Stone crusher is a kind of crushing equipment, which can crush stones. After the rocks collide with each other, vortex motion will be formed between the rotary table and the casing, causing multiple blows, friction and breakage, and then directly discharged from the lower part. What is the way to reduce its energy consumption?

1. During the crushing process, the crushing chamber shall prevent iron and other unbroken objects from entering.

2. The bulk materials in the crushing equipment shall meet the crushing requirements, and the material strength of the stone crusher shall be within the processable strength range of the crushing equipment.

3. When fed raw materials are crushed and mixed together, the strength of various raw materials is uneven. Large size materials with strength will protect small size materials with strength, thus reducing the crushing probability and product particle size of materials with smaller strength

4. Due to different strengths of materials, the lining plates of the crushing chamber are also subject to uneven stress, resulting in uneven wear of the lining plates, which affects the normal operation of the stone crusher. Therefore, in order to improve the working efficiency of the crushing equipment, improve the force on the parts of the equipment, and give full play to the role in the crushing process, we should strive to ensure the uniformity of feed strength in the production process.

Sometimes impact crusher equipment is required according to process requirements. Therefore, in the stone production line, most of the equipment support work is for the stone crusher equipment. If this part of work is done well, the stone production line maintenance work will be successfully completed. This paper briefly introduces the maintenance of stone crusher equipment from three important aspects.

The above is a method to reduce the energy consumption of the stone crusher, which can be used as a reference. In the face of abnormal working conditions, the lack of adaptability is mainly manifested in the lack of automatic tapping capacity, which seriously restricts the continuous stability of its work.