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2024

Working principle of inertial vibration feeder

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The working principle of the inertial vibration feeder is to use the excitation force generated by the motor or the vibration motor to drive the silo to vibrate. The material is subjected to the excitation force in the silo to generate inertial vibration, so as to realize the uniform transportation of the material. Specifically, when the motor or the vibration motor drives the vibration device to rotate, the silo generates continuous low-frequency vibration due to the effects of centrifugal force and eccentric gravity, and this vibration can make the material in the silo perform inertial vibration in a free state.
Under the action of inertial vibration, the material continuously moves forward and gradually forms a block flow state, and then is discharged smoothly through the material port. In the whole conveying process, controlling the magnitude and frequency of the exciting force can accurately control the conveying speed and quantity of the material and ensure the uniform conveying of the material.
In addition, the inertial vibration feeder can also be adjusted according to the nature and requirements of the material, such as changing the vibration frequency, amplitude and other parameters to adapt to the conveying requirements of different materials. In general, the inertial vibration feeder realizes efficient and stable material transportation through the vibration principle, and is widely used in mining, metallurgy, chemical industry and other industries.

惯性振动给料机

Application Scenario of Flotation Machine

Cooling machine to ensure the continuous and efficient operation of equipment

Application Scenario of Flotation Machine

Cooling machine to ensure the continuous and efficient operation of equipment

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