Value Collection 649.31379541000 Coolant Hose Valve 3/8in

Product Description

The VALUE COLLECTION 649.31379541000 is a two-piece coolant hose BSPT valve designed for use in snap-together hose systems. The valve features a female-to-female connection configuration and a body constructed from POM (polyoxymethylene), a rigid engineering thermoplastic suited for fluid handling applications. With a 3/8 inch inside diameter, this valve is sized for standard small-bore coolant lines. Installation is performed by maintenance technicians and plumbing professionals working on industrial or equipment cooling circuits.

This valve is intended for use with snap-together hose systems requiring a female-to-female BSPT connection at 3/8 inch bore size. It is sold in a two-piece package, making it suitable for replacing valves in matched pairs or for completing both ends of a hose run in a single purchase. Typical applications include light industrial coolant distribution, machine tool cooling lines, and similar low-pressure fluid systems where a quick-connect style valve interface is specified.

Key Features

• POM body construction provides rigidity and resistance to many common coolant fluids
• Female x female BSPT connection on both ends for inline installation
• 3/8 inch inside diameter matches standard small-bore snap-together hose systems
• Sold as a two-piece set for paired replacement or dual-end installations
• Lightweight at 0.05 pounds per package

Compatibility

Designed for use with snap-together hose systems requiring a 3/8 inch ID female BSPT valve connection. Confirm thread standard and hose system manufacturer specifications before installation.

Installation Notes

Installation should be performed by a qualified technician familiar with fluid system assembly. Shut down and depressurize the coolant system completely before removing or installing any valve components. BSPT threads are tapered and require appropriate thread sealant or PTFE tape to achieve a leak-free joint. Do not overtighten POM-bodied fittings, as the thermoplastic body can crack under excessive torque.