High Static Three Phase
Available in | Reverse Cycle - 18.0kW |
Refrigerant | R32 |
Attribute | ARTH65KHTA 18.00kW(C) 20.00kW(H) View model |
---|---|
Operation Type
|
Reverse Cycle |
Maximum Connectable Indoor Units
|
1 |
Power Source
V/Ph/Hz
|
230 / 1 / 50 |
Capacity Class
kW
|
18 |
Cooling Capacity
kW (Rated (Min - Max))
|
18.00 (11.6 - 19.88) |
Heating Capacity
kW (Rated (Min - Max))
|
20.00 (15.54 - 25.35) |
Input Power Cooling
kW (Rated (Max))
|
5.61 (5.8) |
Input Power Heating
kW (Rated (Max))
|
6.86 (6.86) |
EER Cooling
kW/kW
|
3.3549 |
COP Heating
kW/kW
|
4.0147 |
Star Rating Cooling
(0-10) (Hot / Average / Cold)
|
3 / 2.5 / 3 |
Star Rating Heating
(0-10) (Hot / Average / Cold)
|
3 / 2.5 / 1.5 |
Total Cooling Seasonal Performance Factor Residential
kW (Hot / Average / Cold)
|
4.842 / 5.389 / 5.006 |
Heating Seasonal Performance Factor Residential
kW (Hot / Average / Cold)
|
4.503 / 3.732 / 4.192 |
Total Cooling Seasonal Performance Factor Commercial
kW (Hot / Average / Cold)
|
4.532 / 4.585 / 4.343 |
Heating Seasonal Performance Factor Commercial
kW (Hot / Average / Cold)
|
4.503 / 3.446 / 4.001 |
Running Current
amps (Cooling / Heating)
|
24.6 / 24.6 |
Moisture Removal
l/hr
|
4 |
Indoor Sound Pressure Cooling
dBA (High / Quiet)
|
44 / 35 |
Indoor Sound Pressure Heating
dBA (High / Quiet)
|
44 / 35 |
Outdoor Sound Pressure
dBA (Cooling / Heating)
|
57 / 58 |
Outdoor Sound Power
dBA
|
74 |
Static Pressure Range
PA (Min to Max)
|
60 to 200 |
Air Circulation (Indoor - High Fan) Cooling
l/sec
|
1139 |
Air Circulation (Indoor - High Fan) Heating
l/sec
|
1139 |
Indoor Unit Dimensions
mm (Height x Width x Depth)
|
360 x 1400 x 850 |
Indoor Unit Weight
kg
|
69.00 |
Outdoor Unit Dimensions
mm (Height x Width x Depth)
|
1418 x 970 x 370 |
Outdoor Unit Weight
kg
|
101.00 |
Piping Connects
mm Ø (Liquid / Gas)
|
9.52 / 15.88 |
Pipe Length
m (Max (Precharged))
|
75 (30) |
Max Height Difference
m
|
30 |
Operation Range Cooling
°CDB (Min to Max)
|
-15 to 50 |
Operation Range Heating
°CDB (Min to Max)
|
-20 to 24 |
Refrigerant Type
|
R32 |
Refrigerant Amount
g
|
3,800 |
Trust an Award winning Brand. Most trusted 2018-2022 & Highly Commended 2023-2025 air-con brand.
Explore nowAccess high-level support from our in-house customer care and technical support department.
Explore nowA percentage of sales from Fujitsu air conditioning units goes to Sporting Chance.
Explore nowWe have a comprehensive network of retailers and dealers right across Australia to ensure that there is a local stockist in your area to assist you wherever you are.
A three phase air conditioner is an air conditioner that uses three separate alternating currents to run its compressor. As the separate phases peak at different times, three phase power delivers a more robust and consistent energy source than single phase power.
With this reliable power supply, the three phase residential air conditioner is a popular choice for larger homes with higher heating and cooling requirements.
A three phase air conditioner can provide a number of benefits over a single phase air conditioner system, including:
Reliability
Because three phases deliver a consistent energy supply, the system can offer more reliable operation with fewer power fluctuations.
Ability to handle heavy requirements
Three phase air conditioners better meet the heating and cooling demands of bigger homes and commercial spaces, as they have a more stable energy supply.
Reduced strain
Smoother operation and less strain and vibration could lead to a longer lifespan for three phase air conditioners over single phase options.
Another advantage of our three phase air conditioner R32 range is that these units have a maximum guaranteed ambient operating temperature range of up to 50 degrees in cooling mode, giving you further dependability when it’s needed most.
They can be, thanks to the more balanced power distribution and reduction in power surges. It may seem counterintuitive, but three phase systems can actually draw less electrical current to deliver the same output. Of course, efficiency depends on the model, the specific space that it’s heating or cooling and whether the unit is regularly maintained.
Three phase air conditioning requires three phase power supply to the home. If you don’t already have a three phase power supply and intend to upgrade, you can contact your local electricity network operator to find out if it’s an option for your home.
An R32 ducted air conditioner uses R32 refrigerant, which is a lower-GWP alternative to more conventional refrigerant options.
The GWP factor, or Global Warming Potential factor, is a type of measurement that helps to compare the impact of different greenhouse gases in the atmosphere. R32 has a 67 per cent lower GWP factor than commonly used R410A, without compromising performance*.
*https://www.dcceew.gov.au/environment/protection/ozone/rac/global-warming-potential-values-hfc-refrigerantsAdvantages of R32 refrigerant can include:
A significantly lower GWP factor compared to other common refrigerants.
Potentially simpler recycling and reclaiming, as R32 is a pure refrigerant rather than a blend.
Compatibility with efficient systems such as our 3 phase air conditioner R32 range.
Helpful articles and tips on how to keep your home and office comfortable all year round.