model | CH430 |
Max feed size | 214.0 mm (8.4 in.) |
CSS Range | 4.0 - 41.0 mm (0.2 - 1.6 in.) |
Capacity(by hour) | 26 - 215 mtph (29 - 237 stph) |
Motor power | 132 kW (177 hp) |
Weight | 10,516 kg (23,181 lb) |
*Note: The processing capacity of the CH430 cone crusher may vary with different materials and feeding sizes.
It’s seen the crusher is installed below the silo; the aggregates are fed into the crusher in a convenient and efficient manner. The corresponding motor equipped ensures equipment to operate according to rated power with low consumption.
In this production line we get to know that the bulk material should be firstly crushed by crusher for large size finished material and then it is crushed into smaller ones for little stones.
The civil engineering and process layout of this production line are both self-constructed by Xinxiang Dingli besides all the equipment selected are produced by Dingli.
The ASRi system can conduct real - time monitoring and management of the crusher's operating status. It continuously collects and analyzes various operating data of the crusher, such as crushing force, power, discharge port size, and material flow rate. Based on these real - time data, it automatically adjusts the working parameters of the crusher, ensuring that the crusher always remains in the optimal working state. This enables it to adapt to the constantly changing feed conditions and production requirements, guaranteeing the stability and continuity of production efficiency.
The system can automatically adjust key parameters of the crusher, such as the eccentricity and discharge port size, according to the changes in the physical properties of the feed, including particle size, hardness, and humidity. When the feed particle size increases or the hardness rises, the system will automatically increase the eccentricity to enhance the crushing force and ensure the crushing effect. Conversely, when the feed conditions are more moderate, the system will adjust the parameters accordingly to avoid over - crushing and energy waste, effectively improving the adaptability and production efficiency of the equipment.
The ASRi system monitors the load condition of the crusher in real - time. Once the detected load exceeds the set safety threshold, the system will immediately take automatic measures, such as reducing the eccentricity, adjusting the discharge port size, or temporarily stopping the feed. These actions protect the equipment from damage, avoid equipment failures and extended downtime caused by overload, and reduce maintenance costs and production losses.
By precisely controlling factors such as the crushing force and the filling degree of the crushing chamber during the crushing process, the ASRi system makes the shape of the crushed material particles more uniform and regular, approaching the ideal cubic shape. This improves the quality and added value of the product, which is of great significance, especially for industries such as construction and road building that require high - quality aggregates.
The system has a fault early - warning function. It can detect potential fault hazards in advance and promptly send alarm signals to the operators. At the same time, the system can also conduct preliminary diagnosis of the faults, providing possible causes and locations of the faults. This helps maintenance personnel quickly locate and solve problems, shortens the downtime for equipment maintenance, and improves the availability and production efficiency of the equipment.
The ASRi system has a user - friendly interface, usually a touch - screen or graphical operation interface. Operators can conveniently set and adjust various parameters, and view the operating status and historical data of the equipment. The system can also record and store a large amount of operating data and operation records, providing strong data support for equipment maintenance, management, and performance optimization.
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