Legris 0491 04 13 Manual Ball Valve Bspp Brass

Product Description

The LEGRIS 0491 04 13 is a manual brass ball valve designed for inline flow control in compressed air, pneumatic, and fluid distribution systems. It features a male-by-female BSPP end connection configuration with a short handle actuator, allowing quarter-turn on/off operation in tight plumbing or pneumatic panel installations. The brass body construction provides corrosion resistance suitable for air, water, and light hydraulic fluid service. This valve is installed by licensed plumbers, pipefitters, and pneumatic system technicians working on industrial and commercial fluid handling circuits.

This valve is well suited for pneumatic distribution panels, compressed air manifolds, and general-purpose plumbing lines where BSPP threaded connections are the standard. The male-by-female port orientation makes it easy to integrate inline without adding extra fittings or adapters. The short handle design keeps the installed footprint compact, an advantage in panel-mount or rack-style pneumatic systems where clearance between components is limited.

Key Features

• BSPP end connections for compatibility with British Standard Parallel Pipe threaded systems
• Male x female port configuration for direct inline installation
• Brass body construction for corrosion resistance in air and water service
• Short handle design for operation in space-constrained installations
• Quarter-turn ball valve operation for fast, positive shutoff

Compatibility

Designed as an OEM-style replacement or new-installation manual ball valve for BSPP-threaded pneumatic and fluid distribution systems.

Installation Notes

Installation should be performed by a qualified plumber or pipefitter familiar with BSPP threaded connections and applicable piping codes. Shut off and depressurize the system fully before removing any existing valve or fitting. Apply appropriate thread sealant rated for the service fluid to all BSPP male threads before assembly. Do not exceed the rated pressure and temperature limits for the valve body material.