Infrared Ceramic Heaters
Materials heating
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Drying:
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Heating ovens:
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These are only some examples of the ceramic radiators applications. A lot of materials has to be heat or dried in industrial processes and the infrared ray radiators offer the best solution. The applications of the ceramic radiators are really unlimited.
Advantages of the infrared ceramic radiator
Advantages of the infrared ceramic radiator
- Fast transmission of the heat
- Constant radiation in time
- Uniform heating
- Warranty of operation in time
- Lasting finishing, anti-splash and anti-corrosion
- Easy assembly
Technical features
Technical features
- Power from 2,5W/cm2 to 15 W/cm2 (from 10 kW/m2 to 60 kW/m2)
- Max working temperatures: 700°C (1292 °F)
- Infrared rate of emission: 96%
- Nickel-Chromium 80/20 spiral resistive winding
- High purity ceramic insulation with high mechanical resistance to thermal changes and high dielectric strength
- Nickel power cord, insulated with ceramic beads and resistant to high temperatures
- Standard assembly turret for 15x41mm eyelet
Assembly
Assembly
Every radiator is supplied with fixing springs. The picture represents the fixing of an F.T.E. element to a reflecting metal sheet. There is a strict relation between the radiator surface temperature and the one of the material. Consequently the temperature can be controlled from the thermocouple which is positioned on the radiator. The electrical connections to the thermocouple must be realized with compensated cable type K.
Test
Test
- A technologically advanced test device (TCP 2000) allow us to guarantee the entirety of the product because all heaters are hot tested , with the real application of their working tension
- Furthermore the TCP 2000 is provided of a printer which certifies the test results.
- Upon request we can provide the test certificate for every single heater
Standard measurements
Standard measurements
- Ohmic value
- Dielectric strength
- Insulation resistance
- Efficiency of the earth conductor
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