PNEUMATIC RADIATOR VALVE 5/8" N.O. 3-WAY MIXING 8-
Our high performance radiator valves combine all the features of Honeywell's high quality standard valves and our unique multi-port valve design in a lightweight, economical package. With 5/8" N.O. connections they come with 3-way mixing inlet ports for use with either a branch or manifold system. The high pressure port is used for mixed refrigerant charging equipment and the low pressure port can be used to circulate air or liquid through coils and fins of your refrigeration system when the unit is not operating.
This low-pressure safety valve complies with Federal Standard GGG-W-641b. This high pressure water control valve is designed for use on single supply systems in residential or light commercial applications. The 5/8" nominal three-way mixing 8-standard diameter body prevents freezing and includes both hot and cold shutoff valves.
The Honeywell 11500 5/8 in. Pneumatic Three-Way High Pressure Mixing Valve is designed to mix hot or chilled water with any refrigerant from R-12 to R-410A and can be used for air conditioning and refrigeration. It has a maximum operating pressure of 450 psig and a max flow of 1.6 gpm. This product comes with a factory installed female quick connect coupling (QCC) for ease of installation.
This tiny valve (about the size of a dime) controls hot and cold water mix. Honeywell 11500 , Inc. 5/8 in. OD x 1/2 in. Nominal Three-Way High Pressure Water Valve, 1.6 Cv for $12.19 at Home Depot
The 11500 Three-Way High Pressure Valve from Honeywell is a pneumatic radiator valve designed for use with heater circuit loops. It offers the ultimate combination of precision handling, maximum energy efficiency and reliability.
Three-way mixing valve is used when two separate water sources need to be mixed before entering the radiator. The mixing valve compensates for pressure drop in either supply line such that both supply lines will deliver the same volume of water to the radiator.
The 11500 Console Valve is a true three-way valve. It is designed to perform as an individual zone’s source or return. It can replace the mixing valves to provide a single supply to multiple zones and distribute hot and cold supply temperatures throughout the system.