Cpc Colder Products MCD1603NA Quick Disconnect Coupling Body

Product Description

The CPC COLDER PRODUCTS MCD1603NA is a brass, hose barb valved panel mount coupling body designed for quick disconnect fluid line applications. Built for the MC series, this coupling body features a 3/16-inch inside tube diameter and a chrome-plated finish. It handles pressures up to 250 psi and operates across a temperature range of -40 to 180 degrees F. Overall assembled length is 1.87 inches with an overall height of 0.75 inches. Plumbers, industrial technicians, and fluid system installers use this fitting where a panel-mounted, valved quick disconnect is required for controlled line separation.

This coupling body is suited for residential and light commercial fluid line installations where panel mounting and quick disconnect capability are required. The valved design allows the line to be disconnected without significant fluid spillage, making it appropriate for refrigeration, beverage dispensing, laboratory, and hydraulic service applications. The hose barb connection style simplifies attachment to flexible tubing with an inside diameter of 3/16 inch.

Key Features

• Valved panel mount design allows controlled line separation without significant fluid loss
• 3/16-inch inside tube diameter hose barb connection for flexible tubing attachment
• Brass construction with chrome-plated finish for corrosion resistance
• Rated to 250 psi maximum working pressure
• Wide service temperature range of -40 to 180 degrees F
• Compact footprint at 1.87 inches overall length and 0.75 inches overall height

Compatibility

Designed as an OEM-style panel mount coupling body within the CPC COLDER PRODUCTS MC series quick disconnect system, compatible with 3/16-inch inside diameter flexible hose barb tubing.

Installation Notes

Installation should be performed by a qualified plumber or fluid systems technician familiar with quick disconnect fittings. Depressurize and drain the fluid line before installing or removing the coupling body. Secure the fitting firmly through the panel using the appropriate hardware to prevent movement under pressure. Verify all connections are fully engaged and leak-tested before returning the system to service.