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Electromagnetic Clutches and Couplings

International Series of Monographs on Electronics and Instrumentation

  • 1st Edition - January 1, 1965
  • Latest edition
  • Authors: T. M. Vorob'Yeva, O. M. Blunn
  • Editors: D. W. Fry, W. Higinbotham
  • Language: English

Electromagnetic Clutches and Couplings contains a detailed description of U.S.S.R. electromagnetic friction clutches, magnetic couplings, and magnetic particle couplings. This… Read more

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Description

Electromagnetic Clutches and Couplings contains a detailed description of U.S.S.R. electromagnetic friction clutches, magnetic couplings, and magnetic particle couplings. This book is divided into four chapters. The first chapter discusses the design and construction of magnetic (solenoid-operated) couplings, which are very quick-acting devices and used in low power high-speed servo-systems. Chapter 2 describes the possible fields of application, design, construction, and utilization of magnetic particle couplings. The aspects of construction, design, and utilization of induction clutches (slip clutches), which provide the solution to the problems of speed control with ventilator loads, are covered in Chapters 3 and 4. The last chapters also include a brief discussion on the construction, design, and application of hysteresis and capacitor couplings. This publication provides a valuable background to the design or selection of many electromagnetic clutches and couplings, which is beneficial to readers intending to find the appropriate type of device for particular purposes and performance.

Table of contents

Translator's NoteIntroduction1. Electromagnetic Friction Clutches and Magnetic Couplings 1. Method of Operation and Main Design Features of Electromagnetic Friction Clutches 2. Design and Production of Electromagnetic Friction Clutches 3. Design of Magnetic Couplings 4. Transient Behavior2. Magnetic Particle Couplings 5. Method of Operation and Main Design Features 6. The Physical Processes in the Air Gap and the Rotational Force 7. The Coupling Force as a Function of Induction, the Filling of the Gap and the Centrifugal Force 8. Aging of the Filler and other Factors Affecting Performance 9. Design System for Magnetic Particle Couplings 10. Efficiency 11. Transient Behavior3. Eddy Current Couplings 12. Induction Couplings (Slip Clutches) 13. Hysteresis Couplings 14. Capacitor Couplings 15. Hybrid Couplings and Clutches4. Testing Comparison and Utilization 16. Testing Magnetic Particle Couplings. Equipment and Methods 17. Testing Electromagnetic Clutches and Couplings. Equipment and Methods 18. Comparative Analysis 19. Selection of the Most Suitable Clutch or Coupling 20. UtilizationReferencesIndexOther Titles in the Series on Electronics and Instrumentation

Product details

  • Edition: 1
  • Latest edition
  • Published: October 22, 2013
  • Language: English

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