|Place of Origin:||CHINA NINGBO|
|Minimum Order Quantity:||2 sets|
|Price:||$25-$45 per set|
|Packaging Details:||Inner Boxes,Carton,Pallet|
|Delivery Time:||About 6 days|
|Payment Terms:||L/C, T/T, Western Union,Paypal, MoneyGram|
|Supply Ability:||4500 sets per month|
|Port Size:||1/4'' SAE Connection||Material:||Brass|
|Power:||Solenoid||Temperature Of Media:||-10°C-100°C|
|Application:||Chiller, Cooling System,Freezer And So On||Structure:||Diaphragm|
|Pressure:||0.05MPa~2.5MPa||Standard Or Nonstandard:||Standard Or Customized|
MSV-1020/2 1/4'' Inch SAE Refrigeration Electromagnetic Valve AC220V/DC24V Solenoid Coils
In the refrigeration system, each valve member needs to cooperate with each other to complete the normal operation of the system. All EVR/MSV refrigeration solenoid valves operate only when installed in the correct direction (for example, in the direction indicated by the arrow).
Normally, the solenoid valve installed in front of the thermal expansion valve must be close to the thermal expansion valve. This avoids the occurrence of a liquid hammer when the solenoid valve is open.
Make sure the tubing around the valve is properly installed to prevent cracking. When installing the coil, simply press the coil on the armature until you hear a click. This means that the coil has been installed correctly.
The coil can be removed by inserting a screwdriver between the valve body and the coil. Then use a screwdriver as a lever to loosen the coil.
Technical data of MSV-1020/2 G1/4'' inches SAE refrigeration electric solenoid valve:
Main dimension diagram of MSV series 1020/2 refrigeration solenoid valve in chillers:
Working processing diagram of MSV type 1020/2 solenoid valve with AC220V/DC24V Solenoid Coils:
Shippment,packing and transporting of MSV-1020/2 1/4 Inch SAE electric solenoid valve in refrigeration:
What are differents of air cooler and direct cooler with MSV 1020/2 refrigeration solenoid valve?
The difference between air-cooled and direct-cooled is similar to the refrigerator used in your home, which is cooled by the copper tube on the inner wall of the refrigerator. The air-cooled air conditioner like your home is cooled by the cold air blown out.
Direct cooling units
The natural convection at low temperature on the surface of the evaporator reduces the temperature inside the tank, but the temperature is not uniform. More energy-saving, the same volume, the effective volume is large. The advantages of direct cooling technology are low manufacturing costs, good freshness and low power consumption, but non-drawer freezers sometimes require manual defrosting. The direct cooling type consumes less power, has low noise, low price, and keeps fresh foods fresh; the speed is slow and the temperature uniformity is poor. Mainly in the Chinese and European markets.
Air cooling units
The air-cooled technology freezer does not need to be defrosted, clean and refreshing, and the cold air is forcibly blown into the space of the box by the air duct, causing circulation and uniform temperature. The automatic defrosting of the freezer compartment has low humidity, uniform cooling to achieve precise temperature control, and the food does not freeze together, greatly reducing the phenomenon of mutual odor. Its shortcoming is that the air-cooling technology is costly and consumes a lot of electricity; the food is easy to dry and dehydrated, and is suitable for use in wet areas. The power consumption is higher than the direct cooling type, and the effective volume is small under the same volume. The air-cooled type has a fast freezing speed, no frost (automatic defrosting), food preservation, and uniform temperature; but it consumes a large amount of electricity, has high noise, and is expensive. Mainly in the United States, Japan, South Korea and the South China market.
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