YKN Series Vibrating Screen

YKN Series Vibrating Screen

YKN series vibrating screen is based on over 20 years experience in design of vibrating screen, vibrating screen manufacturing combined with international advanced technology development success of exciting force of high strength high circular vibrating screen.YKN series circular vibrating screen using the N series of eccentric vibrator, intermediate transmission link adopts flexible connection, equipment amplitude is bigger, smooth vibration, significantly increase the capacity of the vibrating screen and screening efficiency, ensure vibrating screen operation is more reliable, longer service life.Is suitable for large processing blocks of the bulk density of ore, such as applications in stone production, metal mines and other conditions, after years of constantly improve in the practice of the application of mature products.

The working principle of YKN Series Vibrating Screen

This series adopts eccentric block as excitation source to drive round vibrating sieve body, its working principle is: the sieve box through the elastic support on the base (or base), eccentric block installed on the shaft, shaft through the bearing and the bearing installed on the side of the screen box board, spindle drive the eccentric block, inertia force produced by the eccentric block forced vibration sieve box.As the motor run continuously, sieve machine for approximate trajectory of screening operation.

YKN Series Vibrating Screen Features

  1. It uses eccentric block to produce strong exciting force.
  2. Crossbeam and the main body of the screen are connected with high strength screw bolts. So they have the features of high strength.
  3. The side plate of the screen box use the steel which make the boiler,the steel have high strength and strong impact-resistance.
  4. It adopts the structure of small amplitude, high frequency, large obliquity to make the screen hold the capability of high efficiency, large handling capacity, long life span, low consumption,and little noise.