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Turning Electrical Power into Mechanical Work

Turning Electrical Power into Mechanical Work. Presentation Agenda. Discuss how a Solenoid Works Show some different types of Solenoids Discuss Applications for Solenoid use. Introduce Web Resources. Apply Current Magnetic Field Builds Stop and Plunger Become Attracting Magnets

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Turning Electrical Power into Mechanical Work

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  1. Turning Electrical Power into Mechanical Work

  2. Presentation Agenda • Discuss how a Solenoid Works • Show some different types of Solenoids • Discuss Applications for Solenoid use. • Introduce Web Resources

  3. Apply Current Magnetic Field Builds Stop and Plunger Become Attracting Magnets Magnetic Force Drives Plunger to Stop How a Solenoid Works.

  4. Push Pull Clapper Rotary Open Closed Basics Types of Solenoids

  5. Pull Solenoids Force is Directed Back towards Solenoid. Push Solenoids Force is Directed AWAY from Solenoid Types of Solenoids

  6. Clapper Solenoids Typically Force application can be the same as a Push or Pull Greater amount of End Force/Hold Force Types of Solenoids

  7. Rotary Solenoids Apply a Torque over a range of Rotation. Every Company has different ways to obtain the rotary motion. Types of Solenoids

  8. Rotary Solenoids Other Configurations: Types of Solenoids

  9. Open Frame Solenoids Closed Frame Solenoids or Tubular Solenoids Types of Solenoids

  10. Linear Applications Valve Actuators Latching/Switching Pushing/Pulling Objects Sorting Shutters Characteristics Size  as Force  Limited Stroke Lengths 5/8” is a Long Stroke Typical Solenoid Applications

  11. Rotary Solenoids Sorting Machines Shutter Actuators Characteristics Strokes from 5° to 90° As Stroke Increases Starting Torque  Typical Solenoid Applications

  12. Web Resources For Solenoids http://www.camdec.com http://www.gwlisk.com http://www.ledex.com http://www.ramcompany.com http://www.takaha.com

  13. Conclusions • Solenoids Convert Electrical Energy to Mechanical Work • Different Types of Solenoids for Different Types of Applications • Linear and Rotary • Major Considerations • Size • Stroke and Force Limitations

  14. Questions

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