York 144771 S1-025-41020-000 "3/8x3/8 R-22 5Ton TXV 31""Cap"

VLV,TXV,3/8ODF X 3/8ODF,EVAP,(DANFOSS)

The SECU-R-VAL S1-025-41020-000 is a valve type 3/8ODF X 3/8ODF, EVAP Solenoid valve. It has a venting capacity of 5 tons. This Solenoid valve is designed for use in commercial refrigeration and air conditioning equipment used in the food industry. It conforms to UL standards and it has service factors of 2.5 @ 125 psi. The maximum working pressure of the SECU-R-VAL S1-025-41020-000 is 5000 psi, compressive load of under 5 tons, -

Designed for commercial use applications, the YORK 144771 series of liquid chilled TXV expansion valves has a maximum design pressure of 135 PSI with a service rating of 95 PSI. It is a double ported, hermetic style TXV that is designed to flow 460-920 SCFM and measures 3/8""OD ODF on the inlet port and 3/8""OD ODF on the outlet port with a rated differential of 8 PSI.

The York® 144771 S1-025 is a R-22 TXV. It measures 3/8 X 3/8. The TEMPERATURE GAUGE is an EVAPORATOR TEMPERATURE with a REACTION TO EXTERIOR THERMOSTAT.

The YORK 144771 S1-025-41020-000 ("3/8x3/8 R-22 5Ton TXV 31""Cap") air conditioning equipment is designed to deliver the ultimate in temperature control for any commercial building under high load conditions. The larger coils correspond to York's ability to handle heavier loads without sacrificing quality.

Use this Compressor on your next HVAC project. The York 144771 S1-025-41020-000 is a 3/8x3/8 R-22 5Ton TXV 31"Cap and comes with a 1 year warranty.

The YORK 3/8" Capillary Tube connects a refrigerant line to a capillary tube of a manifold that has a 1/4" female NPT connection.

As America turns to more energy efficient and environmentally friendly ways to keep our country safe and our homes warm, new high efficiency HVAC products such as YORK's Efficient Top® R-410A programmable thermostatic expansion valves (TXV) are designed to meet the demand. These innovative devices combine superior performance with HEPA filter efficiency which results in greater comfort and lower energy use.