Air Conditioning Fourway Reversing Valve Air Conditioning Four Way Reversing Valve Refrigeration Service Maintenance Accessory (1P)

Reliable operation under low pressure difference. and it has low pressure drop and internal leakage.
The electromagnetic coil is made of thermosetting plastic. water resistance. lightning resistance and excellent insulation performance.
More energy-saving. low temperature rise. low noise and good anti-vibration performance.
Excellent sealing performance. high energy efficiency. light weight. good vibration resistance and environmental protection.
It is used in heat pump type systems such as central. unit and room air conditioners to convert the refrigeration system and the heating system by switching the flow path of the refrigerant.

Specification:
Condition: 100% Brand New
Material: Copper
Use: From 1 to 120 ton of refrigeration. a wide range of use
Applicable Refrigerant: R22. R407C. R404A. R410A. etc.
Applicable Medium temperature: -30??~+120??
Applicable Ambient Temperature: -25??~+70??
Relative humidity: 95% RH or less
Certification: UL. VDE. PED
Type: 1P. 1.5P-2P (optional)

Package list:
1 * Air Conditioning Four-way Valve

• Reliable Operation: Ensures reliable operation even under low pressure difference. with minimal pressure drop and internal leakage for optimal performance.
• Durable Construction: Features an electromagnetic coil made of thermosetting plastic. providing water resistance. lightning resistance. and excellent insulation for long-lasting durability.
• Energy-efficient Design: Offers energy-saving performance. with low temperature rise. low noise. and good anti-vibration capabilities. reducing energy consumption and enhancing comfort.
• Superior Sealing: Delivers excellent sealing performance. high energy efficiency. light weight. and good vibration resistance for reliable and efficient operation.
• Versatile Application: Used in heat pump type systems. such as central. unit. and room air conditioners. to convert the refrigeration system and the heating system by switching the flow path of the refrigerant.