What are the factors that affect the normal operation of the crusher?
The crusher is an indispensable machine in mining, chemical, construction, metallurgy and other industries. Its job is to crush hard ores, rocks, etc. The workload is large and the working environment is harsh, so it is inevitable that some problems will occur during use. Some malfunctions occurred, causing great trouble to many users.
During operation, proper maintenance and repair can effectively extend the service life of the equipment and reduce the maintenance rate of the equipment. However, in order to properly repair and maintain equipment, we must first understand some of the main factors that affect its operation before we can achieve the desired results.
First, the role of temperature in the fragmentation process was studied. If the temperature is too high or too low, it will affect the normal operation of the equipment. Therefore, users should always check the values on each temperature meter, and stop the machine in time for inspection when problems occur. When the temperature is low, preheating should be performed before starting to avoid overloading the equipment when the temperature is low; when the temperature is high, the refrigeration system of the equipment should be ensured to operate normally and be prepared for manual forced cooling. , keep the device in a cool place as much as possible.
Secondly, the impurities in the crushing equipment are analyzed. There are two main types of impurities. One is external impurities, including soil, dust, and unbreakable impurities mixed in the material; the other is impurities such as metal shavings and wear products generated by the equipment itself. Users can take corresponding protective measures based on the sources of various impurities. The most important thing is to protect the construction site, check the equipment frequently, and replace damaged parts in a timely manner.
The impact of materials on equipment. The hardness, size, composition, etc. of the material will affect the wear and corrosion of the equipment, but this impact is difficult to avoid. Users can only minimize this impact by taking effective methods. For example, the size and hardness of the material should meet the requirements of the feeding device; for highly corrosive materials, they can be treated first to reduce their corrosion degree before use.
