Technical Information - AEG FAVORIT 50KVI1P Notice D'utilisation

• The quantity of detergent is too much.
Stains and dry water drops on glasses
and dishes
• The released quantity of rinse aid is
not sufficient. Adjust the rinse aid se-
lector to a higher position.
• The quality of the detergent can be
the cause.
Dishes are wet
• The programme is without a drying
phase or with a low temperature dry-
ing phase.
• The rinse aid dispenser is empty.
• The quality of the rinse aid can be the
cause.
• The quality of the combi detergent
tablets can be the cause. Try a differ-
ent brand or activate the rinse aid dis-
penser and use rinse aid together with
the combi detergent tablets.
Refer to 'HINTS AND TIPS' for
other possible causes.
10.2 How to activate the rinse
aid dispenser
1. Press the on/off button to activate
the appliance. Make sure that the ap-

11. TECHNICAL INFORMATION

Dimensions
Electrical connection
Water supply pressure
Water supply
Capacity
Power consumption
1) Connect the water inlet hose to a water tap with a 3/4'' thread.
2) If the hot water comes from alternative sources of energy, (e.g. solar panels, aeolian
energy), use the hot water supply to decrease energy consumption.
Width / Height / Depth
(mm)
Refer to the rating plate.
Voltage
Frequency
Min. / max. (bar / MPa)
1)
Cold water or hot water
Place settings
Left-on mode
Off-mode
pliance is in setting mode, refer to
"Setting and starting a programme".
2. Press and hold, at the same time,
button and button
indicators of buttons
and start to flash.
3. Press button
•
The indicators of buttons
and go off.
• The indicator of button
ues to flash.
• The display shows the current set-
ting.
Rinse aid dispenser off.
Rinse aid dispenser on.
4. Press button
ting.
5. Press the on/off button to deactivate
the appliance and to confirm the set-
ting.
6. Adjust the released quantity of rinse
aid.
7. Fill the rinse aid dispenser.
596 / 818 - 898 / 550
(0.5 / 0.05 ) / (8 / 0.8 )
2)
ENGLISH
33
until the
, ,
.
,
contin-
to change the set-
220-240 V
50 Hz
max. 60 °C
12
0.10 W
0.10 W