Dixon Valve Coupling MSCAM11 Hose Coupling 1 Inch

Product Description

The DIXON VALVE COUPLING MSCAM11 is a 1-inch universal hose coupling with hose ends, constructed from malleable iron for reliable performance in fluid transfer applications. Rated to a maximum working pressure of 150 psi, this coupling is designed for industrial and commercial hose connections where durability and leak-free performance are required. The malleable iron body resists deformation under load, making it suitable for demanding service environments. Plumbers, pipefitters, and industrial maintenance technicians are the typical installers of this type of fitting.

This coupling is used in a range of fluid handling and hose assembly applications including water supply, general industrial fluid transfer, and maintenance operations. It is suited for both commercial and light industrial settings where a secure, standardized hose connection is needed. The universal design accommodates common hose end configurations, simplifying replacement and integration into existing hose assemblies. The 1-inch size is a common working diameter across a wide variety of hose and piping systems.

Key Features

• 1-inch nominal size fits standard hose end assemblies
• Malleable iron construction provides strength and resistance to deformation
• 150 psi maximum working pressure rating
• Universal hose coupling design for broad fitment
• Includes hose ends for complete, ready-to-install assembly

Compatibility

Designed as an OEM-style replacement or standard universal hose coupling for 1-inch hose end applications in industrial and commercial fluid transfer systems.

Installation Notes

Installation should be performed by a licensed plumber or qualified pipefitter familiar with hose fitting assemblies. Depressurize and drain the system fully before removing or installing any hose coupling. Use appropriate thread sealant or tape where required by the fitting configuration and applicable plumbing codes. Do not exceed the rated maximum working pressure of 150 psi during operation or testing.