Honeywell 35806 , Inc. Two-Way Globe Valve, 1/2 inch, 4.7 Cv, Linear

STEAM/H20 1/2" VALVE BODY 4.7 CV RE

Open your door to the world of valves with the Honeywell 35806 Two-Way Globe Valve, 1/2 inch. Designed specifically for steam and H20 applications, it features a metal cage that holds the ball, overcentering spring, and other parts in place. The 4.7 CV linear valves are easy to maintain and come with a wide variety of handle designs so you can match your valve to your application.

The Honeywell 35806 valve is a 1/2 inch, 4.7 Cv, linear globe valve designed for steam/water applications and provides simple on-off control of valves.

This 2 way linear valve is for use on the rotary steam or hot water control of a linear steam or hot water heating system. The 35806 series two-way valve is constructed of heavy duty brass with a glossy black finish. It has an adjustable 3/16' diameter stem with 1/4' maximum travel and 4.7 CV's of rating control range.

The Honeywell 35806 Linear Valve is a direct replacement for the Armstrong/Gardner 2255 Series and Siemens V54 Series valves. This valve features a 1/2 inch port at inlet/outlet with 8-32 NC threaded connections, 4.7 CV, and up to 125 psi. It is rated to 200 degrees and installs horizontally or vertically.

Upgrading your plumbing fixtures? Increase your potential for flow by installing this Honeywell 35806 , Inc. two-way globe valve. This valve features a 1/2 inch NPT, 4.7 cv and 100 psi maximum. This valve is primarily used in steam applications but may be used for hot water applications as well.

Honeywell's new 1/2" 2-way valves are constructed of stainless steel and feature two quarter-turn stations for steam and water flow control, side ports and mounting ears.

The Globe Valve is a reliable, linear two-way steam/water valve perfect for residential steam applications. The two-way position enables the valve to stop water flow or allow it to flow in a drain configuration. This reliable steam and water valve is a quick, easy installation alternative that can shorten lead time. It requires fewer components and can eliminate the need for expensive field adjustments.