Verso R units
with rotary heat exchanger
Under the normal operating conditions, condensation does not form in the process of heat exchange in the rotary heat exchanger, because most of the moisture is returned to to the premises. Excess moisture is removed outside. The air in the premises is less dry and the air humidity balance is maintained. As condensation does not form, drainage is not necessary – this simplifies the mounting of the unit.
Under the normal operational conditions, the rotary heat exchanger does not freeze: even at outdoor temperatures below -20°C, no additional warming up required of the outdoor air which results in efficient heat energy saving even in the presence of hard frosts.
All units are assembled and tested at the factory, therefore installation and commissioning work is signifcantly simplifed. Integrated intelligent automation requires minimum user input. Units can be monitor and controlled remotely via the Internet.
Detailed information on all units can be found in the VERSO selection software, where you can quickly select the unit tailored to your needs. The software download link can be found in the "software" section of our webpage.
Depending on your installation plans, you can choose the most appropriate model: horizontal, vertical or flat. The wide selection of heat exchangers: condensing, enthalpy or sorbtion rotors; standard or increased efficiency.
All KOMFOVENT air handling units have fully implemented Modbus and BACnet protocols, which allows seamless integration with any desired Building Management Systems.
Verso R 1000 U/H/V
Nominal air flow according to ErP 2018 – 990 m3/h.
Verso R 1300 U/H/V
Nominal air flow according to ErP 2018 – 1380 m3/h.
Verso R 1500 U/H/V
Nominal air flow according to ErP 2018 – 1530 m3/h.
Verso R 1700 U/H/V
Nominal air flow according to ErP 2018 – 1780 m3/h.
Verso R 2000 U/H/V
Nominal air flow according to ErP 2018 – 2170 m3/h.
Verso R 3000 U/H/V
Nominal air flow according to ErP 2018 – 3450 m3/h.
Verso R 4000 U/H/V
Nominal air flow according to ErP 2018 – 3500 m3/h.