ERIE VT2317 CONTROLS 33426 3/4" SWEAT 2-WAY ZONE VALVE BODY 7.0CV

3/4" SWEAT 2-WAY ZONE VALVE BODY 7.0CV

Erie Controls 33426 3/4" SWEAT 2-WAY ZONE VALVE BODY 7.0CV

This ERIE VT2317 CONTROLS 33426 3/4" SWEAT 2-WAY ZONE VALVE BODY 7.0CV is a short description of a product's features and functions. (VPP) function._x000D_This ERIE VT2317 CONTROLS 33426 3/4" SWEAT 2-WAY ZONE VALVE BODY 7.0CV is a short description of a product's features and functions. (VPP) function._x000D_This ERIE VT2317 CONTROLS 33426 3/4" SWEAT 2

This valve body is designed for use with brass, copper, CPVC, PEX and polybutylene tubing. The zinc plated finish provides a highly durable and long lasting product. The ERIE VT2317 Controls 33426 3/4" Sweat Zone Valve Bodies are highly flexible and easy to install.

Zone valves are intended for mixing hot and cold water in residential, commercial, or industrial applications. Erie Zone valves offer the best resistance to corrosion that's available in the market. Erie's sweat zone valves are available for use with either copper or stainless steel tubing. All sweat 2-way valves feature a chrome handle and stainless steel bonnet and disc.

Erie Valves' VT2317 two-way valves are non-pilot operated 3/4" sweat, with a vertical shaft design. Each valve is tested to 100,000 cycles and available in both iron and stainless steel configurations. The body is made from aluminum castings for extra durability and heat dissipation. A nylon seal makes these 2-way valves ideal for applications where they may...

Erie's two-way zone valves manage hot water distribution allowing you to supply multiple faucets with different temperatures. Offering one of the largest ranges of flow rates, these valves can be used as a 2-zone valve or a 3-zone valve in most installations.

This valve is designed for zone control applications where 25 psig or less is required as a “control” valve between the hydraulics and the valves on the other end of line. It has two, 2-way positions: “ON” and “OFF”. The body is fabricated of 11-3/4" x 6-7/8" x 3-11/16" steel welded into a 304 stainless steel fabricated box in accordance with ANSI B16.10 (ASME SA191) and all welds are fully autogenously tested for 100% radiography