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
