Cooling capacities (cont) – Carrier 48SS User Manual
Page 15
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COOLING CAPACITIES (cont)
48SS048
TEMP (F)
AIR ENT
COND
EVAP AIR - CFM/BF
14ЦЦ/Ц.08 I 1600ЖТ0 I
Evap Air — Ewb (F)
1800/0.11
62
67
72
62
67
72
62
67
72
fc
43 8
48 3
52 9
44 5
49 1
53 7
45 1
49 6
53 9
85
SHC
39 4
32 7
25 6
41 9
34 6
26 4
44 1
36 4
27 1
kW
4 76
4 85
4 95
4 87
4 97
5 07
4 99
5 08
5 17
TC
41 9
46 4
50 9
42 6
47 0
51 7
43 3
47 5
52 2
95
SHC
38 6
32 1
24 8
41 1
33 9
25 9
43 1
35 9
26 8
kW
5 17
5 28
5 38
5 29
5 40
5 50
5 41
5 51
5 61
tc
39 3
44 2
48 8
40 1
44 7
49 2
41 2
45 2
49 6
105
SHC
37 3
31 2
24 1
39 7
33 1
25 1
41 2
35 1
26 0
kW
5 61
5 73
5.83
5 74
5 85
5.95
5 87
5 96
6 06
TC
36 6
41 5
46 4
37 7
42 4
47 0
39 0
42 8
47 4
115
SHC
35 9
30 2
23 4
37 6
32 4
24 3
39 0
34 2
25 4
kW
6 08
6 22
6.34
6 22
6 34
6 45
6 36
6 46
6 57
48SS060
EVAP AIR - CFM/BF
TEMP (F)
AIR ENT
COND
1750/0.03 [ 2Ö0O/0.Ц4 | 225Ц/0.Ц5
Evap Air — Ewb (F)
62
67
72
62
67
72
62
67
72
tc
55 0
62 Ö'
69“4
56 3
63 1
70 5
58 2
63 9
71 3
85
SHC
52 4
43 7
34 2
56 1
46 7
35 8
58 1
49 5
37 4
kW
6 14
6 33
6 53
6 32
6 50
6 70
6 52
6 67
6 88
TC
51 8
58 8
66 2
53 6
59 6
67 3
55 6
60 2
68 1
95
SHC
51 0
42 4
33 2
53 5
45 3
34 8
55 6
48 2
36 3
kW
6 62
6 82
7 05
6 83
7 00
7 22
7 03
7 17
7 39
TC
48 7
55 1
62 9
51 0
56 0
63 9
53 Ö
56 7
64 5
105
SHC
48 7
41 1
32 1
50 9
44 0
33 7
52 8
46 9
35 3
kW
7 17
7 37
7 60
7 39
7 54
7.78
7.59
7 71
7 95
TC
45 8
52 0
59 5
48 5
52 8
60 5
50 4
53 4
60 8
115
SHC
45 8
40 0
30 9
48 4
42 8
32 6
50 3
45 6
34 1
kW
7 77
7 94
8 19
7.98
8 12
8 36
8 18
8 29
8 43
LEGEND
Bypass Factor
Entering Wet-Bulb
Total Unit Power Input
Sensible Heat Capacity, 1000 Btuh
Total Cooling Capacity, 1000 Btuh (net)
BF -
Ewb —
kW
SHC
TC -
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 (hi^b)
total capacity (Btuh)
4 5
X
cfm
Where hgwb = Enthalpy of air entering indoor coil
The SHC is based on 80 F edb temperature of air entering indoor
coil
Below 80 F edb, subtract (corr factor x cfm) from SHC
Above 80 F edb, add (con factor x cfm) to SHC
Correction Factor = 1 10 x (1 - BF) x (edb - 80)
t|db
*lwb
h|wb “ h ewb ~
15