Honeywell 1471 , Inc. 1 inch High Capacity Thermostatic Radiator Valve, Angle

THERMOSTATIC VALVE BODY 1" ANGLE W/

This thermostatic radiator valve features a 1-inch male inlet, 1-inch female outlet, and 1-inch knockout. The body is made of brass for durability. With a THERMOSTATIC VALVE BODY 1" ANGLE W/ONE INCH KNOCKOUTS , you can properly regulate the temperature in your home. This product works with standard 1 inch pipe.

Honeywell 1471, Inc. 1 inch High Capacity Thermostatic Radiator Valve, Angle THERMOSTATIC VALVE BODY 1-1/2" ANGLE Our radiator valve branch bodies are made of brass with stainless steel springs and bronze valves and are designed to meet or exceed all codes and standards for the plumbing industry.

Our 1-inch Thermostatic Valve is a high capacity radiator valve that cycles on and off as needed to maintain the selected room temperature. The valve is mounted to an angle-mount plate, reducing installation time by up to 50%, and the valve body can be rotated 360 degrees to work with any of the four mounting holes—ideal for radiator configurations that vary from builder to builder or contractor to contractor. The white plastic cover gives a clean finished look when installed.

This Black, 1 in. angle valve body from Honeywell is compatible with the following heaters: TH14VC and TH-14VC (the suffix N stands for No E-Z Mount). This valve comes with a white, 1 in. screw lock actuator, Yur-Valve/Spinlok dripless stem nozzles, 1/4 in. NPT plugs and gaskets.

Honeywell's 140-series valve bodies are used in HVAC & boiler applications that require a 1" size and 24 degree angle. The 140 series is suitable for 3/16" to 5/8" (4.8 mm to 15.9 mm) supply and return water lines and can provide up to 15.0 GPM (56 LPM) of demand capacity at a temperature rise of 20 F (11 C).

Our most popular radiator valve is preassembled with a ball valve, thermostatic control and brass bonnet to help keep your system safe.

The Honeywell Fan-Forced In-Line Thermostatic Radiator Valve screws into the radiator, regulating the output of the central heating system. A series of tiny holes in its disc-shaped dial bleed off excess heat that causes cooling to a lower required temperature.