Herman, S.
Electric Motor Control 9th ed.
Delmar 2009.8
400 pp.(P)
ISBN 1-4354-8575-0
16,000円
Contents
1. General Principles of Electric Motor Control/ 2. Fractional and Integral Horsepower Manual Motor Starters/ 3. Magnetic Line Voltage Starters/ 4. Symbols/ 5. Interpretation and Application of Simple Wiring and Elementary Diagrams/ 6. Push Buttons and Control Stations/ 7. Relays/ 8. Contactors/ 9. Timing Relays/ 10. Pressure Switches and Regulators/ 11. Float Switches/ 12. Flow Switches/ 13. Limit Switches and Proximity Control/ 14. Phase Failure Relays/ 15. Solenoid Valves/ 16. Temperature Switches/ 17. Two-Wire Controls/ 18. Three-Wire and Separate Controls/ 19. Hand-Off-Automatic Controls/ 20. Multiple Push Button Stations/ 21. Interlocking Methods for Reversing Control/ 22. Sequence Control/ 23. Jogging (Inching) Control Circuits/ 24. Time-Delay, Low-Voltage Release Relay/ 25. The Motor and Starting Methods/ 26. Primary Resistor-Type Starters/ 27. Autotransformer Starters/ 28. Part Winding Motor Starters/ 29. Automatic Starters for Star-Delta Motors/ 30. AC Solid-State Reduced Voltage Controller/ 31. Controllers for Two-Speed, Two-Winding (Separate Winding) Motors/ 32. Two-Speed, One-Winding (Consequent Pole) Motor Controller/ 33. Four-Speed, Two-Winding (consequent Pole) Motor Controller/ 34. Wound Rotor Motors and Manual Speed Control/ 35. Push Button Speed Selection/ 36. Automatic Acceleration for Wound Rotor Motors/ 37. Automatic Speed Control for Wound Rotor Motors/ 38. Solid-State Adjustable Speed Controller for AC Wound Rotor Motors/ 39. Synchronous Motor Operation/ 40. Push Button Synchronizing/ 41. Timed Semiautomatic Synchronizing/ 42. Synchronous Automatic Motor Starter/ 43. About DC Motors/ 44. Use of Reduced Voltage for Starting/ 45. Across-the-Line Starting/ 46. Compensating and Definite Time Control Starting/ 47. Solid-State Adjustable Speed Control/ 48. Plugging/ 49. Electric Brakes/ 50. Dynamic and Regenerative Braking/ 51. Electric and Electronic Braking/ 52. Direct Drives and Pulley Drives/ 53. Gear Motors/ 54. Variable-Frequency Mechanical Drives/ 55. AC Adjustable Frequency Drives/ 56. Magnetic Clutch and Magnetic Drive/ 57. DC Variable-Speed Control --- Motor Drives/ 58. Programmable and Motion Control/ 59. Motor Startup and Troubleshooting Basics/ 60. Troubleshooting Techniques/ Index/ *
Gieras, J. F.
Permanent Magnet Motor Technology 3rd ed.
Design and Applications
（永久磁石モーター技術：設計と応用 第３版）
CRC Press 2009.8
608 pp.(H)
ISBN 1-4200-6440-1
23,600円
Contents
1. Introduction/ 2. Permanent Magnet Materials and Circuits/ 3. Finite Element Analysis/ 4. Permanent Magnet d.c. Commutator Motors/ 5. Permanent Magnet Synchronous Motors. d.c. Brushless Motors/ 6. Axial Flux Motors/ 7. High Power Density Brushless Motors/ 8. High Speed Motors/ 9. Brushless Motors of Special Construction/ 10. Stepping Motors/ 11. Micromotors/ 12. Optimization/ 13. Maintenance/ Appendix A: Leakage Inductance of a.c. Motors/ Appendix B: Losses in a.c. motors/ Symbols and Abbreviations/ Bibliography/ References/ Index/
* The importance of permanent magnet (PM) motor technology and its impact on electromechanical drives has grown exponentially since the publication of the bestselling second edition. In the past three years alone, the PM brushless motor market has grown five times faster than the overall motion control market. This rapid growth makes it essential for electrical and electromechanical engineers and students to stay up-to-date on the latest developments in modern electrical motors and drives, including their control, simulation, and CAD. *
Adams, M. L.
Rotating Machinery Vibration
From Analysis to Troubleshooting
CRC Press 2009.12
476 pp.(H)
ISBN 1-4398-0717-5
18,400円
Contents
1. Primer on Rotor Vibration Vibration Concepts and Methods/ 2. Rotor Dynamic Analyses RDA Code for Lateral Rotor Vibration Analyses/ 3. Monitoring and Diagnostics Rotor Vibration Measurement and Acquisition/ 4. Trouble-Shooting Case Studies Forced Vibration and Critical Speed Case Studies/ Index/
* Diagnosis and correction are critical tasks for the vibrations engineer. Many causes of rotor vibration are so subtle and pervasive that excessive vibration continues to occur despite the use of usually effective design practices and methods of avoidance.
* After presenting governing fundamental principles and background on modern measurement, computational tools, and troubleshooting methods, the author provides practical instruction and demonstration on how to diagnose vibration problems and formulate solutions. The topic is covered in four sequential sections: Primer on Rotor Vibration, Use of Rotor Dynamic Analyses, Monitoring and Diagnostics, and Troubleshooting Case Studies. *
518-11 登録日 10.02.02
