When it comes to selecting the right crushing equipment for your construction or mining project, there are a variety of factors that need to be considered. One important factor is the capacity of the machine - how much material it can process within a specified period of time. In the case of cone crushers, there are two main types: standard and short head.

A cone crusher operates by crushing materials through a gyrating spindle and a concave liner, both of which are covered by a wear-resistant mantle. The material is gradually crushed between the mantle and concave, breaking and reducing it in size until it passes through the bottom opening. This process is repeated continuously, allowing the crusher to produce the desired particle sizes.

The capacity of a cone crusher is typically measured in tons per hour, which refers to the amount of material that can be crushed within one hour. The capacity can range from 20 to 2,000 tons per hour depending on the model and the material being crushed. To help determine the appropriate capacity for your application, manufacturers provide capacity charts that outline the maximum capacity for each cone crusher model and configuration.

In the case of short head cone crushers, the capacity is measured in terms of the production per hour. Similarly, to standard cone crushers, the short head cone crushers are designed to operate at a predetermined stroke and speed with a fixed eccentric shaft position.

What sets the short head cone crusher apart is its shorter head, which gives it the ability to crush finer particles. This is especially useful in secondary crushing applications where a finer product is desired. The standard configuration cone crusher can accept larger feed size and achieve a coarser product, while the short head cone crusher is designed to crush finer material, thus producing a finer product.

The capacity chart of a short head cone crusher is based on the final product size required and the density of the feed material. Therefore, selecting the appropriate crusher chamber type is crucial to maximize the capacity.

To ensure the desired product size, it is necessary to have a precise understanding of the feed material characteristics and its particle size distribution. This information can help determine the appropriate crusher chamber type, as well as the close side setting (CSS) needed to achieve the desired product size.

In the end, selecting the right cone crusher involves considering capacity requirements, product size requirements, and material characteristics. The short head cone crusher provides a solution for secondary crushing applications that require a finer product. By understanding the capacity chart and the feed material characteristics, operators can make the most informed decision when it comes to choosing the right crushing equipment for their project.