Description
Decentralized double flow heat recovery unit designed for built-in installation.
• Chassis made of galvanized and painted sheet steel.
• Internal casing made of white impact-resistant ABS.
• Aesthetic front panel made of white PS that allows customization by applying decorative films or painting.
• Pair of fans, with centrifugal impellers, forward curved blades (to contain noise emissions), driven by EC (brushless) motors, to guarantee high flow rates of fresh air with low consumption.
• Enthalpic countercross-flow heat exchanger made with polymeric membranes to ensure dimensional constancy over time and thus avoid the risks of pollution of the fresh air linked to leaks in the flow of stale air.
• The suction of stale air and the delivery of fresh air inside the installation room take place respectively at the lower and upper portion of the product, so as to prevent the risk of short circuits that would limit its effectiveness.
• The system control electronics allow the user to choose the desired management mode, Manual or Automatic, each time. Functions available:
• “Holiday” mode (in the indicated period the appliance will treat a reduced air flow, sufficient to avoid the risk of mold and bad odors forming, while minimizing consumption and heat dispersion).
• “Night” mode (in the set time slot the product will deliver the minimum manually selectable flow rate, so as not to disturb the sleep of the occupants).
• “Away from home” mode (in the set time slot the product treats an adequate flow rate to guarantee the ideal level of indoor air quality when the occupants return).
• Protection against the risk of ice formation at the heat exchanger.
• Display of room and fresh air temperatures.
• Signaling of the condition of saturated filters.
• A Wi-Fi module allows connection to the Cloud, allowing remote control and management of the devices via a specific App, as well as wireless connection to the environmental sensors of the BRA.VO S series, which allow a more efficient automatic management of the device's operation.
• A sensor, integrated into the device, monitors the relative humidity concentration in the environment, allowing, by selecting the Automatic mode, an increase in the flow rate of treated air when the preset threshold is exceeded.
• A pair of ISO Coarse (G4) and ePM1 60% (F7) filters protect the internal components from impurities suspended in the extracted stale air and retain pollen, micro particulate matter and allergens present in the external fresh air.
• A remote control panel, complete with LCD display, allows management as an alternative to the App.