Energy Recovery Ventilation
A total heat exchange ventilation system that uses paper characteristics (Lossnay core) to perform temperature (sensible heat) and humidity (latent heat) exchange.
ERV Solution
Environment friendly energy recovery and humidity control enables air conditioning systems to simultaneously provide optimum room comfort and energy savings.
- Total Heat Exchanger
- Eliminates excess humidity in the air
- Wide range of airflow lineup
Wide range of airflow lineup
A heat exchange ventilation system that uses a heat exchanger (Lossnay core) to perform temperature (sensible heat) exchange.
HRV Solution
Offering the best system solution for ventilation of all areas including the shower room and bathroom.
- Heat Exchanger
- Installation in sanitary areas
- Control with CO2 sensor
Lossnay ventilation systems are renowned industry-wide for their efficiency. They offer environment-friendly energy recovery and humidity control, and enable air conditioning systems to simultaneously provide optimum room comfort and energy savings.
Indoor air quality inside a building is optimized through temperature and humidity exchange by Lossnay
Lossnay is a total heat exchange ventilation system that uses paper characteristics to perform temperature (sensible heat) and humidity (latent heat) exchange.
What can be improved by introducing Lossnay?
Improved airflow range
Wide airflow range
Each fan speed has a range setting of 25, 50, 75 and 100%, allowing much finer airflow control. When used in combination with the CO2 sensor or timer function, airflow can be controlled according to conditions that realize better performance and reduce power consumption.
Fan speed adjustment function
The default fan speed value can be adjusted in slight increments. Use the PZ-62DR-EA/EB remote controller to reset the speed.
- Considering the total hours of Lossnay operation (filter clogging), fan power can be adjusted automatically after a given period of time.
- After the unit is installed, fine adjustments can be made if the airflow is slightly lower than the desired airflow.