A linear vibrating screen is a type of vibrating screen that uses a linear vibration to separate and sort materials. The screen deck is composed of a mesh or perforated plate, and the vibration is generated by an eccentric shaft or motor that drives the deck. The material is fed onto the deck, and as it vibrates, the material is separated into different sizes and grades based on the mesh size. The linear motion of the deck helps to move the material along the screen, ensuring that all of the material is sorted accurately. Linear vibrating screens are commonly used in a variety of industries, including mining, construction, food processing, and chemical production, to separate and sort materials.
The working principle of a linear vibrating screen is based on the vibration of the screen deck. The deck is made of a mesh or perforated plate and is vibrated by an eccentric shaft or motor-driven eccentric mass. When the deck vibrates, the material is separated into different sizes based on the mesh size, with the larger particles being separated out first and the smaller particles passing through to the next deck, if present.
The vibration of the deck is generated by the movement of the eccentric mass, which is driven by the motor. The vibration causes the material to move along the screen, separating the particles based on size. The linear motion of the deck helps to evenly distribute the material across the screen, ensuring that all of the material is sorted accurately.
In summary, the working principle of a linear vibrating screen is based on the vibration of the screen deck caused by an eccentric shaft or motor-driven eccentric mass, which separates the material into different sizes based on the mesh size. The linear motion of the deck helps to distribute the material evenly across the screen for accurate sorting.
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