High quality electrical automation system

Product description

The electrical automation technology framework based on information of technology has formed the remote monitoring and scientific norms of the iron and steel smelting process, and the use of raw steel in the metallurgical process to optimize and upgrade related technologies and components, has promoted the modern production process and technology of China’s metallurgical industry. At the same time, the safety of electrical automation technology is high. Metallurgical industry is the main field of industrial production, with the corresponding application and analysis of metal smelting industry risk, the implementation of electrical automation technology can realize the risk of metallurgical industry through automation rather than manual operation, so that the metallurgical industry has security. In short, the application of electrical automation technology in the metallurgical industry has promoted the transformation of the business model of electric power metallurgical enterprises to a certain extent, enhanced the competitiveness of enterprises, and promoted the healthy and rapid development of metallurgical enterprises.
In the application of electrical automation technology in the metallurgical industry, technicians can take relay protection as the starting point for the application of electrical automation technology, and the electrical automation technology of the relay protection system is carried out in an orderly manner. In order to achieve this purpose, technicians on the one hand under the guidance of scientific principles, in accordance with the power needs of the smelting industry, the transmission line vertical protection system construction, effectively eliminating the fault.
We have developed a real-time acquisition system for secondary current, electrode current and single copper tube electric quantity of submerged arc furnace. It provides a favorable basis for improving production stability and mastering furnace conditions. This acquisition system will provide scientific basis for optimizing process, energy saving and consumption reduction, and power supply safety. Through data analysis, users can change the process strategy in time to make the furnace conditions normal, for example, material collapse, electrode soft break, copper tube conductivity uneven, etc.
For S7-1500 system control, electrical cabinets are placed in the central control room and hydraulic room: power cabinet, power cabinet, PLC control cabinet, etc. Install the detection box in front of the furnace on different platforms. The silo is respectively equipped with weighing sensors and on-site primary instruments: temperature, monitoring system, etc.
Our automation scheme is the key to ensure efficient and low-cost operation of smelting furnace. Modular, scalable and scalable automation scheme is to meet the requirements of equipment configuration, operation system and raw material conditions.

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