Pneumatic V-type regulating ball valve

The pneumatic V-type regulating ball valve is mainly used for flow regulation control in pipeline systems, suitable for working conditions that require high regulation accuracy and control stability. The valve adopts a V-shaped opening ball structure, with its flow characteristic approaching the equal percentage curve, enabling smooth and controllable flow changes within a wide opening range. It is commonly used in process control systems.

The valve operates through an electrically controlled pneumatic actuator. It can precisely adjust the valve opening according to the control signal to achieve continuous regulation. The V-shaped flow channel still has good throttling capability in part-opened state, which helps improve the regulation sensitivity and reduce flow surges, being beneficial to the stability of system operation.

The actuator can be selected according to process and safety requirements, including fault open, fault close, or fault hold position. The valve supports local operation and remote control, and can be configured with positioners, limit switches, and communication modules as needed, facilitating connection to DCS or PLC systems for centralized control and operation status monitoring.

The action time of the valve can be selected according to actual working conditions, meeting both routine regulation needs and control loops with response speed requirements. When used as a flow regulating valve, the pneumatic V-type regulating ball valve can maintain good operational stability and adaptability while ensuring control accuracy.

- V-shaped ball structure, with flow characteristics close to equal percentage

- Suitable for continuous flow regulation conditions

- Electric control mode, high regulation accuracy

- Fault states can be selected according to process requirements

- Supports local and remote control

- Can be configured with remote communication and status feedback functions

- Action time can be adjusted according to working conditions

- Process flow regulation system

- Automated process control loop

- Chemical and process industrial plants

- Pipeline systems requiring stable regulation characteristics