
The cooking zone efficiency is related to
the diameter of the cookware. The
cookware with a smaller diameter than
the minimum receives only a part of the
power generated by the cooking zone.
Refer to “Technical
information” chapter.
CAUTION!
Do not use cast iron pans,
potstones, earthenware, grill
or toaster plates.
Gas:
WARNING!
Do not put the same pan on
two burners.
WARNING!
Do not put unstable or
damaged pots on the burner
to prevent from spill and
injury.
CAUTION!
Make sure that the bottoms
of pots do not stand above
the control knob, otherwise
the flame heats the control
knob up.
CAUTION!
Make sure that pot handles
are not above the front edge
of the cooktop.
CAUTION!
Make sure that the pots are
placed centrally on the
burner in order to get
maximum stability and to get
lower gas consumption.
CAUTION!
Liquids spilt during cooking
can cause the glass to
break.
5.2 Diameters of cookware
Use cookware with
diameters applicable to the
size of burners.
Burner Diameter of
cookware
(mm)
Rapid 180 - 220
Semi-rapid 120 - 220
5.3 The noises during operation
(for induction cooking zones)
If you can hear:
• crack noise: cookware is made of
different materials (sandwich
construction).
• whistle sound: you the cooking zone
with high power level and the
cookware is made of different
materials (sandwich construction).
• humming: you use high power level.
• clicking: electric switching occurs.
• hissing, buzzing: the fan operates.
The noises are normal and do not
refer to hob malfunction.
5.4 Examples of cooking
applications (for induction
cooking zones)
The relation between the heat setting
and the cooking zone consumption of
power is not linear. When you increase
the heat setting, it is not proportional to
the increase of the cooking zone
consumption of power. It means that the
cooking zone with the medium heat
setting uses less than a half of its power.
The data in the table is for
guidance only.
ENGLISH 13
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