Honeywell VBN2ADPA2000 "1/2""NPT 2W .68Cv 2POS NSR 24V"

"1/2""NPT 2W .68Cv 2POS NSR 24V"

The VBN2ADPA2000 (1/2""NPT 2W .68Cv 2POS NSR 24V) is a 0.8 GPM (3.4 L/min) Pneumatic Pressure Vacuum Breaker. The VBN2ADPA2000 will provide dependable and reliable system performance.

Easily convert from steam to hot water or from one output to another with Honeywell VBN2ADPA2000 autodirect valve. This auto-direct valve from Honeywell operates on 24 volts and is designed for maximum continuous duty, making it ideal for many heating and air conditioning systems. It has a 1/8" NPT port on the two-way configuration and an 0.68 amp maximum current. A patented flapper design ensures long-lasting performance. The 1/2"" NPT 2W .68Cv 2POS NSR 24V" is made of brass and nickel-plated

LilyPad Digital Temperature Sensor for 1/2""NPT, Dual ±.5Cv, 24Vdc, with screw clamp connections.

If you have an electronic device that needs two watts and two volts of power in North America, allow this Honeywell 1/2-inch NPT vacuum breaker to handle the job. In North America, 2 watts represents 2 volts of power, which occurs when a flow rate of one cubic foot per minute (or .093 liters per second) is applied into one U.S. gallon (or 3.895 liters) of fluid.

This 2-way flow control valve allows for the automatic control of water and gas from a single source. This 3/4in line item is manufactured by Honeywell and is part of their professionally engineered product line.

The Honeywell VBN2ADPA2000 Series Snap Action Switch is ideal for applications requiring simple ON/OFF control. Triple O-ring seals protect against moisture and dust intrusion while the snap action switch provides positive, reliable switching function.

The item is used to convert the 24VDC power of an engine ignition coil into two different DC voltage levels of 12 and 6 volts. This is accomplished by restricting the gas supply to the burner using a needle valve, which in turn decreases the flame size. The regulator incorporates an overheat shutoff safety feature that will close the valve if the terminal temperatures gets too high.