Sloped end-cap surfaces centrifugally expel fan airflow through radial gaps, cooling the motor while blocking debris in outdoor tools.
A shared inverter-motor casing houses the electric oil pump and internal wiring, simplifying installation and suppressing noise-driven communication errors.
A unified busbar and compatible terminal assembly lets one brushless motor housing support different customer connector layouts with fewer parts.
Split PWM on-time intervals keep one pulse long enough for phase current settling, enabling reliable low-duty motor starting and sensing.
An integral plastic bobbin with internal partitions insulates layered stator coils, limiting partial discharge in high-voltage motors.
A common-mode inductor placed near the power input with a wire-free PCB zone improves electric pump EMC and reduces interference.
Oblique conductor branches and housing-ground contact suppress actuator EMI, improving sensor accuracy without complex EMC circuitry.
Integrated VCM sensing removes backlash and corrects temperature drift, enabling smooth gimmick motion with accurate position control.
Multiple detector mounting sections let one gear motor fit rotation and torque detector combinations while cutting customization and manufacturing cost.
Internal routing of rotation and temperature sensor lines through a case partition removes external connectors, simplifying sealing and improving water resistance.
A direct-drive brushless tool layout removes gears so one battery platform can deliver compact size, high torque, and lower transmission loss.