HCS Cone Crusher Work Principle

In the working process of the cone crusher, the motor drives the eccentric sleeve through the gear rotates, moving cone moving force in the eccentric sleeve rotates done under swing moving cone section near the cone of silence becomes crushing chamber, the material by moving cone and cone of silence multiple extrusion and hit and broken. Moving cone leaving the zone, there has been broken to the desired particle size of the material to fall under its own gravity, from the conical bottom discharge. Be broken material from the cone crusher inlet mounted.
HCS Cone crusher work, the horizontal axis of the crusher by the motor through V-belt and pulley to drive the horizontal axis through the big and small gear driven eccentric rotation, crusher cone axis under the action of eccentric eccentricity doing Swing Movement so sometimes broken wall near the surface of the cone surface, sometimes far away from the cone surface, so that stone in the crushing cavity constantly being squeezed, broken and impact crusher. After crushing the material under the action of its own weight from the lower row of the crusher discharge port. Cone crusher mobile cone supporting the upper chamber at a fixed spherical bearing on the upper end of the spindle, the lower chamber set in the eccentric sleeve on the outside, the movement led by the eccentric shaft directly. When the eccentric sleeve around the spindle rotates, moving cone not only with the eccentric sleeve around the centerline of the machine to do rotation, but also rotates around its own axis, the moving cone is supported around its center for space sphere spin pendulum movement. Moving cone axis and spindle axis intersect at a fixed point, that is the spherical center, the angle of precession angle. Crusher operation, moving cone machine centerline axis relative to the conical surface movement, the spherical bearing cone top center of the point in the process of moving cone movement remains stationary. Therefore, the dynamic cone can be regarded as a rigid body motion around the point of the turning movement of the moving cone rotary motion is provided by two components: the precession movement or transport motion (moving cone rotational motion around the machine centerline to do) and rotation motion or relative movement (moving cone around his axis rotational movement to do).