2
GB
Important Information
!
You MUST clean the fluff filter after EVERY drying
cycle.
Fluff Filter...
!
Failure to clean the filter after EVERY drying cycle will
affect the drying performance of your machine.
-
It will take longer to dry and as a result will use
more electricity during drying.
STEP 1.
Open the door of your
dryer.
STEP 2.
Pull out the filter (using
the two finger grips).
STEP 3.
Open the filter and clean
any fluff deposits from
the filter mesh.
For your Venting dryer to operate efficiently, you must follow the regular maintenance schedule shown below:
STEP 4.
Refit the filter, with the
curved side towards you.
STEP 5.
Make sure the filter is
pushed fully home.
- NEVER run the dryer
without the filter in position.
!
You MUST clean fluff build up around the filter housing and the vent tube periodically, EVERY two or three months:
-
Check the vent tube and any permanent venting fixture to make sure that there has been no accumulation
of fluff or lint, and remove it.
-
Remove lint that collects around the filter and the outlet vents.
Product Data...
(EU Regulation 392/2012)
Rated capacity of Cotton laundry for the standard programme at full load
6.5 kg
Energy efficiency class
B
The weighted Annual Energy Consumption (
AE
c
)
444.5
kWh
Consumption per year, based on 160 drying cycles of the standard cotton programme at full and partial load, and the
consumption of the low-power modes. Actual energy consumption per cycle will depend on how the appliance is used.
This household tumble dryer is a
Automatic Air-Vented Dryer
Energy consumption : full load
E
dry
3.77
kWh
, partial load
E
dry1/2
2.02
kWh
Power consumption : off-mode (
P
o
)
0.14
W
, left-on mode (
P
l
)
1.96
W
Duration of the ‘left-on mode’ for power management systems
30
minutes
The ‘standard cotton programme’ suitable for drying normal wet cotton laundry that is the most efficient programme in terms
of energy consumption for cotton used at full and partial load is
Cottons - Cupboard Dry
Programme time (minutes) : weighted (
T
t
) full & partial load
78
, full load (
T
dry
)
103
, partial load (
T
dry1/2
)
59
Airborne acoustical noise emissions
69
dB
(
A
)
re 1 pW
This data is also available on the website
http://www.hotpoint.eu/hotpoint/
Summary of Contents for TVFM 60 Futura
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