Jinci(Tianjin)Magnetics Co.,Ltd.
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Dry powder magnetic separator, efficient separation of magnetic impurities "swept all in one place"
Dry powder magnetic separators are magnetic separation devices that continuously and automatically remove iron from dry powders.
Working principle: When the electromagnetic coil is energized, it forms a magnetic circuit with the carbon steel box. The magnetic - conducting medium in the hollow cavity gathers the magnetic field to form a high - intensity and high - gradient separation. When the material passes through the magnetic - gathering medium, the material falls from the outlet, and the magnetic substances are adsorbed onto the medium. A three - way diverter valve is installed at the bottom of the material channel. Through the PLC, the flap is automatically controlled to separate the magnetic substances from the material. The vibration devices installed at both ends of the discharge pipe adopt high - frequency vibration to increase the passing capacity of the material. The transformer oil circulates for cooling to ensure the safety of the coil. It adopts the HMI human - machine interaction interface for operation and PLC full - automatic control, which realizes automatic iron removal, automatic slag discharge, automatic alarm, and can achieve unmanned automatic operation and status monitoring.
Structural Features
Electromagnetic Dry Powder Magnetic Separators: The magnetic system of electromagnetic magnetic separators usually has a large wrap - angle and multiple magnetic poles. This makes the absolute value of the magnetic flux density in the separation area of the machine relatively uniform, enabling the magnetic system to better play its separation role. Some electromagnetic dry powder separators are equipped with an adjustable mechanical vibration device, which not only improves the iron - removal effect but also facilitates iron discharge. In addition, modern electromagnetic dry powder magnetic separators generally adopt energy - saving designs and intelligent control, which can reduce energy consumption and enhance the degree of automation.