Svan SSC800BD - Page 31

EN - 28
PRODUCT FICHE
Complying Commission Delegated Regulation (EU) No 392/2012
Supplier name or trademark SVAN
Model name SVSC08B
Rated capacity (kg) 8
Type of Tumble Dryer Condenser
Energy e󰀩ciency class
(1)
B
Annual Energy Consumption (kWh)
(2)
561
Automatic of Non-automatic Automatic
Energy Consumption of the standard cotton programme at full load (kWh) 4,68
Energy Consumption of the standard cotton programme at partial load (kWh) 2,56
Power consumption of the o󰀨-mode for the standard cotton programme at full load P
O
(W)
0,46
Power consumption of the left-on mode for the standard cotton programme at full load
P
L
(W)
0,96
The duration of the left mode on (min) n/a
Standard cotton programme
(3)
Programme time of the standard cotton programme at full load , T
dry
(min.) 134
Programme time of the standard cotton programme at partial load , T
dry1/2
(min.) 77
Weighted programme time of the standard cotton programme at full and partial load
(T
t
)
101
Condensation e󰀩ciency class
(4)
B
Average condensation e󰀩ciency of the standard cotton programme at full load C
dry
81%
Average condensation e󰀩ciency of the standard cotton programme at partial load
C
dry1/2
81%
Weighted condensation e󰀩ciency of the standard cotton programme at full load and
partial load C
t
81%
Sound power level for the standard cotton programme at full load
(5)
65
Built-in No
(1) Scale from A+++ (most e󰀩cient) to D (least e󰀩cient)
(2)Energyconsumption 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.
(3) “Cotton cupboard dry programme” used at full and partial load is the standard drying
programme to which the information in the label and the che relates, that this programme
is suitable for drying normal wet cotton laundry and that it is the most e󰀩cient programme
in terms of energyconsumption for cotton
(4) Scale from G (least e󰀩cient) to A (most e󰀩cient)
(5) Weighted average value - L wA expressed in dB(A) re 1 pW