SEVERIN KS 9888 Mode D'emploi page 14

De-frosting and cleaning
The integral vaporiser is sealed in foam in the rear wall; you may therefore notice a build-up of frost
around the rear area. This layer of frost will start melting when the compressor is not working.
Through a system of hoses, the melt-water drains into the collection tray below the compressor,
where it will be absorbed into the surrounding air. The unit does not therefore require de-frosting,
but only proper cleaning instead.
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To enable the melt-water to drain freely, always ensure that the channel and discharge opening in
the cabinet are free of any blockage.
Cleaning the unit / periods of non-use
- remove the plug from the wall socket
- remove the bottles from the cabinet
- leave the door open
To prevent any unpleasant odour within the cabinet, it should be cleaned about once every two
months. The interior and exterior surfaces and the drain channel may be cleaned with a wet cloth. If
necessary, a mild, neutral detergent may be used. Wipe dry thoroughly with a clean cloth after
cleaning.
The marked area (see diagram on the right) is designed
to collect any fluid that may accumulate inside the
cabinet. The interior must be kept dry to prevent any
damage to the door seals. Any fluid found in the tray
can be removed by wiping it dry.
Take care not to remove or damage the rating plate
inside the cabinet during cleaning.
Any dust deposits around the heat-exchanger on the
outside of the unit should be regularly removed using
a suitable brush or a vacuum cleaner. The build-up of dust will cause an increase in energy
consumption.
The rear of the appliance should be thoroughly cleaned with a soft brush or a vacuum cleaner at least
once a year.
Remark: Do not use abrasive tools or materials containing alcohol or harsh cleaning solutions. Do
not use any electrical appliances, such as steam cleaners etc., for de-frosting or cleaning.
Trouble-shooting
Certain typical sounds can be heard when the appliance is switched on. These sounds are:
– caused by the electrical motor within the compressor assembly;
during compressor start-up the sound level will be slightly higher
for a limited period of time.
– caused by the cooling agent flowing through the circuit.
In addition, the side of the housing may become warm. This heat is caused by dissipation of the heat
generated inside the cabinet.
The following table lists the possible malfunctions, their probable causes and solutions. In the event
of operational problems, check first whether a solution can be found using this table. If the problem
persists, disconnect the appliance from the mains power and contact our Customer Service
Department.
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