CC200s

CC200s Single - Cylinder Cone Crusher: Advantages and Features

The CC200s single - cylinder cone crusher is a high - performance equipment with a host of features that make it a standout choice in the field of material crushing.

1. Optimal Dynamic Cone Speed

With a dynamic cone speed of 340 rpm, the CC200s strikes a balance between efficiency and crushing quality. This speed allows for a continuous and smooth crushing process. It enables the crusher to handle a substantial volume of materials in a relatively short period. The well - calibrated dynamic cone speed also contributes to the production of uniformly sized and shaped crushed products. For example, when crushing rocks, the consistent speed helps in breaking them down in a more controlled manner, resulting in a higher - quality end - product that meets specific industry standards for particle size and shape.

2. Adjustable Eccentricity for Versatility

The eccentricity range of 16 - 30 mm is a significant advantage of the CC200s. This adjustable eccentricity provides the crusher with the flexibility to adapt to a wide variety of materials and working conditions. A lower eccentricity setting can be used when a finer crushing result is desired, such as in the production of fine aggregates for high - precision construction applications. On the other hand, a higher eccentricity can be applied to handle larger or more resistant materials. This adaptability makes the CC200s suitable for crushing different ores in the mining industry, from relatively softer minerals to hard - to - crush ores like quartz or magnetite. It also allows for customization of the crushing process based on the specific requirements of the end - product, whether it's for road - building materials, concrete aggregates, or industrial minerals processing.

3. Powerful Motor for High - Performance Crushing

Powered by a 160 - kW motor, the CC200s has the strength to handle even the toughest of materials. The high motor power ensures that the crusher can maintain a consistent crushing force throughout the operation. This is particularly beneficial when dealing with high - hardness and high - abrasiveness materials, such as granite or basalt. The powerful motor enables the crusher to break down these materials efficiently, reducing the need for multiple passes through the crusher and increasing the overall productivity. In a mining or quarrying operation, a powerful motor like this can significantly speed up the extraction and processing of ores, leading to cost - savings and improved output quality.

4. Sturdy and Stable Equipment Weight

Weighing 14,100 kg, the CC200s offers excellent stability during operation. The substantial weight of the equipment helps to dampen vibrations and reduces the likelihood of movement during the crushing process. This stability is crucial for ensuring accurate and consistent crushing. It also prolongs the lifespan of the crusher by minimizing wear and tear caused by excessive movement or instability. In a construction site or a busy quarry, where the crusher may be subject to continuous operation and heavy loads, the stable weight of the CC200s provides a reliable and durable solution for material crushing.

5. Advanced Design for Overall Efficiency

The CC200s is designed with advanced engineering principles in mind. The combination of its dynamic cone speed, adjustable eccentricity, powerful motor, and stable weight results in an overall efficient crushing process. The equipment's design also takes into account factors such as ease of maintenance and operator safety. For example, its components are easily accessible for routine inspections and maintenance, reducing downtime. Additionally, safety features are integrated to protect operators from potential hazards during operation, such as flying debris or moving parts.

6. Conclusion

In summary, the CC200s single - cylinder cone crusher's advantages in terms of dynamic cone speed, adjustable eccentricity, motor power, and equipment weight make it a top - of - the - line choice for various material - crushing applications. Its versatility, high - performance capabilities, and advanced design contribute to its effectiveness and reliability in industries such as mining, construction, and materials processing.