Whether you utilize it as an effective additional heating or for rarely used, unheated rooms – with the thermal wave heater TCH 2050 E you enjoy cosy instant heat in autumn, in winter and also on cool days in spring. With a heating capacity of 2,000 watts, the TCH 2050 E provides comfortable feel-good temperatures in rooms up to 24 m² or 60 m³ – perfect, for example, in the living room, the bedroom, the children's room, the holiday home, the hobby room, the party room, in the office, in sales rooms, or in your conservatory.

Perfect combination of convection heat and infrared radiation

In contrast to many other heating devices or radiant heaters, the heat in the case of the thermal wave heater TCH 2050 E is not only emitted into the room from one direction. The combination of convection heating and Mica infrared heating elements instead provides warmth that can be felt from all sides. Furthermore, the heating elements warm up especially quickly, so making it possible for you to already enjoy the warmth within a few seconds. To maximize the benefits of the TCH 2050 E, place it in the centre of the room, so that you can feel the steady and quick 3D heat distribution. Further on in the text you'll learn more about the functional principle of the thermal wave heater.

Thermostat-controlled for high-level comfort and a low energy consumption

By means of the remote control and the intuitive membrane key control panel, you can quickly and easily select 2 heating levels (1,200 watts and 2,000 watts). The current room temperature is always shown to you on the LCD display. The TCH 2050 E is equipped with an intelligent thermal control via thermostat so that you can adapt its heating capacity optimally to your room temperature. 

Just enter your desired target room temperature in the range from 15 °C to 35 °C. The thermal wave heater now heats the room until the preselected temperature has been reached and then switches off automatically. When reheating is required, the heater switches on automatically again, maintaining the room temperature at a constant level. This procedure is especially efficient and energy-saving, as the heating device only heats as much as is necessary to provide for comfortable feel-good warmth.

The functional principle of the thermal wave heater TCH 2050 E

With its 3D heating system, the TCH 2050 E cleverly combines the benefits of a convector and those of an infrared heater and in this way provides for real all-round warmth within less than one minute.

Efficient Mica heating technology with mica plates

The three-layer mica heating plates of natural mica ore generate pleasant infrared radiant heat within no time, which, in contrast to conventional radiant heaters, is not only emitted from one direction, but simultaneously to the front and to the back. Another advantage of top-quality mica heating elements is their full-surface and consistent radiation performance. The intensive radiant heat is generated across the whole surface, without performance loss and without oxygen consumption.

Room-filling heat following the natural principle of the sun

The functionality of infrared radiation follows the natural principle of the sun. It does not only heat the air, but the surfaces of the objects which it hits. The objects store the heat and slowly emit it to the room again, so that it continues its effect when the thermal wave heater has already been switched off again. On the skin, infrared radiation creates the pleasant sensation of natural sunlight.

Bonus point: The pleasant warmth has an immediate effect in the whole room without any start-up period and does not have to be transported through the circulating room air first.

Ascending convection heat for an increased heat output

Additionally, the hot mica heating elements emit warm air that also rises upwards. This produces a soft air current that distributes the warmth further in the whole room. This principle is referred to as convection.

Bonus point: The infrared radiation and the convection heat together form a three-dimensional all-round heating system. By the heat that is radiated upwards, to the front and to the back, the whole room is warmed consistently. For quick-spreading feel-good warmth in the whole room – into the farthest corner.