Duct supply and exhaust unit Mitsubishi Electric LGH-250RVX3-E (air flow 2500 m³/h)

The LGH-250RVXT-E-1 model is equipped with Lossnay technology, which effectively recovers heat and regulates humidity in rooms through sensible and latent heat exchange. This allows maintaining a comfortable microclimate by reducing humidity fluctuations characteristic of systems with sensible heat exchange. Lossnay (LGH) is ideal for mechanical ventilation systems with heat recovery (MVHR) in commercial buildings, ensuring the supply of fresh air while removing stale air. The RVXT units have compact dimensions, making it easy to integrate them into ceiling spaces while maintaining high airflow efficiency.

During winter, the system recovers lost heat, and in summer, the bypass is activated, providing cool, oxygen-rich air.

Key Benefits and Features:

Maintaining air quality through fresh air ventilation.

The Mitsubishi Electric heat exchanger ensures high latent heat exchange, reducing costs and carbon emissions.

Lightweight construction for easy ceiling installation.

No need for condensate drainage.

Unit height of only 500 mm for convenient installation.

Compatibility with Mr. Slim and City Multi air conditioning systems for efficient operation.

EU-G3 class filters included, with a lifespan of up to 5 years.

Heat recovery and supply of fresh, oxygen-rich air.

Noise suppression system at the system inlet, reducing external noise levels by 40 dB.

Operating modes: automatic, recovery, and no heat exchange. Possibility to control fan speed via 0-10 V signal and integration with the management system.

Built-in control system with the possibility of adjusting the external supply heater.

Connection via remotes with Russian translation (PZ-61DR-E and PZ-43SMF-E).

Possibility of connecting a carbon dioxide sensor for automatic switching to high fan speed.

Support for MAC-567IF-E1 Wi-Fi interface for remote and local control.

Heat exchanger lifespan of up to 10 years.

High heat recovery efficiency thanks to the ultrathin film in the recuperator construction.

Imbalance between supply and exhaust air volumes is allowed for operational flexibility.