EN 14
During cooking, the baking pan is being heating
up. Be careful not to burn yourself.
Make sure that you do not cover the control panel
when placing the baking pan on the hob.
ACTIVATION OF THE BRIDGE ZONES
Turn on the hob by pressing the OFF/ON sensor
(A).
At the same time, push the sensors for both
cooking zones on the left side of the hob (C). The
display shows a symbol
for the left rear zone,
indicating that the two cooking zones has been
connected (bridged).
Set the requested cooking power for the bridged
cooking zone.
For later change of cooking level, first press the
sensor for the front left cooking zone.
There is no possibility to increase the power
with "Power boost" function when two zones are
being bridged together. Maximum available power
level is at the level 9.
DEACTIVATION OF THE BRIDGE ZONES
At the same time, push both sensors for both
cooking zones on the left side of the hob. The
symbol disappears and the hob is turned off.
Both cooking zones will run independently.
SAFETY FUNCTIONS AND ERROR
DISPLAY
The cooking hob is fitted with overheating protection
sensors. If the temperature rises too high, individual
cooking zones or even the entire cooking hob can
be temporarily switched off automatically.
Error, possible cause, solution
Continuous beep and Er03 flashing on the
display.
- Water spilt over sensor surface, or an object
placed over the sensors.
Wipe the sensor surface.
Flashing E/2
- The cooking zone has overheated. Wait until it
cools down.
E/3 flashes
- Unsuitable cookware that lacks ferromagnetic
properties. Use another pot or pan.
NOISE AND SOUNDS DURING INDUCTION
COOKING
Noises
and
sounds
Cause
Induction-
generated
operating noise.
Induction technology is based
on the properties of some
metals under electromagnetic
effect. It results in so-called
eddy currents that force the
molecules to oscillate. These
oscillations (vibrations) are
transformed
into
heat.
Depending on the type of
metal, this could result in quite
noises.
Solution:
This is normal and it is not a result of
any malfunction.
Transformer-like
buzz.
Occurs when cooking at a
high power level. The reason
for this is the amount of
energy transferred from the
cooking hob to the pot or pan.
Solution:
This noise will disappear or weaken
when you reduce the power level.
Vibration
and
crackling of the
cookware.
This
noise
appears
in
cookware (pots or pans) made
of different materials.
Solution:
It results from vibrations along the
adjacent surfaces of different material layers. This
noise depends on the cookware. It can vary
depending on the amount and type of food being
cooked.
Fan noise.
Correct operation of induction
electronic
components
requires temperature control.
Therefore, the cooking hob is
fitted
with
a
fan
which
operates at varying speed,
depending on the perceived
temperature.
Solution:
The fan may operate even after the
cooking hob has been switched off, if the
temperature remains too high.
In case of an operation failure or if the
fault / error indication does not disappear,
disconnect the cooking hob from the power
mains for a few minutes (undo the fuse or turn of
the main switch); then, reconnect it to the power
mains and turn on the main switch key.
If the problems persist, call a service technician.
