BS5163 Electric Actuator Resilient Seated Gate Valve

1. Basic structure

The electric valve consists of two parts:

Upper part: electric actuator (drive device, providing switching power)

Lower part: valve body (control medium flow)

2. Core features

Large action torque: stronger driving force than ordinary electric valves, suitable for high pressure or large flow scenarios.

Adjustable switching speed: supports flexible adjustment of valve opening and closing speed.

High reliability: pneumatic buffer design reduces the risk of jamming and damage (Note: the description of "gas source" here may be confused with the original text. The actual electric valve does not require an air source. This feature may belong to pneumatic valves).

Easy maintenance: simple structure, low failure rate, easy to repair.

3. Application scenarios

Industrial control: Factories with high control accuracy requirements (such as chemical industry and energy) are often equipped with independent compressed air stations to support pneumatic instruments, but the electric valve itself relies on electricity to operate.

Flow regulation: The valve opening can be accurately controlled by electrical signals to achieve flow regulation.

Simply put, an electric valve uses an electric actuator to control the valve, thereby realizing the opening and closing of the valve. It can be divided into two parts, the upper part is the electric actuator, and the lower part is the valve. The action torque is larger than that of an electric valve. The opening and closing action speed of the electric gate valve can be adjusted. The structure is simple and easy to maintain. During the action process, due to the buffering characteristics of the gas itself, it is not easy to be damaged by getting stuck, but there must be an air source, and its control system is also more complicated than that of an electric valve. The electric gate valve is sensitive to response, safe and reliable. Many factories with high control requirements set up compressed air stations specifically for pneumatic instrument control components. Electric means that it requires electricity and can control its flow.