Vibrations and Torque Monitoring Processes for a Cold Rolling Mills
Résumé
This paper presents researches made on a system of monitoring and other parallel systems for diagnose used in a cold rolling mill.
The first system (with specific measurement sensors) is an online vibration monitoring system for control (on-line) of the sheet quality and mill maintenance in relation with diagnostic in work for a cold rolling mill machine.
The second system is used for monitoring the torque measuring and mill parameters (force, mill speed, the gap between work roll etc.), part of the integrated process control.
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Références
[1]. N. Portman - Applications of neural networks in rolling mill automation, Iron and Steel Eng., vol.72, no.2, pp.33-36. (1995).
[2]. Asch, A., Hohn, W. - Monitoring System for Roll Stand Drives using Strain Gage Technology. Proceedings of the 9th IF AC Symposium on Automation in Mining, Mineral and Metal Processing, pg 175 - 180, /ASC98/ IF AC International Federation of Automatic Control (1998).
[3]. Tamara Radu, Florentina Potecasu, Maria Vlad - Researchon obtainingand characterization of zinc micro-alloyed with bismuth coatings, Metalurgia International nr. 1/2011 ISSN 1582-2214, pag. 44-48.
[4]. Donkle H. I., L. - Fifth octave chatter problem solved using vibration analysis, AISE Steel Technology, Volume 76 No. 11 (1999). /LOU99.
[5]. Mackel, A., Cerv, H. KeBler, H.-W., Luckmann, F. - Mill Diagnostic System (Mi-DaS) - a monitoring system with qualityand maintenance-related diagnostic functions, Aluminium, pg 137. Volume 74 /MAC98/ (1998).
[6]. Mackel, J., Asch, A., Seeliger, A. – Brummerschwingungenan Walzgeriistenvol-lkontinuierlicherKaltwalzanlagen, Detektierung, Verifikation, Vermeidung./ MAC95/ VDI-BerichteNummer pg.1220 (1995).
[7]. Mackel, J., Seeliger, A. – Qualitatssicherun ganschnelllaufenden Walzanlagen. Pg. 187, Alma Mater Aquensis MAC96/RWTH-Aachen (1995/96).
[8]. Mackel, J., Seeliger, A., Georges, D. - Measurement and Diagnosis of Process-Disturbing Oscillations on Plants for Machine Condition Monitoring and Quality Control. Pg. 98. In: Proceedings of the XIV Imeko World Congress (1997)/ MAC97.
[2]. Asch, A., Hohn, W. - Monitoring System for Roll Stand Drives using Strain Gage Technology. Proceedings of the 9th IF AC Symposium on Automation in Mining, Mineral and Metal Processing, pg 175 - 180, /ASC98/ IF AC International Federation of Automatic Control (1998).
[3]. Tamara Radu, Florentina Potecasu, Maria Vlad - Researchon obtainingand characterization of zinc micro-alloyed with bismuth coatings, Metalurgia International nr. 1/2011 ISSN 1582-2214, pag. 44-48.
[4]. Donkle H. I., L. - Fifth octave chatter problem solved using vibration analysis, AISE Steel Technology, Volume 76 No. 11 (1999). /LOU99.
[5]. Mackel, A., Cerv, H. KeBler, H.-W., Luckmann, F. - Mill Diagnostic System (Mi-DaS) - a monitoring system with qualityand maintenance-related diagnostic functions, Aluminium, pg 137. Volume 74 /MAC98/ (1998).
[6]. Mackel, J., Asch, A., Seeliger, A. – Brummerschwingungenan Walzgeriistenvol-lkontinuierlicherKaltwalzanlagen, Detektierung, Verifikation, Vermeidung./ MAC95/ VDI-BerichteNummer pg.1220 (1995).
[7]. Mackel, J., Seeliger, A. – Qualitatssicherun ganschnelllaufenden Walzanlagen. Pg. 187, Alma Mater Aquensis MAC96/RWTH-Aachen (1995/96).
[8]. Mackel, J., Seeliger, A., Georges, D. - Measurement and Diagnosis of Process-Disturbing Oscillations on Plants for Machine Condition Monitoring and Quality Control. Pg. 98. In: Proceedings of the XIV Imeko World Congress (1997)/ MAC97.
Publiée
2012-03-15
Comment citer
1.
DRAGOMIR S, DIACONU N, BORDEI M. Vibrations and Torque Monitoring Processes for a Cold Rolling Mills. The Annals of “Dunarea de Jos” University of Galati. Fascicle IX, Metallurgy and Materials Science [Internet]. 15mars2012 [cité 25août2025];35(1):56-1. Available from: https://gup.ugal.ro/ugaljournals/index.php/mms/article/view/2909
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