Bryant 580D Product Information Manual page 27

580D090 (7 1 ⁄ TONS)
2
Temp (F)
2250/0.07
Air Entering
Condenser
(Edb)
72 67 62
TC 102.8 94.8 86.2 105.8 98.2 90.0 106.4 99.0 90.8 109.2 101.6 93.6
75 SHC 49.4 61.8 73.2
kW 7.14 6.82 6.50
TC 98.2 90.2 81.6 101.8 93.6 85.2 102.6 94.4 86.0 104.6
85 SHC 48.0 60.2 71.2
kW 7.66 7.34 7.00
TC 93.8 85.2 76.6
95 SHC 46.4 58.2 68.8
kW 8.18 7.84 7.48
TC 88.4 79.8 70.8
105 SHC 44.6 56.2 66.0
kW 8.68 8.30 7.98
TC 82.8 73.8 66.0
115 SHC 42.6 53.8 63.2
kW 9.16 8.78 8.42
580D102 (8 1 ⁄ TONS)
2
Temp (F)
2550/0.08
Air Entering
Condenser
(Edb)
72 67
TC 116.6 108.4 99.0 119.2 111.3 101.8 120.1 112.8 103.6 122.3 114.8 106.3
75 SHC 71.9 61.9 75.9
kW 7.77 7.57 7.38
TC 113.3 104.2 94.0 115.7 106.9
85 SHC 54.0 67.7 80.4
kW 8.46 8.22 7.96
TC 109.1 99.3 87.3 111.2 102.0
95 SHC 52.6 65.9 77.4
kW 8.90 8.97 8.68
TC 103.3 94.0 81.4 105.9
105 SHC 50.5 54.0 74.5
kW 9.74 9.43 9.08
TC 97.7 87.9 75.9
115 SHC 48.7 61.7 71.9
kW 10.33 9.97 9.61 10.46 10.10
Standard Ratings
LEGEND
BF — Bypass Factor
Edb — Entering Dry-Bulb
Ewb — Entering Wet-Bulb
kW — Compressor Motor Power Input
Ldb — Leaving Dry-Bulb
Lwb — Leaving Wet-Bulb
SHC — Sensible Heat Capacity (1000 Btuh) Gross
TC — Total Capacity (1000 Btuh) Gross
PERFORMANCE DATA (cont)
COOLING CAPACITIES (cont)
Air Entering Evaporator — Cfm/BF
2800/0.09 3000/0.10
Air Entering Evaporator — Ewb (F)
72 67 62 72 67
52.6 67.8 81.6 53.6 69.8 84.0
7.28 6.98 6.68 7.32 7.04 6.72
51.6 66.4 79.6 52.8 68.6 82.0
7.82 7.50 7.18 7.86 7.54 7.22
97.0 88.4 80.0 97.6 89.0 81.2
50.2 64.6 77.2 51.4 66.8 79.0
8.36 8.00 7.64 8.40 8.04 7.70
91.0 82.8 74.6 91.6 83.4 76.0
48.2 62.6 74.2 49.4 64.8 75.6
8.80 8.46 8.14 8.86 8.50 8.20
85.2 76.8 69.6 85.6 77.4 71.0
46.4 60.4 69.6 47.8 62.6 71.0
9.30 8.92 8.64 9.34 8.96 8.72
Air Entering Evaporator — Cfm/BF
3000/0.10
Air Entering Evaporator — Ewb (F)
62 72 67 62 72
75.2 65.1 81.4 80.5
7.86 10.68 7.44 7.89
97.0 117.2 108.7
56.3 72.5 87.1 58.2
5.54 8.31 8.04 8.60
91.4 112.5 103.6
55.0 70.9 84.9 57.1
8.99 9.06 8.79 9.06
96.3 84.6 107.4
53.5 69.1 81.4 55.8
9.85 9.54 9.21 9.92
99.9 90.4 78.8 101.3
51.8 66.9 78.1 54.0
9.75 10.54 10.18
3750/0.12
62 72 67 62
58.2 77.4 92.2
7.46 7.18 6.86
96.8 89.6
56.8 76.0 89.4
7.98 7.68 7.40
99.4 91.2 85.2
55.6 74.4 85.2
8.50 8.16 7.92
93.8 85.4 80.6
54.2 72.4 80.6
8.98 8.64 8.42
87.6 79.4 76.0
52.8 70.4 75.8
9.48 9.10 8.94
3400/0.11 4250/0.135
67 62 72 67
68.0 85.6 32.7 73.9
6.72 7.51 7.97 7.80
98.8 120.1 111.0 101.8
76.4 92.5 62.9 84.2 101.0
8.38 8.12 8.72 8.48
93.7 115.3 105.8 107.4
75.1 90.3 62.2 83.2
9.12 8.86 4.76 9.24
97.7 87.9 109.4 99.9
73.1 86.6 60.4 81.4
9.60 9.29 10.03 9.72
91.8 82.4 102.9 93.8
71.2 82.3 58.5 79.4
9.88 10.61 10.30 10.10
NOTES:
1. Direct interpolation is permissible. Do not extrapolate.
2. The following formulas may be used:
t ldb = t edb −
t lwb = Wet-bulb temperature corresponding to enthalpy of air leav-
ing evaporator coil (h lwb )
h lwb = h ewb −
Where: h ewb = Enthalpy of air entering evaporator coil
3. The SHC is based on 80 F edb temperature of air entering evapo-
rator 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).
27
62
94.4
7.60
8.23
97.3
9.00
92.8
92.8
9.48
88.3
88.2
sensible capacity (Btuh)
1.10 x cfm
total capacity (Btuh)
4.5 x cfm