Airstage™ (VRF Systems) V-III Series
Excellent energy saving
Heat pump inverter type realizes the highly energy saving air conditioning for individual cooling and heating operation by all inverter technology for seasonal efficiency.
High design flexibility for various building air conditioning
High design flexibly meets the various needs of high-rise building air conditioning such as outdoor unit roof top concentrated installation and each floor installation by large capacity combination, sufficient connection capacity, and high static pressure design.
Easy installation and maintenance
The flexible communication method and piping connections makes installation and maintenance easy even for large systems.
Efficiency in actual operation
Top class high COP is achieved for all combinations by our unique heat exchanger structure, high efficient DC twin compressor, and our own technologies.
Space saving combination
Energy efficiency combination
For 24 HP Combination
Energy saving technology that boosted operation efficiency
Powerful large propeller fan
By using CFD*1 technology, a newly designed fan achieves high performance and low noise operation.
- CFD = Computational Fluid Dynamics
3 phase DC fan motor
Efficiency is substantially improved by high efficient motor with sophisticated driver control. In addition, low noise is realized by DC fan motor.
Subcool heat exchanger
High Heat Exchange efficiency is achieved by using an internal projection shape double pipe construction.
Sine-wave DC inverter control
High efficiency is realized by adoption of reduced switching loss IPM.
High efficient and large capacity DC inverter compressor
Large capacity high efficient DC twin rotary compressor with excellent intermediate capability.
4-face heat exchanger
Heat exchange efficiency is significantly improved by the introduction of a new 4-face heat exchanger that increases effective surface area.
Front intake port (corner cut air inhaling structure)
In multiple outdoor unit installations, the unique front intake design improves airflow into the Heat Exchanger.