CS660

CS660 Cone Crusher: A Reliable Choice for High - Capacity Secondary Crushing

The CS660 cone crusher stands out in the crushing operations of mines and quarries with its unique design and excellent performance. It is especially suitable for high - capacity secondary crushing applications.

The crusher is equipped with a hydraulically supported main shaft that is supported at both ends. This design provides a stable foundation for the equipment operation, ensuring good stability during the high - intensity crushing process. Meanwhile, its robust crusher design not only enhances the durability of the equipment but also enables it to adapt to various complex working environments. The adjustable eccentric throw allows users to flexibly adjust the crushing force according to different material characteristics and production requirements, thereby optimizing the crushing effect. In addition, the constant intake opening design ensures that materials can smoothly enter the crusher, improving the feeding efficiency.

Product Data

1. Nominal Capacity: 314 - 908 metric tons per hour (346 - 1,000 short tons per hour). Its powerful processing capacity enables it to meet the needs of large - scale production and efficiently handle a large amount of materials.

2. Max. Feed Size: 622.0 mm (24.5 inches). It can accommodate larger - sized raw materials, reducing the workload of raw material pretreatment.

3. Motor Power: 315 kW (422 hp). This provides sufficient power for the stable operation of the crusher, ensuring effective crushing of various materials.

4. Closed Side Setting (CSS) Range: 29.0 - 83.0 mm (1.1 - 3.3 inches). Users can adjust within this range according to the actual production requirements for product particle size to obtain the desired product particle size distribution.

5. Eccentric Throw Range: 20.0 - 40.0 mm (0.8 - 1.6 inches). By reasonably adjusting the eccentric throw, the impact force and crushing effect during the crushing process can be optimized, improving the product quality.

6. Mantles (Inner Liners): There are two types, A and B. Different types of liners are suitable for different material characteristics and crushing requirements, providing users with diversified choices.

7. Concaves (Outer Liners): Including C, EC, and MC. This further enriches the possibilities for users to select suitable liners according to the actual situation, so as to improve the service life of the liners and the crushing efficiency.

8. Number of Chambers: 3. The reasonable design of the crushing chambers helps to improve the crushing efficiency and uniformity of materials.

9. Weight: 40,254 kg (88,743 lb). It ensures the stability and strength of the equipment while also facilitating the transportation and installation of the equipment.

10. Automation (ASRi): Optional. Users can choose whether to add this function according to their own production automation needs to achieve more efficient production management.

11. Lubrication Tank: Standard. It ensures the normal operation of the equipment's lubrication system, reduces equipment wear, and extends the service life of the equipment.

12. Offline Lubrication Filtration Unit: Optional. It further improves the reliability and cleanliness of the equipment's lubrication system, ensuring the stable operation of the equipment.

Standard Crushing Chamber Types

The CS660 cone crusher provides three standard crushing chambers for each model. Users can easily respond to changes in production by selecting the appropriate crushing chamber and eccentric throw.

1. EC (Extra Coarse) Crushing Chamber: Suitable for occasions where the product particle size requirement is relatively coarse. It can quickly break large pieces of materials into smaller particles, improving production efficiency.

2. C (Coarse) Crushing Chamber: The product particle size produced is relatively finer than that of the EC crushing chamber. It is a good choice when the materials need to be further refined but do not require extremely fine particle size.

3. MC (Medium Coarse) Crushing Chamber: It provides a transition option between coarse and medium crushing, meeting specific production process requirements.