BOMANN WTK 5020 - EU Product Data Sheet

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EU Product Data Sheet
EU Product Data SheetEU Product Data Sheet
EU Product Data Sheet
Product information for household
Product information for householdProduct information for household
Product information for household tumble dryer
tumble dryertumble dryer
tumble dryer a
aa
accordi
ccordiccordi
ccording to reg
ng to regng to reg
ng to regu
uu
ulation (EU) No.
lation (EU) No. lation (EU) No.
lation (EU) No. 392/2012
392/2012392/2012
392/2012
Brand
BrandBrand
Brand
BOMANN
BOMANNBOMANN
BOMANN
Model
ModelModel
Model
WT
WTWT
WTK
KK
K 50
5050
5020
2020
20
Rated capacity
Rated capacityRated capacity
Rated capacity kg
kgkg
kg
8
88
8
Dryer type
Condenser
Energy efficiency class
1)
B
Annual energy consumption
2)
kWh/a
561
Automatic tumble dryer
∙
Energy consumption standard program
- with full load
kWh
4.74
- with partial load
kWh
2.56
Power consumption: off mode W
0.28
Power consumption: left-on mode W
0.80
Duration of the left-on mode Min
10
Standard programm
3)
Cotton Standard
Program time of standard cotton program
- weighted at full and partial load Min
112
- average at full load Min
140
- average at partial load Min
90
Condensation efficiency class
4)
B
Condensation efficiency class standard program
- average at full load %
80.1
- average as partial load %
80.1
- weighted at full and partial load %
80.1
Noise level dB(A)
69
Built-in appliance
-
1) A+++ (highest efficiency) to D (lowest efficiency).
2) Weighted annual energy consumption based on 160 drying cycles for the standard program with a full load and partial load, as well as the consumption of
operating modes with lower power consumption. The energy consumption per cycle depends on the type of use of the appliance.
3) The “Cotton standard” program with a full load and a partial load is the standard drying program on which the information on the label and in the datasheet
is based. This program is suitable for drying normal wet cotton fabrics and is the most efficient with regard to the energy consumption for cotton.
4) A (highest efficiency) to G (lowest efficiency).