10
USING THE COOKTOP
Do not use recipients with a rough base to avoid scratching the thermal surface of the top.
A very important factor in induction cooking is the dimension of the pot compared to the plate used (Fig.6B). The
cooking zones allow the use of recipients with bases of various diameters.
It is, however, preferable to use the appropriate cooking zone for the dimension of the pot.
USING THE COOKTOP
The appliance is operated using the control panel sensor keys.
Functions are controlled by touching the sensor keys and confirmed by displays and acoustic signals. Touch the sensor
keys from above, without covering other sensor keys.
TOUCH CONTROL (FIG. 7)
COOKING RECIPIENTS
A
. On/Off key
B
. Lock key
C
. Zone
[+]
key (increase power)
D
. Zone
[-]
key (decrease power)
E
. Cooking Zone Display
F
. Timer Display
G
. Timer
[+]
key (increase value)
H
. Timer
[-]
key (decrease value)
SWITCHING THE APPLIANCE ON
Press the
On-Off
key to switch the hob on.
All the displays relative to the cooking zones switch on in the «0» standby position. The control unit remains active for
10 seconds. If no cooking zone is selected within this time, the appliance switches off automatically.
SWITCHING A COOKING ZONE ON
Select the desired cooking zone and press one of the
Zone [+]
keys.
Press the
Zone [-]
key to go to position 9 (max. power) or
Zone [+]
key to go to position 1 (min. power). Once this
operation has been completed you can adjust the temperature with the
Zone [+]
and
[-]
keys. The power of the single
cooking zone can be adjusted in 9 different positions and will be shown on the relative luminous display with a level
from «1» to «9».
Summary of Contents for HCI320
Page 1: ...INDUCTION VITROCERAMIC HOB P YTA INDUKCYJNA DO ZABUDOWY User manual Instrukcja obs ugi HCI320...
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Page 18: ...60 1 2 1 4 4 18...
Page 19: ...RU 19 3 5 3...
Page 20: ...20 A ONN OFF D F G H c 6 6 6 7...
Page 21: ...21 RU B A E 0 10 C 1 D 9 C D 9 G 1 9 1 2 3 50 POWER BOOST 10 9 9 9 01 99...
Page 22: ...0 B B C D D 0 A 22 1 2 6 3 4 5 5 4 6 7 8 9 1 5...
Page 23: ...23 RU 2002 96 WEEE 7200 2800 3500 6000 r 3 1 2 3 1 4...
Page 24: ...24 5 1 4 60 4 2800 3500 6000 7200...
Page 25: ...25 UA...
Page 26: ...26 8 8...
Page 27: ...UA 27...
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Page 29: ...UA 29 60 1 2 1 4 4 3...
Page 30: ...30 3 c 6 6 6 5...
Page 31: ...31 7 UA A ONN OFF D F G H B A E 0 10 C 1 D 9 C D 9 G 1 9 1 2 3...
Page 32: ...32 50 POWER BOOST 10 9 9 01 99 0 B B C D D 0 A...
Page 33: ...2002 96 WEEE 1 2 6 3 4 5 5 4 6 7 8 9 1 5 33 UA...
Page 34: ...34 7200 2800 3500 6000 r 3 1 2 3 1 4 4 2800 3500 6000 7200 5 1 4 60...