Product Overview
The small material automatic batching system is a fully automatic high-precision small material (powder, liquid) weighing and batching system designed for industries such as food, chemical, and pharmaceutical. Multiple feeding methods such as dual (single) self-cleaning spiral and micro valve are adopted, and the feeding device is intelligently controlled by servo speed regulation. Multiple electronic scales are separately set and coordinated to work independently.
This system consists of a 304 stainless steel frame, a 304 stainless steel hopper, a batching electronic scale, a conveyor, pump valves, a weighing electronic scale, a mixer, a CPI cleaning system, and a PLC control system. The ingredient bucket is dragged by the conveyor and enters different feeding stations in sequence. The ingredient control program combines the photoelectric switches of each station to open the corresponding valves or screw conveyor, and under the detection of the electronic scale, controls the material to enter the bucket. After the feeding of each material is completed, the conveyor transports the material bucket to the weighing station for weighing. The material bucket stays at the weighing station, and so on, for automatic material batching.
Technical parameters of small material automatic batching system:
1. The powder is fed by spiral conveying, while the liquid is self flowing or pumped
2. Electronic scale range: 5Kg, accuracy 0.1g; electronic scale range: 15Kg, accuracy 0.2g;
3. Power supply: AC220V/1KVA; Gas supply pressure: 0.3-0.6Mpa
5. Single ingredient range: 0-5kg; maximum weight of total ingredients: 11kg.
6. Raw material feeding method: manual feeding.
7. Bucket capacity: 13L, made of 304 stainless steel material
8. The frame material is 304 stainless steel.
9. The material bucket is transported by a U-shaped conveyor.
10. Spiral conveyor, screw made of 304 stainless steel; Dual speed valve made of 304 stainless steel; Liquid conveying pipeline made of 304 stainless steel.
System features:
1. Adopting a technology driven human-machine dialogue interface, the operation is more intuitive and efficient.
2. Adopting high-precision weighing instruments to ensure high precision and reliability of measurement.
3. The software features, such as recipe management, data recording, report querying, etc., facilitate the management of production.
4. By using branded original components such as Siemens, Mettler Toledo, etc., the quality has been improved and the reliable operation of the system has been ensured.
5. Automatic detection technology, comprehensive monitoring of system operation, timely alarm and prompt solutions in case of abnormalities.
6. Low power design ensures the safe, energy-saving, and environmentally friendly operation of the system.
7. Adopting error control technology to prevent ingredient errors from increasing with the increase of feeding amount.
8. Adopting modular design makes it convenient for customers to layout according to different materials and spaces.