560.20-N1Y
035-16734-000
8
Unitary Products Group
TABLE 5: COOLING CAPACITY 100°F TO 110°F
1
MODEL
CED
AIR ENTERING
COOLING COIL
TOTAL
COND.
WATER
GPM
CONDENSER WATER TEMPERATURE, °F
100
110
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
62
43
5.0
10.5
58
42
5.3
10.1
80
67
56
41
4.9
9.7
53
40
5.2
9.4
56
41
51
39
4.8
9.0
48
38
5.1
8.7
68
57
46
38
4.7
8.3
43
37
5.0
8.0
060
(3 Phase)
2000
86
72
15
62
43
4.8
10.4
58
42
5.1
10.0
80
67
56
41
4.7
9.6
53
40
5.0
9.3
74
62
51
39
4.6
8.9
48
38
4.9
8.6
68
57
46
38
4.5
8.2
43
37
4.8
7.9
090
3000
86
72
22.5
91
63
7.0
10.2
85
60
7.5
9.8
80
67
84
61
6.8
9.5
78
58
7.3
9.1
74
62
76
59
6.6
8.8
71
56
7.1
8.4
68
57
68
57
6.5
8.1
64
55
7.0
7.8
120
3000
86
72
30
124
87
9.6
10.4
116
85
10.3
10.0
80
67
114
84
9.4
9.7
106
81
10.0
9.3
74
62
103
81
9.2
9.0
96
78
9.8
8.6
68
57
93
78
9.0
8.3
86
75
9.6
7.9
180
6000
86
72
45
188
134
14.7
10.6
170
128
15.4
9.9
80
67
175
130
14.4
9.9
158
125
15.1
9.3
74
62
158
126
14.2
9.1
145
122
14.8
8.7
68
57
141
122
14.0
8.4
132
119
14.6
8.1
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
