Eco Design Information
ErP Information(AC Product) AR18HSFSBURN / AR18HSFSBURX
Item symbol value unit Item symbol value unit
Cooling Pdesignc 5,0 kW cooling SEER 6,7 -
heating/Average Pdesignh 3,9 kW heating/Average SCOP/A 3,8 -
heating/Warmer Pdesignh - kW heating/Warmer SCOP/W - -
heating/Colder Pdesignh - kW heating/Colder SCOP/C - -
Item symbol value unit Item symbol value unit
Tj = 35 ℃ Pdc 5,0 kW Tj = 35 ℃ EERd 3,3 -
Tj = 30 ℃ Pdc 3,7 kW Tj = 30 ℃ EERd 4,9 -
Tj = 25 ℃ Pdc 2,3 kW Tj = 25 ℃ EERd 8,2 -
Tj = 20 ℃ Pdc 1,6 kW Tj = 20 ℃ EERd 14,2 -
Tj = - 7 ℃ Pdh 3,5 kW Tj = -7 ℃ COPd 2,6 -
Tj = 2 ℃ Pdh 2,4 kW Tj = 2 ℃ COPd 3,7 -
Tj = 7 ℃ Pdh 1,4 kW Tj = 7 ℃ COPd 5,2 -
Tj = 12 ℃ Pdh 1,0 kW Tj = 12 ℃ COPd 5,7 -
Tj = bivalent
temperature
Pdh 3,9 kW
Tj = bivalent
temperature
COPd 2,4 -
Tj = operating limit Pdh 3,9 kW Tj = operating limit COPd 2,4 -
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 - -
Tj = -7 ℃ Pdh - kW Tj = -7 ℃ COPd - -
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 - -
Tj = -15 ℃ Pdh - kW Tj = -15 ℃ COPd - -
heating/Average Tbiv -10 ℃ heating/Average Tol -10 ℃
heating/Warmer Tbiv - ℃ heating/Warmer Tol - ℃
heating/Colder Tbiv - ℃ heating/Colder Tol - ℃
for cooling Pcycc - kW for cooling EERcyc - -
for heating Pcych - kW for heating COPcyc - -
Degradation
co-efficient
cooling(**)
Cdc 0,25 kW
Degradation
co-efficient
heating(**)
Cdh 0,25 -
off mode
P
OFF
0,0 kW cooling
Q
CE
261 kWh/a
standby mode
P
SB
0,0 kW heating/Average
Q
HE
1437 kWh/a
thermostat-off mode
P
TO
0,0 kW heating/Warmer
Q
HE
- kWh/a
crankcase heater
mode
P
CK
0,0 kW heating/Colder
Q
HE
- kWh/a
fixed
Sound power level
(indoor/outdoor)
L
WA
58,0/65,0 dB(A)
staged
Global warming
potential
GWP 1975
kgCO
2
eq.
variable
Rated air flow
(indoor/outdoor)
- 960/2280
m
3
/h
Contact details for
obtaining more
information
Y
(*) 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.
Electric power input in power modes other than
'active mode'
Annual electricity consumption
Capacity control (indicate one of three options) Other items
N
N
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
Bivalent temperature Operating limit temperature
Cycling interval capacity Cycling interval efficiency
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
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
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
According to Commission Regulation (EU) No 206/2012
Design load Seasonal efficiency
Function (indicate if persent)
If function includes heating: Indicate the heating season the
informaiont relates to. Indicated values should relate to one
heating season at a time. Include at least the heating season
'Average'
cooling
heating
Y
Y
Average
Warmer
(if designated)
Colder
(if designated)
Y
N
N