In addition to the connection mode, attention should also be paid to the vibration of air flow pulverizer
Airflow pulverizers play an important role in medicine and chemical industry, but it is precisely because of this that the pulverizer equipment plays a very important role in the actual operation, which requires extreme attention. Generally speaking, people who have been operating for three months will have very easy operating experience, and many times we will use the best operators to cooperate. The ceramic lined pipeline is manufactured by a high-tech production process - self propagating combustion high temperature clutch synthesis method. The pipe is composed of corundum ceramics, transition layer and steel from the inside to the outside. The ceramic layer forms dense corundum ceramics (AL2O3) at a high temperature above 2200 ℃, forming a firm bond with the steel pipe through the transition layer
1. The hammer was installed incorrectly during maintenance and assembly. To prevent the rotor weight from losing balance, all hammers in the crusher must be turned around by changing the face, or strong vibration will occur during operation< Br/>2. The weight difference between the corresponding two groups of hammers exceeds 5g. The elimination method is to adjust the hammer weight so that the difference between the corresponding two groups of weights is less than 5g< Br/>3. Some hammers are stuck too tightly and do not swing away during operation. After the machine is stopped, it can be observed by hand to make the hammer rotate flexibly< Br/>4. The weight of other parts on the rotor is unbalanced. In this case, check and adjust the balance carefully< Br/>5. The spindle is bent and deformed. The solution is to straighten or replace< Br/>6. The bearing clearance exceeds the limit or is damaged. Generally, the problem can be solved by replacing the bearing with a new one< Br/>7. The bottom corner fixing nut is not fastened tightly or loose during operation. The solution is fastening< Br/>The airflow crusher has a large processing capacity. The optimized deep cavity rotor structure can increase the throughput of materials by more than 42%, greatly enhancing the production capacity. In addition, the discharge outlet has also been specially modified, which can adjust the discharge particle size in a wider range, better meet the needs of customers and the market, and make it more adaptable to the market
Leave a Comment