Hi Malte and
to the forum.
I have not seen any stall torque figures quoted for this motor, but it will really depend upon the maximum current that both the controller and battery can supply, which can vary considerably for each specific installation.
Presumably, you will have already studied the 48V
performance curve and
dynomometer data for this motor, in which case you should notice that the torque developed by the motor is almost directly relative to the amount of current being consumed.
I would therefore suggest that the stall torque should be around 23Nm @ 10.08kW
(48V x 210A) but it could be even higher than this for short bursts, as long as the controller, battery
(inc. BMS), power cables, phase wires and motor windings are able to supply/withstand a much higher current .
I hope this helps.
Alan