1/4'' 5/2 Way Pneumatic Cylinder Valve 4V320-08 DC12V DC24V AC110V AC220V AC380V

1/4'' 5/2 Way Valve Pneumatic Solenoid Valve 4V320-08 DC12V DC24V AC110V AC220V AC380V

Service life: about 10 million times under normal use.
Maximum actuating frequency CYCLE/SEC:5
Excitation time SCC:0.05
Alternative voltage: AC AC220V AC110V AC24V AC380V AC36V
DC DC24V DC12V

Voltage range: +10% -10%
Power consumption: AC:4.5VA DC:3W
Insulation: F CLASS

Instructions:
1. check the components before use, whether they are damaged during transportation, then install and use them.
2. when installing, please pay attention to the direction of gas flow and whether the nozzle is correct.
3. Installation, pay special attention to whether the voltage meets the requirements, the whole machine debugging, it is recommended to use manual device debugging, and then power-on debugging.
4. please pay attention to dust prevention and suggest installing muffler at the exhaust port.
5.When connecting the pipeline, pay attention to the winding of the stop strip not to exceed the tooth end surface, and pay attention to the elimination of pipe joints, metal particles in the pipe, dust and oil pollution.

The following points for installation of solenoid valve 4V310-08 are as follows:
1, installation should pay attention to the arrow on the valve body should be consistent with the media flow direction. Do not install in places where there is direct drip or splash. Solenoid valves should be installed vertically.
2, solenoid valves should be guaranteed to operate normally within the 15%-10% range of the rated voltage.
3. After installing the solenoid valve, there should be no reverse pressure difference in the pipeline. It needs to be energized several times to make it warm enough to be put into operation.
4. Solenoid valve should be thoroughly cleaned before installation. The medium should be free of impurities. Filter before valve.
5, when the solenoid valve malfunctions or cleaning, to ensure that the system continues to operate, it should install bypass devices.

Working principle of 4V310-08:
There is a close cavity in the solenoid valve, and there are through holes in different positions. Each hole leads to different tubing. There are valves in the middle of the cavity and two electromagnets on both sides. Hydraulic oil enters different drain pipes and then pushes the piston of the cylinder through the pressure of the oil. The piston then drives the piston rod, which drives the mechanical device. In this way, the mechanical movement is controlled by controlling the current of the electromagnet.

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