Cooling capacities, Тб 1, З'зт – Carrier 48SS User Manual
Page 14: Зт'з, E w b
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COOLING CAPACITIES
48SS018
TEMP (F)
AIR ENT
COND
525/0.10
EVAP AIR - CFM/BF
6ЦЦ/Ц"i^ [” 67Ж13
Evap Air — Ewb (F)
48SS036
TEMP (F)
AIR ENT
COND
62
67
72
62
67
72
62
67
72
62
67
72
62
67
TC
■i5”r
"17 4 ‘ 190
16 0
17 6
19 2
Тб 1
178
193
TC
33 6'
37 6
41 f
342
'зГз'
85
SHC
13 6
11.2
87
14 4
11 8
90
15 1
124
92
85
SHC
30 5
25 4
199
32 5
27 1
kW
1.76
1 80
1 85
1 81
1 86
1 90
1 86
1 91
1 95
kW
3 72
3 86
3 99
3 81
3 95
TC
15 3
169
185
15.5
17 0
187
156
17 1
188
TC
31 2
35 5
39 3
31 9
36 0
95
SHC
13 4
11 1
86
14 2
11 6
89
149
12 2
9 1
95
SHC
29 4
24 7
19 1
31 4
26 2
kW
1 90
1.95
2 00
1 95
2 00
2 05
2 01
2 05
2 10
kW
3.90
4.05
4 18
3 99
4.14
TC
146
16 2
17.9
149
16 3
180
14 9
16.4
180
TC
28 8
33 2
37 2
30.0
33 7
105
SHC
13 2
109
84
140
11 4
86
14 6
12.0
88
105
SHC
28 2
23 8
184
30.0
25 4
kW
2 05
2 10
2 15
2 10
2 15
2 20
2 15
2 20
2 25
kW
4 08
4 23
4 39
4 17
4 32
TC
13 8
15 5
17 1
14 1
15 6
17.3
143
15 7
174
TC
26.7
30.9
34 7
28 1
31 3
115
SHC
12 8
106
8 1
13 6
11 2
84
142
11 7
87
115
SHC
26.7
22.9
175
28 1
24.5
kW
2 20
2 26
2 31
2 25
2 31
2 37
2 31
2 36
2 42
kW
4 26
4 41
4 57
4 37
4 50
1050/0.07
EVAP AIR - CFM/BF
Evap Air
.08
1350/0.09
Ewb (F
72
62
67
72
T 42 3
34 8
38.7
42.6
20 7
34.2
28.5
21.4
4 08
3 90
4.03
4.15
40 2
32 8
36 4
40 4
> 20 1
32 8
27 7
20 8
4 29
4 09
4 22
4 36
7 37 6
31 1
34 0
37.9
19 2
31 0
26 8
20 0
4 48
4 29
4 41
4 56
35 0
29 2
31 6
35 2
183
29.2
25 9
190
4.66
4 48
4 58
4 73
48SS024
TEMP (F)
AIR ENT
COND
48SS042
EVAP AIR - CFM/BF
700/0.06
800/0.07
900/0.08
Evap Air — Ewb (F)
TEMP (F)
AIR ENT
COND
62
67
72
62
67
72
62
67
72
62
67
72
62
67
72
62
67
TC
'22T
25T'' '278'
23Ö“
25 6
283"" 23 4
26.0
28 7
TC
40 3
44 2
47 9
41 1
44 9
48 5
41 8
45 4
85
SHC
19 8
16 6
13 2
21.2
176
137
22 3
18.6
14.2
85
SHC
36 1
30 0
23 5
38 3
31 7
24 3
40 2
33 2
kW
2 51
2 60
2 69
2 56
2 65
2 75
2 62
2 71
2 80
kW
4 28
4 43
4 57
4 38
4 52
4 66
4 48
4 61
TC
21 1
23 6
26 3
21 5
24 0
26 6
21 9
24 4
27 0
tc
38 0
41.8
45 3
38 8
42 5
45 9
39 4
43 0
95
SHC
19 3
16 1
12 7
20 5
17 1
13 1
21 5
18 1
137
95
SHC
34 9
29 2
22 5
37 1
30 9
23 4
38 9
32.5
kW
2 63
2 73
2 84
2 69
2 82
2 89
2 75
2 85
2 95
kW
4 50
4 67
4 81
4 61
4 77
4 91
4 71
4 87
TC
196
22 0
24 6
20 0
22 4
25 0
20 5
22 6
25 3
TC
35 7
39 3
43 0
36.4
39 9
43 3
37 2
40.4
105
SHC
18 5
15 5
12 1
19 7
16 5
127
20 5
174
13 2
105
SHC
33 8
28 2
21 8
35.8
29 9
22 5
37 2
31 5
kW
2 74
2 86
2 97
2 81
2 92
3 03
2 88
2 97
3 09
kW
4 73
4 90
5 08
4 84
5 01
5 17
4.94
5 10
TC
179
20 3
22 9
186
20 6
23 2
19 2
20 9
23 5
TC
33 3
36 7
40 1
34 1
37 2
40 4
35 0
37 6
115
SHC
17 6
14 9
11 6
185
15 9
12 2
19 2
16 9
127
115
SHC
32 5
27 2
20 7
34 1
28 8
21 4
35.0
30 4
kW
2 85
2 97
3 10
2 93
3 03
3 16
3 01
3 09
3 21
kW
4 94
5 12
5 30
5 06
5 23
5 39
5 18
5 32
EVAP AIR - CFM/BF
1225/0.11
X ___________ [_
Evap Air — Ewb (F)
1575/0.14
72
49 0
25 0
4 75
46 4
24 2
5 00
43" 7
23.4
5.26
40 8
22 3
5 49
48SS030
TEMP (F)
AIR ENT
COND
EVAP AIR - CFM/BF
875/0.08
1000/0.09 "
J
n‘l'257Ö'lÖ
^
Evap Air — Ewb (F)
85
TC
SHC
kW
62
'275
25 2
3 01
67
3Ö 7'
21 0
3 09
72
з'зТ'
16 3
3 16
62
28 O'
26 8
3 07
67
'ЗГ1
22 3
3 15
72
'34“Ö“
169
3 22
62
28 4“
28 2
3 13
67
'зТ'з
23 4
3 20
TC
25 8
28 8
31 7
26 3
29 2
32 3
26 9
29 4
95
SHC
24 4
20 4
15 6
25 9
21 6
164
26 9
22 7
kW
3.16
3 25
3 33
3 23
3 32
3 40
3 30
3 37
TC
23 9
26 9
29 9
24 6
27 2
30 1
25 3
27 5
105
SHC
23 4
19 6
150
24 6
20 9
15 6
25 3
22 1
kW
3 30
3 40
3 49
3 38
3 46
3 54
3 45
3 52
TC
21 9
24 8
27 6
22 9
25 0
28 0
23 6
25 2
115
SHC
21 9
18 8
14 2
22 9
20 1
150
23 6
21 2
kW
3 44
3 53
3 62
3 52
3.59
3 89
3 59
3 64
72
34 5
17 6
3 28
32 4"
16 9
3 44
30*5
164
3 61
28 1
156
3 74
LEGEND
BF
— Bypass Factor
Ewb — Entering Wet-Bulb
kW
— Total Unit Power Input
SHC — Sensible Heat Capacity, 1000 Btuh
TC
— Total Cooling Capacity, 1000 Btuh (net)
NOTES
1 Ratings are net, they account for the effects of the indoor-fan motor
power and heat.
2 Direct interpolation is permissible Do not extrapolate
3 The following formulas may be used
sensible capacity (Btuh)
1 10 X cfm
Wet-bulb temperature corresponding to enthalpy of air
leaving indoor coil (h|v^,p)
total capacity (Btuh)
4
5 X cfm
= Enthalpy of air entering indoor coil
F edb temperature of air entering indoor
^Idb “
t|wb =
h|wb =
Where
*edb
h ewb
^ ^ e w b
The SHC is based on 80
coil
Below 80 F edb, subtract (corr factor x cfm) from SHC
Above 80 F edb, add (corr factor x cfm) to SHC
Correction Factor = 1 10 x (1 - BF) x (edb - 80)
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