Hello,
I have a problem with the induction hob, first the electrician connected the plate to the three-phase residual current circuit breaker (AC type), the switch immediately knocked out.
Questions:
1. Does the difference have to be A or B or it doesn't matter?
2. The hob, after connecting without a differential, turned on, but after switching on the field with the pot, it sparkled and the overload fuse broke, and after turning on the eska again, the plate sparkled, and immediately blown the fuse as if there was a short circuit.
The hob is connected by a qualified electrician according to the diagram in the manual (bridges etc.) Could the quality of the pot (type) have an influence on the situation? There are no signs of short circuit on the terminals under the board. Does anyone have any idea what could be the reason?
I have a problem with the induction hob, first the electrician connected the plate to the three-phase residual current circuit breaker (AC type), the switch immediately knocked out.
Questions:
1. Does the difference have to be A or B or it doesn't matter?
2. The hob, after connecting without a differential, turned on, but after switching on the field with the pot, it sparkled and the overload fuse broke, and after turning on the eska again, the plate sparkled, and immediately blown the fuse as if there was a short circuit.
The hob is connected by a qualified electrician according to the diagram in the manual (bridges etc.) Could the quality of the pot (type) have an influence on the situation? There are no signs of short circuit on the terminals under the board. Does anyone have any idea what could be the reason?