Material and Durability: It's typically made of robust materials like steel, chosen for its strength and ability to handle mechanical stress. Torque Transmission: The shaft is designed to efficiently transmit torque, the rotational force generated by the motor or generator. Precision Engineering: Accurate machining and tight tolerances are essential to minimize vibrations and ensure optimal performance. Applications: Armature shafts are used in a wide range of electrical machinery, including motors, generators, and power tools. Types: Besides the standard solid armature shaft, hollow armature shafts are also used, offering advantages like reduced weight and improved cooling. Interfacing: The shaft is designed to interface with other components like bearings and the armature core, allowing for smooth and reliable operation.
The shaft is designed to interface with other components like bearings and the armature core, allowing for smooth and reliable operation.