Parker PPB6VUC6-MG Ball Valve 3/8 Inch Push-to-connect

Product Description

The PARKER PPB6VUC6-MG is a bi-directional manual ball valve designed for 3/8 inch push-to-connect tubing applications. The polypropylene body provides chemical resistance suited to fluid-handling systems, and the lever handle allows quick quarter-turn shutoff. At 2.67 inches in length and weighing under 0.1 pounds, this compact valve fits in tight installations where space is limited. It is installed by HVAC technicians, plumbers, and refrigeration mechanics who need reliable inline flow control without threaded fittings.

This valve is suited for residential and light commercial applications where push-to-connect tubing is used for water, refrigerant lines, or similar fluid circuits. The bi-directional design allows installation without concern for flow direction, simplifying rough-in and service work. The push-to-connect x push-to-connect end connections accept 3/8 inch outside diameter tubing, making it compatible with standard poly or nylon tubing used in HVAC condensate, water treatment, and plumbing systems.

Key Features

• Bi-directional flow — no orientation requirement during installation
• Push-to-connect x push-to-connect ends accept 3/8 inch OD tubing
• Polypropylene body resists corrosion and common cleaning chemicals
• Lever handle provides fast quarter-turn open/close operation
• Compact profile at 2.67 inches long for use in confined spaces

Compatibility

Designed as an OEM-style replacement valve for systems using 3/8 inch outside diameter push-to-connect tubing in HVAC, plumbing, or water treatment applications.

Installation Notes

This valve is typically installed by licensed plumbers or HVAC technicians. Shut off system pressure and depressurize the line before removing or installing the valve. Ensure tubing is cut cleanly and squarely, and that the tube is fully seated in each push-to-connect fitting before restoring flow. Follow applicable plumbing and mechanical codes for the jurisdiction where the work is performed.