Technical Information - AEG FAVORIT 88072 VI User Manual

32 www.aeg.com
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.
10.2 Activating the rinse aid
dispenser with the multitab
option activated
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.
EURO Appliances - euappliances.info
Refer to 'HINTS AND TIPS' for
other possible causes.
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 PRO-
GRAMME'.
2. Press and hold touchpads (4) and (5)
at the same time until the indicators
of touchpads (3), (4) and (5) start to
flash.
3. Press touchpad (4).
• The indicators of touchpads (3)
and (5) go off.
• The indicator of touchpad (4) con-
tinues to flash.
• The display shows the setting of
the rinse aid dispenser.
4. Press touchpad (4) to change the set-
ting.
5. Deactivate the appliance to confirm
the setting.
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)
Off
On
220-240 V
50 Hz
max. 60 °C
12
0.10 W
0.10 W