Cone crusher is one of the important equipment in the whole set of stone crusher equipment. The equipment sometimes has uneven discharge during operation, which is mainly related to the three factors of feed situation, discharge port size and voltage. Let's analyze these three factors below:

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1. Feed situation

When the cone crusher processes too large and too hard materials, the particle size segregation in the crushing chamber is aggravated, and the materials cannot be fully refined, resulting in uneven discharge particle size. If the moisture content of the material exceeds the standard, the materials are easy to stick together and block the crushing chamber, weakening the equipment processing capacity, and also causing uneven discharge. Overfeeding is also a problem. Too much material accumulates in the crushing chamber, reducing the effective crushing space, which not only affects the crushing efficiency, but also makes the finished product particle size lose consistency. Reasonable control of material size, hardness, moisture content and feed amount is the key to ensure the efficient and stable operation of the cone crusher and avoid uneven discharge.

2. Discharge port size

In the operation of the cone crusher, the adjustment of the discharge port size is crucial. If the setting is improper, the crushed materials will be difficult to discharge smoothly, resulting in accumulation in the crushing chamber, aggravating the blockage problem. This not only limits the processing capacity of the crusher, but also affects the further crushing of the material, resulting in uneven particle size distribution of the final product. Accurately adjusting the size of the discharge port to ensure smooth material flow is a key measure to maintain the efficient operation of the cone crusher and avoid blockage and uneven crushing.

3. Voltage

During the working process of the cone crusher, the voltage plays a driving role. If the voltage is too low, it cannot provide normal crushing conditions for the production of the machine, and the insufficient crushing power will cause uneven particle size of the finished product;