Analysis of the causes of overload of the main engine of the cone crusher

Cone crusher is a common crushing equipment, widely used in mining, metallurgy, building materials, road construction, chemical and silicate industries. However, during use, the main engine may be overloaded sometimes, causing the equipment to fail to work properly. What are the causes of overload of the main engine of the cone crusher?

Cone crusher

1. Improper operator

When the operator uses the cone crusher normally, if he does not follow the correct operating steps, it is easy to cause the main engine to overload. For example, uneven feeding, blocked feed port, overload operation, etc. may all cause the risk of main engine overload.

2. Equipment failure

During the use of the cone crusher, equipment failure is also one of the causes of main engine overload. For example, transmission system failure, crushing chamber blockage, gear damage, etc., will all generate impact force and reaction force, causing main engine overload.

3. Material properties

Material properties are also an important factor causing cone crusher main engine overload. If the material hardness is too high or too viscous, it will ly increase the difficulty of crushing the main engine, which will lead to equipment overload.

So what are the solutions to cone crusher host overload?

1. Improper operator

In order to solve the problems caused by improper operator, it is necessary to train operators and teach them the correct operation methods. At the same time, it is necessary to carry out equipment maintenance and maintenance to ensure the normal operation of the equipment and prevent accidents.

2. Equipment failure

For equipment failure, it is necessary to regularly inspect and maintain the equipment and solve problems in time. When inspecting the equipment, special attention should be paid to whether the transmission system is normal, whether the gears are worn, whether the crushing chamber is blocked, etc.

3. Material properties

For material properties, pretreatment methods can be used, such as using pretreatment equipment such as vibrating screens and crushing screens to classify and screen materials, reduce the impact and reaction force of large pieces of material on the host, and thus prevent host overload.