Honeywell VBN2BMPX8100 "3/4""NPT 29Cv 2POS NO 120/240V"

"3/4""NPT 29Cv 2POS NO 120/240V"

"3/4""NPT 29Cv 2POS NO 120/240V"

With a 3/4" NPT, 29Cv, 2 Position design, the Honeywell VBN2BMPX8100 Indoor Style 4-Point Balance Valve without Shaft is a quality product. The VBN2BMPX8100 Indoor Style 4-Point Balance Valve without Shaft comes in a variety of color options so that you can pick exactly what you want. The 0.5 GPM is low flow for this type and size valve, but you have the option to order your valve with or without an end flange.

The VBN2BMPX8100 is a two-stage booster heater that only requires three connections. This means that you can run the unit with just two wires. The direct wiring control has a minimum on/off temperature of 25°F, which provides more control of auxiliary equipment. You may install the VBN2BMPX8100 to run from 120 or 240 volts.

The Honeywell VBN2BMPX8100 is a set of 2-way solenoid valves. These valves operate in in/out, normally open (N/O) and normally closed (N/C). The valves are used for two stage control. These valves allow easy installation and maintenance due to their quick connect design.

The Honeywell VBN2BMPX8100 is a plug-in module that works with FH, C, TF, CT, and CP series ducted automotive climate controls for installation in all six slots of the electronic control. The kit includes the plug-in module only and does not include an enclosure or cover.

The VBN2BMPX8100 is a 2/2, 4-20mA output signal and power supply transformer that works as part of a two or four wire system. Honeywell's Unit Ventilator , the UVC, are gas and electric unit heaters used in residential applications that utilize 100% outdoor air to condition the conditioned air delivered to your home. This power supply works in conjunction with the Variable Air Volume (VAV) controller for system compatibility. It can be located indoors or outdoors for centralized control of temperature and modulating flow rates throughout your home.

This Honeywell control valve is used to shut off, control and regulate liquid movement through the system.