Optimize ventilation and indoor comfort with this high-efficiency enthalpy recovery system, designed for commercial spaces that require clean air without losing energy. Equipped with the innovative Lossnay technology, this unit allows for the recovery of both heat and moisture from the extracted air, significantly reducing energy consumption and improving indoor air quality.
Thanks to its airflow of up to 250 m³/h and a thermal efficiency of 86%, the system ensures efficient temperature and humidity exchange between incoming and return air, even under intensive use conditions. The secret to its performance lies in the Hyper Eco core, composed of highly specialized paper sheets developed by Mitsubishi Electric, which allow for simultaneous heat and moisture transfer without contaminants passing from one flow to another.
This model includes an integrated by-pass damper that allows operation in free-cooling mode when the outside temperature permits, providing natural ventilation without thermal exchange. This translates to additional energy savings. Additionally, the system can operate autonomously with its own control or integrate directly with Mitsubishi Electric air conditioning systems through immediate interlocking.
With a maximum electrical consumption of only 62 W and a current of 0.48 A, it is an ideal low-consumption unit to improve the efficiency of any ventilation and air conditioning system. Its maximum external pressure is 85 Pa, facilitating its installation in duct networks without significant performance losses.
Thanks to its compact format (289 x 768 x 782 mm) and a weight of only 23 kg, it can be easily installed even in false ceilings or other limited space locations. Its single-phase power supply (220-240V, 50 Hz / 220V, 60 Hz) makes it compatible with standard electrical installations.
This enthalpy system is ideal for offices, educational centers, commercial premises, and any indoor space that requires constant air renewal without losing thermal comfort. The transfer of sensible heat and moisture allows for stable ambient temperature and humidity, improving occupant well-being and reducing the workload of air conditioning equipment.
An efficient and versatile solution for those seeking ventilation with energy recovery, lower electrical consumption, and a healthier environment.