4 Warehouse Mixed Fertilizer Automatic Batching System

The 4-chamber mixed fertilizer automatic batching system is a high-tech product that integrates conveying, weighing and quantitative control. It is a new generation product improved based on the existing process conditions in China. It is known for its advanced technology, stability and reliability, high cost-effectiveness, and durability. Capable of adapting to various production environments, continuously feeding and measuring various block, granular materials (such as limestone, iron powder, clay) and powdered materials (such as fly ash, cement), providing accurate measurement data for production control and management in various industrial sites.

Dynamic ingredient mode

Dynamic batching is suitable for on-site continuous batching requirements, such as sintering batching and coking batching. These sites have high requirements for the continuity of ingredients, and generally do not allow intermediate ingredient stops. They have strict requirements for the ratio of various materials. The dynamic batching system generally uses electronic belt scales or nuclear scales as measuring equipment, and the host is equipped with PID regulation and alarm functions, which can achieve automatic control of a warehouse. For the entire automatic batching system, the batching scale is generally used as a measuring instrument. Some batching scales with strong automatic control functions can utilize their self-control functions. The batching scale is connected to the control host through a fieldbus, forming a decentralized system. The batching scale acts as a sub station or slave station in the system.

advantage

(1) High precision: The use of new sensors, more scientific scale frame structures, and high-precision AD conversion modules effectively improves the overall measurement accuracy of the system through the design concept of the system;

(1) High reliability: The high integration and simplification of the circuit greatly reduce the system's failure rate, reduce maintenance, and shorten the failure time;

(3) Intelligence: The system design adopts more new ideas and technologies, and its functions are further improved. It shares information with management information systems and laboratory testing systems, providing various statistical data for management and automatically optimizing ingredient ratios, quantities, etc., achieving intelligent ingredient preparation.

(4) Distributed: Intelligent weighing and batching units are widely adopted, and the measurement and control functions of on-site units are gradually improved, forming a distributed structural system. The reliability of the system has been greatly improved, and computers have been freed from heavy measurement and control work, focusing on data processing and batching optimization.