Nosov Magnitogorsk State Technical University (Magnitogorsk, Russia):

S. Yu. Sarancha

S. A. Levandovskiy, e-mail: levandovskiy@mail.ru
J. S. Statsenko

A. B. Moller

D. I. Kinzin, e-mail: kinzin@mail.ru

E-mail: science.mgn@gmail.com

In modern industry information technology and electronic system design, simulation, control systems, production flows, systems of control and accounting of production resources are playing a growing role. Metallurgical production isn’t an exception too. There is a task in the section and long product rolling companies associated with the shipment of finishing product by gage lengths. The application of mathematical modeling based on the use of modern information technologies contributes to the efficiency of solving such problems. After the completion of implementation of such APCS the off-gauge length management at the rolling mill will be automated — optimal rolling schedules will be chosen based on the weight of the billet and wear of the rolls. The use of APCS will reduce the number of defects in production and will increase the automation level of the mill increasing the efficiency of the personnel, reducing the influence of human factor and reducing production costs. The economic effect from implementation of the system is more than 50 million rubles per year on heavy-medium section mill with production capacity of about 500 000 tons per year [1]. A promising development of APCS is not only increasing the level of automation, but also the extension of the supported range, for example, the section profiles.

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tehnologiy: reshenie problemy kratnosti raskroya (Modernization of section rolling via putting information technologies into practice: solving the problem of pattern cutting rate). Modelirovanie i razvitie processov obrabotki metallov davleniem = Simulation and development of metal forming processes. International collection of scientific works. Issue 20. Nosov Magnitogorsk State Technical University. Magnitogorsk. 2014. P. 61–70.
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