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4. Connect the screw socket to the water tap.
5. Insert the connecting hose all the way into the screw
socket.
6. Loop or coil the connecting hose so that the
appliance can be moved away from the wall.
The connecting hose can be attached to the wall with
the enclosed clamp.
m
Caution
Never bore or screw into the appliance!
Checking the water connection for leaks
m
Warning
Risk of electric shock and damage to property.
Disconnect the appliance from the electricity mains
before carrying out any work on the water connection.
1. Turn on the water tap and wait a moment for the
water pipes in the appliance to fill with water.
2. Check the connecting hose and joints for leaks.
3. Open the appliance doors.
4. Unscrew the 3 screws holding the base panel and
remove it.
5. Check the connections to the freezer compartment
door for leaks.
6. Put the base panel back in place and secure it with
the 3 screws.
Electrical connection
The socket must be near to the appliance and easily
accessible after the appliance has been installed.
The appliance conforms to protection class I. Connect
the appliance to a 220-240 V/50 Hz alternating current
supply using a socket with protective earthing
conductor which has been correctly installed. The
socket must be protected by a fuse with a rating of
10 A to 16 A.
In the case of appliances operated outside of Europe,
check whether the voltage and type of current specified
conform to the values of your electricity grid. You will
find this information on the rating plate.
m
Warning
The appliance must never be connected up to an
electronic energy-saving socket.
Sinusoidal-commutated and line-commutated inverters
can be used with our appliances. Line-commutated
inverters are used with photovoltaic systems that are
connected directly to the national grid. Sinusoidal-
communicated inverters must be used with standalone
applications (e.g. on ships or mountain huts) that do
not have a direct connection to the national grid.
Levelling the appliance
Note
To ensure that it functions properly, the appliance must
be set level using a spirit level.
If the appliance is not level, it could cause the water to
run out of the ice-maker, produce unevenly sized ice
cubes or prevent the doors closing properly.
1. Move the appliance into its intended installation
position.
2. So that the appliance cannot move, unscrew the two
front feet until they are standing firmly on the floor.
