Firstly, we need to analyze the characteristic of hysteresis in the production and timing of ordinary ball mills. In order to better control the output, you must go through changes in the grinding cycle, the material flow required for production such as particle size, humidity, and wear resistance caused by the conveyor, as well as changes in the lining plate and grinding body of the ball mill, which make the control of the mill load (i.e. grinding filling amount) more complex. Under certain conditions, whether the water flow is turned on or off, the best. If You can maintain the load of the mill or fill it with a certain value or range of quantity, loading capacity, which can reduce the output, unit time, and unit power consumption of the mill to the limit, and keep it in a stable state for a long time to prevent air grinding and sufficient indirect materials to prevent over grinding phenomenon.

The solution for the rolling mill equipment is a production management system, consisting of a system sensing device and two computing devices that process parts. Captured uses milling parameters to measure the sound, with the basic form of capturing material/ball. The sound per grinding ratio is usually a constant value. The value will not change with the ball or ball wear. The advanced anti crosstalk function allows more than one rolling mill to achieve the desired effect without too many errors.

The traditional simulation of multiple production costs will greatly increase the collection cost, because the dual simulation adjustment panel developed on the original single simulation wealth mechanical engineer adjustment panel has a higher cost, using audio and audio remote sensing and ground dual sensor data to determine the rolling mill. In the working state of computer and software investment, only programming and adjusting the corresponding sensors need to be done. The instruction set of this command is added to the dual simulation switch control, and you can choose the appropriate combination for users to complete production.

In addition, current switch factories generally only use one test parameter, which is the sound of grinding a warehouse; In a closed flow mill, if a certain well-off hoist has crushing capacity, it can only be used as a control parameter in the elevator. The friction sound of the Lo conveyor only limits the increase in mill output and is only related to one position friction sound and two control parameters such as sensor data of the hoist. Other optional parameters have the power to return to the flow of powder, the inlet and outlet pressure of the rolling mill, the power of the main motor, bearing vibration, and vibration grinding body. Under certain conditions, the rolling mill can also reflect the rolling mill in the conditions, but due to long lag time or no fixed value, automatic control cannot be used. To this end, the Wealth Machine sets this user selected configuration part. If the user needs it, it can be installed and debugged; If users want to save costs, this device can be omitted.