - •
i
^ '
i^J.'
I -
■ II ,.
, r
r
654
CRANE
Properties of Superheated Steam'
v^specific volume, cubic feet per pound
h^total heat of steam, Btu per pound
s= entropy
Pressure
Lbs. per
Sq. In.
Abs.
P
Gage
V
Sat.
Temp,
Total Temperature — Degrees Fahrenheit
360'
400
440"
480°
14.696
20.0
30.0
40.0
50.0
60.0
70.0
.
80.0
I '
90.0
100.0
I
;C( 1. 1
120.0
140.0
160.0
I
180.0
I
200.0
220.0
240.0
0.0
5.3
25.3
35.3
45.3
55.3
75.3
85.3
105.3
125.3
145.3
165.3
185.3
205.3
225.3
212.00
227.96
15.3 250.33
267.25
281.01
292,71
302.92
320.27
341.25
353.02
363.53
373.06
381.79
389.86
397.37
V
h
s
V
h
s
V
h
s
V
h
s
V
h
V
h
s
V
h
s
65.3 312.03 h
s
V
h
s
V
327.81 h
s
h
s
V
h
s
V
h
s
V
h
s
V
h
s
V
h
s
V
h
s
33.03
1221.1
1.8518
24.21
1220.3
1.8170
34.68
1239.9
1 . 8743
25.43
1239.2
1.8396
16.072 16.897
1218.6
1.7708
12.001
1216.9
1.7375
9.557
1215.2
1.7112
7.927
1213.4
1237.9
1.7937
12.628
1236.5
1 . 7608
10.065
1235.1
1 . 7349
8.357
1233.6
1.6894 I 1.7135
36.32
1258.8
1.8956
26.65
1258.2
1.8612
17.714
1257.0
1.8155
13.247
1255.9
1.7828
10.567
1254.7
1.7572
8.779
1253.5
1.7361
6.762
1211.5
1.6707 1.6952
5.888
1209.7
1.6541
5.208
1207.7
1.6393
4.663
1205.7
1.6258
3.844
1201.6
1.6017
3.258
1197.3
1.5804
7.136; 7.502
1232.1 1252.3
1.7181
6.220 6.544
1230.7 1251.1
1.6791 1.7023
5.508
1229.1
1.6648
4.937
1227.6
1.6518
4.081
1224.4
1 . 6287
3.468
1221.1
1 . 6087
3.008
1217.6
1 . 5908
2.649
1214.0
1.5745
2.361
1210.3
1.5594
2.125
1206.5
1 . 5453
1 . 9276
1202.5
1.5319
5.799
1249.8
1.6883
5.202
1248.6
1.6756
4.307
1246.0
1-6533
3.667
1243.3
1 . 6340
3.187
1240.6
1.6169
2.813
1237.8
1.6015
2.513
1234.9
1.5873
2.267
1231.9
1 . 5742
2.062
1228.8
1.5619
37.96
1277.6
1.9162
27.86
1277.1
1.8818
18.528
1276.2
1.8363
13.862
1275.2
1 . 8038
11.062
1274.2
1.7784
9.196
1273.2
1.7575
7.863
1272.2
1 . 7397
6.862
1271.1
1 . 7242
6.084
1270.1
1.7103
5.462
1269.0
1 . 6979
4.527
1266.9
1.6760
3.860
1264.7
1 . 6573
3.359
1262.4
1 . 6407
2.969
1260.2
1 . 6258
2.656
1257.8
1.6123
2.400
1255.4
1 . 5998
2.187
1253.0
1.5882
500°
600'
700
800
900*
1000
1200'
38.78
1287.1
1.9261
28.46
1286.6
1.8918
18.933
1285.7
1 . 8464
14.168
1284.8
1.8140
11.309
1 283 . 9
1 . 7887
9.403
1283.0
1 . 7678
8.041
1282.0
1.7501
7.020
1281.1
1 . 7346
6.225
1280.1
1.7209
-
5.589
1279.1
1 . 7085
4.636
1277.2
1.6869
3.954
1275.2
1 . 6683
3.443
1273.1
1.6519
3.044
1271.0
1 . 6373
2.726
1268.9
1.6240
2.465
1266.7
1.6117
2.247
1264.5
1 . 6003
42.86
1334.8
1 . 9734
31.47
1334.4
1.9392
20.95
1333.8
1.8940
15.688
1333.1
1.8619
12.532
1332.5
1.8368
10.427
1331.8
1.8162
8.924
1331.1
1.7988
7.797
1330.5
1,7836
46.94
1383.2
2.0170
34.47
1382.9
1.9829
22.96
1382.4
1 . 9379
17.198
1381.9
1.9058
13.744
1381.4
1.8809
11.441
1380.9
1.8605
9.796
1380.4
1.8432
8.562
1379.9
1.8281
6.920 7.603
1329.8 ; 1379.4
1.7702
6.218
1329.1
1.7581
5.165
1327.7
1.7370
4.413
1326.4
1.7190
3.849
1325.0
1 . 7033
3.411
1323.5
1 . 6894
3.060
1322.1
1 . 6767
2.772
1320.7
1 . 6652
2.533
1319.2
1 . 6546
1.8149
6.835
1378.9
1.8029
5.683
1377.8
1.7822
4.861
1376.8
1.7645
4.244
1375.7
1.7491
3.764
1374.7
1.7355
3.380
1373.6
1.7232
3.066
1372.6
1.7120
51.00
1432.3
2 . 0576
37.46
1432.1
2.0235
24.96
1431.7
1 . 9786
18,702
1431.3
1 . 9467
14.950
1430.9
1.9219
12.449
1430.5
1.9015
10.662
1430.1
1.8843
9.322
1429.7
1.8694
8.279
1429.3
1.8562
7.446
1428.9
1 . 8443
6.195
1428.1
1.8237
5.301
1427.3
1.8063
4.631
1426.4
1.7911
4.110
1425.6
1.7776
3.693
1424.8
1.7655
3.352
1424.0
1.7545
2.804 1 3.068
1371.5 j 1423.2
1.7017 I 1.7444
55.07
1482.3
2.0958
40.45
1482.1
59.13
1533.1
2.1319
43.44
1533.0
2.0618 2.0978
26.95
1481.8
2.0169
20.20
1481.4
1 . 9850
16.152
1481.1
1 . 9602
13,452
1480.8
1 . 9400
11.524
1480.5
1.9228
10 . 077
1480.1
1 . 9079
8.952
1479.8
1 . 8948
8.052
1479.5
1.8829
6.702
1478.8
1.8625
5.738
1478.2
1.8451
5.015
1477.5
1.8301
4.452
1476.8
1.8167
4.002
1476.2
1 . 8048
3.634
1475.5
1.7939
3.327
1474.8
1.7839
28.95
1532.7
2 . 0530
21.70
1532.4
2.0212
17.352
1532.1
1 . 9964
67.25
1637.5
2.1989
49.41
1637.4
2.1648
32.93
1637.2
2.1201
24.69
1637.0
2.0883
19.747
1636.8
2.0636
14.454 16.451
1531.9 ! 1636.6
1 . 9762
12.383
1531.6
1.9591
10.830
1531.3
1.9442
9.623
1531.0
1.9311
2.0434
14.097
1636.3
2.0263
12.332
1636.2
2.0115
10.959
1635.9
1 . 9984
8.656 9.860
1530.8
1.9193
7.207
1530.2
1 . 8990
6.172
1529.7
1.8817
5.396
1529.1
1.8667
4.792
1528.6
1 . 8534
4.309
1528.0
1.8415
3.913
1527.5
1 . 8308
3.584
1526.9
1.8209
1635.7
1 . 9867
8.212
1635.3
1 . 9664
r
7.035
1634.9
1 . 9493
6.152
1634.5
1 . 9344
5.466
1634.1
1.9212
4.917
1633.7
1 . 9094
4.467
1633.3
1 . 8987
4.093
1632.9
1 . 8889
^Abstracted from Thermodynamic Properties of Steam by J. H. Keenan and F. G. Keyes, 1936 Edition, by permission of the
publishers, John Wiley & Sons. inc. ■ J' h
I
i
I
»
Ppoperrie^t o/ Superh^ittcJ Steam [Cor\t,)
CRANE
655
Pressure
Sat.
Lbs. per
Sq. In.
Temp.
t
Total Temperature — Degrees Fahrenheit
Ads.
p
P
460°
500'
540°
580°
600°
660°
1
700°
800°
900°
1000°
1200°
260.0
245.3
404.42
V
h
s
1 . 9483
1238.3
1.5642
2.063
1262.3
1 . 5897
2.172
1285.0
1.6129
2,278
1306.9
1 . 6344
2.330
1317.7
1 . 6447
2.482
1 1349.5
' 1.6739
2.582
1370.4
1.6922
2.827
1422.3
1.7352
3.067 3.305
1474.2 ' 1526.3
1.7748 , 1.8118
1
3.776
1632.5
1.8799
280.0
265.3
411.05
V
h
s
1.7%0
1235.4
1 .5536
1.9047
1260.0
1.5796
2.008
1283.1
1.6032
2,107
1305.3
1.6251
2.156
1316.2
1.6354
2.299
1348 . 3
1 . 6649
2.392
' 1369.4
1 . 6834
2.621
1421.5
1.7265
2.845
1473.5
1.7662
3.066
1525.8
1.8033
3.504
1632.1
1.8716
300.0
285.3
417.33
V
h
s
1.6638
1232.5
1 .5434
1.7675
1257. 6
1.5701
1 . 8654
1281.1
1.5941
1 . 9594
1303.7
1.6163
2.005
1314.7
1.6268
2.140
1347.1
1 . 6565
2.227
1368.3
1.6751
: 2.442
1420.6
1.7184
2.652
1472.8
1.7582
2.859
1525.2
1 . 7954
3.269
1631.7
1.8638
320.0
305.3
423.29
V
h
s
1.5479
1229.5
1.5337
1.6472
1255.2
1.5611
1 . 7406
1279.2
1 . 5855
1.8298
1302.0
1.6079
1 . 8734
1313.2
1.6186
2.001
1345.8
1 . 6485
2.083
1367.2
1 . 6673
2.285
1419.8
1.7108
2.483
1472.1
1 . 7508
2.678
1524.7
1.7880
3.063
1631.3
1 . 8565
340.0
325.3
428 . 97
V
h
s
1.4454
1226.4
1.5243
1.5410
1252.8
1.5524
1 . 6303
1277.2
1 . 5773
1.7155
1300.4
1.6000
1.7569
1311.6
1.6108
1 . 8777
1344.6
1.6410
1.9562
1366.1
1.6599
2.147
1419.0
1.7036
2.334
1471.5
1.7437
2.518
1524.1
1.78U
2.881
1630.9
1.8496
360.0
345.3
434.40
V
h
s
1.3539
1223.2
1.5152
1.4464
1250.3
1.5440
1.5322
1275.2
1.5694
1.6137
1298.7
1.5925
1.6533
1310.1
1.6033
1.7685
1343.3
1.6339
1.8431
1365.0
1.6529
2.025
1418.1
1.6968
2.202
1470.8
1.7371
2.376
1523.5
1.7745
2.719
1630.5
1.8431
380.0
365.3
439 . 60
V
h
s
1.2719
1219.9
1.5063
1.3616
1247.7
1.5359
1.4444
1273.1
1.5618
1.5226
1297.0
1.5852
1.5605
1308.5
1.5962
1 . 6707
1342.0
1 . 6270
1.7419
1363.8
1 . 6462
1.9149
1417.3
1 . 6904
2.083
1470.1
1.7307
2.249
1523.0
1 . 7683
2.575
1630.0
1.8370
400.0
385.3
444.59
V
h
s
1.1978
1216.5
1.4977
1.2851
1245.1
1.5281
1.3652
1271.0
1.5546
1 . 4406
1295.2
1.5783
1.4770
1306.9
1.5894
1.5827
1340.8
1.6205
1.6508
1362.7
1 . 6398
1.8161
1416.4
1.6842
1 . 9767
1469.4
1.7247
2.134 2.445
1522.4 1629.6
1.7623 1.8311
420.0
405.3
449.39
V
h
s
1.1305
1213.1
1.4892
1.2158
1242.5
1.5205
1.2935
1268.9
1.5475
1.3663
1293.5
1.5716
1.4014
1305.3
1.5829
1 . 5030
1339.5
1.6143
1.5684
1361.6
1 . 6337
1.7267
1415.5
1 . 6783
1.8802
1468.7
1.7189
2.031
1521.9
1.7566
2.327
1629.2
1.8256
440.0
425.3
454.02
V
h
s
1.0691
1209.5
1.4809
1.1526
1239.8
1.5132
1.2282
1266.7
1 . 5407
1.2988
1291.7
1.5652
1.3327
1303.6
1.5766
1 . 4306
1338.2
1.6083
1.4934
1360.4
1.6278
1 . 6454
1414.7 '
1.6727
1.7925
1468.1
1.7135
1 . 9368
1521.3
1.7512
2.220
1628.8
1.8203
460.0
445.3
458.50
V
h
s
1.0128
1205.8
1.4728
1 . 0948
1237.0 I
1.5059
1.1685
1264.5
1.5340
1.2370
1289.9
1.5589
1.2698
1302.0
1.5705
1.3644
1336.9
1.6025
1.4250
1359.3
1.6222
1.5711
1413.8
1 . 6673
1.7124
1467.4
1.7082 ,
I. 8508
1520.7
1.7460
2.122
1628.4
1.8152
480.0
465.3
462.82
V
h
s
1.0417
1234.2
1.4989
1.1138
1262.3
1.5276
1.1803
1288.0
1.5528
1.2122
1300.3
1.5645
1.3038
1335.6
1.5969
1.3622
1358.2
1.6167
1.5031
1412.9
1.6621 '
1
1.6390
1466.7
1.7031
1.7720
1520.2
1.7411
2.033
1628.0
1.8103
500.0
485.3
467.01
V
h
s
0.9927
1231.3
1.4919
1 . 0633
1260.0
1.5213
1.1282
1286.2
1.5470
1.1591
1298.6
1.5588
1.2478
1334.2
1.5915
1 . 3044
1357.0
1.6115
1 . 4405 ,
1412.1
1.6571
1.5715
1466.0
1.6982 :
t
1.6996
1519.6
1.7363
1.9504
1627.6
1.8056
520.0
505.3
471.07
V
h
s
. 9473
1228.3
1.4851
1.0166
1257.7
1.5151
1.0799
1284.3
1.5412
1.1101
1296.9
1.5532
1.1962
1332.9
1 . 5863
1.2511
1355.8
1.6064
1.3826
1411.2
1.6522
1.5091
1465.3
1 . 6935
1.6326
1519.0
1.7317
1 . 8743
1627.2
1.8011
540.0
525.3
475.01
V
h
s
0.9052
1225.3
1 . 4784
0.9733
1255.4
1.5091
1.0352
1282.4
1.5356
1 . 0646
1295.2
1 . 5478
1.1485
1331.5
1.5812
1.2017
1354.6
1.6015
1.3291
1410.3
1 . 6475
1.4514
1464.6
1.6890
1.5707
1518.5
1.7272
1.8039
1626.8
1.7968
560.0
545.3
478.85
V
h
s
0.8659
1222.2
1.4717
0.9330 0.9937
1253.0 1280.5
1.5032 1.5302
1.0224
1293.4
1.5425
1.1041
1330.2
1.5762
1.1558
1353.5
1.5967
1 . 2794
1409.4
1.6430
1.3978
1463.9
1 . 6846
1.5132
1517.9
1.7229
1.7385
1626.4
1.7926
580.0
565.3
482.58
V
h
s
0.8291
1219.0
1.4652
. 8954
1250.5
1 . 4974
1
0.9549
1278.5
1 . 5248
0.9830
1291.7
1.5373
1.0627
1328.8
1.5714
1.1131
1352.3
1.5920
1.2331
1408.6
1.6386
1.3479
1463.2
1.6804
1.4596
1517.3
1.7188
1.6776
1626.0
1.7885
\'f.l
■■ .■•.■ ■'■'■■'-
-^ .•*■
656
CRANE
Properties of Superheated Steam <Con(,i
I
*
#
S
I
d
I
Pressure
Lbs. per
Sq. In.
Sat.
Temp.
t
Total Temperature — Degrees Fahrenheit
Abs.
Gage
V
560°
600°
640°
680"
700°
760°
780*^ , 800^
1
900°
1000°
1200'
600.0
585.3
486.21
V
h
5
0.8901
1262.7
1.5061
0.9463
1289.9
1.5323
0.9988 1.0489 ' 1.0732
1315.2 1339.3 1351.1
l.F^SSS 1.5773 1.5875
' 1.1440
1385.3
1.6163
' 1.1670
1396.5
1.6254
1.1899
1407.7
1 . 6343
1.3013
1462.5
1 . 6762
1 . 4096
1516.7
1.7147
1 . 6208
1625.5
1.7846
620.0
605.3
489.75
1
V
h
s
. 8567
1260.4
1.5007
0.9118
i 1288.1
1.5273
0.9633
1313.7
1.5511
' 1.0121
1338.0
1.5728
1 . 0358
! 1349.9
1.5831
1.1048
1384.3
1.6121
1 . 1272
1395.6
1.6213
1 . 1494
1406.8
1 . 6302
1 . 2577
1461,8
1.6722
1.3628
1516.2
1.7108
1.5676
1625.1
1.7808
640.0
625.3
493.21
V
h
s
0.8253
1258.2
1.4955
0.8795
1286.2
1.5225
0.9299
1312.2
1 . 5465
. 9777
1336.7
1.5684
1 . 0008
1348.6
1 . 5788
1 . 0680
1383.3
1 . 6080
1 . 0899
1394.7
1.6172
1.1115
1405.9
1.6262
1.2168
1461.1
1 . 6684
1.3190
1515.6
1 . 7070
1.5178
1624.7
1.7771
660.0
645.3
■ 496.58
V
h
s
0.7958
1255.9
1 . 4903
0.8491
1284.4
1.5177
. 8985
1310.6
1.5420
0.9453
1335.4
1.5642
0.9679
1347.4
1 . 5746
1.0335
1382.3
1 . 6040
1 . 0548
1393.7
1.6132
1.0759
1405.0
1.6222
1.1784
1460.4
1 . 6646
1 . 2778
1515.0
1 . 7034
1.4709
1624.3
1.7735
680.0
665.3
499 . 88
V
h
s
. 7679
1253.5
1.4851
0.8205
1282.5
1.5130
0.8690
1309.1
1.5376
0.9148
1334.1
1 . 5600
0.9369
1346.2
1.5705
1.0010
1381.3
1.6001
1.0218
1392.8
1.6094
1.0424
1404.1
1.6184
1.1423
1459.7
1 . 6609
1 . 2390
1514.5
1 . 6998
1.4269
1623.9
1.7700
700.0
685.3
503.10
V
h
s
0.7416
1251.1
1.4800
. 7934
1280.6
1.5084
0.8411
1307.5
1.5333
0.8860
1332.8
1.5559
0.9077
1345.0
1 . 5665
. 9704
1380.3
1 . 5962
. 9907
1391.8
1 . 6056
1.0108
1403.2
1.6147
1.1082
1459.0
1 . 6573
1.2024
1513.9
1 . 6963
1.3853
1623.5
1 . 7666
750.0
735.3
510.86
V
h
s
0.6816
1245.0
1.4676
0.7319
1275.7
1 . 4972
. 7778
1303.5
1.5229
0.8208
1329.4
1 . 5460
0.8414
1341.8
1 . 5568
. 9008
1377.7
1.5870
0.9201
1389.4
1.5965
0.9391
1400.9
1 . 6057
1.0310
1457.2
1 . 6487
1.1196
1512.4
1 . 6879
1.2912
1622.4
1.7586
800.0
785.3
518.23
V
h
s
0.6288
1238.6
1.4553
0.6779
1270.7
1 . 4863
0.7223
1299.4
1.5129
0.7635
1325.9
1.5366
0.7833
1338.6
1.5476
. 8400
1375.2
1.5783
0.8583
1387.0
1.5879
0.8763
1398.6
1.5972
0.9633
1455.4
1.6407
J . 0470
1511.0
1.6801
1.208B
1621.4
I. 7510
850.0
835.3
525.26
V
h
s
0.5818
1231.9
1.4433
0.6301
1265.5
1.4756
0.6732
1295.2
1.5032
0.7130
1322.4
1.5275
0.7320
1335.4
1.5388
0.7863
1372.5
1.5700
0.8037
1384.5
1 . 5797
0.8209
1396.3
1.5892
0.9037
1453.6
1.6330
0.9830
1509.5
1.6727
1.1360
1620.4
1.7438
900.0
885.3
531.98
V
h
s
0.5396
1224.9
1.4313
0.5873
1260.1
1.4653
0.6294
1290.9
1 . 4938
0.6680
1318.8
1.5187
0.6863
1332.1
1.5303
0.7385
1369.9
1.5620
0.7552
1382.0
1.5719
0.7716
1393.9
1.5814
0.8506
1451.8
1,6257
0.9262
1508.1
1 . 6656
1.0714
1619.3
1 .7371
950.0
935.3
538.42
V
h
s
0.5015
1217.5
1.4194
0.5489
1254.6
1.4551
0.5901
1286.4
1.4846
0.6276
1315.2
1.5103
0.6453
1328.7
1.5221
. 6957
1367.2
1 . 5544
0.7117
1379.5
I . 5644
0.7275
1391.6
1.5741
0.8031
1450.0
1.6187
. 8753
1506.6
1 . 6589
1.0136
1618.3
1.7306
1
1000.0
985.3
544.61
V
h
s
. 4668 . 5 1 40 . 5546 . 591 2 ^
1209.7 1248.8 ■ 1281.9 1311.4
1.4073 1.4450 1.4757 , 1.5021
0.6084
1325.3
1.5141
0.6571
1364.4
1.5470
0.6726
1376.9
1.5572
0.6878
1389.2
1.5670
0.7604
1448.2
1.6121
0.8294
1505.1
1.6525
0.9615
1617.3
1.7245
1100.0
1085.3
556.31
V
h
s
0.4053 0.4532
II92.6 1236.7
1.3827 1 1.4251
1
0.4929 0.5281
1272.4 1303.7
1.4583 1.4862
0.5445
1318.3
1.4989
. 5904
1358.9
1.5330
0.6049
1371.7
I . 5435
0.6191
1384.3
1.5535
0.6866
1444.5
1 . 5995
. 7503
1502.2
1.6405
0.8716
1615.2
1.7130
1200.0
1185.3
567.22
V
h
s
0.4016 0.4410 0.4752
1223.5 1 1262.4 : 1295.7
1.4052 , 1.4413 , 1.4710
0.4909
1311.0
1.4843
0.5347
1353.2
1.5198
. 5484
1366.4
1 . 5306
0.S617
1379.3
1.5409
0.6250
1440.7
1.5879
. 6843
1499.2
1 , 6293
. 7967
1613.1
1.7025
1300.0
1285.3
577.46
V
h
s
0.3569
1209.0
1.3850
0.3966
1251.8
1.4246
0.4301
1287.3
1 . 4563
0.4454
1303.4
1.4703
0.4874
1347.3
1.5073
0.5004
1361.0
1.5184
0.5131
1374.3
1.5290
0.5728 0.6284
1437.0 1496.2
1.5769 1.6190
i
0.7333
1611.0
1.6927
1400.0
1385.3
587.10
V
h
s
0.3174
1193.0
1 . 3639
0.3580 0.3912
1240.4 1278.5
1.4079 1.4419
. 4062 . 4468
1295.5 1341.3
1.4567 1.4953
0.4593 ^ 0.4714
1355.4 1369.1
1.5068 1.5177
0.5281 0.5805 0.6789
1433.1 1493.2 1608.9
1.5666 1.6093 , 1.6836
1 i
1500 .
14S5 . 3
5%. 23
1
V
h
s
0.2815 :
1174.5
1.3412
0.3240
1228.3
1.3912
0.3572
1269.3
1.4278
0.3719 0.4114 0.4235
1287.2 1335.2 1349.7
1.4434 1.4837 1.4956
1
0.4352 0.4893 0.5390
1363.8 1429.3 1490.1
1.5068 1.5569 1.6001
1
0.6318
1606.8
1.67S0
PrapcrtUs of Superheated Steam (Cont,)
CRANE
657
Pressure
Sat.
Lbs, per
Sa- In,
Temp.
t
Total Temperature — Degrees Fahrenheit
Abs.
P
Oage
P
660^ 1 700^
740°
780°
800°
860'^
900°
1000"
1050'
1100* 1200*
1600.0
1585.3
604.90
V
h
s
0.3112
1238-7
1.3952
0.3417
1278.7
1 . 4303
0.3682
1313.0
1.4595
0.3921
1343.9
1 . 4848
0.4034
1358.4
1.4964
0.4353
1399.5
1.5283
0.4553
1425.3
1.5476
0.5027
1487.0
1.5914
0.5253
1516.9
1.6115
0.5474 I 0.5906
1546.4 1604.6
1.6307 1.6669
1700.0
1685.3
613.15
V
h
s
0.2842
1226.8
1.3797
0.3148
1269.7
1.4173
0.3410
1305.8
1 . 4480
0.3643
1337.9
1 . 4743
0.3753
1352.9
1.4863
0.4061
1395.0
1.5190
0.4253
1421.4
1.5387
. 4706
1484.0
1.5831
0.4922
1514.1
1 . 6034
0.5132
1543.8
1.6228
0.5542
1602.5
1.6592
1800.0
1785.3
621.03
V
h
s
0.2597
1214.0
1.3638
0.2907
1260.3
1.4044
0.3166
1298.4
1.4367
0.3395
1331.8
1 . 4641
0.3502
1347.2
1.4765
0.3801
1390.4
1.5100
0.3986
1417.4
1.5301
0.4421
1480.8
1.5752
0.4627
1511.3
1.5957
0.4828
1541.3
1.6153
0.5218
1600.4
1.6520
1900.0
1885.3
628.58
V
h
s
0.2371
1200.2
1 . 3474
0.2688
1250.4
1.3915
0.2947
1290.6
1.4256
0.3173
1325.4
1.4541
0.3277
1341.5
1 . 4669
0.3568
1385.8
1.5014
0.3747
1413.3
1.5219
0.4165
1477.7
1.5676
0.4363
1508.5
1.5883
0.4556
1538.8
1.6081
0.4929
1598.2
1 . 6450
2000.0
1985.3
635.82
V
h
s
0.2161
1184.9
1.3300
0.2489
1240.0
1.3783
0.2748
1282.6
1.4145
0.2972
1319.0
1 . 4443
0.3074
1335.5
1 . 4576
0.3358
1381.2
1.4930
0.3532
1409.2
1.5139
0.3935
1474 . 5
1 . 5603
0.4126
1505.7
1.5813
0.4311
1536.2
1.6012
0.4668
1596.1
1 . 6384
2100.0
2085.3
642,77
V
h
s
0.1962
1167.7
1.3112
0.2306
1229.0
1.3651
0.2567
1274.3
1 . 4035
0.2789
1312.3
1 . 4346
0.2890
1329.5
1 . 4484
0.3167
1376.4
1.4848
. 3337
1405.0
1.5062
0.3727
1471.4
1.5533
0.3911
1502.9
1.5745
0.4089
1533.6
1.5945
0.4433
1593.9
1.6320
.200.0
2185.3
649.46
V
h
3
. 1768
1147. 8
1.2903
0.2135
1217.4
1.3515
0.2400
1265.7
1.3925
0.2621
1305.4
1.4250
0.2721
1323.3
1.4393
0.2994
1371.5
1 . 4768
0.3159
1400.8
1 . 4986
0.3538
1468.2
1.5465
0.3715
1500.0
1.5679
0.3887
1531.1
1.5881
0.4218
1591.8
1.6259
2300.0
2285.3
655.91
V
h
5
0.1575
1123.8
1.2661
0.1978
1204.9
1.3375
0.2247
1256.7
1.3814
0.2468
1298.4
1.4156
0.2567
1316.9
1 . 4304
0.2835
1366.6
1.4690
0.2997
1396.5
1.4913
0.3365
1464.9
1.5399
0.3537
1497.1
1.5615
0.3703
1528.5
1.5820
0.4023
1589.6
1.6200
2400.0
2385.3
662.12
V
h
s
0.1828
1191.5
1.3228
0.2105
1247.3
1.3702
0.2327
1291.1
1.4061
0.2425
1310.3
1.4215
0.2689
1361.6
1.4613
0.2848
1392.2
1.4842
0.3207
1461.7
1.5335
0.3373
1494.2
1.5554
0.3534
1525.9
1.5760
0.3843
1587.4
1.6143
2500.0
2485.3
668.13
V
h
s
0.1686
1176.8
1.3073
0.1973
1237.6
1.3589
0.2196
1283.6
1 . 3967
0.2294
1303.6
1,4127
0.2555
1356.5
1.4538
0.2710
1387.8
1.4772
0.3061
1458.4
1.5273
0.3222
1491.3
1.5495
0.3379
1523.2
1.5702
0.3678
1585.3
1 . 6088
2600.0
2585.3
673 . 94
V
h
s
0.1549
1160.6
1.2908
0.1849
1227.3
1 . 3474
0.2074
1275.8
1 . 3873
0.2172
1296.8
1 . 4040
0.2431
1351.4
1.4464
0.2584
1383.4
1 . 4703
0.2926
1455.1
1.5212
0.3083
1488.4
1.5437
0.3236
1520.6
1.5646
0.3526
1583.1
1.6035
2700 .
2685.3
679.55
V
h
s
0.1415
1142.5
1.2728
0.1732
1216.5
1 .3357
0.1960
1267.9
1 . 3778
0.2059
1289.7
1.3953
0.2315
1346.1
1.4391
. 2466
1378.9
1.4635
0.2801
1451.8
1.5154
0.2955
1485.5
1.5380
0.3103
1518.0
1.5592
0.3385
1580.9
1.5983
2800.0
2785.3
684.99
V
h
s
0.1281
1121.4
1.2524
0.1622
1205.1
1.3236
0.1854
1259.6
1.3683
0.1953
1282.4
1 . 3865
0.2208
1340.8
1.4318
. 2356
1374.3
1.4569
0.2685
1448.5
1.5096
0.2835
1482.5
1.5325
0.2979
1515.4
1.5539
0.3254
1578.7
1.5933
2900 .
2885.3
690.26
V
h
s
0.1143
1095.9
1.2286
0.1517
1193.0
1.3111
0.1754
1251.1
1 . 3587
0.1853
1274.9
1.3778
0.2108
1335.3
1.4247
0.2254
1369.7
1.4504
0.2577
1445.1
1.5040
0.2723
1479.6
1.5272
0.2864
1512.7
1.5487
0.3132
1576.5
1.5884
3000.0
2985.3
695.36
V
h
s
0.0984
1060.7
1.1966
0.1416
1180.1
1.2981
0.1660
1242.2
1 . 3490
0.1760
1267.2
1.3690
0.2014
1329.7
1.4176
0.2159
1365.0
1.4439
0.2476
1441.8
1.4984
0.2620
1476.6
1.5Z19
0.2757
1510.0
1.5437
0.3018
1574.3
1.5837
3100.0
3085.3
700.31
V
h
s
0.1320
1166.2
1.2844
0.1571
1233.0
1 . 3392
0.1672
1259.3
1.3602
0.1926
1324.1
1.4105
0.2070
1360.3
1.4376
0.2382
1438.4
1.4930
0.2523
1473.6
1.5168
0.2657
1507.4
1 . 5388
0.2911
1572.1
1 . 5790
3206.2
3191.5
705 . 40
V
h
s
^
0.1220
1150.2
1.2690
0.1480
1222.9
1.3287
0.1583
1250.5
1.3508
0.1838
1317.9
1.4031
0.1981
1355.2
1.4309
0.2288
1434.7
1 . 4874
0.2426
1470.4
1.5115
0.2557
1504.5
1 . 5337
0.2806
1569.8
1 . 5742
1 '
p
|i
llli
;>.
u
I'
- -^^,--.
658
CRANE
Conversion Table
ii,'
,
ri
I
1 in. =
1 mm. =
1 mm. =
1 ft.
1 ft. =
1 sq. in.
1 sq. cn^.
1 sq. cm.
1 sq. ft.
1 cu. in. =
1 cu. ft. =
1 cu. ft. =
1 cu. ft. =
1 cu. ft. =
1 cu. ft. =
1 U. S. gal.
1 imp. gal.
1 imp. gal.
1 imp. gal.
1 imp. gal.
Measure
- ISA mm.
= .03937 in.
= .00328 ft.
= 304.8 mtn.
30.48 cm.
Velocity
1 ft. per sec. = .3048 m. per sec.
1 m. per sec, = 3.2808 ft. per sec,
= 6.4516 sq. cm.
= 0.155 sq. in.
- .00108 sq. ft.
- 929.03 sq. cm.
16.39 cu. cm.
1728 cu. in.
28,316.83 cu. cm,
7.4805 U. S. gals.
6.23 imp. gals.
28.375 liters
= 0.1337 cu. ft.
= 277,27 cu. in.
- 0.16 cu. ft.
= 1.2 U. S. gals.
= 4.537 liters
Density
1 lb, per cu. in. = 27.68 gram, per cu. cm,
1 gr. per cu. cm. = .03613 lb. per cu. in.
1 lb. per cu. ft. = 16.0184 kg. per cu. m.
1 kg. per cu. m. = .06243 lb. per cu. ft.
Pr
essure
1 in. of water
1 in. of water
1 ft. of water
1 ft. of water
.0361 lb. per sq. in.
.0735 in. of mercury
.4332 lb. per sq. in.
.8824 in. of mercury
1 liter = .61 cu. in.
1 liter = .0353 cu. ft.
1 liter = .22 imp. gal.
Weight
1 cu. in. of water = .0361 lb. (15° C)
1 cu. ft. of water = 62.4 lbs. (15° C)
1 U. S. gal. of water = 8.33 lbs. (15^ C)
1 imp. gal. of water = 10 lbs. (15" C)
1 liter of water = 2.2 lbs. (15° C)
1 kg. = 2.2 lbs.
1 cu. in. of water = .0735 cu. in. of mercury
1 cu. in. of mercury = 13.6 cu. in. of water
1 cu. in. of mercury = .491 lb.
1 in, of mercury
1 in. of mercury
1 in. of mercury
1 cm. of mercury
.4912 lb. per sq. in
13.6 in. of water
1.133 ft. of water
.1934 lb. per sq. in,
1 atmosphere = 14.696 lbs. per sq. in.
1 atmosphere = 34 ft, of water
1 atmosphere ^ 760 mm. of mercury
1 lb. per sq. in.
1 lb. per sq, in.
1 lb. per sq. in.
1 lb. per sq. in.
1 lb. per sq. in.
1 lb. per sq. in.
= 27.71 in. of water
= 2.312 ft. of water
= 2.04 in. of mercury
= .06804 atmosphere
= .0703 kg. per sq. cm.
= 703.08 kg. per sq. mm
1 kg. per sq. cm. = 14.223 lbs. per sq. in
1 kg. per sq. m. = .00142 lb. per sq. in.
Heat Transfer
1 B.t.u. per sq. ft. = .2712 gram, calorie per sq. cm.
1 gram. cal. per sq. cm. = 3.687 B.t.u. per sq. ft.
1 B.t.u. per hr. per sq. ft. per F° = 4.88 kg. cal. per hr. per sq. m. per C^
1 kg. cal. per hr. per sq. m. per C° = .205 B.t.u. per hr. per sq ft per F°
1 B.t.u. per hr. per sq. ft. per F^ = .0001355 gram. cal. per sec. per sq. cm. per C
1 gram. cal. per sec. per sq. cm. per C» = 7380 B.t.u. per hr. per sq. ft. per F°,
Thermal Conductivity
1 B.t.u. per sq. ft. per in. = .6892 gram, calories per sq. cm. per cm.
1 gram. cal. per sq. cm. per cm. = 1.451 B.t.u. per sq. ft per in
1 B.t.u. per hr. per sq. ft. per F^ per in. = .0003445 gram. cal. per sec. per sq. cm. per C per cm.
1 gram. cal. per sec. per sq. cm. per C<' per cm. = 2903 B.t.u. per hr. per sq. ft. per F^ per in.
B.t.u. per hr. per sq. ft. per F= per ft. = .00413 gram. cal. per sec. per sq. cm. per C'' per cm.
1 gram. cal. per sec. per sq. cm. per C° per cm. = 242.13 B.t.u. per hr. per sq. ft. per F° per ft.
CRANE
Linear Conversion
Fractions of an Inch
To Decimals of an Inch and to Millimeters
659
Fraction
Vi
16
H
Va
Vi
8
V2
^16
Vl6
Vl
16
M
32
V:
32
V:
32
V;
32
y-
32
^V;
V*
64
/64
V64
V64
y64
1V64
iV(
64
ly*
64
^Vi
64
ly
64
V64
32
2y
64
25
Vu
13/,
32
27
/64
2y
64
15/
32
31
/64
Decimal
Millimeter
.015625
0.39688
.03125
0.79375
.046875
1.19063
.0625
1.58750
.078125
1.98438
.09375
2.38125
. 109375
2.77813
.125
3.17501
.140625
3.57188
.15625
3.96876
.171875
4.36563
.1875
4.76251
.203125
5.15939
.21875
5.55626
.234375
5.95314
.25
6.35001
.265625
6.74689
.28125
7.14376
.296875
7.54064
.3125
7.93752
.328125
8.33439
.34375
8.73127
.359375
9.12814
.375
9.52502
.390625
9.92189
.40625
10.31877
.421875
10.71565
.4375
11.11252
.453125
11.50940
.46875
11.90627
.484375
12.30315
.5
12.70003
Fraction
Hecimal
Mill
imeter
33/64 - -
.515625
13.
09690
^VZ2
.53125
13.
49378
3y64 . .
.546875
13.
89065
yi6
, , - ,
, , . . , *
.5625
14.
28753
-
3V64 .-
.578125
H.
68440
^y32
.... ■ ■
.59375
15.
08128
^y64 .-
.609375
15.
47816
%
.625
15.
16.
87503
'*V64 . .
.640625
27191
2V32
.65625
16
66878
'*y64 . .
.671875
17
06566
'Vl6
....
■ - I ■ 1 -
.6875
17
46253
^y64 ■ .
.703125
17
85941
2y32
I ■ ■ I 11
.71875
18
25629
^764 - .
.734375
18
65316
¥4
.75
19
19
05004
*y64 ■ .
.765625
44691
2y32
■ ■ ■ ■ r 1
.78125
19
.84379
^V64 ■ .
.796875
20
.24067
lVl6
....
, . , , . ,
.8125
20
.63754
"/64 . .
.828125
21
.03442
2V32
■ r ■ ■ ■ ■
.84375
21
.43129
^y64 . ■
.859375
31
.82817
Vs
.875
22
22
.22504
^764 ■ .
.890625
.62192
■'Vzz
wilt ■ ■
.90625
23
.01880
^%A ■ ■
.921875
23
.41567
^VlG
- . . ,
- - - - ■ .
.9375
23
.81255
«y64 . .
.953125
24
.20942
3V32
■ ■ p * • <
. 96875
24
. 60630
1
^¥64 . ■
.984375
1.0
25
25
.00318
.40005
i
■ I
I I
V' ' -
iV-^-^l
V ^
:-- :' h 1
660
CRANE
I
Linear Conversion
r
,
1 '
t -v
,
ir
r :
' n
I
Decimals of an Inch to Millimeters
(o. lo inch = 2.54 millimeters)
Inches
0.00
.01
.02
.03
.04
0.00
.10
.20
.30
.40
.50
12.70
.60
15.24
.70
17.78
.80
20.32
.90
22.86
0.00
2.54
5.08
7.62
10.16
.05
0.25
2.79
5.33
7.87
10.41
12.95
15.49
18.03
20.57
23.11
.06
.07
0.51
3.05
5.59
8.13
10.67
13.21
15.75
18.29
20.83
23.37
0.76
3.30
5.84
8.38
10.92
13.46
16.00
18.54
21.08
23.62
1.02
3.56
6.10
8.64
11.18
13.72
16.26
18.80
21.34
23.88
.08
.09
1.27
3.81
6.35
8.89
11.43
13.97
16.51
19.05
21.59
24.13
1
.52
4
.06
6
.60
9
.14
11
.68
14
22
16
76
19.
30
21.
84
24.
38
Inches
1.78
4.32
6.86
9.40
11.94
14.48
17.02
19.56
22.10
24.64
2.03
4.57
7.11
9.65
12.19
14.73
17.27
19.81
22.35
24.89
2.29
4.83
7.37
9.91
12.45
14.99
17.53
20.07
22.61
25.15
0.00
.10
.20
.30
-40
.50
.60
.70
.80
.90
Millimeters to Inches
(i millimeter = .03^37 inch)
Millimeter
s
1
2
3
4
5
6
7
8
9
Millimeters
10
20
30
40
0.00
0.39
0.79
1.18
1.57
0.039
0.43
0.83
1.22
1.61
0.079
0.47
0.87
1.26
1.65
0.118
0.51
0.91
1.30
1.69
0.157
0.55
0.94
1.34
1.73
0.197
0.59
0.98
1.38
1.77
0.236
0.63
1.02
1.42
1.81
0.276
0.67
1.06
1.46
1.85
0.315
0.71
1.10
1.50
1.89
0.354
0.75
1.14
1.54
1.93
10
20
30
40
50
60
70
80
90
1.97
2.36
2.76
3.15
3.54
2.01
2.40
2.80
3.19
3.5S
2.05
2.44
2.8^
3.23
3.62
2.09
2.48
2.87
3.27
3.66
2.13
2.52
2.91
3.31
3.70
2.17
2.56
2.95
3.35
3.74
2.20
2.60
2.99
3.39
3.78
2.24
2.64
3.03
3.43
3.82
2.28
2.68
3.07
3.46
3.86
2.32
2.72
3.11
3.50
3.90
50
60
70
80
90
100
110
120
130
140
3.94
4.33
4.72
5.12
5.51
3.98
4.37
4.76
5.16
5.55
4.02
4.41
4.80
5.20
5.59
4.06
4.45
4.84
5.24
5.63
4.09
4.49
4.88
5.28
5.67
4.13
4.53
4.92
5.31
5.71
4.17
4.57
4.96
5.35
5.75
4.21
4.61
5.00
5.39
5.79
4.25
4.65
5.04
5.43
5.83
4.29
4.69
5.08
5.47
5.87
100
no
120
130
140
150
160
170
180
190
5.91
6.30
6.69
7.09
7.48
5.94
6.34
6.73
7.13
7.52
5.98
6.3s
6.77
7.17
7.56
6.02
6.42
6.81
7.20
7.60
6.06
6.46
6.85
7.24
7.64
6.10
6.50
6.89
7.28
7.68
6.14
6.54
ft Q^
7.32
7.72
6.18
6.57
6.97
7.36
7.76
6.22
6.61
7.01
7.40
7.80
6.26
6.65
7.05
7.44
7.83
150
160
170 '
180
190
200
210
220
230
240
7.87
8.27
8.66
9.06
9.45
7.91
8.31
8.70
9.09
9.49
7.95
8.35
8.74
9.13
9.53
7.99
8.39
8.78
9.17
9.57
8.03
8.43
8.82
9.21
9.61
8.07
8.46
8.86
9.25
9.65
8.11
8.50
8.90
9.29
9.69
8.15
8.54
8.94
9.33
9.72
8.19
8.58
8.98
9.37
9.76
8.23
8.62
9.02
9.41
9.80
200
210
220
230
240
250
260
270
280
290
9.84
10.24
10.63
11.02
11.42
9.88
10.28
10.67
11.06
11.46
9.92
10.31
10.71
11.10
11.50
9.96
10.35
10.75
11.14
11.54
10.00
10.39
10.79
11.18
11.57
10.04
10.43
10.83
11.22
11.61
10.08
10.47
10.87
11.26
11.65
10.12
10.51
10.91
11.30
11.69
10.16
10.55
10.94
11.34
11.73
10.20
10.59
10.98
11.38
11.77
250
260
270
280
290
300
310
320
330
340
11.81
12.20
12.60
12.99
13.39
11.85
12.24
12.64
13.03
13.43
11.89
12.28
12.68
13.07
13.46
11.93
12.32
12.72
13. n
13.50
11.97
12.36
12.76
13.15
13.54
12.01
12.40
12.80
13.19
13.58
12.05
12.44
12.83
13.23
13.62
12.09
12.48
12.87
13.27
13.66
12.13
12.52
12.91
13.31
13.70
12.17
12.56
12.95
13.35
13.74
300
310
320
330
340
350
360
370
380
390
13.78
14.17
14.57
14.96
15.35
13.82
14.21
14.61
15.00
15.39
13.86
14.25
14.65
15.04
15.43
13.90
14.29
14.69
15.08
15.47
13.94
14.33
14.72
15.12
15.51
13.98
14.37
14.76
15.16
15.55
14.02
14.41
14.80
15.20
15.59
14.06
14.45
14.84
15.24
15.63
14.09
14,49
14.88
15.28
15.67
14.13
14.53
14.92
15.31
15.71
350
360
370
380
390
(Continued on next page)
THX>»ytfii^. Y'
CRANE
Millimeters to Inches (Cont.)
661
Millimeters
i
1
2
3
4
^
—
t rk J^
^ ^ ^m ^
^^
if
5
6
7
8
9
Millimeters
400
410
420
430
440
15.75
16.14
16.54
16.93
17.32
15.79
16.18
16.57
16.97
17.36
15.83
16.22
16.61
17.01
17.40
15.87
16.26
16.65
17.05
17.44
15.91
16.30
16.69
17.09
17.48
15.94
16.34
16.73
17.13
17.52
15.98
16.38
16.77
17.17
17.56
16.02
16.42
16.81
17.20
17.60
16.06
16.46
16.85
17.24
17.64
16.10
16.50
16.89
17.28
17.68
400
410
420
430
440
450
460
470
480
490
17.72
18.11
18.50
18.90
19.29
17.76
18.15
18.54
18.94
19.33
17.80
18.19
18.58
18.98
19.37
17.83
18.23
18.62
19.02
19.41
17.87
18.27
18.66
19.06
19.45
17.91
18.31
18.70
19.09
19.49
17.95
18.35
18.74
19.13
19.53
17.99
18.39
18.78
19.17
19.57
18.03
1 18.43
18.82
19.21
19.61
18.07
' 18.46
18.86
19.25
19.65
450
460
470
480
490
500
510
520
530
S40
19.69
20.08
20.47
20.87
21.26
19.72
20.12
20.51
20.91
21.30
19.76
20.16
20.55
20.94
21.34
19.80
20.20
20.59
20.98
21.38
19.84
20.24
20.63
21.02
21.42
19.88
20.28
20.67
21.06
21.46
19.92
20.31
20.71
21.10
21.50
19.96
20.35
20.75
21.14
21.54
20.00
20.39
20.79
21.18
21.58
20.04
20.43
20.83
21.22
21.61
500
510
520
530
540
550
21.65
21.69
21.73
21.77
21.81
21.85
21.89
21.93
21.97
22.01
550
560
570
22-05
T "^ A A
22.09
22.13
22.17
22.20
22.24
22.28
22.32
22.36
22.40
560
22.44
22-48
22.52
22.56
22.60
22.64
22.68
22.72
22.76
22.80
570
aoO
22 -S*:'
^1 "^ T
22.87
22.91
22.95
22.99
23.03
23.07
23.11
23.15
23.19
580
o90
23.23
23.27
23.31
23.35
23.39
23.43
23.46
23.50
23.54
23.58
*-' *j \t
590
600
23.62
23.66
23.70
23.74
1 23.78
23.82
23.86
23.90
23.94
23.98
600
610
24.02
'\ A A ^
24.06
24.09
24.13
' 24.17
24.21
24.25
24.29
24.33
24.37
610
620
24.41
24.45
24.49
24.53
24.57
24.61
24.65
24.68
24.72
24.76
620
630
24.80
24.84
24.88
24.92
24.96
25.00
25.04
25.08
25.12
25.16
\J i-r \J
630
640
25,20
25.24
25.28
25.31
25.35
25.39
25.43
25.47
25.51
25.55
640
650
25.59
25.63
25.67
25.71
25.75
25.79
25.83
25.87
25.91
25.94
650
660
25.98
26.02
26.06
26.10
26.14
26.18
26.22
26.26
26.30
26.34
660
670
26.38
26.42
26.46
26.50
26.54
26.57
26.61
26.65
26.69
26.73
\J \J \-^
670
680
26.77
26.81
26.85
26.89
26.93
26.97
27.01
27.05
27.09
27.13
680
690
27.17
27.20
27.24
27.28
27.32
27.36
27.40
27.44
27.48
17. SI
\,f \—f ^_F
690
700
27.56
27.60
27.64
27.68
17.71
27.76
27.80
27.83
27.87
27.91
700
710
27.95
27.99
28.03
1
28.07
28.11
28.15
28.19
28.23
28.27
28.31
710
720
28.35
28.39
28.43
28.46
28.50
28.54
28.58
28.62
28.66
28.70
720
730
28.74
28.78
28.82 '
28.86
28.90
28.94
28.98
29.02
29.06
29.09
730
740
29.13
29.17
29.21
29.25
29.29
29.33
29.37
29.41
29.45
29.49
740
750
29.53
29.57
29.61
29.65
29.68
29.72
29.76
29.80
29.84
29.88
750
760
29.92
29.96
30.00
30.04
30.08
30.12
30.16
30.20
30.24
30.28
760
770
30.31
30.35
30.39
30.43
30.47
30.51
30.55
30.59
30.63
30.67
77Q
780
30.71
30.75
30.79
30.83
30.87
30.91
30.94
30.98
31.02
31.06
780
790
31.10
1
31.14
31.18 ;
31.22
31.26
31.30
31.34
31.38
31.42
31.46
790
800
31.50
31.54
31.57
31.61
31.65
31.69
31.73
31.77
31.81
31.85
800
810
31.89
31.93
31.97
32.01
32.05
32.09
32,13
32.17
32.20
32.24
810
820
32.28
32.32
32.36
32.40
32.44
32.48
32.52
32.56
32.60
32.64
820
830
32.68 '
32.72
32.76
32.80
32.83
32.87
32.91
32.95
32.99
33.03
^^ ^^ ^^
830
540
33.07
33.11
33.15
33.19
33.23
33.27
33.31
33.35
33.39
33.43
840
850
33.46
33.50
33.54
33.58
33.62
33.66
33.70
33.74
33.78
33.82
850
860
33.86
33.90
33.94
33.98
34.02
34.06
34.09
34.13
34.17
34.21
860
870
34.25
34.29
34.33
34.37
34.41
34.45
34.49
34.53
34.57
34.61
870
880
34.65
34.68
34.72
34.76
34.80
34.84
34.88
34.92
34.96
35.00
880
890
35.04
35.08
35-12
35.16
35.20
35.24
35.28
35.31
35.35
35.39
890
900
35.43
35.47
35.51
35 .55
35.59
35.63
35.67
35.71
35.75
35.79
900
910
35.83
35.87
35.91
35.94
35.98
36.02
36.06
36.10
36.14
36.18
910
920
36.22 !
36.26
36.30
36.34
36.38
36.42
36.46
36.50
36.54
36.57
920
930
36.61
36.65
36.69
36.73
36.77
36.81
36.85
36.89
36.93 i
36.97
930
940
37.01
37.05
37.09 '
37.13
37.17
37.20
37.24
37.28
37.32
37.36
940
950
37.40
37.44
37.48
37-52
37.56
37.60
37.64
37.68
37.72
37.76
950
960
37.80
37.83
37.87
37.91
37.95
37.99
38.03
38.07
38.11
38.15
960
970
38.19
38.23
38.27
38.31
38.35
38.39
38.43
38.46
38.50
38.54
970
980
38.58
38.62
38.66
38.70 1
38.74
38.78
38.82
38.86
38.90
38.94
980
990
38.98
39.02
39.06
39.09
39.13
39.17
39.21
39.25
39.29
39.33
990
1000
39.37
39.41
39.45
39.49
39.53
39.57
39.61
39.65
39.68
39.72
1000
w
ft'
h
II
A
.i>
662
CRANE
I
Li 1
I , I
i ■
'1^
■
H I
I
I
I
In.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
Linear Conversion
Inches to Millimeters
(i inch = 25.4 millimeters')
V16
Vi
8
Vi
6
V4
V16
%
Vi
16
V2
Vi
16
%
a
11
/16
0.0
25.4
50.8
76-2
101.6
127.0
152.4
177.8
203.2
228.6
254.0
279.4
304.8
330.2
355.6
381.0
406.4
431.8
457.2
482.6
508.0
533.4
558.8
584.2
609.6
635.0
660.4
685.8
711.2
736.6
762.0
787.4
812.8
838.2
863.6
889.0
914.4
939.8
965.2
990.6
1016.0
1041.4
1066.8
1092.2
1117.6
1143.0
1168.4
1193.8
1219.2
1244.6
1270.0
1.6
27.0
52.4
77.8
103.2
128.6
154.0
179.4
204.8
230.2
255.6
281.0
306.4
331.8
357.2
382.6
408.0
433.4
458.8
484.2
509.6
535.0
560.4
585.8
611.2
636.6
662.0
687.4
712.8
738.2
763.6
789.0
814.4
839.8
865.2
890.6
916.0
941.4
966.8
992.2
1017.6
1043.0
1068.4
1093.8
1119.2
1144.6
1170.0
1195.4
1220.8
1246.2
3.2
28.6
54.0
79.4
104.8
130.2
155.6
181.0
206.4
231.8
257.2
282.6
308.0
333.4
358.8
384.2
409.6
435.0
460.4
485.8
511.2
536.6
562.0
587.4
612.8
638.2
663.6
689.0
714.4
739.8
765.2
790.6
816.0
841.4
866.8
892.2
917.6
943.0
968.4
993.8
1019.2
1044.6
1070.0
1095.4
1120.8
1146.2
1171.6
1197.0
1222.4
1247.8
4.8
30.2
55.6
81.0
106.4
131.8
157.2
182.6
208.0
233.4
258.8
284.2
309.6
335.0
360.4
385.8
411.2
436.6
462.0
487.4
512.8
538.2
563.6
589.0
614.4
639.8
665.2
690.6
716.0
714.4
766.8
792.2
817.6
843.0
868.4
893.8
919.2
944.6
970.0
995.4
6.4
31.8
57.2
82.6
108.0
133.4
158.8
184.2
209.6
235.0
260.4
285.8
311.2
336.6
362.0
387.4
412.8
438.2
463.6
489.0
514.4
539.8
565.2
590.6
616.0
641.4
666.8
692.2
717.6
743.0
768.4
793.8
819.2
844.6
870.0
895.4
920.8
946.2
971.6
997.0
1271.6 1273.2
1020.8 1022.4
1046,2 1047.8
1071.6 1073.2
1097.0 1098.6
1122.4 1124.0
1147.8 1149.4
1173.2 1174.8
1198.6
1224.0
1249.4
1274.8
1200.2
1225.6
1251.0
7.9
33.3
58.7
84.1
109.5
134.9
160.3
185.7
211.1
236.5
261.9
287.3
312.7
338.1
363.5
388.9
414.3
439.7
465.1
490.5
515.9
541.3
566.7
592.1
617.5
642.9
668.3
693.7
719.1
744.5
769.9
795.3
820.7
846.1
871.5
896.9
922.3
947.7
973.1
998.5
1023.9
1049.3
1074.7
1100.1
1125.5
1150.9
1176.3
1201.7
1227.1
1252.5
9.5 II. 1 12.7
34.9 36.5 38.1
60.3 61.9 63.5
85.7 87.3 88.9
111.1 112.7 114.3
136.5 138.1 139.7
161.9 163.5 165.1
187.3 188.9 190.5
212.7 214.3 215.9
238.1 239.7 241.3
263.5 265.1 266.7
288.9 j 290.5 292.1
314.3 315.9 317.5
339.7 341.3 342.9
365.1 366.7 368.3
390.5 392.1 393.7
415.9 417.5 419.1
441.3 442.9 444.5
466.7 468.3 469.9
492.1 493.7 495.3
517.5 519.1 520.7
542.9 544.5 546.1
568.3 569.9 571.5
593.7 595.3 596.9
619.1 620.7 622.3
644.5 646.1 647.7
669.9 671.5 673.1
695.3 696.9 698.5
720.7 722.3 723.9
746.1 747.7 749.3
771.5 773.1 774.7
796.9 798.5 800.1
822.3 823.9 825.5
847.7 849.3 850.9
873.1 874.7 876.3
898.5 900.1 901.7
923.9 925.5 927.1
949.3 950.9 952.5
974.7 976.3 977.9
1000.1 1001.7 1003.3
1025.5 1027.1 1028.7
1050.9 il052. 5 1054.1
1076.3 1077.9 1079.5
1101.7 U03.3 1104.9
1127.1 1128.7 1130.3
1152.5 1154.1 U55.7
1177.9 1179.5 1181.1
1203.3 :i204.9 1206.5
1228.7 ,1230.3 :1231.9
1254.1
1276.4 :i277.9 '1279.5
1255.7
1281.1
1257.3
1282.7
14.3
39.7
65.1
90.5
115.9
141.3
166.7
192.1
217-5
242.9
268.3
293.7
319.1
344.5
369.9
395.3
420.7
446.1
471.5
496.9
522.3
547.7
573.1
598.5
623.9
649.3
674.7
700.1
725.5
750.9
776.3
801.7
827.1
852.5
877.9
903.3
928.7
954.1
979.5
1004.9
1030.3
1055.7
1081.1
1106.5
1131.9
1157.3
U82.7
1208.1
1233.5
1258.9
15.9
41.3
66.7
92.1
117.5
142.9
168.3
193.7
219.1
244.5
269.9
295.3
320.7
346.1
371.5
396.9
422.3
447.7
473.1
498.5
523.9
549.3
574.7
600.1
625.5
650.9
676.3
701.7
727.1
752.5
777.9
803.3
828.7
854.1
879.5
904.9
930.3
955.7
981.1
1006.5
1031.9
1057.3
1082.7
1108.1
U33.5
1158.9
1184.3
1209.7
1235.1
17.5
42.9
68.3
93.7
119.1
144.5
169.9
195.3
220.7
246.1
271.5
296.9
322.3
347.7
373.1
398.5
423.9
449.3
474.7
500.1
525.5
550.9
576.3
601.7
627.1
652.5
677.9
703.3
728.7
754.1
779.5
804.9
830.3
855.7
881.1
906.5
931.9
957.3
982.7
1008.1
3/4
1033.5
1058.9
1084.3
1109.7
1135.1
1160.5
1185.9
1211.3
1236.7
1260.5 1262.1
1284.3 (1285.9
1287.5
19.1
44.5
69.9
95.3
120.7
146.1
171.5
196.9
222.3
247.7
273.1
298.5
323.9
349.3
374.7
400.1
425.5
450.9
476.3
501.7
527.1
552.5
577.9
603.3
628.7
654.1
679.5
704.9
730.3
755.7
781.1
806.5
831.9
857.3
882.7
908.1
933.5
958.9
984.3
1009.7
1035.1
1060.5
1085.9
1111.3
1136.7
1162.1
1187.5
1212.9
1238.3
1263.7
1289.1
13/.
16
Vi
S
20.6
46.0
71.4
96.8
122.2
147.6
173.0
198.4
223.8
249.2
274.6
300.0
325.4
350.8
376.2
401.6
427.0
452.4
477.8
503.2
528.6
554.0
S79.4
604.8
630.2
655.6
681.0
706.4
731.8
757.2
782.6
808.0
833.4
858.8
884.2
909.6
935.0
960.4
985.8
1011.2
1036.6
1062.0
1087.4
1112.8
1138.2
1163.6
1189.0
1214.4
1239.8
1265.2
1290.6
22.2
47.6
73.0
98.4
123.8
149.2
174.6
200.0
225.4
250.8
276.2
30L6
327.0
352.4
377.8
403.2
428.6
454.0
479.4
504.8
530.2
555.6
581.0
606.4
631.8
657.2
682.6
708.0
733.4
758.8
784.2
809.6
835.0
860.4
885.8
911.2
936.6
962.0
987.4
1012.8
1038.2
1063.6
1089.0
1114.4
1139.8
1165.2
1190.6
1216.0
1241.4
1266.8
1292.2
>Vi
6
23.8
49.2
74.6
100.0
125.4
150.8
176.2
201.6
227.0
252.4
277.8
303.2
328.6
354.0
379.4
404.8
430.2
455.6
481.0
506.4
531.8
557.2
582.6
608.0
633.4
658.8
684.2
709.6
735.0
760.4
r
785.8
811.2
836.6
862.0
887.4
912.8
938.2
963.6
989.0
1014.4
1039.8
1065.2
1090.6
1116.0
1141.4
1166.8
1192.2
1217.6
1243.0
1268.4
1293.8
f ^ ' f J T I ! ..'
CRANE
663
Temperature Conversion
-459.4 to
-273
-268
-262
-257
-251
-246
-240
-234
-229
-223
-218
-212
-207
-201
196
-190
-184
-179
173
-169
-168
■162
157
151
146
140
134
129
123
118
112
107
101
96
90
84
79
73
68
62
57
51
46
40
34
29
23
17.8
-459.4
^SO
^40
-430
-420
-410
-400
-390
-380
-370
-360
-350
-340
-330
-320
-310
-300
-290
-280
-273
-270
-260
-250
-240
-230
-220
-210
-200
-190
-180
-170
-160
-150
-140
-130
-120
-110
-100
- 90
- 80
- 70
- 60
- 50
- 40
- 30
- 20
- 10
-459.4
-454
^36
-418
-400
-382
-364
-346
-328
-310
-292
-274
-256
-238
-220
-202
-184
-166
-148
-130
-112
- 94
- 76
- 58
- 40
- 22
- 4
14
32
1 to 60
-17.2
-16.7
46.1
-15.6
-15.0
-14.4
-13.9
-13.3
-12.8
12.2
11.7
11.1
■10.6
10.0
■ 9.4
8.9
8.3
7.8
■ 7.2
6.7
6.1
5.6
5.0
4.4
3.9
3.3
2.8
2.2
1.7
1.1
.6
.6
1.1
1.7
2.2
2.8
3.3
3.9
4.4
5.0
5.6
6.1
6.7
7.2
7.8
8.3
8.9
9.4
10.0
10.6
11.1
11.7
12.2
12.8
13.3
13.9
14.4
15.0
15.6
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
33.8
35.6
37.4
39.2
41.0
42-8
44.6
46.4
48.2
50.0
51.8
53.6
55.4
57.2
59.0
60.8
62.6
64.4
66.2
68.0
69.8
71.6
73.4
75.2
77.0
78.8
80.6
82.4
84.2
86.0
87.8
89.6
91.4
93.2
95.0
96.8
98.6
100.4
102.2
104.0
105.8
107.6
109.4
111.2
113.0
114.8
116.6
118.4
120.2
122.0
123.8
125.6
127.4
129.2
131.0
132.8
134.6
136.4
138.2
140.0
61 to 290
16.1
16.7
17.2
17.8
18.3
18.9
19.4
20.0
20.6
21.1
21.7
22.2
22.8
23.3
23.9
24.4
25.0
25.6
26.1
26.7
27.2
27.8
28.3
28.9
29.4
30.0
30.6
31.1
31.7
32.2
32.8
33.3
33.9
34.4
35.0
35.6
36.1
36.7
37.2
37.8
43
49
54
60
66
71
77
82
88
93
99
100
104
110
116
121
127
132
138
143
61
141.8
149
62
143.6
154
63
145.4
160
64
147.2
166
65
149.0
171
66
150.8
177
67
152.6
182
68
154.4
188
69
156.2
193
70
158.0
199
71
159.8
204
72
161.6
210
73
163.4
216
74
165.2
221
75
167.0
227
76
168.8
232
77
170.6
238
78
172.4
243
79
174.2
249
80
176.0
254
81
177.8
260
82
179.6
266
83
181.4
271
84
183.2
277
85
185.0
282
86
186.8
288
87
188.6
293
88
190.4
299
89
192.2
304
90
194.0
310
91
195.8
316
92
197.6
321
93
199.4
327
94
201.2
332
95
203.0
338
96
204.8
343
97
206.6
349
98
208.4
354
99
210.2
360
100
212.0
366
no
230
371
120
248
377
130
266
382
140
284
388
150
302
393
160
320
399
170
338
404
180
356
410
190
374
416
200
392
421
210
410
427
212
413.6
432 ■
220
428
438
230
446
443
240
464
449
250
482
454
260
500
460
270
518
466
280
536
471
290
554
477
300 to 890
C
300
310
320
330
340
350
360
370
380
390
400
410
420
430
440
450
460
470
480
490
500
510
520
530
540
550
560
570
580
590
600
610
620
630
640
650
660
670
680
690
700
710
720
730
740
750
760
770
780
790
800
810
820
830
840
850
860
870
880
890
572
590
608
626
644
662
680
698
716
734
752
770
788
806
824
842
860
878
896
914
932
950
968
986
1004
1022
1040
1058
1076
1094
1112
1130
1148
1166
1184
1202
1220
1238
1256
1274
1292
1310
1328
1346
1364
1382
1400
1418
1436
1454
1472
1490
1508
1526
1544
1562
1580
1598
1616
1634
900 to 3000
482
488
493
499
504
510
516
521
527
532
538
549
560
571
582
593
604
616
627
638
649
660
671
682
693
704
732
760
788
816
843
871
899
927
954
982
1010
1038
1066
1093
1121
1149
1177
1204
1232
1260
1288
1316
1343
1371
1399
1427
1454
1482
1510
1538
1566
1593
1621
1649
900
910
920
930
940
950
960
970
980
990
1000
1020
1040
1060
1080
1100
1120
1140
1160
1180
1200
1220
1240
1260
1280
1300
1350
1400
1450
1500
1550
1600
1650
1700
1750
1800
1850
1900
1950
2000
2050
2100
2150
2200
2250
2300
2350
2400
2450
2500
2550
2600
2650
2700
2750
2800
2850
2900
2950
3000
1652
1670
1688
1706
1724
1742
1760
1778
1796
1814
1832
1868
1904
1940
1976
2012
2048
2084
2120
2156
2192
2228
2264
2300
2336
2372
2462
2552
2642
2732
2822
2912
3002
3092
3182
3272
3362
3452
3542
3632
3722
3812
3902
3992
4082
4172
4262
4352
4442
4532
4622
4712
4802
4892
4982
5072
5162
5252
5342
5432
t
I '
1
I
\ I
'1!
Locate temperature in middle column. If in degrees Centigrade, read Fahrenheit equivalent
in right hand column; if in degrees Fahrenheit, read Centigrade equivalent in left hand column.
Abstracted from "Bethlehem Alloy Steels '. (Albert Sauveur type of table. Values revised^ Courtesy Bethlehem Steel Company
1 .'
■-.;'■
'A
'i I
I
1
imujf
feO
664
CRANE
Pounds
10
20
30
40
0.00
4.54
9.07
13.61
18.14
0.45
4.99
9.53
14.06
18.60
0.91
5.44
9.98
14.52
19.05
1.36
5.90
10.43
14.97
19.50
50
60
70
80
90
22.68
23.13
23.59
24.04
24.49
27.22
27.67
28.12
28.58
29.03
31.75
32.21
32.66
33.11
33.57
36.29
36.74
37.20
37.65
38.10
40.82
41.28
41.73
42.18
42.64
Weight Conversion
Pounds to Kilograms
(i pound ^= 0.4536 kilogram)
24.95
29.48
34.02
38.56
43 . 09
25.40
29.94
34.47
39.01
43.55
25.86
30.39
34.93
39.46
44.00
26.31
30.84
35.38
39.92
44.45
26.76
31.30
35.83
40.37
44.91
Kilograms to Pounds
(i kilogram^ 2.2046 pounds)
Kilogiams
i!
10
20
30
40
0.00
22.05
44.09
66.14
88.18
8
2.20
24.25
46.30
68.34
90.39
4.41
26.46
48.50
70.55
92.59
6.61
28.66
50.71
72.75
94.80
50
60
70
80
90
110.23
132.28
154.32
176.37
198.41
8.82
30.86
52.91
74.96
97.00
11.02
33.07
55.12
77.16
99.21
112.43
134.48
156.53
178.57
200.62
114.64
136.69
158.73
180.78
202.82
116.84
138.89
160.94
182.98
205.03
13.23
35.27
57.32
79.37
101.41
15.43
37.48
59.52
81.57
103.62
17.64
39.68
61.73
83.77
105.82
119.05
14K09
163.14
185.19
207.23
19.84
41.89
63.93
85.98
108.03
121.25
143.30
165.35
187.39
209.44
123.46
145.50
167.55
189.60
211.64
125.66
147.71
169.75
191.80
213.85
127.87
149.91
171.96
194.00
216.05
130.07
152.12
174.16
196.21
218.26
1 to 30
Pressure Conversion
Pounds per Square Inch to Kilograms per Square Centimeter
Q pound per square inch^ .0703066 kilogram per square centimeter)
31 to 60
61 to 90
91 to 200
Lbs.
per
Sq.
Inch
Kg.
per
Sq.
Cm.
Lbs.
per
Sq.
Inch
Kg.
per
Sq.
Cm.
205 to 400
Lbs.
per
Sq.
Inch
Kg-
per
Cm.
410 to 700
Lbs-
per
Sq.
Inch
Kg.
per
Cm,
710 to 1000
Lbs.
per
Sq.
Inch
Kg.
per
Um-
1010 to 150(f
Lbs.
per
Sq.
Inch
1
2
3
4
5
.07
31
2.18
61
.14
32
2.25
62
.21
33
2.32
63
.28
34
2.39
64
.35
35
2.46
65
Kg-
per
Sq.
-m
Lbs.
per
Sq.
Inch
4.29
4.36
4.43
4.50
4.57
91
92
93
94
95
Kg.
per
Sq.
Cm.
Lbs.
per
Sq.
Inch
6
7
8
9
10
.42
.49
.56
.63
.70
36
37
38
39
40
6.40
6.47
6.54
6.61
6.68
205
210
215
220
225
2.53
2.60
2.67
2.74
2.81
66
67
68
69
70
4.64
4.71
4.78
4.85
4.92
Kg.
per
Cm.
14.41
14.76
15.12
15.47
15.82
410
420
430
440
450
28.83
29.53
30.23
30.93
31.64
96
97
98
99
100
710
720
730
740
750
49.92
50.62
51.32
52.03
52.73
6.75
6.82
6.89
6.96
7.03
11
12
13
14
15
.77
.84
.91
.98
1.05
41
42
43
44
45
2.88
2.95
3.02
3.09
3.16
230
235
240
245
250
71
72
73
74
75
16.17
16.52
16.87
17.23
17.58
1010
1020
1030
1040
1050
71.01
71.71
72.42
73.12
73.82
460
470
480
490
500
4.99
5.06
5.13
5.20
5.27
105
110
115
120
125
32.34
33.04
33.75
34.45
35.15
760
770
780
790
800
16
17
18
19
20
1.12
1.20
1.27
1.34
1.41
46
47
48
49
50
3.23
3.30
3.37
3.45
3.52
7.38
7.73
8.09
8.44
8.79
255
260
265
270
275
53.43
54.14
54.84
55.54
56.25
1060
1070
1080
1090
1100
76
77
78
79
80
5.34
5.41
5.48
5.55
5.62
17.93
18.28
18.63
18.98
19.33
510
520
530
540
550
35.86
36.56
37.26
37.97
38.67
74.52
75.23
75.93
76.63
77.34
21
22
23
24
25
1.48
1.55
1.62
1.69
1.76
51
52
53
54
55
130
135
140
145
150
9.14
9.49
9.84
10.19
10.55
810
820
830
840
850
280
285
290
295
300
56.95
57.65
58.35
59.06
59.76
1120
1140
1160
1180
1200
78.74
80.15
81.56
82.96
84.37
3.59
3.66
3.73
3.80
3.87
26
27
28
29
30
81
82
83
84
85
19.69
20.04
20.39
20.74
21.09
560
570
580
590
600
5.69
5.77
5.84
5.91
5.98
39.37
40.07
40.78
41.48
42.18
155
160
165
170
175
1.83
1.90
1.97
2.04
2.11
56
57
58
59
60
3.94
4.01
4.08
4.15
4.22
10.90
11.25
11.60
11.95
12.30
860
870
880
890
900
60.46
61.17
61.87
62.57
63.28
310
320
330
340
350
1220
1240
1260
1280
1300
85.77
87.18
88.59
89.99
91.40
86
87
88
89
90
6.05
6.12
6.19
6.26
6.33
21.80
22.50
23.20
23.90
24.61
610
620
630
640
650
42.89
43.59
44.29
45.00
45.70
180
185
190
195
200
910
920
930
940
950
63.98
64.68
65.39
66.09
66.79
12.66
13.01
13.36
13.71
14.06
360
370
380
390
400
1320
1340
1360
1380
1400
92.80
94.21
95.62
97.02
98.43
25.31
26.01
26.72
27.42
28.12
660
670
680
690
700
46.40
47.11
47.81
48.51
49.21
960
970
980
990
1000
67.49
68.20
68.90
69.60
70.31
1420
1440
1460
1480
1500
99.84
101.24
102. 6f
104. 0£
105. 4G
CRANE
665
Circumferences and Areas of Circles
Dia. Circuin
Area
Dia.
Circum.
Area
Dia.
Circum.
Aiea
Dia.
Circum.
Area
Dia.
Circum.
Area
1
1/64 -04909
.00019
2
6.2832
3,1416
6
18.850
28.274
14
43.982
153.94
22
69.115
380.13
V32 .09818
. 00077
Vie
6.4795
3.3410
Vs
19.242
29.465
Va
44.375
156.70
Vs
69.508
384.46 ■
3/64 -l-t/26
.00173
Vs
6.6759
3.5466
V4
19.635
30.680
Va
44 . 768
159.48
Va
69 . 900
388.82 ■
V16 .19635
.00307
Vie
6.8722
3.7583
%
20.028
31.919
Vs
45.160
162.30
Vs
70.293
393.20 n
3/32 .29452
.00690
%
7.0686
3.9761
V2
30.420
33.183
1
V2
45 . 553
165.13
V2
70.686
397.61 B
V16
7 . 2649
4.2000
Vs
20.813
34.472
Vs
45 . 946
167.99
Vs
71.079
402.04 I
Va . 39270
.01227
%
7.4613
4.4301
V4
21.206
35.785
V4
46.338
170.87
Va
71.471
406.49 I
5/32 - 49087
.01917
V16
7.6576
4 . 6664
Vs
21.598
37.122
v&
46.731
173.78
Vs
71 . 864
410.97 S
3/1 6 .58905
.02761
1 u
• u
■
V32 '68722
.03758
V2
7 . 8540
4.9087
7
21.991
38.485
15
47.124
176.71
23
71.157
415.48 B
V16
8.0503
5.1572
Vs
22.384
39.871
Vs
47.5\7
179.67
Vs
72.649
420.00 B
V4 .78540
. 04909
%
8.2467
5.4119
V4
22.776
41.282
V4
47 . 909
182.65
V4
73 . 042
424.56 B
V32 -88357
.06213
'V16
8.4430
5.6727
%
23.169
42.718
Vs
48.302
185.66
Vs
73.435
429.13 B
V16 -98175
.07670
V4
8.6394
5.9396
V2
23.562
44.179
V2
48 . 695
188.69
V2
73.827
433.74 |1
11/32 1.0799
.09281
»Vl6
• 8.8357
6.2126
%
23.955
45 . 664
mm
Vs
49.087
191.75
%
74.220
438.36 m
%
9.0321
6.4918
y^
24.347
47.173
Va
49.480
194.83
Va
74.613
443.01 B
% 1.1781
.11045
'Vie
9.2284
6.7771
Vs
24 . 740
48.707
■
Vs
49.873
197.93
Vs
75 . 006
447.69 ' fl
13/32 1-2763
.12962
' *j
I KJ
Bl
V16 1.3744
.15033
3
9.4248
7.0686
8
25.133
50.265
16
50.265
201.06
24
75.398
452.39 ff
^Vaz 1-4726
.17257
V16
9.6211
7.3662
Vs
25.525
51.849
Vs
50.658
204.22
Vs
75.791
457.11 11
Vs
9.8175
7.6699
V4
25.918
53.456
V4
51.051
207.39
V4
76.184
461.86 H
V2 1 . 5708
.19635
Vie
10.014
7.9798
y%
26.311
55.088
Vs
51.444
210.60
Vs
76.576
466.64 :
17/32 1.6690
.22166
V4
10.210
8.2958
Vi
26.704
56.745
V2
51.836
213.82
Vi
76.969
471.44
V16 1-7671
. 24850
V16
10.407
8.6179
Vs
27.096
58.426
Vs
52.229
217.08
Vs
77.362
476.26
19/32 1-8653
. 27688
%
10.603
8.9462
Va
27.489
60.132
Va
52.622
220.35
Va
77 . 7-64
481.11 ■
Vie
10.799
9.2806
Vs
27.882
61.862
Vs
53.014
223.65
Vs
78.147
485 - 98 H
% 1 . 9635
.30680
ili
21/32 2.0617
.33824
¥2'
10.996
9.6211
9
28.274
63.617
17
53 . 407
226.98
25
78.540
490 . 87
w
u/ie 2.1598
.37122
V16
11.192
9.9678
Vs
28.667
65.397
Vs
53.800
230.33
Vs
78.933
495.79 m
23/32 2.2580
. 40574
Vs
11.388
10.32!
V4
29.060
67.201
V4
54.192
233.71
V4
79.325
500.74
m.
>Vl6
11.585
10.680
%
29.452
69.029
Vs
54 . 585
237.10
Vs
79.718
505.71 1^
34 2 . 3562
.44179
V4
11.781
11.045
V2
29.845
70.882
V2
54.978
240.53
V2
80. Ul
510.71
w
25/32 2.4544
. 47937
^Vie
11.977
11.416
%
30.238
72.760
Vs
55.371
243.98
Vs
80.503
515.72
n
13/16 2.5525
.51849
Vs
12.174
11.793
V4
30.631
74.662
Va
55.763
247.45
Va
80.896
520.77
H^Si
27/32 2.6507
.55914
'Vl6
12.370
12.177
Vs
31.023
76.589
Vs
56.156
250.95
Vs
81.289
525.84 ^
yg 2.7489
.60132
4
12.566
12.566
10
31.416
78.540
18
56 . 549
254.47
26
81.681
530.93 H
29/32 2.8471
.64504
V16
12.763
12.962
Vs
31.809
80.516
Vs
56.941
258.02
Vs
82.074
536.05
m
15/16 2.9452
.69029
Vs
12.959
13.364
V4
32.201
82.516
V4
57.334
261.59
V4
82.467
541.19 m
31/32 3.0434
.73708
V16
13.155
13.772
%
32.594
84.541
Vs
57.727
265.18
Vs
82.860
546.35 'IB
Vi
13.352
14.186
V2
32.987
86.590
V2
58.119
268.80
V2
83.252
551.55 n
V16
13.548
14.607
%
33,379
88.664
Vs
58.512
272.45
Vs
83.645
556.76 WB
Vs
13.744
15.033
V4
33.772
90.763
Va
58.905
276.12
Va
84.038
562.00 «
Vie
13.941
15.466
Vs
34.165
92.886
Vs
59.298
279.81
Vs
84.430
567.27 tt
1 3.1416
.7854
V2
14.137
15.904
11
34.558
95.033
19
59.690
283.53
27
84.823
572.56 B
V16 3.3379
.8866
V16
14.334
16.349
Vs
34.950
97.205
Vs
60.083
287.27
Vs
85.216
577.87 > IB
H 3 . 5343
.9940
Vs
14.530
16.800
V4
35.343
99.402
Va
60.476
291.04
y4
85 . 608
583.21
^nl
3/1 6 3.7306
1.1075
f KJ
14.726
17.257
%
35.736
101.62
Vs
60.868
294.83
Vs
86.001
588.57
1
V4 3.9270
1.2272
'AW
¥4
14.923
17.721
Vi
36.128
103.87
V2
61.261
298.65
V2
86.394
593.96 M
s/ie 4.1233
1.3530
^Vie
15.119
18.190
%
36.521
106,14
Vs
61.654
302.49
Vs
86.786
599.37
m
3/g 4.3197
1 . 4849
15.315
18.665
V4
36.914
108.43
Va
62.046
306.35
Va
87.179
604.81
m
V16 4.5160
1.6230
15/16
15.512
19.147
Vs
37.306
110.75
Vs
62.439
310.24
Vs
87.572
610.27 ■ m
14 4.7124
1.7671
5
15.708
19.635
12
37.699
113.10
20
62.832
314.16
28
87.965
615.75 m
V16 4.9087
1.9175
V16
15.904
20.129
Vs
38.092
115.47
Vs
63.225
318.10
Vs
88.357
621.26 Hi
% 5.1051
2.0739
Vs
16.101
20.629
V4
38.485
117.86
V4
63.617
322.06
V4
88.750
626.80 on
11/16 5.3014
2.2365
1 □
¥l6
16.297
21.135
%
38.877
120.28
%
64.010
326.05
Vs
89.143
632 . S6 ,iA
3/4 5.4978
2 . 4053
V\
16.493
21.648
V2
39.270
122.72
V2
64.403
330.06
V2
89.535
637.94 m
i3/j€ 5.6941
2.5802
Vie
16.690
22.166
Vs
39.663
125.19
%
64.795
334.10
Vs
89.928
643.55 _»
T/i 5.8905
2.7612
%
16.886
22.691
V4
40.055
127.68
Va
65.188
338.16
Va
90.321
649.18
ra
is/15 6.0868
2 . 9483
Vie
17.082
23.221
Vs
40 . 448
130.19
Vs
65.581
342.25
Vs
90.713
654.84
fi
V2
17.279
23.758
13
40.841
132.73
21
65 . 973
346.36
29
91.106
660.52 B
V16
17.475
24.301
Vs
41.233
135.30
Vs
66.366
350.50
Vs
91.499
666.23
f n
17.671
24.850
V4
41.626
137.89
V4
66.759
354.66
V4
91.892
671.96
^ ffi
/
*Vl6
17.868
25.406
%
42.019
140.50
Vs
67.152
358.84
Vs
92.284
677.71
IjBI
/ID
34
18.064
25.967
V2
42.412
143.14
V!
67.544
363.05
V2
92.677
683.49 ^n
'¥l6
18.261
26.535
%
42.804
145.80
Vs
67.937
367.28
%
93.070
689 . 30 {■
/ 1 U
•V16
18.457
27.109
3/4
43.197
148.49
Va
68.330
371.54
Va
93.462
695.13 ,^
-
■
18.653
27 . 688
Vs
43.590
151.20
Vs
68.722
375.83
Vs
93.855
700 . 98
■ ■ '
. ■ \\
1
'
^fi yj ^^^H
■^i
^.-i-J-N^'-J^--^
• I -
I ' '
f ■
h.
W :
'!;/■
i^
II I
i"
I
666
CRANE
CiVcHm/crences and Ar^a^ *>/ Circles (Cont,)
/
Dia.
Circuin
, Area
Dia.
Circurri.
Area
Dia.
Circum.
Area
Dia. i
Circum.
Area
Dia.
Circuin.
Area
30
94.248
706.86
37
116.239
1075.2
44
L 38. 230
1520.5
51
160.221
2042 . 8
58
182.212
2642.1
Vs
94.640
712.76
Vs
116.632
1082.5
Vs
138.623
1529.2
Vs :
L 60. 614
2052.8
Vs
182.605
2653.5
95.033
718.69
V4
117.024
1089.8
V4
L39.015
1537.9
V4 :
161.007
2062 . 9
V4
182.998
2664.9
95.426
724.64
Vs
117.417
1097.1
Vs
139.408
1546.6
Vs :
L61.399
2073 .
Vs
183.390
2676.4
y2
95.819
730.62
Vt
117.810
1104.5
Vz
L39.801
1555.3
Vz :
161.792
2083 . 1
Vz
183.783
2687.8
Vs
96.211
736.62
%
118.202
1111.8
Vs
140.194
1564.0
% -
L62.185
2093 . 2
%
184.176
2699.3
Vi
96.604
742 . 64
¥4
118.596
1119.2
V4
L40.586
1572.8
Va :
162.577
2103.3
V4
184.569
2710.9
Vs
96.997
748.69
Vs -
118.988
1126.7
Vs
L40.979
1581.6
Vs :
L62.970
2113.5
Vs
184.961
2722.4
31
97.389
754.77
38
L19.381
1134.1
45
141.372
1590.4
52 :
163.363
2123.7
59
185.354
2734.0
Vs
97.782
760 . 87
Vs ■
L19.773
1141.6
Vs
L41.764
1599.3
Vs ]
163.756
2133.9
Vs
185.747
2745.6
Va
98.175
766.99
V4 :
120.166
1149.1
V4
142.157
1608.2
V4 ^
164.148
2144.2
V4
186.139
2757.2
98.567
773.14
% :
L20.559
1156.6
Vs
L 42. 550
1617.0
Vs ^
164.541
2154.5
Vs
186.532
2768-8
Vi
98.960
779.31
Vi -
120.951
1164.2
Vz ]
142.942
1626.0
Vz 1
[64.934
2164.8
Vz
186.925
2780.5
%
99.353
785.51
% :
121.344
1171.7
Vs '
143.335
1634.9
H ]
[65.326
2175.1
Vs
187.317
2792 . 2
3/4
99 . 746
791.73
Va :
121.737
1179.3
Va ]
143.728
1643.9
V4 1
[65.719
2185.4
V4
187.710
2803.9
ys
100.138
797.98
Vs ]
L22.129
U86.9
Vs ]
144.121
1652.9
Vs ]
[66.112
2195.8
Vs
188.103
2815.7
32
LOO. 531
804.25
39 ]
122.522
1194.6
46
144.513
1661.9
53 :
[66.504
2206.2
60
188.496
2827.4
Vs
LOO. 924
810.54
Vs ]
22.915
1202.3
Vs
44 . 906
1670.9
Vs
[66.897
2216.6
Vs
188.888
2839.2
V4
101.316
816.86
V4 ]
123.308
1210.0
V4 ]
145.299
1680.0
V4 ]
[67.290
2227 .
V4
189.281
2851.0
%
101.709
823.21
% ]
23.700
1217.7
Vs
45.691
1689.1
% J
[67.683
2237.5
Vs
189.674
2862.9
V2 '
102.102
829.68
Vz 3
L24.093
1225.4
V2
L46.084
1698.2
Vz ]
[68.075
2248 .
V2
190.066
2874.8
%
102.494
835.97
% 1
24.486
1233.2
Vs
46 . 477
1707.4
Vs 1
[68.468
2258 . 5
Vs
190.459
2886.6
3/4
[02.887
842.39
Va 1
L24.878
1241.0
Va
46 . 869
1716.5
Va 1
[68.861
2269 . 1
V4
190.852
2898.6
Vs
L03.280
848.83
Vs 1
25.271
1248.8
Vs
147.262
1725.7
Vs ]
[69.253
2279 . 6
Vs
191 . 244
2910.5
33
L 03. 673
855.30
40 ]
25.664
1256.6
47 ]
147.655
1734.9
54 ]
[69.646
2290.2
61
191.637
2922.5
Vs ]
104.065
861.79
Vs 1
[26.056
1264.5
Vs
[48.048
1744.2
Vs ]
[70.039
2300 . 8
Vs
192.030
2934.5
V4 ]
104.458
868.31
V4 1
[ 26 . 449
1272.4
V4 1
48 . 440
1753.5
V4 ]
[70.431
2311.5
V4
192.423
2946.5
%
L 04. 851
874.85
% 1
[26.842
1280.3
Vs
48.833
1762.7
Vs ]
[70.824
2322.1
v^
192.815
2958.5
Vz
05.243
881.41
Vz 1
[27.235
1288.2
Vz ]
149.226
1772.1
Vz ]
[71.217
2332.8
Vz
193 . 208
2970.6
%
05.636
888.00
Vs 1
[27.627
1296.2
Vs
L 49. 618
1781.4
% ]
[71.609
2343 . 5
%
193.601
2982.7
3/4 ]
L 06. 029
894.62
Vi 1
[28.020
1304.2
V4
150.011
1790.8
¥4 ]
[72.002
2354.3
Va
193.993
2994.8
Vs
06.421
901.26
Vs 1
[28.413
1312.2
Vs
150.404
1800.1
Vs ]
[72.395
2365.0
Vs
194.386
3006.9
34
L 06. 814
907.92
41 1
[28.805
1320.3
48
150.796
1809.6
55 ]
172.788
2375 . 8
62
194.779
3019.1
Vs ]
107.207
914.61
Vs 1
[29.198
1328.3
Vs
51.189
1819.0
Vs ]
173.180
2386 . 6
Vs
195.171
3031.3
V4 ]
107.600
921.32
V4 1
[29.591
1336.4
V4
151.582
1828.5
V4 '-
L73.573
2397 . 5
V4
195 . 564
3043 - 5
% ]
07.992
928.06
% 3
L 29. 983
1344.5
Vs
L51.975
1837.9
Vs
[73.966
2408.3
Vs
195.957
3055.7
1/2 ]
108.385
934.82
V2 1
[30.376
1352.7
Vz
152.367
1847 . 5
Vz 1
[74.358
2419.2
Vz
196.350
3068.0
% ]
LOS. 778
941.61
% 1
[30.769
1360.8
% ]
152.760
1857.0
Vs ]
174.751
2430 . 1
Vs
196.742
3080.3
% ]
L09.170
948.42
Va 1
[31.161
1369.0
34
L53.153
1866 . 5
Va 1
[75.144
2441 . 1
V4
197.135
3092.6
Vs ]
[09.563
955.25
Vs 1
31.554
1377.2
Vs
153.545
1876.1
Vs ^
175.536
2452 .
Vs
197.528
3104.9
35 ]
[09.956
962.11
42 1
[31.947
1385.4
49
[53.938
1885.7
56 :
L75.929
2463 .
63
197.920
3117.2
Vs 1
.10.348
969.00
Vs 1
[32.340
1393.7
Vs
[54.331
1895.4
Vs :
176.322
2474.0
Vs
198.313
3129.6
V4 ]
[10.741
975.91
V4 1
[32.732
1402.0
V4
[54.723
1905.0
V4 :
L76.715
2485.0
V4
198 . 706
3142.0
% ]
[11.134
982.84
% 1
[33.125
1410.3
Vs ]
[55.116
1914.7
Vs :
L77.107
2496.1
%
199.098
3154.5
V2 ]
[11.527
989.80
V2 ]
[33.518
1418.6
V2
[55.509
1924.4
V2 :
L77. 500
2507.2
Vz
199.491
3166.9
% J
ill. 919
996 . 78
% 1
33.910
1427.0
Vs
[55.902
1934.2
% ^
L 77. 893
2518.3
Vs
199.884
3179.4
3/4 ]
[12.312
1003.8
Va ]
L34.303
1435.4
Va
[56.294
1943.9
Va '
L 78. 285
2529.4
V4
200 . 277
3191.9
Vs ]
[12.705
1010.8
Vs 1
134.696
1443.8
Vs '
[56.687
1953.7
Vs ■
L 78. 678
2540.6
Vs
200 . 669
3204.4
36 ]
[13.097
1017.9
43 1
35.088
1452.2
50
[57.080
1963.5
57
L79.071
2551.8
64
201.062
3217.0
Vs J
[13.490
1025.0
Vs 1
35.481
1460.7
Vs
[57.472
1973.3
Vs
179.463
2563.0
Vs
201.455
3229.6
¥4 1
13.883
1032.1
y4 ]
35.874
1469.1
V4
[57.865
1983.2
V4 ^
[79.856
2574.2
V4
201.847
3242.2
% ]
[14.275
1039.2
% 1
[36.267
1477.6
% 1
[58.258
1993.1
Vs
180.249
2585.4
Vs
202.240
3254.8
V2 ]
14.668
1046.3
Vi 1
36.659
1486.2
Vz
[58.650
2003.0
V2
180.642
2596.7
Vz
202.633
3267.5
Vs ]
15.061
1053.5
% 1
37.052
1494.7
Vs
[59.043
2012.9
Vs
181.034
2608.0
Vs
203.025
3280.1
V4 ]
15.454
1060.7
Va 1
[37.445
1503.3
V4 1
L59.436
2022.8
Va
181.427
2619.4
V4
203.418
3292.8
Vs ]
[15.846
1068.0
Vs 3
37.837
1511.9
Vs
L 59. 829
2032.8
Vs
181.820
2630.7
Vs
203.811
3305.6
d
rf ki^*B
\i
CtTcumferences and Areas of CirclcM (Cont,)
CRANE
667
-^>-^"
"^;/;--
■ ■^^
1 '
■ - \-* ■
Dia. Circum
Area
Dia.
Circum.
Area
Dia.
Circum.
Area
Dia.
Circunn.
Area
Dia.
Circum.
Area
65 204 . 204
3318.3
72
226.195
4071.5
79
248.186
4901.7
86
270.177
5808.8
93
292.168
6792.9
Vs 204.596
3331.1
Va
226.587
4085 . 7
Vs
248 . 579
4917.2
Va
270 . 570
5825.7
Vs
292.561
6811.2
Vi 204.989
3343.9
V4
226.980
4099.8
Va
248.971
4932.7
y4
270 . 962
5842.6
Va
292.954
6829.5
% 205.382
3356.7
%
227.373
4U4.0
%
249.364
4948.3
271.355
5859.6
293 . 346
6847.8
V2 205 . 774
3369.6
V2
227.765
4128.2
V2
249.757
4963.9
V2
271.748
5876.5
V2
293.739
6866.1
s/g 206.167
3382.4
%
228.158
4142.5
%
250.149
4979 . 5
%
272.140
5893.5
%
294.132
6884.5
3^ 206.560
3395.3
3/4
228.551
4156.8
3/4
250.542
4995 . 2
3/4
272.533
5910.6
3/4
294.524
6902.9
% 206 . 952
3408.2
%
228.944
4171.1
Vs
250.935
5010.9
ys
272.926
5927.6
F ^M
294.917
6921.3
66 207 . 345
3421.2
73
229.336
4185.4
80
251.327
5026.5
87
273.319
5944.7
94
295.310
6939.8
Vs 207 . 73&
3434.2
Vs
229.729
4199.7
Vs
251.720
5042.3
Vs
273.711
5961.8
Vs
295.702
6958.2
V4 208.131
3447.2
V4
230.122
4214.1
Vi
252.113
5058.0
V4
274.104
5978.9
V4
296 . 095
6976.7
% 208 . 523
3460.2
%
230.514
4228.5
%
252.506
5073.8
274.497
5996.0
296.488
6995.3
V2 208.916
3473.2
V2
230 . 907
4242.9
V2
252.898
5089.6
V2
274.889
6013.2
V2
296.881
7013.8
s/g 209 . 309
3486.3
%
231.300
4257.4
%
253.291
5105.4
s/s
275.282
6030 . 4
%
297.273
7032.4
34 209.701
3499.4
3/4
231.692
4271.8
V4
253.684
5121.2
3/4
275.675
6047 . 6
3/4
297.666
7051.0
% 210.094
3512.5
7s
232.085
4286.3
%
254.076
5137.1
ya
276.067
6064.9
Vs
298.059
7069.6
67 210.487
3525.7
74
232.478
4300 . 8
81
254.469
5153.0
88
276.460
6082.1
95
298.451
7088.2
Va 210.879
3538.8
Vs
232.871
4315.4
Vs
254.862
5168.9
Vs
276.853
6099 . 4
Va
298.844
7106.9
1/4 211.272
3552.0
Vi
233.263
4329.9
V4
255.254
5184.9
V4
277.246
6116.7
V4
299.237
7125.6
% 211.665
3565.2
%
233.656
4344 . 5
%
255.647
5200.8
%
277.638
6 34.1
3/8
299.629
7144.3
1/2 212.058
3578.5
V2
234.049
4359.2
V2
256.040
5216.8
V2
278.031
6151.4
V2
300.022
7163.0
% 212.450
3591.7
%
234.441
4373.8
%
256.433
5232.8
%
278.424
6168.8
%
300.415
7181.8
3^ 212.843
3605 .
3/4
234.834
4388.5
^4
256.825
5248.9
3/4
278.816
61S6.2
3/4
300.807
7200.6
% 213.236
3618.3
%
235.227
4403 . 1
ys
257.218
5264.9
%
279.209
6203.7
Va
301 .200
7219.4
68 213.628
3631.7
75
235.619
4417.9
82
257.611
5281,0
89
279.602
6221.1
96
301.593
7238.2
Va 214.021
3645.0
Vs
236.012
4432.6
Vs
258.003
5297.1
Vs
279.994
6238.6
Vs
301.986
7257.1
1/4 214.414
3658.4
V4
236.405
4447 . 4
Vi
258.396
5313.3
V4
280.387
6256.1
V4
302.378
7276.0
% 214.806
3671.8
%
236.798
4462.2
%
258.789
5329.4
%
280.780
6273.7
3/8
302.771
7294.9
1/2 215.199
3685.3
V2
237 . 1 90
4477.0
V2
259.181
5345. 6
V2
281.173
6291.2
V2
303 . 1 64
7313.8
s/g 215.592
3698.7
S/s
237.583
4491.8
%
259.574
5361.8
%
281.565
6308.8
%
303 . 556
7332.8
34 215.984
3712.2
%
237.976
4506.7
V4
259.967
5378.1
3/4
281.958
6326.4
3/4
303.949
7351.8
7/8 216.377
3725.7
%
238.368
4521.5
%
260.359
5394 . 3
v%
282.351
6344.1
Va
304.342
7370 . 8
69 216.770
3739.3
76
238.761
4536.5
83
260.752
5410.6
90
282.743
6361.7
97
304.734
7389.8
i/g 217.163
3752.8
Vs
239.154
4551.4
Va
261.145
5426.9
Vs
283.136
6379.4
Va
305.127
7408.9
1/4 217.555
3766.4
V4
239.546
4566.4
V4
261.538
5443.3
V4
283.529
6397 . 1
V4
305.520
7428.0
3/3 217.948
3780.0
%
239 . 939
4581.3
%
261.930
5459.6
%
283.921
64 4.9
3/8
305.913
7447.1
V2 218.341
3793.7
V2
240.332
4596.3
V2
262.323
5476.0
V2
284.314
6432.6
V2
306.305
7466.2
5/8 218.733
3807.3
%
240.725
4611.4
%
262.716
5492.4
%
284.707
6450 . 4
%
306.698
7485.3
3/4 219.126
3821.0
3/4
241.117
4626.4
V4
263.108
5508.8
3/4
285.100
6468.2
3/4
307.091
7504.5
7/8 219.519
3834.7
%
241.510
4641.5
ys
263.501
5525.3
ys
285.492
6486 .
ys
307.483
7523.7
70 219.911
3848.5
77
241.903
4656.6
84
263 . 894
5541.8
91
285.885
6503.9
98
307.876
7543 .
Vg 220.304
3862.2
Vs
242 . 295
4671.8
Vs
264.286
5558.3
Vs
286.278
6521.8
Vs
308.269
7562.2
1/4 220.697
3876.0
V4
242 . 688
4686.9
Va
264.679
5574.8
V4
286.670
6539.7
V4
308.661
7581.5
3/8 221.090
3889.8
%
243.081
4702.1
%
265.072
5591.4
%
287.063
6557.6
3/8
309 . 054
7600.8
1/2 221.482
3903.6
V2
243.473
4717.3
V2
265.465
5607.9
V2
287.456
6575.5
V2
309.447
7620.1
5/g 221.875
3917.5
%
243 . 866
4732.5
%
265.857
5624.5
%
287.848
6593.5
Vs
309.840
7639.5
3^ 222.268
3931.4
3/4
244.259
4747.8
V4
266.250
5641.2
3/4
288.241
6611.5
3/4
310.232
7658.9
7/g 222.660
3945.3
%
244 . 652
4763 . 1
ys
266 . 643
5657.8
ys
288 . 634
6629.6
Vs
99
310.625
311.018
7678.3
7697.7
71 223.053
3959.2
78
245 . 044
4778.4
85
267 . 035
5674.5
92
289.027
6647.6
Vs
311.410
7717.1
Vs 223.446
3973.1
Vs
245.437
4793 . 7
Vs
267.428
5691.2
v%
289.419
6665.7
V4
311.803
7736.6
1/4 223.838
3987.1
V4
245.830
4809.0
V4
267.821
5707.9
Va
289.812
6683.8
3/8
312.196
7756.1
3/8 224.231
4001.1
%
246.222
4824.4
%
268.213
5724.7
%
290.205
6701.9
V2
312.588
7775.6
1/2 224.624
4015.2
V2
246.615
4839.8
V2
268.606
5741.5
V2
290.597
6720.1
%
312.981
7795.2
s/g 225.017
4029.2
%
247 . 008
4855.2
%
268.999
5758.3
%
290.990
6738.2
3/4
313.374
7814.8
34 225.409
4043 . 3
V4
247.400
4870.7
Va
269.392
5775.1
V4
291.383
6756.4
Vs
313.767
7834.4
7/g 225 . 802
4057 . 4
ys
247 . 793
4886.2
V&
269.784
579 J. 9
%
291.775
6774.7
100
314.159
7854.0
I
1 ,
%
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