Model Ambient
Evaporating ( Deg C)
(deg C)
-15
-10
-5
0
5
ZX200
27
2.84
3.61
4.18
4.95
5.87
32
2.65
3.33
4.01
4.75
5.61
38
2.38
3.11
3.81
4.55
5.37
43
1.93
2.74
3.48
4.23
5.06
ZX300
27
4.46
5.43
6.48
7.67
9.09
32
4.12
5.07
6.10
7.28
8.69
38
3.68
4.62
5.65
6.85
8.29
43
3.27
4.22
5.27
6.50
7.97
ZX400
27
5.98
7.20
8.57
10.03
11.54
32
5.46
6.73
8.13
9.62
11.16
38
4.72
6.01
7.42
8.93
10.48
43
4.09
5.37
6.78
8.27
9.80
ZX500
27
7.48
9.19
10.96
12.82
14.82
32
7.10
8.72
10.45
12.30
14.36
38
6.55
8.07
9.74
11.61
13.71
43
5.71
7.14
8.77
10.65
12.81
ZX600
27
8.50
10.41
12.49
14.72
17.80
32
7.71
9.63
11.71
13.94
16.30
38
6.42
8.42
10.57
12.85
15.26
43
7.15
9.40
11.78
14.26
ZX750
27
10.03
12.37
14.91
17.73
20.89
32
9.45
11.64
14.12
16.96
20.21
38
8.83
10.85
13.25
16.08
19.42
43
8.18
10.00
12.29
15.09
18.49
Note : Capacity at -18.3 deg C Return Gas Temperature and 0 K Subcooling
53
Summary of Contents for ZX
Page 8: ...Fig 4 The Defrost Module Fig 5 The Diagnostic Module now available without Buzzer 8 ...
Page 21: ...ZX200 300 400 Single Fan Units 21 ...
Page 22: ...ZX500 600 750 Dual Fan Units 22 ...
Page 43: ...Fig 23 Diagnostic Module and Defrost Module connected to the E2 Unit Controller 43 ...
Page 51: ...Addendum 17 2 ZX Wiring Diagram 51 ...
Page 52: ...Addendum 17 3 Capacity kW at 50Hz for Refrigerant R22 52 ...
Page 54: ...54 ...
