035-16734-000
560.20-N1Y
Unitary Products Group
7
TABLE 4: COOLING CAPACITY 80°F TO 90°F
1
MODEL
CED
AIR ENTERING
COOLING COIL
TOTAL
COND.
WATER
GPM
CONDENSER WATER TEMPERATURE, °F
80
90
CFM
TEMP. °F
TOT.
MBH
SENS.
MBH
Kw
2
WATER
RANGE
°F
TOT.
MBH
SENS.
MBH
Kw
2
WATER
RANGE
°F
DB
WB
060
(1 Phase)
2000
86
72
15
69
45
4.4
11.2
65
44
4.7
10.8
80
67
63
43
4.3
10.4
59
42
4.6
10.0
56
41
57
41
4.2
9.6
54
40
4.5
9.3
68
57
52
40
4.1
8.8
49
39
4.4
8.6
060
(3 Phase)
2000
86
72
15
69
45
4.2
11.1
65
44
4.5
10.7
80
67
63
43
4.1
10.3
59
42
4.4
9.9
74
62
57
41
4.0
9.5
54
40
4.3
9.2
68
57
52
40
3.9
8.7
49
39
4.2
8.5
090
3000
86
72
22.5
102
68
6.2
11.0
97
66
6.6
10.6
80
67
94
65
6.0
10.2
89
63
6.4
9.9
74
62
86
62
5.8
9.4
81
61
6.2
9.1
68
57
77
60
5.7
8.6
73
59
6.1
8.4
120
3000
86
72
30
139
93
8.4
11.2
132
90
9.0
10.8
80
67
128
90
8.2
10.5
121
87
8.8
10.1
74
62
118
87
8.0
9.7
110
84
8.6
9.4
68
57
107
84
7.8
8.9
100
81
8.4
8.6
180
6000
86
72
45
211
146
13.4
11.4
203
140
14.0
11.2
80
67
195
139
13.1
10.6
187
135
13.7
10.4
74
62
175
133
12.8
8.7
168
130
13.5
9.5
68
57
154
127
12.6
8.8
149
125
13.3
8.6
1.
These capacities are gross ratings. For net capacities, determine the Kw requirements of the supply air blower motor per Table 8.
Convert kW to MBH per the following equation and deduct this equivalent heat from the gross cooling ratings.
BLOWER MOTOR kW x (3.415 MBH / kW) = Blower Motor Heat (MBH)
2.
Compressor kW only. For total unit kW, add the kW requirement of the supply air blower per Table 8.
Nominal Rating