Aro/ingersoll-rand CDW-30 Stacking Solenoid Valve

Product Description

The ARO/INGERSOLL-RAND CDW-30 is a stacking solenoid valve designed for use with 1/8 NPT ported pneumatic manifold systems. Stacking valves allow multiple valve bodies to be assembled side by side on a common manifold, reducing plumbing complexity and saving panel space in compressed-air control circuits. The CDW-30 includes a 30mm connector with an 18-inch lead wire, making field wiring straightforward on directional control applications. At 0.1 pounds, it is a compact, lightweight component suited for integration into multi-station valve banks. This type of valve is typically installed by industrial maintenance technicians, automation specialists, and pneumatic system integrators.

The CDW-30 is used in pneumatic control systems where modular, space-saving valve assemblies are required. Its 1/8 NPT port size makes it appropriate for low-flow directional control circuits in light industrial, manufacturing, and process automation environments. The stacking design allows it to be combined with additional valve bodies on a shared base manifold, enabling centralized air distribution without individual pipe runs to each valve station.

Key Features

• Stacking solenoid valve design for use in modular manifold assemblies
• Compatible with 1/8 NPT ported manifold systems
• 30mm connector with 18-inch lead wire for simplified field wiring
• Lightweight construction at 0.1 pounds
• Compact form factor suited for multi-station valve banks

Compatibility

Designed for use with 1/8 NPT stacking manifold systems requiring modular solenoid valve assemblies. Confirm manifold series and electrical coil voltage requirements before installation.

Installation Notes

Installation should be performed by a qualified pneumatic systems technician or industrial maintenance professional. Depressurize and lock out the compressed-air supply before removing or installing any valve body on a live manifold. Verify that the coil voltage on the CDW-30 matches the control circuit supply before energizing. Secure lead wire connections to prevent chafing against moving components or sharp manifold edges.