1. Rewinding the motor to extend the copper fill factor by extra effectively packing the conductors. Therefore, for a given torque (fixed current density), copper fill factor and copper winding area, the facility dissipation just isn’t modified by altering the motor Kv. However, it can make sense to rewind a motor in order that its peak current draw shall be higher matched with an current motor controller. At very excessive frequencies it may make sense to rewind a motor to make use of many parallel small conductors rather than singular thick conductors with a view to minimise the skin impact. You is not going to improve the specific torque density or lower the power dissipation for a given torque output by rewinding a motor to have a lower Kv. In actuality, a motor will operate with an AC present. This page can be updated daily – normally round 8.30pm Sydney time and ????????????????????? in addition randomly if and when required – with the very best bid receive thus far. Data has been generated with GSA Content Generator DEMO!