The automatic batching control system is widely used in construction, chemical and other industrial fields due to its advantages of flexibility, convenience, simplicity and maturity. Compared with the traditional production batching method, the automatic batching control system improves the work efficiency, ensures the reliability of production and reduces the Cost of production. So what are the functional advantages of the automatic batching system in use?
1. The automatic batching system realizes the functions of manual operation and automatic batching.
2. The production process is beautiful and practical, and can display the real-time working status and the target weight, actual weight and error value of each material.
3. Recipe can be called, modified, deleted and inquired at any time.
4. The historical record of each batch of batching data is saved, and the report statistics, query and printing of the consumption materials of the production machine can be carried out at any time.
5. During the batching process, the alarm can be automatically alarmed when the material is lacking, and the warehouse number with the same material can be manually replaced online.
6. Simple operation and convenient maintenance.
7. Improve the batching accuracy, thereby improving the quality and stability of the product.
The automatic weighing and batching system is a weighing system used for professional production of continuous conveying, precise measurement and automatic batching of powdery and granular materials (such as grain, flour, feed, PVC powder, PP particles, etc.). The system consists of upper computer-industrial computer, lower computer-PLC programmable controller, powder batching, liquid batching, micro-feeding and control system. It is an automatic weighing system with vacuum feeding, quantitative feeding by feeding screw, automatic weighing of ingredients by weighing hopper, and cumulative weighing at the same time. It is suitable for precise metering of materials and automatic batching operations in the production process.