ISSN 2594-5327
76º Congresso Anual da ABM - Internacional — vol. 76, num.76 (2023)
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Abstract
Condition monitoring in rolling and finishing mills is state of the art, mainly based on vibration monitoring and evaluation of additional process and equipment data. In iron- and steelmaking condition-based maintenance is less popular. Due to much slower machines, methods of vibration monitoring are often missing, and only individual solutions for specific components, but no comprehensive system covering a whole plant, exist. Furthermore, traditional condition monitoring systems only provide warnings and alarms but no support in problem-solving. In this paper the main aspects of a comprehensive condition monitoring solution are presented using examples of ironmaking, steelmaking, and casting. It goes without saying that the mentioned principles are also valid for downstream process facilities.
Condition monitoring in rolling and finishing mills is state of the art, mainly based on vibration monitoring and evaluation of additional process and equipment data. In iron- and steelmaking condition-based maintenance is less popular. Due to much slower machines, methods of vibration monitoring are often missing, and only individual solutions for specific components, but no comprehensive system covering a whole plant, exist. Furthermore, traditional condition monitoring systems only provide warnings and alarms but no support in problem-solving. In this paper the main aspects of a comprehensive condition monitoring solution are presented using examples of ironmaking, steelmaking, and casting. It goes without saying that the mentioned principles are also valid for downstream process facilities.
Keywords
Condition Monitoring; Predictive Maintenance; Vibration Analysis; Asset.
Condition Monitoring; Predictive Maintenance; Vibration Analysis; Asset.
How to refer
Voglmayr, Bernhard;
Stohl, Klaus;
Herzog, Kurt.
ASSET LIFE OPTIMIZATION VIA COMPREHENSIVE CONDITION MONITORING
,
p. 587-600.
In: 76º Congresso Anual da ABM - Internacional,
São Paulo,
2023.
ISSN: 2594-5327
, DOI 10.5151/2594-5327-39570
