The fan weighing mixer is composed of a weighing module, a scale body, an unloading mechanism, a feeding mechanism and a control system. The weighing module, in conjunction with the weighing transmitter, PLC and touch screen, measures the weight through the weighing module under the scale frame to ensure the quality of the raw materials on the silo. When the system is in operation, the weight data and speed signals received by the computer are processed and converted into accumulated values and instantaneous flow rates. The data is then transmitted to the working control machine, which uses analog current signals to send to the frequency conversion controller. The frequency conversion machine appropriately organizes the current, adjusts the rotational speed of the Feeding machine from the upper level, and then completes the calculation and configuration of raw materials.

The weighing feeding machine (batching equipment) integrates computer technology, automatic control, communication technology and weighing technology. It has complete control functions, centralized display and operation, convenient data processing, simple installation and maintenance, and the system is easy to expand. Structurally, it has solved the problem of "concentrated danger" in the computer centralized control system, achieving "centralized management and decentralized danger". The system is stable and reliable, meeting the requirements for use in continuous production processes.

The weighing mixer (batching equipment) uses configuration software to complete data acquisition and process control, supporting multiple communication protocols, providing users with a variety of equipment support. Rich and colorful dynamic images and powerful system functions make it easy for you to operate. The Batching system has strong scalability, is easier to integrate with other systems, and more effectively protects users' investment. Redundant stations utilize two redundant cpus, enhancing higher availability and security. They automatically switch from the running system to the other system based on the principle of "choose one of two" when a fault occurs. In this way, for a single-station system, you can provide dual power supplies or industrial Ethernet communication modules for each subsystem and combine them. The safe, reliable, advanced and practical system design selects a mature and advanced distributed computer control system. Under the premise of centralized information management and scientific operation in the production process, it disperses risks and improves the reliability of the system. Various on-site data are collected by PLC and transmitted to the central control room for centralized monitoring and management through high-speed network. The central control room host also transmits control commands to the PLC measurement and control terminal through a high-speed network to implement decentralized management of each unit.