Wall mounted hrv Smart O2 IT90

The MENRED Wall-Mounted Decentralized Heat Recovery Ventilator is an energy-efficient air exchanger designed to improve indoor air quality by constantly drawing out harmful particles like mould, pollen, and other toxic particles, resulting in the purification of up to 99% of the air passing through the system.

The compact design of the ventilator makes it easy to install in any room, providing fresh and clean air to occupants. It operates using heat recovery technology, which means it can retrieve heat from the extracted stale air before expelling it outside, thus significantly reducing energy usage and expenses.

The ventilator is equipped with a high-quality filter system that continuously cleans the air, providing maximum protection for individuals suffering from allergies, respiratory problems, or other health conditions. It is an excellent source of refreshing air, improving indoor air quality.

Overall, the MENRED Wall-Mounted Decentralized Heat Recovery Ventilator is a remarkable choice for those who prioritize optimal indoor air quality and energy efficiency, offering excellent purification results and a reliable performance.

Features:

1. Suitable for renovated homes, easy to install, not to destroy the original decoration style.

2. The main unit is compact and space-saving, which can meet the demand for fresh air in small spaces.

3. Using galvanized sheet, effective against the corrosion of air and water, durable.

4. Adopt auto baking paint, bright color, easy to clean and strong protection.

5. Double-layer sheet metal structure, sandwich insulation, effectively reduce noise.

6. Both fresh air and return air side adopt EBM's RadiCal backward tilting centrifugal fan for reliable operation, low noise and energy saving.

7. Three major sizes of cartridge, tower structure, with super physical adsorption capacity, efficient filtration of PM2.5, no secondary pollution, large filter extension area, longer service life.

8. simple and quick cartridge replacement.

9. Imported full heat exchange core, high enthalpy exchange rate, reduce energy consumption.

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