AEG TR838A4OBC Manuel de l'utilisateur - Page 18
Parcourez en ligne ou téléchargez le pdf Manuel de l'utilisateur pour {nom_de_la_catégorie} AEG TR838A4OBC. AEG TR838A4OBC 40 pages.
18
www.aeg.com
Program
seco armario
1) For partial loads, the cycle time is shorter and appliance uses less energy.
2) Improper ambient temperature and/or poorly centrifuged laundry can prolong cycle time and increase
the energy consumption.
7. OPTIONS
7.1 Nivel de Sec.
This option helps to achieve requested
laundry dryness. You can select the level
of dryness:
1) Default selection which is related to the pro‐
gramme
7.2 Tiempo/Tempo sec.
For: Algod., Ropa de Cama/Lençóis XL,
Sintéticos and MixDry programs. Lets the
user to set drying time from minimum 10
min to maximum of 2 hours (in 10 min
steps). When this option is maximum,
load indicator disappears.
The cycle lasts as long as
set drying time regardless of
the size of a load and its
dryness.
TIME DRYING RECOMMENDATION
up 10
action of cool air only (no heat‐
min
er).
Spun at / residual humidity
1200 rpm / 40%
800 rpm / 50%
ready to iron - iron dry level
ready to store - cupboard
1)
dry level
ready to store - extra dry
level
Drying time
71 min
87 min
TIME DRYING RECOMMENDATION
additional drying to improve dry‐
10 - 40
ness after previous drying cy‐
min
cle.
full drying of the small laundry
> 40
loads up to 4 kg, well spun
min
(>1200 rpm).
Tiempo/Tempo sec. on
Lana/Lãs program
Option applicable to Lana/Lãs program
to adjust final dryness level to more dry
or less dry.
7.3 Anti-arrugas/Rugas
Extends up to 120 minutes the anti-
crease phase (30 minutes) at the end of
the drying cycle. After drying phase drum
rotates from time to time to prevent
creases. Laundry can be removed during
the anti-crease phase.
7.4 Silencioso
The appliance operates with low noise
without effect on the drying quality. The
appliance operates slowly with longer
cycle time.
7.5 Alarm.
The acoustic signal sounds at the
following:
• cycle end
• start and end of crease guard phase
Energy
consump‐
1)
2)
tion
0,51 kWh
0,65 kWh