The gravimetric batch blender system is a kind of equipment that can automatically complete the batching of raw materials. It can realize the precise measurement of raw materials. It can improve production efficiency, reduce labor costs, and ensure product quality.
The working principle of the automatic weighing system is as follows:
1. Raw material load cell
The raw material weigher in the gravimetric dosing system generally uses an electronic scale, uses an electronic sensor to detect the weight of the item being weighed, and transmits the weight data to the computer for processing. Therefore, the electronic sensor plays a key role in the automatic weighing system. The part that works.
2. Digital display
The automatic weighing system in the gravimetric blender system is generally equipped with a digital display, which can directly display the current weight value being weighed. When the weight value is stable, the accurate weighing value will be displayed on the display. It is convenient for the operator to check the weighing condition.
3. Computer control system
The computer control system in the gravimetric dosing system includes logistics control module, hardware control module, etc. It is the core component of controlling the work of the automatic batching system. This system can use electronic components to control the electronic scale to complete the automatic weighing process, and can also communicate with other equipment for various information to achieve the smooth operation of the entire automatic batching system.
4. Data processing software
Algorithm design is also an essential part in the automatic batching system. For the extremely complex calculation process, the computer can run supporting data processing software to carry out important tasks such as data collection, data processing and data analysis. Data processing software can integrate all data and make it run synchronously with other important business procedures to ensure that the entire gravimetric blender system can run smoothly and obtain efficient batching results.
