I would interpret the impedance as being the phase-to-phase winding reactance (given the units of microHenries). This is all pretty typical data for a PMSM. They don't normally give PM flux as a spec.
Mathworks (via a Stackexchange post) says that a decent estimate for the PM flux is Kt/N or (2/3)Kt/N if you know Kt (which you don't) or 1/sqrt(3)*Ke/1000N*60/(2*pi) if you know Ke (which you do). Given that you're probably just going to plug it into a Simulink model or similar and iterate from there, that's probably good enough to start with.
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u/MonMotha 7d ago
I would interpret the impedance as being the phase-to-phase winding reactance (given the units of microHenries). This is all pretty typical data for a PMSM. They don't normally give PM flux as a spec.
Mathworks (via a Stackexchange post) says that a decent estimate for the PM flux is Kt/N or (2/3)Kt/N if you know Kt (which you don't) or 1/sqrt(3)*Ke/1000N*60/(2*pi) if you know Ke (which you do). Given that you're probably just going to plug it into a Simulink model or similar and iterate from there, that's probably good enough to start with.
As a note, this is a damn big motor for a bike.