Solenoid valve manufacturers talk about the difference between pulse solenoid valve and ordinary solenoid valve

Pulse solenoid valve is different from ordinary solenoid valve, mainly in the following two points:

1. The general solenoid valve only discharges fluid very much; the pulse solenoid valve has a storage release process.

2. General solenoid valve (Electromagneticvalve) The industrial equipment used for electromagnetic control is used to control the fluid automatically. It belongs to the actuator, not limited to hydraulic. Pneumatic. Industrial control system for adjusting media orientation, flow, velocity and other parameters. Pulse solenoid valve refers to a diaphragm valve controlled by a pilot valve such as electromagnetic or pneumatic, which can immediately open and close the high-pressure gas source to generate pulses. Through the delay effect of airflow resistance and air capacity, the long signal is input into the pulse signal of the stainless steel explosion-proof solenoid valve.

The difference between pulse solenoid valve and ordinary solenoid valve

The difference between solenoid valve and pulse valve

1. Solenoid valves discharge fluid only very much; pulse valves have a storage release process.

2. Electromagnetic valve (Electromagnetic valve) is an industrial equipment used for electromagnetic control, which is used to control fluid automatically. It belongs to the actuator, not limited to hydraulic. Pneumatic. Used in industrial control systems to adjust media orientation, flow, speed and other parameters.

The normally closed direct acting solenoid valve can be matched with different circuits to achieve the desired control, and the control accuracy and flexibility can be ensured. There are many types of solenoid valves, and different solenoid valves play a role in different positions of the control system. The most commonly used are throttle valves, safety valves, azimuth control valves, speed control valves, etc.

3. Pulse valve refers to a diaphragm valve controlled by a pilot valve such as electromagnetic or pneumatic, which can immediately open and close the high-pressure gas source to generate pulses. Through the airflow resistance and air volume delay, the input long signal becomes a pulse signal.