30.482

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30.482 is based on an over-band electro-magnetic production, which is mainly used for detecting and separating ferromagnetic materials from non-ferromagnetic materials. It is widely used in various industries, such as the cement, chemical, building material, metallulatory, etc.

Application Field

The 30.482 is applicable to food, pharmaceutical, abrasive material, plastic, grain, coal, mining, ceramic and other industries. It can detect and separate the magnetic materials and nonmagnetic materials at the same time. The 30.482 can be used for transportation, assembly lines and factory production lines. Not only can it detect and separate the metals, but also it can help to make the overall production quality better in terms of minimizing the pollution and reducing the production cost.

Working Principle

30.482 over-band electro-magnetic separator works on the basis of an electromagnet, which produces a strong magnetic field that attracts the ferromagnetic materials. First of all, the ferromagnetic materials are mixed with the non-ferromagnetic materials on the conveyor belt. Then when the conveyor belt passes through the electromagnet, the ferromagnetic materials are drawn to the electromagnet and are separated from the non-ferromagnetic materials.

The electromagnet is connected to an adjustable magnetic intensity controller, which can adjust the strength of the electromagnet. This helps to control the size of the objects that can be attracted. It also has an adjustable travel speed that can control the amount of time that the ferromagnetic material is attracted to the electromagnet. An adjustable travel length helps to control how far the materials must travel to be separated.

The strong magnetic field created by 30.482 also helps to reduce the amount of product fouling which can occur when the ferromagnetic materials are mixed with the non-ferromagnetic material. Product fouling leads to an increase in costs as well as an overall decrease in quality. By reducing the amount of product fouling, the amount of clean-up and waste associated with the production process is also reduced.

The 30.482 over-band electromagnetic separator can be used to separate ferromagnetic materials from non-ferromagnetic materials in a variety of industries. It is adjustable to fit the needs of different products and production processes, making it a versatile and reliable tool for increasing production quality and reducing production costs.

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