Honeywell VBN3GRPXA400 "2.5"" 3W 74Cv 2PO SR 24V W/AUX

"2.5"" 3W 74Cv 2PO SR 24V W/AUX

Honeywell 2.5"" 3W 74Cv 2PO SR 24V W/AUX

Honeywell's VBN3GRPXA400 2.5"" 3W 74Cv 2PO SR 24V W/AUX Plastic Encased Transformer provides a high level of power factor correction, which compensates for the loss of power in long and/or multiple circuits in commercial applications. This transformer offers an unparalleled combination of performance and value that will meet the needs of all electricians.

The VBN3AGPXA400 Magnetron 395855-001 is a very popular model, and tons of these are for sale on ebay. However, they go under several different names by all sorts of manufacturers and resellers. Hitachi is the manufacturer for this module, the TOC5G60LAWRG for a short. Sometimes the part number will be on the end where it says "-005" which is a way to identify if it is really a 2.5w or 5w version (this one is a 2.5w version).

The VBN3GRPXA400, 24 volt dual port linear actuator with aux power from honeywell. This vent grille actuation is designed to open and close the air flow to the high bay space. works with 2 pin plug and comes with 1 year warranty

The VBN3GRPXA400 is a high power, very small, plastic N-Channel MOSFET with anti-reverse diode designed for switching voltage up to 3.5 Volts and current up to 1.4 Amps."

This Honeywell 5-inch non-UL rated vandal resistant thermoplastic blade ceiling fan delivers air movement (1352 cubic feet per hour/50 CFM) up to 54 feet. The fan includes a 24-volt, 2 speed reversible motor, making it ideal for use in most spaces including warehouses, workshops and garages."

The VBN3GRPXA400 super flexible, three-wire, 400 watt GPR transformer, combines the dependability of a hardwire connection with the versatility of an auxiliary connection to efficiently power modem type loads. This super flexible, three wire grounded BN transformer features no moving parts for longer life than competitive designs. The exclusive honeycomb cooling system offers excellent thermal management to protect against heat degradation and electronic interference, resulting in superior performance and longer life.