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troUbLE SHootInG GUIdE
The AMC Flux will detect if there is a fault and display this on screen as an error code.
*Example of display
showing error 'E1'
05
There will be a slight noise when certain cookware is used on the AMC Flux - this is due to metal
expansion and is entirely safe and normal. The fan inside the hob is also running when the AMC Flux
is in use, to ensure dissipation of heat. This sound will continue during operation and may remain for
a while after the Flux has been turned off. Wait for the fan to stop before unplugging the power cord
from the wall socket. If you do not hear the fan while the AMC Flux is on, there is a fault. Please return
for repair within the one year guarantee period.
IMPortAnt SAFEty PrEcAUtIonS
1.
Always ensure that there is a minimum open, clean space of 12 cm around the AMC Flux when
in use. There must also be an open space of 1 meter above the hob for correct ventilation.
2.
The AMC Flux can carry a maximum weight of 20 kgs, this includes the weight of the
cookware and not ingredients alone.
3.
Although the surface of the hob is not heated during cooking, residual heat from the cookware
on the hob will leave the surface hot immediately after cooking. Do not attempt to touch the hot
surface and allow it to cool first before cleaning.
4.
Always place the AMC Flux on a flat surface for cooking. Do not cover the surface with a table
cloth or plastic sheet.
5.
Never pour or spray water directly on the AMC Flux or immerse it in water in an effort to clean it.
Never place it in a dishwasher. Always use a damp cloth, and only when the unit has cooled down.
6.
Do not operate the AMC Flux with wet hands, on a wet surface or in a damp environment.
7.
Never operate your AMC Flux on a hot surface or stove or near an open flame.
8.
Always unplug your AMC Flux after use, doing so only after the fan in the AMC Flux has
stopped running.
ScrEEn dISPLAy
E0
E1
E2
E3
E4
E5
E6
E7
E8
E9
FAULt dEtEctEd
Main PCB at fault
No cookware on surface, or cookware
not suitable for induction
Supply voltage too low
Supply voltage too high
Heat sensor faulty
IC on PCB error
Over current protection
IGBT error
Surface over heated
IGBT over heated
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