21
TECNICAL INFORMATION
7334245
Supply voltage
220-240 V~ o 380-415 V 2N~
Supply frequency
50/60 Hz
P
TOT
7400
W
18,4x22 cm / 2,1 kW (P=3,7 kW)
P= EXTRA POWERFUL SETTING
ENERGY EFFICIENCY
ELECTRIC COOKING EC
ELECTRIC COOKING
18,9x24,5 cm
189,6 Wh/kg
TYPE OF HOB
BUILT-IN
N° INDUCTION ZONES
2
EE
ELECTRIC HOB
189,6 Wh/kg
Cooking zones function
principle
The hob is fitted with high power induction hotplates. Heat is generated directly at the
bottom of the dish, where it is most needed, without any losses through the glass
surface.
The glass surface is not heated directly, but only by return heat transmitted by the dish.
This heat figures as after the hotplate is turned off.
The induction hotplate generates heat from the induction coil, installed underneath the
glass surface. The coil creates magnetic field at the bottom of the dish (which can be
magnetized) which in turn originates whirling flows of current which then heat.
Appropriate cookware
Induction hotplate will function perfectly only if appropriate pot is used.
The pot should be in the middle of the hotplate during cooking.
The appropriate pot is the one which enables induction, for example steel, enamel or
steel alloy. Pots made from steel alloy with copper or aluminium bottom, or glass pots
are inappropriate.
If you use the pressure pot, keep it under close surveillance until proper pressure is
obtained. Hotplate should first operate on maximum power, then follow the
manufacturer’s instructions.
When buying cookware, check if it bears the label “allows induction”.
COOKING ZONES
MIN. PAN BOTTOM Ø
MAX. PAN BOTTOM Ø
184x220 mm
(SINGLE)
Ø 115 mm
Ø 180 mm
184x220 mm
(SINGLE) WITH
BRIDGE FUNCTION
Ø 135 mm
Ø 180 mm
184x220 mm
(DOUBLE) WITH
BRIDGE FUNCTION
2 ZONES
-
380x220 mm
4 ZONES
Ø 330 mm
Ø 400 mm
Note:
When Bridge function is selected, you can use the created zone in different ways, with
one or two pots.
If you use larger pots than the recommended maximum size, the heating time will be
longer, because the heating will propagate from center to edges of the pot by conduction,
in this case also the temperature will be very inhomogeneous.
