AT40/AT52 Pneumatic Actuator 90 Degree Double Acting for Pneumatic Ball Valve, Aluminum Body Industrial Automation Valve Actuator for(GT63)

Premium Pneumatic Control: The AT40 Pneumatic Actuator delivers reliable 90° rotating double acting performance for ball valves, butterfly valves, and three-way ball valves with 11*11mm shaft compatibility, engineered from lasting aluminum alloy construction that resists oxidation and maintains For integrity across -20 to 80 operating temperatures while handling 0.3-0.7MPa nominal pressure in industrial automation applications.
Multi-Layer Durability Construction: Features thickened valve body with multi-layer electroplating treatment and four-degree polishing process that creates smooth, beautiful superficies with clear markings, while the reinforced aluminum structure guarantees break-resistant performance and stable operation in process control environments, power plants, and machinery applications without compromising For stability during extended use.
Versatile Industrial Compatibility: Designed for corner type layout with DC current input signal control, this pneumatic actuator integrates seamlessly with normal pressure environments at room , providing suitable solutions for industrial automation systems, process control scenarios, and power generation facilities where precise valve positioning and consistent performance are critical requirements.
Professional Grade Operation: Operates efficiently within standard pneumatic energy systems, delivering stable performance through pneumatic double acting mechanism that maintains consistent torque throughout the 90° rotation cycle, while the aluminum alloy construction guarantees long-lasting reliability in demanding machinery applications where precise control and repeatable positioning are necessary for operational success.
Ready Installation: Package includes 1 AT40 pneumatic actuator with clear specifications and mounting compatibility for immediate integration into existing valve systems, while the corner type configuration allows flexible installation in space-constrained applications, and the robust construction insures minimal maintenance requirements for continuous industrial operation in automation and process control environments.