

HRV home system series ReVent & OxyVent HE Micro
These units are compact, easy to maintain, with very high heat recovery efficiency: a perfect solution for houses and public/commercial rooms
Description
CFR-HE micro heat recovery units for home and commercial application by SIC Srl are distinguished by very high heat recovery efficiency, compactness and easy maintenance as well as suitable for houses and public/commercial rooms with moderate needing of air renewal.
Heat recovery, by mean aluminium hygroscopic thermal wheel, virtually eliminates the need of any fresh air re-heating system, while EC fans contribute to the reduction of energy consumption, although supplying high air performances.
CFR-HE micro series is composed of three sizes, floor double deck version, to cover a needing of ventilation up to about 800 m3/h.
The models of CFR-HE micro series can be supplied with a ionization system of the air called BIOXIGEN®. This system, unique in his type, makes the air and surfsces of the
machine, of the ducts and of the bordering rooms healthy and good smelling.
Heat recovery, by mean aluminium hygroscopic thermal wheel, virtually eliminates the need of any fresh air re-heating system, while EC fans contribute to the reduction of energy consumption, although supplying high air performances.
CFR-HE micro series is composed of three sizes, floor double deck version, to cover a needing of ventilation up to about 800 m3/h.
The models of CFR-HE micro series can be supplied with a ionization system of the air called BIOXIGEN®. This system, unique in his type, makes the air and surfsces of the
machine, of the ducts and of the bordering rooms healthy and good smelling.
Technical features
• Precoated steel casing with double skin panels (15 mm min thick.) insulated by polyurethane foam; precoated steel sheet metal baseframe for floor installation
• G4 efficiency synthetic cell filters on both air intakes; as an option and in place of G4 type, F7 compact filter in polypropylene with low air pressure drop; filter removal by front panel
• Hygroscopic aluminium enthalpic thermal wheel with very high efficiency (both temperature and moisture), equipped with low energy consumption induction motor and driven by pulley and belt
• Supply and exhaust plenum fans with plastic impeller and housing, direct driven by EC technology motors, each fully controllable by unit electronics; optimized layout of each fan section in order to reduce noise to the room
• Plastic collars fitted with additional airtight rubber gasket; prearrangement for additional upper cooker hood connection for direct exhaust (mod. 15 excluded)
• Electronic control complete with n°03 NTC sensors inside the unit for the management of ventilation, free-cooling/free-heating mode, heat recovery defrost and possible preheating/reheating systems; possibilty of interfacing home management system by Modbus RTU protocol
• Plug-in or remote control panel with built-in room temperature sensor
• G4 efficiency synthetic cell filters on both air intakes; as an option and in place of G4 type, F7 compact filter in polypropylene with low air pressure drop; filter removal by front panel
• Hygroscopic aluminium enthalpic thermal wheel with very high efficiency (both temperature and moisture), equipped with low energy consumption induction motor and driven by pulley and belt
• Supply and exhaust plenum fans with plastic impeller and housing, direct driven by EC technology motors, each fully controllable by unit electronics; optimized layout of each fan section in order to reduce noise to the room
• Plastic collars fitted with additional airtight rubber gasket; prearrangement for additional upper cooker hood connection for direct exhaust (mod. 15 excluded)
• Electronic control complete with n°03 NTC sensors inside the unit for the management of ventilation, free-cooling/free-heating mode, heat recovery defrost and possible preheating/reheating systems; possibilty of interfacing home management system by Modbus RTU protocol
• Plug-in or remote control panel with built-in room temperature sensor
