Goodman GSH 13 Series, Technical Information Manual, Page: 30 / 44

30
COOLING PERFORMANCE DATA
GSH130483A*
EXPA
NDED
PERFORMA
NC
E DA
TA
CO
OLI
NG OPER
A
T
IO
N
M
O
D
E
L
: G
S
H
1
304
83
A
* / A
R
U
F
6
1
-0
0
*-
1
* / A
R
U
F
486
01
A
*
O
u
td
o
o
r A
m
b
ient
Tem
p
erat
ure
65
75
85
95
1
0
5
1
15
E
n
te
ri
ng Ind
oor
W
e
t B
u
lb T
e
mpe
ra
tu
re
ID
B
*
A
ir
fl
o
w
5
9
6
36
7
7
15
96
36
77
1
5
96
3
6
77
1
5
9
6
3
6
7
7
15
9
6
36
7
7
15
9
6
36
77
1
MBh
4
5
.6
46.
6
49.8
53.
3
44.6
45.
6
48.7
52.
0
43.5
44.
5
47.5
5
0
.8
42.
5
43.4
4
6
.4
4
9.
5
4
0.3
4
1.
2
4
4.0
47.
1
3
7.4
38.
2
4
0.8
43.
6
S
/T
0
.9
50
.8
90
.7
20
.5
41
.0
00
.9
20
.7
50
.5
61
.0
00
.9
40
.7
70
.5
71
.0
0
1
.0
0
0
.7
90
.5
9
1
.0
01
.0
0
0
.8
20
.6
11
.0
01
.0
00
.8
30
.6
2
D
e
lt
a
T
2
2
2
11
8
1
52
32
11
91
5
2
22
1
1
91
5
2
2
2
2
1
9
1
52
1
2
11
8
1
51
9
1
91
71
4
1800
K
W
3
.15
3.
22
3.32
3.
42
3.39
3.
46
3.58
3.
69
3.60
3.
68
3.80
3.
93
3.7
9
3.87
4.
00
4.1
3
3
.95
4.
04
4
.17
4.
31
4.09
4.
18
4.32
4.
46
A
M
P
S
1
0
.2
10.
4
10.7
11.
1
11.0
11.
2
11.6
12.
0
11.9
12.
2
1
2.6
1
3
.0
12.
7
1
3.0
1
3
.4
13.
9
1
3.5
1
3.
8
1
4.2
14.
8
14.3
1
4.
6
15.1
1
5.
6
HI
P
R
148
159
168
176
166
1
7
9
189
1
97
189
2
0
4
2
15
224
215
2
32
245
255
2
42
261
275
287
268
2
88
304
31
7
LO
P
R
63
67
73
78
6
7
71
7
8
83
69
74
81
86
73
7
8
85
90
76
81
89
95
79
84
9
2
98
M
B
h
44
.3
4
5
.3
4
8
.4
5
1
.7
4
3
.3
4
4
.2
4
7
.3
5
0
.5
4
2
.3
4
3
.2
4
6
.1
4
9
.3
4
1
.2
4
2
.1
45
.0
48.
1
3
9
.2
40.
0
4
2
.8
45.
7
36.3
37.
1
39.6
4
2.
3
S
/T
0
.9
00
.8
50
.6
90
.5
10
.9
40
.8
80
.7
10
.5
30
.9
60
.9
00
.7
30
.5
50
.9
9
0
.9
3
0.
76
0.5
6
1
.00
0.
96
0
.78
0.
59
1.00
0.
97
0.79
0.
59
D
e
lt
a
T
2
32
2
1
91
5
2
3
2
2
1
9
1
52
3
2
21
9
1
62
3
2
2
20
16
23
22
19
15
21
21
1
8
14
80
1600
K
W
3
.13
3.
19
3.29
3.
40
3.37
3.
44
3.55
3.
66
3.58
3.
65
3.77
3.
89
3.7
6
3.84
3.
97
4.1
0
3
.92
4.
00
4
.14
4.
27
4.05
4.
14
4.28
4.
43
A
M
P
S
1
0
.1
10.
3
10.6
11.
0
10.9
11.
1
11.5
11.
9
11.8
1
2.
1
1
2.4
1
2
.9
12.
6
12.9
13
.3
13.
8
1
3.4
1
3.
7
1
4.1
1
4.
6
1
4.1
1
4.
5
14.9
15.
5
HI
P
R
147
158
167
174
165
1
7
7
187
1
95
187
2
02
213
222
2
13
230
242
253
2
40
258
2
73
284
265
285
301
3
1
4
LO
P
R
63
67
73
77
6
6
70
7
7
82
69
73
80
85
72
7
7
84
89
76
81
88
94
78
83
9
1
97
MBh
4
0
.9
41.
8
44.7
47.
7
3
9.9
40.
8
43.6
46.
6
39.0
39.
8
42.6
4
5
.5
38.
0
3
8.9
4
1
.5
44.
4
3
6.1
36.
9
3
9.5
42.
2
33.5
34.
2
3
6.6
3
9.
1
S
/T
0
.8
70
.8
20
.6
60
.5
00
.9
00
.8
50
.6
90
.5
10
.9
20
.8
70
.7
10
.5
30
.9
5
0
.9
0
0
.7
30
.5
4
0
.9
90
.9
3
0
.7
60
.5
71
.0
00
.9
40
.7
60
.5
7
D
e
lt
a
T
2
3
2
21
9
1
62
42
32
01
6
2
42
3
2
01
6
2
4
2
3
2
0
1
62
4
2
32
0
1
62
2
2
11
81
5
1400
K
W
3
.05
3.
12
3.21
3.
32
3.28
3.
35
3.46
3.
57
3.49
3.
56
3.68
3.
80
3.6
7
3.75
3.
87
4.0
0
3
.82
3.
90
4
.03
4.
17
3.95
4.
04
4.17
4.
31
A
M
P
S
9.
8
10.
0
10.4
10.
7
10.6
1
0.
8
11.2
1
1.
6
11.5
1
1.
7
12.1
1
2
.6
12.
2
1
2.5
1
2
.9
1
3.
4
1
3.0
1
3.
3
1
3.7
1
4.
2
1
3.7
1
4.
1
14.5
15.
1
HI
P
R
142
153
162
169
160
1
7
2
181
1
8
9
1
82
1
9
5
206
215
207
2
23
235
245
2
33
250
2
64
276
257
277
292
30
5
LO
P
R
61
65
71
75
6
4
68
7
5
79
67
71
77
82
70
7
5
81
87
73
78
85
91
76
81
8
8
94
MBh
4
6
.4
47.
3
49.6
52.
9
45.4
46.
2
4
8.4
5
1.
7
44.3
45.
1
47.3
5
0
.4
43.
2
4
4.0
4
6
.1
4
9.
2
4
1.0
4
1.
8
4
3.8
4
6.
7
3
8.0
3
8.
8
40.6
43.
3
S
/T
0
.99
0
.9
6
0
.86
0
.7
0
1
.00
0
.9
9
0
.90
0
.7
3
1
.00
1
.0
0
0
.92
0
.7
4
1
.0
0
1
.00
0
.9
5
0
.7
7
1
.00
1
.0
0
0
.98
0
.8
0
1
.00
1
.0
0
0
.99
0
.8
0
D
e
lt
a
T
2
42
3
2
21
9
2
3
2
3
2
2
1
92
3
2
32
2
1
92
2
2
2
2
21
9
2
12
1
2
21
9
1
92
0
2
1
1
8
1800
K
W
3
.18
3.
24
3.35
3.
45
3.42
3.
49
3.60
3.
72
3.63
3.
71
3.83
3.
96
3.8
2
3.91
4.
03
4.1
7
3
.98
4.
07
4
.21
4.
35
4.12
4.
21
4.35
4.
50
A
M
P
S
1
0
.3
10.
5
10.8
11.
2
1
1.1
11.
3
11.7
12.
1
12.0
1
2.
3
12.7
1
3
.1
12.
8
1
3.1
1
3
.5
14.
0
1
3.6
1
3.
9
1
4.4
1
4.
9
1
4.4
1
4.
7
15.2
15.
8
HI
P
R
150
161
170
177
168
18
1
1
91
1
9
9
1
91
2
0
6
217
226
2
18
234
2
47
258
2
45
263
2
78
290
270
291
307
32
1
LO
P
R
64
68
74
79
6
7
72
7
8
83
70
75
81
87
74
7
8
86
91
77
82
90
95
80
85
9
3
99
MBh
4
5
.1
46.
0
48.1
51.
4
44.0
4
4.
9
47.0
50.
2
43.0
43.
8
45.9
4
9
.0
41.
9
4
2.8
4
4
.8
47.
8
3
9.8
4
0.
6
4
2.5
4
5.
4
3
6.9
3
7.
6
39.4
42.
0
S
/T
0
.9
50
.9
10
.8
20
.6
70
.9
80
.9
50
.8
50
.6
91
.0
00
.9
70
.8
80
.7
11
.0
0
1
.0
0
0
.9
00
.7
3
1
.0
01
.0
0
0
.9
40
.7
61
.0
01
.0
00
.9
50
.7
7
D
e
lt
a
T
2
5
2
42
3
2
02
52
42
32
0
2
52
4
2
32
0
2
4
2
5
2
3
2
02
3
2
32
3
2
02
1
2
22
11
9
85
1600
K
W
3
.15
3.
22
3.32
3.
42
3.39
3.
46
3.58
3.
69
3.60
3.
68
3.80
3.
93
3.7
9
3.87
4.
00
4.1
3
3
.95
4.
04
4
.17
4.
31
4.09
4.
18
4.32
4.
46
A
M
P
S
1
0
.2
1
0
.41
0
.71
1
.11
1
.01
1
.21
1
.61
2
.01
1
.91
2
.21
2
.61
3
.01
2
.7
1
3
.0
1
3
.41
3
.9
1
3
.51
3
.8
1
4
.21
4
.81
4
.31
4
.61
5
.11
5
.6
HI
P
R
148
159
168
176
166
1
7
9
189
1
97
189
2
0
4
2
15
224
215
232
245
255
2
42
261
275
287
268
288
304
31
7
LO
P
R
63
67
73
78
6
7
71
7
8
83
69
74
81
86
73
7
8
85
90
76
81
89
95
79
84
9
2
98
MBh
4
1
.6
42.
4
44.4
47.
4
40.6
41.
4
43.4
46.
3
3
9.7
40.
4
42.4
4
5
.2
3
8.
7
3
9.5
4
1
.3
4
4.
1
3
6.8
3
7.
5
3
9.3
41.
9
3
4.1
34.
7
36.4
38.
8
S
/T
0
.9
10
.8
80
.7
90
.6
40
.9
50
.9
10
.8
20
.6
70
.9
70
.9
40
.8
40
.6
81
.0
0
0
.9
7
0
.8
70
.7
1
1
.0
01
.0
0
0
.9
00
.7
31
.0
01
.0
00
.9
10
.7
4
D
e
lt
a
T
2
5
2
52
3
2
02
52
52
32
0
2
52
5
2
32
0
2
5
2
5
2
4
2
02
4
2
52
3
2
02
2
2
32
21
9
1400
K
W
3
.08
3.
14
3.24
3.
34
3.31
3.
38
3.49
3.
60
3.52
3.
59
3.71
3.
83
3.7
0
3.78
3.
90
4.0
3
3
.85
3.
94
4
.07
4.
20
3.99
4.
07
4.21
4.
35
A
M
P
S
9.
9
10.
1
10.4
1
0.
8
10.7
10.
9
1
1.3
11.
7
1
1.6
1
1.
8
1
2.2
1
2
.7
1
2.
3
1
2.6
1
3
.0
13.
5
1
3.1
13.
4
1
3.9
1
4.
4
1
3.9
1
4.
2
14.7
1
5.
2
HI
P
R
144
155
163
170
161
17
4
1
83
1
9
1
1
83
1
9
7
208
217
209
225
237
248
2
35
253
267
279
260
279
2
95
30
8
LO
P
R
61
65
71
76
6
5
69
7
5
80
67
72
78
83
71
7
5
82
88
74
79
86
92
77
82
8
9
95
Sha
ded ar
ea is
A
R
I
Rat
ing Co
nditions
n
dit
ions
ID
B:
E
n
teri
n
g
I
ndoor
Dr
y B
u
lb T
e
m
per
at
ur
e
K
W
=
T
o
tal
system
pow
e
r
A
M
P
S=ou
tdoor unit
am
ps
(c
o
m
p.
+fan)
High an
d low
pr
es
s
u
re
s
a
re m
e
as
ur
ed
at
the
liquid and
s
u
c
tion
s
e
rv
ic
e
v
a
lv
es
.