80mm Nema34 Bldc Motor 4 Pole 48V 310V 3 Phase 3000RPM

80mm Nema34 Bldc Motor 4 Pole 48V 310V 3 Phase 3000RPM

During the brushless DC motor design phase, Hetai engineers aim to optimize the brushless motor torque. Motor torque is the amount of rotational force that a motor generates during operation. The key components involved in producing torque are the magnet, the winding and the flux path. The higher the number of pole pairs in the magnet, the higher the amount of brushless motor torque for the same dissipated power. Copper content of the winding contributes to the power provided by the motor while flux path guides all of the magnetic field in the usable channel, minimizing losses. Striking the right balance is important while creating a motor with maximum brushless motor torque that does not draw a tremendous amount of power.