Silicon carbide Infrared tubular heaters

High emissivity infrared tubular heaters, with protection housing

Types 9MH

Applications

They radiate in the infrared between 3 and 6μ. They are characterized by an emissivity close to 100% within this range, they show a low surface temperature, a high mechanical strength, and high corrosion resistance.

They are particularly suited for heating, drying, or polymerization of a large part of usual materials where they heat faster than the traditional convection heating.

They can be used for:

– Food warming of products displayed or waiting in fast food and restaurants

(See test report  in the last section of this catalogue)

– Drying at low temperature leather, wood, prints and dyes, paints, ceramic email, food, fish.

– Varnish Polymerization on metal in automotive, appliances and similar industries

– Heating of plastics before forming

– Sterilization of medical devices and equipment or food

– Outdoor ambient warming

– Reheating workstation in workshop

– Heating of stabbles, poultry

Main features

Radiating tube: see description on page 9

Housing: 95x110mm, 304 stainless steel, with backside vents, lengths 410mm (16”) and 710mm (28”). Many other lengths on request.

Reflector: parabolic, polished aluminum

Power density: 3 W/cm ². (Other values ​​on request if the wavelength must be modified)

Warm up time: less than 5 minutes (From room temperature to stabilization)

Surface temperature: 400 to 450 ° C @ 25 ° C.

Protection grid: on request, as accessory

Electrical connections: 2 meters cord, H05VVF, 3×1.5mm², 16A grounded euro plug. UL cord on request.

Mounting: 3 versions, fixed wall mounting (A), rotating wall mounting (B), hanged (C)

Switch: 2 poles on-off  switch

Ingress protection: IP40 (IP44 for hanged model)

Voltage: 230V standard. Other voltages on request (MOQ apply)

Power adjustment: see specific devices P35 and 36

Options:

– Other length, from 280 to 1850mm (11” to 72”), covering the full range of culinary food warmers

– Several tubes grouped side by side on the same surface

Main References