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costs during part-load operation which also leads to reduced CO2 emissions. In addition, air365 Max requires 12%*2 less refrigerant compared to the conventional Hitachi VRF.

The air365 Max with wider operation temperature range provides seamless comfort for building occupants by solving problems such as unstable temperatures, cold/hot air drafts, room temperature seasonal changes, and more. Users can expect constant regulated indoor temperature through the SmoothDrive 2.0 technology allowing for precise temperature monitoring.

This outdoor unit (ODU) has a NFC touching point on the ODU surface. With Hitachi’s hardware and smart app features working together, HVAC professionals, architects, and building owners can see the air365 Max as a complete solution saving time and money at every stage from design to maintenance. The air365 Max can be easily operated with the airCloud Pro and easily installed and maintained with airCloud Tap.”

*1 EER5.60 is applicable for the following models:

RAS-080HNCBLW for SEA market

RAS-080RNCCLW for LA market(380V)

RAS-080RNCCRW for LA market(220V)

*2 Comparison of (for a system equivalent to 16HP class (45.0kW)) Between [RAS-FSNS previous model VRF of 5years ago] VS [air365 Max RAS-HNCC**] Simulation Condition: 16HP class ODU (45.0kW) *1unit, 3HP class IDU (8.0kW) * 5units, Total piping length; 120m, IDU connection ratio: 94% Company: Johnson Controls-Hitachi Air Conditioning

More Information: www.jci-hitachi.com