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3.4 -
NTC TEMPERATURE CONTROL OF COOKING ZONES (HOTPLATES)
The temperature of each zone is measured by an NTC sensor positioned between the coils and the ceramic
glass top (see fig. 16 and 17). In this way, the hob is protected against excessively high temperatures.
If one of the zones is found to overheat:
- If the temperature is in excess of
190°C
the power is reduced to
0
- If the temperature rises above
200°C
the generator module switches off and an alarm sounds
- The module can be switched on again when the temperature falls below
150°C
(after error code E1 is
displayed)
If the cooking module switches off due to overheating, and the alarm sounds, the cooking zone does not
switch on again automatically. To utilize the cooking zone again, it is necessary to wait until the temperature
falls to below 150°C, after which the cooking zone can be switched on again in the normal way (i.e. using
the control panel).
The system also features an automatic system which detects the presence and correct attachment of the
connectors to the NTC sensors.
3.5 -
BLOCK DIAGRAM OF HOB
To provide for two cooking zones (hotplates),
a TIGER induction module is connected to the
control unit powered by the module after being
configured appropriately via the jumper across
BC1 - BC5 (see section 3.2.1 "JUMPER FOR
CONFIGURATION OF GENERATOR
MODULE").
Fig. 18
TIGER INDUCTION MODULE
- TWO-ZONE TIGER INDUCTION MODULE WITH POWER SUPPLY TO
CONTROL UNIT (FITTED WITH JUMPER BC1 - BC5)
USER INTERFACE
- COLIBRI’ CONTROL UNIT WITH ROTARY CONTROLS
ZONE 1
- REAR HOTPLATE (Ø180 mm)
ZONE 2
- FRONT HOTPLATE (Ø140 mm)
