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8
ENG
FAILURE DISPLAY AND INSPECTION
TECHNICAL SPECIFICATION
If an abnormality comes up, the induction hob will enter the protective state automatically and display
corresponding protective codes:
Error Message Possible Cause
What to do
No pot or pot not suitable;
Replace the pot;
E
Water or pot on the glass over the control
Clean the user interface
F1E
The connection between the display board
and the left mainboard is fail (the cooking
zone which indicator showing “E”)
1. Connection cable not correctly plugged
or defective;
2. Replace the Mainboard.
F3E
Coil temperature sensor failure. (the cooking
zone which indicator showing “E”)
Replace the coil sensor
F4E
Mainboard temperature sensor failure. (the
cooking zone which indicator showing
“
E”)
Replace the mainboard
E1E
Temperature sensor of the ceramic glass
plate is high
Please restart after the induction hob cools
down.
E2 E
Temperature sensor of the IGBT is high
Please restart after the induction hob cools
down.
E3 E
Abnormal supply voltage(too high)
Please inspect whether power supply is normal;
Power on after the power supply is normal.
E4 E
Abnormal supply voltage (too low)
Please inspect whether power supply is normal;
Power on after the power supply is normal.
E5 E
Temperature sensor failure(the cooking zone
which indicator showing “E”)
Connection cable not correctly plugged or
assemble defective;
The above are the judgment and inspection of common failures.
Please do not disassemble the unit by yourself to avoid any dangers and damages to the induction hob and
please contact the supplier.
Weight and Dimensions are approximate. Because we continually strive to improve our products we may change
specifications and designs without prior notice.
Cooking Hob
HI6300TB
Cooking Zones
3 Zones
Supply Voltage
220-240V~
Installed Electric Power
6500W (230V)
Product Size LxWxH (mm)
590x520x60
Building-in Dimensions AxB (mm)
565x495
Summary of Contents for HI6300TB
Page 2: ......
Page 23: ...23 BG 8 8 a...
Page 24: ...24 BG A B Child lock C Max Power 220 230V 2000 2300W 1200 1500W 2300 3000W 6500W D E F...
Page 25: ...25 BG 1 2 140 mm...
Page 27: ...27 BG 3 Lo 1 2 3 OFF OFF 1 1 1 3 4 6 7 8 9 360 180 120 90 2 99 1 2 F 10 3 1 10 4 5 30 1 A...
Page 28: ...28 BG E F1E E 1 2 F3E E F4E E E1E E2 E IGBT IGBT E3 E 2 F 10 3 1 99 1 a 10 4 5 5 6...
Page 30: ...30 BG 760 mm A mm B mm C mm D E 760 50 mini 20 mini 5 mm 3 mm...
Page 31: ...31 BG 3 Fig 1 Fig 2 Fig 3 01 04 x1...
Page 32: ...32 BG Cautions 1 2 3 4 5 6 1 2 3 75 C 3 mm N L...
Page 33: ...33 BG 2011 65 EC WEEE...
Page 34: ...34 GR 8 8...
Page 35: ...35 GR A B C ON OFF 220 230V 2000 2300W 1200 1500W 2300 3000W 6500W D E F...
Page 36: ...36 GR 1 2 140 mm...
Page 37: ...37 GR 1 ON OFF 3 2 3 A 0 4 D 1 1 1 1 A 2 0 0 3 1 A 2 E P 1 A 2 D 9 9 5 3 Lo 1 2 3 OFF OFF...
Page 41: ...41 GR 3 mm 3 1 2 3 01 04 x1...
Page 42: ...42 GR 1 2 3 4 5 1 2 3 75 C...
Page 43: ...43 GR 3 mm 2011 65 E N L...
Page 54: ...54 MK 8 8...
Page 55: ...55 MK A B C ON OFF 220 230V 2000 2300W 1200 1500W 2300 3000W 6500W D E F...
Page 56: ...56 MK 1 2 140 mm...
Page 58: ...58 MK 3 OFF OFF 1 1 1 3 4 6 7 8 9 360 180 120 90 2 99 1 2 F 10 3 1 10 4 5 30 1 A 2 F 3 1 99...
Page 61: ...61 MK A mm B mm C mm D E 760 50 mini 20 mini 5mm 3 mm...
Page 62: ...62 MK Installation 3 Fig 1 Fig 2 Fig 3 01 04 x1...
Page 63: ...63 MK 1 2 3 4 5 1 2 3 75 C 3 mm N L...
Page 64: ...64 MK 2002 96 E WEEE...
Page 95: ......
Page 96: ...tesla info...