This crusher adopts the laminated crushing principle, which significantly increases the proportion of cubes in the product, reduces needle-like flake stones, and makes the particle size more uniform. This crushing method not only improves the crushing efficiency but also ensures the quality of the finished product.
Symons cone crusher adopts a large-diameter main shaft, a heavy-duty main frame, and an automatic control system with an independent thin oil lubrication system. These designs ensure the robustness and reliability of the equipment. In addition, its multi-point controlled independent thin oil lubrication system can ensure double protection of bearing lubrication and realize automatic safety protection of the entire machine.
Symons cone crusher has a variety of crushing cavity types, which can be selected according to different site conditions and needs. It can convert the cavity shapes of medium crushing and fine crushing and only needs to replace a few parts such as the corresponding cavity liner, making it more convenient to use one machine for multiple purposes. This enables the crusher to be widely used in various fields such as metal and non-metal mines, cement plants, building construction, sand making, and metallurgy.
All components of the Simons cone crusher can be disassembled from the top or side, making it easy to disassemble the fixed cone and move the cone assembly. In addition, bronze sliding bearings can maintain excellent load-bearing performance in high-impact, vibration, and crushing environments, and are more economical and easier to maintain than rolling bearings. These designs make equipment maintenance and upkeep easier and faster.
This crusher adopts advanced crushing technology and design concepts to minimize energy consumption and environmental pollution. Its efficient crushing method and optimized structural design greatly reduce noise, dust, and other pollutants generated by the equipment during operation, complying with modern environmental protection requirements.
Model | CS110-C | CS110-M | CS110-F |
---|---|---|---|
Crushing Cone Dia.(mm) | 1200(4') | 1200(4') | 1200(4') |
Adjusting Range of Discharge Opening(mm) | 19-50 | 13-38 | 9-31 |
Max feeding size (mm) | 180 | 130 | 90 |
Motor Power(kw) | 110 | 110 | 110 |
Capacity(t/h) | 110-250 | 80-180 | 63-140 |
Overall Dimension(mm) | 2821×1974×2651 | 2821×1974×2651 | 2821×1974×2651 |
NO. | Product Name | Model | Quantity |
---|---|---|---|
1 | Vibrating Feeder | ZSW9638 | 1 |
2 | Jaw Crusher | PE600x900 | 1 |
3 | Cone Crusher | CS110 | 1 |
4 | Cone Crusher | CS160 | 1 |
5 | Vibrating Screen | 4YK1860 | 1 |
6 | Belt Conveyor | B800 | 3 |
6 | Belt conveyor | B650 | 6 |
The 100-150t/h cone crushing plant is usually used to process various medium to hard materials, such as iron ore, non-ferrous metal ore, granite, limestone, etc.
1. Feeding equipment: such as a vibrating feeder or belt feeder, used to feed the materials to be crushed into the crusher evenly and continuously.
2. Primary crushing equipment: such as a pe600x900 jaw crusher, used for preliminary crushing of materials to a particle size suitable for further processing by a cone crusher.
3. Cone crusher: This is the core equipment of the production line, usually using Symons cone crusher or other high-performance cone crusher. It uses the laminated crushing principle to efficiently crush materials to meet the production line's production capacity requirements.
4. Screening equipment: such as vibrating screens, is used to screen crushed materials and separate finished materials that meet the requirements from materials that do not meet the standards.
5. Conveying equipment: such as belt conveyors, used to transport materials from between various devices to form a complete production line.
According to the specific needs of the production line, auxiliary equipment such as dust removal equipment and noise reduction equipment may also be configured to ensure environmental protection and safe production of the production line.
When configuring a 100-150t/h cone crushing production line, it is necessary to comprehensively consider factors such as the nature of the material, production capacity requirements, investment budget, etc., and select the appropriate equipment model and configuration plan. At the same time, attention must also be paid to the installation, debugging, and daily maintenance of equipment to ensure the normal operation and efficient production of the production line.
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