Comparison Samsung AR09BXFAMWKNUA 25 m² vs Samsung Arise Mass AR09BXHCNWKNUA 25 m²

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	Samsung AR09BXFAMWKNUA 25 m²	Samsung Arise Mass AR09BXHCNWKNUA 25 m²
	Outdated Product	Outdated Product
all specs only differences
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Main	To reduce drafts, WinFree technology is used, many small holes contribute to a more even distribution of air.
Type	split system	split system
Installation	wall	wall
Nominal capacity BTU	9000	9000
In box	indoor unit outdoor unit	indoor unit outdoor unit
Performance
Operating modes	cooling/heating/dehumidification/ventilation	cooling/heating/dehumidification/ventilation
Recommended room area	25 m²	25 m²
Power consumption (cooling/heating)	700/840 W	700/840 W
Cooling capacity	2500 W	2500 W
Heating capacity	3200 W	3200 W
Air flow	630 m³/h	630 m³/h
Dehumidification	1 L/h	1 L/h
Noise level (max/min)	37/19 dB	37/19 dB
Efficiency
Cooling EER	3.57	3.2
Heating COP	3.81	3.57
Seasonal cooling SEER	6.7	6.7
Seasonal heating SCOP	4	4
Energy efficiency EER (cooling)	A	A
Energy efficiency COP (heating)	A	B
Energy efficiency SEER (cooling)	A++	A++
Energy efficiency SCOP (heating)	A+	A+
Features
Functions	inverter automode timer night mode auto restart vertical blinds drive self-cleaning self-diagnosis control via smartphone	inverter automode timer night mode auto restart vertical blinds drive self-cleaning self-diagnosis control via smartphone
Specs
Display	+	+
Refrigerant type	R32	R32
Maximum height difference between units	8 m	8 m
Maximum pipe length	15 m	15 m
Min. T for cooling mode	-10 °C	-10 °C
Maximum T for cooling mode	46 °C	46 °C
Min. T for heating mode	-15 °C	-15 °C
Filters	antibacterial	antibacterial
General specs
Indoor unit dimensions (WxHxD)	820x299x215 mm	820x299x215 mm
Dimensions of window/outdoor unit (WxHxD)	660x475x242 mm	660x475x242 mm
Indoor unit weight	9 kg	9 kg
Outdoor unit weight	23 kg	23 kg
Color
Added to E-Catalog	april 2022	april 2022

Cooling EER

Cooling factor EER provided by the air conditioner. It is calculated as the ratio of the useful operating power of the air conditioner in cooling mode to the electricity consumption. For example, a device that delivers 6 kW of operating power in cooling mode and consumes 2 kW will have an EER 6/2 = 3.

The higher this indicator, the more economical the air conditioner is and the higher its cooling energy efficiency class (see below). Each class has its clear requirements for EER.

It is worth noting that this indicator is considered not very reliable, and in the European Union another coefficient has been introduced that is closer to practice — SEER. See Energy efficiency SEER (cooling) for more details.

Heating COP

The heating coefficient COP provided by the air conditioner. It is calculated as the ratio of the heat output of the air conditioner in heating mode to the electricity consumption. For example, if a device consumes 2 kW and produces 5 kW of thermal power, then the COP will be 5/2 = 2.5.

The higher this indicator, the more economical the air conditioner is and the higher its energy efficiency class when heating (see below). Each class has its own clear COP requirements.

Note that COP values are usually higher than the values of another important coefficient — EER (see above). It is due to the technical features of the air conditioners.

It is also worth mentioning that since 2013, a more advanced and closer-to-practice coefficient, SCOP, has been put into use in Europe. See "Energy efficiency SCOP (heating)" for more details.

Energy efficiency COP (heating)

The general energy efficiency class that the air conditioner corresponds to when operating in heating.

This parameter is indicated by letters from A (highest efficiency) and beyond. It is directly related to the value of the COP coefficient (see "Heating COP"): each energy efficiency class corresponds to a certain range of coefficients (for example, C — from 3.2 to 3.4). Specific coefficient values for each class can be found in special tables; here we note that more efficient air conditioners are more expensive, but this difference can pay off due to less electricity consumption.