Plunger Pulse Solenoid Air Valve

Plunger Pulse Solenoid Air Valve Optipow 135 is one type of plunger pulse solenoid air valve, and the big difference is there is no springs in it.

Key features:

Introduction to the main parts:

Body: It is also called valve house or valve body and this is the main part of the entire plunger pulse solenoid air valve, usually made of a durable material such as aluminium or cast steel, which contains and protects most of the other components, such as plunger, rubber disc and O-rings.

Plunger: this is a movable part, which can move upside and downside, usually is made of durable materials such as glass fabric or ceramic, and its role in a plunger pulse solenoid air valve is to control the flow of gas.

Pulse Solenoid: This is a component used to create a magnetic force that moves the plunger when the solenoid is energized.

Spring: This is a component which is mostly used to help return the plunger to its original position.

Main Parts of Plunger Pulse Solenoid Air Valve:

The material of main parts of Plunger Pulse Solenoid Air Valve:

Dimesion sketch and assembly：

Other products of similar plunger pulse solenoid air valve:

The principle of operation of plunger pulse solenoid air valve

The principle of operation of plunger pulse solenoid air valve is as follows: When the solenoid valve is closed, the spring pushes the plunger to the bottom of SMCC quality plunger pulse solenoid air valve body, blocking the gas outlet. When the solenoid valve is energized, it generates a magnetic force which overcomes the spring force and pushes the plunger upwards, thus opening the plunger pulse solenoid air valve and allowing the gas to flow. When the solenoid valve is de-energized, the spring pushes the plunger back to the bottom again, and the plunger pulse solenoid air valve is closed.

Package of plunger pulse solenoid air valve:

Wide Application of plunger pulse solenoid air valve:

The wide application of plunger pulse solenoid air valve is mainly due to its excellent performance and unique structure.

First of all, the plunger pulse solenoid air valve has good sealing performance and can achieve zero leakage when it is closed. This is because the plunger pulse solenoid air valve uses the principle of dynamic sealing and static sealing. The dynamic sealing is achieved by the sealing ring on the plunger, which seals the gap between the plunger and the valve house when the plunger moves. The static sealing is achieved by the static sealing ring in the valve body, which seals the gap between the valve body and the pipeline when the plunger is in a static state.

Secondly, the plunger pulse solenoid air valve has good responsiveness. When the solenoid is excited, the plunger will be attracted and move to the opposite direction, which will help open the valve. When the solenoid is demagnetized, the plunger will return to its original position under the action of spring force, which will close the valve. Therefore, the plunger pulse solenoid air valve can quickly respond to the control signal.

Finally, the plunger pulse solenoid air valve has good adaptability to different environments. It can be used in various industries and different environments due to its unique structure and material selection. In addition, it has low noise and small size, so it is easy to install and operate.

In general, with excellent performance and unique structure, the plunger pulse solenoid air valve is widely used in various industries: Power plant, Glass factory, Aluminium plant, Cement plant, Powder coating and Car manufacturing plant.