For permanent magnet PTMS MAGNETIC SEPARATOR, the optimization of the magnetic system structure mainly focuses on the shape, size scale and arrangement of the magnetic poles. Due to the characteristics of the permanent magnet itself, the magnetic field strength and uniformity can be effectively improved by rationally adjusting these parameters. By optimizing the pole width gap ratio and width height ratio, we can improve the distribution of magnetic field fluctuation and improve the performance of magnetic separator.
The magnetic field of electromagnetic PTMS MAGNETIC SEPARATOR originates from the excitation system, and different excitation systems will produce magnetic fields with different characteristics. When optimizing the magnetic field strength, the type and power of the excitation system and the matching with the magnetic circuit should be considered. For example, the magnetic field strength of the electromagnetic magnetic separator can be adjusted by selecting appropriate parameters such as excitation current and coil turns.
Electromagnetic PTMS MAGNETIC SEPARATOR in the process of work, because of the coil heating will affect the stability of the magnetic field. Therefore, while optimizing the magnetic field strength, the heat dissipation problem should also be considered. For example, an effective cooling device (such as heat sink, cooling fan, etc.) is used to reduce the coil temperature, ensure the stability of magnetic field strength, and avoid the decrease or fluctuation of magnetic field strength caused by the temperature increase.
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Potential of nanomaterials for PTMS MAGNETIC SEPARATOR iron removal for practical applications
