When the stator core is laminated, the main purpose is to increase the degree of closure of the magnetic circuit and reduce magnetic flux leakage. By stacking multiple layers of iron sheets together and using adhesive to fix them together, the loss of magnetic field can be effectively reduced, and the efficiency and performance of the motor can be improved.
Laminated iron cores can also reduce vibration and noise. Due to the fact that the iron core is composed of multiple thin iron sheets instead of a single thick iron plate, vibration and noise are effectively suppressed during motor operation, providing a smoother and quieter operating environment.
In addition, laminated iron cores can also improve heat dissipation performance. Due to the increase in surface area of the iron core, the heat dissipation effect is better, which can more effectively dissipate the generated heat, avoid overheating damage, and extend the service life of the motor.
In electromagnetic fields, the stator core generates voltage called eddy current or circulating current, which may lead to power loss and poor performance. The stator laminations buffer the iron core, thereby reducing eddy currents.
In summary, the lamination of the stator core can optimize the magnetic circuit, reduce vibration and noise, and improve heat dissipation performance, thereby improving the efficiency, performance, and reliability of the motor.
If you are looking for high-quality stamping lamination services, YOUYOU may be a good choice. We provide stator core assembly services, including reverse engineering and drawing manufacturing drawings for the stator core.
We can customize different types of laminations, such as rotor laminations, slotted laminations, and segmented stator laminations, with thicknesses ranging from 0.1MM to 0.5MM. Overall, stator core laminations play a crucial role in the production and performance of motors. Contact us to obtain the motor lamination.
