Focus on heavy equipment
Focus on heavy equipment
C series jaw crusher has pinned and bolted, non-welded frame construction that provides excellent capacity performance, lighter frame, and longer using life . All the frame components are casted using an alloy developed especially for jaw crusher machine.
C series jaw crusher has pinned and bolted, non-welded frame construction that provides excellent capacity performance, lighter frame, and longer using life . All the frame components are casted using an alloy developed especially for jaw crusher machine.
C series jaw crusher has pinned and bolted, non-welded frame construction that provides excellent capacity performance, lighter frame, and longer using life . All the frame components are casted using an alloy developed especially for jaw crusher machine. The C series jaw crusher occupies a small space, has a larger crushing ratio and runs more smoothly, and has more advantages in transportation, installation, maintenance and adjustment. It has a wide range of uses and is suitable for processing basalt, quartz, granite ,limestone, iron ore etc. It is used in chemical industry, coal mining, building materials and other fields, especially suitable for fixed stone crushing plant and mobile rock crusher plants.
It is suitable for processing basalt, quartz, granite ,limestone, iron ore etc. It is used in chemical industry, coal mining, building materials and other fields, especially suitable for fixed stone crushing plant and mobile rock crusher plants.
The crushing method of C-series jaw crusher is dynamic squeeze.
The working principle is: the electromotor drives the belt and pulley to make the movable jaw move back and forth, up and down through the eccentric shaft. The top of the crushing chamber is larger than the bottom. The moving jaw moves back and forward against the fixed jaw, and material fed from the top chamber is compressed between the two jaws, breaking it into smaller pieces.
As the moving jaw moves away from the fixed jaw, the crushed material is discharged from discharge opening at the bottom. The required size is determined by the gap between the jaws.
Compared with similar models, C series jaw crusher has high output, low energy consumption, reliable structure, easy operation and maintenance, and is the preferred crushing equipment for primary coarse crushing operation.
1. Modular non-welded structure. The modular design of C-series jaw crusher adopts the front and rear baffles to be separately cast and connected with the side plate and the integral bearing housing pins, so that the whole machine will not be irreparable due to the damage of a certain part. Also it will make the transportation of jaw crushing machine more convenient.
2. The installation is simple and convenient. The optimized design make balance of jaw crusher more better, and the installation adopts shock-absorbing pads and limit blocks. The installation time is shorter, and there is no need to make precise size anchor bolt holes in advance. Saves installation time and costs.
3. Integrated motor installation. The integrated motor installation is the standard configuration of C series jaw crushers. The motor frame and the crusher are integrated, which reduces the installation space of the crusher and the length of the V-belt. The synchronous movement of the motor and the crusher maintains the best alignment and tension of the V-belt and prolongs the service life of the V-belt.
4. The crushing cavity is optimized and the bite force is large. The optimized design of the crushing cavity and the reasonable stroke make the output of the crusher higher. The larger bite angle between the movable jaw plate and the fixed jaw plate ensures a good bite ability and reduce the wear of the tooth plate in the best condition.
5. Large range of discharge opening design. Small discharge port can produce finer granularity of products, and large discharge port can produce bigger size products. Hydraulic adjustment of discharge opening is more convenient and more stable.
| Model | Capacity(t/h) | Power(kw) | Max feeding size(mm) | Feeder opening size(mm) | Outlet adjusting range(mm) | Centrifugal shaft speed(rmp) |
|---|---|---|---|---|---|---|
| C80 | 50-160 | 55-75 | 400 | 500×750 | 40-150 | 290 |
| C90 | 60-180 | 90 | 500 | 610×910 | 60-180 | 260 |
| C100 | 150-300 | 132 | 600 | 760×1060 | 70-200 | 260 |
| C110 | 200-400 | 132-160 | 700 | 850×1100 | 70-200 | 230 |
| C125 | 300-800 | 160 | 800 | 950×1250 | 100-250 | 220 |
| C140 | 400-900 | 200 | 900 | 1070×1400 | 125-270 | 220 |
| C160 | 500-1200 | 250 | 1000 | 1200×1600 | 150-300 | 220 |
| C200 | 800-1400 | 400 | 1200 | 1500×2000 | 175-300 | 200 |
| Note: The output will vary according to different materials, feed particle size and other factors | ||||||
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