Working principle and structure of GZD type vibrating feeder

The feeding process of this series of feeders is achieved by using a specially designed vibration motor or two motors to drive the exciter to drive the feeding trough to perform periodic linear reciprocating vibration in the inclined direction. When the vertical component of the acceleration of the feeding trough vibration is greater than the gravitational acceleration, the material in the trough is thrown up and jumps forward according to the parabolic transformation. The throwing and falling are completed in an instant. Due to the continuous excitation of the excitation source, the feeding trough continuously vibrates, and the coal in the trough continuously jumps forward to achieve the purpose of feeding.

Structure: Composed of feeding tank body, exciter, spring support, transmission device, etc.

Technical parameters of GZD vibrating feeder:

The GZD series vibrating feeder has a simple structure, uniform feeding, good continuous performance, and adjustable excitation force; Change and control traffic at any time, easy to operate; Eccentric block is the excitation source, with low noise, low power consumption, good adjustment performance, and no material flushing phenomenon; If a closed body is used, it can prevent dust pollution, ensure smooth vibration, reliable operation, and long service life; It can adjust the excitation force, change and control the flow rate at any time, and adjust conveniently and stably; The vibration motor serves as the excitation source, with low noise, low power consumption, good regulation performance, and no material flushing phenomenon. The vibrating feeder has a simple structure, reliable operation, easy adjustment and installation, light weight, small size, and convenient maintenance. When using a closed structure body, it can prevent dust pollution.

Working principle of GZG motor vibrating feeder:

The feeding process of the GZG series feeder is achieved by using a specially designed vibration motor or two motors to drive the exciter to drive the feeding trough to perform periodic linear reciprocating vibration in the inclined direction. When the vertical component of the acceleration of the feeding trough vibration is greater than the gravitational acceleration, the material in the trough is thrown up and jumps forward according to a parabolic trajectory. The throwing and falling are completed in an instant. Due to the continuous excitation of the excitation source, the feeding trough continuously vibrates, and the coal in the trough continuously jumps forward to achieve the purpose of feeding.