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Performance Data Sheet
AKA9455ZXD
General Information
Model AKA9455ZXD Refrigerant R-404A
Test Condition ARI Performance Test Voltage 230V ~ 60HZ
Return Gas 4.4°C (40°F) RETURN GAS Motor Type CSR
Performance Information
Evap Temp (°F)
0
5
10
15
20
25
30
Condensing Temperature (°F)
80 90 100 110 120 130 140
Btu/h 5680 4970 4260 3570 2890 2230 1590
Watts 870 903 922 928 919 895 854
Amps 4.00 4.32 4.50 4.57 4.55 4.45 4.30
Lb/h 95.9 90.7 84.7 77.9 70.2 61.6 52.2
Btu/h 6440 5670 4910 4160 3420 2700 2000
Watts 908 948 977 992 995 983 957
Amps 4.17 4.52 4.73 4.84 4.86 4.80 4.70
Lb/h 110 104 98.1 91.2 83.6 75.3 66.3
Btu/h 7320 6490 5660 4840 4040 3240 2460
Watts 944 991 1030 1050 1070 1070 1050
Amps 4.34 4.71 4.95 5.10 5.15 5.14 5.09
Lb/h 126 120 114 107 99.2 91.1 82.3
Btu/h 8310 7400 6500 5600 4720 3840 2970
Watts 979 1030 1080 1110 1140 1150 1150
Amps 4.51 4.90 5.17 5.34 5.43 5.47 5.46
Lb/h 144 138 131 124 117 109 100
Btu/h 9400 8410 7420 6430 5450 4480 3520
Watts 1010 1070 1120 1170 1200 1220 1240
Amps 4.66 5.07 5.37 5.57 5.70 5.77 5.81
Lb/h 164 158 151 144 136 128 120
Btu/h 10600 9490 8400 7310 6230 5150 4080
Watts 1050 1110 1170 1220 1260 1290 1320
Amps 4.81 5.24 5.56 5.79 5.95 6.06 6.14
Lb/h 186 179 172 164 157 149 140
Btu/h 11800 10600 9440 8240 7040 5840 4660
Watts 1080 1150 1210 1270 1320 1360 1400
Amps 4.95 5.39 5.73 5.99 6.18 6.33 6.45
Lb/h 210 202 194 187 179 170 162
COEFFICIENTS CAPACITY POWER CURRENT MASS FLOW
C1 1.150491E+04 2.303928E+02 -5.654883E+00 1.089920E+02
C2 1.959998E+02 4.942584E+00 2.830280E-02 3.723917E+00
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C3 -7.075344E+01 1.121440E+01 2.231543E-01 1.401269E-01
C4 4.389689E+00 6.836420E-02 2.273472E-04 6.260155E-02
C5 -5.212734E-01 -7.327015E-02 -3.057277E-04 -2.511123E-02
C6 -5.803280E-02 -2.953485E-02 -1.541014E-03 -3.652756E-03
C7 -1.449771E-02 1.430894E-04 -1.670596E-06 -2.949594E-04
C8 -2.198951E-02 -1.215743E-03 -3.790795E-06 -1.283505E-04
C9 -2.401469E-03 1.346103E-03 4.945288E-06 1.215348E-04
C10 4.105676E-04 -1.340478E-04 3.249307E-06 -1.742517E-06
Value = C1 + C2 * Te + C4 * Te^2 + C7 * Te^3 + (C3 + C5 * Te + C8 * Te^2) * Tc + (C6 + C9 * Te) * Tc^2 + C10 * Tc^3
Te = Evaporator Temperature
Tc = Condensing Temperature
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