Facebook icon

 

Õhukuumutajad

LHS 410 DF

LHS 410 DF

The LHS 410 DF (DF stands for Double Flange) is a compact double flange air heater from Leister that offers an even higher air volume than the LHS 210 DF. Thanks to its small design, the tubular air heater can be easily integrated into industrial systems with limited space.

LHS 410 DF-R

LHS 410 DF-R

The LHS 410 DF-R air heater (DF stands for Double Flange, the R stands for Recirculation) is a compact double flange air heater from Leister that recycles hot air with ease. It offers an even higher air volume than the LHS 210 DF-R. Due to its particularly small design, it can be easily integrated into industrial systems where space is limited. Connecting the power supply is also very easy thanks to the well thought-out design.

LHS 410 DF HT

LHS 410 DF HT

The LHS 410 DF HT is a medium sized double flange high temperature air heater from Leister. It is available in two power versions 4.4 kW and 5.5 kW and reaches a maximum air outlet temperature of 900 °C/1652 °F. With its medium-sized design and double flange, the Leister high-temperature air heater is easy to mount and easy to install in existing or new industrial hot-air systems.

LHS 410 DF-R HT

LHS 410 DF-R HT

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.

LHS 410 SF

LHS 410 SF

The LHS 410 SF (SF stands for Single Flange) is a compact air heater from Leister with only one flange. It offers an even higher air volume than the LHS 210 SF. Thanks to its small design, it can be easily integrated into various industrial processes with limited space. Connecting the power supply is also very easy due to the well thought-out design.

LHS 410 SF-R

LHS 410 SF-R

The LHS 410 SF-R (SF stands for Single Flange, the R stands for Recirculation) is a compact, hot air recyclable air heater from Leister with only one flange. It offers even higher air volume than the LHS 210 SF-R. Due to its compact design, it can be easily integrated into industrial processes where space is limited. Connecting the power supply is also very easy due to the well thought-out design.

 

LHS 410 SF HT

LHS 410 SF HT

The LHS 410 SF HT (SF stands for Single Flanch, HT stands for High Temperature) is a compact high-temperature air heater from Leister. The maximum air outlet temperature is 900 °C/1652 °F. The LHS 410 SF HT is available in two power classes: 4.4 kW and 5.5 kW. Due to small dimensions and simple assembly, the Leister Singel Flange Air Heater can be easily integrated into existing or newly designed industrial plants.

LHS 410 SF-R HT

LHS 410 SF-R HT

The LHS 410 SF-R HT air heater is a medium sized single flange high temperature air heater from Leister that can recycle hot air. For this purpose, the LHS 410 SF-R HT is designed for a maximum air inlet temperature of 350 °C/662 °F as well as for a maximum air outlet temperature of 900 °C/1652 °F. The nozzle range of the LHS 41 air heater series is compatible with the Leister LHS 410 SF-R HT air heater.

LHS 210 DF

LHS 210 DF

The LHS 210 DF (DF stands for Double Flange) air heater is Leister's smallest double flange air heater. Due to its particularly compact design, it can be easily integrated into industrial plants with limited space. The connection to the power supply is also very easy with this air heater due to its sophisticated design.

LHS 210 DF-R

LHS 210 DF-R

The LHS 210 DF-R air heater (DF stands for Double Flange, the R stands for Recirculation) is the smallest double flange air heater in the Leister range that's able to recycle hot air. Due to its particularly compact design, it can be easily integrated into industrial plants with limited space. Connecting the power supply is also very easy due to its sophisticated design.

LHS 210 DF HT

LHS 210 DF HT

The LHS 210 DF HT (DF stands for Double Flanch, HT stands for High Temperature) impresses as a compact high-temperature air heater. It is Leister's smallest double-flanged air heater and reaches a maximum air outlet temperature of 900 °C/1652 °F. Its small dimensions and simple mounting option, facilitate installation in existing or newly designed hot air systems.

LHS 210 DF-R HT

LHS 210 DF-R HT

The LHS 210 DF-R HT air heater (DF stands for Double Flange, the R stands for Recirculation and HT stands for High Temperature) is Leister's smallest double flange air heater suitable for hot air recycling. The tubular air heater achieves a maximum air outlet temperature of 900 °C/1652 °F with an air inlet temperature of up to 350 °C/662 °F. This reduces costs in industrial processes.

LHS 210 SF

LHS 210 SF

The LHS 210 SF (SF stands for Single Flange) is a small air heater from the Leister with a flange on one side. Due to its particularly compact design, it can be easily integrated into industrial plants with limited space. Connecting the power supply is also very easy thanks to the well thought-out design. The connection housing on the LHS 210 SF is located outside the air flow, which allows the air to flow through the air heater unhindered and with very little loss in pressure.

LHS 210 SF-R

LHS 210 SF-R

The LHS 210 SF-R (SF stands for Single Flange and the R stands for Recirculation) is a small air heater from the Leister with only one flange, which is capable of recycling hot air. Due to its particularly compact design, it can be easily integrated into industrial plants with limited space. Connecting the power supply is also very easy thanks to the well thought-out design.

LHS 210 SF HT

LHS 210 SF HT

The LHS 210 SF HT is Leister's smallest high-temperature air heater with single flange. Built extremely small and with only 3.3 kW of power, this industrial Leister air heater delivers a maximum air outlet temperature of 900 °C/1652 °F, making it particularly efficient. Small dimensions and simple assembly make the air heater very easy to integrate into existing or newly designed hot air systems.