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From the Preface:

"... Inclusion of more than 900 illustrative drawings should make it particularly valuable as a direct working guide not only to the student, but to the repair technician at the bench as well.

Because the-troubleshooter and repair technician must learn to do satisfactory work in the shortest possible time, we have tried to point out the best and quickest methods for testing and repairing. The heading Troubleshooting and Repair at the end of each chapter should be especially helpful.

Both alternating and direct current motors are treated thoroughly, and extensive consideration is given to the connections and troubles in controllers. ..."

CONTENTS

1. CAPACITOR MOTORS
   • Main Parts of Capacitor Motors
   • Operation of Split-Phase and Capacitor-Start Motors
   • Procedure for Analyzing Motor Troubles
   • Rewinding the Capacitor-Start Motor
   • Terminal Markings for Single-Phase Motors
   • Schematic Diagrams of Capacitor-Start Motors
   • How to Recognize a Connection
   • Insulation Temperature
   • Forming Slot Liners
   • Rewinding
   • Making Connections
   • Motor Overload
   • Protective Devices
   • Schematic Diagrams of Capacitor-Start Motors
   • Connections of Capacitor-Start Motors
   • Rewinding the Two-Voltage Capacitor-Start Motor
   • Permanent-Split Capacitor Motors
   • Two-Value Capacitor-Start Motor
   • Start-Winding Connections
   • Calculations for Rewinding and Reconnecting
   • Capacitor Failure
   • The Right-sized Capacitor
   • Formulas for Finding Capacitor Values
   • Troubleshooting and Repair
2. REPULSION-TYPE MOTORS
   • Construction
   • The Repulsion-Start Induction Motor
   • The Repulsion Motor
   • The Repulsion-Induction Motor
   • Electrically Reversible Repulsion Motors
   • Rewinding and Reconnecting Repulsion Motors
   • Troubleshooting and Repair
3. THREE-PHASE MOTORS
   • Varieties of Three-Phase Motors
   • Rewinding Three-Phase Motors
   • Nameplates for Dual-Voltage, Three-Phase Motors
   • Recording Other Data
   • Connecting Three-Phase, Lap-wound Motors
   • Three-Phase Concentric Windings
   • Part-Winding-Start Motors
   • Identifying the Nine Leads of Untagged Three-Phase, Dual-Voltage, Wye-connected Motors
   • Odd-Pole Grouping
   • Rewinding and Reconnecting
   • Three-Phase Motors
   • Changing Concentric Windings to Lap
   • Windings
   • Troubleshooting and Repair
4. ALTERNATING-CURRENT MOTOR CONTROL
   • Wiring Diagrams and Line Diagrams
   • Starters
   • Troubleshooting and Repair
   • Testing Component Circuits
5. DIRECT-CURRENT ARMATURE WINDING
   • Typical Winding for a Small Armature
   • Lap Windings
   • Wave Windings
   • Rewinding Procedure
   • Troubleshooting and Repair
6. DIRECT-CURRENT MOTORS
   • Construction
   • Types of DC Motors
   • Operation of DC Motors
   • Generating Factors
   • Counter Electromotive Force
   • Construction of the Field Coils
   • Connecting DC Motors
   • Reversing DC Motors
   • Troubleshooting and Repair
7. DIRECT-CURRENT MOTOR CONTROL
   • Manual Controllers
   • Reduced-Voltage Starters
   • Troubleshooting and Repair
8. UNIVERSAL, SHADED-POLE, AND FAN MOTORS
   • Universal Motors
   • Shaded-Pole Motors
   • Fan Motors
   • Speed Control
9. DIRECT-CURRENT GENERATORS; SYNCHRONOUS MOTORS AND GENERATORS; SYNCHROS; AND THREE-PHASE WOUNDROTOR INDUCTION MOTORS
   • Direct-Current Generators
   • Synchronous Motors and Generators; Synchros
   • Synchros
   • Three-Phase Wound Rotor Induction Motor
10. SOLID-STATE MOTOR CONTROL
    • Semiconductor Materials
    • Atomic Structure
    • Properties of Doped Semiconductors
    • P-N Junction (Diode)
    • Diode Applications
    • Transistors
    • The Silicon-controlled Rectifier
    • The Triac
    • Triggering the SCR and the Triac
    • Solid-State Phase Control
    • Phase Control of Motor Speed
    • Universal Series Motor Control
    • Shunt or P-M Field Motor Control
    • Induction Motor Controls
    • SCR Protection Using Transistors in Motor-Control Circuits
    • Solid-State Switching
    • Three-Phase Drives
    • Chopper Drives
    • Inverters
    • Cycloconverters
    • Microprocessor-controlled Motor Drives
    • The Stepper Motor
    • Servo Systems

Code No. 004963, ISBN 9780030595844