Fan coil unit with design cabinet, only 17 cm in depth and BLDC motor.
The FLAT Si represents Galletti's compact innovation in fan coil technology, featuring an ultra-slim design with just 17 cm depth that integrates seamlessly into modern residential and commercial spaces. This unit combines refined aesthetics with advanced engineering, utilizing an inverter-controlled brushless (BLDC) motor that enables continuous adjustment of fan revolutions to match actual thermal loads.
The BLDC technology delivers significant advantages over conventional AC motors, substantially reducing electricity consumption while allowing precise operational modulation. The inverter system can adjust motor speed via 0-10V control signals from microprocessor panels such as EVO, MYCOMFORT LARGE or TED, making it particularly effective during partial load operation. This approach yields exceptional reductions in both energy consumption and noise emissions.
Construction employs galvanized steel with Class 1 self-extinguishing insulation panels, while the cabinet features UV-stabilised ABS side panels and grille with a microswitch-equipped flap that automatically shuts down the unit when closed. The high-efficiency heat exchanger utilizes copper piping and aluminium fins with reversible water connections available at installation.
Power range: 1 - 3 kW
The FLAT Si represents Galletti's compact innovation in fan coil technology, featuring an ultra-slim design with just 17 cm depth that integrates seamlessly into modern residential and commercial spaces. This unit combines refined aesthetics with advanced engineering, utilizing an inverter-controlled brushless (BLDC) motor that enables continuous adjustment of fan revolutions to match actual thermal loads.
The BLDC technology delivers significant advantages over conventional AC motors, substantially reducing electricity consumption while allowing precise operational modulation. The inverter system can adjust motor speed via 0-10V control signals from microprocessor panels such as EVO, MYCOMFORT LARGE or TED, making it particularly effective during partial load operation. This approach yields exceptional reductions in both energy consumption and noise emissions.
Construction employs galvanized steel with Class 1 self-extinguishing insulation panels, while the cabinet features UV-stabilised ABS side panels and grille with a microswitch-equipped flap that automatically shuts down the unit when closed. The high-efficiency heat exchanger utilizes copper piping and aluminium fins with reversible water connections available at installation.