Magnet Rotors Description
Learn about the essential features and design principles of magnetic rotors, the non-stationary part of motors, used in electric motors, generators, and more. Understand how multiple poles with alternating polarities create rotational motion around a central axis, forming the principal design for rotors. These magnet rotors play a crucial role in various applications, including the In-wheel Motor of an Electric Sports Car with a wheel size of 16 inches. Stanford Advanced Materials (SAM) offers high-performance permanent magnet motor components and sub-assemblies catering to aerospace and defense, industrial, automotive, and motorsport industries.
Magnet Rotors Specification
SAM specializes in manufacturing high-performance magnet rotors using advanced materials like samarium cobalt or neodymium iron boron, featuring permanent magnets. These magnetic motor rotors are constructed with magnetic steel, metal shaft, or metal shell and are available in sintered, molded, or injection-molded forms with multi-pole magnetic rings. With applications in high-speed motors, line motors, and stepper motors, the permanent magnet motor rotors can be customized with different magnetic materials, welcoming personalized drawings.
Specifications:
- Outer Diameter: 450mm
- Poles: 4
- Dynamic Balance: G3.2 without processing
- Magnet Grade: 38UH
Magnet Rotors Applications
Discover the wide-ranging applications of magnet rotors, including their use in various motor types:
- Magnet Rotor for In-wheel Motor: set in the In-wheel Motor of Electric Sports Car, Wheel Size 16 inches
- Magnet Rotor for Synchronous Motor: Used in Air Compressor Motor, Elevator Motor, Motor of Donkey Machine, etc.
- Micro Motor
- Megawatt Marine Motor-Propulsion
