Energy Labeling Information(AC product)
According to Commission Regulation (EU) No 626/2011
Supplier's name
-
Samsung Electronics Co., Ltd.
Model name (Indoor/Outdoor)
-
AR12HSFSPWKN / AR12HSFSPWKX
Sound Power Level (Inside/Outside)
dBA
58/62
Refrigerant name1)
-
R-410a
GWP
-
2088
SEER
7,5
Energy efficiency class (SEER)
-
A++
QCE2) (cooling season)
kWh/a
163
Pdesignc
kW
3,5
SCOP
-
4,8
Energy efficiency class (SCOP)
-
A++
QHE3) (heating season)
kWh/a
875
Other heating seasons suitable for use
-
Pdesignh (Average)
kW
3,0
Back up heating capacity(Average)
kW
0,0
Declared capacity(Average)
kW
3,0
Pdesignh (Warmer)
kW
-
Back up heating capacity (Warmer)
kW
-
Declared capacity (Warmer)
kW
-
Pdesignh (Colder)
kW
3,0
Back up heating capacity (Colder)
kW
0,0
Declared capacity (Colder)
kW
3,0
1) Refrigerant leakage contributes to climate change. Refrigerant with lower global warming
potential (GWP) would contribute less to global warming than a refrigerant with higher GWP,
if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP equal to [2088].
This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact on
global warming would be [2088] times higher than 1 kg of CO 2 , over a period of 100 years.
Never try to interfere with the refrigerant circuit yourself or disassemble the product yourself and
always ask a professional.
2) Energy consumption “XYZ” kWh per year, based on standard test results.
Actual energy consumption will depend on how the appliance is used and where it is located.
3) Energy consumption “XYZ” kWh per year, based on standard test results.
Actual energy consumption will depend on how the appliance is used and where it is located.
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ErP Information(AC Product)AR12HSFSPWKN / AR12HSFSPWKX
According to Commission Regulation (EU) No 206/2012
If function includes heating: Indicate the heating
season
the information relates to. Indicated values
should relate to one heating season at a time.
Include at least the heating season 'Average'
Function (indicate if persent)
cooling
Y
Average
Y
heating
Y
Warmer
(if designated)
N
Colder
(if designated)
Y
Item
symbol
valu
e
uni
t
Design load
Item
symbol
value
unit
Seasonal efficiency
Cooling
Pdesign
c
3,5
kW
cooling
SEER
7,5
-
heating/Avera
ge
Pdesign
h
3,0
kW
heating/Averag
e
SCOP/
A
4,8
-
heating/Warm
er
Pdesign
h
-
kW
heating/Warme
r
SCOP/
W
-
-
heating/Colder
Pdesign
h
3,0
kW
heating/Colder
SCOP/C
4,0
-
Declared capacity(*) for cooling, at
indoor temperature
27(19) ℃ and outdoor temperature Tj
Declared energy efficiency ratio(*), at indoor
temperature
27(19) ℃ and outdoor temperature Tj
Item
symbol
valu
e
unit
Item
symbol
value
unit
Tj = 35 ℃
Pdc
3,5
kW
Tj = 35 ℃
EERd
3,63
-
Tj = 30 ℃
Pdc
2,5
kW
Tj = 30 ℃
EERd
5,4
-
Tj = 25 ℃
Pdc
1,6
kW
Tj = 25 ℃
EERd
9,0
-
Tj = 20 ℃
Pdc
0,8
kW
Tj = 20 ℃
EERd
15
-
Declared capacity(*) for heating/Average
season, at indoor
temperature 20 ℃ and outdoor
temperature Tj
Declared coefficient of performance(*)/Average
season,
at indoor temperature 20 ℃ and outdoor
temperature Tj
Tj = - 7 ℃
Pdh
2,7
kW
Tj = -7 ℃
COPd
3,2
-
Tj = 2 ℃
Pdh
1,7
kW
Tj = 2 ℃
COPd
4,8
-
Tj = 7 ℃
Pdh
1,1
kW
Tj = 7 ℃
COPd
5,8
-
Tj = 12 ℃
Pdh
0,9
kW
Tj = 12 ℃
COPd
7,6
-
Tj = bivalent
temperature
Pdh
3,0
kW
Tj = bivalent
temperature
COPd
2,9
-
Tj = operating
limit
Pdh
3,0
kW
Tj = operating
limit
COPd
3,0
-
Declared capacity(*) for heating/Warmer
season, at indoor
temperature 20 ℃ and outdoor
temperature Tj
Declared coefficient of performance(*)/Warmer
season,
at indoor temperature 20 ℃ and outdoor
temperature Tj
Tj = 2 ℃
Pdh
-
kW
Tj = 2 ℃
COPd
-
-
Tj = 7 ℃
Pdh
-
kW
Tj = 7 ℃
COPd
-
-
Tj = 12 ℃
Pdh
-
kW
Tj = 12 ℃
COPd
-
-
Tj = bivalent
temperature
Pdh
-
kW
Tj = bivalent
temperature
COPd
-
-
Tj = operating
limit
Pdh
-
kW
Tj = operating
limit
COPd
-
-
Declared capacity(*) for heating/Colder
season, at indoor
temperature 20 ℃ and outdoor
temperature Tj
Declared coefficient of performance(*)/Colder
season,
at indoor temperature 20 ℃ and outdoor
temperature Tj
Tj = -7 ℃
Pdh
1,9
kW
Tj = -7 ℃
COPd
3,4
-
Tj = 2 ℃
Pdh
1,2
kW
Tj = 2 ℃
COPd
4,8
-
Tj = 7 ℃
Pdh
0,7
kW
Tj = 7 ℃
COPd
5,5
-
Tj = 12 ℃
Pdh
0,8
kW
Tj = 12 ℃
COPd
7,1
-
Tj = bivalent
temperature
Pdh
3,0
kW
Tj = bivalent
temperature
COPd
2,0
-
Tj = operating
Pdh
2,7
kW
Tj = operating
COPd
1,9
-
limit
Tj = -15 ℃
limit
Pdh
2,4
kW
Bivalent temperature
Tj = -15 ℃
COPd
2,5
-
Operating limit temperature
heating/Avera
ge
Tbiv
-10
℃
heating/Averag
e
Tol
-10
℃
heating/Warm
er
Tbiv
-
℃
heating/Warme
r
Tol
-
℃
heating/Colder
Tbiv
-22
℃
heating/Colder
Tol
-25
℃
Cycling interval capacity
Cycling interval efficiency
for cooling
Pcycc
-
kW
for cooling
EERcyc
-
-
for heating
Pcych
-
kW
for heating
COPcyc
-
-
kW
Degradation
co-efficient
heating(**)
Cdh
0,25
-
Degradation
co-efficient
cooling(**)
Cdc
0,25
Electric power input in power modes
other than
'active mode'
Annual electricity consumption
off mode
POFF
0,0
kW
cooling
QCE
163
kWh/a
standby mode
PSB
0,0
kW
heating/Averag
e
QHE
875
kWh/a
thermostat-off
mode
PTO
0,0
kW
heating/Warme
r
QHE
-
kWh/a
crankcase
heater
mode
PCK
0,0
kW
heating/Colder
QHE
1575
kWh/a
Capacity control (indicate one of three
options)
Other items
fixed
N
Sound power
level
(indoor/outdoo
r)
LWA
58/62
dB(A)
staged
N
Global
warming
potential
GWP
2088
kgCO
2 eq.
variable
Y
Rated air flow
(indoor/outdoo
r)
-
660/192
0
m3/h
Contact details
for
obtaining more
information
(*)For staged capacity units, two values divided by a slash ('/') will be declared in each box in
the section 'Declared capacity of the unit' and 'declared EER/COP' of unit.
(**) If default Cd = 0,25 is chosen then (results from) cycling tests are not required.
Otherwise either the heating or cooling cycling test value is required.