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Actuators and output devices

Actuators and output devices. Actuators. An Actuator is an Output Device for the Conversion of Supply Energy into Useful Work. They Can Be Described Into Two Groups. Linear Motion Single Acting Cylinders Double Acting Cylinders Rotary Motion Air Motor Rotary Actuator. Actuators.

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Actuators and output devices

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  1. Actuators and output devices

  2. Actuators • An Actuator is an Output Device for the Conversion of Supply Energy into Useful Work. They Can Be Described Into Two Groups. • Linear Motion • Single Acting Cylinders • Double Acting Cylinders • Rotary Motion • Air Motor • Rotary Actuator

  3. Actuators • An Actuator Can be Controlled by the Following Methods: • Pneumatic • Hydraulic • Electrical

  4. Linear motion • Single Acting Cylinders • Double Acting Cylinders

  5. Rotary motion • Rotary actuators - single and double acting • Pneumatic motor - continuous motion • Hydraulic motor - continuous motion • Electrical motor - continuous motion

  6. Single acting cylinders

  7. Single acting cylinders

  8. Single acting cylinders

  9. Single acting cylinders

  10. Single acting cylinders

  11. Single acting cylinders

  12. Single acting cylinders

  13. Single acting cylinders Rod Bearing Spring Vent Connection Piston Seal

  14. Single acting cylinders

  15. Single acting cylinders Force = Pressure x Area (piston)

  16. Single acting cylinders

  17. Double acting cylinders

  18. Double acting cylinders

  19. Double acting cylinders

  20. Double acting cylinders Seals Piston Rod Bearing Base end Connections Rod end

  21. Double acting cylinders

  22. Double acting cylinders

  23. Tandem double acting cylinders

  24. Tandem double acting cylinder

  25. Tandem double acting cylinder

  26. Double rod double acting cylinders

  27. Multi-position cylinders

  28. Multi-position cylinders

  29. Multi-position cylinders

  30. Duplex cylinders 1 2 3

  31. Duplex cylinders 1 2 3

  32. Duplex cylinders 1 2 3

  33. Rodless cylinders

  34. The rodless cylinder • Conventional Double Acting Cylinders require space to house the cylinder. • Plus space to carry out the work. More effective use of the available space can be made by using Rodless Cylinders.

  35. Rodless cylinder - mechanically coupled Clamp for seal and protection strip Piston and carriage assembly Body of Cylinder End caps with cushioning and adjustment Internal seal Protection strip

  36. Rodless cylinder - mechanically coupled

  37. Rodless cylinder - mechanically coupled

  38. Rodless cylinder - mechanically coupled

  39. Rodless cylinder mechanically coupled

  40. Rodless cylinder mechanically coupled

  41. Rodless cylinder mechanically coupled

  42. Rodless cylinder magnetically coupled

  43. Rodless cylinder magnetically coupled

  44. Rack and pinion rotary actuator

  45. Rack and pinion rotary actuator Pistons with ‘Rack’ arrangement End cap with pneumatic connections End Cap with Shock absorber type cushioning Adjustable Body of Actuator Driven Shaft with gear

  46. Rack and pinion rotary actuator

  47. Rack and pinion rotary actuator

  48. Rack and pinion rotary actuator

  49. Rack and pinion rotary actuator

  50. Rack and pinion rotary actuator

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