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High Efficiency Operation
Advanced system considers high efficiency operation.
High Efficiency
Significantly improved EER/COP
Significantly greater efficiency is realized by the use of a DC twin rotary compressor, inverter technology, and large heat exchanger.
Energy saving technology that boosted operation efficiency
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Power consumption has been reduced by 25% compared to previous models by using a compact and high performance DC fan motor.
High efficiency operation is realized by using a sine wave DC inverter control.
Significantly greater efficiency is realized by use of a large capacity DC twin rotary compressor with substantially increased refrigerant intake and compression efficiency.
Heat exchange efficiency is significantly improved by the introduction of a new 4-face heat exchanger that increases effective surface area.
In multiple outdoor unit installations, the unique front intake design improves airflow into the Heat Exchanger.
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Energy efficiency combination
Choice of space saving or energy efficiency combinations
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Space saving combination |
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Energy efficiency combination |
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| For 16HP |
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| For 24HP |
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| For 28HP |
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Various energy saving features
Economy operation
Economy operation can be set by remote controller.
The temperature setting is offset automatically over a certain period of time.
Room temperature set point limitation
The minimum and maximum temperature range can be set giving further energy saving while considering the comfort of the occupants.
Peak cut operation
Operation capacity can be set in 4 steps for rated capability.
The power consumption at peak is cut down and the maximum load is suppressed.
Auto-off timer
Each remote controller is equipped with an OFF timer function that automatically stops operation when a fixed time has elapsed from the start of operation.
This prevents wasteful operation. (NB Except simple remote controller)
