New Ruskin Minicore Ventilators exceed 50 percent total energy recovery effectiveness
Two new Minicore energy recovery ventilators (ERVs) from Ruskin®— enERVent models MCV500 and MCV1000— exceed 50 to 60 percent total energy recovery effectiveness with 0.5 percent cross-contamination. Both models feature a compact 16-inch chassis – ideal for ceilings and small spaces – and a best-in-class hydroscopic resin energy recovery core with no moving parts for maintenance savings and long-lasting comfort. The heat exchanger technology also exceeds ASHRAE 90.1 standards to accommodate future governmental regulations. The ERVs are also AHRI 1060-certified.
Both models span a wide range of airflow needs, from 300 to 1,200 CFM, and include advanced Johnson Controls Metasys® controls with BACnet as options. ECM options provide soft starts, overload and locked rotor protection, thermal projection and easy RPM adjustment. The ERVs also deliver improved indoor air quality and ideal temperature and humidity levels while preventing the recirculation of odors and irritants. Mold and bacteria resistance is tested to ISO 846a and 846c, with a rating of 0 for both.
The smart design of Ruskin Minicore ERVs ensures the highly effective transfer of heat or water vapor while selectively blocking gases, contaminants, odors and VOCs. The design also features a patented high-performance water-washable polymer membrane and MAP gateway that enables performance tracking and adjustments via mobile devices or desktops.
MCV500, MCV1000The enERVent Minicore Ventilator ERV offers the most enhanced value for energy recovery performance in commercial applications. With a minimum 50% total energy recovery effectiveness and a 16” chassis size, Ruskin® MCV500 and MCV1000 Minicore Ventilators provide remarkable savings in an exceptionally compact design. The design includes a best-in-class energy recovery core built with a 100% polymer membrane and no moving parts – for savings and comfort that last. View More Details
For other relevant searches, you might want to try: