The batching system seamlessly forms a three-in-one metering system through the CC-Link fieldbus, together with PLC and HMI/IPC, to complete the mixing and feeding of different raw materials and logistics control, achieving integrated management and control, and optimizing the performance and efficiency of process control.

The DCS batching system uses advanced hardware systems and powerful software functions to fully realize complex control requirements.It can also meet the needs of higher-level information management computers and integrate communications into the information ingredient management system of the entire factory.

By establishing a fieldbus-based data connection between the batching system and the main control unit of the DCS, data exchange can be realized, so that the decanter can operate more flexibly and achieve optimal control according to different on-site environments and process requirements.

The DCS weighing and batching system adopts PID control mode. Its purpose is to control the corresponding valve according to the strength of the reaction, so as to make it heat up and pressure stage, transition stage, and constant temperature and pressure stage.

The automatic batching system selects the CC-Link bus and weighing controller to be directly connected to the PLC. The host computer and touch screen respond and display dually. It mainly completes formula setting, process selection and switching, process interlocking, process start, sequence stop, and fault stop. , process alarm, flow and quantitative control, cumulative statistics and other functions.

The batching system performs logical control on the motors, valves, etc. in the system (controlling the amount of each additive added) according to the set parameter requirements.It accepts control signals from other parts to achieve linkage, or sends its own weighing data to the main control computer for processing in a timely manner.

In the artificial board weight reduction method of sizing measurement and monitoring process, the use of computer technology and PID control method, to complete the system configuration, design, control, management and other functions. The dosage system transforms the difference between the front and rear weights of the materials in a unit of time into an instantaneous flow signal, which is used to participate in the flow regulation and control as well as the management of the material accumulation and accumulation. It is characterized by high measuring accuracy, good repeatability and stable control. In the transformation of the sizing system adopts the weight reduction method, the application of computer technology to complete the system design and monitoring functions.