Norgren 5CV-010-000 Rotary Selector Valve 2-way 10-position

Product Description

The NORGREN 5CV-010-000 is a manually operated rotary selector valve designed for precise flow control in pneumatic systems. It features a detented rotary switch actuator that locks into each position, providing repeatable positioning without drift. The valve operates on a 2-way design with a Cv rating of 0.03, making it suitable for low-flow pneumatic circuit applications. Ports are located at the back of the valve body and use a UNF 10-32 threaded connection. This valve is typically installed by pneumatic system technicians, automation specialists, and industrial maintenance professionals.

The 5CV-010-000 is used in pneumatic control panels, test fixtures, and multi-circuit selector applications where a single operator needs to route flow to one of multiple positions. Its 10-position detented design suits applications requiring defined, repeatable selection between circuit paths. Back-port orientation simplifies panel mounting and routing in confined enclosures.

Key Features

• Detented rotary switch actuator locks positively into each of 10 positions
• 2-way valve design for straightforward open or routed flow paths
• Cv rating of 0.03 for controlled low-flow pneumatic circuits
• UNF 10-32 back-port threaded connections for panel-mount installations
• Manual operation with no external power or pilot signal required

Compatibility

Designed as an OEM-style replacement or direct-install component for pneumatic selector valve applications requiring a 10-32 UNF threaded, back-port, 10-position rotary detent valve.

Installation Notes

Installation is typically performed by qualified pneumatic technicians or industrial maintenance personnel. Depressurize and lock out the pneumatic system before removing or installing any valve. Ensure thread engagement is appropriate for the UNF 10-32 port size and that fittings are rated for the system operating pressure. Verify the Cv rating is compatible with the required flow rate before installation.