Multisplit Outdoor Unit Technologies
High Efficiency Twin Rotary DC Inverter Compressor
The design of the new dual rotor BLDC Inverter compressor ensures better balancing and reduced vibrations. This translates into the maximum level of silence and excellent performance in terms of efficiency and energy saving.
Full DC Inverter
Hisense Inverter Expert technology guarantees high efficiency and low sound level thanks to the combined action of the DC Inverter compressor, the DC Inverter fan motor and the electronic expansion valve
Smart Defrost
Based on the historical data, the system adapts the conditions for activating the defrost to ensure maximum comfort in heating mode
Operating range
The new Free Match outdoor units guarantee maximum efficiency even at low temperatures, down to -20° in heating
Operating range
The dimensions of the new Free Match outdoor units have been reduced by 10% to allow them to be installed even in small spaces
DC drive technology with 180° sine wave
The system constantly monitors the compressor frequency and creates the most efficient waveform to determine effective consumption savings.
Curve control
Compressor with rubidium magnet
Thanks to the greater compression of the gas molecules, the rubidium magnet compressor guarantees greater efficiency and lower absorption
Electronic expansion valve
The outdoor unit uses an electronic expansion valve that regulates and optimizes the refrigerant amount of all operating indoor units.
Operation with wide voltage range
The outdoor unit can work with voltage from 176V to 264V. In the new models, the use of an automatic voltage regulation technique ensures that the protection value adjusts according to it, keeping the operating frequency at an optimal value.
Exchanger design: designed to improve its efficiency
The design of the external exchanger was designed to increase the heat transfer in order to make the refrigeration circuit more efficient and avoid the creation of blocks of ice. Another advantage is that it can support long-distance connections between outdoor units and indoor units without reducing the cooling capacity.
