In the production process of cement, coking, chemical and other enterprises, multiple raw materials need to be mixed in a certain proportion to form a mixed material. The batching process inevitably involves the transportation, weighing and control of the raw materials, and the accuracy and reliability of the batching directly affect the product quality and production efficiency of the enterprise, thereby affecting the economic benefits of the enterprise.
In order to ensure production quality and efficiency, there are higher requirements for the technology, performance, quality, precision, stability, and other aspects of the batching equipment.
Guonuo Technology Belt Weighing Quantitative Feeder is a comprehensive technical equipment that integrates dynamic weighing technology, electronic information network technology, and industrial automation control. It can effectively complete the production batching process of enterprises.
The weighing and quantitative feeder utilizes the automatic conveying function of the belt conveyor, coupled with continuous and automatic dynamic weighing and automatic quantitative control, and can usually complete a series of tasks such as equipment start stop, quantitative conveying, weighing and measurement, and flow control without the intervention of operators. In practical applications, the system's characteristics reflect great advantages.
System characteristics of belt weighing quantitative feeder
(1) The feeder is customized according to the actual production site conditions, with parameters such as flow rate, center distance, bandwidth, and motor power in line with the actual production situation, ensuring the adaptability of the equipment; Multiple material ingredients can be controlled based on on-site raw materials, and ingredient parameters can be set according to user requirements.
(2) The overall system adopts DCS control mode, and the instruments of multiple conveyor lines can be centralized in one control box for centralized and unified operation, management, and control, achieving remote control and more convenient operation and management.
(3) The weighing sensor of the feeder adopts digital mode, with strong anti-interference ability and high measurement accuracy. The high-performance PLC and structurally reasonable frame ensure the stability of the entire operation of the feeder, thereby guaranteeing the accuracy of the batching.
(4) High degree of automation. The feeder has functions such as automatic zero adjustment, automatic scale calibration, automatic monitoring, and automatic alarm. It is equipped with upper computer software modules and can automatically generate ingredient reports.
(5) Easy to operate. Both the feeder instrument interface and the upper computer software system interface adopt a guided menu style operation method, which is simple and easy to use. The system interface and instrument buttons are greatly simplified (such as one click calibration).
(6) Reliable operation. The feeder has a reasonable structure, is sturdy and durable, and can adapt to long-term production needs. In addition to necessary natural shutdown maintenance, it can fully adapt to continuous operation day and night, and maintain accuracy and stability.
(7) Easy maintenance and repair. On the one hand, the feeder itself has self-monitoring capability, which automatically alarms in case of faults, records fault and alarm information, and facilitates personnel maintenance; On the other hand, the feeder structure is simple and reasonable, making it convenient for maintenance operations such as belt replacement.
Practical Application of Belt Weighing Quantitative Feeder
Belt type weighing and quantitative feeder can be used for quantitative control of industrial bulk materials. The above-mentioned production ingredients are the main application content, with a wide range of industry applications, and are very suitable for various forms of bulk materials. In addition, it can also be applied in the automatic loading process of freight yards and warehouses to complete fast and efficient loading operations.
