With a highly practical approach, ELECTRIC MOTOR CONTROL, 9E provides a useful and effective tool for anyone who will install, monitor, and/or maintain motor controls. The book begins by introducing the simplest of equipment and then builds upon this knowledge, step-by-step, enabling readers to learn how to draw and interpret motor control schematic diagrams. Subsequent units provide useful information on motor control components and how they are connected to form complete control circuits.
SECTION 1: Introduction
UNIT 1: General Principles of Electric Motor Control
UNIT 2: Fractional and Integral Horsepower Manual Motor Starters
UNIT 3: Magnetic Line Voltage Starters
SECTION 2: Circuit Layout, Connections, and Symbols
UNIT 4: Symbols
UNIT 5: Interpretation and Application of Simple Wiring and Elementary Diagrams
SECTION 3: Control Pilot Devices
UNIT 6: Push Buttons and Control Stations
UNIT 7: Relays
UNIT 8: Contactors
UNIT 9: Timing Relays
UNIT 10: Pressure Switches and Regulators
UNIT 11: Float Switches
UNIT 12: Flow Switches
UNIT 13: Limit Switches and Proximity Control
UNIT 14: Phase Failure Relays
UNIT 15: Solenoid Valves
UNIT 16: Temperature Switches
SECTION 4: Basic Control Circuits
UNIT 17: Two-Wire Controls
UNIT 18: Three-Wire and Separate Controls
UNIT 19: Hand-Off Automatic Controls
UNIT 20: Multiple Push-Button Stations
UNIT 21: Interlocking Methods for Reversing Control
UNIT 22: Sequence Control
UNIT 23: Jogging (Inching) Control Circuits
UNIT 24: Time-Delay, Low-Voltage Release Relay
SECTION 5: AC Reduced Voltage Starters
UNIT 25: The Motor and Starting Methods
UNIT 26: Primary Resistor-Type Starters
UNIT 27: Autotransformer Starters
UNIT 28: Part Winding Motor Starters
UNIT 29: Automatic Starters for Star-Delta Motors
UNIT 30: AC Solid-State Reduced Voltage Controller
SECTION 6: Three-Phase, Multispeed Controllers
UNIT 31: Controllers for Two-Speed, Two-Winding (Separate Winding) Motors
UNIT 32: Two-Speed, One-Winding (Consequent Pole) Motor Controller
UNIT 33: Four-Speed,Two-Winding (Consequent Pole) Motor Controller
SECTION 7: Wound Rotor (Slip Ring) Motor Controllers
UNIT 34: Wound Rotor Motors and Manual Speed Control
UNIT 35: Push-Button Speed Selection
UNIT 36: Automatic Acceleration for Wound Rotor Motors
UNIT 37: Automatic Speed Control for Wound Rotor Motors
UNIT 38: Solid-State Adjustable Speed Controller for AC Wound Rotor Motors
SECTION 8: Synchronous Motor Controls
UNIT 39: Synchronous Motor Operation
UNIT 40: Push-Button Synchronizing
UNIT 41: Timed Semiautomatic Synchronizing
UNIT 42: Synchronous Automatic Motor Starter
SECTION 9: Direct-Current Controllers
UNIT 43: About DC Motors
UNIT 44: Use of Reduced Voltage for Starting
UNIT 45: Across-the-Line Starting
UNIT 46: Compensating and Definite Time Control Starting
UNIT 47: Solid-State Adjustable Speed Control
SECTION 10: Methods of Deceleration
UNIT 48: Plugging
UNIT 49: Electric Brakes
UNIT 50: Dynamic and Regenerative Braking
UNIT 51: Electric and Electronic Braking
SECTION 11: Motor Drives
UNIT 52: Direct Drives and Pulley Drives
UNIT 53: Gear Motors
UNIT 54: Variable-Frequency Mechanical Drives
UNIT 55: AC Adjustable Frequency Drives
UNIT 56: Magnetic Clutch and Magnetic Drive
UNIT 57: DC Variable-Speed Control—Motor Drives
UNIT 58: Programmable and Motion Control
SECTION 12: Troubleshooting
UNIT 59: Motor Startup and Troubleshooting Basics
UNIT 60: Troubleshooting Techniques
Appendix A: Motor Types and Line Diagrams
Appendix B: Power Supplies
