Four series reducer machine in use need to pay attention to what aspects

We all knowFour series reducerIn the industry can play a great role, and for the use and operation of the four series of reducer enterprises, staff, in the process of using the machine is to pay attention to some problems. Only by paying attention to all aspects of the problem can we ensure that the four series reducer can work normally and correctly.

Then several precautions in the use of the reducer are to let the operator memorize to prevent operational accidents. First of all, we must know the running-in period of the machine. This running-in period is to ensure the normal operation of the reducer and is used to reduce the failure rate of the machine. An important part of extending the service life. After the reducer leaves the factory, it is generally stipulated that there is a running-in period of about 200 hours. If this time is exceeded, the oil must be changed. This is the technical characteristics of the initial use of the machine in the deceleration machinery industry. Four series of reducer in the running-in period of maintenance requirements, it can be summarized as: strengthen training, reduce the load, pay attention to check, strengthen the lubrication of these four steps. The machine development environment of the four series reducers and the powerful language and internal functions of the discrete element program itself adopt the mixed programming technology to compile the special visual program of the ball mill reducer. Users can not only input the parameters to be calculated, but also use relevant programs on the operation interface to automatically complete the whole calculation process and output relevant calculation results, saves a lot of labor costs.

When using the four series of reducers, the manufacturer's technical personnel remind the operator that it should be noted that the discrete unit method is a positive force to promote the new achievements of the ball mill. Four series of reducers are widely used in some industrial fields that we are familiar with, such as mining, building materials, metallurgy, chemical industry, electric power and other industries. The movement of materials and grinding media in the cylinder is more complicated, and it is generally difficult to pass directly or Indirect methods to observe. In the past, in the amplification design of the four series of reducers, designers used some analogy methods and empirical formulas to determine the driving power of the four series of reducers. At present, the domestic research on the loading of reducers, materials and grinding media, motion and mechanical characteristics is still relatively lacking. The results show that although the net driving power and strain energy have different change curves, they are basically consistent with the operating conditions of the reducer in actual production, which has also been confirmed in a variety of different sizes of the reducer, the final conclusion is that this procedure and method has a certain practical and promotional value, the four series of reducer in the grinding operation, the role of the mineral processing production line is more prominent, this is determined by the nature of mineral processing. On this basis, the real-time trajectory tracking of several particle units in the four series reduction cylinder is also carried out, so that the unit centroid motion trajectories under the grid bar and the non-grid bar are obtained respectively. Compared with the assumptions of the grinding medium motion in the traditional research method, it is found that there are some limitations in the traditional research method.