Goodman SSZ 16 SEER, Техническое руководство, Страница: 9 / 33

9
COOLING PERFORMANCE DATA
SSZ160361A*
EX
PA
NDED P
E
RF
ORM
ANCE
D
A
T
A
C
O
OL
IN
G
O
P
E
R
A
T
IO
N
M
O
D
E
L:
S
S
Z
16
03
61
A
* /
C
A
*F4
8
60
*6
A
* +
TX
V
/
M
B
E
2
00
0*
*-
1
D
e
si
gn S
u
bc
oo
li
ng 7
±
2
°
F
@
t
h
e l
iqu
id
s
er
v
ic
e
v
a
lv
e
, A
R
I 9
5
t
es
t c
o
ndi
ti
o
n
s
O
ut
d
oor
A
m
b
ie
nt
Te
m
p
er
a
tu
re
65
75
85
9
5
10
5
11
5
E
nt
e
ri
n
g
Indo
or
W
e
t
B
u
lb
Te
m
p
e
ra
tur
e
ID
B
A
ir
fl
o
w
59
6
3
67
71
59
6
3
6
7
71
5
9
6
3
6
7
71
5
9
63
6
7
71
59
63
67
71
59
63
67
71
M
B
h
3
0.
4
31
.5
3
4.
5
-
2
9.
7
30
.8
33
.7
-
29
.0
30
.0
32
.9
-
28
.3
2
9.
3
32
.1
-
2
6.
9
2
7.
8
3
0.
5
-
2
4.
9
2
5.
8
2
8.
2
-
S
/T
0
.7
0
0.
58
0
.4
0
-
0
.72
0.
60
0.
42
-
0.
74
0.
6
2
0.
4
3
-
0.
77
0
.64
0.
44
-
0.
79
0
.6
6
0.
46
-
0
.80
0.
67
0.
46
-
D
e
lta
T
191
61
2
-
19
16
12
-
1
9
1
6
1
2
-
19
16
1
2
-
19
16
12
-
17
15
11
-
10
5
0
K
W
1.
9
2
1.
96
2.
02
-
2
.07
2.
11
2.
18
-
2.
20
2.
2
5
2.
3
2
-
2.
32
2
.37
2.
45
-
2.
42
2
.4
7
2.
55
-
2
.50
2.
56
2.
64
-
A
M
P
S
7.4
7
.6
7
.9
-
8.
0
8
.2
8.
5
-
8
.7
8.
9
9.
2
-
9.
3
9
.5
9.
8
-
9.
9
1
0.
1
1
0.
5
-
1
0.
5
10
.7
11
.1
-
H
I P
R
20
8
224
23
6
-
2
33
2
51
2
65
-
26
5
28
6
30
2
-
30
2
3
25
3
43
-
340
366
38
6
-
376
40
4
42
7
-
L
O
P
R
10
4
111
12
1
-
1
10
1
17
1
27
-
11
4
12
1
13
2
-
12
0
1
27
1
39
-
126
134
14
6
-
130
13
8
15
1
-
M
B
h
3
2.
9
34
.1
3
7.
4
-
3
2.
2
33
.3
36
.5
-
31
.4
32
.5
35
.6
-
30
.6
3
1.
7
34
.8
-
2
9.
1
3
0.
2
3
3.
0
-
2
6.
9
2
7.
9
3
0.
6
-
S
/T
0
.7
2
0.
60
0
.4
2
-
0
.75
0.
63
0.
43
-
0.
77
0.
6
4
0.
4
5
-
0.
79
0
.66
0.
46
-
0.
82
0
.6
9
0.
48
-
0
.83
0.
69
0.
48
-
D
e
lta
T
181
61
2
-
18
16
12
-
1
9
1
6
1
2
-
19
16
1
2
-
18
16
12
-
17
15
11
-
70
12
0
0
K
W
1.
9
7
2.
01
2.
07
-
2
.12
2.
17
2.
24
-
2.
26
2.
3
1
2.
3
8
-
2.
38
2
.43
2.
51
-
2.
48
2
.5
3
2.
62
-
2
.57
2.
62
2.
71
-
A
M
P
S
7.7
7
.8
8
.1
-
8.
3
8
.5
8.
7
-
9
.0
9.
2
9.
5
-
9.
6
9
.8
10
.1
-
10
.2
1
0.
4
10
.8
-
1
0.
8
11
.0
11
.4
-
H
I P
R
21
4
231
24
4
-
2
41
2
59
2
73
-
27
4
29
4
31
1
-
31
2
3
35
3
54
-
351
377
39
8
-
387
41
7
44
0
-
L
O
P
R
10
7
114
12
4
-
1
13
1
20
1
31
-
11
8
12
5
13
7
-
12
4
1
31
1
43
-
129
138
15
0
-
134
14
2
15
6
-
M
B
h
3
3.
9
35
.1
3
8.
5
-
3
3.
1
34
.3
37
.6
-
32
.3
33
.5
36
.7
-
31
.5
3
2.
7
35
.8
-
3
0.
0
3
1.
1
3
4.
0
-
2
7.
8
2
8.
8
3
1.
5
-
S
/T
0
.7
6
0.
63
0
.4
4
-
0
.79
0.
66
0.
46
-
0.
81
0.
6
7
0.
4
7
-
0.
83
0
.70
0.
48
-
0.
86
0
.7
2
0.
50
-
0
.87
0.
73
0.
50
-
D
e
lta
T
181
51
2
-
18
15
12
-
1
8
1
5
1
2
-
18
15
1
2
-
18
15
12
-
16
14
11
-
13
5
0
K
W
1.
9
8
2.
03
2.
09
-
2
.14
2.
19
2.
26
-
2.
28
2.
3
3
2.
4
0
-
2.
40
2
.45
2.
53
-
2.
50
2
.5
6
2.
64
-
2
.59
2.
65
2.
74
-
A
M
P
S
7.7
7
.9
8
.2
-
8.
3
8
.5
8.
8
-
9
.0
9.
3
9.
6
-
9.
6
9
.9
10
.2
-
10
.3
1
0.
5
10
.9
-
1
0.
9
11
.1
11
.5
-
H
I P
R
21
7
233
24
6
-
2
43
2
61
2
76
-
27
6
29
7
31
4
-
31
5
3
39
3
58
-
354
381
40
2
-
391
42
1
44
5
-
L
O
P
R
10
8
115
12
6
-
1
14
1
22
1
33
-
11
9
12
6
13
8
-
12
5
1
33
1
45
-
131
139
15
2
-
135
14
4
15
7
-
M
B
h
3
0.
9
31.
8
3
4.
4
3
7.
0
3
0.
2
31.
1
33.
6
36
.1
29
.5
30
.3
32.
8
35
.2
28.
7
29
.6
32
.0
34
.4
27
.3
2
8.
1
30
.4
32
.7
2
5.
3
26
.0
28
.2
3
0.
3
S
/T
0
.7
9
0.
71
0
.5
4
0
.3
5
0
.8
2
0.
74
0.
56
0.3
6
0.
84
0.7
5
0.5
7
0.3
7
0.
87
0.
78
0.
59
0.
38
0.
90
0
.8
1
0.
61
0.
3
9
0
.91
0.
81
0.
62
0
.4
0
D
e
lta
T
212
01
6
11
22
2
0
1
6
11
2
2
2
0
1
6
1
1
2
2
20
1
7
11
22
20
16
11
20
19
15
11
1
05
0
K
W
1
.9
4
1.
98
2
.04
2
.1
1
2
.09
2.
13
2.
20
2.
2
7
2.
22
2.
2
7
2.
3
4
2.
4
2
2.
34
2.
39
2.
47
2.
55
2.
44
2
.4
9
2.
57
2.
6
6
2
.52
2.
58
2.
67
2
.7
6
A
M
P
S
7.5
7
.7
7
.9
8.
2
8
.1
8
.3
8
.6
8.
9
8
.8
9.
0
9.
3
9.
6
9
.4
9.
6
9
.9
1
0.
3
1
0.
0
1
0.
2
1
0.
6
1
1.
0
1
0.
6
1
0.
8
1
1.
2
1
1.
6
H
I P
R
21
0
226
23
9
2
49
23
6
2
54
26
8
279
26
8
288
30
5
318
30
5
32
9
3
47
3
62
343
370
39
0
407
380
40
8
43
1
45
0
L
O
P
R
10
5
112
12
2
1
30
11
1
1
18
12
9
137
11
5
123
13
4
143
12
1
12
9
1
41
1
50
127
135
14
7
157
131
14
0
15
2
16
2
M
B
h
3
3.
5
34.
5
3
7.
3
4
0.
0
3
2.
7
33.
7
36.
4
39
.1
31
.9
32
.9
35.
6
38
.2
31.
1
32
.1
34
.7
37
.2
29
.6
3
0.
5
33
.0
35
.4
2
7.
4
28
.2
30
.5
3
2.
8
S
/T
0
.8
2
0.
74
0
.5
6
0
.3
6
0
.8
5
0.
76
0.
58
0.3
7
0.
87
0.7
8
0.5
9
0.3
8
0.
90
0.
81
0.
61
0.
39
0.
94
0
.8
4
0.
63
0.
4
1
0
.94
0.
85
0.
64
0
.4
1
D
e
lta
T
211
91
6
11
21
2
0
1
6
11
2
1
2
0
1
6
1
1
2
2
20
1
6
11
21
20
16
11
20
18
15
10
75
1
20
0
K
W
1
.9
8
2.
03
2
.09
2
.1
6
2
.14
2.
19
2.
26
2.
3
3
2.
28
2.
3
3
2.
4
0
2.
4
8
2.
40
2.
45
2.
53
2.
62
2.
50
2
.5
6
2.
64
2.
7
3
2
.59
2.
65
2.
74
2
.8
3
A
M
P
S
7.7
7
.9
8
.2
8.
5
8
.3
8
.5
8
.8
9.
1
9
.0
9.
3
9.
6
9.
9
9
.6
9.
9
10
.2
10
.6
10
.3
1
0.
5
10
.9
11
.3
1
0.
9
11
.1
11
.5
1
1.
9
H
I P
R
21
7
233
24
6
2
57
24
3
2
61
27
6
288
27
6
297
31
4
328
31
5
33
9
3
58
3
73
354
381
40
2
420
391
42
1
44
5
46
4
L
O
P
R
10
8
115
12
6
1
34
11
4
1
22
13
3
141
11
9
126
13
8
147
12
5
13
3
1
45
1
54
131
139
15
2
162
135
14
4
15
7
16
7
M
B
h
3
4.
5
35.
5
3
8.
4
4
1.
2
3
3.
7
34.
7
37.
5
40
.3
32
.9
33
.8
36.
6
39
.3
32.
1
33
.0
35
.7
38
.4
30
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3
1.
4
34
.0
36
.4
2
8.
2
29
.1
31
.5
3
3.
8
S
/T
0
.8
6
0.
77
0
.5
8
0
.3
8
0
.8
9
0.
80
0.
61
0.3
9
0.
92
0.8
2
0.6
2
0.4
0
0.
95
0.
85
0.
64
0.
41
0.
98
0
.8
8
0.
67
0.
4
3
0
.99
0.
89
0.
67
0
.4
3
D
e
lta
T
201
91
5
11
21
1
9
1
5
11
2
1
1
9
1
5
1
1
2
1
19
1
6
11
20
19
15
11
19
18
14
10
1
35
0
K
W
2
.0
0
2.
04
2
.11
2
.1
8
2
.16
2.
20
2.
28
2.
3
5
2.
29
2.
3
5
2.
4
2
2.
5
1
2.
42
2.
47
2.
55
2.
64
2.
52
2
.5
8
2.
66
2.
7
6
2
.61
2.
67
2.
76
2
.8
6
A
M
P
S
7.8
8
.0
8
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8.
5
8
.4
8
.6
8
.9
9.
2
9
.1
9.
3
9.
6
10
.0
9
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10
.0
10
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10
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10
.4
1
0.
6
11
.0
11
.4
1
1.
0
11
.2
11
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1
2.
0
H
I P
R
21
9
235
24
9
2
59
24
5
2
64
27
9
291
27
9
300
31
7
331
31
8
34
2
3
61
3
77
358
385
40
6
424
395
42
5
44
9
46
8
L
O
P
R
10
9
116
12
7
1
35
11
5
1
23
13
4
143
12
0
128
13
9
148
12
6
13
4
1
46
1
56
132
141
15
3
163
137
14
5
15
9
16
9
S
ha
d
ed
a
re
a i
s
A
C
C
A
(
T
V
A
) co
nd
iti
on
s
ID
B
:
E
nt
er
in
g
In
d
oo
r
D
ry B
ul
b
T
em
pe
ra
tu
re
K
W
=T
o
ta
l
syst
em
p
ow
er
A
M
P
S
=o
ut
do
o
r u
n
it a
m
p
s (
co
m
p
.+f
an
)
Hi
gh a
n
d
lo
w
p
re
ss
u
re
s ar
e
m
eas
ur
ed
at
th
e
liq
ui
d
an
d s
u
ct
io
n
s
e
rv
ic
e
v
al
ves
.