The total flat DC inverter fan radiator with Radiant Tube+ technology.
A single terminal that heats, air conditions, dehumidifies and filters.
The radiant panel operates as a low temperature radiator, while the special tangential fan ensures quick heating and a uniform temperature.
The brushless DC motor adapts the air flow rate to the ambient heat load, optimizing comfort with reduced consumption; typical of inverter technology.
Total power consumption is only 5W at minimum fan speed.
Design by Ercoli & Garlandini
MADE IN ITALY
Bi2 SLIR inverter naked is a water-filled, recessed system terminal developed by selecting the best materials to guarantee maximum energy performance.Year-round air conditioning is possible with Bi2 SLIR inverter naked: heating, cooling, dehumidification, filtering.The patented RADIANT+ technology combines low temperature radiation of the radiant panel with self-modulating ventilation, guaranteeing extremely uniform diffusion of the air and the temperature. In this way, it is able to take the environments quickly to the desired set-point and, once the set-point has been reached, maintain comfort with radiation like a normal radiator, thanks to the automatic algorithms of the electronics on board. Thus guaranteeing: absolute silence, energy saving, Radiant+ technology, compared to other heating Systems, has a higher static capacity thanks to:
an average higher surface temperature that means greater radiation capacity ,greater uniformity in surface warming and therefore a wider radiating surface, amplification of natural convection, reduction of water content for a faster system flow
The DC brushless motor adapts the air flow to the ambient thermal load optimizing
comfort and reducing consumption, which is typical of inverter technology.
At minimum fan speed total electrical absorption is only 5w.
DC brushless motor Installation: wall Compact: recessed wall thickness of just 142 mm
Available colors: White Recessed versions Recess with formwork Ultra slim aesthetic panel Only available with left hydraulic connection