Norgren K81DA00KACKAC Spool Valve 0.25in Npt Air Actuated

Product Description

The NORGREN K81DA00KACKAC is a manually operated, air-actuated spool valve designed for pneumatic control applications. It features a 0.25 inch NPT inlet, a Cv rating of 1.6, and a maximum working pressure of 150 psi. The valve operates in a 3-position configuration, making it suited for directional control of compressed air circuits. It weighs 1 pound and is installed by pneumatic system technicians and industrial maintenance professionals working on fluid power and automation systems.

This valve is intended for use in compressed air systems where manual directional control is required. With a minimum working pressure of 45 psi and a maximum of 150 psi, it fits a wide range of industrial and light commercial pneumatic circuits. Typical applications include actuator control, pneumatic cylinder direction switching, and process control panels where a manually shifted spool valve provides reliable on-site flow direction management.

Key Features

• Spool valve design with air actuation for reliable directional control
• 0.25 inch NPT inlet for standard pneumatic line connections
• Cv rating of 1.6 supporting adequate flow capacity for most light-duty pneumatic actuators
• 3-position valve configuration for flexible circuit control
• Operating pressure range of 45 to 150 psi
• Compact and lightweight at 1 pound for easy panel or manifold mounting

Compatibility

Designed as an OEM-style replacement or direct-fit manually operated spool valve for compressed air systems requiring a 0.25 inch NPT, 3-position, air-actuated directional control valve.

Installation Notes

Installation should be performed by a qualified pneumatic or industrial maintenance technician. Depressurize the entire pneumatic circuit and lock out the air supply before removing or installing the valve. Ensure all fittings and port connections are rated for the system operating pressure and that thread sealant compatible with compressed air service is applied to NPT connections. Verify flow direction and position detents are correct for the intended circuit logic before returning the system to service.