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Model No.: MSV-1064/3
Brand: BRANDO
Actuator: Electric
Connection Form: Thread
Type: Pilot Operated
Material: Brass
Valve Structure: Pilot Membrane Structure
Power Supply: AC Solenoid Valve
Usage: Temperature Control
Standard: GB
Inlet Port Size: G3/8'' Inch
Application: Refrigeration Spare Parts For R407c R410a R22 R134a
Packaging: Box/Carton/Pallet
Productivity: 1120 sets/ 1 week
Transportation: Ocean,Land,Air
Place of Origin: NINGBO CHINA
Supply Ability: 4550 /set per month
Certificate: CE/GB
Port: Zhoushan,Yiwu,Ningbo
Payment Type: L/C,T/T,Paypal,Money Gram,Western Union
Incoterm: FOB,CFR,CIF,EXW
1064/3 MSV Series Diaphragm Pilot Solenoid Valve
After purchasing the MSV Refrigeration Solenoid Valves, you need to know the color of the wires in the cable. The yellow/green wire is always the ground wire. The wire for each color is not a phase line but a neutral line. Make sure the coil data (voltage and frequency) corresponds to the supply voltage. If it does not correspond, the coil may be burnt. Always ensure that the valve matches the coil. For systems where the valve must remain closed (not energized) during most of the operating time, an NC solenoid valve should be used. For systems where the valve must remain open (not energized) during most of the operating time, a NO solenoid valve should be used. The NO solenoid valve cannot be replaced with an NC solenoid valve.
Technical information of 1064/3 MSV Flare Refrigeration Solenoid Valve:
Model No. Castel type MSV-1064/3 series Connection G 3/8'' Inch SAE Refrigerant R407C, R410A, R22, R134a Media temperature -40℃-105℃ Max. opening pressure 25 Bar Min. opening pressure 0.5 Bar Working pressure 30 bar KV values 0.8 m³/h Height 82 mm Length 68 mm
Compressor units working processing with MSV-1064/3 3/8'' Refrigerator Solenoid Valve:
Producing view of Castel type MSV-1064/3 chiller solenoid valve for R407c, R410a, R22,R134a medium:
Carton and pallet packing view of MSV type 1064/3 electric solenoid valve For Refrigeration Suction Line,Flare:
Fresh-keeping cabinet with 1064/3 MSV Series Diaphragm Pilot Solenoid Valve?
The structure of the rolling compressor of the fresh-keeping cabinet is mainly composed of a motor, a rolling piston, an eccentric shaft, a sliding piece, a spring, an air suction hole, an exhaust valve piece, etc. (no suction valve piece).
The slider of the fresh-keeping cabinet is equal in height to the cylindrical rotor, the cylinder height is slightly higher than the rotor, the cylinder head is covered with a cylinder head, and there is a certain gap between the piston end surface and the cylinder head plane, so that the piston and the slider can be freely in the cylinder. Movement, there are suction and exhaust holes on the cylinder block on both sides of the cylinder groove, the suction hole has no suction valve, and the refrigerant vapor directly enters the suction hole of the cylinder from the steam pipe. In order to prevent liquid blow, a gas-liquid separator is arranged on the suction pipe; an exhaust valve is arranged on the exhaust port, and the gas in the cylinder is discharged into the casing, so that the inside of the casing is a high-pressure gas zone, and then the high-pressure gas is further composed of a shell. The body enters the exhaust passage.
Fruit storage cabinet
The fresh-keeping cabinet rolling piston compressor is generally a vertical structure. The compressor is installed in the lower part of the fresh-keeping cabinet. The motor is in the upper part. The outer part of the whole cylinder is almost immersed in the lubricating oil. The cylindrical piston is installed in the cylinder and is placed on the eccentric shaft. Eccentric turn, eccentric axis. For the shaft to drive the piston in the cylinder along the cylinder wall surface of the cylinder wall has a through slot, the slot is equipped with a slider, the slider and the rotor fit in the slot sliding, under the action of the spring force and the rolling rotor outer wall surface The dynamic seal is formed by contact, and the crescent-shaped space between the rolling rotor and the cylinder wall is divided into a helium chamber and a compression chamber. During the process of rotating the eccentric shaft around the center of the cylinder, the helium chamber completes the intake process, and the compression chamber completes the compression. And the exhaust process.
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Product Categories : Refrigeration Solenoid Valve > Castel Type Solenoid Valve
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.