A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate

A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate

This article describes how to control of the hot plate mill automation system to improve the quality metrics if the final strip. Based on the data of the modern hot rolling mills the classification of the cage equipment was designed. Depending on the degree of influence on the magnitude of reduction...

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Main Authors: Voronin Stanislav S., Gasiyarov Vadim R., Radionov Andrey A.
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:MATEC Web of Conferences
Online Access:http://dx.doi.org/10.1051/matecconf/20164504001
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spelling doaj-427ffe7247c94076a03f93a05ea476332021-02-02T00:06:53ZengEDP SciencesMATEC Web of Conferences2261-236X2016-01-01450400110.1051/matecconf/20164504001matecconf_icmm2016_04001A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plateVoronin Stanislav S.Gasiyarov Vadim R.Radionov Andrey A.This article describes how to control of the hot plate mill automation system to improve the quality metrics if the final strip. Based on the data of the modern hot rolling mills the classification of the cage equipment was designed. Depending on the degree of influence on the magnitude of reduction, the equipment was divided into categories. The functioning of every system including the main and the vertical cages was described. The conditions of electrical and hydraulic mechanisms was marked. The developed algorithm allows to improve defects based on the finite number of the thickness measurements given by special non-contact sensors. The example of regulators signals calculating was shown. The result of the algorithm operating was illustrated.http://dx.doi.org/10.1051/matecconf/20164504001
collection DOAJ
language English
format Article
sources DOAJ
author Voronin Stanislav S.
Gasiyarov Vadim R.
Radionov Andrey A.
spellingShingle Voronin Stanislav S.
Gasiyarov Vadim R.
Radionov Andrey A.
A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
MATEC Web of Conferences
author_facet Voronin Stanislav S.
Gasiyarov Vadim R.
Radionov Andrey A.
author_sort Voronin Stanislav S.
title A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
title_short A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
title_full A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
title_fullStr A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
title_full_unstemmed A development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
title_sort development of the method of the control signal formation for the hot plate mill automation systems to improve the flatness of the finish plate
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2016-01-01
description This article describes how to control of the hot plate mill automation system to improve the quality metrics if the final strip. Based on the data of the modern hot rolling mills the classification of the cage equipment was designed. Depending on the degree of influence on the magnitude of reduction, the equipment was divided into categories. The functioning of every system including the main and the vertical cages was described. The conditions of electrical and hydraulic mechanisms was marked. The developed algorithm allows to improve defects based on the finite number of the thickness measurements given by special non-contact sensors. The example of regulators signals calculating was shown. The result of the algorithm operating was illustrated.
url http://dx.doi.org/10.1051/matecconf/20164504001
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AT gasiyarovvadimr adevelopmentofthemethodofthecontrolsignalformationforthehotplatemillautomationsystemstoimprovetheflatnessofthefinishplate
AT radionovandreya adevelopmentofthemethodofthecontrolsignalformationforthehotplatemillautomationsystemstoimprovetheflatnessofthefinishplate
AT voroninstanislavs developmentofthemethodofthecontrolsignalformationforthehotplatemillautomationsystemstoimprovetheflatnessofthefinishplate
AT gasiyarovvadimr developmentofthemethodofthecontrolsignalformationforthehotplatemillautomationsystemstoimprovetheflatnessofthefinishplate
AT radionovandreya developmentofthemethodofthecontrolsignalformationforthehotplatemillautomationsystemstoimprovetheflatnessofthefinishplate
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