Electric Motor Control and System Integration: A Systems Approach to Drives, PLCs, and Process Control (hayes, Band 2) - Softcover

Inhaltsangabe

Modern industrial motor systems are no longer simply about starting and stopping a motor. Today’s installations bring together motors, drives, power electronics, PLCs, HMIs, industrial networks, process control, protection, and increasingly connected digital technologies.

Electric Motor Control and System Integration presents a practical, systems-oriented approach to understanding how these technologies work together in real industrial environments. Rather than treating motor control as an isolated electrical topic, this book connects the individual components into a complete control and automation system.

Inside, you will explore the principles and applications behind:

• Three-phase electrical power and motor fundamentals
• Induction, synchronous, DC, and permanent-magnet motors
• Motor starters, contactors, relays, overload protection, and MCCs
• Power semiconductor devices and electronic motor control
• DC drives and variable frequency drives (VFDs)
• PLC architecture, ladder logic, and industrial control
• HMI and SCADA integration
• Industrial communication networks and connected motor systems
• Sensors, feedback, interlocks, and protective functions
• PID and process-control applications
• Commissioning, troubleshooting, and system documentation
• Industrial cybersecurity and IT/OT integration
• Predictive maintenance, remote diagnostics, and modern digital technologies
• Lifecycle considerations, management of change, and system reliability

The emphasis throughout is on system-level understanding—how electrical power, motors, control hardware, software, communications, instrumentation, and operator interfaces interact to form a functioning industrial system.

Whether you are learning motor control for the first time, strengthening your engineering knowledge, or working with industrial automation and maintenance systems, this book provides a structured foundation for understanding both the individual technologies and their role within a larger integrated environment.

Designed for engineering students, early-career engineers, controls professionals, technicians, maintenance electricians, and industrial automation practitioners, the book uses practical explanations, diagrams, examples, and engineering concepts to bridge the gap between theory and real-world application.

It also introduces relevant industry practices and standards, including references to organizations and frameworks such as NEMA, IEC, NEC, IEEE, UL, ISO, and ISA, while maintaining a vendor-neutral perspective.

This book is provided for educational and general engineering reference purposes only. It is not a substitute for applicable electrical codes, safety regulations, industry standards, manufacturer documentation, site-specific engineering analysis, qualified training, or the judgment of appropriately licensed or qualified professionals. Electrical and industrial control equipment can present serious hazards if improperly designed, installed, operated, or maintained. Always verify applicable requirements for your jurisdiction, equipment, and installation before applying information from this book. The author and publisher assume no responsibility for loss, injury, damage, or other consequences resulting from the application or misuse of the information presented.

From basic motor-control components to PLCs, VFDs, industrial networks, process control, and integrated automation, Electric Motor Control and System Integration helps you see the complete picture.

If you want to develop a stronger systems-level understanding of industrial motor control and automation, add this book to your engineering and technical library today.

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