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Double-Acting Pneumatic Actuated Ball Valve

  • freeamfva jack
    • 3250 posts
     
    June 23, 2022 10:49 PM EDT

    Double-Acting Pneumatic Actuated Ball Valve
    The actuator uses compressed air to both open and close the ball valve. This is the most popular option and the best choice for the majority of applications. In the event of a power loss, the actuator will return the ball valve to the closed position.Get more news about pneumatic actuated valve,you can vist our website!
    Compressed air is used to open the ball valve. When air pressure is a removed, a failsafe spring forces the ball valve closed. In the event of a power or compressed air failure, the valve will return to the closed position.
    A Gemini Valve industry first, these ball valves combine the service life of our double-acting models with the failsafe feature of spring-return models. The actuator operates as a double-acting actuator, but includes spring return modules to ensure the valve fails closed in the event of power or compressed air loss.
    A solenoid valve is used to pilot air to the pneumatic actuator to automate the flow of media. All pneumatic actuated ball valves require some form of air control valve to operate. Our GP Solenoid Valves flush mount to the actuator via a NAMUR-compatible interface and act as an integral component of the assembly. This component is optional and may not be required if a solenoid bank or other air control device is utilized.
    Pneumatic actuated ball valves are found in factories and manufacturing facilities. They are also commonly used on OEM equipment where compressed air is accessible, such as liquid filling equipment or automotive fluid fill systems.

    Designed for high cycling, our Performance Automation Series of pneumatic actuated ball valves offers exceptional service life in a compact, low-cost package.These ball valves feature a superior valve-to-actuator mounting system and space-saving design. Additional features include:

    Double-Acting, Double-Acting with Failsafe & Spring-Return Models
    Proven Rack & Pinion Design
    1/2 to 1 Second Cycle Time
    Aluminum Body with Hard Anodized Surfaces
    Temperature: -30° to 350°F (Model Dependent)
    Air Supply Required: 60 to 125 psi
    Air Supply Connections: (2) 1/8″ NPT or NAMUR Interface
    Optional Integral Solenoid Valves & Limit Switches