Sand Aggregate IndustryComprehensive Service ProviderSand Aggregate IndustryComprehensive Service ProviderCone Crusher
| Model | CS160B | ||
| Mantle Diameter | 1295(4') | ||
| Cavity Type | Fine Type | Medium Type | Coarse Type |
| Closed Side (mm) | 109 | 188 | 216 |
| Open Side (mm) | 137 | 210 | 241 |
| Discharge Size (mm) | 13 - 31 | 16 - 38 | 19 - 51 |
| Processing Capacity (ton/hour) | 109 - 181 | 132 - 253 | 172 - 349 |
| Spindle Rotation Speed (r/min) | 485 | ||
| Power (kW) | 185 | ||
| Weight (t) | 27 | ||
| Overall Dimensions (mm) | 2800×2342×2668 | ||
*Note: The processing capacity of the CS160B cone crusher may vary with different materials and feeding sizes.
Four stone crusher plants take initiative to build a large limestone crushing line with the hourly capacity of 4000 ton the scale of which is rare both at home and aborad.
At present, the highest configuration in the industry, when the output reached 3000 tons, is the highest configuration of the production line in the industry, less power consumption, the production of sand and stone aggregate particle shape, particle size, grading, stone powder content can be adjusted and controlled, the proportion of fine stone accounted for more than 2/3.
This basic configuration of 500tph production line: PCZ1615 heavy hammer crusher PC1213 hammer crusher ZG1538 feeder 3YKZ2670 vibrating screen*2 2YKZ2670 vibrating screen*2.
The CS160B cone crusher comprises several essential parts. It has a moving cone and a fixed cone that form the crucial crushing chamber. The main shaft, which is connected to the moving cone, is a central element. The crusher also includes a drive system, a frame for structural support, and auxiliary systems like lubrication and hydraulic mechanisms. These components work in harmony to initiate and sustain the crushing process.
When the crusher is powered on, the electric motor drives the transmission system. This includes components such as belts, pulleys, and gears. The power is transmitted to the eccentric sleeve. As the eccentric sleeve rotates, it imparts an eccentric motion to the main shaft. This causes the moving cone to start its orbital movement. The moving cone's surface then begins to approach and recede from the surface of the fixed cone in a rhythmic manner.
The material to be crushed is fed into the top of the crushing chamber through the feed opening. As the moving cone swings, the material is trapped between the moving and fixed cones. It experiences a combination of forces. The compressive force exerted by the cones is the primary factor in breaking the material. The material is continuously squeezed, crushed, and sheared as the moving cone's motion continues. This repetitive action gradually reduces the size of the material particles.
The size of the discharge opening, which can be adjusted, determines the final size of the crushed material. For the CS160B, in the fine type, the adjustable discharge size range is 13 - 31mm, in the medium type it's 16 - 38mm, and in the coarse type it's 19 - 51mm. The crushed material that has reached the desired size passes through the discharge opening at the bottom of the crushing chamber and is collected for further processing or use. The continuous rotation of the moving cone and the consistent feed of material ensure a steady stream of crushed output.
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