Improve Indoor Air Flow and Protect Your A/C System
The Preferred Energy Recovery Ventilator brings fresh, prefiltered outdoor air into your home during the cooling season without lowering air conditioner efficiency. Fewer pollutants and reduced humidity improves air quality and boosts comfort.
Ratings
Energy Efficiency
Quiet Level
Humidity Control
Up to 84% energy recovery
Reduced humidity during cooling season
Reduced indoor air pollutants
Crossflow configuration
Crossflow paper core
Prefilter for incoming airstream
Basic, standard or automatic controls
Easy "no tools" maintenance
5-year limited warranty on parts
Bryant Ventilators
Preferred Series Heat Recovery Ventilator
Model: HRVBBLHU
Improve Indoor Air Flow and Protect Your Heating Power
The Preferred Energy Heating Ventilator helps your family breath easier during the heating season by adding fresh, prefiltered outdoor air to your home. Furnace energy efficiency remains unchanged, pollutants and humidity better controlled.
Ratings
Energy Efficiency
Quiet Level
Humidity Control
Up to 84% energy recovery
Energy Transfer Efficiency at 32 degrees: 76% - 68%
Energy Transfer Efficiency at 95 degrees: 22% - 27%
Installation: Horizontal
Automatic defrost
Reduced humidity during heating season
Reduced indoor air pollutants
Horizontal, vertical or crossflow configurations
Crossflow and counterflow cores
Prefilter for incoming airstream
Easy "no tools" maintenance
Basic, standard or automatic controls
Quiet operation
5-year limited warranty on parts
Limited lifetime warranty on the core
Bryant Ventilators
Preferred Series Heat Recovery Ventilator
Model: HRVBBLVU
Improve Indoor Air Flow and Protect Your Heating Power
The Preferred Energy Heating Ventilator helps your family breath easier during the heating season by adding fresh, prefiltered outdoor air to your home. Furnace energy efficiency remains unchanged, pollutants and humidity better controlled.
Ratings
Energy Efficiency
Quiet Level
Humidity Control
Up to 84% energy recovery
Energy Transfer Efficiency at 32 degrees: 80% - 84%
Energy Transfer Efficiency at 95 degrees: 22% - 27%
