Introduction to the method of increasing the output of the cone crusher

The price of the cone crusher is relatively high, and it is the wish of each customer to increase its output. Therefore, we need to pay more attention to the daily use of the cone crusher. The following points are the improvement of equipment output by Jiaozuo Zhongxin technical engineers based on years of experience. Operational precautions.
1. Keep the parameters of the tight side discharge port unchanged. If you want stable sandstone product output, quality and production line load, the * thing to ensure is that the parameters of the discharge hole of the conical breaking edge are unchanged, otherwise it will easily lead to product particle size accident. Increase, which in turn affects the entire production line system and * production.

2, as far as possible to continue "full cavity" operation, if a cone is broken due to unstable feed and other factors when "hungry" when "full", then its product size, product rate, etc. will also fluctuate. The cone of the half-cavity operation is broken, and its products are not * in terms of gradation and needle shape.

3, the feed should not be too small, only a small amount of raw materials will not reduce the burden of cone breaking, in contrast, too little raw material will not only damage the output of the product, the grain shape is not good, and the cone will break the bearing Have an adverse effect.

According to the working principle of the cone breaking, the actual power of the cone breaking should not be lower than 40% of the rated power. In order to obtain proper "load bearing positioning" and maximize productivity, the actual power of the cone should be maintained between 40% and 100% of the rated power, and 75% to 95% of the rated power during operation is the * choice. Affecting the operation beyond the rated power will affect the service life of the cone and cause various problems.

4. Ensure uniform feeding. When feeding, it is necessary to avoid the large-size stone material concentrated on one side, and the small-size stone material is concentrated on the other side to ensure uniform mixing of the stone material. Once the influence is uneven, the bulk density of the small-sized stone material tends to be compacted and blocked, which causes the adjustment ring to jump. In the face of the adjustment ring bounce caused by the blocking material, the operation operator will be forced to increase the discharge port parameters, resulting in an increase in the particle size of the product. In the long run, problems such as damage to the adjustment ring will also occur, resulting in *er production losses.