ÜBER
Einführung
Tempsens infrared radiant heater are high performance electric heaters which use infrared radiation rather than conventional heating to achieve heating system solutions where it is not practical to use any other forms of heating. With their heavy-duty industrial build and ability to deliver heating power levels of up to 10 kW with a watt density of 1-10 W/cm2, industrial radiant heaters can operate at temperatures of up to 600°C
These infrared radiant heater feature high emissivity coating on the heating elements as well as stainless steel construction for their mounting plates making them suitable for large exposed production areas that require consistent and controllable heating output. Thermoelemente and thermostats are used to control the temperature of these heaters, and all parameters including power ratings, voltages, resistances, lengths and diameters can be fully customized to accommodate your specific process requirements.
Über Infrarot-Strahlungsheizungen
Technische Spezifikation
| Parameter | Spezifikation |
|---|---|
| Strom | Bis 10 kW |
| Wattdichte | 1 bis 10 W/cm2 |
| Temperaturbereich | Bis zu 600OC |
| Kontrolle | Thermoelement, Thermostat zur Temperaturregelung |
Industrial Applications of Infrared Radiant Heaters
- Heating of float glass on continuous production lines
- Preheating of movable molds prior to casting processes
- Conveyorized and batch type oven drying and curing
- Curing and surface treatment within paint spray booths
- Resin softening under medium intensity infrared heat
- Infrared heat for high intensity thermal requirements (in heavy industrial applications)
- Drying processes for coatings, paints, and adhesives.
Construction of Infrared Radiant Heaters
- Heating element comes with a coating of high emissivity so maximum amount of radiation can be produced
- Mounting the heating element securely is achieved through an assembled stainless steel plate using threaded studs
- Thermal protection of the heating element and mounting plate is provided through insulation fiber pad located in between
- Ceramic insulation beads located between the heating element and the mounting plate provide electrical isolation
- Electrical leads will be connected securely and easily via a terminal strip
- Different lengths and sizes will be available to meet specific installation requirements
Advantages of Infrared Radiant Heaters
- Transfer of direct radiation heat (no energy lost due to air convection)
- Faster heating responsiveness would reduce the length of an industrial process cycle
- Variety of watt density (1-10 Watts/cm) is appropriate for many different industrial processes
- Suitable for use in heating objects that are moving (e.g. float glass and moulding)
- Highly customizable in power rating, voltage, resistance, length, and overall dimensions
- Provides effective operation within a large open exposed space in an industrial setting
- Implements thermocouples and thermostats for precise temperature control.
What Makes Tempsens the Leading Manufacturer of Infrared Infrared Radiant Heater?
- Infrared heaters for industrial applications can be custom built or modified for complete customization.
- Dedicated factory support is provided to assist with any custom design or specification.
- 35+ years of proven thermal and cable solutions trusted across industries worldwide.
Häufig gestellte Fragen
Häufig gestellte Fragen
Find answers to frequently asked questions related to Infrared Radiant Heater.
Die industriellen Strahlungsheizer von Tempsens sind für einen langfristigen Betrieb ausgelegt. Sie wurden mit Thermoelementen und Thermostaten konstruiert, sodass sie bei einem Betrieb über längere Zeiträume oder über Nacht eine sichere und stabile Temperatur aufrechterhalten können.
Ein infrarot heizstrahler unterscheidet sich von Konvektions- beziehungsweise Gebläseheizsystemen dadurch, dass er nicht die Umgebungsluft erwärmt. Dadurch arbeitet er wesentlich effizienter. Hochleistungs-Infrarotheizsysteme funktionieren besonders gut in großen, offenen und/oder belüfteten Industrieumgebungen, in denen Konvektionssysteme erhebliche Wärmemengen verlieren.
