ErP Information(AC Product) |
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| AR09FSFPESNN / AR09FSFPESNX | ||||
According to Commission Regulation (EU) No 206/2012 |
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| If function includes heating: Indicate the heating season the | |||||
| Function (indicate if persent) |
| informaiont relates to. Indicated values should relate to one | ||||||||
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| heating season at a time. Include at least the heating season | |||||||||
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| 'Average' |
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cooling |
| Y |
| Average |
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| Y | ||||
heating |
| Y |
| Warmer |
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| Y | ||||
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| (if designated) |
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| Colder |
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| Y | ||
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| (if designated) |
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Item | symbol |
| value |
| unit | Item | symbol |
| value |
| unit |
Design load |
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| Seasonal efficiency |
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Cooling | Pdesignc |
| 2,5 |
| kW | cooling | SEER |
| 5,6 |
| - |
heating/Average | Pdesignh |
| 2,5 |
| kW | heating/Average | SCOP/A |
| 3,8 |
| - |
heating/Warmer | Pdesignh |
| 2,5 |
| kW | heating/Warmer | SCOP/W |
| 4,0 |
| - |
heating/Colder | Pdesignh |
| 2,5 |
| kW | heating/Colder | SCOP/C |
| 3,1 |
| - |
Declared capacity(*) for | cooling, at indoor temperature |
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| Declared energy efficiency ratio(*), at indoor temperature |
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27(19) ℃ and outdoor temperature Tj |
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| 27(19) ℃ and outdoor temperature Tj |
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Item | symbol |
| value |
| unit | Item | symbol |
| value |
| unit |
Tj = 35 ℃ | Pdc |
| 2,5 |
| kW | Tj = 35 ℃ | EERd |
| 3,7 |
| - |
Tj = 30 ℃ | Pdc |
| 1,9 |
| kW | Tj = 30 ℃ | EERd |
| 4,9 |
| - |
Tj = 25 ℃ | Pdc |
| 1,3 |
| kW | Tj = 25 ℃ | EERd |
| 6,9 |
| - |
Tj = 20 ℃ | Pdc |
| 1,2 |
| kW | Tj = 20 ℃ | EERd |
| 9,0 |
| - |
Declared capacity(*) for | heating/Average season, at indoor |
| Declared coefficient of performance(*)/Average season, |
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temperature 20 ℃ and outdoor temperature Tj |
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| at indoor temperature 20 ℃ and outdoor temperature Tj |
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Tj = - 7 ℃ | Pdh |
| 2,2 |
| kW | Tj = | COPd |
| 3,0 |
| - |
Tj = 2 ℃ | Pdh |
| 1,3 |
| kW | Tj = 2 ℃ | COPd |
| 4,1 |
| - |
Tj = 7 ℃ | Pdh |
| 0,9 |
| kW | Tj = 7 ℃ | COPd |
| 4,3 |
| - |
Tj = 12 ℃ | Pdh |
| 1,0 |
| kW | Tj = 12 ℃ | COPd |
| 5,0 |
| - |
Tj = bivalent | Pdh |
| 2,5 |
| kW | Tj = bivalent | COPd |
| 2,7 |
| - |
temperature |
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| temperature |
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Tj = operating limit | Pdh |
| 2,5 |
| kW | Tj = operating limit | COPd |
| 2,7 |
| - |
Declared capacity(*) for | heating/Warmer season, at indoor |
| Declared coefficient of performance(*)/Warmer season, |
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temperature 20 ℃ and outdoor temperature Tj |
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| at indoor temperature 20 ℃ and outdoor temperature Tj |
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Tj = 2 ℃ | Pdh |
| 2,5 |
| kW | Tj = 2 ℃ | COPd |
| 2,8 |
| - |
Tj = 7 ℃ | Pdh |
| 1,5 |
| kW | Tj = 7 ℃ | COPd |
| 4,7 |
| - |
Tj = 12 ℃ | Pdh |
| 1,0 |
| kW | Tj = 12 ℃ | COPd |
| 4,9 |
| - |
Tj = bivalent | Pdh |
| 2,5 |
| kW | Tj = bivalent | COPd |
| 2,8 |
| - |
temperature |
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| temperature |
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Tj = operating limit | Pdh |
| 2,5 |
| kW | Tj = operating limit | COPd |
| 2,7 |
| - |
Declared capacity(*) for | heating/Colder season, at indoor |
| Declared coefficient of performance(*)/Colder season, |
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temperature 20 ℃ and outdoor temperature Tj |
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| at indoor temperature 20 ℃ and outdoor temperature Tj |
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Tj = | Pdh |
| 1,6 |
| kW | Tj = | COPd |
| 2,8 |
| - |
Tj = 2 ℃ | Pdh |
| 1,0 |
| kW | Tj = 2 ℃ | COPd |
| 3,7 |
| - |
Tj = 7 ℃ | Pdh |
| 0,8 |
| kW | Tj = 7 ℃ | COPd |
| 3,8 |
| - |
Tj = 12 ℃ | Pdh |
| 1,0 |
| kW | Tj = 12 ℃ | COPd |
| 5,0 |
| - |
Tj = bivalent | Pdh |
| 2,0 |
| kW | Tj = bivalent | COPd |
| 2,1 |
| - |
temperature |
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| temperature |
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Tj = operating limit | Pdh |
| 2,0 |
| kW | Tj = operating limit | COPd |
| 2,1 |
| - |
Tj = | Pdh |
| 2,0 |
| kW | Tj = | COPd |
| 2,1 |
| - |
Bivalent temperature |
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| Operating limit temperature |
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heating/Average | Tbiv |
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| ℃ | heating/Average | Tol |
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heating/Warmer | Tbiv |
| 2 |
| ℃ | heating/Warmer | Tol |
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heating/Colder | Tbiv |
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| ℃ | heating/Colder | Tol |
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Cycling interval capacity |
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| Cycling interval efficiency |
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for cooling | Pcycc |
| - |
| kW | for cooling | EERcyc |
| - |
| - |
for heating | Pcych |
| - |
| kW | for heating | COPcyc |
| - |
| - |
Degradation |
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| Degradation |
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Cdc |
| 0,25 |
| kW | Cdh |
| 0,25 |
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cooling(**) |
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| heating(**) |
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Electric power input in | power modes other than |
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| Annual electricity consumption |
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'active mode' |
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off mode | POFF |
| 0,0 |
| kW | cooling | QCE |
| 156 |
| kWh/a |
standby mode | PSB |
| 0,0 |
| kW | heating/Average | QHE |
| 921 |
| kWh/a |
PTO |
| 0,1 |
| kW | heating/Warmer | QHE |
| 875 |
| kWh/a | |
crankcase heater | PCK |
| 0,0 |
| kW | heating/Colder | QHE |
| 1694 |
| kWh/a |
mode |
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Capacity control (indicate one of three options) |
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| Other items |
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fixed | N |
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| Sound power level | LWA |
| 56,0/59,0 |
| dB(A) | |
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| (indoor/outdoor) |
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staged | N |
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| Global warming | GWP |
| 1975 |
| kgCO2 eq. | |
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| potential |
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variable | Y |
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| Rated air flow | - |
| 600/1920 |
| m3/h | |
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| (indoor/outdoor) |
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Contact details for |
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obtaining more | http://www.samsung.com |
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information |
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(*)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.