PRANA 210G ERP PRO
Beschreibung
PRANA 210G ERP PRO
Productivity at every speed: 5/20/28/38/65/85* m3/hr;
Efficiency: Up to 97%;
Noise at a distance of 3m: from 8 dB;
Consumption: from 3.2 W;
Operating temperature range: -30...+40°C;
A set of sensors: Temperature, Atmospheric pressure, Humidity, VOC, CO2eq;
Mini-heating and anti-icing protection: Yes;
Heat exchanger material: Copper;
Diameter of the mounting hole: from 220 mm;
Length of the working module: from 440 mm;
Control: Remote control, Prana online application.
PRANA PRANA 210G ERP PRO – a maximum of smart features and data. Comprehensive information on air quality and system performance, supplemented with an efficiency of up to 97%.
Features
The main feature of the ERP PRO line is that it is equipped with the largest number of sensors. With them, the ventilation system takes into account even more information about air quality when working in automatic modes. Thanks to the TVOC and CO2eq sensors, the recuperator reacts to an increase in the level of carbon dioxide and volatile organic compounds.
These advantages are complemented by the specifics of the PRANA 200G model. The ventilation system is equipped with a heat exchanger of a larger diameter, due to which the heat exchange area increases. Because of this, the model has a high recovery efficiency of up to 97%. In PRANA 210G ERP ventilation systems, the heating elements turn on automatically when the supply air temperature after recovery is below +14°C, and turn off automatically at +20°C.
If the supply air temperature after recovery is above +30°C, the «Winter mode» function is not available.
Functions
- all system features from the PRANA Standart and ERP series;
- air quality statistics in the application (when connected via Wi-Fi);
- CO2eq sensor (carbon dioxide equivalent level);
- TVOC sensor (records the proportion of volatile organic compounds in the air);
- statistics of changes in air quality (in the application when connected via Wi-Fi);
- information about the air temperature at 4 points of movement through the system.