HSC160

HSC160 Single Cylinder Hydraulic Cone Crusher: Key Details

The HSC160 single cylinder hydraulic cone crusher is a significant piece of equipment in the domain of material crushing, designed to meet the diverse needs of various industries such as mining, building materials, and metallurgy. It is capable of handling a wide range of ores and rocks, including granite, limestone, river pebbles, basalt, and iron ore, for medium and fine crushing operations.

1. Cavity Types and Their Specifications

This crusher comes with six distinct cavity types, namely S1, S2, S3, H1, H2, and H3, each tailored to different crushing requirements.

S1 Cavity

Maximum Feed Size: 360 mm

Minimum Discharge Opening: 25 mm

Processing Capacity: 120 - 345 t/h

S2 Cavity

Maximum Feed Size: 300 mm

Minimum Discharge Opening: 22 mm

Processing Capacity: 105 - 305 t/h

S3 Cavity

Maximum Feed Size: 235 mm

Minimum Discharge Opening: 119 mm

Processing Capacity: 90 - 275 t/h

H1 Cavity

Maximum Feed Size: 185 mm

Minimum Discharge Opening: 13 mm

Processing Capacity: 66 - 210 t/h

H2 Cavity

Maximum Feed Size: 90 mm

Minimum Discharge Opening: 10 mm

Processing Capacity: 65 - 165 t/h

H3 Cavity

Maximum Feed Size: 50 mm

Minimum Discharge Opening: 6 mm

Processing Capacity: 45 - 105 t/h

2. General Specifications

Powered by a 160 kW motor, the HSC160 has sufficient power to drive the crushing process effectively. Its machine dimension is 1875×1920×3195 mm, which helps in determining the appropriate installation space in the production site and considering its layout within the overall industrial setup.

3. Performance Features and Working Principle

Like other HSC series crushers, the HSC160 also boasts several notable performance features. It has a rational design in terms of eccentric amount, swing frequency, and crushing cavity shape, which results in a larger crushing ratio, higher production output, and better particle shape of the crushed materials. Moreover, it combines the functions of discharge port adjustment and overload protection in one, making it convenient to operate and safeguarding the equipment from potential damage due to excessive loads.

When it comes to the working principle, the electric motor drives the horizontal transmission shaft to rotate through a transmission mechanism. The horizontal transmission shaft then drives the eccentric sleeve to rotate. Under the action of the eccentric sleeve, the movable cone part makes a gyratory motion. Once the materials enter the crushing cavity, they are continuously impacted and squeezed between the crushing wall and the concave, and finally get crushed and discharged from the lower part.

4. Applications and Significance

In the mining industry, the HSC160 plays a crucial role in processing various ores, helping to improve the efficiency of ore extraction and subsequent processing. In the building materials industry, it can produce high-quality aggregates for construction purposes, ensuring the strength and durability of buildings and infrastructure. In general, it is a valuable asset in different industrial sectors where material crushing and size reduction are essential operations, contributing to the overall productivity and quality of the final products.

5. Conclusion

The HSC160 single cylinder hydraulic cone crusher, with its multiple cavity options, specific specifications, and excellent performance features, is a versatile and reliable equipment for material crushing. It meets the diverse demands of different industries and continues to be an important tool in enhancing production efficiency and product quality.