1 / 41

Understanding Electromagnetic Drives for Automation and Electrification

Explore the fundamentals and types of electromagnetic drives, including DC and AC engines, asynchronous and synchronous engines, step-by-step engines, and AC converter-fed engines. Learn about drive characteristics and function charts. Discover the mechanical and electromechanical aspects of electromagnetic engines to understand their operation principles and efficiency. The presentation covers special executions of synchronous engines and offers insights on rising efficiency. Gain knowledge about engine modes, parameters, and special inclusion schemes. Delve into the world of electromagnetic drives for optimized industrial processes.

armstrongfrank
Download Presentation

Understanding Electromagnetic Drives for Automation and Electrification

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Electromagnetic actuators JASS 2006 Konev Victor Course #5 St-Petersburg 11.04.06

  2. Content • Fundamentaldefinitions • DC engines • AC engines • Asynchronous engines • Synchronous engines • Step-by-step engines • AC converter-fed engines • Concluion

  3. What the electromagnetic drive is? Electromechanical device intended for electrification and automation of working processes and consisting of converters, electromagnetic engines, transfer and operating devices is called an electromagnetic drive.

  4. Electromagnetic drives Types of electromagnetic drives: • Group • Single • Multiimpellent

  5. Group drives

  6. Drives characteristics Group: • low EFFICIENCY; • irrational use of premises; • high traumatism.

  7. Single drives

  8. Drives characteristics Single: • too high capacity of the engine that’s it has low EFFICIENCY; • complex kinematics of the machine tool; • installation of connecting couplings is required.

  9. Multiimpellent drives

  10. Drives characteristics Multiipellent: • has elementary kinematic circuits; • the engine is built in directly into the working body; • the maximal EFFICIENCY; • has conditions for independent optimum control of the working body.

  11. Function chart of a electromagnetic drive

  12. Mechanical and electromechanical characteristics

  13. Mechanical characteristic and slop

  14. Types of electromagnetic engines DC vs AC

  15. Direct current engines

  16. Alternative current engines Asynchronous electric motors

  17. Asynchronous electric motors

  18. Operation principle of the asynchronous engine

  19. Sliding

  20. The equation of the asynchronous engine mechanical characteristic

  21. The equation of the asynchronous engine mechanical characteristic

  22. The equation of the asynchronous engine mechanical characteristic

  23. The equation of the asynchronous engine mechanical characteristic

  24. The mechanical characteristicof theasynchronous engine

  25. Voltage fluctuation influence 0.7U U8.0 0.9U U

  26. Alternative current engines Synchronous electric motors

  27. Synchronous electric motors

  28. Mechanical characteristic of synchronous engine

  29. Synchronous engines of special execution.Synchronous engines with constant magnets.

  30. Synchronous engines of special execution.Synchronous jet engines.

  31. How rise up efficiency?

  32. Synchronous engines of special execution.Slow-moving (geared) synchronous jet engine.

  33. Synchronous engines of special execution.Slow-moving (geared) synchronous jet engine.

  34. Synchronous engines of special execution.Synchronous hysteresis engine.

  35. Step-by-step engines.

  36. Step-by-step engines.

  37. AC converter-fed engines.

  38. Conclusion Also necessary to know: • Engines modes; • Influence of an engine parameters on its characteristics; • Special schemes of the engine inclusion; • Etc.

  39. Electromagnetic drives Thank you for your attention!

  40. Electromagnetic drives Thank you for your attention! Storm of applause!)

  41. Electromagnetic drives Thank you for your attention! Storm of applause!) Oh yeah, have you any question?

More Related