Designed for heating large areas, BTH series infrared heaters are used in factories, workshops, airports, mosques, concert areas, stadiums, etc. Thanks to its condensed infrared technology, it provides maximum heat transfer. Product ID BTH-6000 Controller No IR Wavelength 1,2 µm IR Quantity 3 IR Filament Length (mm) 3x550 Operating Voltage (Volt) 235VAC Total Power (Watts) 6000 Dimensions (mmxmmxmm) 550x650x130 IP Class IP67 Heating Area (m2) 28-55 Infrared Life (hours) 7000 Warranty Period 2 Years Material used Aluminum Color Black Power Cord 4x4mm2 Application surface Wall/Ceiling Minimum. Assembly Load. 2000 Maximum Mounting Load. 3500
Germany
Infrared Heaters - Highly efficient infrared-technology. Economical heating, exactly on point, with Schultze Infrared-heaters. Specially designed halogen heating elements emit short-wave infrared and provide instantly noticeable comfort heat, similar to the sun. Heating people directly without the need to build up and maintain a body of warm air is economical and flexible as well, especially for applications like outdoors, with high ceilings or huge spaces. The field of application includes for example work-shops, sport-facilities, pub gardens, patios, but also industrial or commercial appliances like drying paint or heating machinery. The HA-series are IP22 rated for indoor use and provide the most economic means of heating intermittently used buildings. The case includes M6 holes for optional suspension.
Request for a quoteTurkey
>> Capacity 5000 Kcal/saat • High heat and high efficiency. • Stainless steel. • Optimal heating system for the house environment. • Possibility of manual or automatic control. • It saves fuel because it reflects the temperature on the floor. • There is no temperature difference in the house. • Does not require electricity. • Heater can be adjusted thermostatically or manually. • Regular cleaning of the filter is recommended for perfect combustion.
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There are three main types of infrared emitters. They are classified according to emitted wave lengths. Which emitter type is the best for your application depends on many factors. For most applications an optimum match of emitted wave length and absorption of the target material is desirable. This means a highly efficient transfer of radiation energy in the material and thus a very quick heating. However, there are exceptions to the rule. At very high required energy densities, cyclical processes, transparent, thin or low-conductive materials it might be necessary under certain circumstances to deliberately use emitters whose characteristics deviate radically from the absorption characteristics of the material to be processed. Finally, in many applications, including thermoforming, all three basic emitter types are successfully used – long wave ceramic emitters, medium wave quartz emitters and short wave halogen emitters.
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