–VRF Top Flow

– Heat Recovery systems from 5HP up to 96HP
– Cut your energy consumption and carbon footprint in half[1]
– Wide choice of indoor units including domestic hot water generation
– Save space and lower delivery & installation costs
– airCloud Tap - 4x faster[5] to configure systems, 6x faster to access data
– Sigma-shaped (Σ) heat exchanger – 100 years in the making
– 39% more efficient under part load conditions[8]
– Gas-injection scroll compressor
– Enhance occupant comfort
In room heating scenarios, it’s common to hear users complain of cold feet because heat naturally rises. FeetWarm[10] helps to solve this problem by optimizing airflow in heating mode to ensure that the leg zone is consistently heated. In cooling scenarios, FloorSense Cool[10] can prevent the floor area from overcooling by controlling airflow and cooling capacity so that the air at floor level does not get as cool as air above knee height.
– Easy to operate & automate with airCloud Pro
– Highlight Benefits
– Footnotes
[2] The CO2 emissions coefficient is 0.441 kg-CO2 /kWh. Based on Electric Power Industry Council for a Low Carbon Society in FY20.
[3] Refers to air365 Max Pro models.
[4] Comparing Hitachi Set Free Sigma 28HP system with air365 Max 28HP system. Similar footprint reductions achieved across all capacities.
[5] Refers to air365 Max Pro and air365 Max models. Conventional way to open and close the cover and manipulate dip/power switch takes 40min 40sec. By using airCloud Tap without opening the cabinets: takes 9min 40 sec. [Simulation scenario] total 4 ODUs initial setting. total 5 items setup; ODU number, Refrigerant cycle number, Higher ESP setting, Power Supply setting, and Compressor manual-off setting.
[6] Conventional way takes 103min 16sec. By using airCloud Tap: takes 47min 40 sec. [Simulation scenario] Total 20 controller setting. Total 7 items of setup: Room name, Time, Language, Temperature unit, Backlight of the screen, Operation schedule from Monday to Friday 08:30~18:30 28°C , Upper and lower limit of setting temperature for both cooling and heating.
[7 ] Test simulation scenario: Check the alarm cause. [Previously] open up the cabinet panel, open the electricity box cabinet panel, check the PCB error code, close the 2 cabinet panels. Requires minimum 3mins. [with airCloud Tap] open the airCloud Tap application, TAP the outdoor unit to access all settings and download operational data. Requires approx. 30secs.
[8] Testing Condition (at Cooling Operation, Load Factor: Approx. 33%) Without SmoothDrive; average power consumption 2.46kW / With SmoothDrive; average power consumption 1.49kW. VRF ODU:(RAS-AP280DG3 = RAS-10FSNS) & VRF IDU: 4-way cassette indoor units (RCI-AP140K5 = RCI-5.0FSRP) & Indoor Unit Inlet Temperature: 27°C (Dry Bulb) / 19°C (Wet Bulb) Ambient Temperature at Air Volume “High”: 23°C (Dry Bulb) / Piping Length between Indoor Unit and Outdoor Unit: 15m / Testing Location: Environment Testing Facility at Kansai Denryoku (power supply company).
[9] Requires optional motion sensor kit available for many Cassette and Suspended Ceiling models.
[10] Available on select Cassette models. Requires optional cassette panel with Motion Sensor & Radiant Temperature Sensor.
– Hitachi VRF systems for multi zone climate control
Our range of cooling and heating solutions provides households and businesses with the leading climate control technology to create and maintain the perfect indoor environment. Our advanced VRF solutions for multi zone cooling and business applications offer the versatility that each project requires, as well as unbeatable efficiency and reliability. Our collection of elegant and efficient options are designed to adapt to you and the spaces that they inhabit.
To see more of our ranges, click here, and if you are interested in receiving more information from a professional installer, find your nearest one using our Partner Locator.