model | CH440 |
Max feed size | 250.0 mm (9.8 in.) |
CSS Range | 8.0 - 48.0 mm (0.3 - 1.8 in.) |
Capacity(by hour) | 58 - 336 mtph (64 - 370 stph) |
Motor power | 220 kW (295 hp) |
Weight | 16,617 kg (36,633 lb) |
*Note: The processing capacity of the CH440 cone crusher may vary with different materials and feeding sizes.
Four stone crusher plants take initiative to build a large limestone crushing line with the hourly capacity of 4000 ton the scale of which is rare both at home and aborad.
In Zhongyu Dingli production sites workers orderly installed equipment for 500tph capacity and 5 finished materials with three best sold finished material.
1500TPH production line configuration equipment model vibrating feeder ZG2050 crusher PCZ1820 shaping crusher.
The CH440 cone crusher stands out with its advanced design. It has the remarkable advantages of a small footprint and high production capacity relative to its size. Meanwhile, its main shaft, hydraulically supported at both ends, lays a solid foundation for the stable operation of the equipment.
Nominal Capacity: 58 - 336 metric tons per hour (64 - 370 short tons per hour). This capacity range enables it to meet the production needs of different scales. Whether it's the flexible operations of small - scale mines or the high - intensity production tasks of large quarries, the CH440 can handle various materials with ease and high efficiency.
Max. Feed Size: 250.0 mm (9.8 inches). The relatively large feed size allows the crusher to directly process larger - sized materials, reducing the workload of the material pretreatment link, improving the efficiency of the overall production process, and lowering production costs.
Motor Power: 220 kW (295 hp). It provides stable and powerful power for the crusher, ensuring that materials can be effectively crushed under various complex working conditions, guaranteeing the continuity and high - efficiency of production.
Closed Side Setting (CSS) Range: 8.0 - 48.0 mm (0.3 - 1.8 inches). Users can flexibly adjust the size of the closed - side discharge port within this range according to the specific requirements of product particle size in actual production, thereby accurately controlling the particle size distribution of products and meeting the diverse needs of different customers for product particle size.
Eccentric Throw Range: 16.0 - 44.0 mm (0.6 - 1.7 inches). By reasonably adjusting the eccentric throw, it is possible to optimize the impact force and crushing effect during the crushing process of the crusher, enabling it to better adapt to the physical properties of different materials and further enhance the crushing efficiency and product quality.
Mantles (Inner Liners): There are various types provided, including A, B, HC, EF, FF, HC, etc. Different types of liners are suitable for materials with different hardness and characteristics. Users can choose according to the actual materials they process to extend the service life of the liners, reduce production costs, and improve the crushing efficiency.
Concaves (Outer Liners): There are multiple options such as EC, C, MC, M, MF, F, EF. These different types of outer liners match with the corresponding inner liners, providing users with a rich combination to meet the requirements of various complex crushing processes.
Number of Chambers: There are a total of 7 crushing chambers. The rich choice of crushing chambers allows the crusher to flexibly adjust the crushing process according to different production needs, better adapt to diverse production scenarios, and improve the versatility and adaptability of the equipment.
Weight: 16,617 kg (36,633 lb). This weight not only ensures the stability and strength of the equipment but also takes into account the convenience of equipment transportation and installation, making it easy to deploy and use in different work sites.
Automation (ASRi): The automation system (ASRi) is an optional configuration. Users can decide whether to add this function according to their own production automation requirements. After equipping the ASRi system, more intelligent production management can be achieved, further improving production efficiency and reducing labor costs.
Lubrication Tank: As a standard configuration, the lubrication tank provides good lubrication conditions for all moving parts of the equipment, effectively reducing the wear between parts, extending the service life of the equipment, and ensuring that the equipment can operate stably for a long time.
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