8
SS-PCB50
P
RODUCT
S
PECIFICATIONS
INDOOR
AIR
CONDENSER AIR TEMPERATURE
75°F
85°F
95°F
105°F
115°F
SCFM
WB
Total
Kbtuh
Sens
Kbtuh
Kw
Total
Kbtuh
Sens
Kbtuh
Kw
Total
Kbtuh
Sens
Kbtuh
Kw
Total
Kbtuh
Sens
Kbtuh
Kw
Total
Kbtuh
Sens
Kbtuh
Kw
2550
72
111.8
52.8
8.36
104.6
49.6
9.29
97.5
46.3
10.23
90.3
43.0
11.17
83.1
39.7
12.10
67
103.2
63.8
7.82
96.1
61.1
8.73
89.1
58.4
9.64
82.1
55.6
10.55
75.0
52.9
11.46
62
93.9
78.5
7.46
89.0
74.1
8.30
84.0
69.8
9.14
79.1
65.5
9.98
74.1
61.1
10.82
57
90.7
85.2
7.18
85.2
79.1
8.06
79.8
73.1
8.94
74.3
67.1
9.83
68.8
61.1
10.71
3000
72
116.6
58.5
8.63
108.9
55.1
9.58
101.2
51.7
10.53
93.5
48.2
11.48
85.7
44.8
12.43
67
107.0
74.9
8.08
99.9
71.0
9.01
92.8
67.1
9.93
85.7
63.2
10.86
78.6
59.3
11.78
62
97.6
91.6
7.53
92.0
85.4
8.49
86.3
79.2
9.44
80.7
73.0
10.40
75.0
66.8
11.35
57
97.6
91.6
7.53
92.0
85.4
8.49
86.3
79.2
9.44
80.7
73.0
10.40
75.0
66.8
11.35
3450
72
119.5
62.9
8.82
111.7
59.6
9.77
103.9
56.3
10.73
96.2
53.0
11.69
88.4
49.8
12.64
67
109.9
84.2
8.28
102.7
79.7
9.21
95.6
75.2
10.14
88.4
70.7
11.07
81.3
66.2
11.99
62
103.2
97.2
7.89
97.0
90.6
8.86
90.9
83.9
9.84
84.7
77.3
10.81
78.6
70.7
11.78
57
103.2
97.2
7.89
97.0
90.6
8.86
90.9
83.9
9.84
84.7
77.3
10.81
78.6
70.7
11.78
F
AN
P
ERFORMANCE
D
ATA
(
CONT
.)
C
OMPONENT
P
RESSURE
D
ROPS
MODEL
CFM
WET COIL
ELEC. HEAT
MED. EFF. FILTERS
ECONO. RETURN AIR DAMP-
ER
090
2600
0.06
0.03
0.03
0.14
3000
0.06
0.04
0.04
0.14
3400
0.07
0.05
0.05
0.18
120
3600
0.05
0.05
0.03
0.14
4000
0.05
0.06
0.04
0.14
4400
0.05
0.08
0.04
0.14
180
5000
0.13
0.10
0.06
0.18
5400
0.13
0.12
0.06
0.21
5600
0.16
0.13
0.08
0.23
C
OOLING
C
APACITY
D
ATA
PCB090-5 (SI U
NITS
)
INDOOR
AIR
CONDENSER AIR TEMPERATURE
23.9°C
29.4°C
35.0°C
40.6°C
46.1°C
L/S
WB
Total
Cap.
Sens
Cap.
Kw
Total
Cap.
Sens
Cap.
Kw
Total
Cap.
Sens
Cap.
Kw
Total
Cap.
Sens
Cap.
Kw
Total
Cap.
Sens
Cap.
Kw
1203
22.2
32.77
15.48
8.36
30.67
14.52
9.29
28.56
13.56
10.23
26.46
12.60
11.17
24.35
11.64
12.10
19.4
30.23
18.70
7.82
28.17
17.90
8.73
26.11
17.10
9.64
24.05
16.31
10.55
21.99
15.51
11.46
16.7
27.52
23.00
7.46
26.07
21.73
8.30
24.62
20.45
9.14
23.17
19.18
9.98
21.72
17.91
10.82
13.9
26.59
24.96
7.18
24.98
23.20
8.06
23.38
21.43
8.94
21.77
19.67
9.83
20.17
17.91
10.71
1416
22.2
34.17
17.16
8.63
31.91
16.15
9.58
29.65
15.14
10.53
27.39
14.14
11.48
25.13
13.13
12.43
19.4
31.36
21.95
8.08
29.28
20.81
9.01
27.20
19.66
9.93
25.12
18.52
10.86
23.03
17.38
11.78
16.7
28.62
26.83
7.53
26.96
25.02
8.49
25.30
23.20
9.44
23.65
21.39
10.40
21.99
19.58
11.35
13.9
28.62
26.83
7.53
26.96
25.02
8.49
25.30
23.20
9.44
23.65
21.39
10.40
21.99
19.58
11.35
1628
22.2
35.01
18.42
8.82
32.73
17.46
9.77
30.46
16.50
10.73
28.18
15.54
11.69
25.90
14.59
12.64
19.4
32.19
24.67
8.28
30.10
23.35
9.21
28.00
22.04
10.14
25.91
20.72
11.07
23.81
19.40
11.99
16.7
30.24
28.49
7.89
28.44
26.54
8.86
26.64
24.60
9.84
24.84
22.65
10.81
23.03
20.71
11.78
13.9
30.24
28.49
7.89
28.44
26.54
8.86
26.64
24.60
9.84
24.84
22.65
10.81
23.03
20.71
11.78
Sensible heat capacities shown are based on 26.7°C DB entering air at the evaporator coil. For sensible heat capacities at other
than 26.7°C DB, deduct 44.32 W per 47 L/S of evaporator coil air for each degree below 26.7°C, or add 44.32 W per 47 L/S of
evaporator coil air per degree above 26.7°C.
PCB090-5 (E
NGLISH
U
NITS
)
Sensible heat capacities shown are based on 80°F DB entering air at the evaporator coil. For sensible heat capacities at other
than 80°F DB, deduct 84 BTU/h per 100 CFM of evaporator coil air for each degree below 80°F, or add 84 BTU/h per 100 CFM of
evaporator coil air per degree above 80°F.
