Dixon Valve Coupling MSCAM3 Hose Coupling 1/2 Inch Npt

Product Description

The DIXON VALVE COUPLING MSCAM3 is a universal hose coupling with female NPT ends, designed for use in fluid transfer and general plumbing applications. Constructed from malleable iron, this coupling delivers reliable performance in demanding environments. Rated to a maximum working pressure of 150 psi, the MSCAM3 accepts a 1/2 inch NPT thread connection on both ends. It is installed by licensed plumbers and pipefitters in industrial, commercial, and mechanical service applications where secure hose-to-pipe connections are required.

This coupling is suited for use in water supply lines, compressed air systems, and general fluid transfer setups. The female NPT thread configuration on both ends allows straightforward connection to male-threaded fittings, hose barbs, or pipe nipples. It is a compact, single-unit fitting well suited to maintenance and repair work in mechanical rooms, process lines, and utility connections.

Key Features

• Malleable iron construction for strength and durability in pressurized systems
• Female NPT threads on both ends for versatile connection to standard male-threaded components
• Rated to 150 psi maximum working pressure
• 1/2 inch NPT thread size for compatibility with common pipe and hose assemblies
• Universal hose coupling design for use across a range of fluid transfer applications

Compatibility

Designed as an OEM-style replacement or new-installation fitting for standard NPT-threaded hose and pipe assemblies in plumbing and fluid transfer systems.

Installation Notes

Installation should be performed by a licensed plumber or qualified pipefitter in accordance with applicable local codes and the International Plumbing Code. Shut off and depressurize the system fully before removing or installing any coupling. Apply appropriate thread sealant or PTFE tape to NPT threads before assembly and tighten to a secure, leak-free fit without overtightening, which can crack malleable iron fittings. Pressure-test the completed assembly before returning the system to service.