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Advancing the development of precision automation™

 

 

Precision Linear Motion Design I

Course Outline

Precision Linear Motion Design I | Precision Linear Motion Design II

Realities of Motion Control

Registration | About the Speaker


Section 1: Introduction

Section 2: System Level Design Criteria

Section 3: Bearing Selection

  • Linear Bearing Classifications
  • Review of Air and Rolling Bearings (Linear Bushing, Linear Guide, V-Groove)
    • Bearing Description, Loading and Mounting Configurations
    • Advantages/Disadvantages
  • Linear Bearing Summary
    • Bearing Features vs. System Criteria

Section 4: Drive Method/Control Selection

  • Linear Drive Classifications
  • Review of Rotary to Linear Drives
    • Timing Belt, Ground Ballscrew, Ground Leadscrew and Rolled Leadscrew
    • Advantages/Disadvantages
  • Rotary to Linear Drive Summary
    • Drive Features vs. System Criteria
  • Coupling Types and Feature Comparison
  • Review of Rotary Motors
    • Description of Step and Brushless DC Motors
    • Advantages/Disadvantages
    • Cost and Performance Comparison
  • Review of Direct Drives
    • Description of Ironless, Ironcore and Tubular Linear Motors
    • Advantages/Disadvantages of Linear Motor Types
    • Cost and Performance Comparison of Linear Motor Types
    • Description of Piezo Motor
    • Advantages/Disadvantages of Piezo Motor
  • Direct Drive Summary
    • Drive Features vs. System Criteria

Section 5: Feedback Selection

Section 6: Material Selection

Section 7: Cable Selection

Section 8: Summary/Open Discussion

  • Summary
  • Application Example
  • Open Discussion















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All Rights Reserved

Last modified: June 4, 2003