Vertical Ring Magnetic Separator Electromechanical Cabinet Transformer

China Fengrui transformative solution is equipped with a vertical ring magnetic separator that effectively separates impurities from the magnetic ores and allows for easier separation, ensuring that your operations run smoothly and effectively. This solution is perfect for industries like mining, metallurgy, ceramics, and many others that require magnetic separation for their processes.

What sets our solution apart is the high-quality materials used in our manufacturing process. We take pride in using only the best materials available, ensuring that our products meet and exceed industry standards. Our electromechanical cabinet transformer also comes with a fully adjustable speed, allowing you to customize your specifications according to your unique requirements.

The vertical ring magnetic separator electromechanical cabinet transformer is a key component of the magnetic separator power distribution system. It converts 380 volt mains power into a low-voltage, high-current, safe and controllable magnetic power supply for the magnetic separator through the primary coil and secondary coil. The primary and secondary coils are made of pure conductive copper, which has the advantages of stable and reliable operation, strong load capacity, and low no-load loss.

The Vertical Ring Magnetic Separator operates based on the principle of magnetic separation. This electromechanical device consists of a vertical ring structure and incorporates a magnetic system. The core working principle involves utilizing magnetic forces to separate materials with different magnetic properties.

Magnetic System: The device includes a magnetic system, typically composed of powerful magnets. These magnets generate a strong magnetic field within the vertical ring structure.

Material Feed: The mixture of materials with varying magnetic properties is introduced into the separator.

Magnetic Separation: When the material passes through the magnetic field generated by the system, particles with ferrous or magnetic properties are attracted to the magnetic field and separated from the non-magnetic particles.

Collection: The separated magnetic particles adhere to the magnetic system and are collected, while the non-magnetic particles continue their path without being affected.

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