Mor-Infrared FT-1000-120-0-L6-WH-0 Ceramic Infrared Heating Element for Industrial Processing Applications - 120 Volt - 1000 Watt - White Glaze - 9.65 Inches Long x 2.36 Inches Wide

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Feature

Standard 6 Inch beaded power leads with Pin Connectors
FT Series (Full Trough Concave Curved Full-Pour Casting Emitter)
96% infrared energy efficient
A two piece mounting clip is supplied with each heater and allows for easy mounting in an aluminized steel or stainless steel reflector
Ceramic heaters are placed in a variety of reflectors to be used individually or as multiples in panels

Description

Recommended distance of 8" (200mm) to material being heated.
Heating wire embedded into concave shaped heater creates infrared in focused rays.
12 month warranty against burnout. (Estimated life in excess of 10,000 operational hours.)
CE Approved.
Ceramic tubes over power lead wire within mounting tower increases the dielectric strength between the lead wire and mounting clip preventing a potential fault to ground.

Application usage is almost anywhere a non-contact heat source is needed in industrial process heating applications (heating, curing, cooking, and drying.)

Though ceramic, the elements are fairly rugged and are more durable than quartz, and cleaning is easy, with their splash-proof, non-corrosive, glazed finish, which also makes them the ideal choice for use in food handling, medical facilities, or other antiseptic applications. The large variety of sizes, shapes, and watt densities allows ceramic elements to be highly useful in zoning arrangements such as plastic thermoforming where complex heating patterns are needed.

For best results, the surface temperature of the Mor-Infrared ceramic infrared heater should be controlled using an open-loop (percentage timer) or a closed-loop (thermocouple feedback with digital temperature control) system. The infrared emission intensity is directly related to the surface temperature of the ceramic body.

Ceramic Heaters are mounted with the back side mounting post inserted through a pre-cut hole in a reflector. For best results the reflector should be highly reflective (polished aluminized steel) and capable of withstanding high temperatures.