Batching engineering is a special equipment designed for the process of warehousing statistics, warehousing measurement and various process intermediate measurement of granular or powdery materials. It has the characteristics of high weighing accuracy, simple and convenient operation, strong reliability, complete function and accurate statistics, and can be widely used in feed, grain, metallurgy, medicine, chemical industry and other industries.
Multi material powder ingredient production line
characteristic:
Automatically complete material packaging control function, integrating weight display, packaging timing, process interlocking, and fault alarm;
U has the function of automatically storing, restoring (copying) debugging parameters;
Automatically store control parameters for ten types of packaging weights, as well as the on duty cumulative production, cumulative number of packages, total production, and total number of packages for each packaging weight;
Adopting gravity based feeding methods for large and small materials to improve work accuracy and speed;
U high brightness fluorescent dual row display, real-time display of packaging weight, cumulative output, and number of packages;
Adjustable automatic peeling cycle function, snapshot function, keyboard encryption function, data encryption function, clock display function; Equipped with standard RS232 and RS485 interfaces, it can connect to computers and micro printers. The instrument can be connected to the computer to print production data statistics reports
Powder universal automatic batching system
Description: This fully automatic ingredient packaging production line can be widely used in industries such as chemical, building materials, and food. The system automatically completes the batching of 2-10 materials according to the specified weight ratio. The blended materials are transported by a conveyor belt to a mixer, and the mixing, stirring, and discharging processes are automatically completed according to the set time. Then, the packaging machine measures and packages the materials, realizing the production automation of the entire ingredient, mixing, and packaging line, ensuring its continuous, efficient, and stable operation.
1、 Description: Widely used in various industries such as petrochemicals, fertilizers, grains, feed, building materials, metallurgy, ceramics, glass, etc. for the ingredient and packaging of granules, powders (irregular) blocks, liquids, and other types of products.
2、 Characteristics:
● Multi material: The system matches according to the specified weight and automatically completes the batching of 2-10 materials;
Diversified feeding methods: According to the characteristics of different materials, various feeding forms such as door type, vibration, spiral, belt, pipeline, etc. can be equipped;
● High efficiency: fast batching speed, high precision, and each material has a corresponding independent weighing system;
3、 Unique advantages of the system
PLC has strong data processing capability, fast and stable sampling rate, and the batching process can fully meet the process requirements for batching;
The process can be set according to the user;
Good reliability, the system has two control schemes (touch screen and industrial computer scheme). When one of the external modes fails, the other immediately switches to operation without affecting production, which can reduce the occurrence of production time and space phenomena during production failures;
Real time graphics display the production process and text display, making it convenient for operators to operate;
The text file displays production reports, recipe reports, and other (with multiple printing options for users to choose from) with powerful alarm prompts, which can minimize the scrap rate;
Uniformity of ingredients: When discharging each aggregate, a frequency converter is used to control the discharging speed so that all aggregates are discharged in equal time, ensuring the uniformity of ingredients.
4、 Monitoring software
Online automatic monitoring software: The relationship between people and the production line has shifted from passive to active. Once an abnormal situation occurs, the computer system immediately sends an alarm to relevant personnel and provides a reminder function. Through real-time online monitoring, important production information can be monitored at any time.