{jumi [valvefeaturesearch_client.js]} Tons 3 to 66.1 to 1010.1 to 20.420.5 to 35.936 to 5657 to 8081 to 100101 to 175 Pump out Discharge port size 1/2″5/8″3/4″7/8″1-1/8″1-3/8″1-5/8″2-1/8″2-3/8″2-5/8″3-1/8″4-1/8″ Ammonia Interchange port size 1/2″5/8″3/4″7/8″1-1/8″1-3/8″1-5/8″2-1/8″2-3/8″2-5/8″3-1/8″4-1/8″ Select a flow pattern
Note: Suction capacities in tons. R-134a R-22 R-410a PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: PSI: 0.5 1 2 3 4 5 0.5 1 2 3 4 5 0.5 1 2 3 4 […]
Note: Discharge capacities are in tons. R-134a R-22 R-410a PSI 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 Suction Temp Valve Size KPA 6.89 13.79 20.68 27.58 34.47 41.37 6.89 13.79 […]
Refrigerants of compounded compounds can fractionate; we recommend keeping the valve in a cabinet above freezing. Also these refrigerants can have “Glide” when one of the components boils before another. Valves operated near these flash points may have shifting problems. For specific information, contact PE Valve. Refrigerants R-12 134a (R-134a) MP39 (R-401a) 409A (R-409a) R-500 MP66 (R-401B) […]
One good rule of thumb regarding sizing of PE Valves in a system is, that the pressure drop through the valve will be equivalent to a short radius elbow plus five percent; i.e. if the actual tube size going into the valve is 7/8” (22.225 mm), then use the data for a 7/8” (22.225 mm) short radius […]
The unique design and operational features of PE 4-way valves will dramatically increase the efficiency of virtually every heat pump you manufacture. Our shear-action type valve design with a revolutionary spool and body, decrease pressure drop by more than 60% – compared to competitor valves in similar applications. Each valve maintains constant flow and minimizes pressure drop. Exclusive, […]
All PE reversing valves, 2-way, 3-way, or 4-way, work on the same basic principles. They function to cause a positive charge in the direction of refrigerant flow within the system. The pin guided interchange spool opens or shuts discharge and suction ports through the direction of pressure differentials between the high and low side of the system. The […]