Electric plug valve is a common industrial valve, mainly used to control the flow and cutoff of media in pipelines. Below is a detailed introduction:
structural composition
The electric plug-in valve is mainly composed of an electric actuator, a plug-in plate, and a valve body. Electric actuators include motors, reducers, and transmission mechanisms, responsible for providing power; Insert plate is a key component for controlling the flow of media, which moves up and down or horizontally inside the valve body; The valve body is the outer shell of the entire valve, which plays a supporting and fixing role.
working principle
When the electrical equipment receives the control signal, the motor starts to work, and the gate is driven by the reducer and transmission equipment to repeat the movement in the horizontal or vertical direction, thereby achieving the opening or closing of the valve and controlling the flow of the medium.
feature
Good degree of automation: No manual operation is required, remote automatic control can be achieved through the control system, improving work efficiency and reducing labor costs.
Flexibility: The control system can be programmed as needed to adapt to various complex industrial processes and achieve fluid control under different operating conditions.
Compact structure: occupying relatively small space, suitable for installation in places with limited space.
Low energy consumption: requiring less switch quantity, energy-saving and environmentally friendly.
Excellent sealing performance: adopting soft or hard sealing structure, the gate and valve seat always maintain close contact, which can prevent medium leakage.
Application Industry
Petrochemical industry: used to control fluids in pipelines and storage tanks, achieve functions such as raw material transportation and product separation.
Wastewater treatment: regulate the flow rate of wastewater, control the liquid level and pressure during the wastewater treatment process.
Power generation industry: Control fluid media such as boiler systems and confirm the operation of power generation equipment.
Steel metallurgy: used to control fluid media under high temperature and high pressure conditions such as furnaces, converters, and heating furnaces.
Automatic production line: In conjunction with an automatic control system as an important executing component, it achieves automatic control of various industrial processes.
