Key Features
All DC Inverter Technology to Improve Compression Efficiency
Sensorless DC Inverter Fan Motor
All DC rotary inverter compressor and high-performance high pressure
chamber is adopted to reduce overheat loss improving compression
efficiency from direct intake.
Compared with low pressure chamber, the compression efficiency is
improved. High efficiency permasyn motor is adopted to provide better
performance than traditional inverter compressor.
The unique Innovair DC Twin Rotary compressor driving technology with
range from 30 to 90 Hz allows maximum adaptability to the required
conditions.
Compressor Efficiency
0 20 40 60 80 100
High-efficiency permasyn (permanent
magnets) motor is adopted to provide better
performance than traditional DC inverter
compressors.
Stepless speed regulation ranges from 5 Hz to 44 Hz. Compared
with traditional inverter motors, the operation is more energy-
saving.
Comfortable and Quiet Mode
Sensorless control technology ensures lower
noise, less vibration, and more stable operation.
Rotating speed (rps)
Concentrated Winding
Distributed Winding
510 15 20 25
35
30
40 45 50 55 60 65
Output of Inverter Compressor
Step Regulation
Innovair Stepless Regulation
Frequency of Inverter Fan motor
Before After
1
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High Pressure chamber
structure can raise the high
and middle frequency
performance.
New DC motor (concentrated
winding) raises the low frequency
performance
The advanced sub-cooling control technology is applied to reduce the liquid
flow noise of indoor unit in cooling operation.
Noise of outdoor unit can be as low as 45dB thanks to nise optimized design
or fan system and compressor system, and multiple kinds of quiet modes of
outdoor unit.
Low Noise of 2XWGRRU Unit