countdown chronometer").
In these models, you can use the clock as
a chronometer for periods of time from 1 to
99 minutes and as a timer for heating ele-
ments for periods of time from 1 to 99
minutes. All of the cooking zones can be
programmed independently and at the
same time.
Setting the timer for one hotplate
Follow these steps to time a heating ele-
ment:
1
Choose the heating element and select
the power level by using the
slider
cur-
sor (2).
2
Select the time indicator (12)
touching
with the finger OVER THE DIGIT.
3
Next, the digit on the right, correspon-
ding to the units, will indicate with a dash
that it can be edited. Use the slider cur-
sor to choose the value between
1
and
9
.
The value can be changed before 10
seconds has elapsed.
4
Afterward, the digit on the right, corres-
ponding to the tens, will indicate with a
dash that it can be edited. Use the slider
cursor to choose the value between
1
and
9
.
After 10 seconds have elapsed, the timer
will begin counting down.
The clock will emit a series of beeps for
two minutes once the chosen time has
passed. Press any sensor button to stop
the beeps.
Disconnecting the timer
If you want to stop the timer before the
programmed time has elapsed, you can do
so by setting the value at
0
, i.e. directly
touching the value
0
on the slider cursor.
Using the clock as a
countdown chronometer
The clock can be used as a chronometer.
A beep will be heard once the chosen time
has elapsed. It is only possible to use the
clock as a chronometer immediately after
turning on the cooker using the on/off sen-
sor button
(1) when all of the power
indicators of the heating elements (3) are
at
0
.
To use the chronometer, follow the steps
described in the previous section. The rest
of the indicators will turn off after the
values have been entered into the clock.
In addition, the chronometer function can
be disconnected by touching the on/off
sensor button
(1).
Safety against overheating
(models IRS…)
The induction zones are protected against
overheating of the electronic system,
which could damage it.
The induction generator has three mecha-
nisms that activate if the temperature is
too high in order to protect the electronic
components.
- Activation of the internal fan to cool the
electronic zone.
- Regulation of the power level assigned to
the cooking zone.
- Turning off of the corresponding cooking
zone.
GB
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