The solenoid valve M-3SED6UK1X/350CG220N9K4/V/60 is a direct-acting directional control valve that operates via electromagnetic means, capable of achieving fluid startup, shutdown, and directional control. The valve is primarily composed of a housing, coil, seat, and closing elements, which work together to complete the fluid control task.

The M-3SED6UK1X/350CG220N9K4/V/60 solenoid valve features a manual emergency operation function, which means that in the event of power failure to the electromagnetic coil, the user can manually switch the valve to ensure the normal operation of the system. This design significantly enhances the safety and reliability of the valve.

The initial position of the valve (normally open “UK” or normally closed “CK”) is determined by the arrangement of the springs. When the solenoid valve is de-energized, the spring will push the closing element to move, placing the valve in a predetermined position. This design allows the valve to meet various control requirements under different working conditions.

Features and Advantages:

1. Precise Control: Through the precise control of electromagnetic force, fine regulation of fluid flow can be achieved.

2. Fast Response: The valve has a quick response speed and is suitable for applications that require rapid switching.

3. High Reliability: The direct-acting design reduces the resistance of the valve core movement, improving the reliability and lifespan of the valve.

4. Manual Emergency Operation: Even without power, emergency operation can be performed manually, enhancing the safety of the system.

The cavity behind the closing element is connected to the oil port P and is sealed off from the oil port T. This allows the valve to compensate for pressure according to the actuating force (coil and spring), ensuring stable operation of the valve under various pressure conditions.

In summary, the solenoid valve M-3SED6UK1X/350CG220N9K4/V/60 is a reliable and versatile directional control valve with electromagnetic operation, manual emergency function, adjustable initial position, and pressure compensation capability. These features make it widely applicable in the field of industrial automation, providing a convenient and efficient solution for fluid control.