Goodman GPH 13 M Series, Техническое руководство

Страница: 17 / 28

17
COOLING PERFORMANCE DATA
GPH1336M41*
MO
D
E
L
: G
P
H
1
3
36M41*
EX
PAN
D
E
D
P
E
R
F
O
R
M
A
N
C
E D
A
T
A
C
OOL
IN
G
OP
E
R
A
T
IO
N
D
esi
g
n
Su
b
c
o
o
li
n
g
, 9 +
/-
2
°
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@
t
h
e
l
iq
u
id
ac
c
e
s
s
f
it
ti
n
g
c
o
n
n
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io
n
A
H
R
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9
5
t
e
st
co
n
d
it
io
n
s
.
D
e
s
ig
n
S
u
p
e
rh
e
a
t 7+
/-
2 °
F
@
t
h
e
co
m
p
re
sso
r su
ct
io
n
ac
ces
s
fi
tt
in
g
c
o
n
n
e
c
ti
o
n
.
O
u
td
oor
A
m
bi
e
n
t T
e
m
p
e
ra
tur
e
65
75
85
9
5
10
5
115
E
n
te
ri
ng I
n
do
or
W
e
t
B
u
lb
Te
m
p
e
ra
tur
e
ID
B
*
A
ir
fl
o
w
5
96
36
77
15
9
6
36
77
15
9
6
3
6
77
15
9
6
3
6
7
7
1
5
9
6
3
6
77
15
9
6
3
6
77
1
M
B
h
33.
9
35.
1
3
8
.5
-
3
3
.1
3
4
.3
37.
6
-
32
.3
33
.5
36
.7
-
3
1.
5
3
2.
7
3
5
.8
-
3
0
.0
31.
1
34.
0
-
27
.8
2
8
.8
31.
5
-
S
/T
0
.7
4
0
.6
2
0
.4
3
-
0.
76
0.
6
4
0
.4
4
-
0
.7
8
0
.6
5
0
.4
5
-
0.
8
1
0.
6
8
0
.47
-
0
.8
4
0
.7
0
0
.4
9
-
0
.85
0
.71
0
.4
9
-
D
e
lta T
1
8
1
5
1
2
-
18
16
1
2
-
1
8
1
6
1
2
-
18
1
6
12
-
1
8
1
5
1
2
-
1
7
1
4
1
1
-
129
2
K
W
2
.5
2
2
.5
7
2
.6
5
-
2
.7
0
2
.76
2.
84
-
2
.8
6
2
.9
2
3
.0
1
-
3
.0
1
3
.0
7
3.
1
7
-
3
.1
3
3
.1
9
3
.2
9
-
3.
2
3
3
.3
0
3.
41
-
A
M
P
S
10.
6
10.
8
1
1
.1
-
1
1
.3
1
1
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11.
9
-
12
.1
12
.4
12
.7
-
1
2.
9
1
3.
1
1
3
.5
-
1
3
.6
13.
9
14.
3
-
14
.3
1
4
.6
15.
0
-
H
I P
R
23
7
2
55
2
7
0
-
266
28
7
3
0
3
-
3
03
3
2
6
3
44
-
345
371
39
2
-
38
8
4
1
8
4
4
1
-
429
461
48
7
-
L
O
P
R
11
2
1
19
1
3
0
-
118
12
6
1
3
7
-
1
23
1
3
1
1
43
-
129
137
15
0
-
13
5
1
4
4
1
5
7
-
140
149
16
2
-
M
B
h
32.
9
34.
1
3
7
.4
-
3
2
.2
3
3
.3
36.
5
-
31
.4
32
.5
35
.6
-
3
0.
6
3
1.
7
3
4
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-
2
9
.1
30.
2
33.
0
-
26
.9
2
7
.9
30.
6
-
S
/T
0
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0
0
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9
0
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1
-
0.
73
0.
6
1
0
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2
-
0
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5
0
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2
0
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3
-
0.
7
7
0.
6
4
0
.45
-
0
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0
0
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7
0
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6
-
0
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0
.67
0
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7
-
D
e
lta T
1
9
1
6
1
2
-
19
16
1
2
-
1
9
1
6
1
2
-
19
1
6
12
-
1
9
1
6
1
2
-
1
7
1
5
1
1
-
70
115
0
K
W
2
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0
2
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5
2
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3
-
2
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8
2
.74
2.
82
-
2
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4
2
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0
2
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9
-
2
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8
3
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5
3.
1
4
-
3
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0
3
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7
3
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7
-
3.
2
1
3
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7
3.
38
-
A
M
P
S
10.
5
10.
7
1
1
.0
-
1
1
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1
1
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11.
8
-
12
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12
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12
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-
1
2.
8
1
3.
0
1
3
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-
1
3
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13.
8
14.
2
-
14
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1
4
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14.
9
-
H
I P
R
23
5
2
53
2
6
7
-
264
28
4
3
0
0
-
3
00
3
2
3
3
41
-
341
367
38
8
-
38
4
4
1
3
4
3
7
-
424
457
48
2
-
L
O
P
R
11
1
1
18
1
2
9
-
117
12
4
1
3
6
-
1
22
1
2
9
1
41
-
128
136
14
8
-
13
4
1
4
2
1
5
5
-
138
147
16
1
-
M
B
h
30.
4
31.
5
3
4
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-
2
9
.7
3
0
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33.
7
-
29
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30
.0
32
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-
2
8.
3
2
9.
3
3
2
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-
2
6
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27.
8
30.
5
-
24
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2
5
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28.
2
-
S
/T
0
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8
0
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7
0
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9
-
0.
70
0.
5
9
0
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1
-
0
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2
0
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0
0
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2
-
0.
7
4
0.
6
2
0
.43
-
0
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7
0
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5
0
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5
-
0
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0
.65
0
.4
5
-
D
e
lta T
1
9
1
6
1
2
-
19
16
1
3
-
1
9
1
6
1
3
-
19
1
7
13
-
1
9
1
6
1
2
-
1
8
1
5
1
2
-
100
8
K
W
2
.4
5
2
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9
2
.5
7
-
2
.6
2
2
.67
2.
75
-
2
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8
2
.8
3
2
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2
-
2
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1
2
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7
3.
0
7
-
3
.0
3
3
.0
9
3
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9
-
3.
1
3
3
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0
3.
30
-
A
M
P
S
10.
3
10.
5
1
0
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-
1
1
.0
1
1
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11.
5
-
11
.8
12
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12
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-
1
2.
4
1
2.
7
1
3
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-
1
3
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13.
4
13.
8
-
13
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1
4
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14.
5
-
H
I P
R
22
8
2
45
2
5
9
-
256
27
5
2
9
1
-
2
91
3
1
3
3
30
-
331
356
37
6
-
37
3
4
0
1
4
2
3
-
412
443
46
8
-
L
O
P
R
10
7
1
14
1
2
5
-
113
12
1
1
3
2
-
1
18
1
2
5
1
37
-
124
132
14
4
-
13
0
1
3
8
1
5
1
-
134
143
15
6
-
M
B
h
34.
5
35.
5
3
8
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4
1
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3
3.
7
3
4.
7
37.
5
4
0
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3
2
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3
3
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3
6
.6
3
9
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3
2.
1
33
.0
35
.7
3
8
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3
0
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31.
4
34.
0
3
6
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2
8
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2
9.
1
31.
5
3
3.
8
S
/T
0
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4
0
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5
0
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7
0
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7
0
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7
0
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8
0
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9
0
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8
0
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9
0
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0
0
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0
0
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9
0
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2
0.
8
2
0.
6
2
0
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0
0
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5
0.
85
0.
65
0
.42
0.
9
6
0
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6
0.
65
0
.42
D
e
lta
T
2
11
91
61
12
1
1
91
61
12
1
1
9
1
61
12
1
19
1
6
11
21
1
9
1
6
1
1
19
18
1
5
1
0
1
2
9
2
K
W
2
.5
4
2
.5
9
2
.6
7
2
.7
5
2
.7
2
2
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8
2
.8
6
2
.9
5
2
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9
2
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5
3
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4
3
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3
3
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3
3.
0
9
3.
1
9
3
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9
3
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5
3.
22
3.
32
3
.43
3.
2
6
3
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3
3.
43
3
.55
A
M
P
S
10.
7
10.
9
1
1
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1
1
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1
1.
4
1
1.
6
12.
0
1
2
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1
2
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1
2
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1
2
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1
3
.3
1
3.
0
13
.2
13
.6
1
4
.1
1
3
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14.
0
14.
4
1
4
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1
4
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1
4.
7
15.
2
1
5.
7
H
I P
R
24
0
2
58
2
7
2
2
8
4
269
28
9
3
0
6
3
1
9
3
06
3
2
9
3
48
363
348
375
39
6
413
39
2
4
2
2
4
4
5
4
65
433
466
49
2
5
1
3
L
O
P
R
11
3
1
20
1
3
1
1
4
0
119
12
7
1
3
9
1
4
8
1
24
1
3
2
1
44
153
130
139
15
1
161
13
7
1
4
5
1
5
9
1
69
141
150
16
4
1
7
5
M
B
h
33.
5
34.
5
3
7
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4
0
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3
2.
7
3
3.
7
36.
4
3
9
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3
1
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3
2
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3
5
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3
8
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3
1.
1
32
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34
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3
7
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2
9
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30.
5
33.
0
3
5
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2
7
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2
8.
2
30.
5
3
2.
8
S
/T
0
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0
0
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2
0
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4
0
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5
0
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3
0
.7
4
0
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6
0
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6
0
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5
0
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6
0
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8
0
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7
0
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8
0.
7
8
0.
5
9
0
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8
0
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1
0.
81
0.
62
0
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0.
9
2
0
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2
0.
62
0
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D
e
lta
T
2
12
01
61
12
2
2
01
61
12
2
2
0
1
61
12
2
20
1
6
11
22
2
0
1
6
1
1
20
19
1
5
1
0
7
5
1
1
5
0
K
W
2
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2
2
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7
2
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5
2
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3
2
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0
2
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6
2
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4
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0
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1
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3
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3.
19
3.
30
3
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3.
2
3
3
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0
3.
41
3
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A
M
P
S
10.
6
10.
8
1
1
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1
1
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1
1.
3
1
1.
5
11.
9
1
2
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2
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3
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9
13
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9
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3
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4
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4.
6
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0
1
5.
5
H
I P
R
23
7
2
55
2
7
0
2
8
1
266
28
7
3
0
3
3
1
6
3
03
3
2
6
3
44
359
345
371
39
2
409
38
8
4
1
8
4
4
1
4
60
429
461
48
7
5
0
8
L
O
P
R
11
2
1
19
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3
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3
8
118
12
6
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23
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3
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1
43
152
129
137
15
0
160
13
5
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4
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1
67
140
149
16
2
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7
3
M
B
h
30.
9
31.
8
3
4
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2
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7
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3
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7
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5
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60
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D
e
lta
T
2
22
01
61
12
2
2
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71
12
2
2
0
1
71
12
2
20
1
7
12
22
2
0
1
6
1
1
20
19
1
5
1
1
1
0
0
8
K
W
2
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6
2
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1
2
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9
2
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7
2
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4
2
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0
2
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8
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6
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0
2
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3
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3.
0
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3.
0
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3
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3
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3.
12
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22
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3.
1
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3.
32
3
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A
M
P
S
10.
3
10.
5
1
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0
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3
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6
1
1
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5
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13
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5
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9
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2
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7
1
5.
2
H
I P
R
23
0
2
48
2
6
2
2
7
3
258
27
8
2
9
4
3
0
6
2
94
3
1
6
3
34
348
335
360
38
0
397
37
6
4
0
5
4
2
8
4
46
416
448
47
3
4
9
3
L
O
P
R
10
8
1
15
1
2
6
1
3
4
115
12
2
1
3
3
1
4
2
1
19
1
2
7
1
38
147
125
133
14
5
155
13
1
1
3
9
1
5
2
1
62
136
144
15
7
1
6
8
*
E
n
te
ri
n
g
I
n
d
oor
D
ry
B
u
lb
T
e
m
per
a
tu
re
N
O
T
E:
S
h
a
ded
a
rea i
s
A
C
C
A
(
T
VA
) c
ond
iti
ons
K
W
=
T
o
ta
l s
y
s
te
m
po
w
e
r
H
ig
h
a
nd
lo
w
pr
e
s
s
u
re
s ar
e
m
e
a
s
ur
ed
a
t
th
e
l
iqui
d and
s
u
c
ti
on ac
c
e
s
s
f
it
ti
ngs
.
A
M
P
S
: U
n
it
am
p
s
(
co
m
p.
+
ev
apo
ra
to
r
+
c
o
nde
ns
er
f
a
n m
o
to
rs
)