4R310-10 Pneumatic 3/8" PT 5 Way 2 Postion Air Hand Lever Operated Valve Pneumatic Solenoid Valve Manual Control Push-Pull (3/8" PT)

The 4R310-10 Pneumatic Hand Lever Operated Valve is a reliable and versatile component designed for precise air flow control in pneumatic systems. Featuring a 5-way, 2-position configuration, this valve offers flexible directional control to suit a wide range of industrial and mechanical applications. The push-pull manual hand lever allows for straightforward operation without the need for an external power source, making it ideal for situations where manual override is essential. Constructed from durable aluminum with a plastic exterior finish, this valve is built to withstand demanding conditions while remaining lightweight. The 3/8" NPT threaded ports ensure a secure and leak-free connection, and the compact dimensions of 4.4 x 1.57 x 3.26 inches make it easy to integrate into tight spaces. With a maximum operating pressure of 145 PSI (0.15–0.8 MPa), it delivers consistent and dependable performance. CE certified, this valve meets recognized safety and quality standards, making it a trustworthy choice for your pneumatic control needs.

• 5-WAY 2-POSITION DESIGN: This model 4R310-10 pneumatic valve offers versatile air flow control with a 5-way, 2-position configuration for reliable directional control.
• MANUAL PUSH-PULL OPERATION: Features a hand lever-operated push-pull mechanism, allowing convenient manual control of air flow without the need for electrical power.
• DURABLE ALUMINUM CONSTRUCTION: Built from high-quality aluminum with a plastic exterior finish, this valve is designed for long-lasting performance in demanding pneumatic systems.
• 3/8" NPT THREADED PORTS: Equipped with 3/8" NPT threaded inlet and outlet connections for easy, secure installation and compatibility with standard pneumatic fittings.
• SPECIFICATIONS: Operating pressure range of 0.15 to 0.8 MPa (up to 145 PSI); dimensions are 4.4 in x 1.57 in x 3.26 in, making it compact and easy to integrate into existing systems.