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y
WATER DISTRIBUTION
IN
WOBURN, MASSACHUSETTS,
APPENDICES I -VI I*
•Saw
W 18 jagg
University of
Depos4 3S C Usetts
Peter J. Murphy, Ph.D.
Consultant
Hydraulic Engineering
March, 1986
The research upon which this publication is based was conducted as part
of a Massachusetts Department of Environmental Quality Engineering
(DEQE) research program.
This publication represents the culmination of a research project
designed to provide DEQE with a technical basis for policies aimed
at preserving environmental quality and protecting public health.
Reproductions of these appendices may be purchased from The Environmental
Institute, University of Massachusetts, Amherst, Massachusetts, 1003 .
*The basic publication 'Vater Distribution in U'oburn, Massachusetts" by
Peter J. Murphv is Publication 86-1 and available for purchase from
The Environmental Institute, University of Massachusetts, Amherst,
Massachusetts, 01003.
EDITORIAL NOTE: Significant portions oi these appendices are hand-written
on annotated charts and field data forms reproduced here as made available
to the author. They remain in this format since the original documents
could not be released to the author, and their presentation in this form
retains an element of authenticity.
?5T^ Ar^o
APPENDIX I
Data Sources
1-2
DATA TYPE
DATA SOURCE
Pipes
Location, connections,
diameters, lengths,
materials, valves,
installation dates,
volumes
Water pipe maps by Lockwood,Kessler, and
Bartlett and by Thomas Mernin.
Reports by Coffin and Richardson and by
Waldorf and Cleary.
Interviews with Thomas Mernin and
M. Shaunassey.
Wall Roughness
Whitman and Howard measurements.
Personal examination of pipe.
Interview with R. Elstrom.
Nodes
Ground elevation
USGS topographic maps
Lockwood, Kessler, and Bartlett topographic
maps.
User demands
Monthly industrial meter readings, 1984.
Semi-annual industrial meter readings, 1984
Semi -annual residential water bills, 1984.
Coffin and Richardson report.
Interview with Virginia Babineau.
Pipe Line Testing Company report.
Reservoirs and MDC Connection
Location, volume, maximum
water elevation, minimum
water elevation, normal
operating levels, pressure
reducing valve setting
Lockwood, Kessler, and Bartlett topographic
maps.
Interview with Bill Nieman
Daily and annual water
level cycles
Rag Rock reservoir charts, ( 1972-present)
Zion Hill reservoir charts, (1972-present)
Well C ? pressure charts, (1972-present)
Horn Pond reservoir level readings.
Wells and Booster Pump
Pump curves, water levels,
throttle valves
Layne and Bowler specifications
Interviews with Bill Nieman and
Thomas Mernin
1964-1979 daily pumpage
history
Waldorf and Cleary report
Daily pump log books
Daily pump charts
1-3
Calibration Data DATA SOURCES
Hydrant pressure, ISO Commercial Risk Services Company
hydrant flow rates reports.
M. Shaunassey field notes.
Digitized by the Internet Archive
in 2013
http://archive.org/details/waterdistributiOOmurp
APPEBDIX II
Street Liat of Water Users - 198*+
II-2
Node
Number of
Number
Addresses
Residences
1
Anna Rd.
30
Canterbury Rd.
19
Carroll Rd.
28
Carson Rd.
16
Cesqua St.
10
Dix Rd.
37
Duren Ave.
15
Exeter Rd.
13
Fortune Rd.
16
Gayle St.
12
Gettysburg St.
16
Grant Ave.
10
Hallmark Dr.
19
Hampshire Cr.
3
Helen Dr.
2
Howard Ct.
6
Kennsington Ave.
10
Liana St.
19
Linda St.
5
Lee Rd.
18
310 Lexington St. to end
35
Manomet Rd.
13
Melo Rd.
11
Parliament Lane
22
Penny Rd.
11
Rich Rd.
27
Robinson Rd.
50
Roman Rd.
20
Russell Ct.
206 Russell St. to end
56
Ryder Dr.
2
Sachem Rd.
8
Samoset Rd.
45
Senator Rd.
17
Senaca Rd.
18
Squanto Rd.
20
Stonewall Dr.
11
Strawberry Lane
3
Tanner Circle
H
Todd Rd.
10
3
Arcadia St.
7
Aspen St.
6
Bernard Rd.
25
Glade St.
7
Glenwood Ave.
27
Grace Rd.
28
Henderson Rd.
18
Heritage Dr.
23
Janis Tr.
8
II-3
Jean Rd. 5
243 to 306 Lexington St. 29
Maura Dr. 21
Minchin Dr. 26
Morningside Dr. 14
New Village Rd. 1
Parker St. 16
Ridgewood Lane 7
Summit St. 5
Waltham St. 43
Waverly Rd. 31
Adams Circle 5
Bay St. 6
Bedford Circle 1 1
Briscoe St. 15
Brook Rd. 4
65 to 187 Cambridge St. 30
Crescent Rd. 13
Dawes Circle 9
Freedom Rd. 10
Independence Dr. 59
Kosciusko St. 10
200 to 241 Lexington St. 7
Otis St. 12
Patriot Rd. 5
Pheasant Ln. 12
Prescott Way 7
Revere Rd. 64
1 to 205 Russell St. 35
Silvermine Rd. 10
Stevin Dr. 4
Sylvanus Wood Ln. 3 1 *
Whispering Hill Rd. 14
194 Cambridge Rd. to end 37
Country Club Rd. 48
Crossman Rd. 6
Crawford Dr. 9
Day Circle 53
Glen Rd. 4
Hiawatha Rd. 39
Indian Hill Rd. 30
Larch Rd. 4
Ledgewood Rd. 9
145 to 193 Lexington St. 10
Loves Lane 5
Mayflower Rd. 35
Pond Terrace 9
Rehabilitation Way 101
Surrey Circle 4
Surrey Rd. 33
II-**
7 162 Bedford Rd. to end 198
1 to 59 Cambridge Rd. 130
Churchill Rd. Hi
Kennedy Rd. 12
Marlboro Rd. 63
Princeton Rd. 6
8 Banner Dr. 3
Banberg Dr. 6
34 to 160 Bedford Rd. U6
Bedford Tr. 2
Brant Rd. 16
Bruce Rd 1 1
71 Burlignton St. to end
Cassidy Dr. 10
Doherty Pi 3
Elijah St. 22
Houghton St.
Jaycin Circle 5
Morrow Dr. 8
Oak Knoll Circle
Quimby Ave. 32
Rag Rock Dr. 16
Rock St. 1*1
Sheridan St. 36
Sheild St. 10
South Bedford St. 23
Thornton St. 13
*I8 Willow St. to end
Akeson Rd. 9
Acorn St. *J
Brook land Rd. 3
Bruno Tr. 10
to 71 Burlington St.
Canon Rd. 3
Clifford Tr. 6
Columbus Rd. 2*1
Foley Rd. 3
Gangi Tr. 5
Garden Heights Ave. 7
Garden St. 2*1
80 Harrison Ave. to end 21
31 Houghton St. to end
Kennedy Pk. 13
Laurence Rd. 7
1 to 1*1*1 Lexington St. 72
1 to 100 Locust St. 2*1
Mawn Dr. 2
Mount Ida St. 8
Thistle Rd. 16
Totman Dr. 89
to 17 Wi llow St.
11 Adams Dr. 4
40 to 82 Arlington St. 34
Bacon St. 6
Beacon St. 49
1 to 37 Ellis St. 18
Geary Dr. 2
50 to 76 Harrison St. 17
Millet St. 1
Oak St. 5
94 Pleasant St. to end 45
Reed St. 10
38 Sturgis St. to end 14
Thompson St. 6
Water St. 27
Woburn Parkway 9
Wolcott Rd. 12
Valley Rd. 23
17 82 Arlington St. to end 19
Barton Ln.
Border St. 12
Buchman St. 54
Cranes Ct. 2
Cross St. 3
Lake Ave. 66
Lydon Ct. 5
I to 94 Main 9
Maria Ct. 5
Pickering St. 11
Stanley Tr. 6
Stoddard St. 19
Vining Ct. 10
Wiley St. 10
18 to 40 Arlington St. 114
Bennett St. 23
15 Caulfield Rd. to end 6
II Church Ave. to end 8
Court St. 29
38 Ellis St. to end 9
Foster St. 11
Grove St. 11
15 to 50 Harrison St. 12
Hillcrest Rd. 2
Munroe St. 17
1 to 60 North Warren St. 36
44 to 97 Pleasant St. 41
Wade Place 48
1 to 30 Warren Ave. 27
19 Ash St. 12
Brooks St. 4
Buck St. 12
II-6
Conn St. 44
Dow's Ln. 8
to 62 Fowle St. 25
Hudson St. 32
Innitou Rd. 13
John St. 15
Lakeview Tr. 20
Lawrence St. 24
96 to 201 Main St. 10
Pierce St. 3
Porter St. 51
Richardson St. 41
Richmond Pk. 1 4
1 to 36 Sturgis St. 37
Veterans Rd. 1 1
31 Warren Ave. to end 4
Warren Rd. 4
20 Edgehill Rd. 20
1 to 17 Green St. 4
to 17 Highland St. 18
202 to 280 Main St. 59
1 to 10 Mt. Pleasant St. 13
Myrtle St. 10
30 Prospect St. to end 41
Summer St. 10
21 1 to 14 Caulfield Rd. 6
4 to 10 Church Ave. 5
Common St.
31 Everett St. to end 7
1 to 40 High St. 6
281 to 375 Main St. 9
1 to 50 Montvale Ave. 4
Prospect Ave. 8
1 to 24 Prospect St. 16
26 Walnut St. to end 9
22 Abbott St.
Common St.
1 to 30 Everett St. 12
Federal St. 11
5 to 14 Harrison St. 3
380 to 438 Main St. 1
1 to 23 Prk St.
98 Pleasant St. to end
1 to 20 Walnut St. 9
1 to 79 Winn St. 38
23 Campbell St. 16
Center St. 34
Ellis Ct. 11
Franklin St. 37
Harlow Ct. 7
Hovey St. 13
Manns Ct. 10
439 to 538 Main St. 7
22 Park St. to end 18
6 to 75 Salem St. 58
Spring St. 8
1 to 31 Union St. 21
1 to 12 Wade Ave. 48
Winn Pk. 37
24 1 to 32 Bedford Rd.
Carter Place 1
Charles St. 15
Chestnut St. 49
Church Ct. 4
Church St. 24
Colonial Rd. 23
David Circle 6
Davis St. 37
Flagg St. 17
Frances St. 29
James St. 20
Johnson St. 7
Kilby Dr. 4
Kilby St. 115
Lantern Ln. 3
Linden Circle 3
Linden St. 11
Lisa Dr. 2
535 to 607 Main St. 46
Manning St. 12
Middlesex St. 9
Mishawum Rd. 9
North Warren St. 72
Plympton St. 23
Scott St. 28
Winn Ct. 2
80 Winn St. to end 78
Wright St. 25
25 Blake St. 2
Blake Dr.. 6
1 to 16 Clinton Beach St. 10
620 to 672 Main St. 28
Page Place 10
Place Ln. 4
26 Brae Circle 26
1 to 26 Brentwood Rd. 23
Brown Place 1 1
Colony Rd. 6
Coolidge Rd. 4
II-8
30
Curtis Rd.
10
Dickson Rd.
7
14 to 43 Eaton Ave.
20
Ellen Rd.
15
Elmwood Tr.
2
Francis Rd.
29
Fredrick Ave.
13
Hamilton Rd.
28
Hart Place
24
Hart St.
41
Interoale St.
11
Jericho Rd.
5
Kimball Rd.
13
Lowell St.
58
672 to 732 Main St.
30
Marion Ave.
14
Millyan Rd.
9
Murry Rd.
5
Newbury St.
14
Park Drive Ext.
43
Pilgrim Rd.
16
Sendick Rd.
13
Sheila Ave.
10
Wyman St.
51
Abbott St.
3
Allen St.
11
Arlington St.
27
Belmont St.
13
1 to 38 Blueberry Hill Rd.
43
Blossom St.
4
Bradford Rd.
16
Bryant St.
13
Carter St.
20
Clark St.
5
Cliffside Tr.
2
51 Eastern Ave. to end
56
39 Fowle St. to end
18
Fulton St.
20
27 Garfield Ave. to end
60
Glenwood St.
13
Golden Terrace
2
18 to 98 Green St.
49
Highland Ave.
5
16 Highland St. to end
27
Jefferson Ct.
6
Leonard St.
32
Madison St.
13
McCabe Ct.
3
11 Mount Pleasant St. to end
60
Oxford Place
4
Playstead Ave.
7
Skyview Ln.
8
II-9
Skyview Rd. 6
Sonar Dr.
Sorrel St. 18
South St. 13
Spring Ct. 127
31 Auburn St. 49
3^ Campbell St. to end 132
Fairmount St. 26
First St. 7
1 to 25 Garfield Ave. 18
Greenwood Ave. 10
Hanson Ct. 5
41 High St. to end 29
Jefferson Ave. 7
52 to 88 Montvale Ave. 79
Second St. 3
32 Union St. to end 21
14 Wade Ave. to end 48
32 Boline PI. 16
1 to 32 Bow St. 15
1 to 50 Eastern Ave. 30
Ferguson PI. 5
Gardner Ave. 8
Holden PI. 8
Ingalls St. 11
Liberty Ave. 48
89 to 159 Montvale Ave. 54
Montvale Ln. 8
Oak wood Ln. 3
Sherman Place 35
Sullivan St. 4
1 to 33 Vernon St. 31
33 Blueberry Hill
Deb Rd. 9
Eagle Rd. 9
Fieldstone Dr. 16
10 to 144 Green St. 40
Harvard St. 16
Hawk Rd. 4
Holton St. 11
James Tr. 18
Laurel St. 4
Micro Dr.
160 to 210 Montvale Ave. 24
76 Nashua St. to end 14
Packard St. 2
Theresa Rd. 6
34 Vernon St. to end 17
43 Wood St. to end 15
11-10
34 Draper St. 1
Frank St. 13
146 Green St. to end Hi
Henry St. 13
210 to 263 Montvale Ave. 12
1 to 70 Nashua St. 47
Paul Ave. 5
Tremont St. 30
William St. 22
35 Asbury Ave. 12
22 to 76 Central St. 17
1 to 9 Erie St. 5
1 to 16 Grape St. 6
Orange St. 23
269 to 285 Montvale Ave. 6
10 to 15 Utica St. 4
36 Albany St. 14
10 Erie St. to end 7
Fremont St. 6
17 Grape St. to end 14
1 to 1 1 Hawthorne St. 4
Henshaw St. 1
Hill St. 1
Mack Rd.
286 Montvale Ave. to end 9
1-10 Utica St. 6
45 to 124 Washington St. 39
38 83 Central St. to end 10
Washington Ave. 1
1 to 21 Washington St. 7
39 Carmen Tr. 16
Carter Rd. 4
to 22 Central St. 15
Felton St. 22
Floyd St. 11
Gregg St. 19
13 Hawthorne St. to end 11
Lawson St. 12
Munroe Ave. 14
66 Montvale Rd. to end 18
10 Orange St. to 28 18
Perry PI. 6
67 Pine St. to end 32
Radcliffe Way 3
132 to 167 Washington Circle 20
127 to 133 Washington St. 4
Albert Dr. 60
Mill St. 213
Mill Tr. 19
11-11
388 Salem St. to end 10
Unicorn Dr.
1 3 1 * to 272 Washington St. 26
Washington Tr. 6
40 Alpena Ave. 7
54 Beach St. to end 16
37 Bow St. to end 15
Buttaro Rd. 29
Continental Ct. 72
Creston Ave. 72
Dearborn Tr. 3
Field Tr. 4
Hilltop Cr. 7
Hilltop Parkway 17
Hilltop Tr. 16
Hyde Ave. 2
1 to 30 Maple Ave. 17
Parkview Rd. 12
Roger Ave. 5
76 to 173 Salem St. 48
Sedgwick PI. 9
Walnut Ct. 9
Westview Tr. 1 1
41 Albert St. 7
Hancock St. 3
1 to 15 Hinston Rd. 11
1 to 32 Lillian St. 21
31 Maple St. to end 12
176 to 235 Salem St. 23
Sunset Ave. 5
1 to 275 Wildwood Ave.
Winstead Ave. 17
1 to 42 Wood St. 13
42 Bird St. 11
Chase ST. 9
Crescent Ave. 3
Dale St. 11
Elm Ave. 19
Lincoln Rd. 9
to 65 Montvale Rd. 35
to 48 Pine St. 19
236 to 280 Salem St. 6
Walnut Hill Park
44 Aberjona Dr.
Carlena Tr. 11
Cedar St. 5
Forbes Rd.
George Ave. 13
Lynn St. 5
11-12
Marilyn Ct. 7
Robert Ave. 14
Salem Ave. 12
283 to 377 Salem St. 24
Stephanie O. 12
273 to 350 Washington St. 18
Rifle Range Rd. 2
46 Anthony Dr. 6
1 to 53 Beach St. 29
Beach Tr. 8
Cleveland Ave. 29
1 7 Clinton Beach St. 12
Kendall St. 3
Knollwood Ave. 7
May wood Tr. 21
I to 9 Middle St. 8
14 to 52 Mishawum Rd. 34
^7 Dodge Rd. 1
Dorothy Dr. 3
41 Eaton Ave. to end 5
Fairview Rd. 14
Fairview Tr. 8
Fryberd Rd. 6
II to 63 Middle St. 12
54 to 79 Mishawum Rd. 23
48 Arrow Dr.
Atwood Ave. 1
28 Brentwood Rd. to end 14
Cranston Cr. 7
Edith Ave. 7
elaine Rd. 5
Erne line St. 13
Evangeline Ln. 8
1 to 35 Forest Park Rd. 30
Forest Park Cr. 4
16 Hinston to end 15
19a Lillian St. to end 1 1
80 to 130 Mishawum Rd. 18
64 Middle St. to end 26
Overlook Ave. 3
Phillip St. 12
Red Leaf Ln. 1
Susan Tr. 8
49 Hall St. 3
Highet Ave. 21
131 to 192 Mishawum Rd. 23
83 Olympia Ave. to end 1
Pine Grove 5
18 Rumford Park to end 17
11-13
University St. 1
50 70 to 82 Oiympia Ave.
Wheeling Ave.
300 Wildwood Ave to end
State St.
51 Dewey Ave. 18
Hob son Ave. 2
Marietta St. 6
Normack Rd.
1 to 60 Oiympia Ave. 7
Oregon Ave. 2
Wainwright Ave. 2
376 to 425 Washington St. 7
52 24 Alfred St. to end 16
Barbara Cr. 19
Boyd Rd. 24
Forest Glen Cr. 7
Forest Glen Rd. 8
37 to 95 Forest Park Rd. 14
to 1 7 Rumford Park Ave. 11
Thomas St. 12
53 Emerson St. 3
96 Forest Park Rd. to end 8
Hope Ln. 8
Karen Rd. 13
80 to 203 School St. 38
Woodside Tr. 22
54 Alice St. 5
Allan St. 2
Bronislaw St. 12
Jan St. 12
204 School St. to end 15
194 to 275 Mishawum Rd. 4
55 Adele Rd.
Gill St.
Everberg Rd.
20 Industrial Parkway to end
134 to 181 New Boston St.
Roessler Rd.
Sixth Rd.
56 to 19 Industrial Parkway
Linscott Rd.
Rath Rd.
Ryan Rd.
57 1 to 36 Commerce Way
1 1-1*1
Elmwood St. "10
Forest St. 1
Garden Tr. 12
280 Mishawum Rd. to end 7
58 Dragon Ct. 6
Dragon Court Circle 6
Richard Cr. 49
444 Washington St. to end 9
59 Atlantic Ave.
Cabot Rd.
39 Commerce Way to end
Commonwealth Ave.
60 20 Dragon Ct. to end 8
Florence Rd. 2
61 First St. 1
769 Merrimac St. to end 17
185 New Boston St. to end
Third St. 9
Torrice Dr.
Oakland St.
62 1 to 22 Alfred St. 6
Alfred Tr. 6
Baldwin Green 2
2 to 30 Elm St. 9
Fisher Tr. 25
28 Fletcher Rd. to end 26
Harold Ave. 9
733 to 866 Main St. 3
Middlesex Canal Park
19 Van Norden Rd. to end 15
63 30 to 70 Elm St. 24
Newbridge Ave. 11
Patricia Cr. 7
Perry Rd. 5
Tidd Ave. 6
Traverse St. 6
Ward St. 22
West St. 30
64 71 Elm St. to end 6
Edwards Rd. 24
Keith Cr. 16
870 to 901 Main St. 3
to 13 School St. 11
65 App Ct. 6
to 1 3 Dexter Ave. 12
11-15
Donna Rd. 10
East Nichols St. 14
Lord Tr. 2
902 to 972 Main St. 30
Minot St. 7
Nichols St. 19
O'Neill St. 2
Pattaglio Tr. 2
66 Baldwin Ave. 2
Banks St. 3
Chester Ave. 21
Cottage St. 3
Cutting Ave. 1
Dan forth St. 4
Dartmouth St. 12
Eighth Rd. 1
1 to 27 Fletcher Rd. 19
Foster Ave. 7
Jones Ave. 8
Long wood Ave. 8
to 764 Merrimac 22
Michaels Cr. 34
Mostika Rd. 4
Poplar St. 7
14 to 79 School St. 48
1 to 18 Van Norden 10
Williams Ct. 5
67 Gatta Cr. 13
to 39 Poole St. 30
Nichols St. Ext. 54
Webster Ave. 60
Webster Ave. Ext. 3
to 19 Webster St. 1
68 Bartlett Dr. 26
Dickie Rd. 9
Florence Ave.
Kendall Dr. 17
Kimball Ct. 1
Pearle St. 292
Spring Garden Tr. 4
Sylvan Rd. 2
20 Webster St. to end 11
69 Briarwood Rd. 16
Cedarwood Rd. 10
45 Mountain St. to end 19
36 Poole St. to end 9
Rob in lea Cr. 12
Winter Rd. 49
Winter St. 11
II-l6
Williams Ln. 6
70 Ashburton Ave. 20
Breed Ave.
Delaware St. 2
Ford Tr. 2
Indiana Ave. 2
Kearsage Ave. 6
Kentucky Ave. *J
Lamoile St. 6
951 Main St. to end 1*J5
Massachusetts Ave. 2
Marion St. 2
Milan Ave. 25
1 to 1JJ Mountain St. 17
Naples Ave. 10
North Maple St. 16
Richmond Ave. 11
Tennessee Ave. 1
Virginia Ave. 2
Washington Ave. 8
Wheeling St. 3
APPEHDIX III
I983 Water S ye ten Charts and Records
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t52,SOo».3l I
uz.iau -^ 120,578, TSO
mi a .
lo
sin
IU 31 2< "
Sept 2.
6091
78^0
£
oasuqi
R83
111-16
|l y lo°»S, (08O /
I! (.Si OMO
\
11,3
CI feOO /
)ct 31
/0U
30
^
2C^
80^5"
7SCO
M.318^00
\
)et 31
*L3
8lS3
7^0 I^O
•
46;? f/
(•1 y -1zj. y S*fo
rW
3
A
uG
HD c
/^8^
111-19
ra y 884, ooo
IOS, 8)T , OOO
A^6
c<^
^)epT
T3 (o Z. 8 . ooo
i
r
CT
_^5^ 33 /, ooo
\
\
ou
lo\3oo t ooo
I I 604
D
EC
53, 14.3, ooo /
^13*, I6S\ ooo
APPENDIX IV
1965-1975 ISO Teat Data
1965
1972
1938
1938
1955
1938
1962
1962
1938
1938
1965
1938
1938
1963
1959
1959
1963
1970
1938
1938
1960
1962
1962
1965
1965
1965
1972
1972
1973
1965
1972
1965
1972
1973
1974
1975
1975
WATER PRESSURE WOBURN
JULY 1, 1975
'<?)
IV-2
STREET
ASPEN STREET
CEDAR PLACE AT M.C. PLASTICS
CENTER STREET AT FRANKLIN STREET
STATIC RESIDUAL PITOT G.P.M.
34
ALLEN STREET-west-house on left-1. 30p.m.
ALLEN STREET #27-1.45 p.m.
ALLEN STREET #16
ALLEN STREET #12
ARLINGTON ROAD & RICHARDSON STREET!
ASHBURTON AVE. OPP. CHESTER AVE.
ASH BURTON AVE. NEAR MAIN ST.
BOW STREET SO. OF SALEM STREET
BEACH STREET APTS. hydrant pressure
BEACH STREET HYDRANT AT CEMETERY
BEDFORD ROAD AT SO. BEDFORD ST.
BEDFORD ROAD & CAMBRIDGE ROAD
BEDFORD ROAD £ CAMBRIDGE ROAD
BEDFORD ROAD & LOCUST STREET
BEACON STREET & EVANS STREET
BEACON STREET "SPRINKLER"
BERNARD ROAD
BERNARD ROAD
BERNARD ROAD
BLUEBERRY HILL ROAD hydrant on left
BURLINGTON STREET & WILLOW STREET
CAMBRIDGE ROAD NEAR END
CAMBRIDGE ROAD "JOHN MARION"
CAMBRIDGE ROAD "STAR MARKET"
CMABRIDGE ROAD "SEARS ROEBUCK"
CAMBRIDGE ROAD AT WINCHESTER LINE
CAMBRIDGE ROAD AT LEXINGTON STREET
CAMBRIDGE ROAD AT BEDFORD ROAD
CAMBRIDGE ROAD #59-hyd 233'- "MUELLER'S"
CAMBRIDGE ROAD "WOB. COUNTRY CLUB PK. LOT
CAMBRIDGE ROAD AT COUNTRY CLUB
CEDAR STREET "CUMMINGS IND. PARK" 10.00 a.m. 72
76
23 lbs.
18 lbs.
21 lbs.
20 lbs.
82
290
74
75 52
60 lbs.
23
1740
840
670
50 lbs.
40 lbs.
78
70
58
42
42
17
70
66
86
77
781ba.
48 lbs.
25 lbs.
low pressure
58 lbs.
high pressure
870
750
800
1520
1120
25 lbs.
68
48
950
73
65
1160
73 lbs.
.
67
54
39
932
71
60
48
1034
68
43
1380
76
55
1460
42
17
800
60 lbs.
62 lbs.
58
50
40
1190
i I 1
\
78
61
35
43
55
30
740
1035
1180
COMMERCE WAY "ROBINSON PAPER" 75
COMMERCE WAY "ROBINSON PAPER" 75
COMMERCE WAY "DOW PAPER" 78
COMMERCE WAY Hydrants 11&12 in from Mlsh. Rd.78
on 20" main
COMMERCE WAY Hydrants 1&2 in from Mish. Rd. 80
on 24" main
-1-
26
27
. 700
70
66
1050
70
3080
74
1380
1974
1974
1970
1938
1960
1960
1969
1970
1977
1938
1970
1960
1976
1968
1973
1976
1938
1938
1965
1970
1965
1938
1969
1970
1972
1962
1963
1963
1963
1965
1972
STREET
CRESCENT AVENUE AT INTERNATIONAL SALT CO.
CRESCENT AVENUE AT WALNUT HILL PARK
CROSSMAN ROAD_hydrant
DARTMOUTH STREET AT LONGWOOO AVE.
DRAGON COURT before Olympia Ave.
DRAGON COURT-hydrant middle of
DRAGON COURT AT END
DRAGON COURT
DRAGON COURT AT CHOMERICS, INC.
EASTERN AVENUE AT JEFFERSON AVE.
EASTERN AVENUE #121
EASTERN AVENUE #117- opp. hyd.
ELM STREET AT ZAYRES
EVERBERG ROAD bldg. at end
FORBES ROAD
FORBES ROAD AT TELEDYNE
FORBES ROAD #9 CHESTERTON CO.
FOWLE STREET AT CONN STREET
FOWLE STREET AT MAIN STREET
FRANCIS STREET "NURSING HOME"
lino
FULTON STREET #37
FULTON STREET #31
FULTON STREET #18
FULTON STREET #29
GARDEN STREET NEAR LEX. STREET
GARFIELD AVENUE AT BELMONT STREET
GARFIELD AVENUE AT BELMONT STREET
GILL ROAD
GRACE ROAD #31
GRACE ROAD #29
GRACE ROAD #25
GRANT STREET
GREEN STREET "REVEL" (JUNE)
GREEN STREET "REVEL" (NOV.)
GREEN STREET "REVEL" (JUNE)
GREEN STREET AT NASHUA STREET
GREEN STREET -Hydrant opp. #117
STATIC RESIDUAL PITOT G.P.M.
81
70
51
1200
81
70
51
1200
34 lba.
66
33
980
40
lbs.
5 lbs.
4 lbs
. 340
55
10
7
475
58
9.5
325-370
52
2
380
55
45
42
970
53
45
1110
28
lbs.
25
lbs.
62
55
990
64
55
1100
65
40
36
1010
60
33
36
1005
55
40
800
71
69
960
70
67
1740
40
2% lbs.
35 lbs.
34 lbs.
37 lbs.
67
55
92
72
15
59
21
62
30
500
1440
680
§50-1040
360
IV-3
12 lbs.
10 lbs.
14 lbs.
49 lbs.
70
65 30
920
70
25
530
68
40
580
75
70
1640
65 lbs.
2:45 P.M.
* <•
)
-2-
1938
1938
1960
1960
1938
1974
1974
1938
1961
1972
1965
5/1/75
1966
1970
1972
1975
1972
1975
1975
1938
1960
1970
1970
1938
1938
1938
1938
1965
1971
STREET
HAROLD AVENUE AT FLETCHER ROAD
HARIISON AVENUE AT GROVE STREET
HART STREET AT HAMILTON ROAD
HART STREET-FRONT OF MACDONALDS
HARVARD STREET AND VERNON STREET
HARVARD STREET EXT. TO DEAD END
HARVARD STREET EXT. last hydrant
HILL STREET SOUTH OF MONTVALE AVENUE
HILL STREET-ATLANTIC GELATIN
HILL STREET-Hyd. bldg. #8-#9
Pressure at Spin Riser Spindle
HILLTOP TERRACE
HILLTOP PARKWAY
STATIC RESIDUAL PITCT G.P.M.
HOUSE
HOUSE
HOUSE
HOUSE
# 11
# 16
# 13
# 18
Manhole opposite #18
HOLTON STREET "CIRONE"
HOLTON STREET CORNER SONAR DRIVE
INDEPENDENCE DRIVE #43- Highest point
INDIAN HILL ROAD
HOUSE #7
HOUSE #9
HOUSE #11
JAKES TERRACE -we st #11
JAMES TERRACE #18
JAMES TERRACE #20
JEFFERSON AVENUE AT BARKER LUMBER
JEFFERSON AVENUE AT FOWLE CO.
KIMBALL ROAD AT BROWN PLACE
LEONARD STREET AT GREEN STREET
LEONARD STREET #4 3
LEONARD STREET # 46
LEXINGTON STREET AT END (LEX.LINE]^
LEXINGTON STREET AT CAMBRIDGE STREET
LEXINGTON STREET AT GARDEN STREET
LEXINGTON STREET AT PLEASANT STREET
LEXINGTON STREET AT LEX. LINE
LEXINGTON STREET "FIRST NAT'L STORE
IV-J+
62
68
51
57
690
960
56
lbs.
57
lbs.
36
30
62
46
48
90
25
82
25
115
55
22
38
43
13
710
695
690
1180
1070
650
390
PUMP OFF
10:15 A.M.
51b. stat.
91b. "
81b. "
131b. "
11 lb. "
PUMP ON
2:00 P.M.
381b. stat.
401b. "
411b. "
431b. "
73 20 11 550
70 lbs. 8:00 A.M.
21«i lbs.
25
lb.
stat.
30
lb.
stat.
23
lb.
stat.
34
lbs.
28
lbs.
28
lbs.
60
50
60
30
20
20
57
14
750
750
580
54
lbs.
24
lbs.
Fair-end of
32
5
80
40
86
80
64
faO
48
38
line
340
1300
1600
1070
1120
115 lbs. sprinkler
-3-
1938
1965
1961
1969
1962
1967
1967
1970
1938
1938
1965
1938
1965
1969
1938
1938
1938
1938
1960
1961
1965
1969
1938
1960
1962
1962
1961
1969
1963
1969
1972
1969
1969
1970
1961
1975
1977
STREET
LILLIAN STREET AT MAPLE AVENUE
LILLIAN STREET AT MAPLE AVENUE
LILLIAN STREET -Hydrant end of street
LILLIAN STREET-MAPLE AVENUE
LINDA STREET 11:00 A.M.
LOCUST STREET "SCHOOL SITE"
LOCUST STREET "SCHOOL" Flow test
LOVES LANE- Hydrant pressure
LOWELL STREET AT SENDICK ROAD
MAIN STREET AT PLEASANT STREET
MAIN STREET AT PLEASANT STREET
MAIN STREET AT ELM STREET
MAIN STREET AT ELM STREET
MAIN STREET AT ELM STREET
, MAIN STREET AT DEXTER AVENUE
I
( MAIN STREET AT BORDER STREET
j MAIN STREET AT ASH STREET
I
h&Ill STREET AT F0WLE STREET
MAIN STREET AT HUDSON STREET
MAIN STREET AT "VENO GARAGE"
MAIN STREET AT MERRIMAC STREET
MAIN STREET AT SCHOOL STREET
MAIN STREET AT WILMINGTON LINE
NO. MAIN STREET "HIDE 6 LEATHER"
NO. MAIN STREET "HIDE & LEATHER"
NO. MAIN STREET "HIDE 6 LEATHER"
MA WOOD TERRACE 6" tran.
MAYWOOD TERRACE
MERRIMAC STREET "PLASTICS"
MERRIMAC STREET AT NEW BOSTON STREET
MERRIMAC STREET "P X ENGINEERING"
MICRO DRIVE "ITT GREMAR" -sprinler gauge
MICRO DRIVE "GREMAR"-on 6" dead end line
MICRO DRIVE "GREMAR"
MIDDLE STREET
" 1st hydrant at School Street
" " 2nd hydrant 2:15 P.M.
MISHAWUM ROAD 9 COMMERCE WAY "HOLIDAY INN'
MISHAWUM ROAD @ COMMERCE WAY "KMART"
STATIC RESIDUAL PITOT G.P.M.
52 20
690
50 25
580
52>i lbs.
51 22
590-610
IV-5
33 lbs.
80 lbs.
82 30 1090 1500
flowed available
40 lbs.
39
21
720
63
50
2960
63
60
1880
59
45
750
59
50
1580
65
49H
2100-375C
64
i
35
710
80
77
1460
69
66
1640
70
67
1740
63
lbs.
•
1
62
lbs.
pressure
55
30
680
54
9
1920-1650
70
20
650
56
t
22
7
47
13
6«i
425
69
13
Uh
625
46
15
11
560
46
18
16
670
70
20
10
530
73
20
500-500
75
32
20
620
60
lbs.
73
20
11
550
75
52
1130
48
10
9
500
48
lbs.
37
lbs.
340
80
74
68
1380
80
72
1129
.$
-4-
1938
1938
1965
1969
1938
1938
1964
1964
1969
1972
1938
1974
1938
1S&
1965
1974
1955
1938
1961
1969
1969
1970
1938
1938
1962
1965
1969
1969
1969
1970
1972
1972
1064
1964
1971
1972
1974
1973
1977
1 Q 73
1971
1971
1960
1965
1969
1976
STREET
MISHAWUM ROAD AT SCHOOL STREET
MISHAWUM ROAD AT SCHOOL STREET
MISHAWUM ROAD AT SCHOOL STREET
MISHAWUM ROAD AT MIDDLE STREET
MISHAWUM ROAD AT BRENTWOOD ROAD
MISHAWUM ROAD "HUBBS ENG. CO."
MISHAWUM ROAD-lnside plant at sprinkler
MISHAWUM ROAD AT UNIVERSITY STREET
MISHAWUM ROAD #288- "Hlco"
MONTVALE AVENUE AT PROSPECT STREET
MONTVALE AVENUE AT HANSON COURT
MONTVALE AVENUE AT HOLD EN PLACE 12" C.I.
MONTVALE AVENUE AT WASHINGTON STREET
IV-6
STATIC RESIDUAL PITOT G.P.M.
67
38
62
48
71.5
58
36
29
53
40
85
45
80
30
78
69
75
35
61
46
40
85
57
35
36
64
MONTVALE AVE. between INGALLS ST. 6 HARVARD ST. EXT.
MONTVALE AVENUE AT SHERMAN PLACE 30 lbs.
MONTVALE AVENUE AT STONEHAM LINE
MONTVALE AVENUE AT HOLTON PLACE
NAPLES AVENUE AT MILAN AVENUE
NAPLES AVENUE #22
NAPLES AVENUE #15
NASHUA STREET & DRAPER STREET
NASHUA STREET "GEAR WORKS "
NASHUA STREET "RECORD WAGON"
NASHUA STREET AT GREEN STREET
NASHUA STREET S DRAPER STREET
NEW BOSTON STREET & RUMFORD STREET
NEW BOSTON STREET &BOUTWELL LANE
NEW BOSTON STREET "RANSOM'S PIT"
NEW BOSTON STREET
NEW BOSTON STREET
NEW BOSTON STREET
NEW BOSTON STREET "ROKENTENZ"
NEW BOSTON STREET "ROKENTENZ"
NEW BOSTON STREET "ROKENTENZ"
NEW BOSTON STREET "BROWN'S"
NEW NEW BOSTON STREET "INTER.
NEW BOSTON STREET
NEW NEW BOSTON ST.- corner of 6th
Globe Ticket Company
NEW NEW BOSTON STREET "GLOBE TICKET"
NEW NEW BOSTON STREET "GLOBE TICKET"
NEW BOSTON STREET "CONTINENTAL CHEMICALS"
NEW BOSTON STREET #14 7
87
60
64
46
& RUMFORD STREET
£ MERRIMAC STREET
& SCHOOL STREET
3rd hydrant
FERTILIZER"
Road
84
79
75
80
79
76
74
58 lbs.
57
73
62
68 lbs.
68 lbs.
60 lbs.
72
62
79
79
coef .
75
70
75
61
45
40
46
73
46
49
35
C.
25
20
45
30
35
65
72
0.9
70
70
NEW INDUSTRIAL ROAD "PIERRE SHOE"
NORMAC ROAD-Hydrant
NORMAC ROAD-Hydrant "Toyota"
NORTH MAPLE STREET
NORTH MAPLE STREET AT WILMINGTON LINE
NORTH MAPLE STREET near Main Street
NORTH MAPLE STREET #3 EARL BEACH CO.
-5-
67
30
25
52 lbs. per sq.
50 lbs.
50 lbs.
29
29
in.
30
29
66
45
750
710
840-17 30
750
820
690
690
1210-3310
675
1330
1460
1640
840
1160
840
1220
920
730
960-3060
905
750
580
570
500-500
810-1300 t
10
540
203
40
2120
61
1310
1350
1050
1860
81
72
nozzl
e?h
1100
81
72
2h
1100
61
11
„
9
50
12
440
73
24»,
610-<
70
50
44
1110
1969
1'71
1972
1973
1975
1973
1959
1965
1965
1965
1969
1966
1975
1966
1938
1938
1972
1938
1965
1975
1962
1938
1965
1973
1974
1938
1938
1938
1965
1970
1971
1972
1938
1938
1965
1960
STREET
OLYMPIA AVENUE hyd. so. west of Slumber land
OLYMPIA AVENUE opp. Wildwood
OLYMPIA AVENUE AT SLUMBERLAND
OLYMPIA AVENUE AT ROTHS TE IN
OLYMPIA AVENUE AT S.S.PIERCE
OLYMPIA AVENUE AT S.S.PIERCE
PARKER STREET AT LEXINGTON STREET
STATIC RESIDUAL PITOT G.P.M.
82
75
84
78
84
71
80
73
62
85
72
68
1386
1380 flowed!
1353
1080
1110
55 lbs.
PEARL STREET & WEBSTER STREET
PEARL STREET-hyd. on left
PEARL STREET AT BURLINGTON LINE
PEARL STREET NEAR DICKIE ROAD
PEARL STREET & WEBSTER STREET
PEARL STREET AT SYLVANIA
PINE STREET-Lytron Inc.
PLYMOUTH STREET & SCOTT STREET
PORTER STREET fi WARREN ROAD
PRESCOTT WAY- #6 Highest Point
PROSPECT STREET & GREEN STREET
PROSPECT STREET £ JEFFERSON AVENUE
PROSPECT STREET AT BARKER LUMBER
49
33
660
69 lbs.
53
28
580
57
31
670-810
49
33
660
52
38
575
84
70
50
1190
IV- 7
60
47
55
41
730
690
37 lbs.
65
58
65
53
60
50
27
REVERE ROAD-corn«r
RUSSELL STREET NEAR END LEX. LINE
RUSSELL STREET AT END OF LEX. LINE
RYAN ROAD AT YUSEN C.
RYAN ROAD AT AYER SALES
SALEM STREET £ WALNUT COURT
SALEM STREET £ LYNN STREET
SALEM STREET 6 WEST STREET
SALEM STREET AT ABERJONA RIVER
SALEM STREET 6 PINE STREET
SALEM STREET #204- hydrant
SALEM STREET "PLASTICS"
SCHOOL STREET £ NEW BOSTON STREET
SHERIDAN STREET- 2nd hydrant
SHERMAN PLACE
SILVERMINE ROAD & PHEASANT LANE
31
1680
1140
890
400 available
30
5
35
29
69
63
60
53
46
76
40
72
63
84
79
75
54
67
60
78
43
52
38
64
70
33
63 lbs.
36
45
25
340
440
1205
1340
700
820
960
2330-3920
925
1035
1200
860
370
1968
1975
1975
1955
1938
1938
1959
1972
10.10 A.M.
1938
1938
1965
1974
1955
1938
1938
1938
1960
1961
1965
1965
1969
1969
1973
1965
1938
1938
1971
1970
1938
1938
1965
STREET
! SIXTH ROAD
SIXTH ROAD AT NEW BOSTON STREET
SYLVAN ROAD AT ALPHA INDUSTRIES
SYLVAN ROAD 9 ALPHA INDUSTRIES
TENNESSEE AVENUE -top
TRAVERSE STREET t, WARD STREET
VERNON STREET & HARVARD STREET
WALTHAM STREET AT LEXINGTON STREET
HALTHAM STREET AT #31
WALTHAM STREET AT #100
WALTHAM STREET #29
WALTHAM STREET #37
WALTHAM STREET #27
WALTHAM STREET #92
WALTHAM STREET end Hyd.
WAMESET STREET NEAR END
WARREN AVENUE & COURT STREET
WARREN AVENUE AT PLEASANT STREET
WARREN AVENUE AT HOSPITAL
WASHINGTON AVENUE #3
WASHINGTON STREET & MILL STREET
WASHINGTON STREET & CEDAR STREET
WASHINGTON STREET NEAR END
WASHINGTON STREET OPP. "SALADA" •
WASHINGTON STREET "MCKESSONS ROBBINS"
WASHINGTON STREET AT MILL STREET
WASHINGTON STREET AT READING LINE
WASHINGTON STREET AT SALEM STREET
WASHINGTON STREET AT OLYMPIA AVENUE
WASHINGTON STREET AT CUMMINGS IND. PARK
WATER STREET DEAD END
WEBSTER STREET EAST OP POOLE STREET
WEBSTER STREET "REP. BODY"
WHEELING AVENUE
WHEELING AVENUE end hyd.
WHEELING AVENUE "NEW ENG. RIFLE ASSOC.
WILDWOOD STREET OPP. OLYMPIA AVENUE
WINN STREET & BEDFORD ROAD
WINN STREET AT BURLIGTON LINE
WINN STREET AT BURLINGTON LINE
STATIC RESIDUAL PITOT . G.P.H .
44
coef
0.9
44
15
44
15
61
IV- 8
5 lbs.
49
42
7j-
*o
36
30
85 Dm.
13 lbs.
15 lbs.
15 lbs.
16 lbs.
14 lbs.
21 lbs.
39S available
1310
400
575
750
710
IS lbs.
51
51
45
64
60
54
50
22
380
1300
1640
695
50 lbs.
84
44
71
42
57
18
66
52
71
45
85
67
54
18
87
80
70
51
69
41
28
79
56
53
65
35
36
660
920
620-480
2930
845
820
390
750-2540
2280-3859
920
25
1220
840
75 lbs. test
63 lbs.
83 75
63 1350
84
78
68
54
46
59
44
60
44
1380 flowec
670
410
440
-7-
1938
1969
1970
19^8
1959
1966
1966
1967
1966
. STREET
WINTER STREET £ MOUNTAIN STREET
WINTER STREET & MOUNTAIN STREET
STATIC RESIDUAL PITOT GPM
57
64
25
26
730
520-560
WOLCOTT ROAD AT "WALDRONS" cellar 58 lbs
WYMAN STREET NEAR END
NYHAN STREET #19 "Ned Murray"
WYMAN STREET "JOHNSON BROS.
WYMAN STREET "STEARNS"
WYMAN STREET "FISHERS" sprinklers 63
BELOW RESERVOIR-HYD. ON NEW 16" line 63 lbs.
I NOTE: TAKEN BY UNDERWRITERS INSURANCE FOR STUDY OF NORTH END OF WOBURN.
60 25
580
55 lbs.
63 45
20
750
15 lbs.
1050
63 45
21
770
IV-9
-8-
APPENDIX V
Fluoride Analysis Procedure
V-2
RESEARCH PROTOCOL FOR FLUORIDE MEASUREMENT
Candace C. Balmer
SAMPLING
Water samples from the Woburn distribution system will be collected and
analyzed to test the results of the simulation model. Waters delivered by
the MDC system contain fluoride, at approximately 1.0 mg/L, whereas waters
from Woburn sources contain only background, or zero, concentrations. Thus,
a well designed sampling grid should indicate the location of the mixing
zone at the interface between waters from the two sources.
Fifty-three site to be selected by Dr. Peter J. Murphy will be sampled
for fluoride concentration. Samples will be obtained from both public and
private water taps. Tap water will be allowed to run for a minimum of three
minutes in order to flush the service connection and assure that the sample
collected is fresh.
Acid-washed polyethylene bottles will be used for collecting and
storing samples. The bottles will be provided through the DEQE. A minimum
volume of 100 ml is desirable for each sample, while at least 200 ml is
advisable to allow for duplicate testing. Duplicate samples should be
available for analysis for a minimum of ^0% of the samples.
As a further measure of quality control each sample will be tested by
both the electrode method and the SPADNS color imetrlc method at the
v-3
University of Massachusetts Environmental Engineering laboratory. Replicate
samples will also be tested at the DEQE Laboratory in Lawrence.
Samples will be tested as soon after collection as possible, with
maximum storage time not to exceed five days.
ANALYSIS
According to Standard Methods for the Examinat io n of Water and
Wastewater , the most satisfactory methods for determining fluoride ion (Fs )
in water are the electrode and the colorimetric methods. The electrode
method is suitable for fluoride concentrations from 0.1 to more than 10 mg/L
F and estimations may be made for concentrations below 0.1 mg/L. The
SPADNS colorimetric method is suitable for fluoride concentrations in the
range of 0.05 to 1.H mg/L.
ELECTRODE METHOD ;
The fluoride electrode is a selective ion sensor. Fluoride ion
activity is measured as opposed to fluoride ion concentration. The
electrode is used with a standard calomel reference electrode and a digital
pH meter which possesses an expanded millivolt scale. A fluoride buffer is
added to adjust pH and to eliminate interferences.
Reagents include a standard sodium fluoride solution and a fluoride
buffer. Fluoride standards will be prepared in concentrations of 0.5, 1.90,
and 2.0 mg/L F~. This will be done by diluting 5.0, 10.0 and 20.0 ml
respectively of the standard sodium fluoride solution (100 ♦ 0.5 ppm as F )
to 100 ml in 100 ml volumetric flasks. 25 ml of each standard and sample
to be tested will be placed in beakers to which equal volumes of fluoride
V-<f
buffer will be added. The standards and samples will then be read in
millivolts on the ion analyzer. Both standards and samples will be kept in
a constant room temperature throughout preparation, and analysis and
calibration of the electrode with the 1.00 mg/L ?" will be performed before
each reading.
Fluoride concentrations will be determined from a standard curve where
concentration in mg/L F is plotted on the logarithmic ordinate and
millivolts are plotted on the abcissa.
SP ADNS METHOD :
In the SPADNS analysis, color determinations are made photometrically
with a spectrophotometer at 570 nanometers. As in the electrode method,
fluoride concentrations of samples will be determined from a standard curve.
r-
In this test, mg/L F are plotted vs absorbance.
Reagents include a standard fluoride solution, SPADNS solution,
zirconyl^acid reagent, a reference solution made from the SPADNS solution
and a sodium arsenite solution. Sodium arsenite is added to eliminate
interference from residual chlorine.
Fluoride standards in the range ofO to 1.^0 mg/L F will be prepared by
diluting appropriate quantities of the standard fluoride solution to 50 ml
with deionized distilled water. 5.00 ml each of SPADNS solution and
zirconyl-acid reagent will be pipetted into each standard and mixed. After
setting the photometer to zero absorbance with the reference standard, each
of the standard absorbances will be read. A curve of mg/L F vs absorbance
V-5
will then be obtained. A new standard curve will be prepared whenever a
fresh reagent is made or a different standard temperature used.
Before analysis, each sample to be tested will be treated with sodium
arsenite to eliminate residual chlorine interference. An addition of 1 ml
sodium arsenite solution will effectively neutralize 1 mg/L residual
chlorine and will result in a concentration of 100 mg/L NaAsO when added to
a 50 ml sample. Since sodium arsenite concentrations of 1300 mg/L produce
an error of 0.1 mg/L at 1.0 mg f"/L, an addition of 1 ml sodium arsenite
solution will eliminate interference from residual chlorine without creating
additional interference.
After sample pretreatment with sodium arsenite, 5.00 ml each of SPADNS
solution and zirconyl-acid reagent will be added to each 50 ml sample. Each
sample absorbance will be read after setting the reference, and
concentrations will be determined from the standard curve.
EQUIPMENT
Electrode method :
Orion Research Microprocessor Ionanalyzer/901 s/n 92955 50/60 CPS
Orion Research Fluoride Electrode s/n 0116205
Orion Research Single-Junction Reference Electrode s/n 0Q1
Fluoride Buffer: Orion Application Solution TISAB with CDTA
Fluoride Standard: Orion Application Solution 940907
Sodium fluoride 100^ 0.5 ppm as F
SPADNS method :
Bausch and Lomb Spectronic 70 s/n 0308058
V-6
Fluoride Standard (as above)
All glassware used in these analyses will be acid-*washed, rinsed twice with
distilled water and twice with distilled deionized water.
APPENDIX VI
Water Level Charts
for
December 197^ and February 1979
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APPENDIX 711
Coarputer Output for
Wells G and H
Flow Distributions
Ro. 24
Ma.K,
"pipe d
ATA 1
NOI
HEAD
HLOSS
PIPE
)E3
MO.
FROM
TO
LENGTH
DIAM
COEF
FLOW RITE
VELOCITY
LOSS
/1 000
1
4
1
4200.
6.0
40.0
52.07
.59
11.60
2.76
2
3
1
5200.
10.0
40.0
150.64
.62
8.54
1.64
3
4
3
3700.
12.0
90.0
378.37
1.07
3.07
.83
• 4
3
2
700.
10.0
90.0
130.17
-53
.20
.28
• 5
4
5
4600.
12.0
90.0
208.20
.59
1.26
.27
6
6
4
400.
12.0
90.0
753.54
2.14
1.19
2.97
• 7
7
6
4800.
6.0
80.0
91.42
1.04
10.42
2.17
8
8
7
2800.
10.0
80.0
209-57
.86
2.35
.84
9
9
6
3000.
6.0
40.0
73.59
.84
15.73
5.24
10
9
8
4500.
12.0
80.0
297.20
.84
2.*6
.66
11
10
9
800.
12.0
50.0
497.50
1.41
3.27
4.08
12
9
11
2600.
6.0
40.0
17.22
.20
.93
.36
13
24
8
7000.
10.0
90.0
40.29
.16
.22
.03
14
12
6
7200.
12.0
90.0
733.79
2.08
20.34
2.82
15
12
13
5700.
16.0
90.0
568.69
.91
2.47
.43
16
13
11
3700.
16.0
90.0
805.72
1.29
3.06
.83
17
14
13
100.
10.0
90.0
237.03
.97
.08
.85
• 18
15
12
800.
14.0
80.0
1302.48
2.71
3.84
4.80
19
16
15
500.
16.0
40.0
745.80
1.19
1.61
3.22
• 20
17
15
200.
16.0
40.0
556.68
.89
.37
1.87
21
17
18
6000.
16.0
40.0
519.36
.83
9.88
1.65
22
11
18
1300.
16.0
40.0
116.45
.19
.13
.10
23
17
19
4700.
16.0
40.0
591.14
.94
9.84
2.09
24
19
20
900.
16.0
40.0
365.34
.58
.77
.86
25
20
21
2000.
16.0
40.0
170.25
.27
.42
.21
• 26
22
21
300.
16.0
40.0
200.48
.32
.08
.28
27
18
22
1300.
16.0
40.0
355.59
.57
1.06
.82
28
22
23
900.
16.0
80.0
444.11
.71
.31
.34
29
22
24
1400.
16.0
80.0
353.17
.56
• 31
.22
30
24
25
1900.
16.0
80.0
114.51
.18
.05
.03
31
25
26
700.
16.0
80.0
86.68
.14
.01
.02
32
11
27
1700.
16.0
90.0
627.37
1.00
.89
.52
33
18
27
1100.
10.0
40.0
93.77
.38
.75
.68
• 34
27
22
2100.
16.0
90.0
318.27
.51
.31
.15
35
27
28
1750.
20.0
90.0
402.87
.41
.14
.08
36
29
28
1400.
24.0
90.0
130.66
.09
.01
.00
37
28
26
3800.
16.0
120.0
533.53
.85
.86
.23
-
38
19
30
1500.
8.0
40.0
80.54
.51
2.29
1.53
39
20
30
1700.
10.0
50.0
135.48
.55
1.52
.89
40
21
31
1100.
12.0
120.0
330.62
.94
.42
.38
■ 41
31
30
3400.
8.0
60.0
40.41
.26
.68
.20
42
31
32
1900.
12.0
60.0
166.63
.47
.73
• 38
• 43
32
33
2200.
12.0
60.0
129.46
.37
.53
.24
44
34
33
1000.
12.0
60.0
19.40
.06
.01
.01
• 45
30
34
4500.
10.0
50.0
47.22
.19
.57
.13
46
35
34
1500.
12.0
60.0
24.21
.07
.02
.01
• 1,7
35
36
600.
12.0
60.0
28.58
.08
.01
.01
49
35
38
3300.
6.0
40.0
2.70
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.72
.03
.03
.01
• 51
39
36
1800.
6.0
50.0
30.50
.35
1.22
.68
• 52
39
35
1300.
6.0
120.0
86.93
.99
1.21
.93
• 53
40
23
3400.
10.0
120.0
10.96
.04
.01
.00
• 54
40
32
2000.
6.0
80.0
39.79
.45
.93
.47
• 55
41
40
1500.
10.0
120.0
175.33
.72
.43
.28
• 56
41
33
2600.
6.0
80.0
50.59
.57
1.89
.73
57
42
41
' 1200.
10.0
80.0
285.54
1.17
1.78
1.49
• 58
42
39
3500.
10.0
110.0
260.50
1.06
2.43
.70
• 59
44
39
3400.
6.0
50.0
33.62
.38
2.76
.81
• 60
43
42
1700.
12.0
100.0
580.73
1.65
2.56
1.51
61
43
44
1400.
12.0
100.0
598.66
1.70
2.23
1.59
62
45 .
43
750.
12.0
100.0
1179.39
3.35
4.20
5.60
63
25
46
800.
6.0
50.0
7.23
.08
.04
.05
64
40
46
3000.
6.0
80.0
20.51
.23
.41
.14
• 65
47
26
1400.
16.0
90.0
72.71
.\2
.01
.01
• 66
47
46
600.
6.0
90.0
15.61
.18
.04
.07
• 67
48
47
600.
16.0
90.0
107.83
.17
.01
.02
• 68
49
48
2500.
16.0
90.0
244.24
.39
.23
.09
■ 69
50
49
1000.
16.0
90.0
296.88
.47
.13
.13
• 71
51
50
3800.
16.0
90.0
327.24
.52
.59
.16
72
44
51
2000.
12.0
100.0
458.80
1.30
1.95
.97
73
48
52
2800.
6.0
110.0
81.12
.92
2.70
.96
74
52
53
1100.
6.0
110.0
84.90
.96
1.15
1.05
• 75
54
53
1600.
6.0
50.0
53-05
.60
3.03
1.89
76
49
54
1000.
6.0
40.0
30.97
.35
1.06
1.06
77
53
55
1100.
6.0
110.0
77.30
.88
.97
.88
• 80
58
54
3500.
6.0
120.0
36.17
.41
.64
.18
82
51
58
1600.
6.0
110.0
68.69
.78
1.13
.71
86
55
61
4100.
6.0
110.0
13.34
.15
.14
.03
87
26
62
4100.
16.0
80.0
538.99
.86
2.00
.49
• 88
62
52
2900.
6.0
100.0
34.12
.39*
.67
.23
89
62
63
1300.
12.0
80.0
449.58
1.28
1.84
1.42
90
63
64
1800.
12.0
120.0
378.07
1.07
.87
.49
91
64
65
500.
12.0
120.0
323.06
.92
.18
.36
92
64
66
700.
6.0
90.0
32.24
• 37
.18
.25
93
53
66
3700.
6.0
90.0
34.63
.39
1.07
.29
94
66
61
4900.
6.0
90.0
5.08
.06
.04
.01
95
65
67
1200.
12.0
120.0
226.82
.64
.23
.19
96
67
68
1500.
12.0
80.0
126.85
.36
.20
.14
97
63
68
3000.
6.0
80.0
41.17
.47
1.49
.50
98
67
69
2000.
6.0
120.0
54.44
.62
.78
.39
• 99
69
70
2200.
6.0
120.0
17.58
.20
.11
.05
inn
fie
7rt
;>nno.
n.O
i?o.n
6S.«<J
.7«i
1.12
.56
VI 1-2
F, v ZA
M<s.x.
MODE
DATAi
■ODE
DEMAND
HCL
MO.
(CFS)
(GPM)
ELEV
READ
PRESSURE
ELEV
1
.452
202.71
161.00
141.66
61.38
302.66
3
.217
97.56
235.00
76.20
33-02
311.20
4
.256
114.90
64.00
250.26
108.45
314.26
6
.324
145.26
62.00
171.21
74.19
233.21
7
.263
118.16
120.00
123.63
53.57
243.63
8
.285
127.91
73-00
172.98
74.96
245.98
9
.244
109.48
53.00
195.94
84.91
246.94
11
.176
79.13
81.00
167.01
72.37
248.01
12
0.000
0.00
56.00
197.55
85.61
253.55
13
0.000
0.00
47.00
204.08
88.43
251.08
15
0.000
0.00
60.00
197.39
85.54
257.39
17
-3.715
-1667.19
47.00
210.76
91.33
257.76
18
.415
166.45
99.00
148.88
64.51
247.88
19
• 324
145.26
88.00
159.92
69.30
247.92
20
.133
59.62
96.00
151.15
65.50
247.15
21
.089
40.11
102.00
144.73
62.72
246.73
22
.065
29.27
101.00
145.82
63.19
246.82
23
.227
101.90
106.00
140.51
60.89
246.51
24
.442
198.37
112.00
134.20
58.15
246.20
25
.046
20.60
120.00
126.15
54.66
246.15
26
.343
153.93
110.00
136.13
58.99
246.13
27
0.000
0.00
84.00
163.13
70.69
247.13
28
0.000
0.00
126.00
120.99
52.43
246.99
30
.466
209.21
124.00
121.63
52.71
245-63
31
.275
123.58
127.00
119.32
51.70
246.32
32
.171
76.96
145.00
100.59
43.59
245.59
33
.444
199.46
69.00
176.06
76.29
245.06
34
.116
52.03
75.00
170.06
73.69
245.06
35
.070
31.44
62.00
183.08
79.33
245.08
36
.126
56.37
60.00
185.07
80.20
245.07
38
.012
5.42
56.00
189.04
81.92
245.04
39
.394
176.69
70.00
176.29
76.39
246.29
40
.232
104.06
139.00
107.52
46.59
246.52
41
.133
59.62
90.00
156.94
68.01
246.94
42
.077
34.69
77.00
171.73
74.42
248.73
43
0.000
0.00
47.00
204.29
88.53
251.29
44
.237
106.23
87.00
162.06
70.22
249.06
46
.097
43.36
137.00
109.11
47.28
246.11
47
.043
19.51
144.00
102.15
44.26
246.15
48
.123
55.28
130.00
116.16
50.34
246.16
49
.048
21.68
81.00
165.39
71.67
246.39
50
.068
30.35
56.00
190.52
82.56
246.52
51
.140
62.87
95.00
152.11
65.91
247.11
52
.068
30.35
101.00
142.46
61.73
243.46
53
.058
26.02
98.00
144.30
62.53
242.30
54
.031
14.09
91.00
154.33
66.88
245.33
55
.142
63.96
96.00
145.33
62.98
241.33
58
.072
32.52
105.00
140.98
61.09
245.98
61
.041
18.43
67.00
174.19
75.48
241.19
62
.123
55.28
101.00
143.13
62.02
244.13
63
.068
30.35
116.00
126.29
54.72
242.29
64
.051
22.76
112.00
129.41
56.08
241.41
65
.068
30.35
111.00
130.23
56.43
241.23
66
.138
61.79
108.00
133.24
57.74
241.24
67
.101
45.53
116.00
125.01
54.17
241.01
68
.374
168.02
118.00
122.80
53.21
240.80
69
.082
36.86
109.00
131.22
56.86
240.22
70
.186
83.47
100.00
140.11
60.72
240.11
10
-1.108
-497.50
43.00
209.21
90.66
252.21
14
-.528
-237.03
46.00
205.16
88.90
251.16
45
-2.628
-1179.39
44.00
211.49
91.64
255.49
2
.290
130.17
302.00
9.00
3.90
311.00
5
.464
208.20
282.00
31.00
13.43
313.00
16
-1.662
-745.80
239.00
20.00
8.67
259.00
29
RROR
-.291
SUMMARY
-130.66
210.00
37.00
16.03
247.00
EHROB TIMES
0078 0005
vi 1-3
F.'a. 24
p
IPE DATAi
PIPE
NODES
BEAD
HLOSS
NO.
FBON
TO
LENGTH
DIAM
COEf
FLOW RATE
VELOCITT
LOSS
/1000
\
1
4
1
4200.
6.0
40.
45.56
.52
9.06
2.16
2
3
1
5200.
10.0
40.0
123-30
.50
5.89
1.13
3
4
3
3700.
12.0
90.0
385.34
1.09
3.17
.86
•
4
3
2
700.
10.0
90.0
180.77
.74
.36
.51
•
5
4
5
4600.
12.0
90.0
23 1 . 1 1
.66
1.53
.33
6
6
4
400.
12.0
90.0
757.73
2.15
1.20
3.00
•
7
7
6
4800.
6.0
80.0
91.58
1.04
10.45
2.18
8
8
7
2800.
10.0
80.0
190.01
.78
1.96
.70
9
9
6
3000.
6.0
40.0
73.16
.83
15.56
5.19
10
9
8
4500.
12.0
30.
306.95
.87
3-15
.70
11
10
9
800.
12.0
50.0
495.11
1.40
3.24
4.05
12
9
11
2600.
6.0
40.0
23-80
.27
1.68
.65
•
13
8
24
7000.
10.0
90.0
10.39
.04
.02
.00
14
12
6
7200.
12.0
90.0
713.99
2.03
19.33
2.69
15
12
13
5700.
16.0
90.0
563.98
.90
2.44
.43
16
13
11
3700.
16.0
90.0
800.44
1.28
3.02
.82
17
14
13
100.
10.0
90.0
236.46
.97
.08
.84
•
18
15
12
800.
14.0
80.0
1277.98
2.66
3.71
4.63
19
16
15
500.
16.0
40.0
693.42
1.11
1.41
2.81
•
20
17
15
200.
16.0
40.0
584.55
.93
.41
2.05
21
17
18
6000.
16.0
40.0
512-77
.82
9-65
1.61
22
11
18
1300.
16.0
40.0
85.10
.14
.08
.06
23
17
19
4700.
16.0
40.0
569.61
.91
9.19
1.95
24
19
20
900.
16.0
40.0
375.45
.60
.81
.90
25
20
21
2000.
16.0
40.0
211.72
.34
.63
.31
•
26
22
21
300.
16.0
40.0
64.26
.10
.01
.03
27
18
22
1300.
16.0
40.0
337.08
.54
.96
.74
28
22
23
900.
16.0
80.0
335.71
.54
.18
.20
29
23
24
1400.
16.0
80.0
320.41
.51
.26
.19
30
24
25
1900.
16.0
80.0
165.55
.26
.10
.05
31
25
26
700.
16.0
80.0
148.33
.24
.03
.04
32
11
27
1700.
16.0
90.0
673.22
1.07
1.01
.59
33
18
27
1100.
10.0
40.0
105.47
.43
.93
-85
•
34
27
22
2100.
16.0
90.0
87.26
.14
.03
.01
35
27
28
1750.
20.0
90.0
691.43
.71
.37
.21
•
36
28
29
1400.
24.0
90.0
423.45
.30
.05
.03
37
28
26
3800.
16.0
120.0
267.98
.43
.24
.06
38
19
30
1500.
8.0
40.0
73.16
.47
1.92
1.28
39
20
30
1700.
10.0
50.0
114.07
.47
1.10
.65
40
21
31
1100.
12.0
120.0
242.56
.69
.23
.21
•
41
31
30
3400.
8.0
60.0
23.14
.15
.24
.07
42
31
32
1900.
12.0
60.0
116.48
.33
.38
.20
•
43
32
33
2200.
12.0
60.0
84.13
.24
.24
.11
44
34
33
1000.
12.0
60.0
38.01
.11
.02
.02
•
45
30
34
4500.
10.0
50.0
36.09
.15
.35
.08
46
35
34
1500.
12.0
60.0
45.26
• 13
.05
.03
•
47
35
36
600.
12.0
60.0
17.42
.05
.00
.01
49
35
38
3300.
6.0
40.0
2.18
.02
.03
.01
50
36
38
2500.
6.0
40.0
2.34
-03
.02
.01
■
51
39
36
1800.
6.0
50.0
31.87
.36
1.33
.74
•
52
39
35
1300.
6.0
120.0
91.05
1.03
1.32
1.02
•
53
40
23
3400.
10.0
120.0
69.59
.28
.17
.05
■
54
40
32
2000.
6.0
80.0
31.77
• 36
.61
.31
•
55
41
40
1500.
10.0
120.0
211.88
.87
.61
.40
•
56
41
33
2600.
6.0
30.0
44.01
.50
1.46
.56
57
42
41
1200.
10.0
80.0
305.55
1.25
2.02
1.69
•
58
42
39
3500.
10.0
110.0
239.39
.98
2.08
.59
•
59
44
39
3400.
6.0
50.0
30.72
.35
2.34
.69
•
60
43
42
1700.
12.0
100.0
573.83
1.63
2.51
1.47
61
43
44
1400.
12.0
100.0
600.97
1.70
2.25
1.61
62
45
43
750.
12.0
100.0
1174.80
3.33
4.17
5.56
63
25
46
800.
6.0
50.0
.06
.00
.00
.00
64
40
46
3000.
6.0
80.0
23.84
.27
.54
.18
•
65
47
26
1400.
16.0
90.0
157.88
.25
.06
.04
■
66
47
46
600.
6.0
90.0
12.22
.14
.03
.04
•
67
48
47
600.
16.0
90.0
186.36
• 30
.03
.05
•
68
49
48
2500.
16.0
90.0
300.19
.48
.33
.13
•
69
50
49
1000.
16.0
90.0
341.98
.55
.17
.17
•
71
51
50
3800.
16.0
90.0
367.26
.59
• 73
.19
72
44
51
2000.
12.0
100.0
481.75
1.37
2.13
1.07
73
48
52
2800.
6.0
110.0
67.78
.77
1.94
.69
74
52
53
1100.
6.0
110.0
69.50
.79
.80
.72
•
75
54
53
1600.
6.0
50.0
47.02
.53
2.42
1.51
76
49
54
1000.
6.0
40.0
23.73
.27
.64
.64
77
53
55
1100.
6.0
110.0
65.21
.74
.71
.64
•
80
58
54
3500.
6.0
120.0
35.03
.40
.61
.17
82
51
58
1600.
6.0
110.0
62.12
.70
-94
.59
86
55
61
4100.
6.0
110.0
11.93
.14
.11
.03
87
26
62
4100.
16.0
80.0
445.97
.71
1.41
.34
•
88
62
52
2900.
6.0
100.0
27.01
• 31
.44
.15
89
62
63
1300.
12.0
80.0
372.91
1.06
1.30
1.00
90
63
64
1800.
12.0
120.0
313.42
.89
.62
.34
91
64
65
500.
12.0
120.0
269.20
.76
.13
.26
•
92
64
66
700.
6.0
90.0
25.25
.29
.11
.16
93
53
66
3700.
6.0
90.0
29.64
.34
.80
.22
94
66
61
4900.
6.0
90.0
3.42
.04
.02
.00
95
65
67
1200.
12.0
120.0
189.03
.54
.16
.13
96
67
68
1500.
12.0
30.
105.76
.30
.15
.10
97
63
68
3000.
6.0
80.0
34.20
.39
1.05
.35
98
67
69
2000.
6.0
120.0
45.35
.51
.56
.28
•
99
69
70
2200.
6.0
120.0
14.64
.17
.08
.03
100
65
70
2000.
6.0
120.0
54.89
.62
.80
.40
VII-4
fk.H
NODE
DATlt
DEMAND
■ODE
HGL
HO.
(CF3)
(OPM)
168.86
ELEV
HEAD
PRESSURE
62.60
ELEV
1
.376
161.00
144.47
305.47
3
.181
81.27
235.00
76.36
33.09
311.36
4
•213
95.72
64.00
250.53
108.56
314.53
6
.270
121.00
62.00
172.55
74.77
234.55
7
.219
98.43
120.00
125.00
54.17
245.00
8
.237
106.55
73.00
173.96
75.38
246.96
9
.203
91.20
53.00
197.11
85.41
250.11
11
.147
65.92
81.00
167.43
72.55
248.43
12
0.000
0.00
56.00
197.89
85.75
253-89
13
0.000
0.00
47.00
204.45
88.59
251.45
15
0.000
0.00
60.00
197.59
85.62
257.59
17
-3.714
-1666.94
47.00
211.00
91.43
258.00
18
.346
155.32
99.00
149.35
64.72
248.35
19
.270
121.00
88.00
160.82
69.69
248.82
20
.111
49.67
96.00
152.00
65-87
248.00
21
.074
33.41
102.00
145.38
63.00
247.38
22
.054
24.38
101.00
146.39
63.44
247.39
23
.189
84.88
106.00
141.21
61.19
247.21
24
.368
165.25
112.00
134.94
58.48
246.94
25
.038
17.16
120.00
126.84
54.96
246.84
26
.286
128.23
110.00
136.81
59.28
246.81
27
0.000
0.00
84.00
163.42
70.81
247.42
28
0.000
0.00
126.00
121.05
52.45
247.05
30
.388
174.28
124.00
122.90
53.26
246.90
31
.229
102.94
127.00
120.14
52.06
247.14
32
.143
64.11
145.00
101.77
44.10
246.77
33
.370
166.15
69.00
177.53
76.93
246.53
34
.097
43.34
75.00
171.55
74.34
246.55
35
.058
26.19
62.00
184.61
80.00
246.61
36
.105
46.96
60.00
186.60
80.86
246.60
38
.010
4.52
56.00
190.58
82.58
246.58
39
.328
147.19
70.00
177.93
77.10
247.93
40
.193
86.69
139.00
108.38
46.96
247.38
41
.111
49.67
90.00
157.99
68.46
247.99
42
.064
28.90
77.00
173.01
74.97
250.01
*3
0.000
0.00
47.00
205.51
89.06
252.51
44
.197
88,49
87.00
163.27
70.75
250.27
46
.080
36.12
137-00
109.84
47.60
246.84
47
.036
16.25
144.00
102.87
44.57
246.87
48
.103
46.05
130.00
116.90
50.66
246.90
49
.040
18.06
81.00
166.23
72.03
247.23
50
.056
25.28
56.00
191.40
82.94
247.40
51
.117
52.37
95.00
153.13
66.36
248.13
52
.056
25.28
101.00
143.96
62.38
244.96
53
.048
21.67
98.00
146.17
63.34
244.17
54
.026
11.74
91.00
155.59
67.42
246.59
55
.119
53.28
96.00
147.46
63.90
243-46
58
.060
27.09
105.00
142.19
61.62
247.19
61
.034
15.35
67.00
176.34
76.42
243.34
62
.103
46.05
101.00
144.40
62.57
245.40
63
.056
25.28
116.00
128.09
55.51
244.09
64
.042
18.96
112.00
131.48
56.97
243.48
65
.056
25.28
111.00
132.35
57.35
243.35
66
.115
51.47
108.00
135.36
58.66
243.36
67
.084
37.93
116.00
127.19
55.11
243.19
68
.312
139.97
118.00
125.04
54.18
243.04
69
.068
30.70
109.00
133.63
57.90
242.63
70
.155
69.53
100.00
142.55
61.77
242.55
10
-1.103
-495.11
43.00
210.35
91.15
253.35
14
— 527
-236.46
46.00
205.53
89.06
251.53
45
-2.617
-1174.80
44.00
212.68
92.16
256.68
2
.403
180.77
302.00
9.00
3-90
311.00
5
.515
231.11
282.00
31.00
13.43
313.00
16
-1.545
-693.42
239.00
20.00
8.67
259.00
29
.943
423.45
210.00
37.00
16.03
247.00
EBROR
SUMMARY
E8R0R TIMES
0078 0005
VI 1-5
5
I:
r
IPB DATA l
Min. ■
PIPE
NODES
HEAD
HLOSS
NO.
FROH
TO
LENGTH
OIAH
COEF
FLOW RATE
VELOCITT
LOSS
/1000
7
6
7
4800.
6.0
80.0
47.10
.53
3-05
.64
8
8
7
2800.
10.0
80.0
31.60
.13
.07
.03
9
9
6
3000.
6.0
40.0
14.82
.17
.81
.27
10
9
8
4500.
12.0
80.0
339.27
.96
3.79
.84
11
10
9
800.
12.0
50.0
' 480.14
1.36
3.06
3.82
12
9
11
2600.
6.0
40.0
53-13
.60
7.45
2.87
t
13
8
24
7000.
10.0
90.0
222.48
.91
5.27
.75
14
12
6
7200.
12.0
90.0
129.03
• 37
.81
. tl
15
12
13
5700.
16.0
90.0
688.97
1.10
3.53
.62
16
13
11
3700.
16.0
90.0
922.00
1.47
3.93
1.06
.
17
14
13
100.
10.0
90.0
233.03
.95
.08
.82
•
16
15
12
800.
14.0
80.0
818.00
1.70
1.62
2.03
19
16
15
500.
lb.0
40.0
226.19
• 36
.18
.35
•
20
17
15
200.
16.0
40.0
591.81
.94
.42
2.10
21
17
18
6000.
16.0
40.0
512.00
.82
9-63
1.60
22
11
18
1300.
16.0
40.0
111.96
.18
.12
.10
23
17
19
4700.
16.0
40.0
563.29
.90
9.00
1.91
24
19
20
900.
16.0
40.0
395.84
.63
.90
1.00
25
20
21
2000.
16.0
40.0
253-80
.40
.87
.44
26
21
22
300.
16.0
40.0
93.87
.15
.02
.07
27
18
22
1300.
16.0
40.0
373.79
.60
1.16
.90
28
22
23
900.
16.0
80.0
247.39
.39
.10
.12
29
23
24
1400.
16.0
80.0
285.28
.4b
.21
.15
30
24
25
1900.
16.0
80.0
375.63
.60
.48
.25
-
31
25
26
700.
16.0
80.0
359.81
.57
.16
•23
32
11
27
1700.
16.0
90.0
810.46
1.29
1.42
.84
33
18
27
1100.
10.0
40.0
125.99
-51
1.30
1.18
3»
22
27
2100.
16.0
90.0
200.77
.32
• 13
.06
35
27
28
1750.
20.0
90.0
1137.22
1.16
.92
.53
•
36
28
29
1400.
24.0
90.0
1308.52
.93
.39
.28
•
37
2b
28
3800.
16.0
120.0
171.30
.27
.10
.03
38
19
30
1500.
8.0
40.0
70.70
.45
1.80
1.20
39
20
30
1700.
10.0
50.0
102.33
.42
.90
.53
40
21
31
1100.
12.0
120.0
133.21
.38
.08
.07
41
30
31
3400.
8.0
60.0
9.84
.Ob
.05
.01
42
31
32
1900.
12.0
60.0
60.75
.17
.11
.06
•
43
32
33
2200.
12.0
60.0
36.19
.10
.05
.02
44
34
33
1000.
12.0
60.0
56.41
.16
.05
.05
•
45
30
34
4500.
10.0
50.0
23.85
.10
.16
.04
46
35
34
1500.
12.0
60.0
67.22
.19
.11
.07
•
47
35
36
600.
12.0
60.
5.97
.02
.00
.00
49
35
38
3300.
6.0
40.0
1.69
.02
.02
.00
50
36
38
2500.
6.0
40.0
1.92
.02
.02
.01
•
51
39
36
1800.
6.0
50.0
33.50
.38
1.45
.81
•
52
39
35
1300.
6.0
120.0
95.82
1.09
1.45
1.12
•
53
40
23
3400.
10.0
120.0
105.76
.43
• 38
.11
•
54
40
32
2000.
6.0
80.0
26.70
.30
.44
.22
•
55
41
40
1500.
10.0
120.0
236.24
.97
.74
.49
•
56
41
33
2600.
6.0
80.0
40.25
.46
1.24
.48
57
42
41
1200.
10.0
80.0
316.20
1.29
2.15
1.80
•
58
42
39
3500.
10.0
110.0
219.88
.90
1.78
.51
•
59
44
39
3400.
6.0
50.0
27.12
• 31
1.86
.55
•
60
43
42
1700.
12.0
100.0
559.18
1.59
2.39
1.40
61
43
44
1400.
12.0
100.0
609.96
1.73
2.31
1.65
62
45
43
750.
12.0
100.0
1169.14
3.32
4.13
5.51
63
25
46
800.
6.0
50.0
2.10
.02
.00
.00
64
40
46
3000.
6.0
80.0
34.47
.39
1.07
.36
•
65
47
26
1400.
16.0
90.0
264.64
.42
• 15
.11
66
46
47
600.
6.0
90.0
7.69
.09
.01
.02
•
67
48
47
600.
16.0
90.0
269.95
.43
.07
.11
•
68
49
48
2500.
16.0
90.0
362.21
.58
.47
• 19
•
69
50
49
1000.
16.0
90.0
392.63
.63
.22
.22
•
71
51
50
3800.
16.0
90.0
412.85
.66
.91
.24
72
44
51
2000.
12.0
100.0
512-08
1.45
2.39
1.19
73
48
52
2800.
6.0
110.0
55.43
.63
1.33
.48
74
52
53
1100.
6.0
110.0
53-77
.61
.50
.45
•
75
54
53
1600.
6.0
50.0
42.30
.48
1.99
1.24
76
49
54
1000.
6.0
40.0
15.99
.18
• 31
• 31
77
53
55
1100.
6.0
110.0
53.65
.61
.49
.45
•
80
58
54
3500.
6.0
120.0
35.70
.41
.63
.18
82
51
58
1600.
6.0
110.0
57.36
.65
.81
.51
86
55
61
4100.
6.0
110.0
11.05
.13
.10
.02
87
26
62
4100.
16.0
80.0
350.63
.56
.90
.22
•
88
62
52
2900.
6.0
100.0
18.56
.21
.22
.07
89
62
63
1300.
12.0
80.0
295.25
.84
.85
.65
90
63
64
1800.
12.0
120.0
247.85
.70
.40
.22
91
64
65
500.
12.0
120.0
215.41
.61
.09
.17
92
64
66
700.
6.0
90.0
17.28
.20
.06
.08
93
53
6b
3700.
6.0
90.0
25.09
.28
t59
.16
94
66
61
4900.
6.0
90.0
1.22
.01
.00
.00
95
65
67
1200.
12.0
120.0
151.30
.43
.11
.09
96
67
68
1500.
12.0
80.0
84.72
.24
.10
.Ob
97
63
6(1
3000.
6.0
ao.o
27.19
.31
.b9
.23
98
67
69
2000.
6.0
120.0
36.25
.41
-37
.18
■
99
69
70
2200.
6.0
120.0
11.70
.13
.05
.02
100
65
70
2000.
6.0
120.0
43.89
.50
.53
.2b
VII-6
Fw,.24
NOOK
DATAi
NOOK
DEMAND
HGL
NO.
(CFS)
.216
(CPM)
96.75
ELEV
62.00
HEAD
194.39
PRESSURE
ELEV
6
84.23
256-39
7
.175
78.70
120.00
133.34
57.78
253.34
8
.190
85.20
73.00
180.41
78.18
253-41
9
.162
72.92
53-00
204.20
88.49
257.20
11
.117
52.71
81.00
168.74
' 73-12
249.74
12
0.000
0.00
56.00
201.20
87-19
257.20
13
0.000
0.00
47.00
206.67
89.56
253.67
IS
0.000
0.00
60.00
198.82
86.16
258.82
17
-3-714
-1667.10
47.00
212.24
91.97
259.24
18
.277
124.18
99.00
150.62
65.27
249.62
19
.216
96.75
88.00
162.24
70.31
250.24
20
.088
39.71
96.00
153.35
66.45
249.35
21
.060
26.71
102.00
146.47
63.47
248.47
22
.043
19.49
101.00
147.45
63.90
248.45
23
.151
67.87
106.00
142.35
61.68
248.35
24
.294
132.13
112.00
136.14
58.99
248. 14
25
.031
13-72
120.00
127.66
55.32
247.66
26
.228
102.52
110.00
137.50
59.58
247.50
27
0.000
0.00
84.00
164.32
71.21
248.32
28
0.000
0.00
126.00
121.39
52.60
247.39
30
.310
139.35
124.00
124.45
53.93
248.45
31
.183
82.31
127.00
121.40
52.60
248.40
32
.114
51.26
145.00
103.28
44.76
240.28
33
.296
132.85
69.00
179.23
77.67
248.23
3*
.077
34.66
75.00
173.28
75.09
248.28
35
.047
20.94
62.00
186.39
80.77
248.39
36
.084
37.54
60.00
188.39
81.64
248.39
38
.008
3.61
56.00
192.38
83.36
248.38
39
.262
117.69
70.00
179.84
77.93
249.84
40
.154
69.31
139.00
109.73
47.55
248.73
41
.088
39.71
90.00
159.47
69.10
249.47
42
.051
23.10
77.00
174.62
75.67
251.62
43
0.000
0.00
47.00
207.01
89.70
254.01
44
.158
70.76
87.00
164.70
71.37
251.70
4b
.064
28.88
137.00
110.66
47.95
247.66
47
.029
13.00
144.00
103.65
44.91
247.65
48
.082
36.82
130.00
117.71
51.01
247.71
49
.032
14.44
81.00
167.18
72.45
248.18
50
.045
20.22
56.00
192.40
83-37
248.40
51
.093
41.88
95.00
154.31
66.87
249.31
52
.045
20.22
101.00
145.38
63.00
246.38
53
.039
17.33
98.00
147.88
64.08
245.88
54
.021
9.39
91.00
156.87
67.98
247.87
55
.095
42.60
96.00
149.39
64.74
245.39
58
.048
21.66
105.00
143.50
62.18
248.50
61
.027
12.27
67.00
178.29
77.26
245.29
62
.082
36.82
101.00
145.60
63.09
246.60
63
.045
20.22
116.00
129.75
56.22
245.75
64
.034
15.16
112.00
133.35
57.78
245.35
65
.045
20.22
111.00
134.26
58.18
245.26
60
.092
41.15
108.00
137.29
59-49
245.29
67
.068
30.32
116.00
129.16
55.97
245.16
68
.249
111.91
118.00
127.06
55.06
245.06
69
.055
24.55
109.00
135.79
58.84
244.79
70
.124
55.59
100.00
144.74
62.72
244.74
10
-1.070
-480.14
43.00
217.26
94.14
260.26
14
-.519
-233.03
46.00
207.75
90.03
253.75
45
-2.605
-1169.14
44.00
214.14
92.79
258.14
16
-.504
-226.19
239.00
20.00
8.67
259.00
29
2.915
1308.52
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIMES
0078 0004
VII-7
"pipe'dataY "
F,, 2r
M
I 6| . t_ J 10. FROM TO LEHGTH DIAM COEf rLOV RATE VELOCITT L0S3 -/1000 VI 1-8
PIPE
NODES
HEAD
HL03S
NO.
FROM
TO
1
LENGTH
4200.
DIAM
6.0
COEF
40.0
FLOW RATE
VELOCITT
LOSS
-/1 000
1
4
54.81
.62
12.76
3.04
2
3
1
5200.
10.0
40.0
161.36
.66
9.70
1.86
3
4
3
3700.
12.0
90.0
378.31
1.07
3.06
.83
• 4
3
2
700.
10.0
90.0
112.91
.46
.15
.21
• 5
4
5
4600.
12.0
90.0
204.05
.58
1.21
.26
6
6
4
400.
12.0
90.0
' 759.72
2.16
1.20
3.01
• 7
7
6
4800.
6.0
80.0
79.88
.91
8.11
1.69
8
8
7
2800.
10.0
80.0
205.88
.84
2.27
.81
9
9
6
3000.
6.0
40.0
67.92
-77
13-56
4.52
10
9
8
4500.
12.0
80.0
308.17
.87
3.17
.70
11
10
9
800.
12.0
50.0
498.79
1.41
3.28
4.10
12
9
11
2600.
6.0
40.0
5.94
.07
.13
.05
13
24
8
7000.
10.0
90.0
34.12
.14
.16
.02
14
12
6
7200.
12.0
90.0
766.83
2.18
22.07
3.06
15
12
13
5700.
16.0
90.0
753-82
1.20
4.17
.73
16
13
11
3700.
16.0
90.0
988.44
1.58
4.47
1.21
17
14
13
100.
10.0
90.0
234.61
.96
.08
.83
■ 18
15
12
800.
14.0
80.0
830.52
1-73
1.67
2.09
19
16
15
500.
16.0
40.0
404.17
.64
.52
1.04
• 20
17
15
200.
16.0
40.0
426.34
.68
.23
1.14
21
17
18
6000.
16.0
40.0
546.54
.87
10.86
1.81
22
11
18
1300.
16.0
40.0
188.03
-30
.33
.25
23
17
19
4700.
16.0
40.0
636.27
1.02
11.28
2.40
24
19
20
900.
16.0
40.0
390.71
.62
.88
.97
25
20
21
2000.
16.0
40.0
170.90
.27
.42
.21
• 26
22
21
300.
16.0
40.0
274.48
.44
.15
.51
27
18
22
1300.
16.0
40.0
437.28
.70
1.56
1.20
28
22
23
900.
16.0
80.0
638.13
1.02
.60
.67
29
23
24
1400.
16.0
80.0
399.51
.64
.39
.28
30
24
25
1900.
16.0
80.0
153.84
.25
-09
.05
31
25
26
700.
16.0
80.0
116.49
.19
.02
.03
32
11
27
1700.
16.0
90.0
721.96
1.15
1.15
.68
33
18
27
1100.
10.0
40.0
98.46
.40
.82
.75
• 34
27
22
2100.
16.0
90.0
506.54
.81
.74
.35
35
27
28
1750.
20.0
90.0
313.89
.32
.09
.05
36
29
28
1400.
24.0
90.0
470.44
.33
.06
.04
37
28
26
3800.
16.0
120.0
784.33
1.25
1.76
.46
38
19
30
1500.
8.0
40.0
90.65
.58
2.85
1.90
39
20
30
1700.
10.0
50.0
156.23
.64
1.98
1.16
40
21
31
1100.
12.0
120.0
402.60
1.14
.60
.55
• 41
31
30
3400.
8.0
60.0
48.43
.31
.95
.28
42
31
32
1900.
12.0
60.0
222.39
.63
1.25
.66
• 43
32
33
2200.
12.0
60.0
178.02
.51
-96
.43
• 44
33
34
1000.
12.0
60.0
14.81
.04
.00
.00
• 45
30
34
4500.
10.0
50.0
72.20
.29
1.25
.28
• 46
34
35
1500.
12.0
60.0
31.53
.09
.03
.02
• 47
35
36
600.
12.0
60.0
44.89
.13
.02
.03
49
35
38
3300.
6.0
40.0
3.09
.04
.05
.01
50
36
38
2500.
6.0
40.0
2.69
.03
.03
.01
• 51
39
36
1800.
6.0
50.0
17.91
.20
.46
.25
• 52
39
35
1300.
6.0
120.0
49.98
.57
.44
.33
53
23
40
3400.
10.0
120.0
129.95
.53
.56
.16
• 54
40
32
2000.
6.0
80.0
37.70
.43
.84
.42
• 55
41
40
1500.
10.0
120.0
27.34
.11
.01
.01
• 56
41
33
2600.
6.0
80.0
49.49
.56
1.81
.70
57
42
41
1200.
10.0
80.0
140.41
.57
.48
.40
• 58
42
39
3500.
10.0
110.0
226.98
.93
1.89
.54
• 59
44
39
3400.
6.0
50.0
29.34
.33
2.15
.63
• 60
43
42
1700.
12.0
100.0
404.38
1.15
1.31
.77
61
43
44
1400.
12.0
100.0
398.09
1.13
1.05
.75
62
45
43
750.
12.0
100.0
802.47
2.28
2.06
2.74
63
25
46
800.
6.0
50.0
15.39
.17
.15
.19
64
40
46
3000.
6.0
80.0
8.61
.10
.08
.03
65
26
47
1400.
16.0
90.0
157.85
.25
.06
.04
• 66
47
46
600.
6.0
90.0
22.24
.25
.08
.13
67
47
48
600.
16.0
90.0
114.80
.18
.01
.02
• 68
49
48
2500.
16.0
90.0
30.68
.05
.00
.00
• 69
50
49
1000.
16.0
90.0
90.22
.14
.01
.01
• 71
51
50
3800.
16.0
90.0
122.59
.20
.10
.03
72
44
51
2000.
12.0
100.0
255.46
.72
.66
.33
73
48
52
2800.
6.0
110.0
86.53
.98
3.04
1.09
74
52
53
1100.
6.0
110.0
92.35
1.05
1.35
1.23
• 75
54
53
1600.
6.0
50.0
52.53
.60
2.97
1.86
76
49
54
1000.
6.0
40.0
36.42
.41
1.43
1.43
77
53
55
1100.
6.0
110.0
81.34
.92
1.07
.97
• 80
58
54
3500.
6.0
120.0
31.14
.35
.49
.14
82
51
58
1600.
6.0
110.0
65.82
.75
1.05
.65
86
55
61
moo.
6.0
110.0
13.13
.15
.14
.03
87
26
62
4100.
16.0
80.0
578.81
.92
2.29
.56
• 88
62
52
2900.
6.0
100.0
38.19
.43
..83
.29
89
62
63
1300.
12.0
80.0
481.67
1-37
2.09
1.61
90
63
64
1800.
12.0
120.0
405.28
1.15
.99
.55
91
64
65
500.
12.0
120.0
344.39
.98
.20
.41
92
64
66
TOO.
6.0
90.0
36.61
.42
.22
.32
93
53
66
3700.
6.0
90.0
35.80
.41
1.14
.31
94
66
61
4900.
6.0
90.0
6.52
.07
.06
.01
95
65
67
1200.
12.0
120.0
241.76
.69
.25
.21
96
67
68
1500.
12.0
80.0
135.16
.38
.23
.15
97
63
68
3000.
6.0
80.0
44.02
.50
1.68
.56
98
67
69
2000.
6.0
120.0
58.06
.66
.88
.44
• 99
69
70
2200.
6.0
120.0
18.75
.21
.12
.05
100
«
70
?ooo.
*.o
ipa.n
7n ■>*>
an
1 9«
*i
VII-9
F\fi- ZS
M
■ODE
DATAi
MODE
DEMAND
HCL
NO.
(CFS)
(GI>M)
ELEV
HEAD.
PRESSURE
ELEV
1
.482
216.17
161.00
140.45
60.86
301.45
3
.232
104.04
235.00
76.15
33.00
311.15
4
.273
122.54
64.00
250.21
108.43
314.21
6
.345
154.90
62.00
172.75
74.86
234.75
7
.281
126.00
120.00
122.86
53.24
242.86
8
.304
136.41
73.00
172.13
74.59
245.13
9
.260
116.76
53.00
195.30
84.63
248.30
11
.188
84.39
81.00
167.17
72.44
248.17
12
-1.538
-690.13
56.00
200.81
87.02
256.81
13
0.000
0.00
47.00
205.64
89.11
252.64
15
0.000
0.00
60.00
198.48
86.01
258.48
17
-3-585
-1609.15
47.00
211.71
91.74
258.71
18
.443
198.83
99.00
148.85
64.50
247.85
19.
• 345
154.90
88.00
159.43
69.09
247.43
20
.142
63.58
96.00
150.56
65.24
246.56
21
.095
42.77
102.00
144.14
62.46
246.14
22
.070
31.21
101.00
145.29
62.96
246.29
23
.242
108.66
106.00
139.69
60.53
245.69
24
.471
211.55
112.00
133.30
57.76
245.30
25
.049
21.96
120.00
125.20
54.26
245.20
26
.366
164.15
110.00
135.18
58.58
245.18
27
0.000
0.00
84.00
163.03
70.64
247.03
28
0.000
0.00
126.00
120.94
52.41
246.94
30
.497
223.11
124.00
120.58
52.25
244.58
31
.294
131.78
127.00
118.54
51.37
245.54
32
.183
82.08
145,. 00
99.29
43.03
244.29
33
.474
212.70
69,-00
174.34
75.55
243.34
34
.124
55.49
75.00
168.33
72.94
243.33
35
.075
33.52
62.00
181.31
78.57
243-31
36
.134
60.11
60.00
183.29
79.42
243.29
38
.013
5.78
56.00
187.26
81.14
243.26
39
.420
188.43
70.00
173.74
75.29
243.74
40
.247
110.98
139.00
106.13
45.99
245.13
41
.142
63.58
90.00
155.15
67.23
245.15
42
.082
36.99
77.00
168.63
73.07
245.63
•3
0.000
0.00
47.00
199.94
86.64
246.94
44
.252
113-29
87.00
158.89
68.85
245.89
46
.103
46.24
137.00
108.05
46.82
245.05
47
.046
20.81
144.00
101.13
43.82
245.13
48
.131
58.96
130.00
115.11
49.88
245.11
49
.052
23.12
81.00
164.12
71.12
245.12
50
.072
32.37
56.00
189.13
81.96
245.13
51
.149
67.05
95.00
150.23
65.10
245.23
52
.072
32.37
101.00
141.07
61.13
242.07
53
.062
27.74
98.00
142.72
61.85
240.72
54
.033
15.03
91.00
152.69
66.17
243.69
55
.152
68.20
96.00
143.66
62.25
239.66
58
.077
34.68
105.00
139.18
60.31
244.18
61
.044
19.65
67.00
172.52
74.76
239.52
62
.131
58.96
101.00
141.90
61.49
242.90
63
.072
32.37
116.00
124.80
54.08
240.80
64
.054
24.28
112.00
127.81
55.38
239.81
65
.072
32.37
111.00
128.61
55.73
239.61
66
.147
65.89
108.00
131.59
57.02
239.59
67
.108
48.55
116.00
123-35
53.45
239.35
68
.399
179.18
118.00
121.12
52.49
239.12
69
.088
39.30
109-00
129.47
56.10
238.47
70
.198
89.01
100.00
138.35
59.95
238.35
10
-1.111
-498.79
43.00
208.59
90.39
251.59
14
—523
-234.61
46.00
206.73
89.58
252.73
45
-1.788
-802.47
44.00
204.99
88.83
248.99
2
.252
112.91
302.00
9.00
3.90
311.00
5
.455
204.05
282.00
31.00
13.43
313.00
16
-.901
-404.17
239.00
20.00
8.67
259.00
29
-1.048
-470.44
210.00
37.00
16.03
247.00
error
SUMMARY
ERROR TIKES
i
0078 0005
Ff*. z<r
PIPE DATAi
PIPE
NODES
HEAD
HLOSS
n T •
MO.
FROM
TO
LENGTH
OIAM
COEP
FLOW RATE
VELOCITT
LOSS
/1 000
Hv<jj..
1
4
1
4200.
6.0
40.0
47.78
.54
9.90
2.36
2
3
1
5200.
10.0
40.0
132.30
.54
6.71
1.29
4
3
3700.
12.0
90.0
386.16
1. 10
3.18
.86
* «
3
2
700.
10.0
90.0
. 167.19
.68
.31
.44
• c
4
5
4600.
12.0
90.0
228.18
.65
1.49
• 32
6
4
400.
12.0
90.0
764.20
2.17
1.22
3.05
• 7
7
6
4800.
6.0
80.0
81.01
.92
8.33
1.73
8
8
7
2800.
10.0
80.0
185.97
.76
1.88
.67
9
9
6
3000.
6.0
40.0
67.68
.77
13-47
4.49
10
9
8
4500.
12.0
80.0
312.82
.89
3.26
.72
11
10
9
800.
12.0
50.0
496.04
1.41
3.25
4.06
12
9
11
2600.
6.0
40.0
18.28
.21
1.03
.40
• 13
8
24
7000.
10.0
90.0
13.22
.05
.03
.00
11
12
6
7200.
12.0
90.0
744.56
2.11
20.89
2.90
15
12
13
5700.
16.0
90.0
744.33
1-19
4.07
.71
16
13
11
3700.
16.0
90.0
978.38
1.56
4.39
1.19
17
14
13
100.
10.0
90.0
234.05
.96
.08
.83
• 18
15
12
800.
14.0
80.0
799.38
1.67
1.55
1.94
19
16
15
500.
16.0
40.0
334.32
-53
.36
.73
• 20
17
15
200.
16.0
40.0
465.06
.74
.27
1.34
21
17
18
6000.
16.0
40.0
536.41
.86
10.49
1.75
22
11
18
1300.
16.0
40.0
148.54
.24
.21
.16
23
17
19
4700.
16.0
40.0
607.71
.97
10.36
2.20
24
19
20
900.
16.0
40.0
396.79
.63
.90
1.00
25
20
21
2000.
16.0
40.0
211.13
.34
.62
.31
• 26
22
21
300.
16.0
40.0
140.28
.22
.04
.15
27
18
22
1300.
16.0
40.0
403.66
.64
1.34
1.03
28
22
23
900.
16.0
80.0
511.45
.82
.40
.44
29
23
24
1400.
16.0
80.0
346.52
.55
• 30
.22
30
24
25
1900.
16.0
80.0
183.51
.29
.13
.07
31
25
26
700.
16.0
80.0
155.58
.25
.03
.05
32
11
27
1700.
16.0
90.0
777.82
1.24
1-32
.78
33
18
27
1100.
10.0
40.0
115.65
.47
1.11
1.01
• 31
27
22
2100.
16.0
90.0
274.07
.44
.24
.11
35
27
28
1750.
20.0
90.0
619.40
.63
• 30
.17
• 36
28
29
1400.
24.0
90.0
107.26
.08
.00
.00
37
28
26
3800.
16.0
120.0
512.13
.82
.80
.21
38
19
30
1500.
8.0
40.0
81.87
.52
2.36
1.57
39
20
30
1700.
10.0
50.0
132.70
.54
1.46
.86
40
21
31
1100.
12.0
120.0
315.78
.90
.38
• 35
• 41
31
30
3400.
8.0
60.0
32.46
.21
.46
.13
42
31
32
1900.
12.0
60.0
173.54
.49
.79
.41
• 43
32
33
2200.
12.0
60.0
137.05
.39
.59
.27
• 44
33
34
1000.
12.0
60.0
.85
.00
.00
.00
• 45
30
34
4500.
10.0
50.0
61.18
.25
.92
.20
• 46
34
35
1500.
12.0
60.0
15.81
.04
.01
.00
• 47
35
36
600.
12.0
60.0
34.80
.10
.01
.02
49
35
38
3300.
6.0
40.0
2.53
.03
.03
.01
50
36
38
2500.
6.0
40.0
2.28
.03
.02
.01
• 51
39
36
1800.
6.0
50.0
17.56
.20
.44
.24
• 52
39
35
1300.
6.0
120.0
49.45
.56
.43
.33
53
23
40
3400.
10.0
120.0
74.40
.30
.20
.06
• 54
40
32
2000.
6.0
80.0
31.88
.36
.62
• 31
• 55
41
40
1500.
10.0
120.0
67.12
.27
.07
.05
• 56
41
33
2600.
6.0
80.0
41.00
.47
1.28
.49
57
42
41
1200.
10.0
80.0
161.08
.66
.62
.51
• 58
42
39
3500.
10.0
110.0
198.38
.81
1.48
.42
• 59
44
39
3400.
6.0
50.0
25.10
.28
1.61
.47
• 60
43
42
1700.
12.0
100.0
390.78
1.11
1.23
.72
61
43
44
1400.
12.0
100.0
408.16
1.16
1.10
.78
62
45
43
750.
12.0
100.0
798.94
2.27
2.04
2.72
63
25
46
800.
6.0
50.0
9.63
.11
.06
.08
64
40
46
3000.
6.0
80.0
17.19
.20
.29
.10
65
26
47
1400.
16.0
90.0
50.07
.08
.01
.00
• 66
47
46
600.
6.0
90.0
11.69
.13
.02
.04
67
47
48
600.
16.0
90.0
21.05
.03
.00
.00
• 68
49
48
2500.
16.0
90.0
100.39
.16
.04
.02
• 69
50
49
1000.
16.0
90.0
149.17
.24
.04
.04
• 71
51
50
3800.
16.0
90.0
176.13
.28
.19
.05
72
44
51
2000.
12.0
100.0
288.68
.82
.83
.41
73
48
52
2800.
6.0
110.0
72.32
.82
2.18
.78
74
52
53
1100.
6.0
110.0
76.54
.87
.95
.87
• 75
54
53
1600.
6.0
50.0
44.81
.51
2.21
1.38
76
49
54
1000.
6.0
40.0
29.52
.33
.97
.97
77
53
55
1100.
6.0
110.0
68.08
.77
.77
.70
• 80
58
54
3500.
6.0
120.0
27.81
.32
.40
.11
82
51
58
1600.
6.0
110.0
56.70
.64
.79
.50
86
55
61
4100.
6.0
110.0
11.26
.13
.10
.02
87
26
62
4100.
16.0
80.0
480.89
.77
1.62
.40
• 88
62
52
2900.
6.0
100.0
31.18
.35
.57
.20
89
62
63
1300.
12.0
80.0
400.60
1.14
1.49
1.15
90
63
64
1800.
12.0
120.0
336.99
.96
.71
.39
91
64
65
500.
12.0
120.0
286.93
.81
.15
.29
92
64
66
700.
6.0
90.0
29.84
.34
.15
.22
93
53
66
3700.
6.0
90.0
30.16
.34
.83
.22
9«
66
61
4900.
6.0
90.0
5.11
.06
.04
.01
95
65
67
1200.
12.0
120.0
201.44
.57
.18
.15
96
67
68
1500.
12.0
80.0
112.63
• 32
.16
.11
97
63
68
3000.
6.0
80.0
36.64
.42
1.20
.40
98
67
69
2000.
6.0
120.0
48.36
.55
.63
.31
• 99
69
70
2200.
6.0
120.0
15.62
.18
.09
.04
100
65
70
2000.
6.0
120.0
58.53
.66
.90
.45
VII-10
VII-11
F.yZS
Av*.
■ODE
DATAi
BODE
DEMAND
HGL
10.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
1
.401
180.08
161.00
143.60
62.23
304.60
3
.193
86.67
235.00
76.31
33.07
311.31
4
.227
102.08
64.00
250.49
108.55
314.49
6
.288
129.04
62.00
174.19
75.48
236.19
7
.234
104.97
120.00
124.51
53.96
244.51
8
.253
113.63
73.00
173.40
75.14
246.40
9
.217
97.26
53.00
196.66
85.22
249.66
11
.157
70.30
81.00
167.62
72.64
248.62
12
-1.536
-689.51
56.00
201.08
87.14
257.08
13
0.000
0.00
47.00
206.01
89.27
253.01
15
0.000
0.00
60.00
198.64
86.08
258.64
17
-3.585
-1609.17
47.00
211.90
91.83
258.90
18
.369
165.64
99.00
149.41
64.74
248.41
19
.288
129.04
88.00
160.55
69.57
248.55
20
.118
52.97
96.00
151.65
65.71
247.65
21
.079
35.63
102.00
145.02
62.84
247.02
22
.058
26.00
101.00
146.07
63.30
247.07
23
.202
90.52
106.00
140.67
60.96
246.67
24
.393
176.23
112.00
134.37
58.23
246.37
25
.041
18.30
120.00
126.24
54.70
246.24
26
.305
136.75
110.00
136.21
59.02
246.21
27
0.000
0.00
84.00
163.30
70.77
247.30
28
0.000
0.00
126.00
121.00
52.43
247.00
30
.414
185.86
124.00
122.19
52.95
246.19
31
.245
109.78
127.00
119.64
51.84
246.64
32
.152
68.37
145.00
100.85
43.70
245.85
33
.395
177.19
69.00
176.27
76.38
245.27
3«
.103
46.22
75.00
170.27
73.78
245.27
35
.062
27.93
62.00
183.26
79.41
245.26
36
.112
50.08
60.00
185.25
80.27
245.25
38
.011
4.82
56.00
189.22
82.00
245.22
39
• 350
156.97
70.00
175.68
76.13
245.68
40
.206
92.45
139.00
107.47
46.57
246.47
41
.118
52.97
90.00
156.54
67.84
246.54
42
.069
30.82
77.00
170.16
73.74
247.16
43
0.000
0.00
47.00
201.39
87.27
248.39
44
.210
94.37
87.00
160.29
69.46
247.29
46
.086
38.52
137.00
109.18
47.31
246.18
47
.039
17.33
144.00
102.20
44.29
246.20
48
.109
49.11
130.00
116.20
50.35
246.20
49
.043
19.26
81.00
165.24
71.61
246.24
50
.060
26.96
56.00
190.28
82.45
246.28
51
.124
55.85
95.00
151.47
65.64
246.47
52
.060
26.96
101.00
143.02
61.97
244.02
53
.051
23-11
98.00
145.06
62.86
243.06
54
.028
12.52
91.00
154.28
66.85
245.28
55
.127
56.82
96.00
146.30
63.40
242.30
58
.064
28.89
105.00
140.67
60.96
245.67
61
.036
16.37
67.00
175.19
75.92
242.19
62
.109
49.11
101.00
143.58
62.22
244.58
63
.060
26.96
116.00
127.10
55.07
243.10
64
.045
20.22
112.00
130.39
56.50
242.39
65
.060
26.96
111.00
131.24
56.87
242.24
66
.122
54.89
108.00
134.24
58.17
242.24
67
.090
40.45
116.00
126.06
54.63
242.06
68
.333
149.27
118.00
123.90
53.69
241.90
69
.073
32.74
109.00
132.43
57.39
241.43
70
.165
74.15
100.00
141.35
61.25
241.35
10
-1.105
-496.04
43.00
209.91
90.96
252.91
14
-.521
-234.05
46.00
207 . 09
89-74
253.09
45
-1.780
-798.94
44.00
206.43
89.45
250.43
2
.373
167.19
302.00
9.00
3.90
311.00
5
.508
228.18
282.00
31.00
13.43
313.00
16
-.745
-334.32
239.00
20.00
8.67
259.00
29
EBROB
.239
SOWMART
107.26
210.00
37.00
16.03
247.00
ERROR TIMES
(
)078 1
3005
rin data i
PIPE NODES
HEAD
HLOSS
NO.
ROM
TO
LENGTH
DIAM
COEF
PLOW RATE
VELOCITI
LOSS
/1000
7
6
7
4800.
6.0
80.0
56.45
.64
4.27
.89
1 1 \n,
a
8
7
2800.
10.0
80.0
27.48
.11
.05
.02
• 9
6
9
3000.
6.0
40.0
5.81
.07
.14
.05
10
9
8
4500.
12.0
80.0
352.57
1.00
4.07
.90
11
10
9
800.
12.0
50.0
479-37
1.36
3.05
3.81
12
9
11
2600.
6.0
40.0
54.84
.62
7.91
3.04
• 13
8
24
7000.
10.0
90.0
234.23
.96
5.80
.83
14
12
6
7200.
12.0
90.0
165.43
.47
1.29
.18
15
12
13
5700.
16.0
90.0
791.80
1.26
4.57
.80
16
13
11
3700.
16.0
90.0
1023.67
1.63
4.77
1.29
17
14
13
100.
10.0
90.0
231.88
.95
.08
.81
• id
15
12
300.
14.0
80.0
267.31
• 5b
.20
.2b
• 19
15
16
500.
16.0
40.0
232.05
.37
.19
• 37
• 20
17
15
200.
16.0
40.0
499.35
.80
.31
1.53
21
17
18
6000.
16.0
40.0
524.50
.84
10.07
1.68
22
11
18
1300.
16.0
40.0
151.50
.24
.22
.17
23
17
19
4700.
16.0
40.0
585.44
.93
9.67
2.06
20
19
20
900.
16.0
40.0
406.58
• b5
.94
1.05
25
20
21
2000.
16.0
40.0
250.42
.40
.85
.43
2b
21
22
300.
lo.O
40.0
1.75
.00
.00
.00
27
18
22
1300.
16.0
40.0
411.99
.bb
1.39
1.07
28
22
23
900.
16.0
80.0
340.35
.54
.19
.21
29
23
24
1400.
16.0
80.0
245.32
• 39
.16
.11
30
24
25
1900.
16.0
80.0
338.64
.54
• 39
.21
31
25
26
700.
16.0
80.0
311.65
.50
.12
.18
32
11
27
1700.
16.0
90.0
870.80
1.39
1.62
.96
33
18
27
1100.
10.0
40.0
131.57
.54
1.41
1.28
3«
22
27
2100.
16.0
90.0
52.60
.08
.01
.01
35
27
28
1750.
20.0
90.0
1054.97
1.08
.80
.46
• 3b
28
29
1400.
24.0
90.0
942.67
.87
.22
.15
37
28
26
3800.
16.0
120.0
112.30
.18
.05
.01
38
19
30
1500.
8.0
40.0
75.68
.48
2.04
1.36
39
20
30
1700.
10.0
50.0
113.81
.46
1.10
.65
40
21
31
1100.
12.0
120.0
220.18
.62
.20
.18
• 41
31
30
3400.
8.0
60.0
9.74
.06
.05
.01
42
31
32
1900.
12.0
60.0
122.65
• 35
.41
.22
• 13
32
33
2200.
12.0
60.0
93.23
.26
.29
.13
44
31
33
1000.
12.0
60.0
15.62
.04
.00
.00
• 45
30
34
4500.
10.0
50.0
50.63
.21
.65
.14
4b
35
34
1500.
12.0
60.0
1.95
.01
.00
.00
• 47
35
36
600.
12.0
60.0
24.16
.07
.01
.01
49
35
38
3300.
6.0
40.0
1.97
.02
.02
.01
50
36
38
2500.
6.0
40.0
1.88
.02
.01
.01
• 51
39
3b
1800.
6.0
50.0
17.76
.20
.45
.25
• 52
39
35
1300.
6.0
120.0
50.41
.57
.44
• 34
53
23
40
3400.
10.0
120.0
22.65
.09
.02
.01
• 54
40
i2
2000.
6.0
80.0
25.25
.29
.40
.20
• 55
41
40
1500.
10.0
120.0
102.47
.42
.16
.11
• 5b
41
33
2600.
6.0
80.0
32.83
• 37
.85
• 33
57
42
41
1200.
10.0
80.0
177.65
.73
.74
.62
• 58
42
39
3500.
10.0
110.0
173.00
.71
1.14
• 33
• 59
44
39
3400.
6.0
50.0
20.68
.23
1.12
.33
• 60
43
42
1700.
12.0
100.0
375.28
1.06
1.14
.67
61
43
44
1400.
12.0
100.0
420.05
1.19
1.16
.83
62
45
43
750.
12.0
100.0
795.34
2.26
2.02
2.70
63
25
4b
800.
6.0
50.0
12.36
.14
.10
.13
64
40
4b
3000.
6.0
80.0
25.95
.29
.63
.21
• 65
47
26
1400.
16.0
90.0
68.20
.11
.01
.01
bb
4b
47
600.
6.0
90.0
7.50
.09
.01
.02
• 67
48
47
600.
16.0
90.0
74.55
.12
.01
.01
• b8
49
48
2500.
16.0
90.0
171.52
.27
.12
.05
• 69
50
49
1000.
16.0
90.0
208.97
.33
.07
.07
• 71
51
50
3800.
16.0
90.0
230.53
• 37
•31
.06
72
44
51
2000.
12.0
100.0
323.91
-92
1.02
.51
73
48
52
2800.
6.0
110.0
57.69
.65
1.44
.51
74
52
53
1100.
6.0
110.0
60.33
.68
.61
.56
• 75
54
53
1600.
6.0
50.0
37. b6
.43
1.61
1.00
76
49
54
1000.
6.0
40.0
22.05
.25
.56
.56
77
53
55
1100.
6.0
110.0
54-92
.62
.52
.47
• 80
58
54
3500.
6.0
120.0
25-62
-29
• 34
.10
82
51
58
1600.
6.0
110.0
48.72
.55
.60
• 38
8b
55
61
4 100.
6.0
110.0
9.49
. 11
.07
.02
87
2b
62
4100.
16.0
80.0
382.81
.61
1.06
.26
• 88
62
52
2900.
6.0
100.0
24.20
.27
.36
.12
89
62
63
1300.
12.0
60.0
319.34
• 91
.98
.75
90
63
b4
1800.
12.0
120.0
268.54
.76
.46
.26
•>l
64
65
500.
12.0
120.0
22^.48
.65
. 10
.19
92
64
66
700.
6.0
90.0
22.89
.26
.09
.13
93
53
66
3700.
6.0
90.0
24.60
.28
.57
•'5.
94
66
61
4900.
6.0
90.0
3-60
.04
.02
.00
95
65
b7
1200.
12.0
120.0
161. 12
.46
.12
. 10
9b
67
68
• 1500.
12.0
80.0
90. 11
.26
. 11
.07
97
63
t>a
jUOO.
6.0
80.0
29. 24
■ ii
.79
.20
98
67
69
2000.
6.0
120.0
38.07
.44
.42
.21
• 99
69
70
2200.
6.0
120.0
12.49
. 14
.06
.03
100
65
70
2000.
6.0
120.0
Mb. 80
.53
.59
• 30
VII-12
tT ? CT MODE DEMAND HGL VTT-l^
J |CJ . fc_ w> „ 0> (CFS) ( CPM) E LEV HEAD PRESSURE ELEV ¥ x x - L -'
NODE
DATA)
NODE
DEMAND
HGL
HO.
(CFS)
(CPM)
ELEV
HEAD
PRESSURE
ELEV
6
.230
103.18
62.00
195.69
84.00
257.69
7
.187
83-93
120.00
133.43
57.82
253.43
8
.202
90.86
73-00
130. Mt*
70.21
253-40
9
.173
77.77
53.00
204.55
00.04
257.55
11
.125
5b. 21
81.00
168.64
73.08
249.o4
12
-1.537
-bb9.92
5b. 00
202.98
87.96
250.98
13
0.000
0.00
47.00
207.41
89.88
254.41
15
0.000
0.00
bO.OO
199.19
86.31
259.19
17
-3.58b
-1609.30
47.00
212.49
92.08
259.49
18
.295
132.44
99.00
150.43
85.18
249.43
19
.230
103. 18
88.00
161.83
70.12
249. 8j
20
.094
42.35
9b. 00
152. B8
bb.25
240.00
21
.0b3
28.49
102.00
14b. 03
63.28
248.03
22
.04b
20.79
101.00
147.03
63.71
248.03
23
.161
72.38
10b. 00
1 4 1 . 04
61.47
247.84
24
.314
140.91
112.00
135. b8
58.80
247.60
25
.033
14.63
120.00
127.29
55.16
247.29
2b
.244
109-34
110.00
137.17
59.44
247.17
27
0.000
0.00
84.00
1b4.02
71.08
240.02
28
0.000
0.00
12b. 00
121.22
52.53
247.22
30
• 331
148.61
124.00
123.79
53-64
247.79
31
.19b
87.78
127.00
120.83
52.36
247.83
32
.122
54.67
145.00
102.42
44.38
247-42
33
• 31b
141.t>8
69.00
178.13
77.19
247.13
34
.082
36.96
75.00
172.14
74.59
247. 14
35
.050
22.33
62.00
185.14
80.23
247.14
36
.089
40.04
bO.OO
107.13
81.09
247.13
38
.009
3.85
5b. 00
191.12
82.82
247.12
39
.280
125.51
70.00
177.58
76.95
247.58
40
.165
73.92
139.00
100.82
47.1b
247.82
41
.094
42.35
90.00
157.98
be. to
247.98
42
.055
24.64
77.00
171.72
74.41
240.72
•3
0.000
0.00
47.00
202.86
87.91
249-86
44
.1o8
75.4b
87.00
lbl.70
70.07
240.70
4b
.Ob9
30.80
137.00
no. 19
47.75
247.19
47
.031
13.60
144.00
103. 18
44.71
247.18
48
.087
39.27
130.00
117.19
50.78
247.19
49
.034
15.40
81.00
lbb.30
72.0b
247.30
50
.048
21.5b
5b. 00
191.37
82.93
247.37
51
.100
44. bb
95.00
1^2.68
bb.ib
247.68
52
.048
21.5b
101.00
144.75
b2.72
245.75
53
.041
iB.ua
98.00
147. 14
b3.7b
245.14
54
.022
10.01
91.00
155.74
b7.49
246.74
55
.101
45.43
9b. 00
148.62
04.40
244.62
58
.051
23.10
105.00
142.08
bl.57
247.00
bl
.029
13.09
b7.00
177.55
76.94
244.55
62
.087
39.27
101.00
145. 10
02.33
246. 10
bi
.040
21.5b
11b. 00
129.13
55.95
245.13
64
• 03b
1b. 17
112.00
132.66
57.49
244.66
b5
.048
21.5b
111.00
133.57
57.88
244.57
bb
.098
43-89
108.00
136.57
59-18
244.57
b7
.072
32.34
lib. 00
128.45
55. bb
244.45
b8
.2bb
119.35
118.00
126.34
54.75
244.34
69
.058
2b. 18
109.00
135.03
58.51
244.03
70
.132
59.29
100.00
143.97
b2.39
243.97
10
-I.ObU
-479.37
4J.00
217.60
94.29
260.00
14
-.517
-231.88
4b. 00
200.50
90.35
254.50
45
-1.772
-795.34
44.00
207.88
90.08
251.30
lb
.517
232.05
239.00
20.00
8.b7
259.00
29
2.100
942. b7
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIMES
0078 0004
PIPE DATA:
PIPB
NODES
HEAD
HLOSS
MO.
PROM
TO
LENGTH
DIAN
COEF
FLOW HATE
VELOCITY
LOSS
/1000
1
4
1
4200.
6.0
40.0
53.65
.61
12.26
2.92
2
3
1
5200.
10.0
40.0
157.10
.64
9.23
1.77
3
4
3
3700.
12.0
90.0
376.45
1.07
3.04
.82
• 4
3
2
700.
10.0
90.0
117.93
.48
.16
.23
• 5
4
5
4b00.
12.0
90.0
202.67
.57
1.20
.26
6
6
4
400.
12.0
90.0
752.24
2-13
1.18
2.96
• 7
7
6
4800.
6.0
80.0
85.55
.97
9.21
1.92
8
8
7
2800.
10.0
80.0
208.39
.85
2.32
.83
9
9
6
3000.
6.0
40.0
71.25
.81
14.81
4.94
10
9
8
4500.
12.0
80.0
313.82
.89
3.2b
-73
11
10
9
800.
12.0
50.0
500.14
1.42
3.30
4.13
12
9
11
2600.
6.0
40.0
1.24
.01
.01
.00
13
24
8
7000.
10.0
90.0
27.56
.11
.11
.02
14
12
6
7200.
12.0
90.0
746.46
2.12
20.99
2.92
15
12
13
5700.
16.0
90.0
610.60
.97
2.82
.50
16
13
11
3700.
16.0
90.0
847.77
1-35
3-36
.91
17
14
13
100.
10.0
90.0
237.17
• 97
.08
.85
• 18
15
12
800.
14.0
80.0
1357.06
2.83
4.14
5.18
19
16
15
500.
16.0
40.0
590.85
.94
1.05
2.09
• 20
17
15
200.
16.0
40.0
766.21
1.22
.68
3-38
21
17
18
6000.
16.0
40.0
557.36
.89
11.27
1.88
22
11
18
1300.
16.0
40.0
165.90
.26
.26
.20
23
17
19
4700.
16.0
40.0
648.68
1.04
11.69
2.49
24
19
20
900.
16.0
40.0
403.65
.64
.93
1.03
25
20
21
2000.
16.0
40.0
179-37
.29
.46
.23
• 26
22
21
300.
16.0
40.0
294.50
.47
.17
.58
27
18
22
1300.
16.0
40.0
449.51
.72
1.64
1.26
28
22
23
900.
16.0
80.0
748.04
1.19
.81
• 90
29
23
24
1400.
16.0
80.0
433.44
.69
.46
.33
30
24
25
1900.
16.0
80.0
199.65
• 32
.15
.08
31
25
26
700.
16.0
80.0
150.03
.24
.03
.05
32
11
27
1700.
16.0
90.0
600.84
.96
.82
.48
33
18
27
1100.
10.0
40.0
79.91
.33
.56
.51
• 34
27
22
2100.
16.0
90.0
623.46
.99
1.08
.51
35
27
28
1750.
20.0
90.0
57.29
.06
.00
.00
36
29
28
1400.
24.0
90.0
896.17
.64
.20
.14
37
28
26
3800.
16.0
120.0
953.46
1.52
2.52
.66
38
19
30
1500.
8.0
40.0
94.01
.60
3.05
2.03
39
20
30
1700.
10.0
50.0
162.29
.66
2.12
1.25
40
21
31
1100.
12.0
120.0
432.17
1.23
.68
.62
• 41
31
30
3400.
8.0
60.0
48.99
• 31
.98
.29
42
31
32
1900.
12.0
60.0
254.71
.72
1.60
.84
• 43
32
33
2200.
12.0
60.0
196.98
.56
1.15
.52
• 44
33
34
1000.
12.0
60.0
31.60
.09
.02
.02
• 45
30
34
4500.
10.0
50.0
87.78
.36
1.80
.40
• 46
34
35
1500.
12.0
60.0
65.29
.19
.10
.07
• 47
35
36
600.
12.0
60.0
52.08
.15
• 03
.04
49
35
38
3300.
6.0
40.0
3.17
.04
.05
.02
50
36
38
2500.
6.0
40.0
2.47
-03
.02
.01
• 51
39
36
1800.
6.0
50.0
8.99
.10
.13
.07
• 52
39
35
1300.
6.0
120.0
22.64
.26
.10
.08
53
23
40
3400.
10.0
120.0
208.66
.85
1.33
.39
• 54
40
32
2000.
6.0
80.0
22.29
.25
.32
.16
55
40
41
1500.
10.0
120.0
94.24
• 38
.14
.09
• 56
41
33
2600.
6.0
80.0
41.99
.48
1.34
• 51
57
42
41
1200.
10.0
80.0
9.73
.04
.00
.00
• 58
42
39
3500.
10.0
110.0
190.11
.78
1.36
• 39
• 59
44
39
3400.
6.0
50.0
25.22
.29
1.62
.48
• 60
43
42
1700.
12.0
100.0
235.91
.67
.48
.28
61
43
44
1400.
12.0 '
100.0
170.71
.48
.22
.16
62
45
43
750.
12.0
100.0
406.62
1.15
.58
.78
63
25
46
800.
6.0
50.0
28.20
.32
.47
.59
• 64
46
40
3000.
6.0
80.0
16.06
.18
.26
.09
65
26
47
1400.
16.0
90.0
373.90
.60
.28
.20
• 66
47
46
600.
6.0
90.0
32.94
.37
.16
.26
67
47
48
600.
16.0
90.0
320.67
.51
.09
.15
68
48
49
2500.
16.0
90.0
181.21
.29
.13
.05
69
49
50
1000.
16.0
90.0
122.95
.20
.03
.03
71
50
51
3800.
16.0
90.0
91.40
.15
.06
.01
72
44
51
2000.
12.0
100.0
35.04
.10
.02
.01
73
48
52
2800.
6.0
110.0
81.98
.93
2.75
.98
74
52
53
1100.
6.0
110.0
90.50
1.03
1.30
1.18
• 75
5«
53
1600.
6.0
50.0
48.34
.55
2.55
1.59
76
49
54
1000.
6.0
40.0
35.72
.41
1.37
1.37
77
53
55
1100.
6.0
110.0
78.13
.89
.99
.90
• 80
58
54
3500.
6.0
120.0
27.26
• 31
.38
.11
82
51
58
1600.
6.0
110.0
61.07
.69
.91
.57
86
55
61
4100.
6.0
110.0
11.64
.13
.11
-03
87
26
62
4100.
16.0
80.0
569.55
• 91
2.22
.54
• 88
62
52
2900.
6.0
100.0
40.07
.45
• 90
.31
89
62
63
1300.
12.0
80.0
472.00
1.34
2.02
1.55
90
63
64
1800.
12.0
120.0
397.39
1.13
.96
.53
91
64
65
500.
12.0
120.0
335.62
.95
.19
• 39
92
64
66
700.
6.0
90.0
38.11
.43
.24
.35
93
53
66
3700.
6.0
90.0
33.65
• 38
1.01
.27
94
66
61
4900.
6.0
90.0
7.52
.09
.08
.02
95
65
67
1200.
12.0
120.0
235.57
.67
.24
.20
96
67
68
1500.
12.0
80.0
131.63
■ 37
.22
.15
97
63
68
3000.
6.0
80.0
43.06
.49
1.61
• 54
98
67
b9
2000.
6.0
120.0
56.60
.64
.84
.42
• 99
69
70
2200.
6.0
120.0
18.29
.21
.11
.05
100
65
70
2000.
6.0
120.0
68.49
.78
1.20
.60
VII-14
NODE
DATA:
NODE
DEMAND
HGL
NO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
1
.470
210.75
161.00
140.93
61.07
301.93
3
.226
101.43
235.00
76.16
33.00
311.16
4
.266
119.46
64.00
250.20
108.42
314.20
6
.336
151.02
62.00
170.82
74.02
232.82
7
.274
122.84
120.00
122.03
52.88
242.03
8
.296
132.99
73.00
171.35
74.25
244.35
9
.254
113.83
53.00
194.63
84.34
247.63
11
.183
82.27
81.00
166.62
72.20
247.62
12
0.000
0.00
56.00
197.81
85.72
253.81
13
0.000
0.00
47.00
203.99
88.40
250.99
15
0.000
0.00
60.00
197.95
85.78
257.95
17
-4.394
-1972.25
47.00
211.63
91.71
258.63
18
.432
193-84
99.00
148.37
64.29
247.37
19
• 336
151.02
88.00
158.94
68.88
246.94
20
.138
61.99
96.00
150.01
65.01
246.01
21
.093
41.70
102.00
143.55
62.21
245.55
22
.068
30.43
101.00
144.73
62.72
245.73
23
.236
105-9**
106.00
138.92
60.20
244.92
24
.460
206.24
112.00
132.46
57.40
244.46
25
.048
21.41
120.00
124.32
53.87
244.32
26
.357
160.03
110.00
134.28
58.19
244.28
27
0.000
0.00
84.00
162.81
70.55
246.81
28
0.000
0.00
126.00
120.80
52.35
246.80
30
.485
217.51
124.00
119.89
51.95
243.89
31
.286
128.48
127.00
117.87
51.08
244.87
32
.178
80.02
145.00
98.27
42.58
243.27
33
.462
207.37
69.00
173-11
75.02
242. 11
3«
.121
54.10
75.00
167.10
72.41
242.10
35
.073
32.68
62.00
180.00
78.00
242.00
36
.131
58.60
60.00
181.97
78.85
241.97
38
.013
5.64
56.00
185.94
80.58
241.94
39
.409
183.70
70.00
172.10
74.57
242.10
40
.241
108.19
139.00
104.59
45.32
243.59
41
.138
61.99
90.00
153-*»5
66.50
243.45
42
.080
36.06
77.00
166.45
72.13
243.45
13
0.000
0.00
47.00
196.94
85.34
243.94
44
.246
110.45
87.00
156.72
67.91
243.72
46
.100
45.08
137.00
106.85
46.30
243.85
47
.045
30.29
144.00
100.00
43-33
244.00
48
.128
57.48
130.00
113.91
49-36
243.91
49
.050
22.54
81.00
162.78
70.54
243.78
50
.070
31.56
56.00
187.76
81.36
243.76
51
.146
65.37
95.00
148.70
64.44
243.70
52
.070
31.56
101.00
140.16
60.74
241.16
53
.060
27.05
98.00
141.86
61.47
239.86
54
• 033
14.65
91.00
151.41
65.61
242.41
55
.148
66.49
96.00
142.87
61.91
238.87
58
.075
33.81
105.00
137.79
59.71
242.79
61
.043
19.16
67.00
171.76
74.43
238.76
62
.128
57.48
101.00
141.06
61.13
242.06
63
.070
31.56
116.00
124.05
53.75
240.05
64
.053
23.67
112.00
127.09
55.07
239.09
65
.070
31.56
111.00
127.89
55.42
238.89
66
.143
64.24
108.00
130.85
56.70
238.85
67
.105
47.33
116.00
122.65
53-15
238.65
68
• 389
174.69
118.00
120.43
52.19
238.43
69
.085
38.32
109.00
128.81
55.82
237.81
70
.193
86.78
100.00
137.69
59.67
237.69
10
-1.114
-500.14
43.00
207.93
90.10
250.93
14
-.528
-237.17
46.00
205.07
88.87
251.07
45
-.906
-406.62
44.00
200.52
86.89
244.52
2
.263
117.93
302.00
9.00
3.90
311.00
5
.452
202.67
282.00
31.00
13.43
313.00
16
-1.316
-590.85
239.00
20.00
8.67
259.00
29
-1.997
-896.17
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIMES
0078 0005
VII-15
F
A
PIPE
NODES
HEAD
HLOSS
\<s_. 2£>
■0.
raoM
TO
IXNOTH
DIAM
COEF
PLOW BATE
VELOCITT
LOSS
/1000
1
4
1
4200.
6.0
UO.O
46.83
.53
9.54
2.27
vfl.. •
2
3
1
5200.
10.0
40.0
128.76
.53
6.38
1.23
3
4
3
3700.
12.0
90.0
384.05
1.09
3.15
.85
• 4
3
2
• 700.
10.0
90.0
170.78
.70
.32
.46
• 5
4
5
4600.
12.0
90.0
226.55
.64
1.47
.32
6
6
4
400.
12.0
90.0
756.96
2.15
1.20
2.99
• 7
7
6
4800.
6.0
80.0
"87.04
.99
9.51
1.98
8
8
7
2800.
10.0
80.0
189.39
.77
1.95
.69
9
9
6
3000.
6.0
40.0
71.06
.81
14.74
4.91
10
9
8
4500.
12.0
80.0
313-97
.89
3.28
.73
It
10
9
800.
12.0
50.0
497.30
1.41
3.27
4.08
12
9
11
2600.
6.0
40.0
17.43
.20
.95
.36
• 13
8
24
7000.
10.0
90.0
13.77
.06
.03
.00
14
12
6
7200.
12.0
90.0
724.70
2.06
19.87
2.76
15
12
13
5700.
16.0
90.0
604.25
.96
2.77
.49
16
13
11
3700.
16.0
90.0
840.78
1.34
3.31
.90
17
14
13
100.
10.0
90.0
236.53
.97
.08
.84
• 18
15
12
800.
14.0
80.0
1328.95
2.77
3.99
4.98
19
16
15
500.
16.0
40.0
525.36
.84
.84
1.68
• 20
17
15
200.
16.0
40.0
803.59
1.28
.74
3.70
21
17
18
6000.
16.0
40.0
548.70
.88
10.94
1.82
22
11
18
1300.
16.0
40.0
117.71
.19
.14
.11
23
17
19
4700.
16.0
40.0
619.61
.99
10.74
2.28
24
19
20
900.
16.0
UO.O
408.48
.65
.95
1.06
25
20
21
2000.
16.0
HO.
217.55
.35
.66
.33
• 26
zz
21
300.
16.0
UO.O
165.18
.26
.06
.20
27
18
ZZ
1300.
16.0
40.0
403.49
.64
1-34
1.03
28
ZZ
23
900.
16.0
80.0
612.38
.98
.56
.62
29
23
24
1400.
16.0
80.0
363.22
.58
• 33
.24
30
24
25
1900.
16.0
80.0
205.16
• 33
.16
.08
31
25
26
700.
16.0
80.0
166.24
.27
.04
.06
32
11
27
1700.
16.0
90.0
671.95
1.07
1.01
.59
33
18
27
1100.
10.0
40.0
101.42
.41
.87
.79
• 34
27
ZZ
2100.
16.0
90.0
399.43
.64
.47
.23
35
27
28
1750.
20.0
90.0
373-94
.38
.12
.07
36
29
28
1400.
24.0
90.0
329.82
.23
.03
.02
37
28
26
3800.
16.0
120.0
703.76
1.12
1.44
.38
38
19
30
1500.
8.0
40.0
85.31
.54
2.55
1.70
39
20
30
1700.
10.0
50.0
139.28
-57
1.60
.94
40
21
31
1100.
12.0
120.0
347.98
.99
.46
.42
• 41
31
30
3400.
8.0
60.0
33.46
.21
.48
.14
42
31
32
1900.
12.0
60.0
207.48
.59
1.10
.58
• 43
32
33
2200.
12.0
60.0
159.60
.45
.78
.35
• 44
33
34
1000.
12.0
60.0
21.84
.06
.01
.01
• 45
30
34
4500.
10.0
50.0
76.83
.31
1.40
.31
• 46
34
35
1500.
12.0
60.0
53.60
.15
.07
.05
• 47
35
36
600.
12.0
60.0
43.21
.12
.02
.03
49
35
38
3300.
6.0
40.0
2.64
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.06
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
7.68
.09
.09
.05
• 52
39
35
1300.
6.0
120.0
19.48
.22
.08
.06
53
23
40
3400.
10.0
120.0
160.90
.66
.82
.24
• 54
40
32
2000.
6.0
80.0
18.79
.21
.23
.12
55
40
41
1500.
10.0
120.0
59.62
.24
.06
.04
«
• 56
41
33
2600.
6.0
80.0
35.02
.40
.95
.37
57
42
41
1200.
10.0
80.0
27.05
.11
.02
.02
• 58
42
39
3500.
10.0
110.0
159.46
.65
.98
.28
• 59
44
39
3400.
6.0
50.0
20.76
.24
1.13
.33
• 60
43
42
1700.
12.0
100.0
216.55
.61
.41
.24
61
43
44
1400.
12.0
100.0
188.08
.53
.26
.19
62
45
43
750.
12.0
100.0
404.63
1.15
.58
.77
63
25
46
800.
6.0
50.0
21.08
.24
.27
.34
• 64
46
40
3000.
6.0
80.0
7.65
.09
.07
.02
65
26
47
1400.
16.0
90.0
263.64
.42
.15
.10
• 66
47
46
600.
6.0
90.0
24.13
.27
.09
.15
67
47
48
600.
16.0
90.0
222.60
.36
.05
.08
68
48
49
2500.
16.0
90.0
105.78
.17
.05
.02
69
49
50
1000.
16.0
90.0
57.26
.09
.01
.01
71
50
51
3800.
16.0
90.0
30.97
.05
.01
.00
72
44
51
2000.
12.0
100.0
75.30
.21
.07
.03
73
48
52
2800.
6.0
110.0
68.93
.78
2.00
.71
74
52
53
1100.
6.0
110.0
75.22
.85
.92
.84
• 75
54
53
1600.
6.0
50.0
41.17
.47
1.89
1.18
76
49
54
1000.
6.0
UO.O
29.74
.34
.98
.98
77
53
55
1100.
6.0
110.0
65.44
.74
.71
.65
• 80
58
54
3500.
6.0
120.0
23.64
.27
.29
.08
82
51
58
1600.
6.0
110.0
51.81
.59
.67
.42
86
55
61
moo.
6.0
110.0
10.04
.11
.08
.02
87
26
62
4100.
16.0
80.0
473.02
.75
1.57
.38
• 88
62
52
2900.
6.0
100.0
32.58
• 37
.62
.21
89
62
63
1300.
12.0
80.0
392.55
1.11
1.43 *
1.10
90
63
64
1800.
12.0
120.0
330.42
.94
.68
.38
91
64
65
500.
12.0
120.0
279.67
.79
.14
.28
92
64
66
700.
6.0
90.0
31-03
.35
.17
.24
93
53
66
3700.
6.0
90.0
28.41
.32
.74
.20
94
66
61
4900.
6.0
90.0
5.92
.07
.05
.01
95
65
67
1200.
12.0
120.0
196.31
.56
.17
.14
96
67
68
1500.
12.0
80.0
109.71
.31
.16
.10
97
63
68
3000.
6.0
80.0
35.83
.41
1.15
.38
98
67
69
2000.
6.0
120.0
«7.16
.54
.60
.30
• 99
69
70
2200.
6.0
120.0
15.23
.17
.08
.04
100
65
70
2000.
6.0
120.0
57.07
.65
.86
.43
VII-16
fivl
■ODE
DITii
DE
NODE
JOND
HCL
HO.
(CFS)
(CPU)
ELEV
HEAD
PRESSURE
ELEV
1
.391
175.59
161.00
143.94
62.37
304.94
3
.188
84.51
235.00
76.12
33.07
311.32
n
.222
99.53
64.00
250.47
108.54
314.47
6
.280
125.83
62.00
172.30
74.66
234.30
7
.228
102.35
120.00
123.81
53.65
243.81
8
.247
110.80
73.00
172.76
74.86
245.76
9
.211
94.84
53.00
196.04
84.95
249.04
11
.153
68.55
81.00
167.09
72.41
248.09
12
0.000
0.00
56.00
198.17
85.88
254.17
13
0.000
0.00
47.00
204.41
88.58
251.41
15
0.000
0.00
60.00
198.16
85.87
258.16
17
-4.393
-1971.90
47.00
211.90
91.82
258.90
18
.360
161.51
99.00
148.96
64.55
247.96
19
.280
125.83
88.00
160.16
69.40
248.16
20
.115
51.65
96.00
151.21
65.53
247.21
21
.077
34.74
102.00
144.55
62.64
246.55
22
.056
25.35
101.00
145.61
63.10
246.61
23
.197
88.27
106.00
140.06
60.69
246.06
24
.383
171.84
112.00
133.73
57.95
245.73
25
.040
17.84
120.00
125.57
54.41
245.57
26
.297
133.34
110.00
135.53
58.73
245.53
27
0.000
0.00
84.00
163.09
70.67
247.09
28
0.000
0.00
126.00
120.97
52.42
246.97
30
.404
181.23
124.00
121.61
52.70
245.61
31
.239
107.05
127.00
119.10
51.61
246.10
32
.149
66.67
145.00
100.00
43.33
245.00
33
.385
172.78
69.00
175.22
75.93
244.22
3»
.100
45.07
75.00
169.21
73.32
244.21
35
.061
27.23
62.00
182.14
78.93
244.14
36
.109
48.83
60.00
184.12
79.79
244.12
38
.010
4.70
56.00
188.10
81.51
244.10
39
• 341
153.06
70.00
174.22
75-49
244.22
no
.201
90.14
139.00
106.23
46.03
245.23
41
.115
51.65
90.00
155.17
67.24
245.17
42
.067
30.05
77.00
168.20
72.89
245.20
43
0.000
0.00
47.00
198.61
86.06
245.61
44
.205
92.02
87.00
158.35
68.62
245.35
46
.084
37.56
137.00
108.30
46.93
245.30
47
.038
16.90
144.00
101.39
43.93
245.39
48
.107
47.89
130.00
115.34
49.98
245.34
49
.042
18.78
81.00
164.29
71.19
245.29
50
.059
26.29
56.00
189.29
82.02
245.29
51
.121
54.46
95-00
150.28
65.12
245.28
52
.059
26.29
101.00
142.34
61.68
243.34
53
.050
22.54
98.00
144.42
62.58
242.42
54
.027
12.21
91.00
153.31
66.44
244.31
55
.123
55.40
96.00
145.71
63.14
241.71
58
.063
28.17
105.00
139.61
60.50
244.61
61
.036
15.96
67.00
174.63
75.67
241.63
62
.107
47.89
101.00
142.96
61.95
243.96
63
.059
26.29
116.00
126.53
54.83
242.53
64
.044
19.72
112.00
129.84
56.27
241.84
65
.059
26.29
111.00
130.71
56.64
241.71
66
.119
53.52
108.00
133.68
57.93
241.68
67
.088
39.44
116.00
125.53
54.40
241.53
68
• 324
145.55
118.00
123-38
53.46
241.38
69
.071
31.93
109.00
131.93
57.17
240.93
70
.161
72.30
100.00
140.85
61.03
240.85
10
-1.108
-497.30
43.00
209.30
90.70
252.30
14
—527
-236.53
46.00
205.49
89.05
251.49
45
-.902
-404.63
44.00
202.19
87.61
246.19
2
.381
170.78
302.00
9.00
3.90
311.00
5
.505
226.55
282.00
31.00
13.43
313.00
16
-1.171
-525.36
239.00
20.00
8.67
259.00
29
-.735
-329.32
210.00
37.00
16.03
247.00
EH BOB
SUMMABY
EBBOB TIMES
0078 0005
VII-17
Mm.
rZPE DATAt
PIPE
NODES
HEAD
HL0SS
NO.
FROM
TO
LENGTH
OUH
COEP
FLOW RATE
VELOCITY
LOSS
/1000
7
6
7
4800.
b.O
80.0
51.87
.59
3.65
• 7b
8
a
7
2800.
10.0
80.0
29.99
. 12
.06
.02
9
9
b
3000.
b.O
40.0
8.82
.10
• 31
.10
10
9
8
4500.
12.0
80.0
344.23
.48
3.89
.8b
11
10
9
800.
12.0
50.0
• 481. b3
1.37
3.08
3-85
12
9
11
2000.
b.O
40.0
52.73
.60
7.35
2.83
• 13
8
24
7000.
10.0
90.0
225.62
.92
5.41
.77
14
12
b
7200.
12.0
90.0
143.68
.41
.99
.14
15
12
13
5700.
lb.O
90.0
721.31
1.15
3.84
.67
16
13
11
3700.
16.0
90.0
954.83
1.52
4.19
1.13
17
14
13
too.
10.0
90.0
233.52
.95
.08
.82
• 18
15
12
800.
14.0
80.0
864.99
1.80
1.80
2.25
19
16
15
500.
16.0
40.0
39.30
.06
.01
.01
• 20
17
15
200.
16.0
40.0
825.69
1.32
.78
3-89
21
17
18
bOOO.
16.0
40.0
543.65
• d7
10.76
1.79
22
11
18
1300.
16.0
40.0
121.36
.19
.15
.11
23
17
19
4700.
16.0
40.0
602.79
.96
10.20
2.17
24
19
20
900.
lb.O
40.0
422.34
.67
1.01
1.12
25
20
21
2000.
lb.O
40.0
259.50
.41
• 91
.46
• 26
22
21
300.
lb.O
40.0
27.10
.04
.00
.01
27
18
22
1300.
lb.O
40.0
407.33
.65
1.37
1.05
28
22
23
900.
lb.O
80.0
431.83
.69
.29
• 32
29
23
24
1400.
lb.O
80.0
234.56
.37
.15
.10
30
24
25
1900.
16.0
80.0
322.75
.52
.36
.19
31
25
2b
700.
16.0
80.0
292.97
.47
. 11
.16
32
11
27
1700.
16.0
90.0
831-37
1.33
1.49
.88
33
18
27
1100.
10.0
40.0
128.51
.52
1.35
1.22
• 3*
27
22
2100.
16.0
90.0
71.88
.11
.02
.01
35
27
28
1750.
20.0
90.0
888.00
.91
.58
.33
• 36
28
29
1400.
24.0
90.0
563-15
.40
.08
.06
37
28
26
3800.
16.0
120.0
324.85
.52
.34
.09
38
19
30
1500.
8.0
40.0
79.81
.51
2.25
1.50
39
20
30
1700.
10.0
50.0
121.54
.50
1.24
.73
40
21
31
1100.
12.0
120.0
258.82
.73
.26
.24
• 41
31
30
3400.
8.0
60.0
11.30
.07
.06
.02
42
31
32
1900.
12.0
bO.O
161.91
.46
.69
.36
• «3
32
33
2200.
12.0
bO.O
122.79
.35
.48
.22
• hh
33
34
1000.
12.0
60.0
11.93
.03
.00
.00
• 45
30
34
4500.
10.0
50.0
67.70
.28
1.11
.25
• 46
3"»
35
1500.
12.0
bO.O
43.58
.12
.05
.03
• 47
35
36
600.
12.0
60.0
34.72
.10
.01
.02
49
35
38
3300.
6.0
40.0
2.11
.02
.02
.01
50
36
38
2500.
6.0
40.0
1.64
.02
.01
.00
• 51
39
36
1600.
6.0
50.0
5.97
.07
.06
.03
• 52
39
35
1300.
6.0
120.0
15.03
.17
.05
.04
53
23
40
3400.
10.0
120.0
126.68
.52
.53
.16
• 5«
40
32
2000.
6.0
80.0
14.20
.16
.14
.07
55
40
41
1500.
10.0
120.0
29.26
.12
.02
.01
• 56
41
33
2b00.
6.0
80.0
27.33
-31
.60
.23
57
42
41
1200.
10.0
80.0
39.37
.lb
.05
.04
• 5d
42
39
3500.
10.0
110.0
127.95
.52
.65
.19
• 59
44
39
3400.
6.0
50.0
15.46
.18
.66
.19
• 60
43
42
1700.
12.0
100.0
191.35
.54
.33
.19
ol
43
»44
1400.
12.0
100.0
211.38
.00
.32
.23
62
45
43
750.
12.0
100.0
402.74
1.14
.57
.77
63
25
46
800.
6.0
50.0
15.51
.18
.16
.19
64
40
46
3000.
6.0
80.0
11.11
.13
.13
.04
65
26
47
1400.
16.0
90.0
134.51
.21
.04
.03
• 66
47
46
bOO.
6.0
90.0
3.42
.04
.00
.00
67
47
48
bOO.
16.0
90.0
117.57
.19
.01
.02
68
48
49
2500.
16.0
90.0
23-31
.04
.00
.00
• 69
50
49
1000.
16.0
90.0
15.63
.02
.00
.00
• 71
51
50
3800.
16.0
90.0
36.65
.06
.01
.00
72
44
51
2000.
12.0
100.0
122.32
• 35
.17
.08
73
48
52
2800.
6.0
110.0
55.96
.63
1.36
.48
74
52
53
1100.
6.0
110.0
60.08
.b8
.61
.55
• 75
54
53
lbOO.
6.0
50.0
33.74
.SO
1.31
.82
76
49
54
1000.
6.0
40.0
23.92
.27
.65
.65
77
53
55
1 100.
b.O
110.0
52.69
.60
.48
.43
• 80
58
54
3500.
b.O
120.0
19.58
.22
.21
.06
82
51
58
lbOO.
b.O
110.0
42. 11
.43
.40
.29
8b
55
61
4100.
b.O
110.0
8.J8
. 10
.06
.01
87
26
02
4100.
lb.O
80.0
376. b8
.60
1.03
.25
• 88
62
52
2900.
b.O
100.0
25.15
.24
-38
.13
89
62
63
1300.
12.0
80.0
313.22
.89
.94
.73
90
b3
64
1800.
12.0
120.0
263.58
.75
.45
.25
91
64
05
500.
12.0
120.0
223.72
.03
.09
. 16
92
64
bb
700.
b.O
90.0
24.04
.27
. 10
.15
93
53
ob
(700.
b.O
40.0
23. 10
.26
.Tl
. 14
9««
bo
bl
4400.
b.O
90.0
4.38
-05
.03
.01
95
65
67
1200.
12.0
120.0
157.05
.45
. 1 1
. 10
96
67
68
1500.
12.0
(JO.O
87. A4
.25
. 10
.07
47
63
68
JOOU.
O.O
do.o
28.02
• 12
.7b
.25
98
b7
04
2000.
0.0
120.0
37.72
-4)
.40
.20
• 99
64
70
J200.
0.0
120.0
12. 18
. 14
-05
.02
IOU
0">
70
2000.
o.U
120.0
45.04
.52
.57
.28
VII-18
NODE DATA i
Fi^.2^6
NODE
DEMAND
HGL
NO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
M.n
6
.224
100.63
b2.00
194.20
84.15
256.20
7
.182
81.86
120.00
132.55
t>7.44
252.55
8
.197
36.62
73-00
179.62
77.83
252.62
9
.169
75.85
53.00
203.51
68.19
256.51
ii
.122
54.82
61.00
168.1b
72.87
249.16
12
0.000
0.00
56.00
201. 19
67.18
257.19
13
0.000
0.00
47.00
206.35
89.42
253-35
15
0.000
O.OO
60.00
198.99
86.23
258.99
17
-4.394
-1972.13
47.00
212.77
92.20
259.77
18
.288
129.17
99.00
150.01
65.01
249.01
19
.224
100.63
88.00
161.57
70.01
249.57
20
.092
41.31
96.00
152.56
66.11
248.56
21
.062
27.79
102.00
145.65
63. 11
247.65
22
.045
20.28
101.00
146.65
63.55
247.65
23
.157
70.59
106.00
141.36
61.25
247.36
21
.306
137.43
112.00
135.21
58.59
247.21
25
.032
14.27
120.00
126.85
54.97
240.85
26
.238
106.64
110.00
136.74
59.25
246.74
27
0.000
0.00
84.00
163.67
70.92
247.67
28
0.000
0.00
126.00
121.08
52.47
247.08
30
.323
144.94
124.00
123.32
53.44
247.32
31
.191
85.61
127.00
120.36
52.17
247.38
32
.119
53.32
I4t>.00
101.69
44.07
246.69
33
.308
138.18
69.00
177.21
76.79
246.21
3<*
.080
36.05
75.00
171.21
74.19
246.21
35
.049
21.78
62.00
184. 16
79.80
246.16
36
.087
39.05
60.00
1 86 . 1 4
8O.06
246.14
' 38
.008
3.76
56.00
190.13
82.39
240.13
39
.273
122.41
70.00
176.20
76.36
246.20
.
40
.161
72.10
139.00
107.83
46.72
246.83
41
.092
41.31
90.00
156.81
67.95
246.81
«2
.054
24.03
77.00
169.86
73-60
246.86
43
0.000
0.00
47.00
200.18
86.75
247.18
44
.164
73-60
87.00
159.86
69.27
246.86
46
.067
30.04
137.00
109.70
47.53
246.70
47
.030
13-52
144.00
102.70
44.50
246.70
48
.085
38.30
130.00
116.68
50.56
246.68
49
.033
15.02
81.00
165.08
71-79
246.68
50
.047
21.03
56.00
190.68
82.63
246.68
51
.097
43.56
95.00
151.69
65.73
246.69
52
.047
21.03
101.00
144.33
62.54
245.33
53
.040
18.02
98.00
146.72
63.58
244.72
54
.022
9.76
91.00
155.03
67.18
246.03
55
.099
44.31
96.00
148.24
64.24
244.24
58
.050
22.53
105.00
141.23
61.20
246.23
61
.028
12.77
67.00
177-18
76.78
244.18
62
.085
38.30
101.00
144.71
62.71
245.71
b3
.047
21.03
116.00
128.76
55.80
244.76
64
.035
15.77
112.00
132.32
57.34
244.32
65
.047
21.03
111.00
133.22
57.73
244.22
66
.095
42.81
108.00
136.21
59.03
244.21
67
.010
31.54
116.00
128. 11
55.51
244. 11
66
.259
116.41
118.00
126.01
54.60
244.01
69
.057
25.53
109.00
134.71
58.38
243.71
70
.129
57.83
100.00
143.66
62.25
243.66
10
-1.073
-481.63
43.00
216.59
93.65
259.59
14
-.520
-233-52
46.00
207.43
89.69
253.43
45
-.897
-402.74
44.00
203.76
88.30
247.76
16
-.088
-39-30
2J9.00
20.00
8.67
259.00
29
1.255
563.15
210.00
37-00
16.03
247.00
VII-19
ERROR SUMMARY
ERROR TIMES
0078 0004
F,
M
PIPE DATA i
PIPE MODES HEAD HLOSS VI 1-20
■0. FROM TO LENGTH DIAM COEF rLOW RATE TELOCITT LOSS /1000
\Ca VAl ' M ' a200 ' 6 -° 40 -° 51 - 88 «59 11.53 2.74
1 U~ • *-** ' 2 3 1 5200. 10.0 40.0 150.82 .62 8.56 1.65
3 » 3 3700. 12.0 90.0 371.92 1.06 2.97 .80
S* y* •13 2 700. 10.0 90.0 123.54 .50 .18 .25
"^ "545 4600. 12.0 90.0 197.80 .56 1.15 .25
6 6 4 400. 12.0 90.0 736.51 2.09 1.14 2.84
• 7 7 6 4800. 6.0 80.0 42.87 .49 2.56 .53
8 8 7 2800. 10.0 80.0 161.03 -66 1.44 .51
9 9 6 3000. 6.0 40.0 34.27 .39 3.82 1.27
• 10 8 9 4500. 12.0 80.0 66.39 .19 .18 .04
11 10 9 800. 12.0 50.0 .00 .00 .00 .00
• 12 11 9 2600. 6.0 40.0 77.36 .88 14.95 5.75
13 24 8 7000. 10.0 90.0 355-34 1.45 12.54 1.79
14 \Z 6 7200. 12.0 90.0 804.63 2.28 24.12 3.35
15 12 13 5700. 16.0 90.0 556.02 .89 2.37 .42
16 13 11 3700. 16.0 90.0 793.81 1.27 2.98 .80
17 14 13 100. 10.0 90.0 237.79 .97 .09 .85
• 18 15 12 800. 14.0 80.0 1360.64 2.84 4.16 5.20
19 16 15 500. 16.0 40.0 810.94 1.29 1.88 3.76
• 20 17 15 200. 16.0 40.0 549.71 .88 .37 1.83
21 17 18 6000. 16.0 40.0 522.38 .83 9.99 1.67
2Z 11 18 1300. 16.0 40.0 104.71 .17 .11 .08
23 17 19 4700. 16.0 40.0 595.11 .95 9.96 2.12
24 19 20 900. 16.0 40.0 368.57 .59 .79 .87
25 20 21 2000. 16.0 40.0 172.21 .27 .43 .21
• 26 22 21 300. 16.0 40.0 203.50 .32 .09 .29
27 18 22 1300. 16.0 40.0 361.90 .58 1.10 .84
28 2Z 23 900. 16.0 80.0 563.68 .90 .48 .53
29 23 24 1400. 16.0 80.0 473.73 .76 .54 .38
• 30 25 24 1900. 16.0 80.0 79.97 .13 -03 .01
• 31 26 25 700. 16.0 80.0 104.24 .17 .02 .02
32 11 27 1700. 16.0 90.0 532.61 .85 .65 .38
33 18 27 1100. 10.0 40.0 78.74 .32 .54 .49
• 3* 27 22 2100. 16.0 90.0 434.54 .69 .55 .26
35 27 28 1750. 20.0 90.0 176.80 .18 .03 .02
36 29 28 1400. 24.0 90.0 542.98 .39 .08 .06
37 28 26 3800. 16.0 120.0 719.78 1.15 1.50 .39
38 19 30 1500. 8.0 40.0 81.28 .52 2.33 1.55
39 20 30 1700. 10.0 50.0 136.74 .56 1.54 .91
40 21 31 1100. 12.0 120.0 335.60 .95 .43 .39
• 41 31 30 3400. 8.0 60.0 40.59 .26 .69 .20
«2 31 32 1900. 12.0 60.0 171.43 .49 .77 .41
• 43 32 33 2200. 12.0 60.0 131.50 .37 .55 .25
44 34 33 1000. 12.0 60.0 18.76 .05 .01 .01
• 45 30 34 4500. 10.0 50.0 49.40 .20 .62 .14
46 35 34 1500. 12.0 60.0 21.39 .06 .01 .01
• 47 35 36 600. 12.0 60.0 29.30 .08 .01 .02
49 35 38 3300. 6.0 40.0 2.71 .03 .04 .01
50 36 38 2500. 6.0 40.0 2.71 .03 .03 .01
• 51 39 36 1800. 6.0 50.0 29.78 .34 1.17 .65
• 52 39 35 1300. 6.0 120.0 84.83 .96 1.16 .89
• 53 40 23 3400. 10.0 120.0 11.95 .05 .01 .00
• 54 40 32 2000. 6.0 80.0 37.03 .42 .81 .41
• 55 41 40 1500. 10.0 120.0 176.61 .72 .43 .29
• 56 41 33 2600. 6.0 80.0 49.20 .56 1.79 .69
57 42 41 1200. 10.0 80.0 285.44 1.17 1.78 1.49
• 58 42 39 3500. 10.0 110.0 258.27 1.06 2.40 .68
• 59 44 39 3400. 6.0 50.0 33.03 .37 2.67 .79
• 60 43 42 1700. 12.0 100.0 578.40 1.64 2.54 1.50
61 43 44 1400. 12.0 100.0 603.24 1.71 2.26 1.62
62 45 43 750. 12.0 100.0 1181.64 3-35 4.21 5.62
63 25 46 800. 6.0 50.0 3.67 .04 .01 .01
64 40 46 3000. 6.0 80.0 23-57 .27 .53 .18
• 65 47 26 1400. 16.0 90.0 77.25 .12 .02 .01
• 66 47 46 600. 6.0 90.0 16.12 .18 .04 .07
• 67 48 47 600. 16.0 90.0 112.89 .18 .01 .02
• 68 49 48 2500. 16.0 90.0 249.29 .40 .24 .09
• 69 50 49 1000. 16.0 90.0 301.84 .48 .13 .13
• 71 51 50 3800. 16.0 90.0 332.19 .53 .61 .16
72 44 51 2000. 12.0 100.0 463.98 1.32 1.99 .99
73 48 52 2800. 6.0 110.0 81.12 .92 2.70 .96
74 52 53 1100. 6.0 110.0 84.84 .96 1.15 1.05
• 75 54 53 1600. 6.0 50.0 53.17 .60 3-04 1.90
76 49 54 1000. 6.0 40.0 30.87 .35 1.05 1.05
77 53 55 HOO. 6.0 110.0 77.33 .88 .97 .88
• 80 58 54 3500. 6.0 120.0 36.40 .41 .65 .19
82 51 58 1600. 6.0 110.0 68.92 .78 1.14 .71
86 55 61 4100. 6.0 110.0 13.38 .15 .14 .03
87 26 62 4100. 16.0 80.0 538.87 .86 2.00 .49
• 88 62 52 2900. 6.0 100.0 34.07 .39 .67 .23
89 62 63 1300. 12.0 80.0 449.52 1.28 1.84 1.42
90 63 64 1800. 12.0 120.0 378.00 1.07 .87 .49
91 64 65 500. 12.0 120.0 323.06 .92 .18 .36
92 64 66 700. 6.0 90.0 32.18 .37 .18 .25
93 53 66 3700. 6.0 90.0 34.66 .39 1.07 .29
94 66 61 4900. 6.0 90.0 5.05 .06 .04 .01
95 65 67 1200. 12.0 120.0 226.82 .64 .23 .19
96 67 68 1500. 12.0 80.0 126.86 .36 .20 .14
97 63 68 3000. 6.0 80.0 41.16 .47 1.49 -50
98 67 69 2000. 6.0 120.0 54.44 .62 .78 .39
• 99 69 70 2200. 6.0 120.0 17.58 .20 .11 .05
100 65 70 2000. 6.0 120.0 65.89 .75 1.12 .56
"■ODE "DATA i
W^.247
n^*.
■ODE
DEMAND
BGL
■0.
(crs)
(GPM)
ELEV
BEAD
PRESSURE
ELEV
1
.452
202.71
161.00
141.62
61.37
302.62
3
.217
97.56
235.00
76.18
33-01
311.18
4
.256
114.90
64.00
250.15
108.40
314.15
6
.324
145.26
62.00
166.83
72.29
228.83
7
.263
118.16
120.00
111.40
48.27
231.40
8
.285
127.91
73.00
159.84
69.26
232.84
9
.244
109.48
53.00
179.65
77.85
232.65
10
0.000
0.00
43.00
189.65
82.18
232.65
11
.176
79.13
81.00
166.61
72.20
247.61
12
0.000
0.00
56.00
196.96
85.35
252.96
13
0.000
0.00
47.00
203.58
88.22
250.58
15
0.000
0.00
. 60.00
197.12
85.42
257.12
17
-3.715
-1667.19
47.00
210.49
91.21
257.49
18
.415
186.45
99.00
148.50
64.35
247.50
19
• 324
145.26
88.00
159.52
69.13
247.52
20
• 133
59.62
96.00
150.74
65.32
246.74
21
.089
40.11
102.00
144.31
62.53
246.31
22
.065
29.27
101.00
145.40
63.01
246.40
23
.227
101.90
106.00
139-92
60.63
245.92
24
.442
198.37
112.00
133-38
57.80
245.38
25
.046
20.60
120.00
125.41
54.34
245.41
26
.343
153.93
110.00
135.42
58.68
245.42
27
0.000
0.00
84.00
162.95
70.61
246.95
28
0.000
0.00
126.00
120.92
52.40
246.92
30
.466
209.21
124.00
121.19
52.52
245-19
31
.275
123.58
127.00
118.88
51.52
245.88
32
.171
76.96
145.00
100.11
43.38
245.11
33
.444
199.46
69.00
175.57
76.08
244.57
34
.116
52.03
75.00
169.57
73-48
244.57
35
.070
31.44
62.00
182.59
79.12
244.59
36
.126
56.37
60.00
184.58
79.98
244.58
38
.012
5.42
56.00
188.55
81.70
244.55
39
.394
176.69
70.00
175.75
76.16
245.75
40
.232
104.06
139.00
106.93
46.34
245.93
41
.133
59.62
90.00
156.36
67.76
246.36
42
.077
34.69
77.00
171.14
74.16
248.14
*3
0.000
0.00
47.00
203.68
88.26
250.68
44
.237
106.23
87.00
161.42
69.95
248.42
46
.097
43.36
137.00
108.40
46.97
245.40
47
.043
19.51
144.00
101.44
43.96
245.44
48
• 123
55.28
130.00
115.45
50.03
245.45
49
.048
21.68
81.00
164.69
71.37
245.69
50
.068
30.35
56.00
189.82
82.26
245-82
51
.140
62.87
95.00
151.43
65.62
246.43
52
.068
30.35
101.00
141.75
61.43
242.75
53
.058
26.02
98.00
143.60
62.23
241.60
54
.031
14.09
91.00
153.64
66.58
244.64
55
.142
63.96
96.00
144.63
62.67
240.63
58
.072
32.52
105.00
140.29
60.79
245.29
61
.041
18.43
67.00
173.49
75.18
240.49
62
.123
55.28
101.00
142.42
61.72
243.42
63
.068
30.35
116.00
125.58
54.42
241.58
64
.051
22.76
112.00
128.71
55.77
240.71
65
.068
30.35
111.00
129.52
56.13
240.52
66
.138
61.79
108.00
132.53
57.43
240.53
67
.101
45.53
116.00
124.30
53.86
240.30
68
.374
168.02
118.00
122.09
52-91
240.09
69
.082
36.86
109.00
130.51
56.56
239.51
70
.186
83-47
100.00
139.41
60.41
239.41
14
-.530
-237.79
46.00
204.67
88.69
250.67
45
-2.633
-1181.64
44.00
210.90
91.39
254.90
2
.275
123-54
302.00
9.00
3.90
311.00
5
.441
197.80
282.00
31.00
13.43
313.00
16
-1.807
-810.94
239.00
20.00
8.67
259.00
29
-1.210
-542.98
210.00
37.00
16.03
247.00
EBROB
SUMMAAT
ERROR TIMES
0078 0005
VII-21
i
PIPE MODES
HEAD
HLOSS
I
10.
FHOM
TO
LENGTH
DIAM
COEf
FLOW RATE
VELOCITY
LOSS
/1 000
1
4
1
4200.
6.0
40.0
45.39
.52
9.00
2.14
2
3
1
5200.
10.0
40.0
123.47
.50
5.91
1.14
3
4
3
3700.
12.0
90.0
380.04
1.08
3-09
.84
•
a
3
2
700.
10.0
90.0
175.30
.72
• 34
.48
•
5
4
5
4600.
12.0
90.0
222.82
.63
1-43
.31
6
6
4
400.
12.0
90.0
743.97
2.11
1.16
2.90
•
7
7
6
4800.
6.0
60.0
52.75
.60
3.76
.78
8
8
7
2800.
10.0
80.0
151.17
.62
1.28
.46
9
9
6
3000.
6.0
40.0
39.14
.44
4.89
1.63
•
10
8
9
4500.
12.0
80.0
61.19
.17
.16
.04
11
10
9
800.
12.0
50.0
.00
.00
.CO
.00
•
12
11
9
2600.
6.0
40.0
69.16
.78
12.15
0.67
13
24
8
7000.
10.0
90.0
318.92
1.30
10.27
1.47
14
12
6
7200.
12.0
90.0
773.09
2.19
22.40
3.11
15
12
13
5700.
16.0
90.0
557.37
.89
2.38
.42
16
13
11
3700.
16.0
90.0
794.55
1.27
2.98
.81
17
14
13
100.
10.0
90.0
237.18
.97
.08
.85
•
18
15
12
800.
14.0
80.0
1330.46
2.77
3.99
4.99
19
16
15
500.
16.0
40.0
753.03
1.20
1.64
3.28
•
20
17
15
200.
16.0
40.0
577.43
.92
.40
2.00
21
17
" 18
6000.
16.0
40.0
517.04
.83
9.80
1.63
22
11
18
1300.
16.0
40.0
61.20
.10
.04
.03
23
17
19
4700.
16.0
40.0
572.47
.91
9-27
1.97
24
19
20
900.
16.0
40.0
377.77
.60
.82
.91
25
20
21
2000.
16.0
40.0
213.10
.34
.63
.32
•
26
22
21
300.
16.0
40.0
66.80
.11
.01
.04
27
18
22
1300.
16.0
40.0
327.89
.52
.91
.70
28
22
23
900.
16.0
80.0
446.68
.71
.31
.35
29
23
24
1400.
16.0
80.0
433.84
.69
.46
.33
•
30
25
24
1900.
16.0
80.0
50.32
.08
.01
.01
.
■
31
26
25
700.
16.0
80.0
62.18
.10
.01
.01
32
11
27
1700.
16.0
90.0
598.27
.95
.81
.48
33
18
27
1100.
10.0
40.0
95.05
.39
.77
.70
•
34
27
22
2100.
16.0
90.0
209.97
.34
.14
.07
35
27
28
1750.
20.0
90.0
483.35
.49
.19
.11
•
36
28
29
1400.
24.0
90.0
4.12
.00
.00
.00
*
37
28
26
3800.
16.0
120.0
479.22
.76
.71
.19
38
19
30
1500.
8.0
40.0
73.69
.47
1.94
1.29
39
20
30
1700.
10.0
50.0
115.01
.47
1.12
.66
40
21
31
1100.
12.0
120.0
246.49
.70
.24
.22
•
41
31
30
3400.
8.0
60.0
23.25
.15
.25
.07
42
31
32
1900.
12.0
60.0
120.30
.34
.40
.21
•
43
32
33
2200.
12.0
60.0
85.49
.24
.25
.11
44
34
33
1000.
12.0
60.0
37.79
.11
.02
.02
•
45
30
34
4500.
10.0
50.0
37.67
.15
.38
.08
46
35
34
1500.
12.0
60.0
43.47
.12
.05
.03
•
47
35
36
600.
12.0
60.0
17.88
.05
.00
.01
49
35
38
3300.
6.0
40.0
2.18
.02
.03
.01
50
36
38
2500.
6.0
40.0
2.33
• 03
.02
.01
■
51
39
36
1800.
6.0
50.0
31.41
.36
1.29
.72
•
52
39
35
1300.
6.0
120.0
89.72
1.02
1.29
.99
•
•
53
40
23
3400.
10.0
120.0
72.05
.29
.19
.05
■
54
40
32
2000.
6.0
80.0
29.31
.33
.53
.26
*
•
55
41
40
1500.
10.0
120.0
213.53
.87
.61
.41
•
56
41
33
2600.
6.0
80.0
42.87
.49
1.39
.53
57
42
41
1200.
10.0
80.0
306.06
1.25
2.03
1.69
•
58
42
39
3500.
10.0
110.0
237.94
.97
2.06
.59
•
59
44
39
3400.
6.0
50.0
30.38
.34
2.29
.67
■
60
43
42
1700.
12.0
100.0
572.90
1.63
2.50
1.47
61
43
44
1400.
12.0
100.0
603.60
1.71
2.27
1.62
62
45
43
750.
12.0
100.0
1176.50
3-34
4.18
5.57
•
63
46
25
800.
6.0
50.0
5.30
.06
.02
.03
64
40
46
3000.
6.0
80.0
25.49
.29
.61
.20
•
65
47
26
1400.
16.0
90.0
157.08
.25
.06
.04
•
66
47
46
600.
6.0
90.0
15.94
.18
.04
.07
•
67
48
47
600.
16.0
90.0
189.27
.30
.03
.06
•
68
49
48
2500.
16.0
90.0
303.08
.48
• 34
.14
•
69
50
49
1000.
16.0
90.0
344.80
.55
.17
.17
•
71
51
50
3800.
16.0
90.0
370.09
.59
.74
.20
72
44
51
2000.
12.0
100.0
«84.73
1.38
2.16
1.08
73
48
52
2800.
6.0
110.0
67.76
.77
1.94
.69
74
52
53
1100.
6.0
110.0
69.46
.79
.80
.72
•
75
54
53
1600.
6.0
50.0
47.10
.53
2.43
1.52
76
49
54
1000.
6.0
40.0
23.66
.27
.64
.64
77
53
55
1100.
6.0
110.0
65.23
.74
.71
.64
•
80
58
54
3500.
6.0
120.0
35.18
.40
.61
.17
82
51
58
1600.
6.0
110.0
62.27
.71
.95
.59
86
55
61
4100.
6.0
110.0
11.95
.14
.11
.03
87
26
62
4100.
16.0
80.0
445-90
.71
1.41
.34
•
88
62
52
2900.
6.0
100.0
26.98
.31
.43
.15
89
62
63
1300.
12.0
80.0
372.86
1.06
1.30
1.00
90
63
64
1800.
12.0
120.0
313.38
.89
.62
.34
91
64
65
500.
12.0
120.0
269.21
.76
.13
.26
92
64
66
700.
6.0
90.0
25.21
.29
.11
.16
93
53
66
3700.
6.0
90.0
29-66
.34
.80
.22
94
66
61
4900.
6.0
90.0
3-40
.04
.02
.00
95
65
67
1200.
12.0
120.0
189.04
.54
.16
.13
96
67
68
1500.
12.0
80.0
105.76
.30
.15
.10
97
63
68
3000.
6.0
80.0
34.20
.39
1.05
.35
98
67
69
2000.
6.0
120.0
45.35
.51
.56
.28
■
99
69
70
2200.
6.0
120.0
14.64
.17
.08
.03
100
65
70
2000.
6.0
120.0
54.89
.62
.80
.40
VI 1-22
RODE
RODE
MO.
DATAi
hV-247
R-va.
DEMAND
(CF3) (GPM)
ELEV
BEAD
PRESSURE
HGL
ELEV
1
.376
168.86
161.00
144.43
62.59
305.43
3
.181
81.27
235.00
76.34
33-08
311.34
4
.213
95-72
64.00
250.43
108.52
314.43
6
.270
121.00
62.00
168.97
73.22
230.97
7
.219
98.43
120.00
114.73
49.72
234.73
8
.237
106.55
73.00
163.01
70.64
236.01
9
.203
91.20
53.00
182.85
79.24
235.85
10
0.000
0.00
43-00
192.85
83.57
235.85
11
.147
65.92
81.00
167.00
72.37
248.00
12
0.000
0.00
56.00
197.37
85.53
253.37
13
0.000
0.00
47.00
203.98
88.39
250.98
15
0.000
0.00
60.00
197.36
85.52
257.36
17
-3.714
-1666.94
M7.00
210.76
91.33
257.76
18
.346
155.32
99.00
148.96
64.55
247.96
19
.270
121.00
88.00
160.49
69-55
248.49
20
.111
49.67
96.00
151.67
65.72
247.67
21
.074
33.41
102.00
145-03
62.85
247.03
22
.054
24.38
101.00
146.05
63.29
247.05
23
.189
84.88
106.00
140.73
60.99
246.73
24
.368
165.25
112.00
134.28
58.19
246.28
25
.038
17.16
120.00
126.29
54.73
246.29
26
.286
128.23
110.00
136.29
59.06
246.29
27
0.000
0.00
84.00
163.19
70.72
247.19
28
0.000
0.00
126.00
121.00
52.43
247.00
30
.388
174.28
124.00
122.55
53.10
246.55
31
.229
102.94
127.00
119.79
51.91
246.79
32
.143
64.11
145.00
101.39
43.94
246.39
•
33
.370
166.15
69.00
177.15
76.76
246.15
3«
.097
43.34
75-00
171.17
74.17
246.17
35
.058
26.19
62.00
184.22
79.83
246.22
36
.105
46.96
60.00
186.22
80.69
246.22
38
.010
4.52
56.00
190.19
82.42
246.19
39
.328
147.19
70.00
177.51
76.92
247.51
40
• 193
86.69
139.00
107.92
46.77
246.92
•1
.111
49.67
90.00
157.54
68.27
247.54
42
.064
28.90
77.00
172.56
74.78
249.56
•3
0.000
0.00
47.00
205.06
88.86
252.06
44
.197
88.49
87.00
162.80
70.54
249.80
46
.080
36.12
137.00
109.31
47.37
246.31
47
.036
16.25
144.00
102.35
44.35
246.35
48
.103
46.05
130.00
116.38
50.43
246.38
49
.040
18.06
81.00
165.72
71.81
246.72
50
.056
25.28
56.00
190.90
82.72
246.90
51
.117
52.37
95.00
152.64
66.14
247.64
52
.056
25.28
101.00
143.45
62.16
244.45
53
.048
21.67
98.00
145.65
63-12
243.65
54
.026
11.74
91.00
155.08
67.20
246.08
55
.119
53.28
96.00
146.95
63.68
242.95
58
.060
27.09
105.00
141.69
61.40
246.69
61
.034
15.35
67.00
175.83
76.19
242.83
62
.103
46.05
101.00
143.88
62.35
244.88
63
.056
25.28
116.00
127.58
55.28
243.58
64
.042
18.96
112.00
130.96
56.75
242.96
65
.056
25.28
111.00
131.83
57-13
242.83
66
.115
51.47
108.00
134.85
58.44
242.85
67
.084
37.93
116.00
126.67
54.89
242.67
68
.312
139.97
118.00
124.53
53-96
242.53
69
.068
30.70
109.00
133.11
57.68
242.11
70
.155
69.53
100.00
142.04
61.55
242.04
14
-.528
-237.18
46.00
205.07
88.86
251.07
45
-2.621
-1176.50
44.00
212.24
91.97
256.24
2
.391
175.30
302.00
9.00
3.90
311.00
5
.496
222. 82
282.00
31.00
13.43
313.00
16
-1.678
-753.03
239.00
20.00
8.67
259.00
29
.009
4.12
210.00
37.00
16.03
247.00
ERROR
SOMMART
ERROR TIMES
0078 0005
VII-23
PIPE DATA I
PIPE NO
v n
DE3
HEAD
HLOSS
NO.
PROM
TO
LSNGTH
DIAM
COEF
ruow RATE
VELOCITT
L033
/1000
Min.
7
6
7
4b00.
6.0
80.0
77.93
.88
7.75
1.61
8
8
7
2800.
10.0
60.
.77
.00
.00
.00
•
•
9
6
9
3000.
6.0
40.0
50.21
.57
7.75
2.58
10
9
8
4500.
12.0
80.0
7.02
.02
.00
.00
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
•
12
11
9
2600.
6.0
40.0
29.74
.34
2.55
.98
13
24
8
7000.
10.0
90.0
78.94
.32
.77
.11
14
12
6
7200.
12.0
90.0
224.88
.64
2.28
• 32
15
12
13
5700.
16.0
90.0
089.66
1.10
3-54
.62
16
13
11
3700.
16.0
90.0
923.57
1.47
3.94
1.07
• .
17
14
13
100.
10.0
90.0
233-92
.96
.08
.83
•
18
15
12
800.
14.0
80.0
914.54
1.91
1.99
2.49
19
16
15
500.
16.0
40.0
339.32
.54
.37
.75
•
20
17
15
200.
16.0
40.0
575.22
.92
.40
1.99
21
17
18
6000.
16.0
40.0
52 1 . 26
.83
9.95
1.66
22
11
18
1300.
16.0
40.0
88.03
.14
.08
.06
23
17
19
4700.
16.0
40.0
570.62
• 91
9.22
1.96
24
19
20
900.
16.0
40.0
402.24
.64
.92
1.03
25
20
21
2000.
16.0
40.0
259.15
.41
.91
.45
26
21
22
300.
16.0
40.0
101.33
.16
.02
.08
27
18
22
1300.
16.0
40.0
366.43
.58
1.12
.86
28
22
23
900.
16.0
80.0
344.92
.55
.19
.21
29
23
24
1400.
16.0
80.0
392.05
.63
.38
.27
30
24
25
1900.
16.0
80.0
180.98
.29
.12
.06
31
25
26
700.
16.0
80.0
177.50
.28
.04
.06
32
11
27
1700.
16.0
90.0
753-10
1.20
1.24
.73
33
18
27
1100.
10.0
40.0
118.68
.48
1.16
1.06
3*
22
27
2100.
16.0
90.0
103.35
.16
.04
.02
*
35
27
28
1750.
20.0
90.0
975.13
1.00
.70
.40
•
36
28
29
1400.
24.0
90.0
943.93
.67
.22
.15
37
28
26
3800.
16.0
120.0
31.20
.05
.00
.00
38
19
30
1500.
8.0
40.0
71.63
.46
1.84
1-23
39
20
30
1700.
10.0
50.0
103-37
.42
• 92
.54
40
21
31
1100.
12.0
120.0
131.11
• 37
.08
.07
41
30
31
3400.
8.0
60.0
11.35
.07
.07
.02
•
42
31
32
1900.
12.0
60.0
60.15
.17
.11
.06
•
43
32
33
2200.
12.0
60.0
34.53
.10
.05
.02
44
34
33
1000.
12.0
60.0
58.24
.17
.05
.05
•
45
30
3«
4500.
10.0
50.0
24.31
.10
.17
.04
46
35
34
1500.
12.0
60.0
68.59
.19
.11
.07
•
47
35
36
600.
12.0
60.0
5.62
.02
.00
.00
49
35
38
3300.
6.0
40.0
1.68
.02
.02
.00
50
36
38
2500.
6.0
40.0
1.93
.02
.02
.01
•
51
39
36
1800.
6.0
50.0
33.85
.38
1.48
.82
•
52
39
35
1300.
6.0
120.0
96.83
1.10
1.48
1.14
•
53
40
23
3400.
10.0
120.0
115.00
.47
.44
.13
•
54
40
32
2000.
6.0
80.0
25.64
.29
.41
.21
•
55
41
40
1500.
10.0
120.0
240.85
.98
.77
.51
•
56
41
33
2600.
6.0
80.0
40.08
.45
1.23
.47
57
42
41
1200.
10.0
80.0
320.64
1.31
2.21
1.84
•
58
42
39
3500.
10.0
110.0
220.64
• 90
1.79
.51
•
59
44
39
3400.
6.0
50.0
27.73
.31
1.93
.57
•
60
43
42
1700.
12.0
100.0
564.38
1.60
2.43
1.43
61
43
44
1400.
12.0
100.0
606.29
1.72
2.28
1.63
62
45
43
750.
12.0
100.0
1170.67
3.32
4.14
5.52
•
63
46
25
800.
6.0
50.0
10.24
.12
.07
.09
.
64
40
46
3000.
6.0
80.0
30.90
.35
.87
.29
•
65
47
26
1400.
16.0
90.0
244.99
.39
.13
.09
•
66
47
46
600.
6.0
90.0
8.22
.09
.01
.02
•
67
48
47
600.
16.0
90.0
266.20
.42
.06
.11
•
68
49
48
2500.
16.0
90.0
358.19
.57
.46
.18
•
69
50
49
1000.
16.0
90.0
388.67
.62
.21
.21
•
71
51
50
3800.
16.0
90.0
408.88
.65
.90
.24
72
44
51
2000.
12.0
100.0
507.80
1.44
2.35
1.18
73
48
52
2800.
6.0
110.0
55.16
.63
1.32
.47
74
52
53
1100.
6.0
110.0
53-82
.61
.50
.45
•
75
54
53
1600.
6.0
50.0
42.04
.48
1.97
1.23
76
49
54
1000.
6.0
40.0
16.04
.18
.31
.31
77
53
55
1100.
6.0
110.0
53.53
.61
.49
.45
•
80
58
54
3500.
6.0
120.0
35.38
.40
.62
.18
82
51
58
1600.
6.0
110.0
57.04
.65
.80
.50
86
55
61
4100.
6.0
110.0
10.94
.12
.10
.02
87
26
62
4100.
16.0
80.0
351.16
.56
.91
.22
t
88
62
52
2900.
6.0
100.0
18.87
.21
.22
.08
89
62
63
1300.
12.0
80.0
295.47
.84
.85
.65
90
63
64
1800.
12.0
120.0
248.06
.70
.40
.22
91
64
65
500.
12.0
120. Q
215.39
.61
.09
.17
92
64
66
700.
6.0
90.0
17.50
.20
.06
.08
93
53
66
3700.
6.0
90.0
24.99
.28
.58
.16
94
66
61
4900.
6.0
90.0
1.34
.02
.00
.00
95
65
67
1200.
12.0
120.0
151.29
.43
.11
.09
.
96
67
68
1500.
12.0
80.0
84.71
.24
.10
.06
97
63
68
3000.
6.0
80.0
27.20
.31
.69
.23
98
67
69
2000.
6.0
120.0
36.25
.41
• 37
.18
•
99
69
70
2200.
6.0
120.0
11.70
.13
.05
.02
100
65
70
2000.
6.0
120.0
43.89
.50
.53
.26
VI I-2k
*''
VI 1-25
MOOS
DATA «
Fib . 21
HODS
DEMAND
HOL
WO.
(CF3)
(CPM)
ELEV
HEAD
PRESSURE
ELEV
6
.216
96.75
62.00
192.36
83-35
254.36
7
.175
78.70
120.00
126.60
54.86
246.60
8
.190
85.20
73.00
173.60
75.23
246.60
9
.162
72.92
53.00
193.61
83.90
246.61
10
0.000
0.00
43.00
203.61
88.23
246.61
11
.117
52.71
81.00
168.15
72.87
249-15
12
0.000
0.00
56.00
200.63
86.94
256.63
13
0.000
0.00
47.00
206.09
89.31
253.09
'5
0.000
0.00
60.00
198.63
86.07
258.63
17
-3-714
-1667.10
47.00
212.02
91.88
259.02
18
.277
124.18
99.00
150.07
65.03
249.07
19
.216
96.75
88.00
161 % 81
70.12
249.81
20
.088
39.71
96.00
152.88
66.25
248.88
21
.060
26.71
102.00
145.97
63.26
247.97
22
.043
19.49
101.00
146.95
63.68
247.95
23
.151
67.87
106.00
141.76
61.43
247.76
24
.294
132.13
112.00
135.38
58.66
247-38
25
.031
13.72
120.00
127.25
55.14
247.25
26
.228
102.52
110.00
137.21
59.46
247.21
2T
0.000
0.00
84.00
163.91
71.03
247.91
28
0.000
0.00
126.00
121.22
52.53
247.22
30
.310
139.35
124.00
123-96
53.72
247.96
31
.183
82.31
127.00
120.90
52.39
247.90
32
.114
51.26
145.00
102.79
44.54
247.79
33
.296
132.85
69.00
178.74
77.45
247.74
3*
.077
34.66
75.00
172.80
74.88
247.80
35
.047
20.94
62.00
185.91
80.56
247.91
36
.084
37.54
60.00
187.91
81.43
247.91
38
.008
3.61
56.00
191.89
83.15
247.89
39
.262
117.69
70.00
179-39
77.74
249.39
*
40
.154
69.31
139.00
109.20
47.32
248.20
41
.088
39.71
90.00
158.97
68.89
248.97
42
.051
23-10
77.00
174.18
75.48
251.18
43
0.000
0.00
47.00
206.61
89.53
253.61
44
.158
70.76
87.00
164.32
71.21
251.32
46
.064
28.88
137.00
110.33
47.81
247.33
47
.029
13.00
144.00
103.34
44.78
247.34
48
.082
36.82
130.00
117.40
50.87
247.40
49
.032
14.44
81.00
166.86
72.31
247.86
50
.045
20.22
56.00
192.08
83.23
248.08
51
•093
41.88
95.00
153.97
66.72
248.97
52
.045
20.22
101.00
145.08
62.87
246.08
53
.039
17.33
98.00
147.58
63.95
245.58
54
.021
9.39
91.00
156.55
67.84
247.55
55
.095
42.60
96.00
149.09
64.61
245.09
58
.048
21.66
105.00
143.17
62.04
248.17
61
.027
12.27
67.00
178.00
77.13
245.00
62
.082
36.82
101.00
145.30
62.97
246.30
63
.045
20.22
116.00
129.46
56.10
245.46
64
.034
15.16
112.00
133.06
57.66
245.06
65
.045
20.22
111.00
133.97
58.05
244.97
66
.092
41.15
108.00
137.00
59-37
245.00
67
.068
30.32
116.00
128.86
55.84
244.86
68
.249
111.91
118.00
126.77
54.93
244.77
69
.055
24.55
109.00
135.50
58.71
244.50
70
.124
55.59
100.00
144.45
62.59
244.45
14
-.521
-233-52
46.00
207.18
89.78
253.18
45
-2.608
-1170.67
44.00
213.75
92.62
257.75
16
-.756
-339-32
239.00
20.00
8.67
259.00
29
2.103
943-93
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIME3
0078 0004
tf*x-
PIPE DATli
PIPE
NODES
,
HE AD
HLOS3
NO.
n?OM
TO
LENGTH
DIM
COEF
FLOV RATE
VELOCITT
LOSS
/1 000
1
4
1
4200.
6.0
40.0
52.40
.59
11.74
2.80
2
3
1
5200.
10.0
40.0
152.55
.62
8.74
1.68
3
4
3
3700.
12.0
90.0
374.03
1.06
3.00
.81
• 4
3
2
700.
10.0
90.0
122.84
.50
.18
.25
• 5
4
'5
4600.
12.0
90.0
200.52
.57
1.18
.26
6
6
4
400.
12.0
90.0
743.13
2.11
1.16
2.89
• 7
7
6
4800.
6.0
80.0
30.36
.34
1.35
.28
8
8
7
2800.
10.0
80.0
149.83
.61
1.26
.45
9
9
6
3000.
6.0
40.0
27.01
.31
2.46
.82
• 10
8
9
«500.
12.0
80.0
60.56
.17
.16
.03
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
77.15
.88
14.88
5.72
13
24
8
7000.
10.0
90.0
339.72
1.39
11.54
1.65
14
12
6
7200.
12.0
90.0
832.61
2.36
25.70
3.57
15
12
13
5700.
16.0
90.0
738.69
1.18
4.02
.70
16
13
11
3700.
16.0
90.0
974.01
1.55
4.35
1. 18
17
14
13
100.
10.0
90.0
235.32
.96
.08
.84
• 18
15
12
800.
14.0
80.0
880.83
1.84
1.86
2.33
19
16
15
500.
16.0
40.0
557.04
.89
.94
1.88
• 20
17
15
200.
16.0
40.0
323-78
.52
.14
.69
21
17
18
6000.
16.0
40.0
540.37
.86
10.64
1.77
22
11
18
1300.
16.0
40.0
170.84
.27
.27
.21
23
17
19
4700.
16.0
* 40.0
626.41
1.00
10.96
2.33
24
19
20
900.
16.0
40.0
391.36
.62
.88
.98
25
20
21
2000.
16.0
40.0
181.13
.29
.47
.23
• 26
22
21
300.
16.0
40.0
242.78
.39
.12
.40
27
18
22
1300.
16.0
40.0
435.14
.69
1.54
1.19
28
22
23
900.
16.0
80.0
721.47
1.15
.75
.84
29
23
24
1400.
16.0
80.0
505.39
.81
.61
.43
• 30
25
24
1900.
16.0
80.0
34.90
.06
.01
.00
• 31
26
25
700.
16.0
80.0
66.21
.11
.01
.01
32
11
27
1700.
16.0
90.0
646.01
1.03
.93
.55
33
18
27
1100.
10.0
40.0
87.56
.36
.66
.60
• 34
27
22
2100.
16.0
90.0
558.70
.89
.88
.42
35
27
28
1750.
20.0
90.0
174.87
.18
.03
.02
36
29
28
1400.
24.0
90.0
711.57
.50
.13
.09
37
28
26
3800.
16.0
120.0
886.44
1.41
2.20
.58
38
19
30
1500.
8.0
40.0
88.19
.56
2.71
1.81
39
20
30
1700.
10.0
50.0
149.95
.61
1.83
1.08
40
21
31
1100.
12.0
120.0
383.35
1.09
.55
.50
• 41
31
30
3400.
8.0
60.0
44.44
.28
.81
.24
42
31
32
1900.
12.0
60.0
213.96
.61
1.16
.61
• 43
32
33
2200.
12.0
60.0
168.81
.48
.87
.39
• 44
33
34
1000.
12.0
60.0
12.49
.04
.00
.00
• 45
30
34
4500.
10.0
50.0
71.06
.29
1.22
.27
• 46
34
35
1500.
12.0
60.0
30.94
.09
.03
.02
• 47
35
36
600.
12.0
60.0
42.82
.12
.02
.03
49
35
38
3300.
6.0
40.0
2.94
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.54
.03
.03
.01
• 51
39
36
1800.
6.0
50.0
16.71
.19
.40
.22
• 52
39
35
1300.
6.0
120.0
46.60
.53
.38
.29
53
23
40
3400.
10.0
120.0
113.06
.46
.43
.13
• 54
40
32
2000.
6.0
80.0
32.67
.37
.65
• 32
• 55
41
40
1500.
10.0
120.0
40.47
.17
.03
.02
• 56
41
33
2600.
6.0
80.0
45.34
.51
1.54
.59
57
42
41
1200.
10.0
80.0
146.09
.60
.52
.43
• 58
42
39
3500.
10.0
110.0
214.75
.88
1.70
.49
• 59
44
39
3400.
6.0
50.0
27.22
• 31
1.87
.55
• 60
43
42
1700.
12.0
100.0
395.91
1.12
1.26
.74
61
43
44
1400.
12.0
100.0
407.27
1.16
1.09
.78
62
45
43
750.
12.0
100.0
803.18
2.28
2.06
2.75
63
25
46
800.
6.0
50.0
10.49
.12
.08
.09
64
40
46
3000.
6.0
80.0
15.65
.18
.25
.08
65
26
47
1400.
16.0
90.0
116.37
.19
.03
.02
• 66
47
46
600.
6.0
90.0
17.70
.20
.05
.08
67
47
48
600.
16.0
90.0
78.94
.13
.01
.01
• 68
49
48
2500.
16.0
90.0
59.16
.09
.02
.01
• 69
50
49'
1000.
16.0
90.0
115.34
.18
.02
.02
• 71
51
50
3800.
16.0
90.0
146.03
.23
.13
.03
72
44
51
2000.
12.0
100.0
272.65
.77
.74
.37
73
48
52
2800.
6.0
110.0
82.20
.93
2.77
.99
74
52
53
1100.
6.0
110.0
87.44
.99
1.22
1.11
• 75
54
53
1600.
6.0
50.0
50.18
.57
2.73
1.71
76
49
54
1000.
6.0
40.0
34.26
.39
1.27
1.27
77
53
55
1100.
6.0
110.0
77.24
.88
.97
.88
• 80
58
54
3500.
6.0
120.0
30.17
.34
.46
.13
82
51
58
1600.
6.0
110.0
63.05
.72
.97
.60
86
55
61
4100.
6.0
110.0
12.58
.14
.13
.03
87
26
62
4100.
16.0
80.0
548.23
.87
2.07
• 50
• 88
62
52
2900.
6.0
100.0
35.93
.41
.74
.25
89
62
63
1300.
12.0
80.0
456.41
1.29
1.90
1.46
90
63
64
1800.
12.0
120.0
383.99
1.09
-90
.50
91
64
65
500.
12.0
120.0
326.53
.93
.19
.37
92
64
66
700.
6.0
90.0
34.45
.39
.20
.29
93
53
66
3700.
6.0
90.0
34.08
• 39
1.04
.28
94
66
61
4900.
6.0
90.0
6.05
.07
.06
.01
95
65
67
1200.
12.0
120.0
229.23
.65
.23
.19
96
67
68
1500.
12.0
80.0
128.15
.36
.21
.14
97
63
68
3000.
6.0
80.0
HI. 73
.47
1.52
.51
98
67
69
2000.
6.0
120.0
55.04
.62
.80
.40
• 99
69
70
2200.
6.0
120.0
17.78
.20
.11
.05
100
65
70
2000.
6.0
120.0
66.61
.76
1.14
.57
VII-26
;
Fie. u
DEMAND
■001
aoL
10.
(CF3)
(CPU)
ELEV
HEAD
PRESSURE
ELEV
1
.457
204.95
161.00
141.44
61.29
302.44
3
.220
98.64
235.00
76.18
33-01
311.18
4
.259
116.18
64.00
250.18
108.41
314.18
6
.327
146.86
62.00
168.50
73.02
230.50
7
.266
119.46
120.00
111.85
48.47
231.85
8
.288
129.33
73.00
"160.11
69.38
233.11
9
.247
110.70
53.00
179.96
77.98
232.96
10
0.000
0.00
43.00
189.96
82.32
232.96
11
.178
80.01
81.00
166.84
72-30
247.84
12
-1.538
-690.48
56.00
200.20
86.75
256.20
13
0.000
0.00
47.00
205.19
88.91
252.19
15
0.000
0.00
60.00
198.06
85.83
258.06
17
-3.321
-1490.56
47.00
211.20
91.52
258.20
18
.420
188.51
99.00
148.56
64.38
247.56
19
• 327
146.86
88.00
159-24
69.01
247.24
20
.134
60.28
96.00
150.37
65.16
246.37
21
.090
40.55
102.00
143.90
62.36
245.90
22
.066
29.59
101.00
145.02
62.84
246.02
21
.230
103.02
106.00
139.26
60.35
245.26
24
.447
200.57
112.00
132.66
57.48
244.66
25
.046
20.82
120.00
124.66
54.02
244.66
26
.347
155.63
110.00
134.67
58.36
244.67
27
0.000
0.00
84.00
162.90
70.59
246.90
28
0.000
0.00
126.00
120.87
52.38
246.87
30
.471
211.53
124.00
120.54
52.23
244.5«
31
.278
124.94
127.00
118.35
51.29
245.35
32
.173
77.82
145.00
99.19
42.98
244.19
33
.449
201.66
69.00
174.32
75.54
243.32
3*
.117
52.61
75.00
168.32
72.94
243.32
35
.071
31.78
62.00
181.29
78.56
243.29
36
.127
56.99
60.00
183.28
79.42
243.28
38
.012
5.48
56.00
187.25
81.14
243.25
39
.398
178.65
70.00
173-68
75.26
243.68
40
.234
105.22
139.00
105.84
45.36
244.84
41
.134
60.28
90.00
154.86
67.11
244.86
42
.078
35.07
77.00
168.38
72.96
245.38
13
0.000
0.00
47.00
199.64
86.51
246.64
44
.239
107.41
87.00
158.55
68.70
245.55
46
.098
43.84
137.00
107.59
46.62
244.59
47
.044
19.73
144.00
100.64
43.61
244.64
48
.125
55.90
130.00
114.63
49.67
244.63
49
.049
21.92
81.00
163.65
70.91
244.65
50
.068
30.69
56.00
188.67
81.76
244.67
51
.142
63.57
95.00
149.80
64.91
244.80
52
.068
30.69
101.00
140.86
61.04
241.86
53
.059
26.30
98.00
142.64
61.81
240.64
54
.032
14.25
91.00
152.37
66.03
243.37
55
.144
64.66
96.00
143.68
62.26
239.68
58
.073
32.88
105.00
138.84
60.16
243.84
61
.042
18.63
67.00
172.55
74.77
239.55
62
.125
55.90
101.00
141.60
61.36
242.60
63
.068
30.69
116.00
124.71
54.04
240.71
64
.051
23.02
112.00
127.81
55.38
239-81
65
.068
30.69
111.00
128.62
55.74
239-62
66
.139
62.47
108.00
131.61
57.03
239.61
67
.103
46.03
116.00
123-39
53.47
239.39
68
.378
169.88
118.00
121.18
52.51
239.18
69
.083
37.26
109.00
129.59
56.16
238.59
70
.188
84.39
100.00
138.48
60.01
238.48
14
-.524
-235.32
46.00
206.27
89.38
252.27
«5
-1.790
-803.18
44.00
204.70
88.70
248.70
2
.274
122.84
302.00
9.00
3.90
311.00
5
.447
200.52
282.00
31.00
13-43
313-00
16
-1.241
-557.04
239.00
20.00
8.67
259.00
29
-1.585
-711.57
210.00
37.00
16.03
247.00
EBBOB
SUNMABT
EBBOB TIMES
0078 0005
VII-P7
R«l Zb
Av
\
%'
PIPE DATAi
PIPE
NODES
HEAD
HLOSS
K.
PROM
TO
LENGTH
DI1M
COEP
PLOW RITE
TELOCITT
LOSS '
/1 000
1
4
1
4200.
6.0
40.0
45.83
.52
9.16
2.18
2
3
1
5200.
10.0
40.0
124.90
.51
6.03
1.16
3
4
3
3700.
12.0
90.0
382.44
1.08
3.13
.84
• 4
3
2
700.
10.0
90.0
175.37
.72
.34
.48
• 5
4
5
4600.
12.0
90.0
225.87
.64
1.47
.32
6
6
4
400.
12.0
90.0
750.92
2.13
1.18
2.95
• 7
7
6
4800.
6.0
80.0
41.85
.47
2.45
.51
8
8
7
2800.
10.0
80.0
141.36
.58
1.13
.40
9
9
6
3000.
6.0
40.0
32.43
37
3.45
1.15
• 10
8
9
4500.
12.0
80.0
55.72
.16
.13
.03
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
68.93
.78
12.07
4.64
13
24
8
7000.
10.0
90.0
304.82
1.25
9.44
1.35
14
12
6
7200.
12.0
90.0
798.98
2.27
23.81
3.31
15
12
13
5700.
16.0
90.0
734.68
1.17
3.98
.70
16
13
11
3700.
16.0
90.0
969.38
1-55
4.31
1.17
17
14
13
100.
10.0
90.0
234.70
.96
.08
.83
• 18
15
12
800.
14.0
80.0
843.43
1.76
1.72
2.15
19
16
15
500.
16.0
40.0
483-70
.77
.72
1.44
• 20
17
15
200.
16.0
40.0
359.73
.57
.17
.83
21
17
18
6000.
16.0
40.0
531.89
.85
10.33
1.72
22
11
18
1300.
16.0
40.0
127.54
.20
.16
.12
23
17
19
4700.
16.0
40.0
599.30
.96
10.09
2.15
24
19
20
900.
16.0
40.0
396.87
.63
.90
1.00
25
20
21
2000.
16.0
40.0
218.68
.35
.66
.33
• 26
22
21
300.
16.0
40.0
114.02
.18
.03
.10
27
18
22
1300.
16.0
40.0
396.32
.63
1.30
1.00
28
22
23
900.
16.0
80.0
599.35
.96
.54
.59
29
23
24
1400.
16.0
80.0
457.90
.73
.51
.36
• 30
25
24
1900.
16.0
80.0
13.99
.02
.00
.00
• 31
26
25
700.
16.0
80.0
36.40
.06
.00
.00
32
11
27
1700.
16.0
90.0
706.27
1.13
1.10
.65
33
18
27
1100.
10.0
40.0
106.07
• «3
.94
.86
• 3*
27
22
2100.
16.0
90.0
341.69
.55
.35
.17
35
27
2B
1750.
20.0
90.0
470.65
.48
.18
.10
36
29
28
1400.
24.0
90.0
171.50
.12
.01
.01
37
28
26
3800.
16.0
120.0
642.15
1.02
1.21
.32
38
19
30
1500.
8.0
40.0
80.09
.51
2.27
1.51
39
20
30
1700.
10.0
50.0
127.98
.52
1.37
.80
40
21
31
1100.
12.0
120.0
298.91
.85
.35
• 31
• 41
31
30
3400.
8.0
60.0
28.41
.18
-36
.10
42
31
32
1900.
12.0
60.0
166.42
.47
.73
.38
• 43
32
33
2200.
12.0
60.0
128.59
.36
.52
.24
44
3«
33
1000.
12.0
60.0
2.06
.01
.00
.00
• 45
30
34
4500.
10.0
50.0
60.28
.25
.90
.20
• 46
34
35
1500.
12.0
60.0
14.40
.04
.01
.00
• 47
35
36
600.
12.0
60.0
32.84
.09
.01
.02
49
35
38
3300.
6.0
40.0
2.40
.03
.03
.01
50
36
38
2500.
6.0
40.0
2.17
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
16.80
.19
.40
.22
• 52
39
35
1300.
6.0
120.0
47.32
.54
.39
.30
53
23
40
3400.
10.0
120.0
55.62
.23
.12
.03
• 54
40
32
2000.
6.0
80.0
26.99
• 31
.45
•23
• 55
41
40
1500.
10.0
120.0
79.53
.32
.10
.07
• 56
41
33
2600.
6.0
80.0
37.35
.42
1.08
.41
57
42
41
1200.
10.0
80.0
167.10
.68
.66
.55
• 58
42
39
3500.
10.0
110.0
189.44
.77
1.35
.39
• 59
44
39
3400.
6.0
50.0
23.50
.27
1.42
.42
• 60
«3
42
1700.
12.0
100.0
385.75
1.09
1.20
.71
61
43
44
1400.
12.0
100.0
413.83
1.17
1.13
.80
62
45
43
750.
12.0
100.0
799.58
2.27
2.04
2.72
63
25
46
800.
6.0
50.0
5.06
.06
.02
.02
64
40
46
3000.
6.0
80.0
20.52
.23
.41
.14
65
26
47
1400.
16.0
90.0
20.57
.03
.00
.00
• 66
47
46
600.
6.0
90.0
10.94
.12
.02
.03
• 67
48
47
600.
16.0
90.0
6.81
.01
.00
.00
• 68
49
48
2500.
16.0
90.0
121.89
.19
.06
.03
• 69
50
49
1000.
16.0
90.0
167.74
.27
.05
.05
• 71
51
50
3800.
16.0
90.0
193.31
.31
.22
.06
72
44
51
2000.
12.0
100.0
300.85
.85
.89
.45
73
48
52
2800.
6.0
110.0
68.52
.78
1.98
.71
74
52
53
1100.
6.0
110.0
72.36
.82
.86
.78
• 75
54
53
1600.
6.0
50.0
42.92
.49
2.04
1.28
76
49
54
1000.
6.0
40.0
27.59
.31
.85
.85
77
53
55
1100.
6.0
110.0
64.66
.73
.70
.63
• 80
58
54
3500.
6.0
120.0
27.20
.31
.38
.11
82
51
58
1600.
6.0
110.0
54.59
.62
.74
.46
86
55
61
4100.
6.0
110.0
10.79
.12
.09
.02
87
26
62
4100.
16.0
80.0
455.53
.73
1.47
.36
• 88
62
52
2900.
6.0
100.0
29.40
.33
' .51
.18
89
62
63
1300.
12.0
80.0
379.57
1.08
1.35
1.04
90
63
64
1800.
12.0
120.0
319.28
.91
.64
.36
91
64
65
500.
12.0
120.0
272.05
.77
.13
.26
92
64
66
700.
6.0
90.0
28.06
.32
.14
.20
93
53
66
3700.
6.0
90.0
28.71
• 33
.76
.20
94
66
61
4900.
6.0
90.0
4.73
.05
.04
.01
95
65
67
1200.
12.0
120.0
190.99
.54
.16
.14
96
67
68
1500.
12.0
80.0
106.79
• 30
.15
.10
97
63
68
3000.
6.0
80.0
34.72
■ 39
1.08
.36
98
67
69
2000.
6.0
120.0
45.85
.52
.57
.29
• 99
69
70
2200.
6.0
120.0
14.81
.17
.08
.04
100
65
70
2000.
6.0
120.0
55.49
.63
.81
.41
VII-28
I V 2«
rv
MODE
DATAi
NODE
DEMAND
HGL
NO.
(crs)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
1
.380
170.73
161.00
144.30
62.53
305.30
3
.183
82.17
235.00
76.34
33.08
311.34
4
.216
96.78
64.00
250.47
108.54
314.47
6
.273
122.34
62.00
170.75
73.99
232.75
7
.222
99.52
120.00
115.20
49.92
235.20
8
.240
107.73
73.00
163.33
70.78
236.33
9
.205
92.21
53.00
183.20
79.39
236.20
10
0.000
0.00
43.00
193.20
83.72
236.20
11
.148
66.65
81.00
167-27
72.49
248.27
12
-1.538
-690.23
56.00
200.56
86.91
256.56
13
0.000
0.00
47.00
205.59
89.09
252.59
15
0.000
0.00
60.00
198.28
85.92
258.28
17
-3.322
-1490.93
47.00
211.44
91.63
258.44
18
.350
157.04
99.00
149.11
64.62
248.11
19
.273
122.34
88.00
160.35
69.49
248.35
20
.112
50.22
96.00
151.45
•65-63
247.45
21
.075
33.78
102.00
144.79
62.74
246.79
22
.055
24.65
101.00
145.82
63.19
246.82
23
.191
85.82
106.00
140.28
60.79
246.28
24
.372
167.08
112.00
133.78
57.97
245.78
25
.039
17.35
120.00
125.78
54.50
245.78
26
.289
129.65
110.00
135.78
58.84
245.78
27
0.000
0.00
84.00
163.17
70.71
247.17
28
0.000
0.00
126.00
120.99
52.43
246.99
30
.393
176.21
124.00
122.09
52.90
246.09
31
.232
104.08
127.00
119.44
51.76
246.44
32
.144
64.82
145.00
100.71
43.64
245.71
33
.374
167.99
69.00
176.19
76.35
245.19
34
.098
43.82
75.00
170.19
73.75
245.19
35
.059
26.48
62.00
183.18
79.38
245.18
36
.106
47.48
60.00
185.17
80.24
245.17
38
.010
4.57
56.00
189.15
81.97
245.15
39
• 332
148.82
70.00
175.58
76.08
245.58
40
.195
87.65
139.00
107-17
46.44
246.17
41
.112
50.22
90.00
156.26
67.71
246.26
42
.065
29.22
77.00
169.93
73-63
246.93
43
0.000
0.00
47.00
201.13
87.15
248.13
44
.199
89.47
87.00
160.00
69.33
247.00
46
.081
36.52
137.00
108.76
47.13
245.76
47
.037
16.43
144.00
101.78
44.10
245.78
48
.104
46.56
130.00
115.78
50.17
245.78
49
.041
18.26
81.00
164.84
71.43
245.84
50
.057
25.56
56.00
189.89
- 82.28
245.89
51
.118
52.95
95.00
151.11
65.48
246.11
52
.057
25.56
101.00
142.80
61.88
243.80
53
.049
21.91
98.00
144.94
62.81
242.94
54
.026
11.87
91.00
153.99
66.73
244.99
55
.120
53.87
96.00
146.25
63-37
242.25
58
.061
27.39
105.00
140.37
60.83
245.37
61
.035
15.52
67.00
175.15
75.90
242.15
62
.104
46.56
101.00
143.31
62.10
244.31
63
.057
25.56
116.00
126.96
55.02
242.96
64
.043
19.17
112.00
130.32
56.47
242.32
65
.057
25.56
111.00
131-19
56.85
242.19
66
.116
52.04
108.00
134.19
58.15
242.19
67
.085
38.35
116.00
126.03
54.61
242.03
68
• 315
141.52
118.00
123.88
53.68
241.88
69
.069
31.04
109.00
132.46
57.40
241.46
70
.157
70.30
100.00
141.38
61.26
241.38
14
—523
-234.70
46.00
206.67
89.56
252.67
45
-1.781
-799.58
44.00
206.17
89.34
250.17
2
.391
175.37
302.00
9.00
3.90
311.00
5
.503
225.87
282.00
31.00
13.43
313.00
16
-1.078
-483.70
239.00
20.00
8.67
259.00
29
-.382
-171.50
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIMES
0078 0005
VII-29
Fi
M
\r\.
PIPE DATA:
PIPE
N0DE3
HEAD
HLOSS
NO.
FROM
TO
LENGTH
DIAM
COEF
FLOW RATE
VELOCITY
LOSS
/1 000
7
6
7
4B00.
b.O
80.0
67.17
.99
9.54
1.99
• 8
7
8
2800.
10.0
dO.O
7.bO
.03
.01
.00
• 3
6
9
3000.
b.O
40.0
5b. 17
.64
9-54
3.18
10
9
8
4500.
12.0
oo.o
12.88
.04
.01
.00
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2b00.
b.O
40.0
30.45
.35
2.66
1.02
13
24
6
7000.
10.0
90.0
65. bb
.27
.55
.08
14
12
6
7200.
12.0
90.0
241.16
.68
2.59
-36
15
12
13
5700.
16.0
90.0
798.25
1.27
4.64
.81
16
13
11
3700.
16.0
90.0
1030.72
1.64
4.83
1.31
17
14
13
100.
10.0
90.0
232.47
.95
.08
.82
• 18
15
12
800.
14.0
80.0
349.56
.73
.34
.42
• 19
15
1b
500.
lb.0
40.0
31-33
-05
.00
.01
• 20
17
15
200.
16.0
40.0
380.89
.61
.19
.93
21
17
18
6000.
lb.0
40.0
526.59
.84
10. 14
1.69
22
11
18
1300.
16.0
40.0
124.49
.20
.15
.12
23
17
19
4700.
16.0
40.0
583.18
.93
9.60
2.04
24
19
20
900.
16.0
40.0
409-95
.65
.96
1.06
25
20
21
2000.
16.0
40.0
257.56
.41
.90
.45
26
21
22
300.
16.0
40.0
27.89
.04
.00
.01
27
18
22
1300.
lb.0
40.0
398.90
.64
1.31
1.01
28
22
23
900.
16.0
80.0.
438.35
.70
.30
• 33
29
23
24
1400.
lb.0
ao.o"
376.44
.60
• 35
.25
30
24
25
1900.
16.0
60.0
177.20
.28
.12
.06
31
25
2b
700.
lb.0
80.0
157.82
.25
.04
.05
32
11
27
1700.
16.0
90.0
822.49
1.31
1.46
.86
33
18
27
1100.
10.0
40.0
126.63
.52
1.31
1.19
• 3«
27
22
2100.
16.0
90.0
31-28
.05
.00
.00
35
27
28
1750.
20.0
90.0
917.84
.94
.62
.36
• 36
28
29
1400.
24.0
90.0
683.12
.48
.12
.08
37
28
26
3800.
1b.
120.0
234.72
• 37
.19
.05
38
19
30
1500.
8.0
40.0
75.42
.48
2.03
1.35
39
20
30
1700.
10.0
50.0
112.23
.46
1.07
.63
40
21
31
1100.
12.0
120.0
202. bb
.57
.17
.15
• 41
31
30
3400.
8.0
60.0
2.29
.01
.00
.00
42
31
32
1900.
12.0
60.0
117.15
.33
• 38
.20
• «3
32
33
2200.
12.0
60.0
64.84
.24
.24
.11
44
3<»
33
1000.
12.0
60.0
19.88
.06
.01
.01
• 45
30
34
4500.
10.0
50.0
49.05
.20
.61
.14
46
35
3<»
1500.
12.0
bO.O
5.87
.02
.00
.00
• 47
35
36
600.
12.0
60.0
21.69
.Ob
.01
.01
19
35
38
3300.
6.0
40.0
1.85
.02
.02
.01
50
36
3»
2500.
6.0
40.0
1.80
.02
.01
.01
• 51
39
36
1800.
6.0
50.0
17.87
.20
.45
.25
• 52
39
35
1300.
6.0
120.0
50.79
.58
.45
• 34
• 53
40
23
3400.
10.0
120.0
6.71
.03
.00
.00
• 54
to
32
2000.
b.O
80.0
19.52
.22
.25
.12
• 55
41
40
1500.
10.0
120.0
119.03
.19
.21
.14
• 56
41
33
2600.
6.0
80.0
29. bO
.3«
.70
.27
57
42
41
1200.
10.0
80.0
188.78
.77
.83
• b9
• 58
42
39
3500.
10.0
110.0
1b7.24
.68
1.07
.31
• 59
44
39
3400.
6.0
50.0
20.40
.23
1.10
• 32
• 60
«3
42
1700.
12.0
100.0
379.38
1.08
1.16
.68
61
«3
44
1400.
12.0
100.0
416.50
1. 18
1.14
.81
62
45
«3
750.
12.0
100.0
795.88
2.26
2.03
2.70
63
25
4b
800.
6.0
50.0
5.50
.Ob
.02
.03
64
40
4b
3000.
6.0
80.0
22.72
.26
.49
.lb
• 65
47
26
1400.
16.0
90.0
73-83
.12
.01
.01
• 66
47
4b
600.
6.0
90.0
.97
.01
.00
.00
• 67
48
47
600.
16.0
90.0
87.75
.14
.01
.01
• 68
49
48
2500.
16.0
90.0
179.65
.29
.13
-05
• 69
50
49
1000.
16.0
90.0
214.81
.3*
.07
.07
• 71
51
50
3800.
lb.0
90.0
235.25
-38
.32
.08
72
44
51
2000.
12.0
100.0
324.5b
.92
1.03
.51
73
48
52
2800.
6.0
110.0
54. 67
.82
1.30
.46
74
52
53
1100.
6.0
110.0
57.00
.65
.55
.50
• 75
54
53
IbOO.
b.O
50.0
3b. 14
.41
1.49
.93
76
49
54
1000.
b.O
40.0
20.56
-23
.49
.49
77
53
55
1100.
b.O
110.0
52.16
.59
.47
.43
• 80
58
54
3500.
b.O
120.0
25.07
.28
.33
.09
- 62
51
58
1600.
b.O
110.0
46.97
.53
.56
-35
86
55
61
4100.
6.0
110.0
9.11
.10
.07
.02
87
2b
b2
4100.
1b.
80.0
362.52
.56
• 9b
.23
• 88
62
52
2900.
6.0
100.0
22.76
.2b
■ i2
.1 1
89
62
b3
1300.
12.0
ao.o
302.52
.66
.89
.68
90
b3
b4
1800.
12.0
120.0
254.37
.72
.42
.2i
91
64
b5
5U0.
12.0
120.0
217.57
.62
.09
.17
92
64
bb
700.
6.0
90.0
21.47
.24
.08
.12
93
53
06
3700.
b.O
90.0
23.44
.27
.52
.14
94
.66
ol
4900.
o.O
90.0
3.30
.04
.02
.00
95
65
b7
1200.
12.0
120.0
152.76
.43
. 11
.09
9b
b7
08
1500.
12.0
60.0
85.44
.24
.10
.07
97
63
68
300U.
b.O
ao.o
27.71
-31
.71
.24
9»
b7
09
2000.
6.0
120.0
j6.t>6
.42
-36
-19
• 99
b9
7U
2200.
6.0
120.0
1 1 . <54
.13
.05
.02
100
05
70
2000.
b.O
120.0
44. j7
.50
.54
.27
VII-J50
Ryzs
liin.
NODE
DATA:
NODE
DEMAND
HOL
NO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
6
.218
97.82
62.00
194.08
84.10
256.08
7
.177
79.57
120.00
126.54
54.83
246.54
a
.192
86.14
73.00
173.53
75.20
246.53
9
.164
73-73
53.00
193.54
83.87
246.54
10
0.000
0.00
43.00
203.54
86.20
246.54
11
.119
53-29
81.00
168.20
72.89
249.20
12
-1.537
-689.85
56.00
202.67
87.82
258.67
13
0.000
0.00
47.00
207.03
89.71
254.03
15
0.000
0.00
60.00
199.00
86.24
259-00
17
-3-321
-1490.66
47.00
212.19
91.95
259.19
18
.280
125.56
99.00
150.05
65.02
249.05
19
.218
97.82
88.00
161.59
70.02
249.59
20
.069
40.15
96.00
152.64
66.14
248.64
21
.060
27.01
102.00
145.74
63-15
247.74
22
.044
19.71
101.00
146.74
63.59
247.74
23
.153
68.62
106.00
141.44
61.29
247.44
24
.298
133.59
112.00
135.08
58.54
247.08
25
.031
13.87
120.00
126.97
55.02
246.97
2b
.231
103.66
110.00
136.93
59.34
246.93
27
0.000
0.00
84.00
163-74
70.95
247.74
26
0.000
0.00
126.00
121. 12
52.48
247.12
30
.314
140.89
124.00
' 123.57
53.55
247.57
31
.185
83.22
127.00
120.57
52.25
247.57
32
.115
51.83
145.00
102. 19
44.28
247.19
33
.299
134.32
69.00
177.95
77.11
246.95
3«
.078
35.04
75.00
171.95
74.51
246.95
35
.047
21.17
62.00
184.96
80.15
246.96
36
.085
37.96
60.00
186.95
81.01
246.95
38
.008
3.65
56.00
190.94
82.74
246.94
39
.265
118.99
70.00
177.40
76.88
247.40
40
.156
70.08
139.00
108.44
46.99
247.44
41
.089
40.15
90.00
157.65
68.31
247.65
42
.052
23.36
77.00
171.48
74.31
248.48
43
0.000
0.00
47.00
202.64
87.81
249.64
44
.159
71.54
87.00
161.50
69-98
248.50
46
.065
29.20
137.00
109.94
47.64
246.94
47
.029
13.14
144.00
102.94
44.61
246.94
48
.083
37.23
130.00
116.95
50.68
246.95
49
.033
14.60
81.00
166.08
71.97
247.08
50
.046
20.44
56.00
191.15
82.83
247.15
51
.094
42.34
95.00
152.47
66.07
247.47
52
.046
20.44
101.00
144.65
62.68
245.65
53
• 039
17.52
98.00
147.10
63.74
245.10
54
.021
9.49
91.00
155.59
67.42
246.59
55
.09b
43-07
96.00
148.63
64. 41
244.63
58
.049
21.90
105.00
141.91
01.50
246.91
61
.028
12.41
67.00
177.56
76.94
244.56
62
.083
37.23
101.00
144.97
62.82
245.97
63
.046
20.44
116.00
129.08
55.94
245.08
64
.034
15.33
112.00
132.66
57.49
244.66
65
.046
20.44
111.00
133.58
57.88
244.58
66
.093
41.61
106.00
136.58
59.19
244.58
67
.068
30.66
116.00
128.47
55.67
244.47
68
.252
113.15
118.00
126.37
54.76
244.37
69
.055
24.82
109.00
135.09
58.54
244.09
70
.125
56.21
100.00
144.04
62.42
244.04
14
-.518
-232.47
46.00
208.11
90.18
254.11
45
-1.773
-795.88
44.00
207.67
89.99
251-67
16
.070
31-33
239.00
20.00
8.67
259.00
29
1.522
683.12
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR
riMES
0076 1
J004
VII-31
PIPE DATA i
F,y2f
PIPE
NODES
HEAD
BLOSS
NO.
FHOM
TO
LENOTH
DIAM
coer
n.0W RATE
VELOCITT
LOSS
/1 000
Yllx '
1
4
1
4200.
6.0
40.0
48.82
.55
10.30
2.45
2
3
1
5200.
10.0
40.0
137.62
.56
7.22
1.39
3
4
3
3700.
12.0
90.0
379.02
1.08
3.07
.83
• 4
3
2
700.
10.0
90.0
151.66
.62
.26
.37
• 5
4
5
4600.
12.0
90.0
214.68
.61
1.33
.29
6
6
4
400.
12.0
90.0
748.19
2.12
1.17
2.93
• 7
7
6
4800.
6.0
80.0
32.22
.37
1.51
.31
8
8
7
2800.
10.0
80.0
140.89
.58
1.13
.40
9
9
6
3000.
6.0
40.0
27.30
• 31
2.51
.84
• 10
8
9
4500.
12.0
80.0
54.49
.15
.13
.03
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
73-51
.83
13.60
5.23
13
24
8
7000.
10.0
90.0
313.03
1.28
9.92
1.42
14
12
6
7200.
12.0
90.0
822.27
2.33
25.11
3.49
15
12
13
5700.
16.0
90.0
773.16
1.23
4.37
.77
16
13
11
3700.
16.0
90.0
1007.74
1.6l
4.63
1.25
17
14
13
100.
10.0
90.0
234.57
.96
.08
.83
• 18
15
12
800.
14.0
80.0
905.51
1.89
1.96
2.45
• 19
15
16
500.
16.0
40.0
2.54
.00
.00
.00
• 20
17
15
200.
16.0
40.0
908.05
1.45
.93
4.64
21
17
18
6000.
16.0
40.0
579.84
.93
12.12
2.02
22
11
18
1300.
16.0
40.0
156.48
.25
.23
.18
23
17
19
4700.
16.0
40.0
661.64
1.06
12.12
2.58
21
19
20
900.
16.0
40.0
436.27
.70
1.07
1.19
25
20
21
2000.
16.0
40.0
230.97
.37
.73
.37
• 26
ZZ
21
300.
16.0
40.0
189.10
• 30
.08
.25
27
18
ZZ
1300.
16.0
40.0
463.52
.74
1.73
1.33
28
ZZ
23
900.
16.0
80.0
801.58
1.28
.92
1.02
29
23
24
1400.
16.0
80.0
532.95
.85
.67
.48
30
24
25
1900.
16.0
80.0
37.46
.06
.01
.00
• 31
26
25
700.
16.0
80.0
1.88
.00
.00
.00
32
11
27
1700.
16.0
90.0
704.97
1.12
1.10
.65
33
18
27
1100.
10.0
40.0
101.31
.41
.87
.79
• 34
27
ZZ
2100.
16.0
90.0
554.07
.88
.87
.41
35
27
28
1750.
20.0
90.0
252.20
.26
.06
.03
36
29
28
1400.
24.0
90.0
677.53
.48
.12
.08
37
28
26
3800.
16.0
120.0
929.73
1.48
2.41
.63
38
19
30
1500.
8.0
40.0
91.77
.59
2.92
1.94
39
20
30
1700.
10.0
50.0
150.47
.61
1.84
1.08
40
21
31
1100.
12.0
120.0
383.18
1.09
.55
.50
• 41
31
30
3400.
8.0
60.0
36.32
.23
.56
.16
* *
42
31
32
1900.
12.0
60.0
233.21
.66
1.36
.72
• 43
32
33
2200.
12.0
60.0
174.66
.50
.92
.42
■ 44
33
34
1000.
12.0
60.0
26.07
.07
.01
.01
• 45
30
34
4500.
10.0
50.0
86.14
.35
1.74
.39
• 46
34
35
1500.
12.0
60.0
64.35
.18
.10
.07
• 47
35
36
600.
12.0
60.0
47.53
.13
.02
.04
49
35
38
3300.
6.0
40.0
2.83
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.15
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
6.46
.07
.07
.04
• 52
39
35
1300.
6.0
120.0
14.93
.17
.05
.04
•
53
23
40
3400.
10.0
120.0
174.91
.71
.96
.28
• 54
40
32
2000.
6.0
80.0
12.24
.14
.10
.05
55
40
41
1500.
10.0
120.0
71.76
.29
.08
.05
• 56
41
33
2600.
6.0
80.0
34.85
.40
.95
.36
57
42
41
1200.
10.0
80.0
17.92
.07
.01
.01
• 58
42
39
3500.
10.0
110.0
163.00
.67
1.02
.29
• 59
44
39
3400.
6.0
50.0
20.90
.24
1.15
.34
• 60
43
42
1700.
12.0
100.0
212.83
.60
.40
.23
61
43
44
1400.
12.0
100.0
193.10
.55
.27
.20
62
45
43
750.
12.0
100.0
405.93
1.15
.58
.78
63
25
46
800.
6.0
50.0
20.40
.23
.26
.32
• 64
46
40
3000.
6.0
80.0
4.81
.05
.03
.01
65
26
47
1400.
16.0
90.0
283.91
.45
.17
.12
• 66
47
46
600.
6.0
90.0
24.29
.28
.09
.15
67
47
48
600.
16.0
90.0
241.68
.39
.05
.09
68
48
49
2500.
16.0
90.0
117.69
.19
.06
.02
69
49
50
. 1000.
16.0
90.0
66.18
.11
.01
.01
71
50
51
3800.
16.0
90.0
38.26
.06
.01
.00
72
44
51
2000.
12.0
100.0
74.49
.21
.07
.03
73
48
52
2800.
6.0
110.0
73.14
.83
2.23
.80
74
52
53
1100.
6.0
110.0
79.89
.91
1.03
.94
• 75
54
53
1600.
6.0
50.0
43-63
.50
2.11
1.32
76
49
54
1000.
6.0
40.0
3L58
.36
1.09
1.09
77
53
55
1100.
6.0
110.0
69.45
.79
.80
.72
• 80
58
54
3500.
6.0
120.0
25.02
.28
.33
.09
82
51
58
1600.
6.0
110.0
54.93
.62
.75
.47
86
55
61
4100.
6.0
110.0
10.63
.12
.09
.02
87
26
62
4100.
16.0
80.0
502.37
.80
1.76
.43
• 88
62
52
2900.
6.0
100.0
34.66
.39
.69
.24
89
62
63
1300.
12.0
80.0
416.86
1.18
1.60
1.23
90
63
64
1800.
12.0
120.0
350.89
1.00
.76
.42
91
64
65
500.
12.0
120.0
296.94
.84
.16
.31
92
64
66
700.
6.0
90.0
33.01
.37
.19
.26
93
53
66
3700.
6.0
90.0
30.14
.34
.83
.ZZ
94
66
61
4900.
6.0
90.0
6.32
.07
.06
.01
95
65
67
1200.
12.0
120.0
208.43
.59
.19
.16
96
67
68
1500.
12.0
80.0
116.49
.33
.17
.12
97
63
68
3000.
6.0
80.0
38.05
• .43
1.28
.43
98
67
69
2000.
6.0
120.0
50.07
.57
.67
• 34
■ 99
69
70
2200.
6.0
120.0
16.18
.18
.09
.04
100
65
70
2000.
6.0
120.0
60.59
.69
.96
.48
vi 1-32
mode'
DATAi
MODE
DEMAND
HGL
\ — -^ ;,
MO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
h'fl.ZI
1
.415
186. UK
161.00
143.04
61.98
304.04
Max
3
.200
89.73
235.00
76.26
33.05
311.26
«
.235
105.68
64.00
250.33
108.48
314.33
6
.298
133.60
62.00
169-93
73.64
231.93
7
.242
108.67
120.00
113.44
49.16
233-44
8
.262
117.65
73.00
161.56
70.01
234.56
9
.224
100.70
53.00
181.44
78.62
234. 4U
10
0.000
0.00
43.00
191.44
82.96
234.44
11
.162
72.78
81.00
167.04
72.38
248.04
12
-1.537
-689.92
56.00
201.04
37.12
257.04
13
0.000
0.00
47.00
205.67
89.12
252.67
15
0.000
0.00
60.00
199.00
86.23
259.00
17
-4.789
-2149.53
47.00
212.93
92.27
259.93
18
.382
171.48
99.00
148.81
64.48
247.81
19
.298
133.60
88.00
159.80
69.25
247.80
20
.122
54.84
96.00
150.73
65.32
246.73
21
.082
36.89
102.00
144.00
62.40
246.00
22
.060
26.92
101.00
145.07
62.86
246.07
23
.209
93.72
106.00
139.15
60.30
245.15
24
.407
182.45
112.00
132.48
57.41
244.48
25
.042
18.94
120.00
124.48
53.94
244.48
26
.315
141.57
110.00
144.48
58.27
244.48
27
0.000
0.00
84.00
162.94
70.61
246.94
28
0.000
0.00
126.00
120.88
52.38
246.88
30
.429
192.42
124.00
120.89
52.38
244.89
31
.253
113.66
127.00
118.45
51.33
245.45
32
.158
70.79
145.00
99.09
42.94
244.09
33
.409
183.45
69.00
174.16
75.47
243.16
3»
.107
47.86
75.00
168.15
72.87
243.15
35
.064
28.91
62.00
181.05
78.46
243.05
36
.116
51.84
60.00
183.03
79.31
243.03
38
.011
4.99
56.00
187.01
81.04
243.01
39
.362
162.51
70.00
173.10
75.01
243.10
40
.213
95.71
139.00
105.19
45.58
244.19
41
.122
54.84
90.00
154.11
66.78
244.11
42
.071
31.90
77.00
167.12
72.42
244.12
43
0.000
0.00
47.00
197.52
85.59
244.52
44
.218
97.71
87.00
157.25
68.14
244.25
46
.089
39.88
137.00
107.22
46.46
244.22
47
.040
17.95
144.00
100.31
43.47
244.31
«
48
.113
50.85
130.00
114.26
49-51
244.26
49
.044
19.94
81.00
163.20
70.72
244.20
50
.062
27.92
56.00
188.19
81.55
244.19
m
51
.129
57.83
95.00
149.18
64.64
244.18
52
.062
27.92
101.00
141.03
61.11
242.03
53
.053
23.93
98.00
143.00
61.96
241.00
54
.029
12.96
91.00
152.10
65.91
243.10
55
.131
58.82
96.00
144.20
62.49
240.20
58
.067
29.91
105.00
138.43
59.99
243.43
61
.038
16.95
67.00
173.11
75.01
240.11
62
.113
50.85
101.00
141.72
61.41
242.72
,
63
.062
27.92
116.00
125.12
54.22
241.12
64
.047
20.94
112.00
128.35
55.62
240.35
65
.062
27.92
111.00
129.20
55.99
240.20
66
.127
56.83
108.00
132.17
57.27
240.17
67
.093
41.87
116.00
124.01
53.74
240.01
68
.344
154.54
118.00
121.83
52.79
239.83
69
.076
33.90
109.00
130.33
56.48
239-33
70
.171
76.77
100.00
139.24
60.34
239.24
14
-.523
-234.57
46.00
206.75
89.59
252.75
45
-.904
-405.93
44.00
201.10
87.14
245.10
2
.338
151.66
302.00
9.00
3.90
311.00
5
.478
214.68
282.00
31.00
13.43
313-00
16
.006
2.54
239.00
20.00
8.67
259.00
29
-1.510
-677.53
210.00
37.00
16.03
247.00
EBBOB
SUfMABT
EBBOB
riMES
l
0078
0005
VI 1-33
rirs uaxai
PIPE
RODES
HEAD
HLOSS
RO.
FROM
TO
LENGTH
DIAM
COEf
PLOW RATE
VELOCITY
LOSS
/1000
1
4
1
4200.
6.0
40.0
43.01
.49
8.14
1.94
2
3
1
5200.
10.0
40.0
112.39
.46
4.96
.95
3
4
3
3700.
12.0
90.0
386.04
1.10
3-18
.86
• 4
3
2
700.
10.0
90.0
198.87
.81
• 43
.61
• 5
4
5
4600.
12.0
90.0
237.57
.67
1.61
.35
6
6
4
400.
12.0
90.0
754.71
2.14
1.19
2.98
• 7
7
6
4800.
6.0
80.0'
42.62
.48
2.54
.53
8
8
7
2800.
10.0
80.0
133.20
.54
1.01
.36
9
9
6
3000.
6.0
40.0
32.38
.37
3.44
1.15
• 10
8
9
4500.
12.0
80.0
50.32
.14
.11
.02
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
65.99
.75
11.14
4.28
13
24
8
7000.
10.0
90.0
281.58
1.15
8.15
1.16
14
12
6
7200.
12.0
90.0
791.06
2.24
23.38
3.25
15
12
13
5700.
16.0
90.0
762.45
1.22
4.26
.75
16
13
11
3700.
16.0
90.0
996.55
1.59
4.54
1.23
17
14
13
100.
10.0
90.0
234.10
.96
.08
.83
• 18
15
12
800.
14.0
80.0
863.77
1.80
1.79
2.24
• 19
15
16
500.
16.0
40.0
81.37
-13
.03
.05
• 20
17
15
200.
16.0
40.0
945.15
1.51
1.00
4.99
21
17
18
6000.
16.0
40.0
569.55
.91
11.73
1.95
zz
11
18
1300.
16.0
40.0
117.14
.19
.14
.10
23
17
19
4700.
16.0
40.0
635.09
1.01
11.24
2.39
24
19
20
900.
16.0
40.0
438.54
.70
1.08
1.20
25
20
21
2000.
16.0
40.0
260.28
.42
.92
.46
• 26
ZZ
21
300.
16.0
40.0
77.27
.12
.01
.05
27
18
ZZ
1300.
16.0
40.0
428.26
.68
1.50
1.15
28
22
23
900.
16.0
80.0
690.06
1.10
.70
.77
29
23
24
1400.
16.0
80.0
477.79
.76
.55
• 39
30
24
25
1900.
16.0
80.0
44.14
.07
.01
.00
31
25
26
700.
16.0
80.0
15.88
.03
.00
.00
32
11
27
1700.
16.0
90.0
752.75
1.20
1.24
.73
33
18
27
1100.
10.0
40.0
115.51
.47
1.10
1.00
• 34
27
22
2100.
16.0
90.0
361.51
.58
.39
.19
35
27
28
1750.
20.0
90.0
506.75
.52
.21
.12
36
29
28
1400.
24.0
90.0
197.67
.14
.01
.01
37
28
26
3800.
16.0
120.0
704.41
1.12
1.44
.38
38
19
30
1500.
8.0
40.0
85.20
.54
2.54
1.69
39
20
30
1700.
10.0
50.0
132.56
.54
1.46
.86
40
21
31
1100.
12.0
120.0
306.80
.87
• 36
.33
• 41
31
30
3400.
8.0
60.0
19.54
.12
.18
.05
42
31
32
1900.
12.0
60.0
192.53
.55
.95
.50
• 43
32
33
2200.
12.0
60.0
141.53
.40
.62
.28
• 44
33
34
1000.
12.0
60.0
17.01
.05
.01
.01
• 45
30
34
4500.
10.0
50.0
76.91
.31
1.41
• 31
• 46
34
35
1500.
12.0
60.0
54.03
.15
.07
.05
• 47
35
36
600.
12.0
60.0
39.70
.11
.02
.03
49
35
38
3300.
6.0
40.0
2.36
.03
.03
.01
50
36
38
2500.
6.0
40.0
1.79
.02
.01
.01
• 51
39
36
1800.
6.0
50.0
5.30
.06
.05
.03
• 52
39
35
1300.
6.0
120.0
12.13
.14
.03
.02
53
23
40
3400.
10.0
120.0
134.16
.55
.59
.17
• 54
40
32
2000.
6.0
80.0
8.00
.09
.05
.02
55
40
41
1500.
10.0
120.0
38.40
.16
• 03
.02
• 56
41
33
2600.
6.0
80.0
28.39
.32
.65
.25
57
42
41
1200.
10.0
80.0
35.69
.15
.04
.03
■ 58
42
39
3500.
10.0
110.0
136.01
.56
.73
.21
• 59
44
39
3400.
6.0
50.0
16.88
-19
.77
.23
• 60
43
42
1700.
12.0
100.0
198.29
.56
.35
.21
61
43
44
1400.
12.0
100.0
206.01
.58
.31
.ZZ
62
45
43
750.
12.0
100.0
404.31
1.15
.58
.77
63
25
46
800.
6.0
50.0
12.47
.14
.10
.13
64
40
46
3000.
6.0
80.0
7.98
.09
.07
.02
65
26
47
1400.
16.0
90.0
184.82
.29
.08
.05
• 66
47
46
600.
6.0
90.0
12.78
.15
.03
.05
67
47
48
600.
16.0
90.0
157.08
.25
.02
.04
68
48
49
2500.
16.0
90.0
53.13
.08
.01
.01
69
49
50
1000.
16.0
90.0
10.07
.02
.00
.00
• 71
51
50
3800.
16.0
90.0
13-20
.02
.00
.00
72
44
51
2000.
12.0
100.0
107.70
.31
.13
.07
73
48
52
2800.
6.0
110.0
61.57
.70
1.62
.58
74
52
53
1100.
6.0
110.0
66.51
.75
.73
.67
• 75
54
53
1600.
6.0
50.0
37.01
.42
1.55
.97
76
49
54
1000.
6.0
40.0
26.44
.30
.79
.79
77
53
55
1100.
6.0
110.0
58.16
.66
.57
.52
• 80
58
54
3500.
6.0
120.0
21.37
.24
.24
.07
82
51
58
1600.
6.0
110.0
46.30
.53
.55
.34
86
55
61
4100.
6.0
110.0
9.13
.10
.07
.02
87
26
62
4100.
16.0
80.0
417.47
.67
1.25
• 30
• 88
62
52
2900.
6.0
100.0
28.21
.32
.47
.16
89
62
63
1300.
12.0
80.0
346.88
.98
\M
.88
90
63
64
1800.
12.0
120.0
291.93
.83
.54
.30
91
64
65
500.
12.0
120.0
247.53
.70
.11
.ZZ
92
64
66
700.
6.0
90.0
26.95
.31
.13
.18
93
53
66
3700.
6.0
90.0
25.41
.29
.60
.16
94
66
61
4900.
6.0
90.0
4.99
.06
.04
.01
95
65
67
1200.
12.0
120.0
173.76
.49
.14
.12
96
67
68
1500.
12.0
80.0
97.12
.28
.12
.08
97
63
68
3000.
6.0
80.0
31.68
.36
.91
.30
98
67
69
2000.
6.0
120.0
41.74
.47
.48
.24
• 99
69
70
2200.
6.0
120.0
13.48
.15
.07
.03
100
65
70
2000.
6.0
120.0
50.51
.57
.68
.34
VI 1-3^
NODE DATA i
■ODE
DEMAND
B8L
Fife . Z°i
NO.
(CFS)
(GPM)
ELE7
BEAD
PRESSURE
ELEV
1
.346
155.40
161.00
145.47
63.03
306.47
3
.167
74.79
235.00
76.43
33.12
311.43
n
rfvv
4
.196
88.09
64.00
250.61
108.60
314.61
6
.248
111.35
62.00
171.86
74.47
233.86
r
7
.202
90.58
120.00
116.39
50.44
236.39
8
.218
98.06
73.00
164.41
71.24
237.41
9
.187
83.93
53-00
184.30
79.86
237.30
10
0.000
0.00
43.00
194.30
84.19
237.30
11
.135
60.66
81.00
167.44
72.56
248.44
12
-1.537
-689.73
56.00
201.23
87.20
257.23
13
0.000
0.00
47.00
205.97
89.26
252.97
15
0.000
0.00
60.00
199.03
86.24
259.03
17
-4.790
-2149.80
47.00
213.03
92.31
260.03
16
.318
142.93
99.00
149.30
64.70
248.30
19
.248
111.35
88.00
160.79
69.67
248.79
20
.102
45.71
96.00
151.70
65.74
247.70
21
.069
30.75
102.00
144.79
62.74
246.79
22
.050
22.44
101.00
145.80
63.18
246.80
23
.174
78.11
106.00
140.11
60.71
246.11
24
.339
152.07
112.00
133.56
57.88
245.56
25
.035
15.79
120.00
125.55
54.40
245.55
26
.263
118.00
110.00
135.55
58.74
245.55
27
0.000
0.00
84.00
163.20
70.72
247.20
28
0.000
0.00
126.00
120.99
52.43
246.99
30
.357
160.38
124.00
\ZZ.ZS
52.97
246.25
31
.211
94.73
127.00
119.42
51.75
246.42
32
.131
59.00
145.00
100.47
43.54
245.47
.
33
.341
152.90
69.00
175.84
76.20
244.84
34
.089
39.89
75.00
169.84
73.60
244.84
35
.054
24.10
62.00
182.77
79.20
244.77
36
.096
43.21
60.00
184.75
80.06
244.75
38
.009
4.16
56.00
188.74
81.79
244.74
39
.302
135.45
70.00
174.80
75-75
244.80
40
.178
79.78
139.00
106.52
46.16
245.52
41
.102
45.71
90.00
155.49
67.38
245.49
" 42
.059
26.59
77.00
168.53
73.03
245.53
43
0.000
0.00
47.00
198.88
86.18
245.88
44
.181
81.44
87.00
158.57
68.71
245.57
46
.074
33.24
137.00
108.45
46.99
245.45
47
.033
14.96
144.00
101.47
43.97
245.47
48
.094
42.38
130.00
115.45
50.03
245.45
49
.037
16.62
81.00
164.44
71.26
245.44
50
.052
23.27
56.00
189.44
82.09
245.44
*
51
.107
48.20
95.00
150.44
65.19
245.44
52
.052
23.27
101.00
142.83
61.89
243.83
53
.044
19.94
98.00
145.09
62.87
243.09
54
.024
10.80
91 00
153.65
66.58
244.65
55
.109
49.03
96.00
146.52
63.49
242.52
58
.056
24.93
105.00
139.89
60.62
244.89
61
.031
14.13
67.00
175.45
76.03
242.45
62
.094
42.38
101.00
143.30
62.10
244.30
63
.052
23.27
116.00
127.16
55.10
243.16
64
.039
17.45
112.00
130.62
56.60
242.62
65
.052
23.27
111.00
131.51
56.99
242.51
•
66
.106
47.37
108.00
134.49
58.28
242.49
67
.078
34.90
116.00
126.37
54.76
242.37
68
.287
128.81
118.00
124.25
53.84
242.25
69
.063
28.25
109.00
132.89
57.59
241.89
70
.143
63.99
100.00
141.83
61.46
241.83
14
-.522
-234.10
46.00
207.06
89.72
253.06
45
— 901
-404.31
44.00
202.46
87.73
246.46
2
.443
198.87
302.00
9.00
3.90
311.00
5
.529
237.57
282.00
31.00
13.43
313.00
16
.181
81.37
239.00
20.00
8.67
259.00
29
-.440
-197.67
210.00
37.00
16.03
247.00
ERROR
SUMMARY
EBROB TIMES
0078 0005
VII-35
tl?l DATAi
F '> ^
PIPE
NODES
HEAD
HLOSS
SO.
FROM
TO
LENGTH
DIAM
COEF
FLOW RATE
VELOCITT
LOSS
/1000
Min.
7
6
7
4800.
6.0
80.0
90.66
1.03
10.26
2.14
• 8
7
8
2800.
10.0
80.0
18.17
.07
• 03
.01
• 9
6
9
3000.
6.0
40.0
58.43
.66
10.26
3.42
10
9
8
4500.
12.0
80.0
21.40
.06
.02
.01
11
10
9
800.
12.0
50.0
.00
. .00
.00
.00
• 12
11
9
2600.
6.0
40.0
30.13
• 34
2.61
1.00
13
24
8
7000.
10.0
90.0
38.90
.16
.21
.03
14
12
6
7200.
12.0
90.0
238.20
.68
2.53
• 35
15
12
13
5700.
16.0
90.0
834.88
1.33
5.04
.88
16
13
11
3700.
16.0
90.0
1066.55
1.70
5.15
1.39
17
14
13
100.
10.0
90.0
23L67
.95
.08
.81
• 18
15
12
800.
14.0
80.0
382.81
.80
.40
.50
• 19
15
16
500.
16.0
40.0
571.72
.91
.98
1.97
• 20
17
15
200.
16.0
40.0
954.53
1.52
1.02
5.09
21
17
18
oOOO.
16.0
40.0
569.58
.91
11.73
1.95
22
11
18
1300.
16.0
40.0
113-51
.18
• 13
.10
23
17
19
4700.
16.0
40.0
625.84
1.00
10.94
2.33
24
19
20
900.
16.0
40.0
453.73
.72
1.15
1.28
25
20
21
2000.
16.0
40.0
294.28
.47
1.15
.58
26
21
22
300.
16.0
40.0
56.12
.09
.01
.03
27
18
22
1300.
16.0
40.0
432.03
.69
1.52
1.17
28
22
23
900.
16.0
80.
530.48
.85
.43
.47
29
23
24
1400.
16.0
80.0
371.78
.59
• 34
.25
30
24
25
1900.
16.0
80.0
211.19
• 34
.16
.09
31
25
26
700.
16.0
80.0
188.78
• 30
.05
.07
32
11
27
1700.
16.0
90.0
874.36
1.40
1.64
.96
33
18
27
1100.
10.0
40.0
136.69
.56
1.51
1.37
• 3*
27
22
2100.
16.0
90.0
60.29
.10
.01
.01
35
27
28
1750.
20.0
90.0
950.76
.97
.66
• 38
• 36
28
29
1400.
24.0
90.0
630.37
.45
.10
.07
37
28
26
3800.
16.0
120.0
320.38
.51
• 33
.09
3«
19
30
1500.
8.0
40.0
82.99
.53
2.42
1.61
39
20
30
1700.
10.0
50.0
122.88
.50
1.27
.74
40
21
31
1100.
12.0
120.0
213-56
.61
.19
.17
41
30
31
3400.
3.0
60.0
11.80
.08
.07
.02
42
31
32
1900.
12.0
60.0
149.55
.42
.60
• 31
• 43
32
33
2200.
12.0
60.0
108.58
• 31
.38
.17
• 44|
33
34
1000.
12.0
60.0
8.43
.02
.00
.00
• 45
30
34
4500.
10.0
50.0
65.72
.27
1.05
.23
• 46
34
35
1500.
12.0
60.0
42.23
.12
.05
.03
*
• 47
35
36
600.
12.0
60.0
31.56
.09
.01
.02
49
35
3»
3300.
6.0
40.0
1.89
.02
.02
.01
50
36
38
2500.
6.0
40.0
1.44
.02
.01
.00
• 51
39
36
1800.
6.0
50.0
4.46
.05
.03
.02
• 52
39
35
1300.
6.0
120.0
10.50
.12
.02
.02
53
23
40
3400.
10.0
120.0
96.18
• 39
• 32
.09
• 54
40
32
2000.
6.0
80.0
6.24
.07
.03
.02
55
40
41
1500.
10.0
120.0
10.18
.04
.00
.00
• 5o
41
33
2600.
6.0
80.0
22.21
.25
.41
.16
57
42
41
1200.
10.0
80.0
48.60
.20
.07
.06
• 58
42
39
3500.
10.0
110.0
110.88
.45
.50
.14
• 59
44
39
3400.
6.0
50.0
12.48
.14
.44
.13
• 60
43
42
1700.
12.0
100.0
180.76
.51
.29
.17
61
43
44
1400.
12.0
100.0
221.76
.63
.35
.25
62
45
43
750.
12.0
100.0
402.52
1.14
.57
.76
63
25
46
800.
6.0
50.0
9.78
.11
.07
.08
64
40
46
3000.
6.0
80.0
15.92
.18
.26
.09
65
26
47
1400.
16.0
90.0
81.81
.13
.02
.01
• 6b
47
46
600.
6.0
90.0
.90
.01
.00
.00
67
47
48
600.
16.0
90.0
68.94
.11
.01
.01
• 68
49
48
2500.
16.0
90.0
14.80
.02
.00
.00
• 69
50
49
1000.
16.0
90.0
49.09
.08
.00
.00
• 71
51
50
3800.
16.0
90.0
67.71
.11
-03
.01
72
44
51
2000.
12.0
100.0
144. 11
.41
• 23
.11
73
48
52
2800.
6.0
110.0
49.83
.57
1.10
.39
74
52
53
1100.
6.0
110.0
53.14
.60
.48
.44
• 75
54
53
-1600.
6.0
50.0
30.22
.34
1.07
.67
76
49
54
1000.
6.0
40.0
20.99
.24
-51
.51
77
53
55
1100.
6.0
110.0
46.80
.53
.38
.35
• 80
58
54
3500.
6.0
120.0
17.88
.20
.17
.05
82
51
58
1600.
6.0
110.0
37-83
.43
• 38
.23
86
55
61
4100.
6.0
110.0
7.56
-09
.05
.01
87
26
62
4100.
16.0
80.0
332.92
.53
.62
.20
• «8
62
52
2900.
6.0
100.0
21.93
.25
-30
.10
89
62
63
1J00.
12.0
80.0
277.07
.79
.75
.58
90
63
64
1800.
12.0
120.0
233.12
.66
-36
.20
91
64
65
500.
12.0
120.0
198.12
.56
.07
.1*
92
64
66
700.
6.0
90.0
21.04
.24
.08
.11
93
53
66
3700.
6.0
90.0
20.60
• 23
.41
.11
94
66
61
4900.
6.0
90.0
3.74
.04
.02
.00
95
65
67
1200.
12.0
120.0
139.08
• 39
.09
.08
90
67
68
1500.
12.0
60.0
77.7b
.22
.08
.05
97
63
6tt
3000.
6.0
30.0
25.32
.29
.oO
.20
9»
67
69
2000.
6.0
120.0
33.40
• 38
■ i2
. 16
• 99
b*
70
2200.
0.0
120.0
10.79
.12
.04
.02
100
65
70
2000.
6.0
120.0
40.42
.40
.45
■ 2i
VII-36
MODI
DATA!
F (<} Z*
MODS
DEMAND
HOL
HO.
<CF3)
(OPM)
ELBV
HEAD
PRESSURE
ELEV
Mm.
6
.199
89.11
62.00
195.05
84.52
257.05
7
.161
72.48
120.00
126.80
54.95
246.80
8
.175
78.47
73.00
173.77
75.30
246.77
9
.150
67.17
53.00
193.79
83.98 .
246.79
10
0.000
0.00
43.00
203.79
88.31
246.79
11
.108
48.55
81.00
168.40
72.97
249.40
12
-1.538
-690.27
56.00
203.59
88.22
259.59
13
0.000
0.00
47.00
207.55
89.94
254.55
• .
15
0.000
0.00
60.00
199-98
86.66
259.98
17
-4.790
-2149.95
47.00
214.00
92.73
261.00
18
.255
114.38
99.00
150.27
65.12
249.27
19
.199
89.11
88.00
162.06
70.23
250.06
20
.081
36.58
96.00
152.91
66.26
248.91
21
.055
24.61
102.00
145.76
63.16
247.76
22
.040
17.96
101.00
146.75
63-59
247.75
23
.139
62.51
106.00
141.32
61.24
247.32
24
.271
121.70
112.00
134.98
58.49
246.98
25
.028
12.64
120.00
126.82
54.95
246.82
26
.210
94.43
110.00
136.77
59.27
246.77
27
0.000
0.00
84.00
163.77
70.97
247.77
28
0.000
0.00
126.00
121.10
52.48
247.10
30
.286
128.35
124.00
123.64
53.58
247.64
31
.169
75.81
127.00
120.57
52.25
247.57
32
.105
47.22
145.00
101.98
44.19
246.98
33
•273
122.36
69.00
177.59
76.96
246.59
3«
.071
31.92
75.00
171.59
74.36
246.59
35
.043
19.29
62.00
184.55
79.97
246.55
36
.077
34.58
60.00
186.54
80.83
246.54
38
.007
3.33
56.00
190.53
82.56
246.53
39
.242
108.40
70.00
176.57
76.51
246.57
.
40
.142
63.84
139.00
108.01
46.80
247.01
41
.081
36.58
90.00
157.00
68.04
247.00
42
.047
21.28
77.00
170.07
73.70
247.07
•3
0.000
0.00
47.00
200.37
86.83
247.37
44
.145
65.17
87.00
160.01
69.34
247.01
46
.059
26.60
137.00
109.75
47.56
246.75
•7
.027
11.97
144.00
102.75
44.53
246.75
48
.076
33.92
130.00
116.75
50.59
246.75
49
.030
13.30
81.00
165.75
71.82
246.75
•
50
.041
18.62
56.00
190.75
82.66
246.75
51
.086
38.57
95.00
151.78
65.77
246.78
52
.041
18.62
101.00
144.65
62.68
245.65
53
.036
15.96
98.00
147.17
63.77
245.17
54
.019
8.65
91.00
155.23
67.27
246.23
55
.087
39.24
96.00
148.78
64.47
244.78
58
.044
19.95
105.00
141.41
61.28
246.41
61
.025
11.31
67.00
177.73
77.02
244.73
62
.076
33.92
101.00
144.95
62.81
245.95
63
.041 .
18.62
116.00
129.19
55-98
245.19
64
.031
13.97
112.00
132.84
57.56
244.84
65
.041
18.62
111.00
133.76
57.96
244.76
66
.084
37.91
108.00
136.76
59.26
244.76
67
.062
27.93
116.00
128.67
55.76
244.67
68
.230
103.08
118.00
126.59
54.86
244.59
.
69
.050
22.61
109.00
135.36
58.65
244.36
70
.114
51.21
100.00
144.31
62.54
244.31
14
-.516
-231.67
46.00
208.63
90.41
254.63
45
-.897
-402.52
44.00
203.94
88.37
247.94
16
1.274
571.72
239.00
20.00
8.67
259.00
29
1.404
630.37
210.00
37.00
16.03
247.00
UUtOR
SOMMAflT
BMOR TIMES
0078 0004
Vii-37
PIPE DATA:
PIPE NOOKS
NO. PROM TO
LENGTH DIAH
COEF FLOW RATE VELOCITY
HEAD
LOSS
HLOSS
/1000
1
2
3
it
5
b
7
8
9
10
11
12
13
in
15
lb
17
18
19
20
21
22
23
2*
25
26
27
28
29
30
31
32
33
3"»
35
36
37
38
39
40
41
42
43
44
45
46
47
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
4
3
4
3
4
6
7
8
9
9
10
9
24
12
12
13
14
15
16
17
17
11
17
19
20
22
18
22
23
24
25
11
18
27
27
29
28
19
20
21
31
31
32
3«
30
35
35
35
36
39
39
23
40
41
41
42
42
44
43
43
45
25
40
26
47
47
49
50
41
51
44
48
52
53
49
53
56
54
57
58
51
55
2b
52
62
63
64
66
53
61
65
67
63
67
69
65
1
1
3
2
5
4
b
7
b
a
9
11
8
6
13
11
13
12
15
15
18
18
19
20
21
21
22
23
24
25
26
27
27
22
28
28
26
30
30
31
30
32
33
33
3H
3«
36
38
38
36
35
40
32
40
33
41
39
39
42
44
43
46
4b
47
46
48
48
49
50
50
51
52
53
54
54
55
55
56
56
57
58
61
62
62
63
64
65
64
66
6b
b7
68
68
69
70
70
4200.
5200.
3700.
700.
4b00.
400.
4800.
2800.
3000.
4500.
800.
2600.
7000.
7200.
5700.
3700.
100.
800.
500.
200.
6000.
1300.
4700.
900.
2000.
300.
1300.
900.
1400.
1900.
700.
1700.
1100.
2100.
1750.
1400.
3800.
1500.
1700.
1100.
3400.
1900.
2200.
1000.
4500.
1500.
600.
3300.
2500.
1800.
1300.
3400.
2000.
1500.
2600.
1200.
3500.
3400.
1700.
1400.
750.
800.
3000.
1400.
600.
600.
2500.
1000.
5000.
3800.
2000.
2800.
1100.
1600.
1000.
1100.
1800.
800.
2500.
1100.
1600.
4100.
4100.
2900.
1300.
1800.
500.
700.
3700.
4900.
1200.
1500.
3000.
2000.
2200.
2000.
6.0
10.0
12.0
10.0
12.0
12.0
6.0
10.0
6.0
12.0
12.0
6.0
10.0
12.0
16.0
16.0
10.0
14.0
16.0
16.0
lb.0
lb.0
lb.0
lb.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
10.0
16.0
20.0
24.0
16.0
8.0
10.0
12.0
8.0
12.0
12.0
12.0
10.0
12.0
12.0
6.0
6.0
6.0
6.0
10.0
6.0
10.0
6.0
10.0
10.0
6.0
12.0
12.0
12.0
6.0
6
16
b
1b
lb
lb
12
16
12
16.0
16.0
6.0
6.0
16.0
12.0
12.0
6.0
24.0
16.0
16.0
16.0
6.0
12.0
12.0
12.0
6.0
6.0
6.0
12.0
12.0
40
40
90
90
90
90
80
80.0
40.0
80.0
50.0
40.0
90.0
90.0
90
90
90
80
40
40.0
40.0
40.0
40.0
40.0
40.0
40.0
40.0
80.0
80.0
6.0
6.0
6.0
6.0
80
80
90
40
90.0
90.0
90.0
120.0
40.0
50.0
120.0
60.0
60.0
60.0
60.0
50.0
60.0
60.
40.0
40.0
50.0
120.0
120.0
80.0
120.0
80.0
■eo.o
110.0
50.0
100.0
100.0
100.0
50.0
80
90
90
90
90
90
110.0
90.0
100.0
110.0
110.0
50.0
40.0
110.0
110.0
110.0
120.0
110.0
110.0
110.0
80.0
100.0
80.0
120.0
120.0
90.0
90.0
90.0
120.0
80.0
80.0
120.0
120.0
120.0
.0
.0
.0
.0
.0
.0
49.87
141.61
380.56
14b. 79
215.38
754.3b
91.75
203.3b
73.52
298.83
496.96
21.18
25.37
726.30
675.50
675.50
.00
1401.80
620.06
781.74
543.41
5b. 09
606.11
388.22
200.57
145.35
333.3 1 *
440.56
321.44
108.68
30.68
565.84
90.04
280.22
375.65
119.97
495.62
80.68
131.33
308.04
34.18
157.12
119.64
25.01
48.56
25.61
26.31
2.54
2.58
29.52
84.15
22.86
35.22
129.22
43.77
300.13
248.30
32.29
581.19
598.13
1179.32
8.54
18.56
60.18
13.86
27.90
272.85
314.22
70.82
272.07
465.49
248.53
182.07
2.34
20.88
103.14
19.01
9.91
56.20
103.31
13"».03
61.74
370.71
37.78
356.27
292.36
308.83
37.97
52.01
44.33
217.82
123.48
35.24
51.33
16.51
62.33
.57
.58
1.08
.bO
.bl
I. 14
1.04
.83
.83
.85
1.41
.24
. 10
2.0b
1.08
1.08
.00
2.92
99
1-25
.87
.09
.97
.62
.32
.23
.53
.70
.51
.17
• 13
.90
• 37
.45
.38
-09
-79
.51
.54
.87
.22
.45
.34
.07
.20
.07
.07
• 03
.03
• 33
.95
.09
.40
.53
.50
1.23
1.01
■ 37
1.65
1.70
3.35
.10
.21
.10
.16
.04
.44
.50
.20
• 43
1-32
.40
.29
.03
.24
.16
.05
.03
.b4
.07
.21
. 10
.59
.43
1.01
.83
.88
• 43
.59
.50
.b2
• 35
.40
.58
.19
.71
10.71
7.61
3.10
.24
1.3«
1.19
10.49
2.22
15.70
2.99
3.26
1.36
.09
19.96
3.40
2.21
.00
4.40
1.14
.70
10.75
.03
10.31
.86
.57
.05
.94
.30
.26
.05
.01
.73
.70
.25
.12
.00
.75
2.30
1.43
.37
.50
.65
.46
.01
.60
.02
.01
.03
.03
1.15
1.14
.02
.7*
.24
1.44
1.96
2.23
2.56
2.57
2.23
4.20
.05
• 3«
.01
.03
.00
.28
. 14
.13
.42
2.00
.18
.04
.01
.51
.01
.00
.00
1.04
.00
.03
.02
1.00
.81
1.20
.54
.17
.24
2.27
2.24
.21
.19
1.11
.70
.09
1.01
2.55
1.46
.84
.35
.29
2.97
2.18
.79
5.23
.67
4.08
.52
.01
2.77
.bO
.60
.00
5.50
2.29
3-51
1.79
-03
2.19
.96
.28
.16
.72
.3*
.19
.03
.01
• «3
• 63
.12
.07
.00
.20
1.53
.84
.33
.15
.34
.21
.01
.13
.01
.01
.01
.01
.64
.88
.01
• 37
.16
.55
1.63
.64
.75
1.51
1.59
5.60
.06
.11
.01
.05
.00
.11
. 14
.03
. 11
1.00
.06
.04
.01
.51
.01
.00
.00
.42
.00
.02
.00
.24
.28
• 92
• 30
.33
• 34
.61
.4b
.17
• 13
• 37
.35
.04
.50
VI1-33
lax.
KOI
DAT*!
MODE
DEMAND
MCL
HO.
(Cf3)
(GPM)
ELSV
161.00
HEAD
142.63
PRESSURE
61.81
Eirv
1
.427
191.49
303.03
3
.205
92. 16
235.00
76.24
33-04
311 ..'4
•
.2*2
108.54
64.00
250.34
108.48
314. j4
6
.306
137. Z2
62.00
171.50
74. 32
233.^0
7
.249
. 111.62
120.00
12 3-99
53-73
24 3. <9
8
• 2b9
120.83
73.00
173.21
75-Ob
246. Jl
9
.230
103.«2
53-00
196.20
85.02
249.20
11
.167
74.75
81.00
166.85
72-30
247.85
12
0.000
0.00
56.00
197.46
85.56
253.46
13
0.000
0.00
47.00
203-05
87.99
250.05
14
0.000
0.00
40.00
204.05
88.42
250. j5
15
0.000
0.00
60.00
197.86
85.74
257.80
17
-4.303
-1931 .26
47.00
2 11. 56
91.68
258.50
18
• 392
176.13
99-00
148.81
64.48
247. dl
19
• 30b
137.22
88.00
160.25
69.44
248.. '5
20
.125
56.32
96.00
151. J9
65.60
247. '9
21
.084
37.89
102.00
1 4 4.^2
62.76
24b. 1.'
22
.062
27.65
101.00
145. d7
63.21
246. rt7
23
.214
96.26
106.00
140.57
60.91
24b. 57
24
.418
187.39
112.00
134.30
58.20
246. JO
25
.043
19.40
120.00
126.26
54.71
24b. 2b
26
.324
145.«1
110.00
1 36.24
59.04
24b. .-'4
27
0.000
0.00
84.00
lb3- 11
70.68
247. 1 1
28
0.000
0.00
126.00
121 .00
52.43
247.00
30
.440
197.63
124.00
121.96
52.85
245.96
31
.260
116.74
127.00
1 19.46
51.76
24b. 4b
32
.162
72-70
145.00
100.80
43.68
245.80
33
.420
188.42
69-00
176.J4
76.42
245. J4
3*
.110
49.15
75.00
170.35
73-82
245. 15
35
.066
29.70
62.00
183.37
79-46
245.37
36
.119
53.25
60.00
185.37
80-32
245. 37
38
.011
5.12
56.00
189-34
82.05
245.34
39
• 372
166.91
70.00
176.52
7b. 49
246.52
40
.219
98.30
139.00
107.51
4b. 60
24b. 54
• 1
.125
56.32
90.00
156.79
67.94
246.79
•2
.073
32.77
77.00
171.74
74.42
248.74
»3
0.000
0.00
47.00
204.31
88.53
251.31
44
.224
100.35
87.00
lb2.08
70.23
249. oe
46
.091
40.96
1 37 . 00
109.20
47.32
246. JO
47
.041
18.43
144.00
102.24
44.30
246.24
48
.116
52.22
130.00
116.23
50.37
246.2 j
49
.046
20.48
81.00
165.51
71.72
246.51
50
.064
28.67
56.00
190-66
82.62
246. bb
51
.132
59.39
95.00
152. od
65.90
247.08
52
.064
28.67
101.00
145.05
62.86
246.05
53
.055
24.58
98.00
148.01
b4. 14
246.01
54
.030
13.31
91.00
155.00
67.17
246.00
55
.135
60.42
96.00
150.00
b5.00
246.00
56
.105
47.10
81.00
165.00
71.50
246.00
57
.105
47.10
62.00
185.04
80. 19
247.04
58
.068
30.72
105.00
142.05
61-55
247.05
61
.039
17.41
67.00
178.98
77.56
245-98
62
.116
52.22
101.00
144.24
62.51
245.24
63
.064
28.67
116.00
128.04
55.49
244.04
64
.048
21.50
112.00
131.50
56.98
24 3.50
65
.064
28.67
111.00
132.33
57.35
243-33
66
.130
58.37
108.00
135.74
58.82
243.74
67
.096
43.01
116.00
127. 13
55.09
243.13
68
• 354
158.72
118.00
124.93
54. 14
242.93
69
.078
34.82
109.00
133.42
57.82
242.42
70
.176
78.85
100.00
142.33
61.67
242.33
10
-1.107
-496.9b
43.00
209.46
90.77
252. 4->
45
-2.628
-1179.32
44.00
211.50
91-65
255.50
2
• 327
146.79
302.00
9.00
3.90
311.00
5
.480
215.38
282.00
31.00
13.43
313.00
16
-1.382
-620.0b
2 39.00
20.00
8.67
259. J)
29
ERROR
-.267
SUMMARY
-119.97
210.00
37.00
16.03
247.00
ERROR TIMES
0078 0005
V] -
F,^
'0
fl
T
" ■* ■* ■
PIPE
MODES
HEAD
HLOSS
*0.
fROU
TO
LENGTH
DIAM
coEr
FLOW BATE
vELtxirr
LOSS
/1 000
1
1
4200.
6.0
10.0
41.82
.50
8.43
2.01
2
1
5200.
10.0
10.0
H5.69
.47
5-24
1.01
3
3
3700.
12.0
90.0
380.82
;. 10
3-19
.8.6
• 4
2
700.
10.0
90.0
194.36
.79
.41
.59
• 5
5
4600.
12.0
90.0
217.10
.07
1.60
-35
6
6
4
100.
12.0
90.0
758. 15
2-15
1.20
3.00
• 7
7
1800.
6.0
80.0
9 1. 68
1.04
10.47
2.16
a
8
7
2800.
10.0
80.0
184.60
.75
1.66
.06
9
9
6
3000.
6.0
10.0
73-07
.83
15-52
5.17
10
9
S
1500.
12.0
80.0
J09.25
.88
3-19
.71
u
10
9
800.
12.0
50.0
194.81
1.40
3-24
4.04
12
9
11
2bOO.
6.0
40.0
26.31
• 30
2.03
.78
• 13
8
24
7000.
10.0
90.0
23-94
. 10
.08
.01
14
12
7200.
12.0
90.0
707.71
J. 01
19.02
2.64
15
12
13
5700.
16.0
90.0
670.27
1.07
3-35
.59
16
13
n
3700.
16.0
90.0
670.27
1.07
2.18
.59
17
11
13
100.
10.0
90.0
.00
.00
.00
.00
• 18
15
12
800.
11.0
80.
1377-98
2.87
4.26
5.33
19
10
15
500.
16.0
10.0
571.67
.91
.98
1.97
• 20
17
15
200.
lb.O
10.0
806. 10
1.29
.74
3-72
21
17
18
6000.
16.0
10.0
517.82
.80
10.54
1.76
22
11
18
1300.
16.0
10.0
23-35
.04
.01
.01
23
17
19
1700.
16.0
10.0
587.07
.94
9-72
2.07
21
19
JO
900.
10.0
10.0
397.93
.b3
-91
1.01
25
20
21
2000.
10.0
• 10.0
237.50
• 38
.77
• 39
• 2b
22
21
300.
16.0
10.0
18.67
• 03
.00
.00
27
18
22
1300.
16.0
10.0
315. 08
-50
.85
.65
20
22
23
900.
16.0
80.0
330.29
.51
.18
.20
29
23
24
1400.
16.0
80.0
284.84
.45
.21
-15
30
24
25
1900.
16.0
80.0
152.68
.24
.09
.05
31
25
26
700.
16.0
80.0
130.49
.21
.02
.04
32
11
27
1700.
16.0
90.0
610.99
-97
.84
.50
33
18
27
1100.
10.0
40.0
99.37
.41
.84
.76
• 3«
27
22
2100.
16.0
90.0
56.92
-09
.01
.01
35
27
28
1750.
20.0
90.0
653.44
.67
33
.19
• 36
28
29
1400.
21.0
90.0
421.68
■ 30
.05
.03
37
28
26
3800.
16.0
120.0
231.76
.37
.18
.05
38
19
30
1500.
8.0
40.0
74.84
.48
2.00
1.33
39
20
30
1700.
10.0
50.0
113.51
.40
1.09
.64
40
21
31
1 100.
12.0
120.0
224.01
.04
.20
.19
• HI
31
30
3400.
8.0
bO.O
15.52
. 10
.12
.03
42
31
32
1900.
12.0
bO.O
11 1.85
■i2
.35
.10
• 43
32
33
2200.
12.0
bO.O
77-33
.22
.20
.09
44
31
33
1000.
12.0
bO.O
iJ-75
.12
.03
.03
• 15
30
3i
4500.
10.0
50.0
39.24
. 16
.40
.09
16
35
31
1500.
12.0
bO.O
45.45
•13
.05
.03
• 47
35
it
600.
12.0
60.0
15-77
.04
.00
.00
19
35
38
3100.
6.0
40.0
2.05
.02
.02
.01
50
3o
38
?50O.
6.0
40.0
2.21
-03
.02
.01
• 51
39
36
1800.
b.O
50.0
30.80
■ 15
1.24
.69
• 52
39
35
1300.
o.O
120.0
88.01
1.00
1.24
.95
• 53
40
23
3400.
10.0
120.0
34.72
. 14
.05
.01
• 51
10
32
2000.
b.O
80.0
26.05
. 30
.42
.21
• 55
11
40
1500.
10.0
120.0
162.22
.00
• 37
.25
• 56
41
33
2600.
o.O
80.0
35-87
.41
1.00
.38
57
12
41
1200.
10.0
80.0
322. 11
1-32
2.23
1.86
• 58
12
39
3500.
10.0
110.0
228.04
.93
1.90
.54
• 59
11
39
1400.
b.O
50.0
29.80
-}4
2.21
.65
• oO
43
42
1700.
12.0
100.0
577.45
1 .04
2-54
1.49
01
43
44
1400.
12.0
100.0
597.89
1.70
2.23
1.59
62
15
41
750.
12.0
100.0
1175.14
3-33
4.17
5.56
63
25
40
800.
6.0
50.0
5.98
.07
.03
.03
64
10
46
3000.
6.0
80.0
19-50
""» "J
• 37
.12
• 65
17
26
1400.
16.0
90.0
65.82
. 11
.01
.01
• 66
17
4b
600.
0.0
90.0
8.57
. 10
.01
.02
• t>7
18
47
600.
16.0
90.0
89-75
. 14
.01
.01
• 68
19
48
2500.
16.0
90.0
324.43
.52
-18
.15
• 69
50
49
1000.
10.0
90.0
3b2.51
.58
.19
. 19
70
•41
50
5000.
12.0
110.0
77.10
.22
.15
.03
• 71
51
■so
3800.
lb.O
90.0
309-29
.49
.53
. 14
72
44
51
2000.
12.0
100.0
484. 49
1. 17
2.15
1.08
73
48
■>z
2800.
16.0
110.0
191. 17
■ ji
. 11
.04
71
W
53
1 100.
16.0
110.0
134.74
.22
.02
.02
• 75
51
53
1000.
0.0
50.0
1.27
.01
.00
.00
76
19
54
1000.
0.0
40.0
21.02
.24
.52
.52
77
53
55
UOO.
lb.O
1 10.0
71.82
. 1 1
.01
.01
• 78
}6
Ss
1800.
12.0
110.0
30.32
.09
.01
.01
79
:>4
56
800.
12.0
1 10.0
3.00
.02
.00
.00
• 80
57
5o
2500.
b.O
120.0
00.90
.69
1.21
.40
81
5d
•>7
1 100.
21.0
110.0
100. 14
.07
.00
.00
8 J
51
~>4
loOO.
10.0
1 10.0
125. 7J
.20
.01
.02
a»
55
ol
4100.
10.0
110.0
51.01
.08
.01
.00
87
JO
02
4100.
10.0
8O.0
100.94
.49
.71
.17
88
52
02
2900.
0.0
100.0
12.55
-17
.01
.2\
8'*
62
•>i
1 >00.
12.0
80.
295 . 99
.34
.85
.05
90
03
•i-i
1800.
12.0
K'0.0
242. It
.09
• 38
.21
91
n4
0-)
WO.
12.0
120.0
25 / . 10
.7)
. 12
.24
• 92
00
04
700.
0.0
90.0
J2.12
. (7
. 18
.20
91
>i
no
3700.
o.O
90.0
41-71
.SO
I.05
.15
• 91
ol
no
4>(00.
0.0
90.0
17.11
. 4 2
I.OJ
.33
i->
O-D
17
UOO.
12.0
120. u
161 . 4>y
.5 1
.15
. 12
9b
07
od
1500.
12.0
80.0
102.90
-29
. 14
.09
97
01
o-i
jOOO.
0.
80.0
29.11
. )1
.79
.2o
98
07
O'J
:ooo.
0.0
120.0
«2.7b
.49
.50
.25
• 99
09
TO
2200.
o.O
120.0
13-75
. 16
.07
.03
100
05
70
2000.
b.O
120.0
51.93
-59
.72
.36
v: ,-i+o
,v
r 1V1 . s,'
A n-
mods
DATA I
■ODS
DEMAND
HGL
MO.
(crs)
IUPH)
ELEV
HEAD
PRESSURE
Ei-EV
1
• 355
159-51
161.00
145. 17
62.91
i^b. 17
3
.171
70.77
255.00
76.4 1.
33.11
J 1 1 . 41
4
.201
90.«2
64.00
250. bO
10«. 59
i "I . bO
6
-255
1 1 4 . 30
62.00
172.73
74.85
214.73
7
.207
92.98
1 20 . 00
125.21
54.26
«... i 1
8
.224
100.65
73-00
174.06
75.43
2 '17. 06
9
.192
86.15
53.00
197.26
85.48
2V)..'b
11
-139
62.27
81.00
167.22
72.46
2i'i...'2
12
o.ooo
0.00
56.00
197.75
85.69
2^1.75
13
0.000
0.00
47.00
20 3.40
88. 14
2' 0.40
i«
0.000
0.00
46.00
204.40
86.57
2' .1.40
15
0.000
0.00
60.00
198.02
85.81
2 ■,<J.02
17
-4.303
-1931.19
47.00
211.76
91.76
2 u . rt
18
• 327
lib.72
')9.00
149.22
64.66
2<t I.J2
19
.255
1 1 4 . 30
88.00
161.04
69.79
2'. l.iJM
20
.105
46.92
96.00
152. 14
65.93
J..8. 14
21
.070
3'.56
102.00
145.37
62.99
247.37
22
.051
23-03
101.00
146.37
63.13
247. 17
23
.179
80. 18
106.00
141. 19
61.18
2*7.19
24
.318
156.10
112.00
134.98
58.49
2nb.-(U
25
.036
16.21
120.00
126.89
54.99
24b. <i9
26
.270
121.13
1 10.00
136.86
59.31
246. 56
27
0.000
0.00
84.00
163-38
70.80
2<i7. m
28
0.000
0.00
126.00
121.05
52.45
247.05
30
.367
164. b3
124.00
123-05
53.32
247.05
31
.217
97.24
127.00
120. 16
52.07
2^7. 16
32
.135
60.56
145.00
101.81
44.12
246.81
33
.350
156.95
b9.00
177.61
76.96
Z if.. 61
31
.091
10.94
75.00
171.64
74.38
2-16.04
35
.055
24.74
62.00
184.69
80.03
2'"). 69
36
.099
44.36
60.00
186.69
80.90
246.69
38
.010
4.27
56.00
190.67
82.62
246.67
39
.310
139.04
70.00
177.93
77.10
247.93
40
.182
81.89
139.00
108.24
46.90
247.24
41
.105
46.92
90.00
157.61
b8.30
24 7.61
42
.061
27.30
77.00
172.84
74.90
2*9-84
43
0.000
0.00
47.00
205.37
88.99
252. 37
44
.186
83.59
87.00
163.15
70.70
250. 15
4b
.076
34.12
137.00
109.86
47.61
2-0.86
«7
.034
15.35
141.00
102.88
44.58
2«6.88
48
.097
43-50
130.00
116.88
50.65
246.88
49
.038
17.06
81.00
166.27
72.05
247.27
50
.053
23.88
5b. 00
191.46
82.96
247.4b
51
.110
49.47
95.00
152.99
66.30
24/. 99
52
.053
23.88
101.00
145.77
63.17
24;. 77
53
.046
20.47
98.00
118.75
64.46
246.75
54
.025
11.09
91 00
155.75
67.49
24o.75
55
.112
50.33
96.00
150.74
65.32
24c. 74
56
.087
39-24
81.00
165.75
71.83
240.75
57
.087
39.24
b2.00
185.96
80.58
247. it
5«
.057
25.59
105.00
142.96
61.95
247.96
61
.032
14.50
67.00
179.73
77.88
246. 73
62
.097
43.50
101.00
145.16
62.90
246. 16
63
.053
23.88
116.00
129.31
56.03
245.31
64
.010
17.91
112.00
132.92
57.60
244.92
65
.053
23-88
111.00
133.80
57-98
24't.80
66
.108
48.62
108.00
137.10
59-41
24-). '0
67
.080
35.83
1 lb. 00
12B.65
55.75
244.65
68
.295
132.22
118.00
126.52
54.82
244.52
69
.065
29.00
109.00
135.15
58.57
24.. 15
70
.116
65.68
100.00
144.09
62.44
244.09
10
-1.102
-494.81
13.00
210.49
91.21
2 > J. 49
45
-2.619
-1175.34
41.00
212.54
92.10
25 1. L .t
2
.133
194.36
302.00
9.00
3.90
311.00
5
.528
237.10
282.00
31.00
13-43
313.00
16
-1.274
-571.67
239.00
20.00
8.67
25->.00
29
.910
421.68
210.00
37.00
16.03
24;. 00
EMOil
SUMKART
ERROR TIKES
0078 000b
•/ 1 J — u
'-
PIPE DITll
t — *
"> r
PIPE
NODES
HEAD
HL033
ha. ou
MO.
FROM
TO
LEJKCTH
DIAM
COEP
80.0
FLOW RATE
44.52
VELOCITT
.51
LOSS
/1000
M'
7
6
7
IdOO.
6.0
2.75
.57
nm.
9
8
7
2800.
10.0
80.0
29.81
.12
.06
.02
9
9
6
3000.
6.0
<»0.0
17.38
.20
1.09
.36
10
9
8
4500.
12.0
80.0
338.46
• 96
1.77
.84
11
10
9
300.
12.0
50.0
479-76
1.3b
1.06
3.82
12
9
11
2600.
6.0
40.0
55. 0«
.62
7.96
3. 06
•
13
8
24
TOOO.
10.0
90.0
228.17
.93
5.52
. *9
14
12
6
7200.
12.0
90.0
118.53
-34
.70
.10
15
12
13
5700.
16.0
90.0
793.93
1.27
4.59
.81
16
13
11
3700.
16.0
10.0
793-93
1.27
2.98
.81
17
14
13
100.
10.0
90.0
.00
.00
.00
.00
•
18
15
12
800.
14.0
80.0
912.45
1.90
1.99
2.48
19
16
15
500.
16.0
10.
91.47
.IS
.01
.07
•
20
17
15
200.
16.0
10.0
820.99
1.31
.77
3.85
21
17
18
6000.
16.0
40.0
532.68
.8",
10.3b
1.73
22
11
18
IjOO.
16.0
40.0
55.86
.09
-03
.03
23
17
19
4700.
16.0
uo.o
577.07
.92
9.41
2.00
24
19
20
900.
16.0
40.0
412.78
.66
.97
1.08
25
20
21
2000.
16.0
40.0
270.94
.43
.99
.49
26
21
22
300.
16.0
40.0
118.07
.19
.03
.11
27
18
22
1300.
16.0
UO.O
351.69
.56
1.04
.80
28
22
23
900.
16.0
80.0*
247.08
• 39
. 10
.12
29
23
24
1100.
16.0
80.0
242.35
.39
.16
.11
30
24
25
1900.
16.0
80.0
345.71
.55
.41
.21
31
25
26
700.
16.0
80.0
327.10
.52
.14
.19
32
11
27
1700.
16.0
90.0
743.32
1.19
1.21
.71
33
18
27
I10O.
10.0
40.0
119.55
.49
I. 18
1.07
34
22
27
2100.
16.0
90.0
204.26
.33
. 14
.07
35
21
28
1750.
20.0
90.0
1067.13
1.09
.82
.47
•
36
28
29
1400.
24.0
90.0
1279.06
.91
-38
.27
•
37
26
28
3800.
16.0
120.0
211.93
• 34
.16
.04
3a
19
30
1500.
8.0
UO.O
72.90
.47
1.90
1.27
39
20
30
1700.
10.0
50.0
104.33
• «3
.94
.55
40
21
31
1100.
12.0
120.0
127.64
.36
.07
.06
• 1
30
31
3400.
d.O
60.0
16.07
.10
.12
.04
•2
3i
32
1900.
12.0
60.0
65.96
.19
.13
.07
■
43
32
33
2200.
12.0
60.0
34.77
.10
.05
.02
44
34
33
1000.
12.0
60.0
62.36
.18
.06
.06
•
15
30
34
4500.
10.0
50.0
29.54
.12
.24
-05
«6
35
34
1500.
12.0
60.0
65.56
.19
.10
.07
•
47
35
36
bOO.
12.0
60.0
5.11
.01
.00
.00
49
35
38
3300.
6.0
UO.O
1.59
.02
.01
.00
50
36
38
2500.
6.0
40.0
1.82
.02
.01
.01
•
51
39
36
1800.
6.0
50.0
32.17
-37
1.35
.75
•
52
39
35
IjOO.
6.0
120.0
92.04
1.04
1.35
1.04
•
53
40
23
3400.
10.0
120.0
59-38
.24
.13
.04
•
54
40
32
2000.
6.0
dO.O
17.23
.20
.20
.10
t
55
m
40
1500.
10.0
120.0
169.87
.69
.40
.27
•
56
41
33
2600.
6.0
dO.O
28.36
.32
.65
.25
57
42
41
1200.
10.0
do.o
340.78
1-39
2.48
2.U6
•
sa
42
39
3500.
10.0
110.0
208.28
.85
1.61
.46
•
59
44
39
1400.
6.0
50.0
27.10
.31
1.85
.55
•
60
43
42
1700.
12.0
100.0
570.88
1.62
2.48
1.46
61
43
44
1100.
12.0
100.0
599-35
1.70
2.24
1.60
62
45
43
750.
12.0
100.0
1170.23
3.32
4. 14
5.52
63
25
46
dOO.
6.0
50.0
5.65
.06
.02
.03
64
40
46
2000.
6.0
do.o
27.79
• 32
.72
.24
t
65
47
26
1400.
16.0
90.0
220.00
• 35
. 10
.07
66
46
«7
buO.
6.0
90.0
6.16
.07
.01
.01
•
67
48
47
600.
16.0
90.0
226.11
-36
.05
.08
■
68
49
48
2'jCO.
16.0
^0.0
395.27
.63
.55
.22
•
69
50
49
1000.
16.0
90.0
431.75
.69
.26
.26
70
41
50
5000.
12.0
110.0
105.04
.30
.27
.05
•
71
51
50
3doo.
16.0
90.0
345.80
.55
.66
-17
72
44
51
2000.
12.0
100.0
505.12
1.43
2.33
1.17
73
48
52
2800.
16.0
1 10.0
134.38
.21
.06
.02
7«
52
53
1 100.
16.0
110.0
85.06
.14
.01
.01
•
75
54
53
1600.
6.0
50.0
3.57
.04
.02
.01
76
«9
54
1000.
6.0
10.0
22.84
.26
.60
.60
77
53
55
1 100.
16.0
1 10.0
35.76
.06
.00
.00
•
78
56
55
idoo.
12.0
1 10.0
47.26
.13
.02
.01
79
54
56
doo.
12.0
110.0
10.40
.01
.00
.00
•
30
57
56
2 1 : 00.
b.O
120.0
bd.23
.77
1 .49
.60
81
58
57
t '00.
24.0
1 10.0
99. bO
.07
.00
.00
82
51
58
16-10.
16.0
110.0
120.0b
.19
03
.02
86
55
61
U'.OO.
16.0
110.0
12.78
.07
.01
.00
87
2b
62
4 100.
16.0
80.
2 38. ]2
■ 38
41
. 11
88
52
62
2900.
b.O
100.0
30.22
• 34
.54
. 18
89
62
63
1 jOO.
12.0
80.0
233-76
.66
.55
.42
90
63
64
lfloo.
12.0
120.0
191 . 37
.54
.25
. 14
91
64
65
500.
12.0
uo.o
205. d6
.58
.08
.16
•
92
66
64
;oo.
6.0
90.0
23.81
.33
. 14
.21
93
53
bb
3700.
b.O
)0.0
lb. 50
.41
1. 18
.32
•
94
61
66
4900.
b.O
^0.0
11. 19
• 35
1. 17
.24
95
65
67
1200.
12.0
120.0
115.25
.11
. 10
.08
96
67
bd
500.
12.0
dO.O
U2.12
•23
.09
.06
97
63
6d
3000.
b.O
do.o
23-29
.26
52
. 17
98
67
69
2C00.
b.O
120.0
34. 18
■ 39
33
.17
•
99
69
70
2200.
b.O
120.0
10.99
.12
.04
.02
100
65
70
2000.
6.0
120.0
4 1.52
.47
.47
.24
■ODE
DATAt
■ODE
DEMAND
HGL
MO.
(CFS)
(GPM)
ELEV
HEAD
194.29
PRESSURE
84.19
ELEV
6
.204
91.39
62.00
.'So. 29
MllQ .
7
.166
74.34
120.00
133.54
57.87
.'5 3.54
6
.179
dO.«8
73.00
180.60
78.26
25 3 . 60
9
.153
68.88
53.00
204.37
88.56
2S7.37
11
.111
•9.79
81.00
168.41
72.98
s*<>.n\
12
0.000
0.00
56.00
200.98
87.09
est). 98
13
0.000
0.00
47.00
205.39
89.00
."-'.39
14
0.000
0.00
46.00
206.39
89.44
252.39
15
0.000
0.00
60.00
198.97
66.22
.'su.97
17
-4.302
-1930.74
47.00
212.74
92.19
2S9-74
18
.261
117.30
99.00
150.38
65.16
249.38
19
.204
91.39
88.00
162.33
70.34
250-33
20
.084
37.51
96.00
153.36
66.45
24 9.36
21
.056
25.23
102.00
146.37
63-43
248.37
22
.041
18.41
101.00
147.34
63.85
248.34
23
.143
64.11
106.00
142.23
61.63
248.23
21
.278
124.81
112.00
136.08
58.97
J"*3.08
25
.029
12.96
120.00
127.67
55.32
2-U.67
26
.216
96.84
110.00
137.53
59.60
247.53
27
0.000
0.00
84.00
164.20
71.15
249.20
28
0.000
0.00
126.00
121.38
52.60
247.38
30
.293
131.63
124.00
124.42
53.92
248.42
31
.173
77.75
127.00
121.30
52.56
24tJ.30
32
.108
43.42
145.00
103.17
44.71
248.17
33
.280
125.49
69.00
179.12
77.62
24d.l2
3«
.073
32.74
75.00
173.18
75.05
248.18
35
.044
19.78
62.00
186.28
80.72
246.28
36
.079
•35.46
60.00
188.28
81.59
243.28
38
.008
3.41
56.00
192.27
83.32
246.27
39
.248
111.17
70.00
179.63
77.84
249.63
40
.14b
65.47
139.00
109-36
47.39
248.36
«1
.084
37.51
90.00
158.77
68.60
248.77
42
.049
21.82
77.00
174.24
75.50
251.24
«3
0.000
0.00
47.00
206.72
89.58
253.72
«4
.149
66.84
87.00
164.49
71.28
251.49
B
46
.061
27.28
137.00
110.65
47.95
247.65
47
.027
12.28
144.00
103.64
44.91
247.64
48
.077
34.78
130.00
117.69
51.00
247.69
49
.030
13-64
81.00
167.24
72.47
246.24
50
.043
19.10
56.00
192.50
83.42
248.50
51
.088
39.56
95.00
154. 16
66.80
249.16
52
.043
19.10
101.00
146.63
63.54
247.63
53
.036
16.37
98.00
149.62
64.83
247.62
54
.020
8.87
91.00
156.64
67.88
247.64
55
.090
40.24
96.00
151.62
65.70
247.62
56
.070
31.37
81.00
166.64
72.21
247.64
57
.070
31.37
62.00
187.13
81.09
249.13
58
.046
20.46
105.00
144.13
62.46
249.13
61
.026
11.59
67.00
180.61
78.26
247.61
62
.077
34.78
101.00
146.09
63-31
247.09
63
.043
19. 10
116.00
130.54
56.57
246.54
64
.032
14.32
112.00
134.30
58.19
246.30
65
.043
19.10
111.00
135.22
58.59
246.22
66
.087
38.87
108.00
138.44
59.99
246.44
67
.064
28.64
116.00
130.12
56.38
246.12
66
.236
105.71
118.00
128.03
55.48
246.03
*
69
.052
23.19
109.00
136.79
59-2?
245.79
70
.117
52.51
100.00
145.74
63.15
245.74
10
-1.069
-479.76
43.00
217.43
94.22
260.43
45
-2.607
-1170.23
44.00
213.86
92.67
257.86
16
-.204
-91.47
239.00
20.00
8.67
259.00
29
2.850
1279-06
210.00
37.00
16.03
247.00
ERROR
SUMMARI
ERROR TIMES
0078 0004
VI1-4;
!
i
I
Max
upt d
ATAi
MOI
HEAD
PIPB
>E3
HL0S3
MO.
PROM
TO
LENGTH
DIAM
COEP
FLOW RATE
VELOCITY
LOSS
/1 000
1
4
1
4200.
6.0
40.0
52.22
.59
11.67
2.78
2
3
1
5200.
10.0
40.0
150.86
.b2
8.56
1.65
3
4
3
3700.
12.0
90.0
380.98
1.08
3-10
.84
• 4
3
2
700.
10.0
90.0
132.37
.54
.20
.29
• 5
4
5
4600.
12.0
90.0
212.21
.bO
1.31
.28
6
6
4
400.
12.0
90.0
760.53
2. lb
1.21
3.02
• 7
7
6
4800.
6.0
80.0
80. b7
■ 92
8.26
1.72
8
8
7
2600.
10.0
80.0
199-04
.31
2.13
.76
9
9
6
3000.
6.0
40.0
68.01
.77
13.59
1.53
10
9
8
4500.
12.0
80.0
309.30
.rttt
3. 19
.71
11
10
9
800.
12.0
50.0
498. 11
1 . 41
3.28
4.09
12
9
11
2600.
6.0
40.0
11.12
.13
.41
.16
13
24
3
7000.
10.0
90.0
17.89
.07
.05
.01
14
12
6
7200.
12.0
90.0
757.38
2. 15
21.57
3.00
15
12
13
5700.
16.0
90.0
740. 17
1. id
4.03
.71
16
13
11
3700.
16.0
90.0
974.88
l.'jb
4.36
1.18
17
14
13
100.
10.0
90.0
234.71
Jb
.08
-83
• 18
15
12
800.
14.0
80.0
807.91
l.bB
1.59
1.98
19
16
15
500.
16.0
40.0
511.57
.82
.80
1.60
• 20
17
15
200.
16.0
40.0
296.37
.'t7
. 12
.58
21
17
18
6000.
16.0
40.0
533.68
.85
10.39
1.73
22
11
18
1300.
16.0
40.0
181. 15
.29
• 30
.23
23
17
19
4700.
16.0
40.0
618.67
.99
10.71
2.28
24
19
20
900.
16.0
40.0
365.82
.b2
.85
.95
25
20
21
2000.
16.0
40.0
177.28
.28
.15
.23
• 26
22
21
300.
16.0
40.0
244.76
• 39
.12
.41
27
18
22
1300.
lb.O
40.0
427.51
.bb
1.49
1.15
28
22
23
900.
16.0
80.0
623.01
.99
.58
.64
29
23
24
1400.
16.0
80.0
379.71
.31
.36
.26
30
24
25
1900.
16.0
80.0
163.08
.2b
.10
.05
31
25
2i>
700.
16.0
80.0
122. 13
.19
.02
.03
32
11
27
1700.
16.0
90.0
725-57
1. lb
1. 16
.68
33
18
27
1100.
10.0
40.0
100.51
.41
.85
.78
• 3«
27
22
2100.
16.0
90.0
469.59
.75
.64
.30
35
27
28
1750.
20.0
90.0
356.52
• 36
.11
.06
36
29
28
1400.
24.0
90.0
386.32
.27
.04
• 03
37
28
26
3800.
16.0
120.0
742.84
1.19
1.59
.42
38
19
30
1500.
8.0
40.0
87.33
.56
2.66
1.77
39
20
30
1700.
10.0
50.0
148.81
.bl
1.80
1.06
«0
21
31
1100.
12.0
120.0
381.86
1.08
.54
.49
• 41
31
30
3400.
8.0
60.0
44.34
.28
.81
.24
42
31
32
1900.
12.0
60.0
213.72
-bl
1.16
.61
• «3
32
33
2200.
12.0
60.0
168.07
.48
.66
.39
• 44
33
31
1000.
12.0
60.0
12.33
.03
.00
.00
• 45
30
J1
4500.
10.0
50.0
70.87
.29
1.21
.27
• 46
31
35
1500.
12.0
60.0
31-07
.09
.03
.02
• 47
35
36
600.
12.0
60.0
42.53
.12
.02
.03
49
35
38
3300.
6.0
40.0
2.91
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.52
-03
.03
.01
• 51
39
36
1800.
6.0
50.0
16.46
.19
-39
.22
• 52
39
35
1300.
6.0
120.0
45.87
-52
• 37
.29
53
23
40
3400.
10.0
120.0
141.22
.^8
.65
.19
• 54
40
32
2000.
6.0
80.0
31.46
• 3b
.60
.30
• 55
41
40
1500.
10.0
120.0
2.23
.01
.00
.00
• 56
41
33
2600.
6.0
80.0
44.08
.'30
1.46
.56
57
42
41
1200.
10.0
80.0
150.73
.62
.55
.46
• 58
42
39
3500.
10.0
110.0
212.23
.J7
1.67
.46
• 59
44
39
3400.
6.0
50.0
27.12
.31
1.86
.55
• 60
13
42
1700.
12.0
100.0
397.71
1-13
1.27
.75
61
•3
44
1400.
12.0
100.0
404.55
1.15
1.08
.77
62
<5
13
750.
12.0
100.0
302.26
2.28
2.06
2.74
63
25
46
800.
6.0
50.0
20.31
.23
.26
.32
64
40
4b
3000.
6.0
80.0
7.74
.09
.07
.02
65
26
47
1400.
16.0
90.0
307.96
-49
.20
.14
• 66
47
46
600.
6.0
90.0
15.39
.17
.04
.06
67
47
48
600.
16.0
90.0
273.02
.44
.07
.11
• 68
49
48
2500.
16.0
90.0
68.26
.1 1
.02
.01
• 69
50
49
1000.
16.0
90.0
106.73
. 17
.02
.02
70
41
50
5000.
12.0
110.0
44.69
-;3
.05
.01
• 71
51
50
3800.
16.0
90.0
92.45
. 15
.06
.02
72
44
51
2000.
12.0
100.0
271.01
. n
.73
.37
73
48
52
2800.
lb.O
1 10.0
285.89
.Ub
.23
.06
74
52
53
1100.
16.0
110.0
221.34
- jj
.06
.05
75
53
51
1600.
6.0
50.0
3-98
.05
.02
.02
76
49
51
1000.
6.0
40.0
16.75
.19
.31
.31
77
53
55
1100.
16.0
1 10.0
138.09
.4.'*?
.02
.02
78
55
5b
1800.
12.0
110.0
10.31
-Oj
.00
.00
79
54
56
800.
12.0
110.0
6.61
.02
.00
.00
• 80
57
56
2500.
6.0
120.0
33.04
• 37
.39
.16
81
58
57
1100.
24.0
110.0
82.99
.Jb
.00
.00
82
51
58
1600.
16.0
110.
115.57
. !6
.03
.02
36
55
61
4100.
16.0
110.0
b3.71
. U
.02
.01
87
2b
62
4100.
16.0
90.0
402 . 80
.b4
1.17
.29
38
52
62
2900.
6.0
100.0
3«.15
. (9
.b7
-23
89
62
63
1300.
12.0
30.0
38 1 . 56
1.08
1.36
1.05
90
63
64
iaoo.
12.0
120.0
J13-59
.09
.62
.31
91
64
65
500.
12.0
120.0
• 327.34
■ n
.19
• 37
• 92
66
b4
700.
b.O
*0.0
3b. 55
.41
.22
.32
93
53
66
3700.
b.O
90.0
53-21
.00
2.37
.64
• 94
bl
66
4900.
b.O
90.0
45.25
.51
2.32
.47
95
b5
67
1200.
12.0
120.0
230.82
.b5
■ 23
.19
96
67
68
1500.
12.0
do.o
130.77
.37
.22
.14
97
63
68
3000.
b.O
80.0
37.56
.43
1.25
.42
98
67
69
2000.
6.0
120.0
54.44
.62
.78
.39
V11-+U
. -- ... -»
MODS DATA I
* < | mmmmm m m ■■ » ■—!■■■■ M^^MM^M^MIMW __«—_•
( r~ i -J I B0DC DENAMD HCL
' I I ft J «3i "°* <CF3 ' (CPM) ELEV HEA ° PRESSURE ELEV
; K/* 1 .452 203-03 161.00 111.61 61.30 302.6*
! I \C()<, 3 .218 97.7* 235.00 76.20 33.02 311.20
J • .256 115.12 64.00 250.31 108.17 31". 31
i 6 .32" 115.52 62.00 173.05 71.99 235.05
7 .26" 118.37 120.00 123.31 53.13 213. 31
8 .286 128.15 73-00 172.11 71.73 215. 11
I 9 ,2M 109.69 53-00 195.61 8*. 78 218.61
11 .177 79.28 81.00 167.23 72.16 218.23
I 12 -1-536 -689-61 56.00 200.61 86.93 256.61
j 13 0.000 0.00 17.00 205.58 89-09 252-58
i 15 0.000 0.00 60.00 198.20 85.89 258.20
17 -3-228 -1118.72 17.00 211.32 91-57 ^58. 32
18 .116 186.79 99.00 118.92 61.53 -?17.92
19 .321 115.52 88.00 159-61 69.16 .'17. bl
20 .133 59.73 96.00 150.75 65-33 216.75
21 .090 10.18 102.00 111.30 62.53 216.30
22 .065 29.32 101.00 115.13 63.02 216.13
23 .227 102.08 106.00 139.85 60.60 215.85
21 .113 198.71 112.00 133.19 57-85 215.19
25 .016 20.63 120.00 125.39 51.31 215.39
26 .311 151.21 110.00 . 135-37 58.66 215-37
21 0.000 0.00 81.00 163.07 70.66 217.07
28 0.000 0.00 126.00 120.96 52.12 216.96
30 .167 209.60 121.00 120.95 52.11 211.95
31 .276 123.80 127.00 118.76 51.16 215.76
32 .172 77.11 115.00 99.60 13.16 211.60
33 .115 199.82 69.00 171.71 75.72 213.71
3« .116 52.13 75.00 168.71 73-12 213-71
35 .070 31.19 62.30 181.71 78.71 213.71
36 .126 56.17 60.00 183.70 79.60 213.70
38 .012 5.13 56.00 187.67 81.32 213.67
39 .394 177.02 70.00 174.09 75.11 241.09
40 .232 104.26 139-00 106.20 46.02 245.20
41 .133 59.73 90.00 155.20 67.26 245.20
42 .077 34.75 77.00 168.75 73-13 245.75
43 0.000 0.00 47.00 200.02 86.68 217.02
44 .237 106.43 87.00 158.94 68.87 245.94
46 .097 43.44 137.00 108.14 46.86 245.14
47 .044 19.55 im.00 101.18 «3.81 215.18
48 .123 55-39 130.00 115.11 49.88 215.11
49 .048 21.72 81.00 164.13 71.12 245.13
50 .068 30.41 56.00 189-15 81.96 245.15
51 .140 62.99 95.00 150.21 65.09 245.21
52 .068 30.41 101.00 143.87 62.35 244.87
53 .058 26.06 98.00 146.82 63.62 241.82
54 .031 11-12 91.00 153.79 66.64 244.79
55 .143 64.07 96.00 148.79 64.18 214.79
56 .111 49.96 81.00 163.79 70.98 241.79
57 .111 49.96 62.00 183-18 79.38 245.18
58 .073 32.58 105.00 140.18 60.75 215.18
61 .041 18.46 67.00 177.77 77.03 2*44.77
62 .123 55.39 101.00 143.20 62.05 211.20
63 .068 30.41 116.00 126.84 54.96 242.81
64 .051 22.81 112.00 130.22 56.43 242.22
65 -068 30.41 111.00 131.04 56.78 242.01
66 .138 61-90 108.00 134.45 58.26 242.45
67 .102 45.61 116.00 125.80 54.52 241.80
68 .375 168.33 118.00 123.59 53.55 211.59
69 .082 36.92 109.00 132.02 57.21 211.02
70 .186 83.62 100.00 140.91 61.06 240.91
10 -1.110 -198.11 43.00 208.91 90.53 251.91
14 -.523 -234.71 46.00 206.67 89.56 252.67
45 -1.787 -802.26 11.00 205.08 88.87 249.08
2 .295 132.37 302.00 9.00 3.90 311.00
5 .473 212.21 282.00 31.00 13.43 313.00
16 -1.140 -511.57 239.00 20.00 8.67 259.00
29 -.861 -386.32 210.00 37.00 16.03 247.00
RUBOR SUMMARI
ERROR TIMES
0078 0005
VI \ -k 5
PIPE
BOOM
HEAD
HL05S
HO.
moM
TO
LENGTH
DIAM
COEP
rtOW RATE
VELo:iTT
LOSS
/1000
1
4
4200.
6.0
40.0
45-73
.b2
9.12
2.17
2
3
5200.
10.0
40.0
123.51
.->o
5.91
1.14
3
4
3700.
12.0
90.0
387.99
' . 10
3.21
.87
• 4
3
700.
10.0
90.0
133.03
.75
.37
.52
• 5
4
4600.
12.0
90.0
235.07
-f>7
1.58
-34
6
6
400.
12.0
90.0
7b4.71
:.17
1.22
3-05
• 7
7
4800.
6.0
80.0
81.54
.93
8.43
1.76
8
8
2800.
10.0
80.0
180.18
.74
1.77
.63
9
9
6
3000.
6.0
40.0
67.82
.77
13-52
4.51
10
9
3
4500.
12.0
80.0
315.76
.90
i-U
.74
11
10
9
800.
12.0
50.0
495.49
1.41
3.24
4.05
12
9
11
2600.
6.0
40.0
20.50
.23
1.28
.49
• 13
8
24
7000.
10.0
90.0
28.79
. \2
.12
.02
1«
12
6
7200.
12.0
90.0
736.63
.'.09
20.48
2.35
15
12
13
5700.
16.0
90.0
7 32.49
1.17
3.95
.69
16
13
11
3700.
16.0
90.0
966.65
l.',4
4.29
1.16
17
14
13
100.
10.0
90.0
234. 16
.96
.08
.83
• 18
15
12
800.
14.0
80.0
779.50
1 .b,'
1.48
1.35
19
16
15
500.
16.0
40.0
447.8b
.7 i
.63
1.25
• 20
17
15
200.
16.0
40.0
331.65
.53
.14
.72
21
17
18
6000.
16.0
40.0
524.65
.84
10.07
1.68
22
11
18
1300.
16.0
40.0
144.69
.: l
.20
.15
23
17
19
4700.
16.0
40.0
592.61
.95
9.89
2.10
24
19
20
900.
16.0
40.0
391.95
• bj
.88
.98
25
20
21
2000.
16.0
40.0
215.01
. 14
.64
.32
• 26
22
21
300.
16.0
• 40.0
117.54
. 19
.03
.11
27
18
22
1300.
16.0
40.0
397.72
.63
1.31
1.00
28
22
23
900.
16.0
30.0
502.33
.80
.39
.43
29
23
24
1400.
16.0
80.0
322.56
.51
.26
.19
30
24
25
1900.
16.0
80.0
185.73
• iO
.13
.07
31
25
26
700.
16.0
80.0
155.51
.25
.03
.05
32
11
27
1700.
16.0.
90.0
776.39
1 .-4
1.31
.77
33
18
27
1100.
10.0
40.0
115.96
.47
1.11
1.01
• 3U
27
22
2100.
16.0
90.0
246.59
• 39
.19
.09
35
27
28
1750.
20.0
90.0
645.77
.56
.32
.19
• 36
28
29
1400.
24.0
90.0
174.50
. 12
.01
.01
37
28
26
3800.
16.0
120.0
471.27
.75
.68
.18
38
19
30
1500.
8.0
40.0
79.39
51
2.23
1.49
39
20
30
1700.
10.0
50.0
127.16
.52
1.35
.79
40
21
31
1100.
12.0
120.0
299.06
.85
.35
.31
• 41
31
30
3400.
8.0
60.0
28.59
.18
-36
.11
42
31
32
1900.
12.0
60.0
167.31
.47
.74
.39
• *3
32
33
2200.
12.0
60.0
128.90
• 37
.53
.24
44
34
33
1000.
12.0
60.0
2.45
.01
.00
.00
• 45
30
34
4500.
10.0
50.0
60.47
.25
.90
.20
• 46
3<*
35
1500.
12.0
60.0
14.58
.04
.01
.00
• 47
35
36
600.
12.0
60.0
32.63
.09
.01
.02
49
35
38
3300.
6.0
40.0
2.38
.03
.03
.01
50
36
38
2500.
6.0
40.
2.15
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
16.57
.19
.39
.22
• 52
39
35
1300.
6.0
120.0
46.68
.53
.38
.29
53
23
40
3400.
10.0
120.0
94.70
.39
.31
.09
• 5«
40
32
2000.
6.0
80.0
25.85
.29
.42
.21
• 55
41
40
1500.
10.0
120.0
31.35
.1)
.02
.01
• 56
41
33
2600.
0.0
80.0
35.17
.40
• 96
.37
57
42
41
1200.
10.0
80.0
176.42
.72
.73
.61
• 58
42
39
3500.
10.0
110.0
186.90
.16
1-32
.38
• 59
44
39
3400.
6.0
50.0
23.36
.21
1.46
.43
• 60
43
42
1700.
12.0
100.0
392.28
i. : i
1.24
.73
61
43
44
1400.
12.0
100.0
406.56
1.15
1.09
.78
62
45
43
750.
12.0
100.0
798.84
2.27
2.04
2.72
63
25
46
800.
6.0
50.0
13.03
.15
.11
.14
64
40
46
3000.
6.0
30.0
13-83
.16
.20
.07
65
26
47
1400.
16.0
90.0
167.04
.27
.06
.04
• 66
47
46
600.
6.0
90.0
9.34
. ; i
.02
.03
67
47
48
bOO.
16.0
90.0
141.41
• 2;
.02
.03
• 68
49
48
2500.
16.0
90.0
138.21
.^2
.08
.03
• 69
50
49
1000.
16.0
90.0
171.31
.27
.05
.05
70
41
50
5000.
12.0
110.0
59.63
.17
.09
.02
• 71
51
50
3800.
16.0
90.0
137.52
.22
.12
.03
72
44
51
2000.
12.0
100.0
294.00
.33
.35
.43
73
48
52
2800.
16.0
110.0
233.46
- 37
.16
.06
74
52
53
1 100.
16.0
110.0
176.89
.28
.04
.03
75
53
54
1600.
6.0
50.0
2.98
-Oj
.01
.01
76
49
54
1000.
D.O
40.0
15.49
.13
.29
.29
77
53
55
l 100.
16.0
110.0
106.97
.17
.01
.01
• 78
56
55
1800.
12.0
110.0
29
.00
.00
.00
79
54
56
800.
12.0
1 10.0
6.71
.02
.00
.00
• 90
57
56
2500.
6.0
120.0
35.21
.-.0
.44
.18
81
58
57
1 100.
24.0
1 10.0
76.94
.05
.00
.00
82
51
58
1600.
16.0
110.0
103.99
.17
.02
.31
86
55
61
4 100.
16.0
110.0
53.37
,J9
.02
.00
87
26
62
4100.
16.0
90.0
331-23
.5'
.31
.20
88
52
62
2900.
6.0
100.0
31.23
.35
.57
.20
89
62
63
1]00.
12.0
90.0
316.31
.30
.96
.74
90
63
64
1800.
12.0
120.0
259.75
.74
.44
.24
91
64
65
500.
12.0
120.0
272.86
.77
.13
.27
• 92
66
b4
700.
6.0
90.0
32.12
. jb
.18
.25
93
53
66
3700.
6.0
90.0
45.22
-51
1.75
.47
■ 9«
61
66
4 900.
6.0
)0.0
39.49
.44
1.72
.35
95
65
67
1200.
12.0
120.0
192.44
.55
.17
.14
96
67
68
i 500 .
12.0
30.0
109.06
.i~
.15
.10
97
63
68
3000.
6.0
30.0
31.22
.35
.39
.30
98
67
69
^ooo.
6.0
iro.o
45.37
.51
.56
.28
■ 99
69
70
2200.
6.0
120.0
14.60
.17
.08
.03
100
65
70
2000.
6.0
120.0
55.09
.63
.80
.40
V 1 1 -'' f I
vi i-+V
V\ cs . 3
nv
NODE
DATAi
■ODE
DEMAJTO
HCL
■0.
(CF3)
(GPM)
ELEV
HEAD
PBES3U.1E
ELF.V
1
.377
169.24
16 1 .00
14«.<*6
62:d0
305.46
3
. 181
81.45
235.00
76.37
33.- ' >
311-37
a
.214
95.93
64.00
250.53
108. •)
314.58
6
.270
121.27
62.00
174.41
75.58
236.41
7
.220
98.64
120.00
124.83
54 . J9
244.83
8
.238
106.79
73-00
173.61
75.23
246.61
9
.20U
91.40
53-00
1)6.}3
85.3 3
249.93
11
.147
66.06
81.00
167.65
72. b5
248.65
12
-1.536
-689.61
56.00
200.89
87.35
256.89
13
0.000
0.00
47.00
205.94
89.2*
252.94
15
0.000
0.00
60.00
198.37
85.96
258.37
17
-3.228
-1448.91
47.00
211.52
91.6b
258.52
18
.347
155.66
99.00
149-45
64.76
248.45
19
.270
121.27
8d.00
160.63
69. e l
248.03
20
.111
49.78
9b. 00
151.75
65.7-
247.75
21
.075
33.49
102.00
145. 11
62.88
247.11
22
.054
24. 44
101.00
146.14
63.33
247. 14
23
.190
85.07
106.00.
140.75
60.90
246.75
29
.369
165.62
112.00
134.49
58.2*
246.49
25
.038
17.20
120.00
126.36
54. 7h
246.36
26
.286
128.51
110.00
136.33
59.07
246.33
27
0.000
0.00
84.00
163.33
70.78
247.33
28
0.000
0.00
12b. 00
121.01
52.44
247.01
30
.389
174.67
124.00
122.40
53-04
246.40
31
.230
103.17
127.00
119.76
51.90
246.76
32
.143
64.26
145.00
101.03
43.75
246.03
33
.371
166.52
c-9.00
176.50
76.48
245.50
34
.097
43.44
75-00
170.50
73.88
245.50
35
.058
26.25
62.00
183.49
79.51
245.49
36
.105
47.06
60.00
185.48
80.38
245.48
38
.010
4.53
5b. 00
189.46
82. 10
245.46
39
.329
147.52
70.00
175-38
76.21
245.88
40
.194
86.88
139.00
107.44
46.56
246.44
41
.111
49.78
90.00
156.46
67.80
246.46
42
.065
28.96
77.00
170.19
73.75
247.19
43
0.000
0.00
47.00
201.43
87.29
248.43
44
.198
88.69
87.00
160.34
69.48
247.34
46
.081
36.20
137.00
109.25
47.34
246.25
47
.036
16.29
144.00
102.26
44.31
246.26
48
.103
46.16
130.00
116.24
50.37
246.24
49
.040
18.10
81.00
165.32
71.64
246.32
50
.056
25.34
56.00
190.37
82.49
246.37
51
.117
52.49
95.00
151.49
65.65
246.49
52
.056
25.34
101.00
145.08
62.87
246.08
53
.048
21.72
98.00
148.04
64.15
246.04
54
.026
11.77
91.00
155.03
67.18
246.03
55
.119
53.40
96.00
150.03
65.01
246.03
56
.093
41.63
81.00
165.03
71.51
246.03
57
.093
41.63
62.00
184.47
79.94
246.47
58
.060
27.15
105.00
141 .47
61.30
246.47
61
.034
15-39
67.30
179.01
77.57
246.01
62
.103
46.16
101.00
144.51
62.62
245.51
63
.056
25.34
116.00
128.55
55.71
244.55
64
.042
19.01
112.00
132. 12
57.25
244. 12
65
.056
25.34
111.00
132.98
57.63
243.98
66
.115
51.59
108.00
136.29
59.06
24 4.29
67
.085
38.01
116.00
127.82
55-39
243.82
68
.313
140.28
118.00
125.66
54.45
243.66
69
.069
30.77
109.00
134.26
58.18
.43.^6
70
.155
69.68
100.00
143. 18
62.04
243.18
10
-1.104
-4>)5.49
43.00
210.17
91.07
253.17
14
-.522
-234.16
46.00
207.02
39-71
253.02
45
-1.780
-798.34
44.00
206.47
89.47
250.47
2
.408
183.03
302.00
9.00
3.90
31 1.00
5
.524
235.07
232.00
31 .00
13.43
513.00
16
-.998
-447.86
239-00
20.00
8.67
259.00
29
.389
174.50
210.00
37.00
16.03
247.00
EflROR
SUMMARY
ERROR TIMES
0078 0005
I
«
!
i
V 1 1 - •>.
PIPS DATAi
Fi % .3l
PIPE
NODES
i if. AD
HL035
HO.
from
TO
LENGTH
DIAM
COEF
FLOW RAT8
5«-84
VELOCITY
.62
1.03S
4.04
/1000
Mm.
7
6
7
4600.
6.0
so.o
.84
8
8
7
2B00.
10.0
80.0
24.07
.10
.04
.02
9
9
6
3000.
6.0
40.0
.58
.01
.00
.00
10
9
8
4500.
12.0
80.0
349.51
.99
4.00
.89
11
10
9
aoo.
12.0
50.0
478.87
1.36
3.04
3.81
12
9
11
2600.
6.0
40.0
55.65
.63
8. 12
3-1"
• 13
8
24
7000.
10.0
90.0
240.01
.98
6.0b
.87
14
12
6
7200.
12.0
90.0
151.28
.43
1.09
.15
15
12
13
5700.
16.0
90.0
785.38
1.25
4.50
.79
16
13
11
3700.
16.0
90.0
1017.33
1.62
4.72
1.27
17
14
13
100.
10.0
90.0
231.94
.95
.08
.81
• 18
15
12
800.
14.0
80.0
246.69
.51
.18
.22
• 19
15
16
500.
16.0
40.0
110.35
.18
.05
.09
• 20
17
15
200.
16.0
40.0
357.04
.57
.16
.82
21
17
18
6000.
16.0
40.0
516.17
.82
9.77
1.63
22
11
18
1300.
16.0
40.0
151.01
.24
.22
.17
23
17
19
4700.
16.0
40.0
575.52
.92
9.36
1.99
24
19
20
900.
16.0
40.0
403.88
.t>4
.93
1.03
25
20
21
2000.
16.0
40.0
252.56
.40
.87
.43
2b
21
22
300.
16.0
40.0
16.53
.03
.00
.00
27
18
22
1300.
16.0
40.0
41 1.31
.66
1.39
1.07
28
22
23
900.
16.0
80.0
356.44
.57
.20
.23
29
23
24
1400.
16.0
30.0
221.52
.35
-13
.09
•
30
24
25
1900.
16.0
80.0
329.03
-53
.37
.20
31
25
2b
700.
16.0
80.0
302.32
.48
.12
.17
32
11
27
1700.
16.0
90.0
869. 12
1-39
1.62
.95
33
18
27
1100.
10.0
40.0
131.34
.54
1.40
1.27
3»
22
27
2100.
16.0
90.0
51.85
.08
.01
.01
35
27
28
1750.
20.0
90.0
1052.31
1.07
.80
.46
• 36
28
29
1400.
24.0
90.0
994.09
.71
.24
.17
37
28
2b
3800.
16.0
120.0
58.22
.09
.01
.00
38
19
30
1500.
8.0
40.0
74.63
.48
1-99
1.33
39
20
30
1700.
10.0
50.0
111.50
.46
1.06
.62
40
21
31
1100.
12.0
120.0
209.24
.59
.18
.16
• 41
31
30
3400.
8.0
60.0
4.58
.03
.01
.00
42
31
32
1900.
12.0
60.0
122.12
• 35
.41
.22
• «3
32
33
2200.
12.0
60.0
89.07
.25
.27
.12
44
31
33
1000.
12.0
60.0
18.97
.05
.01
.01
• *5
30
34
4500.
10.0
50.0
50.97
.21
.66
.15
46
35
31
1500.
12.0
60.0
2.75
.01
.00
.00
• 47
35
36
600.
12.0
60.0
22.49
.06
.01
.01
49
35
38
3300.
6.0
40.0
1.85
.02
.02
.01
50
36
38
2500.
6.0
40.0
1.77
.02
.01
.01
• 51
39
36
1800.
6.0
50.0
16.93
.19
.41
.23
• 52
39
35
1300.
6.0
120.0
48.08
.55
.41
.31
53
23
40
3400.
10.0
120.0
66.87
.27
.16
.05
• 54
40
32
2000.
6.0
80.0
18.35
.21
.22
.11
• 55
41
40
1500.
10.0
120.0
42.66
.17
• 03
.02
• 56
41
33
2600.
6.0
80.0
25.18
.29
.52
.20
57
42
41
1200.
10.0
80.0
198.66
.31
.91
.76
• 58
42
39
3500.
10.0
110.0
162. bl
.b6
1.02
.29
• 59
44
39
3400.
6.0
50.0
20.42
.23
1.10
• 32
• 60
43
42
1700.
12.0
100.0
384.44
1.09
1.19
.70
61
»3
44
1400.
12.0
100.0
411.01
1.17
1.11
.79
62
45
43
750.
12.0
100.0
795.44
2.26
2.02
2.70
63
25
46
800.
6.0
50.0
12.95
.15
. 11
. 14
64
40
4b
3000.
6.0
80.0
21.66
.25
.45
.15
• 65
47
2b
1400.
16.0
90.0
3-99
.01
.00
.00
66
46
47
000.
6.0
90.0
5.67
.06
.01
.01
• 67
48
47
600.
16.0
90.0
11.35
.02
.00
.00
• 68
49
48
2500.
16.0
90.0
221.84
.35
.19
.08
• 69
50
49
1000.
16.0
90.0
252.21
.40
. 10
.10
70
41
50
5000.
12.0
110.0
91.00
.26
.20
.04
• 71
51
50
3800.
16.0
90.0
181.46
.29
.20
.05
72
44
51
2C00.
12.0
100.0
319.63
.91
1.00
.50
73
48
52
2800.
16.0
110.0
173-56
.28
-09
.03
74
52
53
1100.
16.0
110.0
126.35
.20
.02
.02
75
53
54
1600.
6.0
50.0
1.42
.02
.00
.00
76
49
54
1000.
6.0
40.0
15-90
.18
• 31
.31
77
53
55
1100.
16.0
110.0
70.70
.11
.01
.01
• 78
56
55
1800.
12.0
1 10.0
15-74
.04
.00
.00
79
54
5b
800.
12.0
110.0
7.91
.02
.00
.00
• 80
57
5b
2530.
6.0
120.0
41. 14
.47
.58
-23
81
58
57
1100.
24.0
110.0
74.44
.05
.00
.00
82
51
58
1600.
16.0
110.0
96.16
.15
.02
.01
86
55
bl
4100.
16.0
110.0
43.72
.07
.01
.00
87
2b
62
4100.
16.0
do.o
26 1 . 7 3
.42
■ 53
.13
88
52
b2
2900.
6.0
100.0
26.93
• 31
.43
.15
89
62
b3
1300.
12.0
so.o
251.74
.71
-63
.48
90
63
64
1800.
12.0
120.0
206. -jb
.59
.29
. 16
91
64
65
500.
12.0
120.0
216.3b
.62
• 09
.18
• 92
66
64
700.
6.0
90.0
27.00
.31
• 13
. 18
93
53
66
3700.
6.0
90.0
3b. 65
.42
1.20
• 32
• 94
61
b6
4900.
6.0
90.0
31.42
• 3b
1.18
.24
95
65
67
1200.
12.0
120.
154.01
.44
.11
.09
96
67
68
1500.
12.0
do.o
87.31
.25
.10
.07
97
b3
68
3U00.
6.0
80.0
24.91
.26
.59
.20
98
b7
69
2000.
6.0
120.0
3b. 29
.41
■ 37
.19
• 99
69
70
2200.
6.0
120.0
11.66
.13
.05
.02
inn
AC
TO
iftnn
k n
1 ->r\ r\
lit r\t
en
K-J
■>T
VI1-+9
■DDE DATA I
Min.
■ODE
MO.
DEHAJO
(crs) icpm)
ELEV
HEAD
PRESSURE
Ha
U..FV
6
-216
97.02
62.00
195.78
84.84
2',7.78
7
.176
78.92
120.00
133.73
57.95
253-73
S
.190
85.43
73-00
180.78
78.34
253-78
9
.163
73.12
53.00
204.78
88.74
.'57.78
11
.118
52.85
81.00
168.66
73-08
i44.6o
12
-1.537
-689.97
56.00
202. d7
87.91
2>8.87
13
0.000
0.00
47.00
207-37
89.86
-o4.37
15
0.000
0.00
60.00
199.05
8b. 25
-:59-05
17
-3-228
-1448.72
17.00
212.21
91.96
259-21
18
.277
124.53
99-00
150.44
b5-19
244.44
19
.216
97.02
d8.oo
161.85
70.13
249. d5
20
.089
39.82
96.00
152.92
66.26
<N8-92
21
.060
26.79
102.00
146.05
63.29
i?48.05
22
.014
19.55
101.00
147.05
63.72
.'48.05
23
.152
68.06
106.00
141.84
61.47
247.84
21
.295
132.49
112.00
135.71
58.81
247.71
25
.031
13.76
120.00
127.34
55.18
247.34
26
.229
102.81
110.00
137.22
59-46
247.22
27
0.000
0.00
84.00
164.04
71.08
2*8.04
28
0.000
0.00
126.00
121.24
52.54
247.24
30
• 311
139.73
124.00
123-86
53.67
247.86
31
.184
82.54
127.00
120.87
52.38
247.87
32
.115
51. «0
145.00
102.46
44.40
247.46
33
.297
133.22
69.00
178.20
77.22
247.20
3«
.077
34.75
75.00
172.20
74.62
247.20
35
.047
21.00
62.00
185.20
80.25
247.20
36
.084
37.65
60.00
187.20
81.12
247.20
38
.008
3-62
56.00
191. 18
82.85
247. 18
■ 39
.263
118.01
70.00
177.61
76.96
247.61
40
.155
69.50
139.00
108.68
47.10
247.68
41
.089
39.82
90.00
157-71
68.34
2*7-71
42
.052
23.17
77.00
171.62
74.37
248.62
«3
0.000
0.00
47.00
202.82
87.89
2*9-82
M
.158
70.95
87.00
161.71
70.07
248.71
46
.065
28.96
137.00
110.23
47.77
247.23
•7
.029
13.03
144.00
103.22
44.73
247.22
48
.082
36.92
130.00
117.22
50.80
247.22
49
.032
14.48
81.00
160.41
72.11
2*7.41
50
.045
20.27
56.00
191.51
82.99
2«7-51
51
.094
11.99
95.00
152.71
66.17
2*7.71
52
.045
20.27
101.00
146.13
63.32
247.13
53
.039
17.38
98.00
149. 11
64.61
247. 11
54
.021
9.41
91.00
156.11
o7.65
247,11
55
.095
42.72
96.00
151.10
65.48
247. 10
56
.074
33-30
81.00
166. 11
71.98
247. 11
57
.074
33-30
62.00
185.69
80.47
247.69
58
.048
21.72
105.00
142.69
61.83
24 7.o9
61
.027
12.31
67.00
180.09
78.04
247. J9
62
.082
36.92
101.00
145.70
63.14
24o.70
63
.045
20.27
116.00
130.07
56.36
246.07
64
.034
15.20
112.00
133.78
57.97
2-5.78
65
.045
20.27
111.00
134.69
53.37
2<.i.o9
66
.092
41.27
108.00
137.91
59.76
2-15.91
67
.068
30.41
116.00
129.58
56.15
24,. 58
68
.250
112.22
118.00
127.48
55-24
245. -"8
69
.055
24. 32
109.00
136.21
59.03
2-5-21
70
.124
55.75
100.00
145.10
62.90
2-J5. 16
10
-1.067
-478.87
43.OO
217.83
34.39
2^0.33
1«
-.517
-231.94
46.00
208. 45
90.33
254.45
45
-1.772
-795.44
44.00
207.84
90.06
2D^.d4
16
.246
110.35
239.00
20.00
3.67
259.00
29
2.215
994.09
210.00
37.00
16.03
247.00
ERROR
SOMHAR*
ERROR TIMES
0078 0004
F,
Hay
t
PIPE C
iTii
NODEJ
PIPE
HE ID
HLOSS
■0.
TRCM
ro
LENGTH
DIAH
coer
FLOW RiTE
vELOcrrt
uoza
/1000
1
4
4200.
6.0
40.0
67.89
.;/
18.96
4.52
2
3
5200.
10.0
40.0
212.61
.87
16.16
3.11
3
4
3700.
12.0
90.0
360.39
1.02
2.80
.76
• »
3
700.
10.0
90.0
12.78
.05
.00
.00
• 5
4
4600.
12.0
90.0
163.27
.4h
.80
.17
6
6
400.
12.0
90.0
750.55
2 M
1.18
2.95
• 7
7
4800.
6.0
80.0
65.01
• . 7*
5.54
1.15
8
8
2800.
10.0
80.0
228.51
. H
2.76
.98
9
9
3000.
6.0
40.0
63.13
.72
11.84
'.95
10
9
8
4500.
12.0
80.0
327.21
.93
3.54
.79
11
10
9
800.
12.0
50.0
507.66
1 . Ult
3.39
4.24
• 12
11
9
2b00.
6.0
40.0
34.17
. 39
3.29
1.27
13
24
8
7000.
10.0
90.0
78.31
. 12
.76
. 1 1
14
12
6
7200.
12.0
90.0
823.42
2.3-1
25. 18
3.50
15
12
13
5700.
16.0
90.0
826.4J
1. >2
4.94
.87
16
13
ll
3700.
16.0
90.0
1061.69
1 .o'l
5.10
1.38
17
14
13
100.
10.0
90.0
235.26
. Ill
.08
.8)
• 18
15
12
800.
14.0
80.0
959.85
2.00
2.18
2.73
• 19
15
16
500.
16.0
40.0
329-22
.53
.35
.71
• 20
17
15
200.
16.0
40.0
1289.07
2.06
1.77
8.87
21
17
18
6000.
16.0
40.0
642.96
1.03
14.68
2.45
22
11
18
1300.
16.0
40.0
278.42
.44
.67
.52
23
17
19
4700.
16.0
40.0
781.46
1.25
16.50
3.51
24
19
20
900.
16.0
iio.o
459.66
.7]
1.18
1.31
25
20
21
2000.
16.0
40.0
158.92
.25
.37
.18
• 26
22
21
300.
16.0
40.0
503.72
.30
.47
1.56
27
18
22
1300.
16.0
40.0
612.46
.38
2.91
2.24
28
22
23
900.
16.0
80.0
1083.06
1.73
1.60
1.78
29
23
24
1400.
16.0
80.0
620.78
• )9
.89
.63
30
24
25
1900.
16.0
80.0
267.98
.43
.25
.13
31
25
26
700.
16.0
80.0
188.16
.30
.05
.07
32
11
27
1700.
16.0
90.0
639.60
1.02
.92
.54
33
18
27
1100.
10.0
40.0
50.92
.21
.24
.22
• 3«
27
22
2100.
16.0
90.0
1014.32
1.62
2.66
1.27
• 35
28
27
1750.
20.0
90.0
324.30
.33
.09
.05
36
29
28
1400.
24.0
90.0
1784.17
1.27
.70
.50
37
28
26
3800.
16.0
120.0
1459.87
2.33
5.55
1.46
38
19
30
1500.
8.0
40.0
120.80
.77
4.85
3.23
39
20
30
1700.
10.0
50.0
218.25
.89
3.67
2.16
40
21
31
1100.
12.0
120.0
607.14
1.72
1.28
1.17
• 41
31
30
3400.
8.0
60.0
72.52
.46
2.02
.59
42
31
32
1900.
12.0
60.0
363.61
1.03
3.10
1.63
• »3
32
33
2200.
12.0
60.0
277.92
.79
2.18
.99
• 44
33
34
1000.
12.0
60.0
54.53
.15
.05
.05
■ 45
30
34
4500.
10.0
50.0
122.07
.SO
3.31
.74
• 46
14
35
I'jOO.
12.0
60.
104.60
. 10
.24
. 16
• 47
35
3o
600 .
12.0
60.0
73-11
..•I
.05
.00
49
35
3H
3 300.
6.0
40.0
4.29
.0')
.09
-03
50
36
38
2500.
6.0
40.0
3-21
.04
.04
.02
■ 51
39
36
1800.
6.0
50.0
8.10
.09
.10
.06
• 52
39
35
1300.
6.0
120.0
16.30
.18
.05
.04
53
23
40
3400.
10.0
120.0
321.28
1.31
2.97
.87
• 5«
40
32
2000.
6.0
80.0
20.81
.24
.28
.14
55
40
41
1500.
10. J
120.0
176.76
.72
.43
.29
• 56
41
33
2600.
6.0
80.0
52.61
.60
2.03
.78
• 57
41
42
1200.
10.0
80.0
82.87
• 34
.18
.15
• 58
42
39
3500.
10.0
110.0
239-61
.98
2.08
.60
• 59
44
39
3400.
6.0
50.0
29.29
.11
2.14
.63
• 60
43
42
1700.
12.0
100.0
204.73
.53
.37
.22
61
43
«4
1400.
12.0
100.0
207.96
.59
.31
.22
62
45
43
750.
12.0
100.0
412.69
1.17
.60
.80
63
25
46
800.
6.0
50.0
51.32
.5d
1.42
1.78
• 64
46
40
3000.
6.0
80.0
20.30
.23
.40
.13
65
26
47
1400.
16.0
90.0
839-34
I.J1
1.25
.89
• 66
47
46
600.
6.0
90.0
23.98
.33
.12
.21
67
47
48
600.
16.0
90.0
783.36
1.25
.47
.79
68
48
49
2500.
16.0
90.0
303-98
.49
.34
.14
69
49
50
'000.
16.0
90.0
257.61
.41
. 10
.10
• 70
50
41
5000.
12.0
110.0
41.22
.12
.05
.01
71
50
51
3800.
16.0
90.0
174.39
.23
.18
.05
72
44
51
2000.
12.0
100.0
31.67
.09
.01
.01
73
48
52
2800.
16.0
110.0
402.88
.04
.44
.16
74
52
53
1100.
16.0
110.0
340.93
.54
-13
.12
75
53
54
1600.
6.0
50.0
3.14
.09
.09
.06
76
49
54
1000.
6.0
40.0
16. 37
. 11
32
.12
77
53
55
1 100.
16.0
1 10.0
229.72
■ }I
.06
.06
78
55
5b
1800.
12.0
1 10.0
53 . 92
. 1 1
.03
.02
79
54
56
800.
12.0
1 10.0
5.02
.01
.00
.00
• 80
57
56
2500.
6.0
120.0
5.06
.06
.01
.00
81
58
57
1100.
24.0
110.0
74.06
.05
.00
.00
82
51
58
1600.
16.0
110.0
119.06
.19
.03
.02
86
55
61
4100.
16.0
110.0
32. 30
.13
-03
.01
87
26
62
4100.
16.0
80.0
595-69
. »5
2.41
.59
88
52
62
2900.
6.0
100.0
19. >5
.23
-25
.09
89
62
63
1300.
12.0
30.0
539-14
1.53
2.53
1.99
90
63
64
1800.
12.0
120.0
444.64
1.26
1.18
.66
91
64
65
500.
12.0
120.0
451.50
1.28
.J4
.67
• 92
66
64
700.
6.0
90.0
33.36
.44
.24
.35
93
53
66
3700.
6.0
90.0
67.06
.76
3.64
.98
• 94
61
66
4900.
6.0
90.0
56.30
.64
3.54
.72
95
65
67
1200.
12.0
120.0
318.21
.90
.42
• 35
96
67
68
1500.
12.0
80.0
180.00
.51
.39
.26
97
63
68
3000.
6.0
80.0
52.50
.60
2.33
.78
98
67
69
2000.
6.0
120.0
75.21
.85
1.13
.71
• 99
69
70
2200.
6.0
120.0
24.21
.27
.19
.09
100
65
70
2000.
6.0
120.0
91.29
1.04
2.04
1.02
Il-T
VI -
MODE
DATAi
*
R«.32
M *
1 I <A K
MODE
NO.
Dfc.'MND
(Cfo) (GPM)
ELEV
3EAP
PRESSURE
BGL
."LEV
1
.625
280.50
161.00
133.34
53.00
294.8li
3
.301
135.00
235.00
76.00
32.93
3 1 1 - 00
tt
.354
159.00
5C.CO
249. dO
108. 2S
313.8'
6
.443
201.00
62.00
170.00
73.6b
232. 00
7
.364
163.50
120.00
117.54
50.93
23 7- L <4
8
.394
177.00
73.00
167.29
72. '19
240. 29
9
.338
151. SO
5 3.00
190.83
82.69
243.(3 1
11
.244
109-50
81.00
166. '3
71.99
247.13
12
-1.537
-690.00
56.OO
20 1 . 1 7
37.17
257.17
13
o.ooe
0.00
47.00
205.23
88.93
252.23
15
0.000
0.00
oO.OO
199.35
86.39
259.35
17
-6.046
-2713.50
47.00
214.13
"2.79
26 1 . 1 3
18
.575
253.00
99.00
147.45
63-90
246.4'.
19
.448
201.00
as. :o
156.63
67.87
244. 6)
20
.184
32.50
96 . 00
147 .44
63.8)
241.44
21
. 124
S5.10
102.no
1 4 1 . 08
61.13
24 J. OH
22
.090
40. ',0
10 1.00
14. '.S4
61.77
24 i-54
23
. 114
141.00
10b. 00
ljS.94
58.91
241.94
24
.612
274.50
1 1 2 . 00
129.05
55.92
241.05
25
.063
28.50
1 20 . 00
120.80
52-35
240.80
26
.475
213.00
110.00
130.75
56.66
240.75
27
0.000
0.00
84.00
162.21
70.29
246.21
28
0.000
0.00
126.00
120.30
52.13
246. JC
30
.6*15
289.50
124.00
115.78
50.17
239.78
31
.381
171-00
127.00
114.79
49.74
241.79
32
.237
106.50
145.00
93.69
40.60
233.69
33
.615
276.00
69.00
167.51
72.59
236.5'
3»
.160
72.00
75-00
161.47
69.97
236.47
35
.097
43.50
62.00
174.22
75.50
236.22
36
.174
78.00
60.00
176.17
76.34
236.17
38
.017
7.50
56.00
180.13
78.06
236.13
39
.545
244.50
70.00
166.28
72.05
236.23
*
no
.321
144.00
139.00
99.97
43.32
238.97
Ml
.184
82.50
90.00
148.54
64.37
238.54
42
.107
48.00
77.00
161.36
69.92
238.36
«3
0.000
0.00
47.00
191.73
83.08
238.7 1
44
.328
147.00
87. CO
151.42
65.61
236.42
46
.134
60.00
137.00
102.38
44.36
239.3*
47
.060
27.00
144.00
95.50
41.38
239.50
48
.170
76.50
130. CO
109.03
47.25
239. C3
,
49
.067
30.00
81 .00
157.69
68.33
238.69
50
.094
42.00
56.00
182.59
79.12
238.59
51
.194
87.00
95.00
143-40
62.14
238.40
52
.094
42.00
101.00
137.59
59.62
238.59
53
.080
36.00
98.00
;4o.46
60.87
238.46
54
.043
19.50
91 .00
147.36
63.86
238.36
55
.197
88.50
96.00
142.40
61.71
238.40
56
.154
69.00
81.00
157.36
68.19
236.36
57
.154
69.00
62.00
176.38
76.43
238.33
58
.100
45.00
105.00
133-38
57.80
238.38
61
.057
25.50
67.00
171.36
74.26
238.36
62
.170
76.50
101.00
137.34
59-51
238.34
63
.094
42.00
1 1 6 . 00
119-76
51.89
235-76
64
.070
31.50
112.00
122.58
53.12
234.5'
65
.094
42.00
111.00
123-24
53.40
234.24
66
. 190
85.50
103.00
126.82
54. )6
234. 8.'
67
. HO
63.00
1 1 6 . 00
1 17.82
51.05
233.8/
68
.518
232.50
1 18.00
115.43
50.02
zn.<i
69
.114
51.00
109.00
123-39
53.4?
232. 3»
70
.257
115.50
100.00
132.20
57.29
232.20
10
-1.131
-507.66
« 3. 00
204.23
88.50
247. 2i
14
-.524
-235.26
46.00
206.31
89.40
252.31
45
-.919
-412. b9
44.00
195-33
84.64
239. It
2
.028
12.78
302.00
9.00
3.90
3 1 1 . 00
5
.364
163.27
232.00
31 .00
13.43
3'3.no
16
.734
321. 22
2 3 ) . 00
20.00
8.67
259.0o
29
-3.975
-•784.17
210. CO
37.00
16.03
247.^0
ERROR
SUMMARY
ERROR TIMES
0078 0005
F,v
fk
J
i
PIPE
NODES
HEAD
HL0S3
NO.
FROM
TO
LTNOTH
DtJIM
COEe
FLOW RUTE
ITELOCm
LJ.')o
/1000
1
4
1
4200.
'..0
HO.O
S8. IS
.t -
14. 31
3.4 1
2
3
1
'^00.
10.0
10.0
17^.40
. 1.
1 1 . 12
2.13
3
4
3
1700.
12.0
>0.0
374.52
1 .0'
3.01
.81
•
U
J
2
;oo.
10.0
90.0
3b . 62
1
.04
• 1 1
■
5
14
5
4000.
12.0
)0.0
19 1.40
. v>
1 . 10
.24
6
6
4
400.
12.0
'10.0
758. II
2 . '.
1 .20
J. 01
■
7
7
b
4800.
6.0
^0.0
f2.24
.3.
b.74
1 .40
9
a
7
2800.
10.0
30.0
- 208.49
I-
2.32
.03
9
9
6
3000.
b.O
40.0
65.29
.7-1
12.60
4.20
10
9
8
4500.
12.0
80.0
327.10
.9 1
3.54
.79
11
10
9
800.
12.0
50.0
50 1 . 4 3
1.4.
3-32
4. 14
•
12
11
9
2600.
6.0
40.0
17.21
.20
.92
06
13
24
8
7000.
10.0
90.0
28.89
.12
. 12
.02
14
12
6
7200.
12.0
90.0
783.74
2.2'i
23.25
3-23
15
12
13
5700.
16.0
90.0
810.63
1.2*
4.77
.84
16
13
11
3700.
16.0
90.0
1044.90
J. 6 7
4.95
1.34
17
14
13
100.
10.0
90.0
234.27
.9h
.08
.83
•
18
15
12
800.
14.0
80.0
909.36
1.9 J
1.97
2.47
•
19
15
16
500.
16.0
40.0
441.73
.70
.61
1.22
•
20
17
15
200.
16.0
40.0
1351.10
2.11
1.94
9.68
21
17
18
6000.
16.0
40.0
627.59
i.O';
14.03
2.34
22
11
18
1300.
16.0
40.0
209.99
o<
.40
.31
23
17
19
4700.
16.0
40.0
733.81
1.17
14.69
3.12
24
19
20
900.
16.0
40.0
459.48
.7 1
1.18
1-31
25
20
21
2000.
16.0
40.
206.47
. 1 1
.60
.30
•
26
2?
21
300.
16.0
40.0
336.32
. '>•*
.22
.74
27
la
22
1300.
16.0
40.0
528.12
.84
2.21
1.70
28
22
23
900.
16.0
80.0
888.24
1.42
1.11
1.23
29
21
24
1400.
16.0
80.0
513-07
.82
.62
.45
30
24
25
1900.
16.0
30.0
255.43
.41
.23
.12
31
25
26
700.
16.0
80.0
191. 1 1
.30
.05
.07
32
11
27
1700.
16.0
90.0
726.45
1.16
1.16
.68
33
18
27
1100.
10.0
40.0
94.46
.39
.76
-69
•
3«
27
22
2100.
16.0
90.0
730.18
1.17
1.45
.69
35
27
28
1750.
20.0
90.0
90.73
.09
.01
.00
36
29
28
1400.
24.0
90.0
1039.94
.74
.26
.18
37
28
26
3800.
16.0
120.0
1130.67
1.80
3.46
.91
38
19
30
1500.
8.0
40.0
106.83
.68
3.86
2.58
39
20
30
1700.
10.0
50.0
184.27
.75
2.68
1.58
40
21
31
1100.
12.0
120.0
496.54
1.41
.88
.80
•
41
31
30
3400.
8.0
60.0
54.79
.35
1.20
.35
42
31
32
1900.
12.0
60.0
299.25
.85
2.16
1.14
•
43
32
33
2200.
12.0
60.0
227.09
.64
1.50
.68
•
44
33
34
1000.
12.0
60.0
40.53
.11
.03
• 03
•
45
30
34
4500.
10.0
50.0
104.63
-43
2.49
.55
•
46
34
35
1500.
12.0
bO.O
85.15
.24
.17
.11
•
47
35
36
600.
12.0
60.0
60.53
.17
.00
.06
49
35
38
3300.
6.0
40.0
3-57
.04
.06
.02
50
36
38
2500.
6.0
40.0
2.68
.03
.03
.01
•
51
39
36
1800.
6.0
50.0
7.15
.08
.08
.05
•
52
39
35
1300.
6.0
120.0
15.19
.17
.05
.04
53
23
40
3400.
10.0
120.0
257.67
1.05
1.97
.58
•
54
40
32
2000.
6.0
80.0
16.59
.19
.18
.09
55
40
41
1500.
10.0
120.0
134.73
EC
.26
.17
•
56
41
33
2600.
6.0
80.0
43.44
.49
1.42
.55
•
57
41
42
1200.
10.0
80.0
43.60
.18
.05
.05
•
58
42
39
3500.
10.0
110.0
201.58
.82
1.51
.43
•
59
44
39
3400.
6.0
50.0
24.52
.28
1.54
.45
•
60
43
42
1700.
12.0
100.0
197.97
.',6
.35
.21
61
43
44
1400.
12.0
100.0
210.63
.60
-32
.23
62
45
43
750.
12.0
100.0
408.61
1.16
.59
.79
63
25
46
800.
6.0
50.0
40.57
.46
.92
1.15
•
64
46
40
3000.
6.0
80.0
13.70
. 1 *>
.19
.06
65
26
47
1400.
16.0
90.0
b54.60
1 .04
.79
.56
•
66
47
46
600.
6.0
90.
23-14
.26
.08
.14
67
47
48
600.
16.0
90.0
608.96
. rt
.30
.49
68
48
49
2500.
16.0
90.0
215.32
. )4
.18
.07
69
49
50
1000.
16.0
90.0
175.66
.^8
.05
.05
■
70
50
41
5000.
12.0
110.0
21.00
.06
.01
.00
71
50
51
3800.
16.0
90.0
119.66
. 19
.09
.02
72
44
51
2000.
12.0
100.0
63.61
. '8
.05
.03
73
48
52
2800.
lb.O
1 10.0
329.89
. '."1
.11
. 1 1
74
52
53
11 00.
16.0
110.0
273-28
.4U
.08
.08
75
53
54
1600.
6.0
50.0
5.99
.07
-05
.03
76
49
54
1000.
6.0
40.0
14.66
. 17
.26
.26
77
53
55
1100.
16.0
110.0
180.50
.29
.04
.04
78
55
5b
1800.
12.0
1 10.0
37.33
. ' 1
.01
.01
79
54
56
300.
12.0
110.0
4.40
.01
.00
.00
•
80
57
56
2500.
6.0
120.0
15-77
.13
.10
.04
81
58
57
11 00.
24.0
1 10.0
73.27
.OS
.00
.00
82
51
58
1600.
16.0
110.0
110.77
.18
.02
.01
86
55
61
4100.
16.0
110.0
69.41
. ; 1
.02
.01
87
2b
62
4100.
16.0
80.0
489.68
.lb
r.68
.41
88
52
62
2900.
6.0
1 00 .
21.61
."
.29
.10
89
62
63
1300.
12.0
80.0
447.54
1.27
1.83
1.41
90
63
64
1800.
12.0
120.0
368.88
1.05
.84
.46
91
04
65
500.
12.0
120.0
376.34
1.07
.24
.48
•
92
66
64
700.
6.0
90.0
33.71
08
.19
.27
93
53
66
3700.
6.0
90.0
56.79
.64
2.67
.72
•
94
61
66
4 '100.
6.0
10.0
48.16
.55
2.61
.53
95
65
67
1200.
12.0
120.0
265.26
.75
• 30
.25
96
67
68
1500.
12.0
80.0
150.09
.43
.28
.19
97
63
60
3000.
6.0
30.0
43.06
.50
1.66
.55
98
67
69
2000.
6.0
120.0
62.67
.71
1.02
.51
•
99
69
70
2200.
6.0
120.0
20.17
..')
. m
.06
100
b5
70
2000.
6.0
120.0
76.08
.116
1.46
.73
VI 1-53
NODE
DATA:
NODE
DEMAND
HGL
MO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
1
.521
233.75
161.00
138.77
60.14
299.77
3
.251
112.50
235.00
76.09
32.97
311.09
4
.295
132.50
64.00
250.10
108.38
314.10
6
.373
167.50
62.00
172.39
74.70
234.39
7
.304
136.25
120.00
121.12
52.49
241.12
8
• 329
147.50
73.00
170.45
73.86
243.45
9
.281
126.25
53.00
193.99
84.06
246.99
11
.203
9L25
81.00
166.91
72.33
247.91
12
-1.537
-690.00
56.00
201.64
87.38
257.64
13
0.000
0.00
47.00
205.87
89.21
252.87
15
0.000
0.00
60.00
199.61
86.50
259.61
17
-6.043
-2712.50
47.00
214.55
92.97
261.55
18
.479
215.00
99.00
148.51
64.35
247.51
19
.373
167.50
88.00
158.86
68.84
246.86
20
.153
68.75
96.00
149.68
64.86
245.68
21
.103
46.25
102.00
143.08
62.00
245.08
22
.075
33.75
101.00
144.30
62.53
245.30
23
.262
117.50
106.00
138.19
59.88
244. 19
24
.510
228.75
112.00
131.57
57.01
243-57
25
.053
23.75
120.00
123.34
53.45
24 3.34
26
.395
177.50
110.00
133.29
57.76
243-29
27
0.000
0.00
84.00
162.75
70.53
246.75
28
0.000
0.00
126.00
120.74
52.32
246.74
30
.538
241.25
124.00
119.00
51.57
243.00
31
.317
142.50
127.00
117.20
50.79
244.20
32
.198
88.75
145.00
97.04
42.05
242.04
33
.512
230.00
69.00
171.54
74.33
240.54
3«
.134
60.00
75.00
165.51
71.72
240.51
35
.081
36.25
62.00
178.34
77.28
240.34
36
.145
65.00
60.00
180.31
78.13
240.31
38
.014
6.25
56.00
184.28
79.85
240.28
39
.45«
203.75
70.00
170.39
73.84
240.39
40
.267
120.00
139.00
103-22
44.73
242.22
41
.153
68.75
90.00
151.96
65.85
24 1 . 96
42
.089
40.00
77.00
164.90
71.46
241.90
43
0.000
0.00
47.00
195.25
84.61
242.25
44
.273
122.50
87.00
154.93
67.14
241.93
46
.111
50.00
137.00
105.41
45.68
242.41
47
.050
22.50
144.00
98.50
42.68
242.50
48
.142
63.75
130.00
112.20
48.62
242.20
49
.056
25.00
81.00
161.02
69.78
242.02
50
.078
35.00
56.00
185.97
80.59
241.97
51
.162
72.50
95.00
146.88
63.65
241.88
52
.078
35-00
101.00
140.90
61.05
241.90
53
.067
30.00
98.00
143.81
62.32
241.81
54
.036
16.25
91.00
150.76
65.33
241.76
55
.164
73.75
96.00
145.77
63.17
241.77
56
.128
57.50
81.00
160.76
69.66
241.76
57
.128
57.50
62.00
179.86
77.94
241.86
58
.084
37.50
105.00
136.86
59.30
241.86
61
.047
21.25
67.00
174.75
75.72
241.75
62
.142
63.75
101.00
140.61
60.93
241.61
63
.078
35.00
116.00
123.78
53-64
239.78
64
.058
26.25
112.00
126.94
55.01
238.94
65
.078
35.00
111.00
127.70
55.34
238.70
66
.159
71.25
108.00
131.14
56.83
239.14
67
.117
52.50
116.00
122.40
53.04
238.40
68
.432
193.75
118.00
120.12
52.05
238.12
69
.095
42.50
109.00
128.38
55.63
237.38
70
.214
96.25
100.00
137.25
59.47
237.25
10
-1.117
-501.43
43.00
207.30
89.83
250.30
14
-.522
-234.27
46.00
206.95
89.68
252.95
45
-.910
-408.61
44.00
198.84
86.17
242.84
2
.193
86.62
302.00
9.00
3.90
31 1.00
5
.431
193.40
282.00
31.00
13.43
313-00
16
.984
441.73
239.00
20.00
8.67
259.00
29
-2.317
-1039.94
210.00
37.00
16.03
247.00
EBBOR
3UMMART
ERROR
riMES
0078 I
3005
Fi
PIPE DATAl
,.32
PIP8
NODES
HEAD
HLOSS
■0.
FROM
TO
LENGTH
DIA.M
COEP
FLOW RATE
VELOCITY
LOSS
/1000
V
7
6
7
4800.
6.0
80.
75.20
.85
7.26
1.51
1Y1,'
8
8
7
2800.
10.0
80.0
33-83
.14
.08
.03
•
9
6
9
3000.
6.0
40.0
29.27
-33
2.85
.95
10
9
8
4500.
12.0
80.0
364.40
1.03
4.32
.96
11
10
9
800.
12.0
50.0
463.94
1-37
3.10
3.88
12
9
11
2600.
6.0
40.0
47.80
.54
6.13
2.36
•
13
8
24
7000.
10.0
90.0
212.61
.87
4.85
.69
14
12
6
7200.
12.0
90.0
238.47
.68
2.54
.35
15
12
13
5700.
16.0
90.0
899.72
1.44
5.79
1.02
16
13
11
3700.
16.0
90.0
1130.63
1.80
5.73
..55
17
14
13
100.
10.0
90.0
230.91
-94
.08
.61
•
18
15
12
800.
14.0
80.0
448.19
.93
.53
.67
•
19
15
16
500.
16.0
40.0
917.21
1.46
2.36
4.72
•
20
17
15
200.
16.0
40.0
1365.41
2.18
1.97
9.87
21
17
18
6000.
16.0
40.0
633.72
1.01
14.29
2.38
22
11
18
1300.
16.0
40.0
167.40
.27
.26
.20
23
17
19
4700.
16.0
40.0
713-88
1.14
13-96
2.97
24
19
20
900.
16.0
40.0
482.54
.77
1.29
1.44
25
20
21
2000.
16.0
40.0
272.04
.43
.99
.50
•
26
22
21
300.
16.0
40.0
145.92
-23
.05
.16
27
18
22
1300.
16.0
40.0
487.96
.78
1.91
1.47
28
22
23
900.
16.0
80.0
630.93
1.01
.59
.65
29
23
24
1400.
16.0
80.0
331-96
-53
.28
.20
30
24
25
1900.
16.0
80.0
361.57
.58
.44
.23
31
25
26
700.
16.0
80.0
311.82
.50
.12
.18
32
11
27
1700.
16.0
90.0
938.04
1.50
1.66
1.10
33
16
27
1100.
10.0
40.0
141.16
-58
1.60
1.46
•
34
27
22
2100.
16.0
90.0
315.89
.50
.31
.15
35
27
28
1750.
20.0
90.0
763.30
.78
.44
.25
•
36
28
29
1400.
24.0
90.0
96.44
.07
.00
.00
37
28
26
3800.
16.0
120.0
666.86
1.06
1.30
• 34
38
19
30
1500.
8.0
40.0
97.34
.62
3.25
2.17
39
20
30
1700.
10.0
50.0
155.50
.64
1.96
1.15
40
21
31
1100.
12.0
120.0
380.95
1.08
.54
.49
•
41
31
30
3400.
8.0
60.0
31.16
.20
.42
.12
•2
31
32
1900.
12.0
60.0
235.79
.67
1.39
.73
•
«3
32
33
2200.
12.0
60.0
176.60
.50
.94
.43
•
44
33
34
1000.
12.0
60.0
26.25
.07
.01
.01
•
•5
30
34
4500.
10.0
50.0
91.00
-37
1.92
• 43
•
46
34
35
1500.
12.0
60.0
69.25
.20
.11
.08
•
47
35
36
600.
12.0
60.0
48.64
.14
.02
.04
49
35
38
3300.
6.0
40.0
2.86
.03
.04
.01
•
50
36
38
2500.
6.0
40.0
2.14
.02
.02
.01
•
51
39
36
1800.
6.0
50.0
5.50
.06
.05
.03
•
52
39
35
1300.
6.0
120.0
11.26
.13
.03
.02
53
23
40
3400.
10.0
120.0
204.97
.84
1.29
.38
•
54
40
32
2000.
6.0
80.0
11.81
.13
.10
.05
55
40
41
1500.
10.0
120.0
100.93
.41
.15
.10
•
56
41
33
2600.
6.0
80.0
33.65
.38
.89
.34
57
42
41
1200.
10.0
80.0
7.32
.03
.00
.00
•
58
42
39
3500.
10.0
110.0
160.00
.65
.99
.28
•
59
44
39
3400.
6.0
50.0
19.76
.22
1.03
• 30
•
60
43
42
1700.
12.0
100.0
199.32
.57
.35
.21
61
43
44
1400.
12.0
100.0
205.49
.50
• 31
.22
62
45
43
750.
12.0
100.0
404.81
1.15
.58
.77
63
25
46
800.
6.0
50.0
30.75
.35
.55
.69
•
64
46
40
3000.
6.0
80.0
3-76
.04
.02
.01
65
26
47
1400.
16.0
90.0
452.90
.72
.40
.28
•
66
47
46
600.
6.0
90.0
13.01
.15
-03
.05
67
47
48
600.
16.0
90.0
421.89
.67
.15
.25
68
48
49
2500.
16.0
90.0
109.17
.17
.05
.02
69
49
50
1000.
16.0
90.0
75.62
.12
.01
.01
70
41
50
5000.
12.0
110.0
19.60
.06
.01
.00
71
50
51
3800.
16.0
90.0
67.22
.11
.03
.01
72
44
51
2000.
12.0
100.0
87.73
.25
.09
.05
73
48
52
2800.
16.0
110.0
261.72
.42
.20
.07
74
52
53
1100.
16.0
110.0
210.81
-34
.05
.05
75
53
54
1600.
6.0
50.0
4.20
.05
.03
.02
76
49
54
1000.
6.0
40.0
13.54
-15
.23
.23
77
53
55
1100.
16.0
110.0
135.93
.22
.02
.02
78
55
56
1800.
12.0
110.0
20.29
.06
.00
.00
79
54
56
800.
12.0
110.0
4.75
.01
.00
.00
•
80
57
56
2500.
6.0
120.0
20.96
.24
.17
.07
01
58
57
1100.
24.0
110.0
66.96
.05
.00
.00
82
51
56
1600.
16.0
110.0
96.96
.15
.02
.01
86
55
61
4100.
16.0
110.0
56.63
.09
.02
.00
87
26
62
0100.
16.0
80.0
3»3-7U
.61
1.07
.26
88
52
62
2900.
6.0
100.0
22.91
.26
.32
.11
89
62
63
1300.
12.0
80.0
355.69
1.01
1.19
.92
90
63
64
1800.
12.0
120.0
292.88
-83
.54
-30
91
64
65
500.
12.0
120.0
301.19
.85
.16
.32
•
92
66
64
700.
6.0
90.0
29-31
-33
.15
.21
93
53
66
3700.
6.0
90.0
46.68
-53
1.66
.*>
•
94
61
66
4900.
6.0
90.0
39-63
.45
1.82
.37
95
65
67
1200.
12.0
120.0
212.33
.60
.20
.17
96
67
68
1500.
12.0
do. o
120. 19
• 34
.18
.12
97
63
68
3000.
6.0
ao.o
34. di
.39
1.09
.36
98
67
69
2000.
6.0
120.0
50.14
.57
.67
• 34
•
99
69
70
2200.
6.0
120.0
16.14
.18
.09
.04
100
65
70
2000.
6.0
120.0
60.66
.69
.96
• 4d
VI I-S4
»
•ODE
Mill
Fi V 32
m
DEMAND
BCL
«0.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
Min.'
6
-299
134.00
02.00
196.29
85.06
258.29
7
-243
109.00
120.00
131.04
56-78
251.04
a
-263
118.00
73-00
178.12
77-18
251. 12
•
9
-225
101.00
53-00
202.44
87.72
255-^*4
n
.163
73-00
81.00
168. 31
72.93
249-31
T2
-1-537
-690.00
56.00
204.83
68.76
260.8 3
13
0.000
0.00
47.00
200.04
90.15
■"- 255-04
75
0.000
0.00
60. CO
20 1 . 36
87-26
261.36
TT
-6.0«5
-2713-00
47.00
216.34
93-75
263-34
18
-3«3
172.00
99.00
150.05
65-02
249.05
19
-299
134.00
88.00
161.38
69.93
249.38
•
20
-123
55.00
96.00
152.09
65-90
248.09
21
-082
37.00
1C2.00
145-09
62.87
247.09
22
-060
27.00
101.00
146. 14
63-33
247.14
23
.209
94. CO
106.00
140.55
60.90
246.55
24
-408
183-00
112.00
134.27
58.18
246.27
25
-042
19-00
120.00
125.83
54.53
245-63
26
-316
142.00
110.00
135.70
58.80
245.70
27
0.000
0.00
84.00
163.45
70.83
247. 4S
28
0.000
0.00
126.00
121.00
52.43
247.00
30
' -«30
193-00
124.00
122.13
52.92
246.13
31
-254
114.00
127.00
119-55
51.80
246.55
32
-158
71.00
145.00
100.16
43.40
245.16
33
-410
184.00
69.00
175.22
75.93
244.22
3*
-107
48.00
75.00
169.21
73-32
244.21
35
.065
29.00
62.00
182.09
78.91
244.09
36
.116
52.00
60.00
184.07
79-76
244.07
3«
-Oil
5.00
56.00
188.05
81.49
244.05
■
39
-363
163.00
70.00
174.12
75.45
2*4.12
40
-214
96.00
139.00
106.26
46.05
245-26
41
-123
55.00
90.00
155.11
67.21
245.11
42
-071
32.00
77.00
168.11
72-85
2*5. 1 1
43
0.000
0.00
47.00
198.46
86.00
2*5.46
44
-21B
98.00
87-00
158.15
68.53
2*5.15
46
.089
40.00
137.00
108.28
46.92
2*5.28
47
-040
18.00
144.00
101.30
43-90
2*5.30
46
.114
51.00
130.00
115.15
49.90
2*5.15
49
-045
20.00
81.00
164.10
71.11
2*5.10
50
-062
28.00
56.00
189.09
81.94
2*5-09
51
.129
58.00
95.00
150.06
65.03
2*5.06
52
.062
28.00
101.00
143.96
62.38
2««.96
53
.053
24.00
90.00
146.90
63.66
2*4.90
54
.029
13-00
91.00
153.88
66.68
2*4.88
55
.131
59.00
96.00
148.68
64.51
244.86
56
.102
46.00
81.00
163.88
71.01
2*4.68
57
.102
46.00
62.00
183.04
79.32
245.04
58
.067
30.00
105.00
140.04
60.69
245.0*
61
.038
17.00
67.00
177.86
77.07
244.86
62
.11*
51.00
101.00
143.63
62.24
244.63
63
.062
28.00
116.00
127.44
55.22
2*3.4«
64
.047
21.00
112.00
130.90
56.72
242.90
65
.062
28.00
111.00
131.74
57.09
242.7*
66
.127
57.00
108.00
135.04
58.52
2*3.0*
67
.094
42.00
116.00
126.54
54.83
2*2.5*
66
.345
155.00
118.00
124.35
53.89
2*2.35
69
.076
34. CO
109.00
132.86
57.57
2*1.86
70
-172
77.00
100.00
141.77
61. 43
2*1.77
10
-1.078
-483.94
43.00
215.55
93-40
258.55
14
-.514
-230.91
46.00
209.12
90.62
255.12
45
-.902
-404.81
•4.00
202.04
67.55
2*6.04
16
2.044
917.21
239-00
20.00
8.67
259-00
29
.215
96.44
210.00
37.00
16.03
247.00
BUOI
SUMMARY
ERROR TIMES
0078 0004
Vll-55
i
*
ti-
1
PIPS
NODES
HEAD
HLOSS
r\a.03
NO.
PROM
TO
LENGTH
OIAH
C06F
PLOW RATS
VELOCITY
LOSS
/ 1000
M r
1
4
1
4200.
6.0
40.0
56.27
.64
13.40
3.19
ricLx,
2
3
1
5200.
10.0
40.0
168. 13
.69
10.46
2.01
3
4
3
3700.
12.0
90.0
369.47
1.0S
2.93
.79
• «
3
2
700.
10.0
90.0
9 J. 34
.38
. 11
• 15
• 5
4
5
4b00.
12.0
90.0
187.51
■ •>i
1.04
• 2J
6
6
4
400.
12.0
90.0
740.45
2. 10
1.15
2.87
• 7
7
6
4800.
6.0
80.0
23. 06
.26
.81
.17
8
8
7
2800.
10.0
80.0
153-86
•63
1.32
.47
9
9
6
3000.
6.0
40.0
2392
• .27
1.96
.65
• 10
8
9
4500.
12.0
80.0
64.32
. 18
.17
.04
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
80.81
.92
16.21
6.23
13
24
8
7000.
10.0
90.0
359.78
1.47
12.34
1.83
14
12
6
7200.
12.0
90.0
854.27
2.42
26.95
3-74
15
12
13
5700.
16.0
90.0
761.15
1.21
4.24
.74
16
13
11
3700.
16.0
90.0
996.13
1.59
4.t>4
1.23
17
14
13
100.
10.0
90.0
234-98
.96
.08
.83
• 18
15
12
800.
14.0
80.0
925.42
1.9J
2.04
2.55
19
16
15
500.
16.0
40.0
306.44
.49
• 31
.62
• 20
17
15
200.
16.0
40.0
618.96
.99
.46
2.26
21
17
18
6000.
16.0
40.0
564.92
.90
11.55
1.92
22
11
18
1300.
16.0
40.0
171.44
.27
.27
.21
23
17
19
4700.
16.0
40.0
654.50
1.04
11.88
2.53
24
19
20
900.
16.0
40.0
402.13
.64
.92
1.03
25
20
21
2000.
16.0
40.0
179.64
.29
.46
.23
• 26
22
21
300.
16.0
40\0
260.74
.42
.14
.46
27
18
22
1300.
16.0
40.0
440.57
.70
1.58
1.21
28
22
23
900.
16.0
80.0
709.51
1.13
.73
.81
29
23
24
1400.
16.0
80.0
508.15
.81
.61
.44
• 30
25
24
1900.
16.0
80.0
71.23
.11
.02
.01
• 31
26
25
700.
16.0
80.0
105.42
.17
.02
.02
32
11
27
1700.
16.0
90.0
656.28
1.05
.96
.57
33
18
27
1100.
10.0
40.0
89.39
.37
.69
.62
• 34
27
22
2100.
16.0
90.0
562.08
.90
.89
.42
35
27
28
1750.
20.0
90.0
183-59
.19
.03
.02
36
29
28
1400.
24.0
90.0
695.15
.49
.12
.09
37
28
26
3800.
16.0
120.0
878.74
1.40
2.17
.57
38
19
30
1500.
8.0
40.0
91.57
.58
2.90
1.94
39
20
30
1700.
10.0
50.0
156.ua
.64
1.96
1.17
40
21
31
1100.
12.0
120.0
395.98
1. 12
.58
.53
• 41
31
30
3400.
8.0
60.0
47.97
• J1
.94
.28
42
31
32
1900.
12.0
60.
211.22
.60
1.13
.60
• *3
32
33
2200.
12.0
60.0
163.87
.46
.82
• 37
44
34
33
1000.
12.0
60.0
7.91
.02
.00
.00
*
• 45
30
3*
4500.
10.0
50.0
64.42
.26
1.01
• 23
46
35
34
1500.
12.0
60.0
1.09
.00
.00
.00
• 47
35
36
600.
12.0
60.0
38.15
.11
.02
.03
49
35
38
3300.
6.0
40.0
3.08
.03
.05
.01
50
36
38
2500.
6.0
40.0
2.92
.03
.03
.01
• 51
39
36
1800.
6.0
50.0
27.18
• 31
.99
.55
• 52
39
35
1300.
6.0
120.0
77.11
.88
.97
.75
53
23
40
3400.
10.0
120.0
88.56
• 36
.27
.08
• 54
40
32
2000.
6.0
80.0
37.85
• 43
.85
.42
• 55
41
40
1500.
10.0
120.0
84.94
.35
.11
.07
• 56
41
33
2600.
6.0
f'0.0
49.02
.56
1.78
.68
57
42
41
1200.
10.0
80.0
279.79
1.14
1.72
1.43
• 58
42
39
3500.
10.0
110.0
265.68
1.09
2.52
.72
• 59
44
39
3400.
6.0
50.0
34.21
• 39
2.85
.84
• 60
«3
42
1700.
12.0
100.0
083.87
1.66
2.59
1.52
61
13
44
1400.
12.0
100.0
602.42
1.71
2.26
1.61
62
45
43
750.
12.0
100.0
1186.29
3-37
4.24
5.66
63
25
46
800.
6.0
50.0
11.40
.13
.09
.11
64
40
46
3000.
6.0
80.0
20.45
.23
.41
.14
65
26
47
1400.
16.0
90.0
165.91
.26
.06
.04
• 66
«7
46
600.
6.0
90.0
16.16
.18
.04
.07
67
47
48
600.
16.0
90.0
128.16
.20
.02
.03
• 68
49
48
2500.
16.0
90.0
236.34
.38
.21
.09
• 69
50
49
1000.
16.0
90.0
282.26
.45
.12
.12
70
41
50
5000.
12.0
110.0
79.83
.23
.16
.03
• 71
51
50
3800.
16.0
90.0
236.02
.38
.32
.09
72
44
51
2000.
12.0
100.0
450.61
1.28
1.88
.94
73
48
52
2800.
16.0
110.0
303.30
.48
.26
.09
74
52
53
1100.
16.0
110.0
226.95
• 36
.06
.05
75
53
54
IbOO.
6.0
50.0
3.64
.04
.02
.01
76
49
54
1000.
6.0
40.0
21.92
.25
.56
.56
77
53
55
1100.
16.0
110.0
134.10
.21
.02
.02
• 78
56
55
1600.
12.0
110.0
8.55
.02
.00
.00
79
54
56
800.
12.0
110.0
9.96
.03
.00
.00
• 80
57
56
2500.
6.0
120.0
53.79
.61
.96
.38
81
58
57
1100.
24.0
1 10.0
108.99
.08
.00
.00
82
51
58
1600.
16.0
110.0
144.99
.23
.04
.02
86
55
61
4100.
16.0
110.0
71.84
. 11
.03
.01
87
26
62
4100.
16.0
80.0
437.00
.70
1.36
.33
88
52
62
2900.
6.0
100.0
42.75
.49
1.02
• 35
89
62
63
1300.
12.0
80.0
418.55
1.19
1.61
l.ft
90
63
64
1800.
12.0
120.0
343. 60
.97
.73
.41
91
64
65
500.
12.0
120.0
361.85
1.03
.22
.45
• 92
66
64
700.
6.0
90.0
43.45
.49
• 31
.44
93
53
66
3700.
6.0
90.0
60.41
.69
3.00
.81
• 94
61
66
4900.
6.0
90.0
51.44
.58
2.95
.60
95
65
67
1200.
12.0
120.0
255.21
.72
.28
.23
96
67
68
1500.
12.0
80.0
144.65
.41
.26
.17
97
63
68
3000.
6.0
80.0
41.35
.47
1.50
.50
98
67
69
2000.
6.0
120.0
60.15
.68
.94
.47
• 99
69
70
2200.
6.0
120.0
19.35
.22
• 13
.06
100
65
70
2000.
6.0
120.0
73-05
.83
1.35
.68
'/xl-5 r '
RUVB
uaijti
•MAHD
Rci . 33
MODE
DE
HGL
MO.
(CFS)
(GPM)
ELBV
161.00
HEAD
139.64
PRESSURE
60. 51
ELEV
Max-
1
.500
224.40
300.64
3
.241
108.00
235.00
76.11
32.98
311.11
4
.283
127.20
64.00
250.04
108.35
314.04
6
.358
160.80
62.00
167.70
72.67
229.70
7
.291
130.80
120.00
110.51
47.89
2)0.51
a
• 3'5
1 4 1 . 60
73-00
158.84
68.83
231.34
9
.270
121.20
53-00
178.66
77.42
231-66
10
0.000
0.00
43.00
188.66
81.75
.2J1.66
11
.195
87.60
81.00
166.87
72.31
247.87
12
-1.537
-690.00
56.00
200.65
86.95
256.65
.
13
0.000
0.00
47.00
205.41
89.01
252.41
15
0.000
0.00
60.00
198.69
86.10
258. b9
IT
-4.0S6
-1838.40
47.00
212.15
91.93
259.15
18
.460
206.40
99.00
148.60
64.39
247.60
19
.358
160.80
88.00
159.26
69.01
247.26
20
.147
66.00
96.00
150.34
65.15
240.34
21
.099
44.40
102.00
143.88
62.35
245.88
22
.072
32.40
101.00
145.02
62.84
240.02
23
.251
112.80
106.00
139.29
60.36
245.29
24
.489
219.60
112.00
132.67
57.49
244.67
25
.051
22.80
120.00
124.69
54.03
244.69
26
.380
170.40
110.00
134.71
58.37
244.71
27
0.000
0.00
84.00
162.91
70.59
246-91
28
0.000
0.00
126.00
120.88
52.38
246.88
30
.516
231.60
124.00
120.36
52.16
244.36
31
.305
136.80
127.00
118.30
51.26
24% 30
32
.190
85.20
145.00
99.16
42.97
244.16
33
.492
220.80
69.00
174.34
75.55
243.34
34
.128
57.60
75.00
168.35
72.95
243.35
35
.078
34.80
62.00
181.35
78.58
243.35
36
.139
62.40
60.00
183.33
79.44
243.33
38
.013
6.00
56.00
187.30
81.16
243.30
39
.436
195.60
70.00
174.32
75.54
244.32
40
.257
115.20
139.00
106.01
45.94
245.01
41
.147
66.00
90.00
155.12
67.22
245.12
42
.086
38.40
77.00
169.84
73.60
246.84
43
0.000
0.00
47.00
202.43
87.72
249.43
44
.262
117.60
87.00
160.17
69.41
247.17
46
.107
48.00
137.00
107.61
46.63
244.61
47
.048
21.60
144.00
100.65
43. 61
244.65
48
.136
61.20
130.00
114.63
49.67
244.63
49
.053
24.00
81.00
163.85
71.00
244.85
50
.075
33-60
56.00
188.96
81.88
244.96
51
.155
69.60
95.00
150.29
65.12
245.29
52
.075
33.60
101.00
143-37
62.13
244.37
53
.064
28.80
98.00
146.31
63.40
244.31
54
.035
15.60
91.00
153.29
66.43
244.29
55
.158
70.80
96.00
148.29
64.26
244.29
56
.123
55.20
81.00
163.29
70.76
244.29
57
.123
55.20
62.00
183.25
79.41
245.25
58
.080
36.00
105.00
140.25
60.77
245.25
61
.045
20.40
67.00
177.26
76.81
244.26
62
.136
61.20
101.00
142.35
61.69
243.35
63
.075
33-60
116.00
125.74
54.49
241.74
64
.056
25.20
112.00
129.00
55.90
241.00
65
.075
33-60
111.00
129.78
56.24
240.78
66
.152
68.40
108.00
133.31
57.77
24 1 . 3 1
67
.112
50.40
116.00
124.50
53.95
240.50
68
.414
186.00
118.00
122.24
52.97
240.24
69
.091
40.80
109.00
130.56
56.57
239.56
70
.206
92.40
100.00
139.43
60.42
239.43
14
-.524
-234.98
46.00
206.49
89.48
252.49
45
-2.643
-1186.29
44.00
209.67
90.86
253.67
2
.208
93.34
302.00
9.00
3-90
311.00
5
.418
187.51
282.00
31.00
13.43
313.00
16
-.683
-306.44
239.00
20.00
8.67
259.00
29
-1.549
-695.15
210.00
37.00
16.03
247.00
onoi
SUMHART
ERROR
flMES
0078 0005
VI1-97
PIPE DATA!
i— _, _ PIPE NODES HEAD "LOSS
\ — |V» 33 "O- FR0M TO LENGTH DIA* COEF FLOW RATE VELOCITY LOSS /I OOO Vll-'^b
r
a.
i
PIPE
NODES
HEAD
I1L0SS
HO.
FROM
TO
LENGTH
DIAH
COEF
FLOW RATE
VELOCITY
LOSS
/1 000
1
4
1
1200.
6.0
40.0
48.94
.">6
10.34
2.46
2
3
1
5200.
10.0
40.0
138.0b
06
7.26
1.40
3
4
3
3700.
12.0
90.0
379.35
1.08
3.08
.83
■
4
3
2
700.
10.0
90.0
151.29
.62
.26
• 37
•
5
4
5
4600.
12.0
90.0
215.01
.01
1.34
-29
6
6
4
400.
12.0
90.0
749.30
2. 1 1
1.17
2.94
•
7
7
6
4800.
6.0
80.0
37.08
.->£
1.96
.41
a
8
7
2800.
10.0
80.0
146.08
.60
1.20
.13
9
9
6
3000.
6.0
40.0
30.15
. J4
3.01
1.00
•
10
8
9
4500.
12.0
80.0
59.08
.17
.15
.03
ii
10
9
800.
12.0
50.0
.00
.00
.00
.00
•
12
11
9
2600.
6.0
UO.O
72.HH
. '1 '
1 1. 12
'..04
1)
24
8
;<>oo.
10.0
'10.0
12 1- 16
1 12
10.52
1 . so
14
13
b
1JW1.
12.
•M .
Hlb.OJ
.' 1.'
.•4.7b
1. 44
n
12
13
•>700.
lb.O
90.0
75 3-60
1 . .'11
4. 17
.73
lb
1J
11
3700.
lb.O
40.0
987. 9">
l.Stt
4.47
1.21
17
14
13
100.
10.0
90.0
234.36
. ib
.08
.83
•
18
15
12
800.
14.0
80.0
879.67
1.8]
1.86
2.32
19
16
15
500.
16.0
40.0
219-82
-!5
.17
.34
•
20
17
15
200.
16.0
40.0
659.85
1.05
.51
2.57
21
17
18
6000.
16.0
40.0
554.37
.88
11.15
1.8b
22
11
18
1300.
16.0
40.0
123.89
.20
.15
.12
23
17
19
4700.
16.0
40.0
623.78
1.00
10.87
2.31
2*4
19
20
900.
16.0
40.0
407.42
.65
.95
1.05
25
20
21
2000.
16.0
40.0
220.66
.35
.68
• 31
•
26
22
21
300.
16.0
"•0.0
119.39
-19
• 03
.11
27
18
22
1300.
16.0
40.0
397.47
.63
1.30
1.00
28
22
23
900.
lb.O
80.0
572.30
.91
.49
.55
29
23
24
1400.
16.0
80.0
454.22
.72
.50
.36
•
30
25
24
1900.
16.0
80.0
51. 9«
.08
.01
.01
•
31
26
25
700.
16.0
80.0
75.96
.12
.01
.01
32
11
27
1700.
lb.O
90.0
718.99
1. 15
1.14
.67
33
18
27
1100.
10.0
40.0
108.79
.44
.99
.90
•
3«
27
22
2100.
16.0
90.0
321.22
.51
.32
.15
35
27
28
1750.
20.0
90.0
506.56
.52
.21
.12
36
29
28
1400.
24.0
90.0
96.24
.07
.00
.00
37
28
26
3800.
16.0
120.0
602.80
.96
1.08
.28
38
19
30
1500.
8.0
40.0
82.36
.53
2.39
1.59
39
20
30
1700.
10.0
50.0
131.76
.54
1.44
.85
HO
21
31
1 100.
12.0
120.0
303.05
.86
.35
32
•
41
31
30
3«00.
8.0
60.0
30.72
.20
.41
.12
42
31
32
1900.
12.0
60.0
158.33
-«5
.66
.35
•
•3
32
33
2200.
12.0
60.0
116.85
• 33
.44
.20
44
3<»
33
1000.
12.0
60.0
27.56
.08
.01
.01
•
«5
30
31
4500.
10.0
50.0
51.84
.21
.68
.15
46
35
3«
1500.
12.0
60.0
23.72
.07
.02
.01
•
47
35
36
600.
12.0
60.
26.02
.07
.01
.01
49
35
38
3300.
6.0
40.0
2.49
.03
.03
.01
50
36
38
2500.
6.0
40.
2.51
.03
.03
.01
•
51
39
36
1800.
6.0
50.0
28.50
.32
1.08
.60
•
52
39
35
1300.
6.0
120.0
81.22
.92
1.07
.82
53
23
40
3400.
10.0
120.0
24.08
. 10
.02
.01
•
5*
40
32
2000.
6.0
80.0
29.53
-34
.54
.27
•
55
41
40
1500.
10.0
120.0
123.84
.51
.22
.15
•
56
41
33
2b00.
b.O
BO.O
39-59
• 4«>
1.20
.4b
57
42
41
I.-'OO.
10.0
80.0
305.09
1.25
2.02
1.68
•
58
42
39
3bOO.
10.0
110.0
24 1.50
.99
2.12
.60
•
59
44
39
3400.
6.0
50.0
31.22
• 35
2.41
.71
•
60
43
42
1700.
12.0
100.0
578.59
1.64
2.54
1.50
61
<»3
44
1400.
12.0
100.0
601.30
1.71
2.25
1.61
62
45
43
750.
12.0
100.0
1179.89
3.35
4.20
5.60
63
25
46
800.
6.0
50.0
5.02
.06
.02
.02
64
40
46
3000.
6.0
80.0
22.39
.25
.48
.16
65
26
47
1400.
16.0
90.0
23.32
.0^
.00
.00
•
66
47
46
600.
6.0
90.0
12.59
.14
.03
.04
•
67
48
47
600.
16.0
90.0
7.27
.01
.00
.00
•
68
49
48
2500.
16.0
90.0
297.00
.47
.33
• 13
•
69
50
49
1000.
16.0
90.0
338.49
.5«
.17
. 17
70
41
50
5000.
12.0
110.0
86.67
.25
.19
.04
•
71
51
50
3800.
16.0
90.0
279.82
.45
.44
.12
72
44
51
2000.
12.0
100.0
472.08
1.34
2.05
1.03
73
48
52
2800.
lb.O
110.0
238.73
• 38
.17
.06
74
52
53
1100.
16.0
110.0
173. 5«
.28
.04
.03
75
53
54
lbOO.
6.0
50.0
1.88
.02
.01
.00
76
«9
54
1000.
6.0
40.0
21.49
.2<«
.54
.54
77
53
55
1 100.
16.0
1 10.0
96.76
. 15
.01
.01
•
78
56
55
1800.
12.0
110.0
22.63
.Ob
.01
.00
79
54
56
800.
12.0
1 10.0
10.37
.03
.00
.00
•
80
57
5b
2500.
6.0
120.0
58.26
.66
1.11
.44
81
58
57
1100.
24.0
110.0
104.26
.07
.00
.00
82
51
58
IbOO.
16.0
110.0
134.26
.21
-t>3
.02
86
55
61
4100.
16.0
110.0
60.39
. 10
.02
.00
87
26
62
4100.
lb.O
80.0
361.52
• 58
.96
.23
88
52
62
2900.
6.0
100.0
37.19
.42
.79
.27
89
62
63
1100.
12.0
80.0
347.71
.99
1.15
.86
90
63
64
1800.
12.0
120.0
285. Jl
.ai
.52
-29
91
64
65
500.
12.0
120.0
30 1 ■ 60
.86
. 16
• 32
•
92
66
64
700.
b.O
90.0
37.29
.42
.23
.33
93
53
66
3700.
6.0
90.0
50.90
.58
2. 18
.59
•
94
61
b6
4900.
6.0
90.0
43-39
.49
2.15
.44
95
65
67
1200.
12.0
120.0
212.73
.60
.20
.17
96
67
68
1500.
12.0
40.0
120.60
• 34
• 19
.12
97
63
68
3000.
b.O
80.0
34.40
• 39
1.07
.36
98
67
69
2000.
b.O
120.0
50.13
.57
.67
.34
•
99
69
70
2200.
h.n
i7n n
^^^ M
in
r»o
nu
Fi
ft
1"
"I-
NODE
DATA I
NOOB
DEMAND
HGL
3 HO.
(CF3)
(CPM)
ELEV
HEAD
PRESSORS
ELEV
1
• 417
187.00
161.00
142.99
61.96
303-99
3
.201
90.00
235.00
76.26
33.05
311-26
4
.236
106.00
64.00
^50.34
108. 4b
314.34
6
.299
134.00
62.00
170.21
73.76
232.21
7
.243
109.00
120.00
114.17
49.47
234.17
a
.263
11a. 00
73.00
162.38
70.36
235.38
9
.225
101.00
53-00
182.23
78.96
235-23
10
0.000
0.00
43.00
192.23
83.30
23523
11
.163
73.00
81. CO
167.34
72.52
248.J4
12
-1.537
-690.00
56.00
200.98
87.09
256.98
13
0.000
0.00
47.00
205.81
89.18
252.81
15
0.000
0.00
60.00
198.83
86.16
258-83
17
-4.095
-1838.00
47.00
212.35
92.02
259-35
18
.383
172.00
99.00
149.19
64.65
248. 19
19
.299
134.00
88.00
160. 48
69.54
240.48
20
.123
55.00
96.00
151.53
65.66
247.53
21
.082
37.00
102.00
144.85
62.77
246.35
22
.060
27.00
101.00
145.89
63.22
246.89
23
.209
94.00
106.00
140.40
60.84
246.40
24
.408
183.00
112.00
133.90
58.02
245.90
25
.042
19.00
120.00
125.91
54.56
245.91
26
.316
142.00
110.00
135.92
58.90
245.92
27
0.000
0.00
84.00
163.20
70.72
247.20
28
0.000
0.00
126.00
121.00
52.43
247.00
30
.430
193-00
124.00
122.09
52.91
246.09
31
.254
114.00
127.00
119.50
51.78
246.50
32
.158
71.00
145.00
100.84
43.70
245-84
33
.410
184.00
69.00
176.40
76.44
245.40
3»
.107
48.00
75.00
170.41
73-84
245.41
35
.065
29.00
62.00
183.43
79.48
245.43
36
.116
52.00
60.00
185.42
80.35
245.42
38
.011
5.00
56.00
189.39
82.07
245.39
39
.363
163.00
70.00
176.50
76.48
246.50
40
.214
96.00
139.00
107.37
46.53
246.37
41
.123
55.00
90.00
156.60
67.86
246.60
42
.071
32.00
77.00
171.61
74.37
248.61
•3
0.000
0.00
47.00
204.16
88.47
251.16
44
.218
98.00
87.00
161.91
70.16
248.91
46
.089
40.00
127.00
108.89
47.19
245.89
47
.040
18.00
144.00
101.92
44.16
245.92
48
.114
51.00
130.00
115.92
50.23
245.92
•9
.045
20.00
81.00
165.24
71.61
246.24
50
.062
28.00
56.00
190.41
82.51
246.41
51
.129
58.00
95.00
151.85
65.80
246.85
52
.062
28.00
101.00
144.75
62.72
245.75
53
.053
24.00
98.00
147.71
64.01
245.71
54
.029
13.00
91.00
154.71
67.04
245.71
55
.131
59.00
96.00
149.70
64.87
245.70
56
.102
46.00
81.00
164.71
71.37
245.71
57
.102
46.00
62.00
184.82
80.09
246.82
58
.067
30.00
105.00
141.82
61.46
246.82
61
.038
17.00
67.00
178.68
77.43
245.68
62
.114
51.00
101.00
143.96
62.38
244.96
63
.062
28.00
116.00
127.82
55.39
243.82
64
.047
21.00
112.00
131.30
56.90
243.30
65
.062
28.00
111.00
132.14
57.26
243.14
66
.127
57.00
108.00
135.53
58.73
243-53
67
.094
42.00
116.00
126.94
55.01
242.94
68
• 3«5
155.00
113.00
124.75
54.06
242.75
69
.076
34.00
109.00
133.26
57.75
242.2b
70
.172
77.00
100.00
142.17
61.61
242.17
14
-.522
-234.36
46.00
206.89
89.65
252.89
45
-2.629
-1179.89
44.00
211.36
91.59
255.36
2
• 337
151.29
302.00
9.00
3.90
311.00
5
.479
215.01
282.00
31.00
13.43
313.00
16
-.490
-219.82
239-00
20.00
8.67
259.00
29
-.214
-96.24
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIMES
0078 0005
VII-59
M
in
PIPE DATA:
,-,-> PIPE
. D 3 so.
NODES
HEAD
HL033
FROM
TO
LENGTH
DIAM
COEF
FLOW RATS
VSLOCIT*
LCS3
'1000
7
6
t
4800.
b.O
80.0
83.54
1.00
9.82
2.05
1 • * a
7
8
2800.
10.0
80.0
1.34
.01
.00
.00
' • 9
b
9
3000.
b.O
40.0
57.05
.65
9.81
3-27
10
9
8
4500.
12.0
BO.O
8.63
.02
.00
.00
11
10
9
BOO.
12.0
50.0
.00
.00
.00
.00
* 12
11
9
2600.
b.O
40.0
32.38
-37
2.98
1-15
13
24
8
7000.
10.0
90.0
84.43
.34
.88
.13
14
12
6
7200.
12.0
90.0
252.79
.72
2.83
-39
15
12
13
5700.
1b.
90.0
808.33
1.29
4.74
.83
16
13
11
3700.
16.0
90.0
1040.51
1.66
4.92
1-33
17
14
13
100.
10.0
90.0
232.18
.95
.08
.81
• 18
15
12
800.
14.0
80.0
371.52
-77
-38
.47
• 19
15
16
500.
16.0
40.0
321.94
.51
.34
.68
• 20
17
15
200.
16.0
40.0
693.4b
1.11
.56
2.81
21
17
18
6000.
16.0
40.0
543.41
.87
10.75
1.79
32
11
18
1300.
16.0
40.0
122.89
.20
.15
.11
23
17
19
4700.
1b.
40.0
bOl.53
-96
10.16
2.16
24
19
20
900.
16.0
40.0
417.87
.67
.99
1.10
25
20
21
2000.
10.0
40.0
2b0.b3
.42
.92
.46
26
21
22
300.
16.0
40.0
33.12
.05
.00
.01
27
18
22
1300.
16.0
40.0
•01.14
.64
1.33
1.02
28
22
23
900.
16.0
80.0
414.45
.66
.27
-30
29
23
24
1400.
16.0
80.0
381.90
.61
• 36
.26
30
24
25
1900.
16.0
80.0
151.0b
.24
.09
.05
31
25
26
700.
lb.0
80.0
134.27
.21
-03
.04
32
11
27
1700.
16.0
90.0
828.85
1.32
1.48
.87
33
18
27
1100.
10.0
40.0
127.56
.52
1.33
1.21
"
• 34
27
22
2100.
16.0
90.0
1.78
.00
.00
.00
35
27
28
1750.
20.0
90.0
952.63
.97
.67
• 38
• 36
28
29
1400.
24.0
90.0
804.67
.57
.16
.11
37
28
26
3800.
16.0
120.0
147.95
.24
.08
.02
38
19
30
1500.
8.0
40.0
76.46
.49
2.08
1.39
39
20
30
1700.
10.0
50.0
113.24
.46
1.09
.64
40
21
31
1100.
12.0
120.0
197.91
.56
.16
.15
• 41
31
30
3400.
8.0
60.0
3.79
.02
.01
.00
42
31
32
1900.
12.0
60.0
102.92
.29
.30
.16
• 43
32
33
2200.
12.0
60.0
66.00
.19
.15
.07
44
'3«
33
1000.
12.0
60.0
49.77
.14
.04
.04
• 45
30
34
4500.
10.0
50.0
39.09
.16
.40
.09
46
35
34
1500.
12.0
60.0
49.08
.14
.06
.04
• 47
35
36
600.
12.0
60.0
13.14
.04
.00
.00
49
35
38
3300.
6.0
40.0
1.91
.02
.02
.01
50
36
38
2500.
6.0
40.0
2.09
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
30.55
.35
1-23
.68
• 52
39
35
1300.
b.O
120.0
87.33
.99
1.22
.94
• 53
40
23
3400.
10.0
120.0
42.65
.17
.07
.02
• 54
40
32
2000.
b.O
30.0
19.88
.23
.26
.13
• 55
41
40
1500.
10.0
120.0
162.74
.66
• 37
.25
• 56
41
33
2600.
6.0
80.0
31.43
.36
.78
.30
57
42
41
1200.
10.0
80.0
328.96
1.34
2.32
1.93
• 58
42
39
3500.
10.0
110.0
219.69
.90
1.78
.51
• 59
44
39
3400.
6.0
50.0
28.59
.32
2.05
.60
• 60
•3
42
1700.
12.0
100.0
574. 25
1.63
2.51
1.48
61
«3
44
1400.
12.0
100.0
599.38
1.70
2.2H
1.60
62
45
«3
750.
12.0
100.0
1173.63
3-33
4.16
5.55
63
25
46
800.
6.0
50.0
1.59
.02
.00
.00
64
40
46
3000.
6.0
80.0
23.41
.27
-52
.17
• 65
47
26
1400.
16.0
90.0
117.53
.19
.03
.02
• 66
47
46
600.
6.0
90.0
7.00
.08
.01
.01
• 67
48
47
600.
16.0
90.0
138.92
.22
.02
.03
• 68
49
48
2500.
16.0
90.0
352.22
.56
-45
.18
• 69
50
49
1000.
16.0
90.0
3B9.97
.62
.22
.22
70
41
50
5000.
12.0
110.0
90.79
.26
.20
.04
• 71
51
50
3800.
16.0
90.0
321.58
.51
.57
.15
72
44
51
2000.
12.0
100.0
492.38
1.40
2.22
1.11
73
48
52
2800.
16.0
no.o
172.49
.28
.09
-03
74
52
53
1100.
16.0
110.0
118.55
.19
.02
.02
• 75
54
53
1600.
6.0
50.0
2.22
.03
.01
.01
7t>
49
54
1000.
6.0
40.0
21.75
.25
.55
.55
77
53
55
1100.
16.0
110.0
60.19
.10
.01
.00
• 78
56
55
1800.
12.0
110.0
35.93
.10
.01
.01
79
54
56
800.
12.0
110.0
9-13
.03
.00
.00
• SO
57
5b
2500.
6.0
120.0
bj.6l
.72
1.31
.52
81
58
57
1100.
24.0
110.0
100.41
.07
.00
.00
82
51
58
1600.
16.0
110.0
124.41
.20
■ 03
.02
86
55
61
4100.
16.0
no.o
48.92
.08
.01
.00
87
26
62
4100.
16.0
80.0
286.15
.46
.62
-15
88
52
62
2900.
6.0
no.o
31.54
.36
.58
.20
89
62
63
1300.
12.0
80.0
27b. 90
.79
.75
-58
90
63
64
1800.
12.0
120.0
227.04
.64
-34
.19
91
64
65
500.
12.0
120.0
241.34
.68
.11
.21
• 92
66
64
700.
b.O
<)0.0
31. 10
.35
. 17
.24
93
53
66
3700.
b.O
90.0
41.38
.47
1.49
.40
• 94
61
66
4900.
6.0
90.0
35.32
.40
1.47
• 30
95
65
67
1200.
12.0
120.0
170.24
.43
-13
.11
96
67
68
1500.
12.0
ao.o
96.54
.27
.12
.08
97
63
68
3000.
b.O
BO.O
27.46
.31
.70
.23
98
67
69
2000.
6.0
120.0
40. 10
.46
-45
.22
• 99
69
70
2200.
6.0
120.0
12.90
.15
.06
-03
100
65
70
2000.
6.0
120.0
43.70
.55
.04
.32
VI 1-60
mjuc, um»:
]|& j3 *0. ELEV HEAD PRESSUR! ELEV
'^ VI 1-61
NODE
DEMAND
HGL
NO.
(CFS)
(GPN)
ELEV
HEAD
PRESSUR B
ELEV
6
.239
107.20
62.00
19". 14
84.13
25b. 14
7
.194
87.20
120.00
126.32
54.74
246.32
8
.210
94.40
73.00
173-32
75.10
246.32
9
.180
80.80
53-00
193.32
83.77
246.32
10
0.000
0.00
43.00
203.32
88.11
246.32
11
.130
58.40
81.00
168.30
72.93
249.30
12
-1.536
-689.60
56.00
202.96
87.95
25«. 96
13
0.000
0.00
47.00
207.22
89.79
254.22
15
0.000
0.00
60.00
199.34
86.38
259-34
17
-4.096
-1838.40
47.00
212.90
92.26
259-90
18
.307
137.60
99.00
150.15
65.07
249.15
19
• 239
107.20
88.00
161.74
70.09
249.74
20
.098
44.00
96.00
152.75
66.19
248.75
21
.066
29.60
102.00
145.83
63-19
247.83
22
.048
21.60
101.00
146.83
63-62
247.83
23
.168
75.20
106.00
141.56
61. 34
247.56
21
.326
146.40
112.00
135.19
58.58
247.19
25
.034
15.20
120.00
127.11
55.08
247.11
26
.253
113-60
110.00
137. 08
59.40
247.08
27
0.000
0.00
84.00
163.83
70.99
247.83
28
0.000
0.00
1^6.00
121.16
52-50
247. 16
30
.344
154.40
124.00
123.66
53.59
247.66
31
.203
91.20
127.00
120.67
52-29
247.67
32
.127
56.80
145.00
102.37
44.36
247.37
33
.328
147.20
69.00
178. a2
77.23
247.22
3«
.086
38.40
75.00
172.26
74.65
247.26
35
.052
23.20
62.00
185.32
80. 30
247.32
36
• 093
41.60
60.00
187.32
81.17
247.32
38
.009
4.00
56.00
191.30
82.90
247.30
39
.291
130.40
70.00
178.54
77.37
248.54
40
.171
76.80
139.00
108.63
47.07
247-63
41
.098
44.00
90.00
158.00
68.47
248.00
42
.057
25.60
77.00
173.32
75.10
250.32
43
0.000
0.00
47.00
205.83
89.19
252.83
44
.175
78.40
87.00
163.59
70.89
250.59
46
.071
32.00
137.00
110.10
47.71
247.10
47
.032
14. 40
144.00
103-11
44.68
247.11
48
.091
40.80
130.00
117.13
50.76
247.13
49
.036
16.00
81.00
166.58
72.18
247.58
50
.050
22.40
56.00
191.79
83.11
247.79
51
.103
46.40
95.00
153.37
66.46
248.37
52
.050
22.40
101.00
146.04
63.28
247.04
53
.043
19.20
98.00
149.02
64.58
247.02
54
.023
10.40
91.00
156.03
67.61
247.03
55
.105
47.20
96.00
151.02
65.44
247.02
56
.082
36.80
81.00
166.03
71.95
247.03
57
.082
36.80
62.00
186.34
80.75
248.34
58
.053
24.00
105.00
143.34
62.11
248.34
61
.030
13.60
67.00
180.00
78.00
247.00
62
.091
40.80
101.00
145.46
63.03
246.46
63
.050
22.40
116.00
129-71
56.21
245.71
64
.037
16.80
112.00
133.37
57.79
245.37
65
.050
22.40
111.00
134.26
58.18
245.26
66
.102
4$.60
108.00
137.53
59.60
245.53
67
.075
33.60
116.00
129.13
55.96
245.13
68
.276
124.00
118.00
127.01
55.04
245.01
69
.061
27.20
109.00
135.68
58.80
244.68
70
.137
61.60
100.00
144.63
62.67
244.63
14
-.517
-232.18
46.00
208.30
90.26
254.30
45
-2.615
-1173.63
44.00
212.99
92.29
256.99
16
.717
321.94
239.00
20.00
8.67
259.00
29
1.793
804.67
210.00
37.00
16.03
247.00
ERROR
30WURY
ERROR TIMES
0078 0004
J.'
riPK D*r»t
HEAD
Ff a .34
PIPS
NOCES
HLOSS
NO.
FROM
TO
LENGTH
DIAH
6.0
COEF
40.0
rU>W RATE
47.86
VELOCITT
.54
LOSS
9-93
/1 000
M *
1
4
1
4200.
2.36
n^.x *
2
3
1
5200.
10.0
40.0
134.09
.55
b.88
1-32
3
4
3
3700.
12.0
90.0
377.04
1.07
3.05
.82
• 4
3
2
700.
10.0
90.0
155.39
• 63
.27
• 39
• 5
4
5
4600.
12.0
90.0
213.14
.60
1-32
.29
6
6
4
400.
12.0
90.0
741. 18
2.10
1.15
2.88
• 7
7
6
4800.
6.0
80.0
4b. 00
.52
2.92
.61
8
8
7
2800.
10.0
80.0
152.05
.62
1.30
.46
9
9
6
3000.
6.0
40.0
35.42
.40
4.06
1-35
• 10
8
9
4500.
12.0
80.0
60.53
.17
.16
• C3
•
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
73.16
-83
13.48
5.19
13
24
8
7000.
10.0
90.0
327.40
1.34
10.78
1.54
14
12
6
7200.
12.0
90.0
790.15
2.24
.'3.33
3.24
15
12
13
5700.
16.0
90.0
584.79
.93
2.61
.46
16
13
11
3700.
16.0
90.0
822. 13
1.31
3.18
.86
17
14
13
100.
10.0
90.0
237.34
.97
.08
.85
• 18
15
12
800.
14.0
80.0
1374.94
2.87
4.24
5.31
19
16
15
500.
16.0
40.0
656.71
1.05
1.27
2.54
• 20
17
15
200.
16.0
40.0
718.23
1.15
.60
3.00
21
17
18
6000.
16.0
40.0
543. 06
.87
10.74
1.79
22
11
18
1300.
16.0
4U.0
103.04
.16
. 11
.08
23
17
19
4700.
16.0
40.0
e>i 3- b7
.98
10.55
2.24
2*
19
20
900.
16.0
40.0
399.51
.64
.91
1.01
25
20
21
2000.
16.0
40.0 .
208.90
.33
.61
• 30
• 26
22
21
300.
16.0
40.0
164.37
.26
.06
.20
27
18
22
1300.
lb.O
40.0
392-29
.63
1.27
.98
28
22
23
900.
16.0
80.0
666.67
1.06
.65
.72
29
23
24
1400.
16.0
80.0
462.21
.74
.51
.37
• 30
25
24
1900.
16.0
80.0
43.25
.07
.01
.00
• 31
26
25
700.
16.0
80.0
74.80
.12
.01
.01
32
11
27
1700.
16.0
90.0
574.91
.92
.75
.44
33
18
27
uoo.
10.0
40.0
86.45
• 35
.65
.59
• 34
27
22
2100.
16.0
90.0
465.02
.74
.63
.30
35
27
28
1750.
20.0
90.0
196.35
.20
.04
.02
36
29
28
1400.
24.0
90.0
584.51
.41
.09
.06
37
28
26
3800.
16.0
120.0
780.86
1.25
1.74
.46
38
19
30
1500.
8.0
40.0
83.78
.53
2.46
1.64
39
20
30
1700.
10.0
50.0
137.10
.56
1.55
.91
40
21
31
1100.
12.0
120.0
337.27
.96
.43
.39
• 41
31
30
3400.
8.0
60.0
34.47
.22
.51
.15
42
31
32
1900.
12.0
60.0
191.87
.54
.95
.50
• «3
32
33
2200.
12.0
60.0
146.58
.42
.67
.30
m
• 44
33
34
1000.
12.0
60.0
4.07
.01
.00
.00
• 45
30
34
4500.
10.0
50.0
67.56
.28
1.11
.25
• 46
30
35
1500.
12.0
60.0
24.93
.07
.02
.01
• 47
35
36
600.
12.0
60.0
37.39
.11
.01
.02
49
35
38
3300.
6.0
40.0
2.60
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.27
.03
.02
.01
• 51
39
36
1800.
6.0
50.0
15.48
.18
.35
.19
• 52
39
35
1300.
6.0
120.0
43.28
.49
• 33
.26
53
23
40
3400.
10.0
120.0
113.00
.46
.43
• 13
• 54
40
32
2000.
6.0
80.0
23.79
.27
.36
.18
• 55
41
40
1500.
10.0
120.0
17.78
.07
.01
.00
• 56
41
33
2600.
6.0
80.0
36.52
.41
1.03
.40
57
42
41
1200.
10.0
80.0
169.43
.69
.68
.57
• 58
42
39
3500.
10.0
110.0
192.03
.79
1-39
.40
• 59
44
39
3400.
6.0
50.0
24.52
.28
1.54
.45
• 60
43
42
1700.
12.0
100.0
393-40
1.12
1.25
.73
61
•3
44
1400.
12.0
100.0
408.51
1.16
1.10
.79
62
45
43
750.
12.0
100.0
80 1 . 9 1
2.27
2.05
2.74
63
25
46
800.
6.0
50.0
13.07
.15
.11
.14
64
40
46
3000.
6.0
80.0
13.58
.15
.19
.06
65
26
47
1400.
16.0
90.0
210.42
.34
.10
.07
• 66
47
46
600.
6.0
90.0
12.27
.14
• 03
.04
67
47
48
600.
16.0
90.0
180.64
.29
.03
.05
• 68
49
48
2500.
16.0
90.0
122.31
.20
.06
.03
• 69
50
49
1000.
16.0
90.0
157.84
.25
.04
.04
70
41
50
5000.
12.0
110.0
61.61
.17
.10
.02
• 71
51
50
3800,
16.0
90.0
123.48
.20
. 10
.03
72
44
51
2000.
12.0
100.0
288.64
.82
• 83
.41
73
48
52
2800.
16.0
1 10.0
253.33
.40
.19
.07
.
74
52
53
1100.
16.0
110.0
193.34
.31
.04
.04
75
53
54
1600.
6.0
50.0
3.32
.04
.02
.01
76
49
54
1000.
6.0
40.0
16.07
.18
■ 31
• 31
77
53
55
1 100.
16.0
110.0
118.33
.19
.02
.02
78
55
56
1800.
12.0
110.0
3.24
.01
.00
.00
79
54
56
800.
12.0
110.0
6.74
.02
.00
.00
• 80
57
56
2500.
6.0
120.0
34.78
.39
43
.17
81
58
57
1 100.
24.0
110.0
79.54
.06
.00
.00
82
51
58
1600.
16.0
110.0
108.73
.17
.02
.01
86
55
61
4100.
16.0
110.0
57.68
.09
.02
.00
87
26
62
4100.
16.0
80.0
357.47
.57
• >4
.23
88
52
62
2900.
6.0
100.0
32.74
• 37
.b2
.21
89
62
63
1300.
12.0
80.0
340.59
.97
1. 10
.85
90
63
64
1800.
12.0
120.0
279.76
.79
.bO
.28
91
64
65
500.
12.0
120.0
293.34
-83
- 15
• 30
• 92
66
64
700.
6.0
90.0
34.02
• 39
.20
.28
93
53
bb
370U.
6.0
90.0
<48. )4
.55
1.98
.54
• 94
61
66
"»900.
b.O
90.0
41.13
.47
1.95
.40
95
65
67
120U.
12.0
120.0
20b. 87
.59
• 19
.16
96
67
68
1500.
12.0
80.0
117.23
.33
. 18
.12
97
63
68
3000.
6.0
80.0
33.59
.38
1.02
-34
98
67
69
2000.
6.0
120.0
48.78
.55
.64
32
• 99
69
70
2200.
6.0
120.0
15.69
.18
.09
.04
100
M
70
?nnn
«. n
1 ->n n
CO 71
*.t
""
-'
VI] -6,
•
NODE
OATAt
Fi^.34
Mo.xi
NODE
HO.
DEMAND
(CFS) (GPM)
ELEV
HEAD
PRESSURE
HGL
SLEV
1
.405
181.95
161.00
143.39
62.14
304.39
3
.195
87.57
235.00
76.27
33.05
311.27
4
.230
103. 1«
64.00
250.32
108.47
314.32
6
.290
130.38
62.00
168.16
72.87
230- 16
7
.236
106.06
120.00
113.08
49.00
233-08
8
.256
114.81
73.00
161.37
69.93
234.37
9
.219
98.27
53.00
181.22
78.53
234.22
10
0.000
0.00
43.00
191.22
82.86
234. -'2
11
.158
71.03
81.00
166.70
72.24
247.70
12
0.000
0.00
56.00
197.48
85.58
253.48
13
0.000
0.00
47.00
203.88
88.35
250.88
15
0.000
0.00
60.00
197.73
85.68
257.73
17
-4.177
-1874.97
47.00
211.33
91.58
258.33
18
.373
167-36
99.00
148.59
64.39
247.59
19
.290
130.38
88.00
159.78
69.24
247.78
20
.119
53.52
96.00
150.87
65.38
246.87
21
.080
36.00
102.00
144.26
62.51
246.26
22
.059
26.27
101.00
145.32
62.97
246.32
23
.204
91.46
106.00
139.67
60.52
245.67
24
• 397
178.06
112.00
133.15
57.70
245.15
25
.041
18.49
120.00
125.16
54.24
245. 16
26
.308
138.17
110.00
135.17
58.57
245.17
27
0.000
0.00
84.00
162.95
70.61
246.95
28
0.000
0.00
126.00
120.91
52.39
246.91
30
.418
187.79
124.00
121.32
52.57
245.32
31
.247
110.92
127.00
118.83
51.49
245.83
32
.154
69.08
145.00
99.88
43.28
244.38
33
.399
179.03
69.00
175.21
75.93
244.21
3«
.104
46.70
75.00
169.21
73.33
244.21
"
35
.063
28.22
62.00
182.20
78.95
244.20
36
.113
50.60
60.00
184.18
79.81
244. 18
38
.011
4.87
56.00
168. 16
81.54
244. 16
•
39
• 353
158.60
70.00
174.53
75.63
244.53
40
.208
93.41
139.00
106.24
46.04
245.24
41
.119
53.52
90.00
155.24
67.27
245.24
42
.069
31.14
77.00
168.92
73-20
245.92
43
- 0.000
0.00
47.00
200.17
86.74
247.17
44
.212
95.35
87.00
159.07
68.93
246.07
46
.087
38.92
137.00
108.05
46.82
245.05
47
.039
17.51
144.00
101.07
43.80
245.07
48
.111
49.62
130.00
115.04
49.85
245.04
49
.043
19.46
81.00
164.11
71.11
245.11
50
.061
27.24
56.00
189.15
81.96
245.15
51
.126
56.43
95.00
150.24
65.11
245.24
52
.061
27.24
101.00
143.85
62.34
244.85
53
.052
23.35
98.00
146.81
63.62
244.81
54
.028
12.65
91.00
153-79
66.64
244.79
55
.128
57.41
96.00
148.79
64.48
244.79
56
.100
44.76
81.00
163.79
70.98
244.79
•
57
.100
44.76
62.00
183.22
79.40
245.22
58
.065
29.19
105.00
140.22
60.76
245.22
,
61
• 037
16.54
67.00
177. 77
77.04
244.77
62
.111
49.62
101.00
143.23
62.07
244.23
63
.061
27.24
116.00
127.13
55.09
243.13
64
.046
20.43
112.00
130.63
56.61
242.63
65
.061
27.24
111.00
131. **8
56.97
242.48
66
.124
55.46
108.00
134.83
58.42
242.83
67
.091
40.87
116.00
126.29
54.72
242.29
68
.336
150.82
118.00
124. 11
53-78
242. 11
69
.074
33.08
109.00
132.65
57.48
241.65
70
.167
74.92
100.00
141.56
61. 34
241.56
14
-.529
-237.34
46.00
204.96
88.82
250.96
45
-1.787
-301.91
44.00
205.22
88.93
249.22
2
.346
155.39
302.00
9.00
3.90
311.00
5
.475
213.14
282.00
31.00
13.43
313.00
16
-1.463
-656.71
239.00
20.00
8.67
259.00
29
-1.302
-504.51
210.00
37.00
16.03
247.00
ERROR
SUMMARY
ERROR TIMES
0078 0005
VTI-61
B t M
PIPB
NODES
HEAD
HLOSS
MO.
FROM
TO
LENGTH
DIAM
COBP
FLOW RATS
veuociTT
LOSS
/1000
1
4
1
4200.
6.0
40.0
42.23
.48
7.87
1.87
Hva •
2
3
1
5200.
10.0
40.0
109.43
.45
4.72
.91
3
3
4
3
3700.
12.0
90.0
383.79
1.09
3-15
.85
• 4
3
2
700.
10.0
90.0
20 1 . 37
.82
.44
.63
• 5
4
5
4600.
12.0
90.0
235.63
• b7
1.59
.31
6
6
4
400.
12.0
90.0
747.62
2.12
1.17
2.92
• 7
7
6
4800.
6.0
80.0
54.57
.6J
4.01
.83
8
8
7
2800.
10.0
80.0
. 14^.97
.58
1. 16
.41
9
9
6
3000.
6.0
40.0
39.76
.45
5-03
1.68
• 10
8
9
4500.
12.0
80.0
56.07
. lb
.14
.03
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
b.O
40.0
65.59
.7«
11.02
4.24
13
24
8
7000.
10.0
90.0
294.74
1.20
8.87
1.27
1*
12
6
7200.
12.0
90.0
761.96
2. lb
21.81
3-03
15
12
13
5700.
16.0
90.0
583.79
• 93
2.60
.4b
16
13
11
3700.
16.0
90.0
820.56
1.31
3.17
.86
17
14
13
100.
10.0
90.0
236.77
.97
.08
.84
• 18
15
12
800.
14.0
80.0
1315.75
2.80
4.08
5.10
19
16
15
500.
16.0
40.0
600-38
.96
1.08
2.15
• 20
17
15
200.
16.0
40.0
745.37
1.19
.64
3.22
21
17
18
6000.
16.0
40.0
537.37
.86
10.53
1.75
22
11
18
1300.
16.0
40.0
62.04
.10
.04
.03
23
17
19
4700.
16.0
40.0
592.29
.95
9.88
2.10
24
19
20
90G.
lb.O
40.0
405.92
.65
.94
1.04
25
20
21
2000.
lb.0
40.0
241.81
• 39
.80
.40
• 26
22
21
300.
16.0
40.0
45.88
.07
.01
.02
27
18
22
1300.
16.0
40.0
359.02
.57
1.08
• 83
28
22
23
900.
16.0
80.0
555.82
.89
.47
.52
29
23
24
1400.
lb.O
80.0
413.87
,66
.42
.30
• 30
25
24
1900.
16.0
80.0
29.29
.05
.00
.00
• 31
26
25
700.
16.0
80.0
51.14
.08
.00
.01
32
11
27
1700.
16.0
90.0
633.73
1.01
.90
.53
33
18
27
1100.
10.0
40.0
100.90
.41
.86
.78
• 31
27
22
2100.
16.0
90.0
264.59
.42
.22
.11
35
27
28
1750.
20.0
90.0
470.05
.48
.18
.10
36
29
28
1400.
24.0
90.0
82.42
.06
.00
.00
37
28
26
3800.
16.0
120.0
552.47
.88
.92
.24
38
19
30
1500.
8.0
40.0
77.69
.50
2.14
1.13
39
20
30
1700.
10.0
50.0
119.51
.49
1.20
.71
40
21
31
1100.
12.0
120.0
257.68
.73
.26
.21
• 41
31
30
3100.
8.0
60.0
17.19
.11
.14
.04
42
31
32
1900.
12.0
60.0
148.04
.42
.59
.31
• «3
32
33
2200.
12.0
60.0
109.26
.31
.39
.18
44
31
33
1000.
12.0
60.0
11.32
.03
.00
.00
• 15
30
3*
4500.
10.0
50.0
57.86
.24
.83
.18
• 46
3»
35
1500.
12.0
bO.O
7.62
.02
.00
.00
• 47
35
36
600.
12.0
bO.O
27.88
.08
.01
.01
49
35
38
3300.
6.0
40.0
2.11
.02
.02
.01
50
36
38
2500.
6.0
40.0
1.94
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
16.24
.18
• 38
.21
• 52
39
35
1300.
6.0
120.0
45.89
.52
.37
.29
53
23
40
3400.
10.0
120.0
65.72
.27
.16
.05
• 54
40
32
2000.
6.0
80.0
18.80
.21
.23
.12
• 55
41
40
1500.
10.0
120.0
47.94
.20
.04
.03
• 56
41
33
2b00.
6.0
80.0
28.64
32
.66
.25
57
42
41
1200.
10.0
80.0
191.09
.78
.85
.71
• 58
42
39
3500.
10.0
110.0
172.40
.70
1.13
.32
• 59
44
39
3400.
6.0
50.0
21.92
.25
1.25
• 37
• 60
13
42
1700.
12.0
100.0
389.45
1. 10
1.22
.72
61
13
44
1400.
12.0
100.0
409-36
1.16
1.10
.79
62
45
43
750.
12.0
100.0
798.81
2.27
2.04
2.72
63
25
46
800.
6.0
50.0
6.44
.07
.03
.04
64
40
46
3000.
6.0
80.0
17.00
.19
.29
.10
65
26
47
1400.
16.0
90.0
91.42
.15
.02
.01
• 66
47
4b
bOO.
6.0
90.0
9.00
.10
.01
.02
67
47
48
bOO.
16.0
90.0
67.82
.11
.01
.01
• 68
19
48
2500.
16.0
90.0
177.19
.28
.13
.05
• 69
50
19
1000.
16.0
90.0
208.77
.33
.07
.07
70
41
50
5000.
12.0
110.0
69.91
.20
.13
• 03
• 71
51
50
3800.
16.0
90.0
161.58
.26
.16
.04
72
44
51
2000.
12.0
100.0
307.97
.87
.93
.47
73
48
52
2800.
16.0
110.0
203.65
.32
.13
.04
74
52
53
1100.
16.0
110.0
151.69
.24
• 03
.03
75
53
54
1600.
6.0
50.0
2.37
.03
.01
.01
76
49
54
VJOO.
6.0
40.0
15.37
.17
.29
.29
77
53
55
1100.
16.0
110.0
88.91
.14
.01
.01
• 78
56
55
1800.
12.0
110.0
7.60
.02
.00
.00
79
51
56
800.
12.0
110.0
7. 19
.02
.00
.00
• 80
57
56
2500.
6.0
120.0
37.72
.43
.50
.20
81
58
57
1 100.
24.0
110.0
75.02
.05
.00
.00
82
51
58
lbOO.
16.0
1 10.0
99.35
.16
.02
.01
86
55
61
4100.
16.0
110.0
40. b6
.08
.01
.00
87
26
62
4100.
16.0
80.0
294.75
.47
.66*
. 16
88
52
62
2900.
6.0
100.0
29.25
.33
.50
.17
89
62
63
1300.
12.0
80.
282. b4
.80
.78
.60
90
63
64
1800.
12.0
120.0
232-00
.66
• 35
.20
91
64
65
500.
12.0
120.0
244.5b
.69
. 11
.22
• 92
66
64
700.
6.0
90.0
29.60
.31
.15
.22
93
53
bb
3700.
6.0
90.0
40.95
.4b
1.46
■ 39
• 94
61
b6
4900.
6.0
90.0
34.88
.40
1.44
.29
95
65
67
1200.
12.0
120.0
172.49
.19
. 14
. 11
96
67
68
1500.
12.0
80.0
97.77
.28
.13
.08
97
63
68
3000.
6.0
80.0
27.93
.32
.72
.24
98
67
69
2000.
6.0
120.0
40. b5
.46
.46
.23
• 99
69
70
2200.
6.0
120.0
13.O8
.15
.06
.03
100
65
70
2000.
6.0
120.0
49.37
.56
.65
• 33
71 I -6-'-
F^.3-4
NODE
DATA:
NODE
DEMAND
HGL
NO.
(CFS)
(GPM)
151.6b
ELEV
161.00
HEAD
145.71
PRESSURE
63.14
ELEV
1
• 338
306.71
3
.163
72.99
235.00
76.44
33-12
31 1.44
4
.192
85.97
64.00
250.59
108.59
314.59
6
.242
108.67
62.00
170.04
73-68
232.04
7
.197
88. MO
120.00
116.04
50.29
236.04
8
.213
95.70
73.00
164.20
71.15
237.20
9
.182
81.91
53-00
184.06
79.76
2*37.06
10
0.000
0.00
43.00
194.06
84.09
237.06
11
.132
59.20
81.00
167.08
72.40
24S.08
12
0.000
0.00
56.00
197.84
85.73
253.84
13
0.000
0.00
47.00
204.25
88.51
25L25
15
0.000
0.00
60.00
197.92
85.77
257-92
17
-4. 178
-1875.03
47.00
211.57
91.68
258.57
18
• 311
139.49
99-00
149.04
64.58
248.04
19
.242
108.67
88.00
160.69
69.63
248.69
20
.099
414.61
96.00
151.75
65.76
247.75
21
.067
30.01
102.00
144.95
62.81
246.95
22
.049
21.90
101.00
145-96
63.25
246.96
23
.170
76.23
106.00
140.49
60.88
246.49
24
.331
148.41
112.00
134.07
58.10
246.07
25
.034
15.41
120.00
126.08
54.63
246.08
26
.257
115. 16
110.00
136.08
58.97
246.08
27
0.000
0.00
84.00
163. J8
70.71
247.18
28
0.000
0.00
126.00
121.00
52.43
247.00
30
.349
156.52
124.00
122.55
53.10
246.55
31
.206
92.45
127.00
119.69
51.87
246.69
32
.128
57.58
145.00
101. 10
43.81
246.10
33
.332
149.22
69.00
176.71
76.58
245.71
34
.087
38.93
75.00
170.72
73.98
245.72
35
.052
23-52
62.00
183-72
79.61
245.72
36
.094
42.17
60.00
185.71
80.47
245.71
38
.009
4.06
56.00
189.69
82.20
245.69
39
.295
132.19
70.00
176.09
76.30
246.09
40
.173
77.86
139.00
107.33
46.51
246.33
41
.099
44.61
90.00
156.37
67.76
246.37
42
.058
25.95
77.00
170.22
73.76
247.22
«3
0.000
0.00
47.00
201.44
87.29
244.44
M
.177
79.48
87.00
160.34
69.48
247.34
46
.072
32.44
137.00
109-05
47.25
246.05
47
.033
14.60
144.00
102.06
44.23
246.06
48
.092
41. 3t>
130.00
116.05
50.29
246.05
49
.036
16.22
81.00
165.18
71.58
246.18
50
.051
22.71
56.00
190.25
82.44
246.25
51
.105
47.04
95.00
151.41
65.61
246.41
52
.051
22.71
101.00
144.93
62.80
245.93
53
.043
19.46
98. CO
147.90
64.09
245.90
54
.023
10.54
91.00
154.89
67.12
245.89
55
.107
47.85
96.00
149.89
64.95
245-89
56
.083
37.31
81.00
164.89
71.45
245.89
57
.083
37.31
62.00
184.39
79.90
246.39
58
.054
24.33
105.00
141.39
61.27
246.39
61
.031
13.79
67.00
178.88
77.51
245.88
62
.092
41.36
101.00
144.42
62.58
245.42
63
.051
22.71
116.00
128.64
55.75
244.64
64
.038
17.03
112.00
132.29
57.33
244.29
65
.051
22.71
111.00
133.18
57.71
244. 18
66
.103
46.23
108.00
136.44
59-12
244.44
67
.076
34.06
116.00
128.05
55.49
244.05
68
.280
125.71
118.00
125.92
54.57
243.92
69
.061
27.57
109.00
134.59
58.32
243.59
70
.139
62.45
100.00
143.53
62.20
243.53
14
-.528
-236.77
46.00
205.33
d8.98
251.33
45
-1.780
-798.81
44.00
206.48
89.48
250.48
2
.449
201.37
302.00
9.00
3-90
311.00
5
.525
235.63
282.00
31.00
13.43
313.00
16
-1.338
-600.38
239.00
20.00
8.67
259-00
29
-.184
-82.42
210.00
37.00
16.03
247.00
ERROR
SUMMARY
-
ERROR
riMES
0078 (
)005
VIl-65
F ^ 34
\Y") , • 8 7 8 2300. 10.0 80.0 8.08 .03 .01 .00 VI1-66
M
PIPE
NODES
HEAD
KLOSS
NO.
FROM
TO
LENGTH
DIAM
COEF
FLOW RATE
VELOCITY
LOSS
/1000
7
6
7
4800.
b.O
80.0
78.82
.89
7.92
1.65
• 8
7
8
caoo.
10.0
80.0
8.08
.03
.01
.00
• 9
6
9
3000.
b.O
40.0
50.78
.58
7.91
2.64
10
9
8
4500.
12.0
80.0
13.28
.04
.01
.00
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
^600.
b.O
40.0
28.04
• 32
2.2A
.88
13
24
8
7000.
1C.0
90.0
55.22
.23
.40
.06
14
12
6
7200.
12.0
90.0
216.57
.61
2.12
.29
15
12
13
5700.
16.0
90.0
705.30
1.13
3.69
.65
16
13
11
3700.
16.0
90.0
939.08
1.50
4.07
1.10
17
14
13
100.
10.0
90.0
233.78
.95
.08
.83
• 18
15
12
800.
14.0
80.0
921.87
1.92
2.02
2.53
19
16
15
500.
16.0
40.0
169.79
.27
.10
.21
• 20
17
15
200.
16.0
40.0
752.09
1.20
.65
3-27
21
17
18
6000.
16.0
40.0
536.74
.86
10.51
1.75
22
11
18
1300.
16.0
40.0
84.99
.14
.07
.06
23
17
19
4760.
16.0
40.0
586.13
.94
9.69
2.06
24
19
20
900.
16.0
40.0
423.15
.68
1.01
1.13
25
20
21
2000.
16.0
40.0
276.78
.44
1.03
.51
26
21
22
300.
16.0
40.0
87.92
.14
.02
.06
27
18
22
1300.
16.0
40.0
386.85
.62
1.24
.95
28
22
23
900.
16.0
80.0
425.43
.68
.28
• 32
29
23
24
1400.
16.0
80.0
341.42
.54
.29
.21
30
24
25
1900.
16.0
80.0
167.43
.27
.11
.06
31
25
26
700.
16.0
80.0
148.67
.24
.03
.04
32
11
27
1700.
16.0
90.0
778.67
1.24
1.32
.78
33
18
27
1100.
10.0
40.0
123.25
.50
1.25
1.13
34
22
27
2100.
16.0
90.0
31.82
.05
.00
.00
35
27
28
1750.
20.0
90.0
933-74
.95
.64
.37
• 36
28
29
1400.
24.0
90.0
796.69
.57
.16
.11
37
28
26
3800.
16.0
120.0
137.04
.22
.07
.02
38
19
30
1500.
8.0
40.0
76.02
.49
2.06
1.37
39
20
30
1700.
10.0
50.0
110.67
.45
1.04
.61
40
21
31
1100.
12.0
120.0
164.85
.47
.11
.10
41
30
31
3400.
8.0
60.0
14.23
.09
.10
.03
42
31
32
1900.
12.0
60.0
105.09
.30
.31
.16
• «3
32
33
2200.
12.0
60.0
71.01
.20
.17
.08
44
3*
33
1000.
12.0
60.0
27.82
.08
.01
.01
• 45
30
34
4500.
10.0
50.0
47.21
.19
.57
• 13
46-
35
34
1500.
12.0
60.0
11.76
.03
.00
.00
• 47
35
36
600.
12.0
60.0
17.81
.05
.00
.01
49
35
38
3300.
6.0
40.0
1.63
.02
.01
.00
50
36
38
2500.
6.0
40.0
1.62
.02
.01
.00
• 51
39
36
1800.
6.0
50.0
17.56
.20
.44
.24
• 52
39
35
1300.
6.0
120.0
50.01
.57
.44
• 3«
53
23
40
3400.
10.0
120.0
23.01
.09
.02
.01
• 54
40
32
2000.
6.0
80.0
12.00
.14
.10
.05
• 55
41
40
1500.
10.0
120.0
71.72
.29
.08
.05
• 56
41
33
2600.
6,0
80.0
20.59
.23
• 36
.14
57
42
41
1200.
10.0
80.0
210.60
.86
1.02
.85
• 58
42
39
3500.
10.0
110.0
153.86
.63
.92
.26
• 59
44
39
3400.
6.0
50.0
19.49
.22
1.01
• 30
• 60
«3
42
1700.
12.0
100.0
385.23
1.09
1.20
.70
61
"3
44
1400.
12.0
100.0
410.28
1.16
1.11
.79
62
45
43
750.
12.0
100.0
795.51
2.26
2.02
2.70
63
25
46
800.
6.0
50.0
6.42
.07
.03
.04
64
40
46
3000.
6.0
80.0
20.42
.23
.41
.14
• 65
47
26
1400.
16.0
90.0
40.39
.06
.00
.00
66
46
47
600.
6.0
90.0
.88
.01
.00
.00
• 67
48
47
600.
16.0
90.0
51.19
.08
.00
.01
• 68
49
48
2500.
16.0
90.0
233.79
• 37
.21
.08
• 69
50
49
1000.
16.0
90.0
262.33
.42
.10
.10
70
41
50
5000.
12.0
110.0
82.60
.23
.17
.03
• 71
51
50
3800.
16.0
90.0
197.90
.32
.23
.06
72
44
51
2000.
12.0
100.0
327.18
• 93
1.04
.52
73
48
52
2800.
16.0
110.0
149.51
.24
.07
.03
74
52
53
1100.
16.0
110.0
106.81
.17
.01
.01
75
53
54
1600.
6.0
50.0
.22
.00
.00
.00
76
49
54
1000.
6.0
40.0
15.55
.18
.29
.29
77
53
55
1100.
16.0
110.0
57.83
.09
.00
.00
• 78
56
55
1800.
12.0
110.0
19.79
.06
.00
.00
79
54
56
800.
12.0
110.0
7.33
.02
.00
.00
• 80
57
56
2500.
6.0
120.0
42.31
.48
.61
.25
81
58
57
1100.
24.0
110.0
72.17
.05
.00
.00
82
51
58
1b00.
16.0
110.0
91.64
.15
.02
.01
86
55
61
4100.
16.0
110.0
39.33
.06
.01
.00
87
26
62
4100.
16.0
80.0
233.95
.37
.43
.10
88
52
62
2900.
6.0
100.0
24.53
.28
• 36
.13
89
62
63
1300.
12.0
80.0
225.38
.64
.51
.39
90
63
64
1800.
12.0
120.0
184.89
.52
.23
.13
91
64
65
500.
12.0
120.0
195.75
.56
.07
.14
• 92
66
64
700.
6.0
90.0
24.49
.28
.11
.15
93
53
66
3700.
6.0
90.0
33.18
.38
• 99
.27
• 94
61
66
4900.
6.0
90.0
28.30
• 32
.97
.20
95
65
67
1200.
12.0
120.0
138.07
• 39
• 09
.08
96
67
68
1500.
12.0
80.0
78.28
.22
.08
.06
97
63
b8
3000.
6.0
80.0
22.31
.25
.48
.16
. 98
67
69
2000.
6.0
120.0
32.53
.37
• 30
.15
• 99
69
70
2200.
6.0
120.0
10.47
.12
.04
.02
100
65
70
2000.
6.0
120.0
39.51
.45
•43
.22
Fie,.
H'.v,
J>
4
■ODB
DATAl
ROM
DEMAND
HGL
NO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
6
.19«
86.97
62.00
192.75
83.52
254.75
7
.158
70.74
120.00
126.83
54.96
246. 83
8
.171
76.58
73-00
173.83
75.33
246. J3
9
.146
65.55
53.00
193.84
84.00
24b. d4
10
0.000
0.00
43.00
203.84
88.33
246. d4
11
.106
47.38
81.00
168. 12
72.85
249. 12
12
0.000
0.00
56.00
200.87
87-04
256. d7
13
0.000
0.00
47.00
206. 19
89-35
253.19
15
0.000
0.00
60.00
198.90
86.19
258. ,0
17
-4.177
-1874.96
47.00
212.55
92.11
259.55
18
.249
111.63
99.00
150.04
65.02
249.04
19
.194
86.97
88.00
161.86
70.14
249-86
20
.080
35.70
96.00
152.85
66.23
248.85
21
.054
24.01
102.00
145.82
63.19
247. d2
22
.039
17.52
101.00
146.80
63.61
247-30
23
.136
61.01
106.00
141.52
61.33
247 o2
24
.265
118.77
112.00
135.23
58.60
247.23
25
.027
12.33
120.00
127.12
55.09
247. 12
26
.205
92.16
110.00
137.09
59.40
247.09
27
0.000
0.00
84.00
163.80
70.98
247-80
28
0.000
0.00
126.00
121.16
52.50
247. 16
30
.279
125.26
124.00
123.81
53.65
247.81
31
.165
73-99
127.00
120.71
52.31
247. 71
32
.103
46.08
145.00
102.40
44.37
247.40
33
.266
119.42
69.00
178.22
77.23
247.22
34
.069
31.15
75.00
172.24
74.64
247.24
35
.042
18.82
62.00
185.24
80.27
247.24
36
.075
33.75
60.00
187.24
81.14
247.24
38
.007
3.25
56.00
191.23
82.86
247-23
39
.236
105.79
70.00
177.68
76.99
247.68
10
.139
62.30
139.00
108.50
47.02
247.50
• 1
.080
35.70
90.00
157.58
68.28
247.58
42
.046
20.77
77.00
171.59
74.36
248.59
43
0.000
0.00
47.00
202.79
87.88
249.79
44
.142
63.60
87.00
161.68
70.06
248. 6d
46
.058
25.96
137.00
110.09
47.71
247.09
47
.026
11.68
144.00
103.09
44.67
247.09
48
.074
33-10
130.00
117.10
50.74
247.10
49
.029
12.98
81.00
166. 30
72.07
247.30
50
.040
18.17
56.00
191.41
82.94
247.41
51
.084
37.64
95.00
152.64
66.14
247.64
52
.040
18.17
101.00
146.03
63.28
247.03
53
.035
15.58
98.00
149.01
64.57
247.01
5«
.019
8.44
91.00
156.01
67.60
247.01
55
.085
38.29
96.00
151.01
65.44
247.01
56
.067
29.85
81.00
166.01
71.94
247.01
57
.067
29.85
62.00
185.62
80. 44
247.62
58
.043
19.47
105.00
142.63
61.80
247.63
61
.025
11.03
67.00
180.00
78.00
247.00
62
.074
33.10
101.00
145.66
63. 12
246.66
63
.040
18.17
116.00
130.15
56.40
246. 15
M
.030
13.63
112.00
133.92
58.03
245. J2
65
.040
18.17
111.00
134.84
58.43
245.84
66
.082
36.99
108.00
138.02
59-81
246.02
67
.061
27.26
116.00
129.75
56.23
245.75
68
.224
100.60
118.00
127.67
55.32
24t>.67
69
.049
22.07
109-00
136.45
59.13
245.45
70
.111
49.97
100.00
145.41
63-01
245.41
14
-.521
-233-78
46.00
207.27
89.82
253.27
45
-1.772
-795.51
44.00
207.82
90.05
251.82
16
-.378
-169.79
239.00
20.00
8.67
259.00
29
1.775
796.69
210.00
37.00
16.03
247.00
BRROR
SUMMARY
ERROR TIME3
0078 0004
VI 1-67
■i Fk\. 35
Max.
PIPS
NODES
HEAD
HL0S3
MO.
FROM
TO
LENGTH
DUM
COEF
PLOW RATE
VELOCITY
LOSS
/1000
1
4
1
4200.
6.0
40.0
56.89
.Vj
13-67
5-25
2
J
1
5200.
10.0
40.0
170.69
.70
10.76
J. 07
3
a
3
3700.
12.0
90.0
367-74
1.14
2.91
.79
• *
3
2
700.
10.0
90.0
87.52
. 5^
-09
.13
• 5
4
5
4bOO.
12.0
90.0
183.86
.'>.'
1.00
.22
6
6
4
"*00.
12.0
90.0
737.50
2.0')
1. 14
2.85
• 7
7
6
4800.
6.0
80.
12. 18
. 1 4
.25
.05
8
8
7
2800.
10.0
HO.O
144. n j
.1')
1.18
.42
9
9
6
3000.
b.O
40.0
19-05
. J.'
1.29
43
• 10
8
9
1500.
12.0
80.0
58.48
. 17
.15
.03
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
83.49
.95
17.22
o.62
U
24
8
7000.
10.0
90.0
346.91
1.42
12.00
1.71
14
12
6
7200.
12.0
90.0
869.35
2.47
27.84
3.87
15
12
13
5700.
16.0
90.0
790. 10
1..>b
4.55
.80
16
13
11
3700.
16.0
90.0
1025.36
1.64
4.78
1.29
17
14
13
100.
10.0
90.0
235.27
.90
.06
.84
• 18
15
12
800.
14.0
80.0
969.41
2.02
2.22
2.78
19
16
15
500.
16.0
40.0
43.59
.07
.01
.02
• 20
17
15
200.
16.0
40.0
925.81
1.48
.96
4.81
21
17
18
6000.
16.0
40.0
60 1 . 1 3
.46
12.9b
2.16
22
11
18
1300.
16.0
40.0
221.42
- 35
.44
.34
23
17
19
4700.
16.0
40.0
711.12
1.13
13.86
2.95
24
19
20
900.
lb.0
40.0
443.63
.71
1.11
1.23
25
20
21
2000.
lb.O
40.0
195.62
.31
.54
.27
• 2b
22
21
300.
16.0
40.0
3"»3-83
.5'.
.23
.77
27
18
22
1300.
lb.O
40.0
541.70
.8(.
2-32
1.78
28
22
23
900.
lb.O
80.0
1001.04
l.bO
1.38
1-54
29
23
24
moo.
lb.O
00.0
b37.29
1.0?
.93
.67
30
24
25
1900.
16.0
80.0
67.67
.1 1
.02
.01
31
25
26
700.
16.0
80.0
7.33
.01
.00
.00
32
11
27
1700.
16.0
90.0
631.62
1.01
• 90
.53
33
18
27
1100.
10.0
40.0
71.52
.29
.45
.41
• 34
27
22
2100.
16.0
90.0
836.03
1.33
1.86
.89
• 35
28
27
1750.
20.0
90.0
132.89
.14
.02
.01
36
29
28
1400.
24.0
90.0
1391.49
.99
.44
.32
37
28
26
3800.
16.0
120.0
1253.60
2.01
4.22
1.11
38
19
30
1500.
8.0
40.0
104.42
.67
3.70
2.47
39
20
30
1700.
10.0
50.0
181.06
.74
2.60
1.53
40
21
31
1100.
12.0
120.0
494.41
1.40
.88
.60
• <1
31
30
3400.
8.0
60.0
54.25
.35
1.18
• 35
42
31
32
1900.
12.0
60.0
301.42
.66
2.19
1.15
• »3
32
33
2200.
12.0
60.0
223.79
.63
1.46
.66
• 44
33
34
1000.
12.0
60.0
40.49
.11
.03
.03
• 45
30
3«
4500.
10.0
50.0
104.87
.43
2.50
.56
• 46
34
35
1500.
12.0
60.0
86.94
.25
.17
.12
• 47
35
36
600.
12.0
60.0
59.71
.17
.03
.06
49
35
38
3300.
6.0
40.0
3.49
.0*
.06
.02
50
3b
38
2500.
6.0
40.0
2.59
.03
• 03
.01
• 51
39
36
1800.
6.0
50.0
6.17
.07
.06
.04
• 52
39
35
1300.
6.0
120.0
11.55
.13
.03
.02
53
23
40
3400.
10.0
120.0
249.36
1.02
1.66
.55
• 54
40
32
2000.
6.0
80.0
8.78
.10
.06
.03
55
40
41
1500.
10.0
120.0
134.22
.55
.26
.17
• 56
41
33
2600.
6.0
80.0
40.63
.46
1.26
.48
• 57
41
42
1200.
10.0
80.0
34.72
. 1«
.04
.03
• 58
42
39
3500.
10.0
110.0
192.71
.79
1.39
.40
• 59
44
39
3400.
6.0
50.0
23-38
.27
1.41
.41
• 60
43
42
1700.
12.0
100.0
196.93
.56
.35
.20
61
43
44
1400.
12.0
100.0
212.57
.60
.33
.23
62
45
43
750.
12.0
100.0
409 . 50
1.16
.59
.79
63
25
46
800.
6.0
50.0
37.22
.42
.78
.98
• 64
46
40
3000.
6.0
80.0
10.48
.12
.12
.04
65
26
47
1400.
16.0
90.0
618.72
.99
.71
.51
• 66
47
46
600.
6.0
90.0
21.94
.25
.07
.12
67
47
48
600.
16.0
90.0
574.87
.92
.27
.44
68
48
49
2500.
16.0
90.0
192.56
.31
.15
.06
69
49
50
1000.
16.0
90.0
153-38
.24
.04
.04
• 70
50
41
5000.
12.0
110.0
8.06
.02
.00
.00
71
50
51
3«00.
lb.O
90.0
111.24
.18
.08
.02
72
44
51
2000.
12.0
100.0
69-92
.20
.06
.01
73
48
52
JHOO.
lb.O
1 10.0
320.25
.51
.29
. 10
74
52
53
1 100.
16.0
1 10.0
263.43
.42
.08
.07
75
53
54
1600.
6.0
50.0
5.b3
.06
.05
.03
76
49
54
1000.
6.0
40.0
14.84
.17
.27
.27
77
53
55
1100.
16.0
110.0
172.94
.28
.04
.03
78
55
56
1800.
12.0
110.0
33.25
.09
.01
.01
79
54
56
800.
12.0
110.0
4.65
.01
.00
.00
• 80
57
56
2500.
6.0
120.0
18.09
.21
.13
.05
81
58
57
1100.
24.0
110.0
74.07
.05
.00
.00
82
51
58
1600.
16.0
110.0
110.58
.18
.02
.01
86
55
61
4100.
16.0
1 10.0
67.89
.11
.02
.01
87
26
62
4100.
16.0
80.0
474.39
.76
1.58
• 39
88
52
62
2900.
6.0
100.0
22.75
.26
• 32
. 11
89
62
63
1300.
12.0
80.0
435.07
1.23
1.73
1.33
90
63
04
1800.
12.0
120.0
358.52
1.02
.79
.44
91
64
65
500.
12.0
120.0
3b6.44
1.04
.23
.4b
• 92
66
b4
700.
6.0
90.0
33. «8
.38
.19
.27
93
53
66
3700.
6.0
90.0
55.04
-63
2.57
.70
• 94
61
66
4900.
6.0
90.0
47.20
.54
2.51
.51
95
65
67
1200.
12.3
120.0
258.29
.73
.29
.24
96
67
68
1500.
12.0
80.0
146. 16
.41
.27
.18
97
63
68
3000.
6.0
80.0
42.48
.48
1.57
.52
98
67
69
2000.
6.0
120.0
61.02
.69
.97
.48
• 99
69
70
2.'00.
6.0
120.0
19. b4
.22
.13
.06
100
65
70
2000.
6.0
120.0
74.07
.84
1.39
.69
;] i-6t
Fid.. 35"
h
MODE
DATA i
NODE
DEMAND
HGL
NO.
(CF3)
(CPH)
ELEV
HEAD
PRESSURE
ELEV
1
.507
227 . 58
161.00
139.33
60.38
300.33
3
.2-44
109.53
235.00
76.09
32.97
311.09
4
.287
129.00
64.00
250.00
108.33
314.00
6
.363
163.08
62.00
166.93
72.34
228.93
7
.296
132.65
120.00
109.18
47.21
229.18
8
.320
143.61
73-00
157.36
68.19
230.36
9
.274
122.92
53.00
177.22
76.79
230.22
10
0.000
0.00
43.00
187.22
81.13
230.22
11
.198
88.84
81.00
166.44
72.12
247.44
12
-1.537
-690.04
56.00
200.77
87.00
256.77
13
0.000
0.00
47.00
205.22
88.93
252.22
15
0.000
0.00
60.00
198.99
86.23
258.99
17
-4.986
-2233.06
47.00
212.95
92.28
259.95
18
.466
209.32
99-00
147.99
64. 13
246.99
19
• 363
163.08
88.00
158. 10
68.51
246.10
20
.149
66.94
96.00
148.99
64.56
J 44. 99
21
.100
45.03
102.00
142.45
61.73
244.45
22
.073
32-86
101.00
T»3.68
62.26
244.68
23
.255
1 14. MO
106.00
137.30
59.49
243.30
24
.496
222.71
112.00
130.36
56.49
242.36
25
.052
23.12
120.00
122.34
53.01
242.34
26
.385
172.81
110.00
.132.24
57.35
242.34
27
0.000
0.00
84.00
162.54
70.43
246.54
28
0.000
0.00
126.00
120.56
52.24
2-46.56
30
.523
234.88
124.00
118.39
51.30
242.39
31
.309
138.74
127.00
116.57
50.51
243.57
32
• 193
86.41
145.00
96.38
41.77
241.38
33
.499
223.93
69.00
170.92
74.07
239.92
34
.130
58.42
75.00
164.89
71.45
239.89
35
.079
35.29
62.00
177.72
77.01
239.72
36
.141
63.28
60.00
179.69
77.86
239.69
38
.014
6.09
56.00
183.66
79.59
239.66
39
.442
198.37
70.00
169.75
73.56
239.75
40
.260
116.83
139.00
102.44
44.39
241.44
41
.149
66.94
90.00
151.18
65.51
241.18
42
.087
28.94
77.00
164.14
71.13
241. 14
43
0.000
0.00
47.00
194.49
84.28
241.49
44
.266
119.27
87.00
154.16
66.80
241.16
46
.108
48.68
137.00
104.56
45.31
241.56
47
.049
21.91
144.00
97.63
42.31
241.63
48
.138
62.07
130.00
111.37
48.26
241.37
49
.054
24.34
81.00
160.22
69.43
241.22
50
.076
34.08
56.00
185.18
80.25
241.18
51
.157
70.59
95.00
146. 10
63-31
241.10
52
.076
34.08
101.00
110.08
60.70
241.08
53
.065
29.21
98.00
143.00
61.97
241.00
54
.035
15.82
91.00
149.95
64.98
240.95
55
.160
71.80
96.00
144.96
62.82
240.96
56
.125
55.98
81.00
159.95
69.31
240.95
57
.125
55.98
62.00
179.08
77.60
241.08
58
.081
36.51
105.00
136.08
58.97
2<4 1.0B
61
.046
20.69
67.00
173.94
75.37
<!<t0.94
62
.138
62.07
101.00
139.76
60.56
240.76
63
.076
34.08
116.00
123.03
53.31
239.03
64
.057
25.56
112.00
126.23
54.70
238-23
65
.076
34.08
111.00
127.00
55.03
238.00
66
.155
69.37
108.00
130.42
56.52
238.42
67
.114
51.11
116.00
121.72
52.74
237.72
68
.420
188.64
118.00
119.45
51.76
237.45
69
.092
41.38
109.00
127.75
55.36
236.75
70
.209
93.71
100.00
136.62
59.20
236.62
14
-.524
-235.27
46.00
206. 30
89.40
252.30
45
-.912
-409.50
44.00
198.08
85.83
242.08
2
.195
87.52
302.00
9.00
3.90
3U.00
5
.410
183.86
282.00
31.00
13.43
313.00
16
-.097
-43.59
239.00
20.00
8.67
259.00
29
-3.100
-1391.49
210.00
37.00
16.03
247.00
ERROR
SUMMART
ERROR TIMES
0078 0005
vlx-69
h\^. 35"
fW_.
PIPE
NODES
HEAD
HLCSS
NO.
FROM
TO
LENGTH
DIAW
COEF
FLOW RATE
VELOCITT
LOSS
/1 000
1
4
1
4200.
6.0
40.0
49.43
.56
10.54
2.51
2
3
1
5200.
10.0
40.0
140.19
.57
7.47
1.44
3
4
3
3700.
12.0
90.0
378. 14
1.07
3-06
• 83
•
• 4
3
2
700.
10.0
90.0
14b. 69
.60
.24
.35
• 5
4
5
4b00.
12.0
90.0
212. 18
.60
1.31
.28
6
6
4
400.
12.0
10.0
f47. 23
2. 12
1.17
2.92
• 7
7
6
uaoo.
6.0
HO.O
30.19
■ 34
1.34
.28
8
8
7
2600.
10.0
UO.O
140.71
.57
1. 12
.40
9
9
6
3000.
6.0
40.0
26.27
• 30
2.33
.78
• 10
8
9
4500.
12.0
80.0
54.15
.15
.13
• 03
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2b00.
6.0
40.0
74.54
.85
13-96
5.37
13
24
8
7000.
10.0
90.0
314.51
1.28
10.01
1.43
14
12
6
7200.
12.0
90.0
826.65
2.35
25.36
3.52
15
12
13
5700.
16.0
90.0
776.58
1.24
4.41
.77
16
13
11
3700.
16.0
90.0
1011.24
1.61
4.6b
1.2b
17
14
13
100.
10.0
90.0
234. bb
.96
.08
.83
• 18
15
12
800.
14.0
80.0
913.71
1.90
1.99
2.4')
• 19
15
16
500.
16.0
40.0
48.88
.08
.01
.02
• 20
17
15
200.
16.0
40.0
962.59
1.54
1.03
5.16
21
17
18
6000.
16.0
40.0
585.74
• 93
12.35
2.06
22
11
18
1300.
16.0
40.0
165.42
.26
.26
.20
23
17
19
4700.
16.0
40.0
671.31
1.07
12.45
2.65
24
19
20
900.
16.0
40.0
441.46
.70
1. 10
1.22
25
20
21
2000.
lb.O
40.0
230.53
.37
.73
.37
• 26
22
21
300.
16.0
40.0
210.53
• 34
.09
.31
27
18
22
1300.
16.0
40.0 *
478.47
.76
1.84
1.42
28
22
23
900.
16.0
80.0
845.16
1.35
1.01
1. 12
29
23
24
1400.
16.0
80.0
551.95
.88
.72
.51
30
24
25
1900.
16.0
80.0
51.87
.08
.01
.01
31
25
26
700.
16.0
80.0
4.61
.01
.00
.00
32
11
27
1700.
16.0
90.0
697.27
1.11
1.08
.63
33
18
27
1100.
10.0
40.0
98.28
.40
.82
.74
• 34
27
22
2100.
16.0
90.0
604.59
.96
1.02
.49
35
27
28
1750.
20.0
90.0
190.95
.20
.03
.02
36
29
28
1400.
24.0
90.0
803.67
.57
.16
.11
37
28
26
3800.
16.0
120.0
994.62
1.59
2.73
.72
38
19
30
1500.
8.0
40.0
93.98
.60
3.05
2.03
39
20
30
1700.
10.0
50.0
155.16
.63
1.95
1.15
40
21
31
1100.
12.0
120.0
403.54
1.14
.60
.55
• 41
31
30
3400.
8.0
60.0
38.21
.24
.62
.18
42
31
32
1900.
12.0
60.0
249.74
.71
1.55
.81
• 43
32
33
2200.
12.0
60.0
182.61
.52
1.00
.46
• 44
33
31
1000.
12.0
00.
29.37
.08
.02
.02
• 45
30
34
4500.
10.0
50.0
91.64
• 37
1.95
.43
»
• 46
34
35
1500.
12.0
60.0
72.35
.21
.12
.08
• 47
35
36
bOO.
12.0
60.0
49.73
.14
.02
.04
49
35
38
3300.
6.0
40.0
2-91
.03
.04
.01
50
36
38
2500.
6.0
40.0
2.16
.02
.02
.01
• 51
39
36
1800.
6.0
50.0
5.16
.06
.05
.03
• 52
39
35
1300.
6.0
120.0
9.70
.11
.02
.02
53
23
40
3400.
10.0
120.0
197.89
.81
1.21
.36
• 54
40
32
2000.
6.0
80.0
4.87
.06
.02
.01
55
40
41
1500.
10.0
120.0
99.60
.41
.15
.10
• 56
41
33
2b00.
6.0
80.0
33.34
.38
.87
.34
57
42
HI
1200.
10.0
80.0
7.32
.03
.00
.00
• 58
42
39
3500.
10.0
110.0
160.35
.6b
.99
.28
• 59
44
39
3400.
6.0
50.0
19.79
.22
1.04
• 30
• 60
43
42
1700.
12.0
100.0
200.12
.57
.36
.21
61
43
44
1400.
12.0
100.0
206.62
.59
-31
.22
62
45
43
750.
12.0
100.0
406.74
1.15
.58
.78
63
25
46
800.
6.0
50.0
28.00
.32
.46
.58
• 64
4b
40
3000.
6.0
80.0
3.91
.04
.02
.01
65
2b
47
1400.
16.0
90.0
465.56
.74
.42
.30
• 66
47
46
bOO.
6.0
90.0
16.47
.19
.04
.07
67
47
48
bOO.
16.0
90.0
430.83
.69
. 16
.26
68
48
49
2500.
16.0
90.0
113.88
.16
.06
.02
69
49
50
1000.
16.0
90.0
79.95
.13
.01
.01
70
41
50
5000.
12.0
110.0
17.81
.05
.01
.00
71
50
51
3800.
16.0
90.0
69.37
. 11
• 03
.01
72
44
51
2000.
12.0
100.0
87.45
.25
.09
.05
73
48
52
2800.
16.0
1 10.0
265.24
.42
.20
.07
74
52
53
1100.
16.0
1 10.0
213-98
.34
.05
.05
75
53
54
1600.
6.0
50.0
4.28
.05
.03
.02
76
49
54
1000.
6.0
40.0
13.65
.15
.23
23
77
53
55
1100.
16.0
1 10.0
138.12
.22
.02
.02
78
55
56
1800.
12.0
110.0
20.94
.06
.00
.00
79
54
56
800.
12.0
110.0
4.75
.01
.00
.00
• 80
57
56
2500.
6.0
120.0
20.95
.24
.17
.07
81
58
57
1100.
24.0
110.0
67.59
.05
.00
.00
82
51
58
1600.
lb.O
110.0
98.01
.16
.02
.01
86
55
61
4100.
lb.O
110.0
57.35
.09
.02
.00
87
26
b2
4100.
16.0
80.0
389.68
.62
1. 10
.27
88
52
62
2900.
6.0
100.0
22.86
.26
32
. 11
89
62
63
1300.
12.0
80.0
360.83
1.02
1.23
• 94
90
63
64
1800.
12.0
120.0
297. 14
.84
.56
• 31
91
64
b5
500.
12.0
120.0
305.40
.87
. 16
• 33
• 92
66
64
700.
6.0
90.0
29.56
.34
. 15
.22
93
53
6b
3700.
6.0
90.0
47.24
.54
1 .90
.51
• 94
bl
66
4900.
6.0
90.0
40. 11
.46
1.8b
.38
95
65
67
1200.
12.0
120.0
215.29
.61
.21
.17
96
67
6d
1500.
12.0
80.0
121.87
• 35
• 19
.13
97
63
b8
3000.
6.0
80.0
35.30
.40'
1. 12
.37
98
67
b9
2000.
6.0
120.0
50.84
.58
.69
-35
• 99
69
70
2200.
6.0
120.0
16.36
• 19
.09
.04
100
65
70
2000.
6.0
120.0
61.72
.70
.99
.49
'/11-70
35
NODE
DEMAND
HCU
NO.
(CFS)
(GPM)
ELEV
HEAD
PRESSURE
ELEV
1
.422
189.62
161.00
142.77
61.87
303-77
3
.203
91.26
235-00
76.24
33-04
jl 1.24
*
4
.239
107.18
64.00
250-31
108.47
314-31
6
.303
135-88
b2.00
169-66
73-52
231.66
7
.246
110.53
120.00
1 13.00
48.97
23:1.00
8
.267
119.65
73.00
161. 12
69.82
234- 12
9
.228
102.41
53.00
180.99
78.43
233-99
10
0.000
0.00
4 3.00
190.99
82.76
233.99
11
.165
74.02
81.00
166.95
72.35
247-95
12
-1.536
-689.52
56.00
201.02
87-11
257.02
13
0.000
0.00
47.00
205.61
89. 10
252.61
15
0.000
0.00
60.00
199.01
86.24
259-01
17
-4.945
-2219.65
47.00
213.04
92.32
260.04
18
.389
174.41
99.00
148.69
64.43
247.69
19
.303
135.88
88.00
159-59
69.16
247. 59
20
.124
55-77
96.00
150.49
65.21
246.49
21
.084
37.52
102.00
143.76
62.30
245-76
22
.061
27.38
101.00
14M.35
62.77
245.85
23
.212
95.32
106.00
133. d4
60.16
244.34
24
.413
185.56
112.00
132.13
57.25
244.13
25
.043
19-27
120.00
1*4. 1 1
53.78
244. 1 1
26
.321
143.99
110.00
134. 11
58.12
244. 1 1
27
O.OOC
0.00
84.00
162.87
70.58
246.37
28
0.000
0.00
126.00
120.84
52.36
246.34
30
.436
195.70
124.00
120.54
52.23
244.54
31
.258
115.60
127.00
1 18. 16
51.20
245. 16
32
.160
71.99
145.00
98.61
42.73
243.61
33
.416
186.58
69.00
173-61
75.23
242.61
34
.108
48.67
75.00
167.60
72.62
242.60
35
.066
29.41
62.00
130.47
78.20
242.47
36
.117
52.73
60.00
182.45
79-06
242.45
38
.011
5.07
56.00
186.43
80.79
242.43
39
• 368
165.28
70.00
172.49
74.75
242.4)
40
.217
97.34
139.00
104.63
45.34
243-63
41
.124
55.77
90.00
153.48
66.51
243.48
42
.072
32.45
77.00
166.48
72.14
243.48
•3
0.000
0.00
47.00
196.84
85.30
243. d4
44
.221
99.37
87.00
156.53
106. £5
67.83
243-53
46
.090
40.56
137.00
46.22
243.65
47
.041
18.25
144.00
99.69
43.20
243.69
48
.115
51.71
130.00
113.54
49.20
243.54
49
.045
20.28
81.00
162.48
70.41
243.48
50
.063
28.39
56.00
137.47
81.24
243.47
51
.131
58.81
95.00
148.44
64.32
243.44
52
.063
28.39
101.00
142.33
61.68
243.33
53
.054
24.34
98.00
145.28
62.95
243.28
54
.029
13.18
91.00
152.25
65.98
243.25
55
.133
59-83
96.00
147.26
63.81
243-26
56
. 104
46.64
81.00
162.25
70.31
243.^5
57
.104
46.64
62.00
181.12
78.61
243.42
58
.068
30.42
105.00
138.42
59.98
243.42
61
.038
17.24
67.00
176.24
76.37
243.24
62
.115
51.71
101.00
142.01
61.54
243.01
63
.063
28.39
116.00
125.79
54.51
241.79
64
.047
21.29
112.00
129.23
56.00
241.23
65
.063
28.39
111.00
130.07
56.36
241.07
66
• 129
57.80
108.00
133-38
57.30
241.33
67
.095
42.59
116.00
124.86
54.11
240. e&
68
.350
157.17
118.00
122.67
53-16
240.67
69
.077
34.48
109.00
131. 17
56.84
240.17
70
.174
78.08
100.00
140.08
60.70
240.08
14
-.523
-234.66
46.00
206.70
89.57
252.70
45
-.906
-406.74
44.00
200.42
86.85
244.42
2
.327
146.69
302.00
9.00
3.90
311.00
5
.473
212.18
282.00
31.00
13.43
313.00
16
.109
48.88
239.00
20.00
8.67
259-00
29
-1.791
-803.67
210.00
37.00
16.03
247.00
ERROR
SUMMART
ERROR TIMES
0078 0005
VII-71
F
li
35-
n
I'd* - VI 1-7.
pipe :
>ATA»
NODES
PIPE
HEAD
HLOSS
NO.
FROM
TO
LENGTH
DUM
C0EF
FLOW RATE
VELOCITT
LOiS
/1000
7
b
7
naoo.
b.O
80.0
94.07
1.07
10.98
2.29
• 8
7
8
2800.
10.0
80.0
5-b7
.02
.00
.00
• 9
6
9
3000.
b.O
40.0
60. bO
.b9
10.98
3.6b
10
9
8
4500.
12.0
80.0
14.08
.U4
.01
.00
11
10
9
800.
12.0
50.0
.00
.00
.00
.00
• 12
11
9
2600.
6.0
40.0
35.39
.40
3.51
1.35
13
24
8
7000.
10.0
90.0
75-95
• 31
.72
.10
14
12
6
7200.
12.0
90-0
2b3.34
•■75
3-05
.42
15
12
13
5700.
16.0
90.0
850.80
1.3b
5-22
.92
16
13
11
3700.
16.0
90.0
1082.92
1.73
5.29
1.43
17
14
13
100.
10.0
90.0
232. 12
.95
.08
.81
• 18
15
12
800.
14.0
80.0
423-98
.88
.48
.60
• 19
15
16
500.
lb.0
40.0
563.39
.90
• 96
1.92
• 20
17
15
200.
16.0
"0.0
987.36
1.58
1.08
5.41
21
17
18
€.000.
lb.0
40.0
583.12
.93
12.25
2.04
22
11
18
1300.
16.0
40.0
134.09
.21
.17
• 13
23
17
19
«700.
16.0
40.0
b49. 22
1.04
11.71
2.49
24
19
20
900.
16.0
40.0
453.67
.72
1.15
1.28
25
20
21
2000.
16.0
40.0
275.37
.44
1.02
.51
• 26
22
21
300.
16.0
40.0
57.12
.09
.01
.03
27
18
22
1300.
lb.0
40.0
44b. 78
.71
1.62
1.25
28
22
23
900.
lb.0
80.0
636.49
1.02
.60
.67
29
23
24
1400.
16.0
80.0
409.00
.65
.41
.29
30
24
25
1900.
16.0
80.0
184.64
.29
.13
.07
31
25
2b
700.
lb.0
80.0
149.75
.24
.03
.05
32
11
27
1700.
lb.0
90.0
854.23
1.3b
1.57
.92
33
18
27
1100.
10.0
40.0
130.94
.53
1.39
1.27
• 34
27
22
2100.
1b.
90.0
2b8.73
.43
• 23
.11
35
27
28
1750.
20.0
90.0
71b. 44
.73
• 39
.22
• 36
28
29
1400.
24.0
90.0
13b. 76
.10
.01
.00
37
28
26
3800.
16.0
120.0
579. b9
.93
1.00
.26
38
19
30
1500.
8.0
40.0
86.88
.55
2.63
1.76
39
20
30
1700.
10.0
50.0
133.70
.55
1.48
.87
40
21
31
1100.
12.0
120.0
302.48
.86
.35
.32
• 41
31
30
3400.
8.0
60.0
15.05
.10
.11
.03
42
31
32
1900.
12.0
60.0
194.97
.55
.98
.51
• 43
32
33
2200.
12.0
60.0
139. b8
.40
.61
.28
• 411
33
34
1000.
12.0
60.0
16.36
.05
.01
.01
• 45
30
3«
4500.
10.0
50.0
79.10
.32
1.48
• 33
• 46
34
35
1500.
12.0
bO.O
56.53
.16
.08
.05
• 47
35
36
600.
12.0
60.0
39.52
.11
.02
• 03
49
35
38
3300.
6.0
40.0
2.32
.03
.03
.01
50
36
38
2500.
6.0
40.0
1.73
.02
.01
.01
• 51
39
36
1800.
6.0
50.0
4.38
.05
• 03
.02
• 52
39
35
1300.
6.0
120.0
8.83
.10
.02
.01
53
23
40
3400.
10.0
120.0
151.26
.62
.74
.22
• 54
40
32
2000.
6.0
80.0
2.28
.03
.00
.00
55
40
41
1500.
10.0
120.0
65.31
.27
.07
.05
• 56
41
33
2b00.
6.0
80.0
25.90
.29
.55
.21
57
42
41
1200.
10.0
80.0
43.03
.18
.05
.04
• 58
42
39
3500.
10.0
110.0
129.31
.53
.67
.19
• 59
44
39
3400.
6.0
50.0
16. 10
.18
.71
.21
• 60
«3
42
1700.
12.0
100.0
198.29
.56
.35
.21
61
43
44
1400.
12.0
100.0
205-66
.58
• 31
.22
62
45
43
750.
12.0
100.0
403-95
1.15
.58
.77
63
25
46
800.
6.0
50.0
19.48
.22
.2*
.30
64
40
46
3000.
6.0
80.0
5.80
.07
.04
.01
65
26
47
1400.
16.0
90.0
308.16
.49
.20
.14
• 66
47
46
600.
6.0
90.0
7.16
.08
.01
.02
67
47
48
600.
16.0
90.0
286.41
.46
.07
.12
68
48
49
2500.
16.0
90.0
32.36
.05
.01
.00
69
49
50
1000.
16.0
90.0
4. 19
.01
.00
.00
70
41
50
5000.
12.0
1 10.0
37.84
.11
.04
.01
71
50
51
3800.
16.0
90.0
19.31
.03
.00
.00
72
44
51
2000.
12.0
100.0
110.09
.31
. 14
.07
73
48
52
2800.
16.0
110.0
212.69
.34
.14
.05
74
52
53
1100.
16.0
110.0
167.94
.27
.03
.03
75
53
54
1600.
6.0
50.0
3.17
.04
.02
.01
76
49
54
1000.
6.0
40.0
11.95
.14
.18
.18
77
53
55
1 100.
16.0
110.0
106.5b
.17
.01
.01
78
55
5b
1800.
12.0
110.0
12.00
.03
.00
.00
79
54
5b
800.
12.0
110.0
4.58
.01
.00
.00
• 80
57-
5b
2500.
6.0
120.0
20.72
.24
. 16
.07
81
58
57
1 100.
24.0
110.0
58.03
.04
.00
.00
82
51
58
1600.
16.0
110.0
82.36
.13
.01
.01
86
55
61
4100.
lb.0
110.0
46.71
.07
.01
.00
87
26
62
4100.
16.0
80.0
306.11
.49
.70
.17
88
52
62
2900.
6.0
100.0
22.04
.25
• 30
.10
89
62
63
1300.
12.0
80.0
28b. 79
.81
.60
.62
90
63
64
1800.
12.0
120.0
235.94
.b7
• 36
.20
91
64
65
500.
12.0
120.0
244.35
.b9
. 11
.22
» 92
66
64
700.
6.0
90.0
25.44
.29
. 1 1
.16
93
53
66
3700.
6.0
90.0
38.74
.44
1. 12
-36
1 94
61
66
4900.
6.0
90.0
32.92
.37
1.29
.26
95
65
67
1200.
12.0
120.0
172.28
.49
. 14
.11
96
67
68
1500.
12.0
80.0
97.5b
.28
. 13
.08
97
b3
b8
3000.
b.O
80.0
28. 14
•32
.7 i
.24
98
67
b9
2000.
b.O
120.0
40. bb
.4b
.4b
.23
1 99
69
70
2200.
6.0
120.0
13-08
.15
.1)6
.03
100
65
70
2000.
b.O
120.0
49-36
.56
.b5
• 33
Fifi.35"
M in .
NODE
DATA:
DEMAND
NODS
HCL
NO.
(CFS)
(CPM)
E1.EV
62.00
HEAD
194. -43
PRESSURE
84.25
ELEV
6
.242
108.67
256.4 3
7
.197
88.40
120.00
125.45
54. jb
245.45
8
.213
95.70
73-00
172.4a
74.73
245.4a
9
.182
81.91
53.00
192.45
83.40
245.45
10
0.000
0.00
43.00
202.45
d7.73
245. us
11
.132
59-20
81.00
Ib7.97
72.79
248.9.'
12
-1.538
-090. 16
56.00
203.48
88.17
259. *a
13
0.000
0.00
47.00
207.26
d9.8i
2S4.2f>
15
0.000
0.00
60.00
199.96
86.b5
259. 9<
17
-4.91)6
-2219.71
47.00
214.04
92.75
261.04
18
• 311
139.49
99.00
14<*.79
64.91
248.79
19
.242
108.67
88.00
161.33
b9.91
249.33
20
.099
44.61
96.00
152.18
65.94
248.13
21
.067
30.01
102.00
145.16
62.90
247.16
22
.049
21.90
101.00
146.17
63.34
247.17
23
.170
76.23
106.00
140.57
60.91
246.57
24
.331
148.41
112.00
134. 16
58.14
24b. 16
25
.034
15.41
120.00
126.03
54.62
24b. 03
26
.257
115.15
110.00
1 jb.00
58.93
246.00
27
0.000
0.00
84.00
163.40
70.81
247.40
28
0.000
0.00
126.00
121.01
52.44
247.01
30
.349
156.52
124.00
122.70
53.17
246.70
31
.206
92.45
127.00
119.81
51.92
246.81
32
.128
57.58
145.00
100.83
43.69
245.83
33
• 332
149.22
69.00
176.22
76.36
245.22
3«
.087
38.93
75.00
170.22
73.76
245.22
35
.052
23.52
62.00
183.14
79.36
245.14
36
.094
42.17
60.00
185.12
80.22
245.12
38
.009
4.06
56.00
189.11
81.95
245.11
39
.295
132.19
70.00
175.16
75.90
245.16
40
• 173
77.86
139.00
106.84
46.30
245.84
41
.099
44.61
90.00
155.77
67.50
245.77
42
.058
25-95
77.00
168.82
73-16
245.82
•3
0.000
0.00
47.00
199.17
86.31
246.17
ua
.177
79.48
87.00
158.86
63.84
245.86
46
.072
32.44
1 37 . 00
108.80
47.15
245.80
47
.033
14.60
144.00
101.81
44. 12
245.81
48
.092
41.36
130.00
115.73
50.15
245.73
49
■ .036
16.22
81.00
164.73
71.38
245.73
50
.051
22.71
56.00
189.73
82.22
245.73
51
.105
47.04
95.00
150.73
65.31
245.73
52
.051
22.71
101.00
144.00
62.66
245.60
53
.043
19.46
98.00
147.56
63.94
245.56
54
.023
10.54
91.00
154.55
66.97
245.55
55
.107
47.85
96.00
149.55
64.80
245.55
56
.083
37.31
81.00
164.55
71.30
245.55
57
.083
37.31
62.00
183-71
79-61
245.71
58
.054
24.33
105.00
140.71
60.98
245.71
61
.031
13.79
67.00
178.54
77.37
245.54
62
.092
4 1.36
101.00
144.30
62.53
245.30
63
.051
22.71
116.00
128.50
55.68
244.50
64
.038
17.03
112.00
132.13
57.26
244. 13
65
.051
22.71
1 1 1 . 00
133.03
57.64
244.03
66
.103
46.23
108.00
136.25
59.04
244.25
67
.076
34. 06
116.00
127.89
55.42
243.89
68
.280
125.71
118.00
125.76
54.50
243.76
69
.061
27.57
109.00
134.43
58.25
243.43
70
.139
62.45
100.00
143-37
62.13
243.37
14
-.517
-232.12
46.00
208. 34
90.28
254.34
45
-.900
-403.95
44.00
202.75
87.86
246.75
16
1.255
563.39
239-00
20.00
8.67
259.00
29
.305
136.76
210.00
37.00
16.03
247.00
VI [-73
ERROR SUMMARY
ERROR TIMES
0078 0004
'
»
/
Open Library