The RenewAire SL75 provides a low-profile, compact solution for high-efficiency ventilation. This energy recovery ventilator (ERV) serves multi-family homes and compartmentalized commercial spaces with a CFM range of 30–130. The slim design excels in areas with minimal bulkhead or ceiling space, such as installations between trusses. Beyond residential use, the SL75 carries light commercial certification to meet diverse building codes for both light and heavy commercial applications.
Standard features include a 34-inch line-cord power supply and high-efficiency EC motorized impellers. The unit also features a Dial-A-Flow digital controller and a variable speed boost-mode. The SL75 utilizes independent fans, allowing contractors to set airflows independently for perfectly balanced ventilation. This system utilizes one L-30-G5 static plate core for total energy recovery. This cellulosic-based core contains no PVCs or halogenated flame retardants. Because it requires no condensate drain, the unit simplifies installation in tight mechanical spaces. The SL75 is HVI Tested and Certified and carries a cULus listing for safety.
Standard Features:
Airflow capacity: 30–130 CFM
6-inch and 8-inch duct connections
Compact, low-profile design for truss installation
Independent fan control for perfect balancing
No condensate drain line required
10-year static plate core warranty
Available Accessories:
Backdraft dampers
CO2 and indoor air quality sensors
Push-button boost timers (PBT)
MERV 13 filters for the outdoor airstream
Passive House Excellence: The RenewAire SL75 provides an ideal solution for high-efficiency building designs and rigorous Passive House standards. This model offers a slimline, low-profile alternative to larger units while maintaining superior airtightness and thermal comfort. For example, the Ulster House project successfully utilized RenewAire technology to meet strict energy goals. While the RenewAire BR130 serves projects requiring higher airflow, the SL75 excels in space-constrained residential applications. Both models help reduce heating and cooling loads by preconditioning incoming outdoor air.
