The multi-silo single-weighing static automatic batching system is an automatic batching device that can be used with BB fertilizer equipment, organic fertilizer equipment, compound fertilizer equipment, and blended fertilizer equipment. This equipment adopts an integrated design concept of "multiple silos, one scale"—multiple raw material silos share a single high-precision weighing unit. Each silo sequentially feeds material into the same weighing hopper, and the weights are collected and output after each silo is weighed. The system is equipped with an intelligent PLC control system. Operators only need to enter the production formula on the touch screen, and the system can automatically complete the entire process of quantitative feeding, quantitative weighing, and unified material delivery.
The value of the multi-silo single-weighing static automatic batching system in fertilizer production is reflected in multiple dimensions, including ensuring batching accuracy, improving the level of production automation, and ensuring stable control of product quality. Compared with multi-silo multi-weighing batching equipment, this system has a simpler structure, lower failure rate, and higher cost-effectiveness. The equipment has a built-in one-click formula storage function, which can store hundreds of crop-specific fertilizer formulas. Wheat, corn, fruit and vegetable, and Chinese medicinal herb-specific compound fertilizers can be switched for production with a single click. It can be seamlessly integrated with crushing, turning, mixing, granulation, and packaging equipment to form a complete automated production line. Actual testing shows that the static batching error can be controlled within ±0.5%, far exceeding the industry average.
The hardware components of a multi-silo single-weighing static automatic batching system mainly include: a storage system (3-8 independent raw material silos, level sensors); a feeding system (vibrator, rotary valve, pneumatic batching valve, etc.); a weighing system (weighing sensors, junction box, weighing hopper, weighing instrument); a discharge and conveying system (pneumatic flap valve, belt conveyor, etc.); and a control system (PLC controller, host computer, human-machine interface). The equipment adopts a distributed architecture, with a "host computer + PLC system + solid batching control instrument" model ensuring the system's openness and reliability.
The multi-silo single-weighing static automatic batching system is flexibly adaptable to various industries such as fertilizers, chemicals, building materials, and food. In fertilizer production, it is suitable for producing various fertilizers including BB fertilizers, organic fertilizers, compound fertilizers, blended fertilizers, and formulated fertilizers. In the chemical industry, it can be used for the proportioning of fine raw materials such as pigments and additives. In the building materials industry, it can be used for concrete mixing and refractory material batching. The system can store hundreds of formula parameters, enabling rapid recall and modification of formulas.
The multi-silo static automatic batching system can handle a wide variety of raw materials. Organic materials include: livestock and poultry manure, crop straw, humic acid, peat moss, etc. Fertilizer materials include: urea, potassium chloride, potassium sulfate, monoammonium phosphate, diammonium phosphate, etc. Additives include: trace elements, biological agents, etc. The system can be adapted to raw materials with different moisture contents and particle sizes by customizing the silo capacity and adjusting the feeding mechanism.
The multi-silo single-weighing static automatic batching system operates on the principle of coordinated operation of sensors, PLC controllers, and actuators. According to the set formula, the system sequentially controls the feeding devices of each silo to add material to the weighing hopper. Weighing sensors monitor weight changes in real time, stopping feeding when the set value is reached. All materials are discharged uniformly after batching.
(I) Pre-start Preparation: Check that each hopper has sufficient raw materials. Check that the weighing sensors and junction boxes are functioning properly. Check that the feeding device is operating normally.
(II) Formula Setting and Startup: Retrieve or input the formula through the human-machine interface. Start the automatic batching program.
(III) Operation Monitoring: Monitor the weighing data displayed on the instruments or host computer in real time. Observe the operating status of each piece of equipment.
(IV) Shutdown Operation: After completing the batching task, shut down each piece of equipment in sequence.
(I) Daily Maintenance: Inspect the equipment's operation daily. Observe whether the scale body is deformed or corroded.
(II) Periodic Maintenance: Clean, lubricate, and calibrate the equipment regularly. Regularly inspect the infeed/discharge mechanism, pneumatic valves, flexible connections, and other components.
(III) Calibration Management: The system should be calibrated regularly.
The multi-silo single-weighing static automatic batching system is located between raw material storage and mixing in the fertilizer production line, undertaking the core task of precise batching. The system achieves seamless integration of production stages through full-process automated control. This equipment can be seamlessly integrated with crushing, mixing, granulation, and packaging equipment to form a complete automated production line.
The primary users of multi-silo single-weighing static automatic batching systems include: equipment procurement and management personnel in fertilizer production enterprises; production line process design and optimization personnel; enterprise managers seeking to improve batching accuracy and automation levels—static batching errors can be controlled within ±0.5%; multi-variety fertilizer production enterprises with numerous formulas requiring rapid formula switching—capable of storing hundreds of crop-specific fertilizer formulas; and various fertilizer production enterprises hoping to reduce human error and improve product quality stability—requiring only 1-2 people to operate the entire production line. Driven by both green agricultural development and industrial upgrading, multi-silo single-weighing static automatic batching systems, with their high-precision batching capabilities, high production efficiency, intelligent management models, and wide adaptability, have become crucial equipment for fertilizer production enterprises to enhance their core competitiveness.
Call us directly, submit a sample or email us!