MSV Series Solenoid Valve In Refrigeration System / Normally Closed Solenoid Valve

MSV Series 1068/3 type Solenoid Valves In Refrigeration 3/8 Inch Port Size 393 g

The most important part of the chiller refrigeration system is the compressor unit. The unit contains a lot of solenoid valves, our MSV-1068/3 refrigeration solenoid valve, expansion valve, ball valve, check valve and so on.The normal operation of the entire refrigeration system is inseparable from the quality and life of each component. The refrigeration solenoid valve we provide will be sent out after 100% testing. The machine is a precision CNC lathe at the wellhead to ensure the life and quality of the product.

Technica Data:

Overall dimention of MSV-1068/3 refrigeration solenoid valve AC110V 220V DC12V 24V:

Compresser units spare parts with MSV-1068/3 brass refrigeration solenoid valve to control temperature:

Transaction Processing of MSV-1068/3 3/8'' ODF refrigerator repair parts solenoid valve:

Refrigeration system structure of chillers with MSV type 1068/3 refrigeration solenoid valves:
Refrigerants: R22 does not burn or explode. The lubricating oil dissolves with each other. Its solubility changes with the type and temperature of the lubricating oil. Therefore, the refrigeration system using R22 must have oil returning measures.

Condenser: The condenser is a heat exchange device. It uses the ambient cooling medium (air or water) to remove the heat from the high-temperature and high-pressure refrigeration vapor from the compressor, so that the high-temperature and high-pressure refrigerant vapor is cooled and condensed into a high-pressure normal temperature. Refrigerant liquid. It is worth mentioning that during the process of changing the refrigerant vapor into the refrigerant liquid, the pressure is constant and still high pressure.

Throttle element: The high-pressure normal temperature refrigerant liquid is directly sent to the low-temperature scale evaporator, and according to the saturation pressure and the saturation temperature-corresponding principle, the pressure of the refrigerant liquid is lowered, thereby lowering the temperature of the refrigerant liquid. The high-pressure normal temperature refrigerant liquid is passed through a pressure-reducing device, a throttling element, to obtain a low-temperature low-pressure refrigerant, which is then sent to the evaporator for heat absorption and evaporation. The chiller uses a capillary tube and an expansion valve as a throttling element.

Protective device:

1. Automatic alarm device for water shortage
2. the temperature is too low, anti-icing protection device
3. Insufficient water flow protection device
4. Automatic temperature control system

5. Phase loss and reverse phase protection devices
6. Compressor overload protection device
7. High and low pressure protection devices
 

Welcome to your inquiry!