Thiết bị gia nhiệt LHS 410 DF-R HT

 

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LHS 410 DF-R HT
Maximum 900 °C/1652 °F Air outlet temperature
Hot air recycling saves money and energy
Suitable for integration into piping systems
Easy connection to power supply


Product information

Air heater incl. hot air recirculation
The LHS 410 DF-R HT tubular air heater is a medium sized double flange high temperature air heater from Leister that can recirculate hot air. It offers an even higher air volume than the LHS 210 DF-R HT tubular air heater. With a maximum air outlet temperature of 900 °C/1652 °F, the LHS 410 DF-R HT recycles inlet air up to a maximum temperature of 350° C/662 °F. The double flange design allows the Leister tubular air heater to be easily installed in piping systems.
The LHS 410 DF-R HT is equipped with ceramic insulation between the air heater and the connection housing. The ceramic insulation ensures that the electrical connections of the tubular air heater are protected against overheating caused by hot air flowing back. The double flange air heater is used in various industrial processes and applications. For example, in the packaging industry in shrink ovens, in the automotive industry for preheating cable harnesses, in the metal industry for relieving stresses in the material, to name just a few. In the metal and plastics industry, the LHS 410 DF-R HT is often used in applications where hot air recirculation is required. Anyone who needs a compact and thus very efficient air heater with a high air volume for their industrial processes is excellently advised to use the LHS 410 DF-R HT double-flange tubular air heater from Leister. The use of the LHS 410 DF-R HT also saves energy costs due to hot air recycling. Leister's LHS 410 DF-R HT single-phase, high-temperature tubular air heater handles large volumes of air and is available for 230 V with an output of 4400 W and for 400 V with an output of 5500 W.
DF air heater for hot air recirculation
Cost saving due to hot air circulation
Processes high air flow
Ceramic insulation protects electrical connections