Honeywell VBN2AEPA1000 "1/2""NPT 2W 1.3Cv FLTG NSR 24V"

"1/2""NPT 2W 1.3Cv FLTG NSR 24V"

This listing is for two 24VDC, 1/2? NPT to Flanged Nozzle type 2 Watt solenoid valves with 1.3 Cv Flow rate and Isolated Ground. One valve is marked "NE1-00113" (a) One valve is marked "NE1-00236A"

If you need to get more out of your fleet, don't miss this Honeywell 1/2"NPT 2W Speed & Direction Valve with a phase angle (BACNET®) connection. Let it alleviate the stress off your current heating and cooling systems while providing the data needed for building controls. This Honeywell product is ideal for residential and commercial comfort systems.

This item has been discontinued by manufacturer, limited stock available at the best buy price. These are a perfect solution for relief from high energy costs. This Honeywell 1/2" natural gas valve is a direct replacement for any dual fuel furnace with a 24 volt circulator pump system which utilizes an external power source to run the fan and cooling device.

Honeywell's VBN2AEPA1000 2-Wire Series ‘B’ Non-Metallic Thermostat with Adjustable Defrost Control provides temperature control for residential furnace and/or air conditioner systems. It is used in applications that require non-programmable products designed for use with 24V system voltage.

The VBN2AEPA1000 24 Volts 1/2" Pump features a pump head with DC motor for long life and easily serviceable without removing from tank. A floating spool, bronze bearing, thermal overload protection and a high efficiency stainless steel heat sink are also standard on all models.

A valve is a device used to control the flow of gas or liquid. It's a necessary part for a well-functioning gas piping system, and almost all valves are equipped with manual operation. This VBN2AEPA1000 valve is made from copper and designed to be used with natural gas. It features advanced safety operation, has a low gas flow sensitivity, and can handle up to 2400 kCal/h of heat output.

HONEYWELL's valve is designed for use in a wide range of gas-powered appliance applications.