CS840i

CS840i Cone Crusher: Excellent Performance and Reliability

In the field of cone crushers, the CS840i has become a powerful assistant for many enterprises with its outstanding performance.

1. Key Performance Parameters

Processing Capacity: It has a nominal capacity of 212 - 659 metric tons per hour (234 - 726 short tons per hour), enabling it to process a large amount of materials quickly and efficiently, greatly improving production efficiency.

Feed Size: The maximum feed size can reach 431 mm (17 inches), which can easily handle larger-sized raw materials and reduce the complexity of the pretreatment process.

Motor Power: Equipped with a powerful 330 kW (442 hp) motor, it provides sufficient power for the crusher to ensure stable operation under high load and effectively crush materials of various hardness.

2. Key Technical Advantages

Intelligent Adjustment System: It has advanced automatic adjustment functions and can sense changes in feed conditions in real-time and make precise adjustments automatically. Whether it is a change in material properties or fluctuations in the feed rate, the system can respond quickly, keeping the crusher in an optimal working state, achieving efficient and stable operation, and effectively improving the stability of production efficiency and product quality.

Safe and Efficient Adjustment System: This system not only has a safety protection function but also can automatically optimize the settings of the crusher. It closely monitors the operating status of the equipment. Once an abnormal situation occurs, it immediately activates the protection mechanism to prevent equipment damage. At the same time, it automatically adjusts the equipment parameters according to the characteristics of the feed to ensure that each crushing can achieve the desired effect, significantly improving the crushing efficiency and product uniformity.

Sturdy Frame: It adopts an integrated and sturdy frame design, reducing the number of moving parts. This structure gives the crusher excellent mechanical strength, enabling it to withstand huge crushing forces, and reducing the maintenance frequency and cost of the equipment. During long-term high-intensity operations, it ensures the stability and reliability of the equipment and reduces downtime due to equipment failures.

Convenient Maintenance Design: The unique top lifting design brings great convenience and safety to the maintenance of the equipment. When performing equipment maintenance or replacing wearing parts, operators can easily lift key components through the top lifting device, avoiding complex operations at the bottom or side of the equipment, reducing operation risks, and improving maintenance efficiency.

3. Detailed Product Data

Crushing Chamber Parameters

Closed Side Setting (CSS) Range: It is between 22 - 70 mm (1 - 3 inches). Users can flexibly adjust within this range according to the particle size requirements of the desired product to obtain the ideal crushing effect.

Eccentric Throw Range: It is between 24 - 48 mm (1 - 2 inches). The reasonable eccentric throw design ensures that the impact force and crushing force are evenly distributed during the crushing process, which is beneficial to improving the crushing efficiency and product quality.

Liner Information

Mantle (Inner Liner): Three types, A, B, and S, are provided. Different types of liners are suitable for different material characteristics and crushing requirements. Users can match them according to the实际情况 to extend the service life of the liners and improve the crushing effect.

Concave (Outer Liner): There are two models, EC (Extra Coarse) and C (Coarse), providing users with diversified choices to meet different production needs.

Other Parameters

Number of Crushing Chambers: There are 2 crushing chambers in total. The reasonable crushing chamber design helps to improve the crushing efficiency and uniformity of materials.

Equipment Weight: It is approximately 25,794 kg (56,866 lb), which ensures the stability and strength of the equipment while also facilitating transportation and installation.

Automation Configuration: The automation system is included in the equipment, so users do not need to purchase and install it separately, and they can enjoy the convenience and efficiency brought by automation.

Other Components: The electric discharge, lubricating oil tank, tank instrument monitoring system, and offline lubrication filtration unit are all standard configurations of the equipment. These components work together to ensure the stable operation and long-term reliability of the equipment.

4. Crushing Chamber Type Selection

To meet the production needs of different users, the CS840i provides two standard crushing chamber types:

EC (Extra Coarse) Crushing Chamber: It is 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. When processing some materials with low hardness and large block size, the EC crushing chamber can play its advantages and reduce equipment wear and energy consumption.

C (Coarse) Crushing Chamber: Compared with the extra coarse crushing chamber, the product particle size produced by the C crushing chamber is relatively finer. When it is necessary to further refine the materials but does not require extremely fine particle size requirements, the C crushing chamber is a good choice.