Goodman SSZ 16 SEER, Техническое руководство, Страница: 14 / 33

14
COOLING PERFORMANCE DATA
SSZ160601A*
EXP
AN
DE
D PERF
O
R
M
A
NCE DAT
A
C
O
O
L
IN
G OP
E
R
A
T
IO
N
M
O
D
E
L:
S
S
Z
16
06
01
A
* /
C
A
*F
48
60
*6
A
* +
TX
V
/ M
B
E
2
00
0*
*-
1
D
e
si
gn
S
u
b
c
ool
in
g
7
±
2
°
F
@ t
h
e
li
q
ui
d s
e
rv
ic
e v
al
ve
,
A
R
I 9
5 t
e
st
c
ondi
ti
ons
O
u
tdoo
r A
m
b
ie
n
t
Te
m
p
er
a
tu
re
6
5
7
5
8
5
95
1
05
1
15
En
te
ri
n
g
In
do
or
W
e
t B
u
lb
T
e
m
p
er
at
u
re
ID
B
*
Ai
rf
lo
w
59
63
67
71
59
63
67
71
59
63
67
71
59
63
6
7
71
59
63
6
7
71
5
9
6
3
6
7
71
M
B
h
5
1.
85
2.
9
5
6.
66
0.
55
0.
65
1.
7
5
5.
2
5
9.
1
4
9.
4
50
.5
53
.95
7.
6
48
.2
49
.2
52
.6
56
.2
45
.84
6
.85
0
.05
3
.44
2
.44
3
.34
6
.34
9
.5
S
/T
0
.8
5
0
.8
0
0
.6
5
0
.4
8
0
.8
8
0
.8
3
0
.6
7
0
.5
0
0
.9
0
0.8
5
0.
6
9
0.
5
2
0.
9
3
0.
8
7
0.
71
0.
5
3
0.
9
7
0.
9
1
0.
7
4
0.
5
5
0.
9
8
0.
9
2
0.
74
0.
56
D
e
lta
T
262
52
11
72
62
5
221
7
26
25
221
72
6
25
2
2
172
62
52
2
1
7
24
2
3
20
1
6
15
7
5
K
W
3
.5
1
3.
59
3
.7
1
3.
83
3.
79
3.
87
4.
0
0
4
.14
4.
0
3
4.
13
4.
26
4.
4
1
4.
2
5
4.
3
5
4.
49
4.
6
5
4.
4
3
4.
5
4
4.
6
9
4.
8
5
4.
5
9
4.
7
0
4.
86
5.
03
A
M
P
S
1
2.
9
1
3.
2
1
3.
6
1
4.
2
1
4.
0
1
4.
3
1
4.
8
1
5.
4
1
5.
2
15
.6
16.
1
16
.7
16.
3
16.
7
17
.2
17
.9
17
.3
17
.8
18
.4
19
.1
18
.4
18
.9
19
.5
20
.3
HI
P
R
2
10
2
25
2
38
248
23
5
253
26
7
279
26
7
28
8
30
4
31
7
30
5
32
8
3
46
36
1
34
3
36
9
38
9
40
6
37
9
40
7
43
0
44
9
LO
P
R
99
1
05
1
15
122
10
4
111
12
1
129
10
9
11
5
12
6
13
4
11
4
12
1
1
32
14
1
11
9
12
7
13
9
14
8
12
4
13
1
14
4
15
3
M
B
h
5
6.
1
5
7.
4
6
1.
3
6
5.
5
5
4.
8
5
6.
0
5
9.
9
6
4.
0
5
3.
5
54
.7
58.
4
62
.5
52.
2
53.
4
57
.0
60
.9
49
.6
50
.7
54
.2
57
.9
45
.9
46
.9
50
.2
53
.6
S
/T
0
.8
8
0
.8
3
0
.6
7
0
.5
0
0
.9
1
0
.8
6
0
.7
0
0
.5
2
0
.9
4
0.8
8
0.
7
1
0.5
3
0.
9
7
0.
9
1
0.
74
0.
5
5
1.
00
0.
9
4
0.
77
0.
5
7
1.
0
0
0.
9
5
0.
77
0.
58
De
lta
T
25
24
21
17
26
25
21
17
26
25
21
17
26
25
21
17
25
24
2
1
1
7
23
2
3
20
1
6
80
1
800
K
W
3
.6
0
3.
68
3
.8
0
3.
93
3.
89
3.
97
4.
1
0
4
.24
4.
1
4
4.
23
4.
3
7
4.
5
2
4.
3
6
4.
4
6
4.
61
4.
7
7
4.
5
5
4.
6
6
4.
8
1
4.
9
8
4.
7
1
4.
8
2
4.
99
5.
16
A
M
P
S
1
3.
3
1
3.
6
1
4.
0
1
4.
6
1
4.
4
1
4.
7
1
5.
2
1
5.
8
1
5.
6
16
.0
16.
6
17
.2
16.
7
17.
2
17
.8
18
.4
17
.8
18
.3
18
.9
19
.7
18
.9
19
.4
20
.1
20
.9
H
I P
R
2
16
2
32
2
45
256
24
2
261
27
5
287
27
6
29
7
31
3
32
7
31
4
33
8
35
7
37
23
5
3
38
04
0
1
41
93
9
0
42
04
4
4
46
3
LO
P
R
1
02
1
08
1
18
126
10
8
115
12
5
133
11
2
11
9
13
0
13
8
11
8
12
5
13
7
14
51
2
3
13
11
4
3
15
21
2
7
13
61
4
8
15
8
M
B
h
5
7.
85
9.
1
6
3.
16
7.
55
6.
55
7.
7
6
1.
6
6
5.
9
5
5.
1
56
.3
60
.26
4.
3
53
.8
55
.0
58
.7
62
.8
51
.15
2
.25
5
.85
9
.64
7
.34
8
.45
1
.75
5
.2
S
/T
0
.9
2
0
.8
7
0
.7
1
0
.5
3
0
.9
6
0
.9
0
0
.7
3
0
.5
5
1
.0
0
0.9
2
0.
7
5
0.
5
6
1.
0
0
0.
9
5
0.
77
0.
5
8
1.
0
0
1.
0
0
0.
8
0
0.
6
0
1.
0
0
1.
0
0
0.
81
0.
61
D
e
lta
T
242
32
01
62
52
4
201
6
25
24
201
62
4
24
2
1
162
32
42
0
1
6
2
1
2
2
1
9
1
5
20
2
5
K
W
3
.63
3
.71
3
.83
3
.96
3
.92
4
.0
1
4
.1
4
4
.2
8
4
.1
7
4.
2
7
4.
4
1
4.
5
6
4.
4
0
4.
5
0
4.
65
4.
8
1
4.
5
9
4.
7
0
4.
8
6
5.
0
2
4.
7
6
4.
8
6
5.
03
5.
21
A
M
P
S
1
3.
4
1
3.
7
1
4.
2
1
4.
7
1
4.
5
1
4.
9
1
5.
4
1
5.
9
1
5.
8
16
.2
16.
7
17
.4
16.
9
17.
3
17
.9
18
.6
18
.0
18
.5
19
.1
19
.9
19
.1
19
.6
20
.3
21
.1
HI
P
R
2
18
2
35
2
48
259
24
5
263
27
8
290
27
8
30
0
31
6
33
0
31
7
34
1
3
60
37
6
35
7
38
4
40
5
42
3
39
4
42
4
44
8
46
7
LO
P
R
1
03
1
09
1
20
127
10
9
116
12
6
134
11
3
12
0
13
1
14
0
11
9
12
6
1
38
14
7
12
4
13
2
14
4
15
4
12
9
13
7
14
9
15
9
M
B
h
5
2.
75
3.
7
5
6.
36
0.
05
1.
55
2.
5
5
5.
0
5
8.
6
5
0.
3
51
.2
53
.75
7.
2
49
.0
50
.0
52
.3
55
.8
46
.64
7
.54
9
.75
3
.14
3
.14
4
.04
6
.14
9
.1
S
/T
0
.8
9
0
.8
6
0
.7
8
0
.6
3
0
.9
2
0
.8
9
0
.8
0
0
.6
5
0
.9
5
0.9
1
0.
8
2
0.6
7
0.
9
8
0.
9
4
0.
85
0.
6
9
1.
0
0
0.
9
8
0.
8
8
0.
7
2
1.
0
0
0.
9
9
0.
89
0.
72
De
lta
T
27
27
25
22
28
27
26
22
28
27
26
22
28
28
2
6
23
27
27
2
6
2
2
2
5
2
5
24
2
1
15
7
5
K
W
3
.5
4
3.
62
3
.7
4
3.
86
3.
82
3.
91
4.
0
3
4
.17
4.
0
7
4.
16
4.
30
4.
4
4
4.
2
9
4.
3
8
4.
53
4.
6
9
4.
4
7
4.
5
7
4.
7
3
4.
8
9
4.
6
3
4.
7
4
4.
90
5.
07
A
M
P
S
1
3.
0
1
3.
3
1
3.
8
1
4.
3
1
4.
1
1
4.
4
1
4.
9
1
5.
5
1
5.
3
15
.7
16.
3
16
.9
16.
4
16.
8
17
.4
18
.1
17
.5
17
.9
18
.6
19
.3
18
.6
19
.0
19
.7
20
.5
HI
P
R
2
12
2
28
2
40
251
23
7
256
27
0
281
27
0
29
1
30
7
32
0
30
8
33
1
3
50
36
5
34
6
37
2
39
3
41
0
38
2
41
1
43
4
45
3
LO
P
R
1
00
1
06
1
16
123
10
5
112
12
2
130
11
0
11
7
12
7
13
6
11
5
12
2
1
34
14
2
12
1
12
8
14
0
14
9
12
5
13
3
14
5
15
4
M
B
h
5
7.
15
8.
2
6
1.
06
5.
05
5.
85
6.
9
5
9.
6
6
3.
5
5
4.
5
55
.5
58
.16
2.
0
53
.1
54
.2
56
.7
60
.5
50
.55
1
.45
3
.95
7
.54
6
.74
7
.74
9
.95
3
.2
S
/T
0
.9
2
0
.8
9
0
.8
0
0
.6
5
0
.9
6
0
.9
2
0
.8
3
0
.6
8
0
.9
8
0.9
5
0.
8
6
0.6
9
1.
0
0
0.
9
8
0.
88
0.7
2
1.
0
0
1.0
0
0.
9
2
0.7
4
1.
0
0
1.0
0
0.
92
0.
75
De
lta
T
27
27
25
22
27
27
25
22
27
27
25
22
27
27
2
6
22
26
26
2
5
2
2
2
4
2
4
2
4
2
0
85
1
800
K
W
3
.6
3
3.
71
3
.8
3
3.
96
3.
92
4.
01
4.
1
4
4
.28
4.
1
7
4.
27
4.
41
4.
5
6
4.
40
4.
50
4.
65
4.
8
1
4.
5
9
4.
7
0
4.
8
6
5.
0
2
4.
7
6
4.
8
6
5.
03
5.
21
A
M
P
S
1
3.
4
1
3.
7
1
4.
2
1
4.
7
1
4.
5
1
4.
9
1
5.
4
1
5.
9
1
5.
8
16
.2
16.
7
17
.4
16.
9
17.
3
17
.9
18
.6
18
.0
18
.5
19
.1
19
.9
19
.1
19
.6
20
.3
21
.1
HI
P
R
2
18
2
35
2
48
259
24
5
263
27
8
290
27
8
30
0
31
6
33
0
31
7
34
1
3
60
37
6
35
7
38
4
40
5
42
3
39
4
42
4
44
8
46
7
LO
P
R
1
03
1
09
1
20
127
10
9
116
12
6
134
11
3
12
0
13
1
14
0
11
9
12
6
1
38
14
7
12
4
13
2
14
4
15
4
12
9
13
7
14
9
15
9
M
B
h
5
8.
86
0.
0
6
2.
86
7.
05
7.
55
8.
6
6
1.
3
6
5.
4
5
6.
1
57
.2
59
.96
3.
9
54
.7
55
.8
58
.4
62
.3
52
.05
3
.05
5
.55
9
.24
8
.24
9
.15
1
.45
4
.8
S
/T
0
.9
7
0
.9
3
0
.8
4
0
.6
8
1
.0
0
0
.9
7
0
.8
7
0
.7
1
1
.0
0
0.9
9
0.
9
0
0.7
3
1.
0
0
1.
0
0
0.
93
0.
7
5
1.
00
1.
0
0
0.
96
0.
7
8
1.
0
0
1.
0
0
0.
97
0.
79
D
e
lta
T
262
52
42
12
62
6
242
1
25
26
242
12
5
25
2
5
21
24
24
24
2
1
22
2
2
23
2
0
20
2
5
K
W
3
.6
6
3.
74
3
.8
6
3.
99
3.
95
4.
04
4.
1
7
4
.31
4.
2
1
4.
30
4.
4
5
4.
6
0
4.
4
4
4.
5
4
4.
69
4.
8
5
4.
6
3
4.
7
4
4.
9
0
5.
0
7
4.
8
0
4.
9
1
5.
07
5.
25
A
M
P
S
1
3.
5
1
3.
8
1
4.
3
1
4.
8
1
4.
6
1
5.
0
1
5.
5
1
6.
1
1
5.
9
16
.3
16.
9
17
.5
17.
1
17.
5
18
.1
18
.8
18
.2
18
.6
19
.3
20
.0
19
.3
19
.8
20
.5
21
.3
HI
P
R
2
20
2
37
2
50
261
24
7
266
28
1
293
28
1
30
3
32
0
33
3
32
0
34
5
3
64
38
0
36
0
38
8
40
9
42
7
39
8
42
8
45
2
47
2
LO
P
R
1
04
1
11
1
21
129
11
0
117
12
8
136
11
4
12
1
13
3
14
1
12
0
12
8
1
39
14
8
12
6
13
4
14
6
15
5
13
0
13
8
15
1
16
1
S
had
ed
a
re
a
is
A
R
I R
at
ing
C
o
nd
iti
on
s
ID
B
: E
n
te
ri
ng
In
do
or
D
ry
B
u
lb
T
em
p
er
at
ur
e
K
W
=
T
o
ta
l s
ys
te
m
p
ow
er
A
M
P
S
=
ou
td
o
or
u
ni
t a
m
ps
(
co
m
p.
+f
an
)
H
igh
an
d lo
w
pr
es
su
re
s
a
re
m
ea
su
re
d
a
t t
h
e li
q
ui
d an
d
su
ct
io
n
s
e
rv
ic
e
v
al
ve
s
.