Level 2 Automation at Steel Plants. For newly employed technicians and engineers in heavy industry, especially the steel industry., #1

Par : Mohamed Hamdy
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  • FormatePub
  • ISBN8235703452
  • EAN9798235703452
  • Date de parution09/06/2026
  • Protection num.pas de protection
  • Infos supplémentairesepub
  • ÉditeurIoakim Ioakim

Résumé

This comprehensive technical guide provides a clear, practical introduction to Level 2 (process automation) systems in modern steel manufacturing facilities. Written for high-level engineers responsible for improving, controlling, and supervising plant automation, the book bridges fundamental concepts with real-world application across the full production chain. It begins by situating Level 2 within the multi-level automation hierarchy used in the steel industry-from basic drives and Level 1 PLC control through plant-wide scheduling (Level 3) and enterprise systems (Level 4).
Readers gain a solid understanding of Level 2's core functions: managing material flow, meeting production targets, delivering plant supervision tools, and supporting diagnostics. Subsequent sections examine the relationships between Level 2 systems and other plant departments, followed by a thorough grounding in computer networking principles and their specific implementation in a steel-plant environment.
Hardware topics cover Level 2 server architecture, form factors, memory, storage options, RAID configurations, and management features essential for reliable operation. Database administration is addressed through focused coverage of Oracle Database setup, environment preparation, and creation. The heart of the book lies in detailed functional descriptions of Level 2 applications across key production areas: Electric Arc Furnace (EAF) Ladle Refining Furnace (LRF) Thin Slab Caster (TSC) Continuous billet caster Rolling mill process-control systems Practical exercises reinforce theoretical content, enabling engineers to deepen both conceptual knowledge and hands-on skills.
By the end of the book, readers will be equipped to define Level 2 systems across all plant areas, understand Level 2 networks and their communication with PLCs, evaluate hardware and software components, work with Level 2 databases, and apply Level 2 solutions effectively throughout the melt shop, casting, and rolling operations. Clear, structured, and oriented toward real plant needs, Level 2 Automation at Steel Plants serves as an essential reference for engineers seeking to strengthen process supervision and optimize automation performance in steel production.
I am a mechanical engineer, writer, and storyteller who bridges deep industrial expertise with a passion for timeless human narratives. As a storyteller, I draw inspiration from history without simply retelling it. I reimagine iconic figures and settings as vehicles for universal lessons that remain relevant today - exploring self-worth, relationships, resilience, and personal growth. Through vivid scenes and thought-provoking dialogue, I invite readers to see familiar emotions from a fresh perspective, blending historical inspiration with modern psychological insight.
Professionally, I bring over 30 years of hands-on experience in heavy industry, having worked across multiple locations and roles spanning operation, maintenance, and optimization of complex industrial systems and production lines. This real-world experience has given me a deep, practical understanding of how factories truly operate - not just in theory, but through direct, everyday work in: Equipment troubleshooting Efficiency improvement Waste reduction Safety enhancement Technical team training I currently work in engineering training and professional development, focused on transferring real industrial knowledge from the factory floor to: Young engineers Technicians Maintenance and production managers Anyone aiming to build a professional career in an industrial environment My mission is to turn practical experience into applicable knowledge - helping individuals and organizations increase productivity, reduce downtime, improve quality, and build strong, capable engineering teams.