Air On
Cooling
Coil
Temperature of Air on Condenser
95
°F 105°F 115°F
Total
Cap.,
MBH
Power
Input,
KW
Sensible Capacity, MBH
Total
Cap.,
MBH
Power
Input,
KW
Sensible Capacity, MBH
Total
Cap.,
MBH
Power
Input,
KW
Sensible Capacity, MBH
CFM
WB
°F
Entering Dry Bulb,
°F Entering Dry Bulb, °F Entering Dry Bulb,°F
86 80 74 68 86 80 74 68 86 80 74 68
H4CE090/K4EU090
3600
72 100 9.0 75 57 - - 94 9.4 72 55 - - 87 9.9 68 52 - -
67 94 8.5 90 73 55 - 88 8.9 86 70 53 - 81 9.4 81 66 50 -
62 88 8.1 88 87 70 53 82 8.5 82 82 67 51 75 8.9 75 75 53 48
57 83 7.9 83 83 82 65 77 8.2 77 77 77 62 70 8.5 70 70 70 59
3000
72 98 8.9 68 53 - - 92 9.3 67 51 - - 85 9.8 61 48 - -
67 92 8.4 81 66 51 - 86 8.8 77 63 49 - 79 9.3 72 59 46 -
62 86 8.0 86 78 63 49 80 8.4 80 74 60 47 73 8.8 73 69 56 44
57 81 7.8 81 81 73 59 75 8.1 75 75 69 56 68 8.4 68 68 65 52
2400
72 95 8.6 60 47 - - 89 9.0 57 45 - - 82 9.5 53 42 - -
67 89 8.2 71 58 45 - 83 8.6 67 55 43 - 76 9.0 62 51 40 -
62 83 7.8 80 68 55 43 77 8.2 76 64 52 41 70 8.5 70 59 48 38
57 78 7.6 78 75 63 51 72 7.9 72 71 59 48 65 8.2 65 65 55 44
H4CE090/K3EU120
4200
72 - - - - - - - - - - - - - - - - - -
67 102 9.0 101 83 64 - 95 9.5 95 80 62 - 88 10.1 88 77 60 -
62 96 8.6 96 94 80 61 89 9.1 89 89 77 59 82 9.6 82 82 74 57
57 90 8.3 90 90 90 76 83 8.7 83 83 83 73 76 9.1 76 76 76 70
3500
72 106 9.2 77 60 - - 99 9.8 84 58 - - 92 10.4 71 56 - -
67 100 8.8 92 75 58 - 83 9.3 88 72 56 - 86 9.9 84 69 54 -
62 94 8.5 94 89 72 55 87 8.9 87 85 69 53 80 9.4 80 80 66 51
57 88 8.2 88 88 85 68 81 8.5 81 81 81 65 74 8.9 74 74 74 62
2800
72 102 9.0 68 53 - - 95 9.5 66 51 - - 88 10.1 62 49 - -
67 96 8.6 81 66 51 - 89 9.1 77 63 49 - 82 9.6 73 60 47 -
62 90 8.3 90 78 63 48 83 8.7 83 74 60 46 76 9.1 76 70 57 44
57 85 8.0 85 85 74 59 78 8.3 78 78 70 56 71 8.7 71 71 66 53
H2CE120/K3EU120
4800
72 134 12.5 101 78 - - 126 13.0 97 75 - - 117 13.6 92 71 - -
67 126 12.0 121 99 76 - 118 12.5 116 95 73 - 109 13.1 109 90 69 -
62 118 11.6 118 117 95 73 110 12.1 110 110 91 70 101 12.6 101 101 86 66
57 112 11.2 112 112 111 89 104 11.6 104 104 104 85 95 12.1 95 95 95 81
4000
72 131 12.3 92 72 - - 123 12.8 88 69 - - 114 13.4 83 65 - -
67 123 11.8 109 90 70 - 115 12.3 104 86 67 - 106 12.9 98 81 63 -
62 115 11.4 115 105 86 67 107 11.9 107 100 82 64 98 12.4 98 94 77 60
57 109 11.0 109 109 99 80 101 11.4 101 101 94 76 92 11.9 92 92 89 72
3200
72 127 12.0 81 64 - - 119 12.5 77 61 - - 110 13.1 72 57 - -
67 119 11.5 95 79 62 - 111 12.0 90 75 59 - 102 12.6 84 70 55 -
62 111 11.1 107 91 75 59 103 11.6 100 86 71 55 94 12.1 93 80 66 52
57 105 10.7 105 101 85 69 97 11.1 97 94 80 65 88 11.6 88 88 75 61
H2CE120/K1EU180
5600
72 - - - - - - - - - - - - - - - - - -
67 139 12.7 139 114 89 - 130 13.2 130 110 86 - 120 13.8 120 106 83 -
62 131 12.3 131 131 110 85 122 12.8 122 122 106 82 113 13.3 113 113 102 79
57 124 11.9 124 124 124 104 115 12.4 115 115 115 100 106 12.9 106 106 106 96
4600
72 144 13.0 106 83 - - 135 13.5 102 80 - - 125 14.1 98 77 - -
67 136 12.5 127 104 81 - 127 13.0 122 100 78 - 117 13.6 116 96 75 -
62 128 12.1 128 123 100 77 119 12.6 119 118 96 74 110 13.1 110 110 92 71
57 121 11.7 121 121 117 94 112 12.2 112 112 112 90 103 12.7 103 103 103 86
3600
72 139 12.7 94 74 - - 130 13.2 90 71 - - 120 13.8 86 68 - -
67 131 12.2 112 92 72 - 122 12.7 107 88 69 - 112 13.3 102 84 66 -
62 123 11.8 123 108 88 68 114 12.3 114 103 84 65 105 12.8 105 98 80 62
57 117 11.4 117 117 102 82 108 11.9 108 108 97 78 99 12.4 99 99 92 74
SYSTEM COOLING CAPACITIES AND POWER REQUIREMENTS
Blower Motor KW x
3.415 MBH
KW
= Blower Motor Heat (MBH)
Nominal Rating
All Sensible Capacity
NOTE: These capacities are gross ratings. For net capacities, determine the KW requirement of the supply air blower motor per the published BLOWER PERFORMANCE data. Convert
KW to MBH per the following equation and deduct this equivalent heat from the gross cooling ratings.
The KW input ratings listed above include the compressor and condenser fan motor(s).
550.23-TG1Y
4 Unitary Products Group
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