Electric Motors and Drives Handbook

Electric motors are everywhere in industry-but understanding why they behave the way they do is what separates confident troubleshooting from costly trial and error.Electric Motors and Drives Handbook gives technicians, maintenance professionals, engineering students, and field engineers a practical foundation in the motors, controls, and variable frequency drives used across modern industrial systems. Instead of burying you in unnecessary mathematics, this handbook connects essential motor theory directly to the problems you face in the field. Inside, you'll learn how to: - Understand AC induction, DC, brushless DC, synchronous, stepper, servo, and permanent-magnet motors- Read motor nameplates, ratings, NEMA/IEC frame information, insulation classes, and torque-speed characteristics- Compare direct-on-line, wye-delta, soft-start, and other motor starting methods- Understand variable frequency drives, PWM, V/Hz control, vector control, auto-tuning, and drive commissioning- Diagnose motor overheating, bearing failures, single-phasing, voltage imbalance, insulation problems, and VFD faults- Work with motor control centers, contactors, PLCs, encoders, industrial communication networks, and braking systems- Apply practical installation, grounding, maintenance, predictive testing, lockout/tagout, and electrical-safety principles- Improve motor efficiency and understand emerging technologies such as smart drives and high-efficiency motorsBuilt around twenty-eight structured chapters, worked concepts, practical troubleshooting guidance, diagrams, and a concise glossary, the book bridges the gap between overly academic motor texts and manufacturer manuals that tell you what button to press without explaining why.If you install, maintain, troubleshoot, specify, or operate electric motors and drives, add this practical field reference to your technical library today.