Electric Machines : Theory, Operating Applicatiaons, and Controls Book

1. Magnetics, Electromagnetic Forces, Generated Voltage, and Energy Conversion.

2. Transformer Principles.

3. Transformer Connections, Operation, & Specialty Transformers.

4. Principles of Three-Phase Induction Motors.

5. Classification, Performance, Applications, and Operation of Three-Phase Induction Machines.

6. Single-Phase Induction Motors.

7. Specialty Machines.

8. Synchronous Motors.

9. Synchronous Generators (Alternators).

10. Principles of Direct Current Machines.

11. Direct-Current Motor Characteristics and Applications.

12. Direct-Current Generator Characteristics and Operation.

13. Control of Electric Motors.

Appendixes.

A: Balanced Three-Phase System.

B: Three-Phase Stator Windings.

C: Constant-Horsepower, Constant-Torque, and Variable Torque Induction Motors.

D: Selected Graphic Symbols Used in Controller Diagrams.

E: Full-Load Current in Amperes, Direct-Current Motors.

F: Full-Load Current in Amperes, Single-Phase Alternating-Current Motors.

G: Full-Load Current, Two-Phase Alternating-Current Motors (Four Wire).

H: Full-Load Current, Three-Phase Alternating-Current Motors.

I: Representative Transformer Impedances for Single-Phase 60 Hz Transformers.

J: Unit Conversion Factors.

Answers to Odd-Numbered Problems.

Index.