1/2" Brass Manual Shutoff Valve, Male

The Watts 0006643 2T-M2 Washing Machine Shutoff Valve is a heavy-duty manual control valve engineered for professional plumbing installations. Designed for reliable water isolation in washing machine supply applications, this valve features a 1/2-inch male pipe thread (MPT) connection and a corrosion-resistant brass body. The unit incorporates a lever handle actuator for positive shutoff, maintaining system integrity under continuous service conditions up to 150 PSI and 180 °F.

Details

• Model Number: 0006643
• Manufacturer: Watts
• Product Type: Manual Washing Machine Shutoff Valve
• Part Number: 2170
• Series: 2T-M2
• Connection Type: 1/2 inch Male Pipe Thread (MPT)
• Body Material: Brass
• Actuator Type: Lever Handle
• Media: Water
• Maximum Working Pressure: 150 PSI
• Maximum Operating Temperature: 180 °F
• Operation: Quarter-turn manual control
• Application: Washing machine water supply shutoff and general plumbing isolation
• Compliance: Meets applicable ASME and ANSI plumbing component standards

Professional Specifications

The Watts 2T-M2 valve is constructed from precision-machined brass for superior strength and corrosion resistance in potable and non-potable water systems. Its 1/2-inch MPT inlet provides compatibility with standard pipe threads for direct connection to supply lines or washing machine outlet boxes. The lever handle allows smooth, quarter-turn manual operation, enabling fast and secure shutoff. Designed for long service life under typical system pressures and temperatures, the valve provides dependable isolation during maintenance, installation, or emergency service. Each valve is pressure-tested and manufactured to meet rigorous mechanical and hydraulic performance standards.

Summary

The Watts 0006643 (2T-M2) Washing Machine Shutoff Valve offers a robust, code-compliant solution for professional plumbing applications. With its brass body, 1/2 inch MPT connection, and lever-operated shutoff design, it ensures reliable water control and long-term durability in residential and commercial installations.