Cone Crusher

Cone Crusher Applications

Cone crusher is suitable for Platts hardness f (for example limestone, quartz, granite, iron ore stool) material ≤5-16 various minerals and rocks, based on the crushing impact of different cone crusher can be divided into coarse crushing cone crusher, broken cone crusher and cone crusher crushing 3 varieties, diverse crushing chamber determines the regular crushing chamber is adapted to supplies within the debris, medium crushing chamber is adapted to finely divided components; brief head type crushing chamber components appropriate for crushing operation. Simply because several different models and superior functionality, cone crusher is widely utilised and praise in the metallurgical, mining, transportation, building, chemical and also other industries.

Movement mechanism cone crusher

Cone crusher physique of work by the crushing cone as well as the cone consisting of equipment operation, as a result of the proximity of crushing cone as well as the cone crusher and separate the material is crushed and discharged crushing chamber below the action of gravity. The new cone crusher cone crusher is supported on the upper finish from the spindle with fixed spherical bearing, their movement is driven by the eccentric sleeve.

Cone crusher machine center line intersect at the very same point, the angle of the precession angle. When the crusher operation, Cone crusher machine center line with the conical surface movement, its cone top spherical support center, the point from the cone crusher movement stay static, so the cone crusher could be regarded as a rigid body motion about turning point. Since the crushing cone is driven by the eccentric shaft sleeve, so not simply crushing cone machines about the center with the eccentric sleeve rotates, but also about their own axis, therefore crushing cone movement is composed of two rotary motion. Cone crusher machines about the center rotational movement, the precession motion or motion involved; Cone crusher around its personal axis of rotation with the rotary movement, the movement or relative movement. This cone crusher complicated motion referred to as precession rules.

Cone crusher movement is directly driven by the eccentric bushings, in the space around a fixed point 0 rotating pendulum motion. Since the crushing cone plus the eccentric sleeve on its center of mass will not be the center of rotation, so the movement will inevitably create inertial force and moment of inertia with the point. When broken material, as a result of the crushing force a great deal larger than the crushing of inertial force along with the eccentric sleeve, and hence harm not show it, but at no load or no-load through the transition towards the broken material, the inertia force and moment of inertia acting around the rack, compared with a cyclical dynamic loads, as a result causing vibrations and eccentric sleeves rack deflection, seriously affect the normal operation on the crusher. Consequently, we ought to figure out the size and direction in the resulting inertia force and moment of inertia, and take measures to eliminate its harmful effects.