- EVO-C TOP
- COMPACT VERTICAL DESIGN
- EVO-C Top units are intricately crafted to fulfill the needs of spaces with a demand of fresh air intake while effectively expelling stagnant indoor air. They boast high energy efficiency, feature advanced controls and connectivity with silent operation, and are plug-and-play. With their compact structure and duct connections from top, they are tailored to fit into confined spaces.
- These units not only meet ventilation requirements but also offer the flexibility to reduce mechanical volumes allocated for climate control within buildings by approximately 40%, promoting a significant increase in available commercial space. Whether discreetly hidden or integrated into confined areas, they exemplify a perfect synergy of functionality and space optimization.
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EVO-C Top units are intricately crafted to fulfill the needs of spaces with a demand of fresh air intake while effectively expelling stagnant indoor air. They boast high energy efficiency, feature advanced controls and connectivity with silent operation, and are plug-and-play. With their compact structure and duct connections from top, they are tailored to fit into confined spaces.
These units not only meet ventilation requirements but also offer the flexibility to reduce mechanical volumes allocated for climate control within buildings by approximately 40%, promoting a significant increase in available commercial space. Whether discreetly hidden or integrated into confined areas, they exemplify a perfect synergy of functionality and space optimization.
Optimized in 5 different models with flow rates between 300-3500 m³/h .
Compact vertical design with insulated double Wall casing, tailored for seamless integration into indoor spaces.
Slim design allows passage through a standard door up to EVO C TOP 2500 model (D < 1000).
Ideal for small mechanical spaces or cabinet installations.
Low internal pressure drop ensures efficient operation.
Standard By-pass damper for flexible control.
Integrated electric pre-heater and optional water after heater within the unit casing.
Four different deicing scenarios based on unit configuration.
Web-based and user-friendly selection software available at www.aeraselect.com.
BIM files for Revit and MagiCad applications.
CASING
Inner sheets made of AZ 150 Aluzinc.
Outer sheets made of galvanized steel with powder coating
Insulated with 50 mm thick rock wool of 70 kg/m³ density.
Thermal transmittance T2, Thermal bridging class TB2.
High air tightness
HEAT EXCHANGER
Counterflow heat recovery exchanger achieving up to 93% efficiency at nominal flow rates.
Standard By-pass damper.
Free cooling capability.
4 different energy efficient frost protection control scenarios, each tailored to the specific configuration.
Exceptional air tightness between fresh air and exhaust air flows.
FAN
Superior aerodynamic efficiency.
Low noise levels and energy consumption.
Plug fans with IE4 efficiency class EC motors.
Fan selection in compliance with ECO-DESIGN criteria.
AC-powered, DC motor technology for speed control.
FILTER
ECO-DESIGN compliant ePM1 55% (F7) class filter on the fresh air side, and ePM10 50% (M5) filters on the exhaust side, as standard.
Dynamic filter cloaking measurement.
Optional use of ePM1 80% (F9) filter for enhanced filtration performance.
PLUG-N-PLAY
Design-in every Integrated controls.
Simplified installation.
Swift commissioning.
Adjustable base feet for precise balancing.
CONTROLS & CONNECTIVITY
Constant air volume (CAV), variable air volume (VAV), and demand-controlled ventilation (DCV) options.
Optional indoor air quality control
Temperature control.
Humidity control.
Standard Bacnet IP or Modbus TCP/IP BMS connections, with future connectivity option LONWORKS
www.AERACLOUD.com Cloud Access
Dry contact communication with fire alarm panel.
