Dixon Valve Coupling MSCAM7 Hose Coupling 3/4 in Npt

Product Description

The DIXON VALVE COUPLING MSCAM7 is a universal hose coupling with male NPT ends, designed for connecting hoses and fluid transfer lines in industrial and trade service applications. Constructed from malleable iron, it delivers the strength and durability required for demanding environments. The 3/4 inch NPT thread standard ensures straightforward compatibility with standard pipe and hose fittings. Rated to a maximum working pressure of 150 psi, this coupling is suited for moderate-pressure fluid handling systems. It is installed by plumbers, pipefitters, and maintenance technicians working on water, air, and general-purpose fluid lines.

This coupling is intended for use in residential, commercial, and light industrial settings where a reliable male NPT hose end connection is required. Typical applications include irrigation systems, compressed air lines, water supply connections, and general fluid transfer setups. The universal design allows it to integrate into a wide range of hose and pipe configurations using standard 3/4 inch NPT fittings.

Key Features

• Malleable iron construction for strength in high-use environments
• 3/4 inch NPT thread standard for broad fitting compatibility
• 150 psi maximum pressure rating suitable for moderate-pressure systems
• Universal hose coupling design with male NPT ends on both sides
• Compact and lightweight at 0.1 pounds for easy handling during installation

Compatibility

Designed as an OEM-style replacement or new-installation hose coupling for standard 3/4 inch NPT plumbing, irrigation, and compressed air systems.

Installation Notes

Installation should be performed by a licensed plumber or qualified pipefitter in accordance with applicable plumbing codes such as the IPC. Shut off the fluid supply and depressurize the line completely before removing or installing any coupling. Apply thread sealant or PTFE tape to the NPT threads before assembly to ensure a leak-free connection. Do not overtighten, as malleable iron threads can crack under excessive torque.