h.koenig age6 Bedienungsanleitung Seite 7

For direct cooling, some kind of irregular cracking, hissing,
bubbling, crackling can often be heard when the
compressor is running for a while or has just stopped.
This sound is caused by the relief of stress due to
expansion and contraction when temperature changes, and
will not be affected by normal application of the product.
The compressor consists of an electric motor and a
compression device. Due to the heat produced during the
compression of the refrigerant, it is possible especially in
summer when the ambient temperature is higher that heat is
emitted by the cellar. All of these phenomena are normal.
To reduce some noises:
First, make sure your cellar is on a level surface.
Location is important, do not lean the cellar against the wall.
The bottles must be correctly loaded to avoid parasitic
vibrations.
The noise may come from the circulation fan, check that
nothing is interfering with its operation.
INSTALLATION INSTRUCTIONS
Before putting your appliance into service
● Remove all inner and outer packaging components.
● This appliance is designed to be free standing.
● Before connecting your device to a power supply, allow it to stand upright for about 2 hours.
This reduces the risk of malfunction of the refrigeration system due to handling during transport.
● Clean the inner surfaces of the unit with a soft cloth and warm water.
● Leave 10cm of free space between the back and sides of the unit to allow for ventilation of the
cooling system. Failure to do so will result in poor cooling performance, dust build up on the
components and dramatically shorten the life of the product. It may also void the warranty.
Below are the guidelines for creating proper ventilation
Ventilation basics: While the unit is cooling(removing the heat)from its interior, the removed
heat is being dissipated through the condenser coil at the rear of appliance. This heat must be
removed with proper air circulation and exhausted to the outside of the cabinet enclosure. If
this is not done, excessive heat will build up inside the cabinet enclosure and prevent the unit
from maintaining proper cooling, increase power consumption and overheat the electrical
components.