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Idiomas disponibles
Taking out of operation
Cleaning and care
26
Transport
Observe the safety instructions from page 20 onwards.
•
Switch off the appliance at the ON/OFF switch.
•
Pull out the mains plug and insert it into the holder provided.
•
Release both locking brakes.
•
Grip the appliance by the sliding handles and move it to the destination.
•
At the destination, lock both locking brakes in order to secure the appliance
against inadvertent movement.
•
Insert appliance plug into suitable socket with earth contact
•
Switch on the appliance with the ON/OFF switch.
Switch off the appliance
•
Switch off the appliance with the ON/OFF switch.
•
Pull out the mains plug and insert it into the holder provided.
•
Clean the appliance.
The internal surfaces of the stacking tubes and the base plates can become
hot during operation and only cool down slowly in the air. For cleaning purpos-
es, the equipment must be allowed to cool down with open top covers or suit-
able gloves must be worn.
•
Take the appliance out of operation before starting the cleaning process.
Pull out the mains plug and insert it into the holder provided on the appli-
ance.
•
Do not clean the appliance with steam-jet or high-pressure cleaners. If it is
anticipated that steam-jet or high-pressure cleaners will be used in the sur-
roundings, then the appliance must be taken out of operation and discon-
nected from the mains power supply beforehand.
•
For cleaning, the appliance must be out of operation and sufficiently
cooled.
•
Either clean appliances dry or dry them well after cleaning so as to prevent
the development of mould, uncontrolled growth of germs and bacteria and
thus contamination of the crockery.
•
The base openings located under the stacking tube are provided to facili-
tate the removal of any small items which may have fallen into the stacker.
Valuable information about "refined stainless steel"
The resistance to corrosion of stainless steels is based on a passive layer
which is formed on the surface when oxygen is admitted. The oxygen in the
air is sufficient for the formation of the passive layer, so that faults or damage
to the passive layer can be remedied again automatically by mechanical ac-
tion. The passive layer develops or reforms more quickly when the steel
comes into contact with flowing water containing oxygen. A further increase in
the effect is achieved by acids having an oxidising action (nitric acid, oxalic
acid). These acids are used if the steel has been severely chemically stressed
and therefore has largely lost its passive layer. The passive layer can be
chemically damaged or disrupted by agents having a reducing (oxygen-con-
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