Honeywell VBN3AHPL2000 "1/2""NPT 3W 4.3Cv 2POS NSR 24V"

"1/2""NPT 3W 4.3Cv 2POS NSR 24V"

Honeywell VBN3AHPL2000 "1/2""NPT 3W 4.3Cv 2POS NSR 24V" electronics components are an ideal replacement for your original equipment. This genuine Honeywell part is just what you need to keep your product in good working order.

Plug-in thermostat temperature control with 3 wire terminals and 24VDC output for easy to install, two stage heat & cooling comfort system. For Series: VBN3AH1, VBN3AH2.

The VBN3AHPL2000 1/2 NPT non-locking 2 way valve provides you with inlet water to your home. This water valve is for indoor use only. Although the temperature range of this product is 0 degrees to 140 degrees Fahrenheit it would only be appropriate for outdoor use if you live in an area of the world that doesn't experience freezing weather.

The VBN3AHPL2000 is a Vertical Busway Enclosure Box that provides efficient access to 2 switches or breakers positioned on 1/2" vertical bus systems. The box provides dual switching access, for convenience, using 2 N.O. contacts and a common N.C. busbar contact with microswitches for each pole (normally open only), and a common normally closed busbar contact to trip in the event of an electrical fault. The enclosure

This high quality Honeywell VBN3AHPL2000 24VDC varistor replaces obsolete Murray "Sankyo Denki" MSL-40S4 and LS8306. Low cost, high reliability, highly repeatable, double insulation combination of NPN silicon power varistor(PV) in series with a parallel RC circuit.

Two-position On/Off Photo Electric Head (2P+E) Direct Compatible with Sun Fire X2100 M2,X4100 M2,X8100 CMT, X9100 M2 Servers

A Multipurpose Valve is an electronic controller that delivers high precision for 2-wire proportional solenoid valves. Add the Multipurpose Valve's Enhanced Position Control (EPC) feature and change valve position based on multiple inputs such as flow, temperature, and pressure.Positioning accuracy of the Multipurpose Valve can be increased to better than 0.1 percent with EPC compared to only 0.5 percent without EPC when using Linearization Method.