1028/2 ODF Solder Air Conditionor Refrigeration Solenoid Valve
1028/2 ODF Solder Air Conditionor Refrigeration Solenoid Valve
Technical Data:
|
Model
|
Connection
|
Dimension
|
Coil Type
|
|||
|
SAE (Flare), ODF (Solder)
|
H1
|
H2
|
L1
|
Q
|
HM2
HM3
|
|
|
1020/2
|
1/4'' SAE
|
75
|
62.5
|
58
|
-
|
|
|
1020/3
|
3/8'' SAE
|
65
|
||||
|
1028/2
|
1/4'' ODF
|
32.5
|
125
|
|||
|
1028/3
|
3/8'' ODF
|
62.5
|
125
|
|||
|
1064/3
|
3/8'' SAE
|
82
|
69.5
|
68
|
||
|
1064/4
|
1/2'' SAE
|
72
|
||||
|
1068/3
|
3/8'' ODF
|
111
|
||||
|
1068/4
|
1/2'' ODF
|
127
|
||||
|
1070/4
|
1/2'' ODF
|
91
|
75.0
|
100
|
45
|
|
|
1070/5
|
5/8'' ODF
|
106
|
||||
|
1078/4
|
1/2'' ODF
|
127
|
||||
|
1078/5
|
5/8'' ODF
|
173
|
||||
|
1078/9
|
1 1/8'' ODF
|
115
|
96.0
|
250
|
80
|
|
|
1078/11
|
1 3/8'' ODF
|
172
|
138.0
|
278
|
68
|
|
|
1090/5
|
5/8'' SAE
|
106
|
78.0
|
120
|
57
|
|
|
1090/6
|
3/4'' SAE
|
106
|
78.0
|
124
|
57
|
|
|
1079/7
|
7/8'' ODF
|
91
|
75.0
|
190
|
45
|
|
|
1079/11
|
1 3/8'' ODF
|
115
|
96.0
|
292
|
80
|
|
|
1079/13
|
1 5/8'' ODF
|
172
|
138.0
|
278
|
68
|
|
|
1098/7
|
7/8'' ODF
|
106
|
78.0
|
180
|
57
|
|
|
1099/9
|
1 1/8'' ODF
|
106
|
78.0
|
216
|
57
|
|
|
1099/11
|
1 3/8'' ODF
|
157
|
127.0
|
291
|
68
|
|
Dimension:
Replacement Castel Type Solenoid Coil:
Installation:
All the valves in this chapter can be installed on the three main branches of a plant (hot gas line, liquid line, and suction line), while respecting the limits of use and the capacities, the following functional characteristics of a solenoid valve:
1. Connection dimensions
2. PS: maximum allowable pressure of the refrigerant
3. TS: maximum / minimum allowable temperature of the refrigerant
4. TA: maximum / minimum allowable ambient temperature
5. Kv: discharge factor
6. minOPD: minimum Opening Pressure Differential. This is the minimum pressure differential between inlet and outlet at which a pilot-operated solenoid valve can open and stay opened or close and maintain the seal.
7. MOPD: maximum opening pressure differential according to AHRI STANDARD 760:2014. This is the maximum pressure differential between inlet and outlet at which a solenoid valve can open.
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