HomeMy WebLinkAboutAppB1-FlexTable_ Conduit TableFl
e
x
T
a
b
l
e
:
C
o
n
d
u
i
t
T
a
b
l
e
Cu
r
r
e
n
t
T
i
m
e
:
0
.
0
0
0
h
o
u
r
s
Velocity (ft/s)HGL (Out)(ft)HGL (In)(ft)
El
e
v
G
r
n
d
(S
t
o
p
)
(f
t
)
El
e
v
G
r
n
d
(S
t
a
r
t
)
(f
t
)
Ca
p
a
c
i
t
y
(F
u
l
l
)
(c
f
s
)
Slo
p
e
(%
)
Le
n
g
t
h
(U
n
i
f
i
e
d
)
(f
t
)
Fl
o
w
(c
f
s
)
Di
a
(i
n
)
Ma
n
n
i
n
g
'
s
n
In
v
e
r
t
(S
t
o
p
)
(f
t
)
St
o
p
N
o
d
e
In
v
e
r
t
(S
t
a
r
t
)
(f
t
)
St
a
r
t
N
o
d
e
La
b
e
l
0.00350.25350.63
36
0
.
6
0
36
0
.
0
1
1.
5
5
0.
3
5
6
17
4
.
0
6
0.
0
0
10
.
0
0.
0
1
1
35
0
.
0
1
MH
-
A
L
6
7
35
0
.
6
3
MH
-
A
L
6
8
P-
A
L
6
7
1.71348.84350.25
36
1
.
6
0
36
0
.
6
0
1.
2
2
0.
2
2
2
64
9
.
1
1
0.
2
3
10
.
0
0.
0
1
1
34
8
.
5
7
MH
-
A
L
6
6
35
0
.
0
1
MH
-
A
L
6
7
P-
A
L
6
6
1.46348.50348.84
36
1
.
5
0
36
1
.
6
0
1.
5
8
0.
1
4
0
28
5
.
4
3
0.
2
5
12
.
0
0.
0
1
1
34
8
.
1
7
MH
-
A
L
6
5
34
8
.
5
7
MH
-
A
L
6
6
P-
A
L
6
5
1.68348.32348.50
36
2
.
0
0
36
1
.
5
0
1.
6
1
0.
1
4
5
21
9
.
9
9
0.
3
9
12
.
0
0.
0
1
1
34
7
.
8
5
MH
-
A
L
6
4
34
8
.
1
7
MH
-
A
L
6
5
P-
A
L
6
4
1.96346.14348.32
36
0
.
2
7
36
2
.
0
0
1.
5
8
0.
1
4
2
1,
5
1
0
.
6
6
0.
7
0
12
.
0
0.
0
1
1
34
5
.
7
1
MH
-
A
L
6
3
34
7
.
8
5
MH
-
A
L
6
4
P-
A
L
6
3
2.17345.99346.14
36
0
.
2
3
36
0
.
2
7
1.
8
2
0.
1
8
7
74
.
7
5
0.
7
0
12
.
0
0.
0
1
1
34
5
.
5
7
MH
-
A
L
6
2
34
5
.
7
1
MH
-
A
L
6
3
P-
A
L
6
2
2.23345.03345.99
36
1
.
4
0
36
0
.
2
3
1.
8
9
0.
2
0
1
47
1
.
5
0
0.
7
0
12
.
0
0.
0
1
1
34
4
.
6
2
MH
-
A
L
6
1
34
5
.
5
7
MH
-
A
L
6
2
P-
A
L
6
1
2.39344.94345.03
36
0
.
8
0
36
1
.
4
0
2.
0
8
0.
2
4
3
57
.
5
0
0.
7
0
12
.
0
0.
0
1
1
34
4
.
4
8
MH
-
A
L
6
0
34
4
.
6
2
MH
-
A
L
6
1
P-
A
L
6
0
1.96344.50344.94
36
0
.
5
0
36
0
.
8
0
1.
5
9
0.
1
4
3
25
1
.
0
9
0.
7
0
12
.
0
0.
0
1
1
34
4
.
1
2
MH
-
A
L
5
9
34
4
.
4
8
MH
-
A
L
6
0
P-
A
L
5
9
2.55343.74344.50
36
0
.
1
8
36
0
.
5
0
2.
2
7
0.
2
9
1
26
4
.
8
7
0.
7
0
12
.
0
0.
0
1
1
34
3
.
3
5
MH
-
A
L
5
8
34
4
.
1
2
MH
-
A
L
5
9
P-
A
L
5
8
1.86343.58343.74
36
0
.
9
5
36
0
.
1
8
4.
5
5
0.
1
3
4
59
.
6
5
0.
7
0
18
.
0
0.
0
1
1
34
3
.
2
7
W-
2
34
3
.
3
5
MH
-
A
L
5
8
P-
A
L
5
7
5.65356.76356.79
36
0
.
5
5
36
0
.
1
8
11
.
8
7
0.
9
1
4
39
.
3
9
3.
0
9
18
.
0
0.
0
1
1
35
5
.
7
6
MH
-
A
L
5
6
35
6
.
1
2
MH
-
A
L
5
7
P-
A
L
5
6
2.49356.61356.76
36
1
.
3
5
36
0
.
5
5
3.
9
8
0.
1
0
3
14
6
.
2
7
3.
0
9
18
.
0
0.
0
1
1
35
5
.
6
1
MH
-
A
L
5
5
35
5
.
7
6
MH
-
A
L
5
6
P-
A
L
5
5
2.46356.09356.61
36
3
.
1
5
36
1
.
3
5
3.
9
2
0.
1
0
0
52
0
.
2
8
3.
0
9
18
.
0
0.
0
1
1
35
5
.
0
9
MH
-
A
L
5
4
35
5
.
6
1
MH
-
A
L
5
5
P-
A
L
5
4
2.47355.60356.09
36
0
.
2
5
36
3
.
1
5
3.
9
4
0.
1
0
1
47
7
.
4
7
3.
0
9
18
.
0
0.
0
1
1
35
4
.
6
1
MH
-
A
L
5
3
35
5
.
0
9
MH
-
A
L
5
4
P-
A
L
5
3
2.60355.56355.60
36
0
.
0
5
36
0
.
2
5
4.
2
0
0.
1
1
4
34
.
9
6
3.
0
9
18
.
0
0.
0
1
1
35
4
.
5
7
MH
-
A
L
5
2
35
4
.
6
1
MH
-
A
L
5
3
P-
A
L
5
2
2.51355.42355.56
35
8
.
2
1
36
0
.
0
5
4.
0
3
0.
1
0
5
13
3
.
0
3
3.
0
9
18
.
0
0.
0
1
1
35
4
.
4
3
MH
-
A
L
5
1
35
4
.
5
7
MH
-
A
L
5
2
P-
A
L
5
1
2.49355.21355.42
36
1
.
7
4
35
8
.
2
1
3.
9
9
0.
1
0
3
21
2
.
6
7
3.
0
9
18
.
0
0.
0
1
1
35
4
.
2
1
MH
-
A
L
5
0
35
4
.
4
3
MH
-
A
L
5
1
P-
A
L
5
0
2.47354.98355.21
36
1
.
3
0
36
1
.
7
4
3.
9
5
0.
1
0
1
22
7
.
2
0
3.
0
9
18
.
0
0.
0
1
1
35
3
.
9
8
MH
-
A
L
4
9
35
4
.
2
1
MH
-
A
L
5
0
P-
A
L
4
9
2.35354.89354.98
36
1
.
7
8
36
1
.
3
0
3.
7
2
0.
0
9
0
77
.
9
8
3.
0
9
18
.
0
0.
0
1
1
35
3
.
9
1
MH
-
A
L
4
8
35
3
.
9
8
MH
-
A
L
4
9
P-
A
L
4
8
3.32354.86354.89
35
9
.
4
8
36
1
.
7
8
5.
7
7
0.
2
1
6
41
.
6
9
3.
0
9
18
.
0
0.
0
1
1
35
3
.
8
2
MH
-
A
L
4
7
35
3
.
9
1
MH
-
A
L
4
8
P-
A
L
4
7
2.43354.59354.86
35
8
.
3
8
35
9
.
4
8
3.
8
7
0.
0
9
7
32
8
.
8
2
3.
0
9
18
.
0
0.
0
1
1
35
3
.
5
0
MH
-
A
L
4
6
35
3
.
8
2
MH
-
A
L
4
7
P-
A
L
4
6
2.69354.56354.59
36
0
.
1
8
35
8
.
3
8
4.
3
8
0.
1
2
5
32
.
0
9
3.
0
9
18
.
0
0.
0
1
1
35
3
.
4
6
MH
-
A
L
4
5
35
3
.
5
0
MH
-
A
L
4
6
P-
A
L
4
5
2.46354.32354.56
36
0
.
7
8
36
0
.
1
8
3.
9
3
0.
1
0
0
36
9
.
7
9
3.
0
9
18
.
0
0.
0
1
1
35
3
.
0
9
MH
-
A
L
4
4
35
3
.
4
6
MH
-
A
L
4
5
P-
A
L
4
4
2.50354.30354.32
36
0
.
1
8
36
0
.
7
8
4.
0
0
0.
1
0
4
38
.
6
1
3.
0
9
18
.
0
0.
0
1
1
35
3
.
0
5
MH
-
A
L
4
3
35
3
.
0
9
MH
-
A
L
4
4
P-
A
L
4
3
2.46353.84354.30
36
0
.
8
0
36
0
.
1
8
3.
9
2
0.
1
0
0
80
1
.
6
7
3.
0
9
18
.
0
0.
0
1
1
35
2
.
2
5
MH
-
A
L
4
2
35
3
.
0
5
MH
-
A
L
4
3
P-
A
L
4
2
1.75353.82353.84
36
1
.
4
0
36
0
.
8
0
3.
6
2
0.
0
8
5
35
.
3
4
3.
0
9
18
.
0
0.
0
1
1
35
2
.
2
2
MH
-
A
L
4
1
35
2
.
2
5
MH
-
A
L
4
2
P-
A
L
4
1
1.75353.58353.82
36
1
.
6
8
36
1
.
4
0
3.
9
0
0.
0
9
9
38
5
.
1
1
3.
0
9
18
.
0
0.
0
1
1
35
1
.
8
4
MH
-
A
L
4
0
35
2
.
2
2
MH
-
A
L
4
1
P-
A
L
4
0
1.75353.55353.58
36
0
.
2
8
36
1
.
6
8
3.
7
8
0.
0
9
3
53
.
8
4
3.
0
9
18
.
0
0.
0
1
1
35
1
.
7
9
MH
-
A
L
3
9
35
1
.
8
4
MH
-
A
L
4
0
P-
A
L
3
9
1.75353.19353.55
36
0
.
5
8
36
0
.
2
8
3.
9
0
0.
0
9
9
57
6
.
4
6
3.
0
9
18
.
0
0.
0
1
1
35
1
.
2
2
MH
-
A
L
3
8
35
1
.
7
9
MH
-
A
L
3
9
P-
A
L
3
8
1.75352.80353.19
36
1
.
1
8
36
0
.
5
8
3.
9
5
0.
1
0
1
62
2
.
0
3
3.
0
9
18
.
0
0.
0
1
1
35
0
.
5
9
MH
-
A
L
3
7
35
1
.
2
2
MH
-
A
L
3
8
P-
A
L
3
7
1.75352.63352.80
36
1
.
9
0
36
1
.
1
8
3.
8
9
0.
0
9
8
27
4
.
6
3
3.
0
9
18
.
0
0.
0
1
1
35
0
.
3
2
MH
-
A
L
3
6
35
0
.
5
9
MH
-
A
L
3
7
P-
A
L
3
6
1.75352.61352.63
36
2
.
5
8
36
1
.
9
0
4.
3
6
0.
1
2
3
32
.
4
1
3.
0
9
18
.
0
0.
0
1
1
35
0
.
2
8
MH
-
A
L
3
5
35
0
.
3
2
MH
-
A
L
3
6
P-
A
L
3
5
1.75352.48352.61
36
2
.
9
8
36
2
.
5
8
3.
6
1
0.
0
8
4
21
3
.
3
2
3.
0
9
18
.
0
0.
0
1
1
35
0
.
1
0
MH
-
A
L
3
4
35
0
.
2
8
MH
-
A
L
3
5
P-
A
L
3
4
1.75352.17352.48
36
4
.
0
0
36
2
.
9
8
4.
0
0
0.
1
0
4
49
1
.
1
3
3.
0
9
18
.
0
0.
0
1
1
34
9
.
5
9
MH
-
A
L
3
3
35
0
.
1
0
MH
-
A
L
3
4
P-
A
L
3
3
1.75352.13352.17
36
4
.
1
8
36
4
.
0
0
3.
9
9
0.
1
0
3
67
.
8
0
3.
0
9
18
.
0
0.
0
1
1
34
9
.
5
2
MH
-
A
L
3
2
34
9
.
5
9
MH
-
A
L
3
3
P-
A
L
3
2
1.75352.02352.13
36
4
.
2
0
36
4
.
1
8
3.
9
9
0.
1
0
3
18
3
.
9
5
3.
0
9
18
.
0
0.
0
1
1
34
9
.
3
3
MH
-
A
L
3
1
34
9
.
5
2
MH
-
A
L
3
2
P-
A
L
3
1
1.75351.82352.02
36
4
.
2
0
36
4
.
2
0
3.
9
8
0.
1
0
3
32
1
.
7
8
3.
0
9
18
.
0
0.
0
1
1
34
9
.
0
0
MH
-
A
L
3
0
34
9
.
3
3
MH
-
A
L
3
1
P-
A
L
3
0
Page 1 of 5
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1
4
Ac
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v
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S
c
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a
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E
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F
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e
n
t
of
Pu
b
l
i
c
Wo
r
k
s
Conduit Table Exist. Flows & Sewers
Me
y
e
r
Ci
v
i
l
En
g
i
n
e
e
r
i
n
g
,
In
c
.
WW
T
P
#
3
Tr
u
n
k
Se
w
e
r
Ca
p
a
c
i
t
y
St
u
d
y
B-1
Fl
e
x
T
a
b
l
e
:
C
o
n
d
u
i
t
T
a
b
l
e
Cu
r
r
e
n
t
T
i
m
e
:
0
.
0
0
0
h
o
u
r
s
Velocity (ft/s)HGL (Out)(ft)HGL (In)(ft)
El
e
v
G
r
n
d
(S
t
o
p
)
(f
t
)
El
e
v
G
r
n
d
(S
t
a
r
t
)
(f
t
)
Ca
p
a
c
i
t
y
(F
u
l
l
)
(c
f
s
)
Slo
p
e
(%
)
Le
n
g
t
h
(U
n
i
f
i
e
d
)
(f
t
)
Fl
o
w
(c
f
s
)
Di
a
(i
n
)
Ma
n
n
i
n
g
'
s
n
In
v
e
r
t
(S
t
o
p
)
(f
t
)
St
o
p
N
o
d
e
In
v
e
r
t
(S
t
a
r
t
)
(f
t
)
St
a
r
t
N
o
d
e
La
b
e
l
2.52351.45351.82
36
4
.
6
0
36
4
.
2
0
2.
3
5
0.
0
9
5
22
2
.
0
0
3.
0
9
15
.
0
0.
0
1
1
34
8
.
7
9
MH
-
A
L
2
9
34
9
.
0
0
MH
-
A
L
3
0
P-
A
L
2
9
2.52350.58351.45
36
5
.
3
0
36
4
.
6
0
2.
7
7
0.
1
3
1
53
3
.
4
4
3.
0
9
15
.
0
0.
0
1
1
34
8
.
0
9
MH
-
A
L
2
8
34
8
.
7
9
MH
-
A
L
2
9
P-
A
L
2
8
2.75348.36350.58
36
3
.
6
0
36
5
.
3
0
2.
4
6
0.
1
0
4
1,
1
3
5
.
9
4
3.
3
7
15
.
0
0.
0
1
1
34
6
.
9
1
MH
-
A
L
2
7
34
8
.
0
9
MH
-
A
L
2
8
P-
A
L
2
7
2.75347.14348.36
36
2
.
9
0
36
3
.
6
0
2.
4
2
0.
1
0
0
52
8
.
6
0
3.
3
7
15
.
0
0.
0
1
1
34
6
.
3
8
MH
-
A
L
2
6
34
6
.
9
1
MH
-
A
L
2
7
P-
A
L
2
6
2.66346.35347.14
36
3
.
3
0
36
2
.
9
0
8.
4
5
0.
1
0
0
53
0
.
1
7
4.
0
5
24
.
0
0.
0
1
1
34
5
.
6
4
MH
-
A
L
2
5
34
6
.
1
7
MH
-
A
L
2
6
P-
A
L
2
5
5.99341.67346.35
36
4
.
2
0
36
3
.
3
0
25
.
8
3
0.
9
3
4
53
0
.
1
8
4.
0
5
24
.
0
0.
0
1
1
34
0
.
6
9
MH
-
A
L
2
4
34
5
.
6
4
MH
-
A
L
2
5
P-
A
L
2
4
2.66340.60341.67
36
2
.
5
0
36
4
.
2
0
8.
4
5
0.
1
0
0
1,
0
5
0
.
5
5
4.
0
5
24
.
0
0.
0
1
1
33
9
.
6
4
MH
-
A
L
2
3
34
0
.
6
9
MH
-
A
L
2
4
P-
A
L
2
3
2.72340.02340.60
36
1
.
3
0
36
2
.
5
0
8.
7
0
0.
1
0
6
51
9
.
0
0
4.
0
5
24
.
0
0.
0
1
1
33
9
.
0
9
MH
-
A
L
2
2
33
9
.
6
4
MH
-
A
L
2
3
P-
A
L
2
2
2.86339.75340.02
36
0
.
9
0
36
1
.
3
0
8.
9
7
0.
1
1
2
80
.
0
2
4.
5
2
24
.
0
0.
0
1
1
33
9
.
0
0
MH
-
A
L
2
1
33
9
.
0
9
MH
-
A
L
2
2
P-
A
L
2
1
2.06338.77338.89
36
1
.
2
0
36
0
.
9
0
16
.
9
3
0.
0
4
6
30
3
.
6
3
4.
7
5
36
.
0
0.
0
1
1
33
7
.
6
4
MH
-
A
L
2
0
33
7
.
7
8
MH
-
A
L
2
1
P-
A
L
2
0
2.06338.24338.77
36
1
.
3
0
36
1
.
2
0
16
.
6
6
0.
0
4
5
1,
2
5
3
.
7
0
5.
0
2
36
.
0
0.
0
1
1
33
7
.
0
8
MH
-
A
L
1
9
33
7
.
6
4
MH
-
A
L
2
0
P-
A
L
1
9
2.10336.96338.24
36
1
.
9
0
36
1
.
3
0
16
.
7
3
0.
0
4
5
2,
9
0
6
.
6
2
5.
3
3
36
.
0
0.
0
1
1
33
5
.
7
7
MH
-
A
L
1
8
33
7
.
0
8
MH
-
A
L
1
9
P-
A
L
1
8
2.16336.61336.96
36
1
.
6
0
36
1
.
9
0
16
.
7
8
0.
0
4
5
61
7
.
6
5
5.
8
2
36
.
0
0.
0
1
1
33
5
.
4
9
MH
-
A
L
1
7
33
5
.
7
7
MH
-
A
L
1
8
P-
A
L
1
7
2.16336.32336.61
35
8
.
9
0
36
1
.
6
0
16
.
8
1
0.
0
4
5
32
9
.
9
3
5.
8
2
36
.
0
0.
0
1
1
33
5
.
3
4
MH
-
A
L
1
6
33
5
.
4
9
MH
-
A
L
1
7
P-
A
L
1
6
2.11335.97336.32
36
1
.
4
0
35
8
.
9
0
22
.
6
2
0.
0
3
6
96
6
.
8
2
7.
4
9
42
.
0
0.
0
1
1
33
4
.
5
9
MH
-
A
L
1
5
33
4
.
9
4
MH
-
A
L
1
6
P-
A
L
1
5
2.12334.50335.97
35
8
.
8
0
36
1
.
4
0
22
.
8
0
0.
0
3
7
4,
1
3
1
.
6
0
7.
4
9
42
.
0
0.
0
1
1
33
3
.
0
7
MH
-
A
L
1
4
33
4
.
5
9
MH
-
A
L
1
5
P-
A
L
1
4
2.25333.88334.50
35
8
.
4
0
35
8
.
8
0
23
.
7
4
0.
0
4
0
1,
6
0
5
.
5
3
8.
2
8
42
.
0
0.
0
1
1
33
2
.
4
3
MH
-
A
L
1
3
33
3
.
0
7
MH
-
A
L
1
4
P-
A
L
1
3
2.26333.36333.88
35
8
.
0
0
35
8
.
4
0
23
.
7
1
0.
0
4
0
1,
3
5
8
.
1
0
8.
5
1
42
.
0
0.
0
1
1
33
1
.
8
9
MH
-
A
L
1
2
33
2
.
4
3
MH
-
A
L
1
3
P-
A
L
1
2
2.27333.07333.36
35
7
.
6
0
35
8
.
0
0
23
.
7
5
0.
0
4
0
77
6
.
9
7
8.
5
7
42
.
0
0.
0
1
1
33
1
.
5
8
MH
-
A
L
1
1
33
1
.
8
9
MH
-
A
L
1
2
P-
A
L
1
1
3.16333.04333.07
35
7
.
1
0
35
7
.
6
0
37
.
5
1
0.
1
0
0
16
0
.
7
3
8.
5
7
42
.
0
0.
0
1
1
33
1
.
4
2
MH
-
A
L
1
0
33
1
.
5
8
MH
-
A
L
1
1
P-
A
L
1
0
2.34332.76333.04
35
3
.
8
0
35
7
.
1
0
24
.
8
1
0.
0
4
4
1,
5
1
5
.
8
3
8.
5
7
42
.
0
0.
0
1
1
33
0
.
7
6
MH
-
A
L
9
33
1
.
4
2
MH
-
A
L
1
0
P-
A
L
9
2.28332.59332.76
35
5
.
2
0
35
3
.
8
0
23
.
9
8
0.
0
4
1
2,
1
8
7
.
7
3
8.
5
7
42
.
0
0.
0
1
1
32
9
.
8
7
MH
-
A
L
8
33
0
.
7
6
MH
-
A
L
9
P-
A
L
8
2.32332.56332.59
35
5
.
9
0
35
5
.
2
0
24
.
2
7
0.
0
4
2
43
2
.
1
0
8.
7
3
42
.
0
0.
0
1
1
32
9
.
6
9
MH
-
A
L
7
32
9
.
8
7
MH
-
A
L
8
P-
A
L
7
3.15332.56332.56
35
5
.
0
0
35
5
.
9
0
36
.
8
7
0.
0
9
6
17
6
.
7
6
8.
8
8
42
.
0
0.
0
1
1
32
9
.
5
2
MH
-
A
L
6
32
9
.
6
9
MH
-
A
L
7
P-
A
L
6
1.81332.50332.56
35
6
.
4
0
35
5
.
0
0
17
.
3
4
0.
0
2
1
1,
0
8
1
.
7
8
8.
8
8
42
.
0
0.
0
1
1
32
9
.
2
9
MH
-
A
L
5
32
9
.
5
2
MH
-
A
L
6
P-
A
L
5
6.29332.50332.50
35
4
.
5
0
35
6
.
4
0
97
.
2
6
0.
6
6
9
43
.
3
4
8.
8
8
42
.
0
0.
0
1
1
32
9
.
0
0
MH
-
A
L
4
32
9
.
2
9
MH
-
A
L
5
P-
A
L
4
5.59332.50332.59
35
4
.
5
0
34
5
.
5
0
5.
1
7
3.
9
8
1
28
.
6
4
0.
3
9
10
.
0
0.
0
1
1
33
1
.
1
8
MH
-
A
L
4
33
2
.
3
2
MH
-
A
L
4
A
P-
A
L
3
A
0.95332.50332.50
35
4
.
5
8
35
4
.
5
0
19
.
3
4
0.
0
2
6
37
.
7
9
9.
1
4
42
.
0
0.
0
1
1
32
8
.
9
9
W-
1
32
9
.
0
0
MH
-
A
L
4
P-
A
L
3
2.65344.65345.72
35
7
.
9
0
35
7
.
0
0
25
.
4
4
0.
0
4
6
1,
2
2
3
.
3
5
12
.
8
0
42
.
0
0.
0
1
1
34
3
.
4
7
MH
-
A
L
2
34
4
.
0
3
MH
-
A
L
3
P-
A
L
2
6.35344.79344.65
36
1
.
1
3
35
7
.
9
0
84
.
8
6
0.
5
0
9
20
0
.
2
3
12
.
8
0
42
.
0
0.
0
1
1
34
2
.
4
5
MH
-
B
V
1
0
0
34
3
.
4
7
MH
-
A
L
2
P-
A
L
1
3.14344.81344.98
36
0
.
7
8
35
9
.
7
9
31
.
4
8
0.
0
7
0
62
7
.
8
4
13
.
3
8
42
.
0
0.
0
1
1
34
2
.
6
4
MH
-
B
V
1
0
1
34
3
.
0
8
MH
-
B
V
1
0
2
P-
B
V
1
3.99344.79344.81
36
1
.
1
3
36
0
.
7
8
43
.
7
3
0.
1
3
5
14
0
.
4
5
13
.
3
8
42
.
0
0.
0
1
1
34
2
.
4
5
MH
-
B
V
1
0
0
34
2
.
6
4
MH
-
B
V
1
0
1
P-
B
V
2
3.69344.41344.79
36
2
.
4
1
36
1
.
1
3
31
.
7
8
0.
0
7
1
46
1
.
8
9
26
.
1
8
42
.
0
0.
0
1
1
34
2
.
1
2
MH
-
B
V
3
8
34
2
.
4
5
MH
-
B
V
1
0
0
P-
B
V
3
3.66343.99344.41
35
9
.
9
0
36
2
.
4
1
31
.
5
3
0.
0
7
0
44
0
.
8
8
26
.
1
8
42
.
0
0.
0
1
1
34
1
.
8
1
MH
-
B
V
3
7
34
2
.
1
2
MH
-
B
V
3
8
P-
B
V
4
3.66343.32343.99
35
8
.
1
0
35
9
.
9
0
31
.
5
3
0.
0
7
0
44
0
.
8
8
26
.
1
8
42
.
0
0.
0
1
1
34
1
.
5
0
MH
-
B
V
3
6
34
1
.
8
1
MH
-
B
V
3
7
P-
B
V
5
5.18342.52343.32
35
5
.
7
8
35
8
.
1
0
49
.
0
7
0.
1
7
0
46
9
.
6
2
26
.
1
8
42
.
0
0.
0
1
1
34
0
.
7
0
MH
-
B
V
3
5
34
1
.
5
0
MH
-
B
V
3
6
P-
B
V
6
5.17341.89342.52
35
6
.
7
6
35
5
.
7
8
48
.
8
7
0.
1
6
9
37
8
.
8
2
26
.
1
8
42
.
0
0.
0
1
1
34
0
.
0
6
MH
-
B
V
3
4
34
0
.
7
0
MH
-
B
V
3
5
P-
B
V
7
5.15341.12341.89
35
6
.
3
6
35
6
.
7
6
48
.
6
6
0.
1
6
8
45
3
.
6
8
26
.
1
8
42
.
0
0.
0
1
1
33
9
.
3
0
MH
-
B
V
3
3
34
0
.
0
6
MH
-
B
V
3
4
P-
B
V
8
Page 2 of 5
Me
y
e
r
C
i
v
i
l
E
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Conduit Table Exist. Flows & Sewers
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0
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o
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Velocity (ft/s)HGL (Out)(ft)HGL (In)(ft)
El
e
v
G
r
n
d
(S
t
o
p
)
(f
t
)
El
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v
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a
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)
(f
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)
Ca
p
a
c
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y
(F
u
l
l
)
(c
f
s
)
Slo
p
e
(%
)
Le
n
g
t
h
(U
n
i
f
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)
(f
t
)
Fl
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(c
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)
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a
(i
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)
Ma
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In
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N
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In
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t
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)
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)
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5.17340.42341.12
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5.17339.48340.42
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8.47337.54339.48
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8.48335.07337.54
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8.48332.97335.40
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B
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1
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8.52332.65333.30
35
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1
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8.47328.71332.92
35
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9.62329.09329.04
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2.71328.93329.09
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2.72328.79328.93
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2.72328.65328.79
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2.72328.52328.65
34
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2.72328.38328.52
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2.70328.28328.38
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2.73328.23328.28
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2.80328.17328.23
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2.66328.07328.17
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2.71327.92328.07
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2.95327.90327.92
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2.66327.78327.90
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2.79327.76327.78
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2.72327.59327.76
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2.80327.59327.59
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2.72327.42327.59
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2.81327.31327.42
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2.52327.24327.31
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2.73326.87327.05
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Page 3 of 5
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Page 4 of 5
Me
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0
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0
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0
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0.
0
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-
M
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0.
0
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A
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0
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0.
0
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MH
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M
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0.
0
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0
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0
0.
0
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0
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0.
0
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MH
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P-
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8
Page 5 of 5
Me
y
e
r
C
i
v
i
l
E
n
g
i
n
e
e
r
i
n
g
,
I
n
c
.
4/
2
/
2
0
1
4
Ac
t
i
v
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S
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B-5