Adjustable hygrostat for constant monitoring of the relative air humidity. If the level set is exceeded, the unit automatically switches on. As soon as the required humidity value is reached the compressor switches itself off.
Warning lamp indicating that the waste water tank is full.
Spillover protection with auto-off mode when max waste water volume has been reached.
Protected control panel
Integrated outlet to allow the condensate to drain off when not supervised in continuous mode.
Easy-to-reach, easy-to-clean air filter. Filters pet hairs, lint, fluff and dust and prevents spread of bacteria.
Dual counter for operational hours and energy consumption
Designed by German engineers and manufactured in the EU, the TTK 170 S is built especially for use in harsh conditions.
The powerful rolling piston compressor and the high-quality hot-gas defrosting mode ensure that the dehumidifier possesses ample reserves, even when carrying out dehumidification in unheated rooms.
Practical details like the integrated dual counter for operational hours and energy consumption, or the large, non-marking wheels demonstrate that this stackable compact dehumidifier has been designed and developed with a view to service friendliness and frequently-changing locations.
The TTK 170 S is equipped with an ergonomically-formed adjustable bar handle which allows to be transported across uneven or bumpy terrain or up and down steps and stairways.
The non-marking rubber-tyred wheels are especially floor-friendly and do not leave any traces on parquet or other sensitive floorings.
The commercial dehumidifier is extremely maintenance-friendly and can be stacked to save storage space. The washable air filter is easy to remove and easy to clean.
A fully-automatic condensate pump can also be used in place of a hose which can be connected to the drain outlet at the bottom of the unit to ensure that the water is properly drained off when used for unsupervised drying operations over a longer period.
The built-in dual counter logs the operation time and energy consumption directly on site.