Hello
Colleagues, do you know how induction recognizes that it is connected to two phases instead of one?
The manual shows that when we connect to one phase, we bridge the L1 and L2 terminals.
When we connect to two phases, of course, the bridge is not used.
My only theory for recognizing whether there are two or one phases is to detect the voltage difference between L1 and L2
or detecting phase shift ... ok I think?
Then if you connect to one phase with a 4mm2 cable and the protection is against 40A counter, it will be
to act "half-heartedly"?
Colleagues, do you know how induction recognizes that it is connected to two phases instead of one?
The manual shows that when we connect to one phase, we bridge the L1 and L2 terminals.
When we connect to two phases, of course, the bridge is not used.
My only theory for recognizing whether there are two or one phases is to detect the voltage difference between L1 and L2
or detecting phase shift ... ok I think?
Then if you connect to one phase with a 4mm2 cable and the protection is against 40A counter, it will be
to act "half-heartedly"?
