CC1160

CC1160 Cone Crusher: Capabilities and Characteristics

The CC1160 cone crusher is a significant and highly efficient piece of equipment in the realm of crushing machinery, offering a range of features and performance metrics that make it suitable for various industrial crushing applications.

I. Different Cavity Types and Their Feed Specifications

The CC1160 is equipped with four distinct cavity types, namely C, M, F, and EF. Each cavity type is designed to handle specific maximum feed sizes. The C cavity can accommodate materials with a maximum feed size of 180mm, while the M cavity is suitable for up to 130mm. The F cavity is capable of processing feed materials with a maximum size of 90mm, and the EF cavity is tailored for inputs with a maximum size of 60mm. This diversity in cavity types allows the crusher to adapt to different raw material sizes, enabling it to be utilized effectively in multiple stages of the production process depending on the nature of the input materials.

II. Precise Discharge Size Control

An important aspect of the CC1160 cone crusher is its ability to control the discharge size precisely. The minimum discharge size varies according to the cavity type. In the C cavity, the minimum discharge size is 13mm. For the M cavity, it is 10mm, and in the F cavity, it's also 10mm. The EF cavity has a minimum discharge size of 6mm. This level of precision in discharge size control gives operators the flexibility to produce output materials with specific particle sizes, which is crucial in industries like construction, where the quality of aggregates and the consistency of particle sizes are vital for the production of high-quality concrete and other building materials.

III. Motor Power and Crushing Capacity

The CC1160 is powered by a motor with a power range of 110 - 132kw (it seems there might be a typo in the '110 - 1332' you provided, assuming it should be within a similar range as the other values). This power supply ensures that the crusher can operate effectively to handle the crushing tasks. Regarding the crushing capacity, it varies depending on the cavity type and the closed side discharge opening size. For example, in the C cavity, when the closed side discharge opening is 13mm, the crushing capacity is 115t/h, and it increases as the opening size gets larger, reaching up to 260t/h at certain sizes. In the M cavity, starting from a 10mm minimum discharge size, the capacity starts at 100t/h with an appropriate opening and changes accordingly. Similar variations in crushing capacity can be observed for the F and EF cavities based on their respective discharge opening sizes. This variability in crushing capacity enables the CC1160 to meet different production demands, whether for small to medium-sized or larger-scale operations.

In summary, the CC1160 cone crusher, with its multiple cavity types, precise discharge size control, and variable crushing capacities, plays a crucial role in many industries by providing reliable and efficient solutions for material crushing processes.