Analysis of Quanrui Electromagnetic Valve Seat The main components of an electromagnetic valve include:

Electromagnet. The core component of an electromagnetic valve consists of an iron core and a coil. When the coil is energized, it generates a magnetic field that attracts or pushes the valve core, thereby controlling the flow of the medium.

Valve body. The external shell is usually made of materials such as cast iron, cast steel, forged steel, etc., and has the function of connecting pipelines and carrying the internal components of the valve.

Valve core. The key component for controlling the flow of media, as a movable component, the movement of the valve core realizes the opening and closing control of the valve.

Coil. The component that generates a magnetic field is composed of wires wound around the iron core, which controls the movement of the valve core.

Magnetic pole. Components that enhance the performance of electromagnets, concentrate electromagnetic force, and reduce magnetic leakage.

Spring. The component that controls the position of the valve core helps to reset the valve core after the electromagnet is powered off.

Sealing gasket. The component that ensures the internal fluid sealing of the solenoid valve.

Catheters. The pipeline responsible for medium transmission should be designed considering the characteristics of the medium, flow velocity, etc.

Action. This includes the iron core, valve stem, and valve head. When powered on, the valve stem moves downward to open the valve, and when powered off, the valve core quickly bounces back to close the valve.

Stator. Including the structure of the iron core and coil, positioning and stabilizing the electromagnetic valve.

In addition, electromagnetic valves can be classified according to different standards such as the medium in the controlled pipeline, operating conditions, internal structure, material used, pressure of the medium in the pipeline, medium temperature, and working voltage.