VENMAR AVS – X SERIES X30ERV ECM – NEW
Product NO. : X30ERV ECM
THE FUTURE OF FRESH AIR
The whole home ventilation system is a centerpiece of today’s energy-efficient homes. Venmar AVS introduces its new X Series that combines the best performance with the best energy efficiency to provide fresher, purer air in your home at a lower overall operating cost. That’s Pure Efficiency.
- The X30ERV ECM is the perfect solution for mid to large size homes in need for the most energy-efficient ventilation solution.
- Up to 241 CFM at 0.4 in. w.g.
- High efficency energy recovery core with a sensible recovery efficiency of 75% at 0°C and 65% at -25°C.
- German made ECM motors.
- Minimal power consumption of 18W and CFM/Watt of 3.6 at 64 CFM.
- Merv 6 grade filters and optional HEPA filtration.
- Electronic balancing and no balancing dampers
This product earned the ENERGY STAR® by meeting strict energy efficiency guidelines set by Natural Resources Canada and the US EPA. It meets ENERGY STAR® requirements only when used in Canada.
Spec
- Manufacturer: Venmar
- Model Series: New X Series
- Model Description: Venmar AVS X30ERV ECM
- Ventilation Performance: 241 cfm @0.4 in. wg
- Manufacturers’ Part Number: X30ERVE
- ( VanEE Equivalent Model: G3000 EE )
- ( BROAN Equivalent Model: ERV250TE )
- Wall Controller Included: none
- Core Type: Energy Recovery Ventilator (ERV)
- Heat Recovery Rate: 75%
- Moisture Transfer Rate: 62%
- Shipping: Canada-Wide
What is an Air Exchanger?
An Air Exchanger otherwise known as an HRV (Heat Recovery Ventilator) or an ERV (Energy Recovery Ventilator), is a whole house mechanical ventilation system. It is typically connected to your existing furnace return duct and contains two high-efficiency motors. The supply motor draws fresh air in from the outside while the exhaust motor pushes stale indoor contaminated air outside. The two airstreams never mix when passing through the HRV or ERV cores.
Benefits of Air Exchangers:
- Bring a continuous supply of fresh outside air into your
- Exhaust environmental contaminants for improved indoor air quality.
- Save energy in the winter by recovering heat from exhaust air.
- Save energy in the summer by recovering cool indoor air from exhaust air.
- Help prevent mold and mildew.
- Help minimize odors and cooking residue.
- Can reduce harmful Radon Gas levels where active soil depressurization is unlikely to be successful.
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