The radial 4-pole ferrite rotor magnet ring is a commonly used magnetic component in dc motors and generators. It has four polarities, each corresponding to a magnetic pole, which can generate a uniform magnetic field in the motor rotor. The following is a comprehensive introduction to the radial 4-pole ferrite rotor magnet ring.
Composition and Material: The radial 4-pole ferrite rotor magnet ring is usually made of ferrite material, which has good magnetic properties and thermal stability. It usually has a circular structure, with four adjacent polarities evenly distributed throughout the entire ring.
Magnetic field generation: When current passes through the coil of the motor, a radial 4-pole ferrite rotor magnet ring generates a uniform magnetic field. The four polarities of the magnetic ring generate four mutually symmetrical magnetic poles, which can provide high magnetic density and magnetic field uniformity.
Usage: Radial 4-pole ferrite rotor magnetic ring is widely used in various motors and generators. They are commonly used in brushless DC motors, stepper motors, and permanent magnet synchronous motors. These magnetic rings can generate the required magnetic field to help the motor achieve efficient and high-performance operation.
Note: Our company can provide motor rotor magnet ring separately, or we can integrate the magnetic ring with plastic parts and steel shaft injection molding. If you need to consult samples, please provide the required size and pole number.
Click on the multipole ferrite rings for more sample specifications.