QNET DC motor control trainer

Click here to load reader

  • date post

    19-Jun-2015
  • Category

    Engineering

  • view

    274
  • download

    2

Embed Size (px)

description

QNET DC motor control trainer (DCMCT)

Transcript of QNET DC motor control trainer

  • 1. QNET DC Motor Control Trainer By FADZLI & ZOUBAIR

2. SPEED CONTROL POSITION CONTROL3 1 2 MODELING AGENDA 3. Stage 1 Lab 1: Bump Test Stage 2 Lab 2: Model Validation Stage 3 Results What is modeling? Modeling is Used in many places in industry to ensure that a part has been produced within allowable tolerances MODELING 4. MODELING: Bump Test 5. Lab 2: Model Validation Same step with bump test Difference is put the value of K and t Need to match the stimulation and the actual system 6. MODELING: Model Validation 7. Stage 1 Lab 1: Qualitative PI Control Stage 2 Lab 2: PI Control According to Specifications Stage 3 Lab 3: Set-Point Weight Stage 4 Results What is Speed control? PID control is used in a wide array of industries. Speed control is used extensively in transportation and electronics. SPEED CONTROL 8. More About Speed Control Experiment Is controlled using a proportional integral control system The speed control and position control are used to demonstrate the capabilities of a control system. 9. MODELING: Bump Test 10. MODELING: Model Validation 11. Stage 1 Lab 1: Bump Test Stage 2 Lab 2: Model Validation Stage 3 Results What is modeling? Modeling is Used in many places in industry to ensure that a part has been produced within allowable tolerances MODELING 12. MODELING: Bump Test 13. MODELING: Model Validation 14. SUMMARY motion control feedback systems PID Modeling Speed control Position control Concepts learned in the DC motor Control Trainer 15. Thank YouTHANK YOU