Rugged design provides the strength and stability necessary for the crushing of extra-hard materials.
The design also results in low maintenance costs,
Hydraulic adjustment of the Closed Side Setting,
An easy-to-maintain Crusher,
An automatic overload protection system is standard,
Product curve and capacity can be optimized by adjusting the eccentric bushing supplied with the crusher,
Quiet operation and long life thanks to bevel gears with hardened, spiralcut teeth.
MCS300 |
MCH300 |
MCH400 |
|
*Capacity (mtph) *Capacity (stph) | 110-230 121-253 | 50-190 55-209 | 90-340 99-374 |
Motor Power (kW) Motor Power (HP) | 132 177 | 132 177 | 250 335 |
Max. Feed Size (mm) Max. Feed Size (inch) | 190-270 7,5-10,6 | 50-180 2-7,1 | 70-210 2,7-8,3 |
Concaves Concaves | EC, C, MC EC, C, MC | EC, C, MC, MF, F EC, C, MC, MF, F | EC, C, MC, MF, F EC, C, MC, MF, F |
CSS (Min - Max Setting) (mm) CSS (Min - Max Setting) (inch) | 25-48 1-1,9 | 16-36 0,6-1,4 | 13-44 0,5-1,7 |
Eccentric Throw Range (mm) Eccentric Throw Range (inch) | 16-30 0,6-1,2 | 16-34 0,6-1,3 | 16-40 0,6-1,6 |
**Weight (kg) **Weight (lbs) | 14100 31085 | 11600 25573 | 18200 40124 |
*For material weighing 1.6 t/m³ or 100 lbs/ft³. Capacity values are indicative only, crusher performance may vary depending on the feed gradation, feed moisture content, crushability of the material, crusher rpm, installed power and the crushing circuit design.
** Weights shown do not include drive motor package, support legs, maintenance platform, inlet and outlet chutes.
Cone crushers comprise two main parts: a fixed conical body that narrows toward the top, and a movable cone at the top that is mounted on an eccentric shaft through the center of the body. Under the effects of the eccentric shaft, the inner cone rotates within the fixed outer cone causing the distance between the inner and outer lining to narrow and expand, and any rock fed between the two linings is broken. In these crushers, the crushing process relies on compressive force, and the ore fragments break into smaller sizes as they move towards the bottom of the crusher and the outlet mouth under their own weight.