It distinguishes itself from its competitors with its 92% burner and 60-68% luminous efficiency. Aluminized reflectors are used for high luminous efficiency. For ease of use, remote control and double step options are offered. It can be assembled as L /U type according to the project. Aluminized tubes allow long years of trouble-free operation without the need for a special maintenance program. Usage areas: Factories, Hangars, Cafes, Restaurants, Greenhouses, Workshops, Fairgrounds, Showrooms, Gyms, Warehouses, Service Stations, Tennis Courts, Open Spaces Technical FeaturesCTP L Model 20 L - 30 L - 40 L - 50 L - 60 L - 70 L Device Capacity (Kw) 20,3- 30,5 - 40,7 - 50,1 - 60,5 - 69,8 Natural Gas Consumption (Nm3/H) 2,12- 3,18 - 4,25 - 5,23 - 6,31 - 7,27 Recommended Mounting Height (mm) 3.4- 3.5 - 4.9 - 5.5 - 6.4 - 6.8
Germany
InduStrip EZ2 radiant heaters are suitable for full or auxiliary heating of rooms with large volumes and high ceilings. These radiators are for commercial use like in department stores, warehouses or industrial buildings. The heating elements emit no light and thanks to the clear design, the EZ2 inconspicuously integrates into the electrical installation. Recommended mounting height up to 3.5m.
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In order to meet the demands for robustness and efficient heat output, we have embroidered the heating element on a glass mesh fabric carrier material. Between the meandering arrangement of the heating strands, we integrate a recess for the temperature switch in the CAD layout. In addition, a second wire is laid concurrently as a PTC thermistor for the electrical connection of the safety switch. After the technical embroidery process, the safety switch is inserted and connected by our company’s respective department. Each prefabricated element is tested for functionality and performance in the final inspection and is delivered to the customer after passing the test. As a semi-finished product, the infrared heating element on glass mesh fabric can be further processed by the customer, e.g. in connection with silicone, rubber or epoxy resin.
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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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