Bauknecht TRPC 86531, Instructions For Use Manual

Page: 9 / 51

8
*Reference programmes for Energy Label / Regulation 392/2012 /EU
Values are based on the default programme setting, with clean
air and bottom filter. For consumer tests, the door filter and
bottom filter need to be cleaned after each cycle.
The energy consumption and drying time may differ from the values
above.
PROGRAMME LOAD
(KG)
SPIN SPEED (rpm) HUMIDITY (%) ENERGY
CONSUMPTION (kWh)
DRYING TIME (min)
ECO COTTON *
8 1000 60 1.45 209
4 1000 60 0.81 131
ECO COTTON
8 800 70 1.67 234
8 1400 50 1.23 167
COTTON IRON DRY
8 800 70 1.23 216
8 1000 60 1.06 185
8 1400 50 0.89 154
SYNTHETICS CUPBOARD
DRY
3.5 1000 40 0.51 81
They depend on the operation conditions in your home (such as
voltage fluctuation, mixture of textiles, humidity of the textiles after
spinning, load volume).
The values are determined according to European Norm 61121 and
refer to the default programme setting; changing the setting also
impacts the consumption data.
CONSUMPTION DATA
PRODUCT FICHE
WWW
The product fiche with energy data of this appliance can be
downloaded from Bauknecht Website docs. bauknecht. eu
HOW TO OBTAIN THE USE AND CARE GUIDE
>
WWW
Download the Use and Care Guide from our
website docs. bauknecht. eu (you can use this QR code),
specifying the product’s commercial code.
> Alternatively, contact our Client After-sales Service
4 0 0 0 1 1 0 4 6 9 5 0
CONTACTING OUR AFTER-SALES
SERVICE
You can find our contact details in the
warranty manual. When contacting our
Client After-sales Service, please state the
codes provided on your product’s
identification plate.
xxxxxxxxxxxx
Power Consumption - Watts
Left-on mode 1.07
Off-mode 0.40
HEAT PUMP SYSTEM
This dryer is fitted with a sealed heat pump system to dry your
clothes. To operate, the heat pump contains fluorinated greenhouse
gases (Fgases) which are covered by the Kyoto Protocol. These F
gases are contained in a hermetically sealed unit. This sealed unit
contains 0.33 kg of the F gas R134a which acts as a refrigerant.
GWP = 1430 (1 t CO2).
Printed in Italy