Haoyuan Vacuum Pressure Regulator Valve Water Pneumatic

Haoyuan vacuum pressure regulator valve water pneumatic

The electric flow and pressure regulating valve is a device for dividing and merging or switching flow directions. It adopts a top mounted structure, which reduces the connection bolts of the valve body itself under high pressure and large diameter conditions, enhances the reliability of the valve, and can overcome the impact of system weight on the normal operation of the valve. Electric flow and pressure regulating valve is a valve that can achieve flow and pressure control. It controls the opening of the valve through an electric actuator, thereby achieving regulation of flow and pressure. Electric flow and pressure regulating valves are widely used in fluid control systems in industries such as chemical, petroleum, natural gas, and power. The electric flow and pressure regulating valve mainly consists of valve body, valve core, electric actuator, sensor and other components. The valve body is the main part of a valve, usually made of materials such as cast iron, steel, stainless steel, etc. The valve core is a key component of a valve, usually made of wear-resistant materials. Electric actuators are the control part of valves, usually composed of motors, reducers, limit switches, etc. The sensor is the monitoring part of the valve, which can monitor flow and pressure in real-time and provide data feedback to the control system. The electric flow and pressure regulating valve has the advantages of wide adjustment range, high accuracy, fast response speed, and high reliability. It can achieve automatic control and remote control, greatly improving the efficiency and stability of the fluid control system.

Technical parameters: 

Our products have become products of 3-High: high technology, high standard, high quality.

Porfessional selection guidance;

Remote technical support;

Professional presale and aftersales service;

Sample order is acceptable.

How can we get more details?

Welcome to contact us for further information: