With the development of AI and intelligent manufacturing, servo motors, which possess adaptive control, high integration, lightweight, and energy-saving characteristics, are key to future humanoid robots and precision manufacturing.
As a "joint drive unit", the servo motor is used for limb control to ensure that the robot moves along a predetermined trajectory.
As a "joint drive unit", the servo motor is used for limb control to ensure that the robot moves along a predetermined trajectory.
As a "joint drive unit", the servo motor is used for limb control to ensure that the robot moves along a predetermined trajectory.
As a "joint drive unit", the servo motor is used for limb control to ensure that the robot moves along a predetermined trajectory.
The motor casing temperature rose abnormally, far exceeding the normal operating range.
Overload operation, excessive load, poor cooling (such as fan failure), excessively high ambient temperature, or improper motor selection (insufficient torque).
The motor produces noticeable vibrations, whistling, or buzzing noises during operation.
Overload operation, excessive load, poor cooling (such as fan failure), excessively high ambient temperature, or improper motor selection (insufficient torque).
The motor cannot accurately reach the commanded position, and the error accumulates over time or with the stroke.
Overload operation, excessive load, poor cooling (such as fan failure), excessively high ambient temperature, or improper motor selection (insufficient torque).
The driver frequently triggers overload or overcurrent protection, causing the system to shut down.
Overload operation, excessive load, poor cooling (such as fan failure), excessively high ambient temperature, or improper motor selection (insufficient torque).
