TTR 200 Adsorption Dehumidifier

The TTR 200 is an extremely compact and lightweight quality dehumidifier for continuous room air drying or for mobile drying applications in water damage restoration.

As part of the standard equipment, it comes with the advanced electronic Monoventic air volume control, which allows you to benefit from the infinitely variable adjustment of the required dry air volume.
In this way, the dehumidification performance and consequently the power consumption as well as noise generation of the TTR 200 can be variably defined at any time.

Furthermore, a DIN socket for external switching is already integrated in the standard version, which enables the TTR 200 to be controlled via an optional hygrostat, timer or other external switching device with a suitable DIN plug.

Flexible application possibilities are also provided by the diverse TTR system accessories, with which hose or pipe connections can be attached to the regeneration air inlet of the TTR 200 for spatially separated air supply. Various Z-line filters of different filter classes can also be used with the dehumidifier.

German engineering from Trotec

Its variable application possibilities, combined with the small space requirement and reliable dehumidification even at low dew points, make the TTR 200 adsorption dehumidifier the optimum solution for keeping small storage or production rooms dry, for permanent dehumidification in waterworks facilities or for dehumidification applications in the building trade.

The standard TTR 200 adsorption dehumidifier has a push-on filter cover on the suction side with a practical clip closure for quick filter changes without having to open the unit.

In addition to integrated heat recovery, the regular equipment of the TTR 200 adsorption dehumidifier also includes a self-controlling electric regeneration air heater made of Thermistor Elements (PTC), for which the power consumption depends on the air inlet temperature and the regeneration air volume.

The advantage of this solution is, on the one hand, the optimal power adjustment and, on the other hand, the possibility of overheating is eliminated, which means that safety thermostats are not required.

Benefits in practice: