HONEYWELL R7852A1001 R7852A1001 Flame Amplifier, Infrared, FFRT: 2.

Flame Amplifier, Infrared, FFRT: 2.

The HONEYWELL R7852A1001 Flame Amplifier, Infrared, FFRT: 2. is designed to burn gas or propane and output infrared energy up to 65000 BTU's with a flame temperature of over 1,100 degrees Fahrenheit. Features Honeywells patented vents that provide oxygen rich air to the flame creating a hotter, more complete combustion chamber. The HONEYWELL R7852A1001 Flame Amplifier, Infrared, FFRT: 2.

* Flame Amplifier, Infrared, FFRT: 2.

The Honeywell R7852A1001 Flame Amplifier is for use in FFRT 2 applications. It is a red pilot light with a universal burner head. It emits a flame pattern that enlarges the flame images to the heating and convection sections of a forced air furnace system. It has an infrared detector and helps maintain consistent temperatures in large furnaces within ±3SF from 240-480SF, depending on manufacturer’s specifications. Gives extra flue volume and heat transfer for

The Honeywell R7852A1001 flame amplifier is a compatible replacement for the FFRT flame-erosion nozzle. We’ve performed an engineering analysis of this Infrared Flame Amplifier, and the results show that it can be used as a replacement in existing applications to enhance overall performance. This flame amplifier is also available in 1 inch and 2 inch flow rates. For more information please contact us.

The infrared flame amplifier is a gas powered device used in the heating and cooling of objects by directly transferring heat to or from the object. The flame amplifier is placed adjacent to the target object and an operator triggers the infrared light source, emitting a beam of infrared energy. A high-intensity infrared light source may be locked down when all adjustments have been completed. The radiant emissions provide a uniform heating of the work area. The flame amplifier provides increased heat with a minimal risk of charring or overheating the

The R7852A1001 Flame Amplifier is intended to amplify, adjust, and focus an infrared flame. It is constructed of high-temperature components that resist normal thermal expansion.

The Flame Amplifier assembly is used in conjunction with a flame sensor to detect and amplify burner flame.