TDS 20 R 3 kW Electric Heat Blower, 230 V
Since TDS units, unlike direct-fired gasor oil-fired systems, do not consume oxygen or produce combustion gases, TDS-R models are particularly well-suited for regulating the temperature in unheated indoor spaces, workshops, or garages.
Thanks to the integrated thermostat control, the flow of heated air can be adjusted in stages to the desired temperature on all TDS-R models. On the TDS 20 R, the heating elements are activated by the thermostat only when necessary, in addition to the continuous-run fan.
Practical Benefits:
- Multi-level temperature control with up to three heat settings
- Built-in thermostat for a continuous flow of warm air
- overheating protection
- Fan motor with thermal protection
- Condensation-free heat—does not consume oxygen—making it ideal for heating the cabin
- Easy to transport and use
Possible applications:
- auto repair shops
- construction sites
- assembly accessories
- gastronomy
- warehouses and workshops
- greenhouses
- and many others…
Here are some technical details about the TDS 20 R electric heater:
- Heat Output Stage 1: Fan Only
- Heat output, stage 2: 1.5 kW
- Heat output, stage 3: 3 kW
- Airflow: 411 m³/h
- Fan speeds: 1
- Current consumption: 13.04 A
- Mains voltage: 230 V / 50 Hz
- Power connection: safety plug (CEE 7/7)
- Connection cable: built-in (1.6 m long)
- Thermostat: built-in
- Portability: portable
- Sound level: 53 dB (A)
- Overheating protection: yes
- Dimensions (W x L x H): 210 x 195 x 275 mm
- Weight: 3.2 kg
Set it up, turn it on, and you’re ready to go—this heater is as easy to use as it is portable, and it provides cozy warmth without consuming oxygen. That’s why the TDS 20 R electric heater is ideal for heating poorly ventilated rooms or windowless basements, and it can be used anywhere where direct-fired gas or oil heaters are not recommended or permitted.
The built-in thermostat allows you to continuously regulate the warm airflow to the desired temperature; it then turns the heating elements on and off—in addition to the continuous fan—only when necessary to save energy.
