The modern development of the metallurgical complex dictates the need to improve technological processes using new types of equipment.
Automated control systems, which are being implemented at full and partial cycle metallurgical enterprises, are an effective means of modernization, with the use of which productivity increases and energy carriers are significantly saved. The practicality of using ACS is currently confirmed at many enterprises of ferrous and non-ferrous metallurgy. Automation allows you to simultaneously regulate metallurgical, heat engineering, environmental and management processes, while the influence of the human factor is minimized. It is also worth noting the positive role of automated systems in solving issues of wasteless technological cycle and resource-saving areas.
Automated control covers all types of metallurgical production, from blast furnace to rolling or stamping. The most popular are weighing and measuring equipment, the list of which can be seen at http://www.tenso-m.ru /pages /21? cat_id = 10 . In all cases, automated systems set up and maintain rational technological modes, ensuring minimal material consumption and reducing unplanned production downtime.
Recently, metallurgy is gradually being equipped with the latest technological equipment, the purpose of which is to redesign the enterprise. For example, many metallurgical plants are developing converter steel production, eliminating the open-hearth method. At the same time, the level of automation should be significantly higher, in accordance with the requirements for the management of advanced technological processes. Information technology in this case is a tool that provides the most efficient system management and data processing. The artificial intelligence possessed by the recently developed automated control systems of metallurgical enterprises ensures absolute reliability of control of the production process.
