Electric Connection; Operation; Functionality Of Induction Cookers - Bartscher IK 35 TC Mode D'emploi

5.2 Electric connection

WARNING!
The device can cause injuries due to improper installation!
Before installation the local power grid specification should be compared
with that of the device (see type label). Connect the device only in case of
compliance!
The device must only be connected to a properly installed single socket
with protective contact.
Never remove the power cable by pulling the cable itself; always grab
the plug housing.
•
Never allow the power cable to come into contact with heat sources or sharp edges.
The power cable should not hang over the side of the working surface. Ensure that no
one can step on or trip over the cable.
•
The power cable must not be folded, bent or tangled, and must always remain fully
unrolled.
•
Never place the device or other objects on the power cable.
•
Do not lay the cable over carpets or heat insulations. Do not cover the cable. Keep
away the cable from operating range and do not dunk it into water.
•
The electrical circuit of the socket must be secured to at least 16A. Only connect
the device to a wall outlet; do not use any extension cords or power strips.

6. Operation

6.1 Functionality of induction cookers

With induction cooker, an electric voltage is applied on a conductor spool beneath the
glass. This creates magnetic fields, which directly heat up the bottom of the cookware
through a physical effect.
This means saving time and energy, because contrary to common hotplates, the
cookware is heated up, not the heating element and the glass.
Due to the technical characteristics described above, another advantage is the very
short start-up cooking time.
In addition, the heat supply promptly adapts to changed settings and can be controlled in
small steps. The induction cooker reacts to changed settings just as fast as a gas stove,
as the energy reaches the pot immediately without having to heat up other materials first.
The induction technology combines this fast reaction with the basic advantage of
electricity, meaning being able to exactly adjust the heat supply.
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Electric shock hazard!