Electric Two-Way Valve

The Electric Two-Way Valve is an electrically actuated flow-control valve designed to regulate or shut off fluid in HVAC, water circulation, and automated pipeline systems. Its two-port configuration provides straightforward on/off or controlled flow management, making it suitable for applications where remote and automatic valve operation is required.

The electric actuator enables the valve to respond to signals from thermostats, controllers, sensors, or building management systems. This makes it a practical choice for modern heating, cooling, and fluid distribution applications.

Key Features

• Electric actuator operation enables remote and automatic control.

• Two-way flow path provides simple and efficient fluid regulation.

• Suitable for automatic HVAC and water-control systems.

• Supports reliable flow adjustment and shut-off.

• Can be integrated with controllers, thermostats, and sensors.

• Helps improve system control and operating efficiency.

• Compact design facilitates convenient installation.

Working Principle

The electric actuator receives a control signal and drives the valve between its open and closed positions. When the valve is opened, fluid flows through the pipeline; when it is closed, the flow is shut off.

Depending on the actuator and control configuration, the valve can be used for automatic on/off control or regulated flow management, providing convenient control of heating, cooling, and circulation systems.

Applications

The Electric Two-Way Valve is commonly used in:

• HVAC systems

• Air-conditioning water circuits

• Heating systems

• Chilled-water systems

• Building automation

• Fan coil units

• Water circulation systems

• Industrial fluid-control applications

Benefits

The Electric Two-Way Valve offers a convenient solution for automated fluid-flow control, combining dependable valve operation with electric actuation. Its simple two-port configuration, remote-control capability, and suitability for HVAC and building automation systems make it an effective choice for modern fluid-management applications.