Gorenje W9825I, Detailed Instructions

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50
TYPICAL CONSUMPTION TABLE
354011
Due to variations in the type and quantity of laundry, spin
speed, variations in power voltage, and the temperature and
moisture of ambient, the measured values of the duration of
the program and power consumption with the end user may
vary somewhat from the displayed values.
Program
Max. load [k
g]
T
emp
.
[°C] Spinning [rpm] R
emaining
mois
tur
e c
ont
ent
[%] Dur
ation
[min.] W
a
ter-
C
onsumption
[L] Po
w
er-
C
onsumption
[kW
h]
Cotton
(A-50%) ECO* 9 / 4,5** 60 1200-1600 55-44 181 / 168** 57 0,82 / 0,75**
(A-50%) ECO* 9 / 4,5** 40 1200-1600 55-44 160 / 150** 57 0,77 / 0,66**
(A-50%) ECO* 8 / 4** 60 1200-1600 55-44 181 / 166** 54 0,73 / 0,66**
(A-50%) ECO* 8 / 4** 40 1200-1600 55-44 160 / 150** 54 0,67 / 0,63**
(A-40%) ECO* 9 / 4,5** 60 1200-1600 55-44 181 / 168** 57 0,95 / 0,82**
(A-40%) ECO* 9 / 4,5** 40 1200-1600 55-44 160 / 150** 57 0,77 / 0,66**
(A-40%) ECO* 8 / 4** 60 1200-1600 55-44 181 / 166** 54 0,80 / 0,72**
(A-40%) ECO* 8 / 4** 40 1200-1600 55-44 160 / 150** 54 0,77 / 0,65**
SLIM
(A-30%) ECO* 7 / 3,5** 60 1200-1400 55-53 181 / 160** 49 0,79 / 0,64**
(A-30%) ECO* 7 / 3,5** 40 1200-1400 55-53 160 / 148** 49 0,55 / 0,48**
(A-30%) (I)¯ ECO* 7 / 3,5** 60 1200-1400 55-53 181 / 160** 49 0,76 / 0,62**
(A-30%) (I)¯ ECO* 7 / 3,5** 40 1200-1400 55-53 160 / 148** 49 0,52 / 0,46**
(A-30%) ECO* 6 / 3** 60 1200-1400 55-53 181 / 160** 49 0,79 / 0,64**
(A-30%) ECO* 6 / 3** 40 1200-1400 55-53 160 / 148** 49 0,55 / 0,48**
(A-30%) (I)¯ ECO* 6 / 3** 60 1200-1400 55-53 181 / 160** 49 0,76 / 0,62**
(A-30%) (I)¯ ECO* 6 / 3** 40 1200-1400 55-53 160 / 148** 49 0,52 / 0,46**
* Testing program by EN 60456 with the selection of max. spin RPM
** Half load
¯ BPM motor (inverter motor)
‘Standard 60°C ECO cotton programme’ and the ‘standard 40°C ECO cotton
programme’ are the standard washing programmes to which the information in the label
relates. These programmes are suitable for cleaning normally soiled cotton laundry and they
are the most efficient programmes in terms of combined energy and water consumption. For
this reason, actual water temperature may differ from the nominal cycle temperature.