Nova ERV for Indoor and Outdoor Applications
Cross-flow polymer membrane recovery core
Outside Air MERV 13 Filter
Return Air MERV 8 Filter
Fully Integrated Controls
1" double walled mineral or Rockwool filled casing
High efficiency, variable speed ECM fans
Relative Humidity, Temperature and Pressure Sensors - Integrate with CO2 and VOC sensors
Nova is an all-electric energy recovery ventilator, or ERV, that helps to lower the carbon footprint of buildings. The unit is AHRI-1060 certified with a cross-flow enthalpy heat exchanger to transfer heat and humidity.
The High-Efficiency Solution
The unit features variable speed plenum ECM direct-driven fans with low sound levels, energy recovery and insulated panels for a high-efficiency solution.
The Healthy Solution
Nova uses 100% outside air with no recirculation. The core is made of a polymer membrane with water-washability and has a mold and bacteria resistance rating of 0 under ISO-846. There is no virus cross-over: tested under ASTM F1671. EATR < 0.5% tested to AHRI 1060. The units ship with MERV 13 filters for outdoor air and MERV 8 filters for return air.
Intelligent controls communicate between the Nova Controller, Daikin VRV Outdoor Unit and EKEXV Expansion Valve Kit. Nova integrates with Riptide, a cloud-based all-in-one solution with monitoring and control system which displays equipment control information on a customizable dashboard.
Nova units have a 16 – 30” depth and 325 – 3500 cfm range. The low profile design allows units to be hung in the ceiling, mounted on the wall or floor-mounted. The units free up valuable roof space with decentralized indoor ventilation and add floor space by eliminating vertical duct runs.
The Integrated Solution
Nova integrates with Daikin’s VRV Outdoor Unit and W-Controller which comes factory-mounted to the Daikin approved DX Coil and Electronic Expansion Valves.
Roof for outdoor applications
2" double-walled panels
Outdoor air intake hood
Base rail for roof mount applications
Fully integrated controls
Exhaust air hood
ERV ERV ERV ERV ERV ERV ERV ERV