AT40/AT52 Pneumatic Actuator 90 Degree Double Acting Valve with Aluminum Body, Compatible with Ball & Butterfly Valves for Industrial(AT52)

Premium Aluminum Construction: Crafted from high-grade aluminum alloy with multi-layer electroplating and four-degree polishing process, this AT40/AT-52 Pneumatic Actuator 90 Degree features a thickened valve body design that resists oxidation and breakage, guaranteeing lasting performance in demanding industrial environments while maintaining a smooth, professional appearance with clear, For easy-to-read markings for operational For simplicity.
Reliable Double Acting Operation: Engineered with stable pneumatic control system operating at 0.3-0.7MPa nominal pressure, this rotating double acting pneumatic ball valve actuator delivers consistent 90-degree rotational movement with high reliability, suitable for process control applications, industrial automation systems, and power plant operations where dependable performance is critical.
Wide Range Capability: Designed to function effectively in ambient temperatures ranging from -20 to 80, this corner-type pneumatic actuator maintains stable performance across varying conditions, making it suitable for diverse industrial settings from cold storage facilities to warm production environments without compromising operational integrity.
Versatile Valve Compatibility: Available in multiple shaft configurations including AT40, AT52, GT52 (11*11mm shaft hole), and GT63 (14*14mm shaft hole) models, this pneumatic actuator is compatible with ball valves, butterfly valves, and three-way ball valves, offering flexible integration options for machinery and industrial automation systems requiring precise pneumatic control.
Professional-Grade DC Control: Features DC current input signal control system with normal pressure operation at room , providing precise control for automated valve operations in manufacturing and industrial processes, while the robust aluminum construction insures minimal maintenance requirements and extended service life in continuous-use applications.