Motion Control with LabVIEW and SOLIDWORKS

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Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes Waleed El- Badry PhD Candidate ,Mechatronics Department, ASU https ://eg.linkedin.com/in/wbadry

description

This presentation is one of the most completed walk-through to make successful configuration of LabVIEW SoftMotion with SOLIDWORKS linear and rotational motors.

Transcript of Motion Control with LabVIEW and SOLIDWORKS

Page 1: Motion Control with LabVIEW and SOLIDWORKS

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Waleed El-BadryPhD Candidate ,Mechatronics Department, ASUhttps://eg.linkedin.com/in/wbadry

Page 2: Motion Control with LabVIEW and SOLIDWORKS

Practical Utilization

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 3: Motion Control with LabVIEW and SOLIDWORKS

Mechatronics Discipline

Mechanical Engineering

Information Technology

Electrical Engineering

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 4: Motion Control with LabVIEW and SOLIDWORKS

LabVIEW

Motion Controller

• Desired Position

• Motion profile - velocity- acceleration

Trajectory Generation

(HIL)

SOLIDWORKS

Engine

Feedback logs

SOLIDWORKS

• Axes - Linear motor- Rotary motor

• Computations (Sizing)- Power log- Torque log

Tim

e st

amp

ed p

oin

ts

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 5: Motion Control with LabVIEW and SOLIDWORKS

SIZING OF LINEAR MOTOR

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Page 6: Motion Control with LabVIEW and SOLIDWORKS

Adding Motion add-in

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Page 7: Motion Control with LabVIEW and SOLIDWORKS

Loading Assembly (sldasm) file

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Page 8: Motion Control with LabVIEW and SOLIDWORKS

Disable RealView and Shadow effects

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 9: Motion Control with LabVIEW and SOLIDWORKS

Configure motion properties (Motion Analysis Mode)

Motion properties

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Page 10: Motion Control with LabVIEW and SOLIDWORKS

Configure motion properties

• Motion parameters tuning

affects simulation performance.

• More accuracy results higher

CPU load and

computational time.

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 11: Motion Control with LabVIEW and SOLIDWORKS

Configure Linear Motor

Select Motor

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 12: Motion Control with LabVIEW and SOLIDWORKS

Configure motion properties (Motion Analysis Mode) [Linear motor]

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 13: Motion Control with LabVIEW and SOLIDWORKS

SINGLE AXIS

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Page 14: Motion Control with LabVIEW and SOLIDWORKS

Importing SOLIDWORKS Assembly into LabVIEW project

Requires SoftMotionModule to be installed

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 15: Motion Control with LabVIEW and SOLIDWORKS

Adding new Axis (Motor)

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 16: Motion Control with LabVIEW and SOLIDWORKS

Adding new Axis (Motor)

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Page 17: Motion Control with LabVIEW and SOLIDWORKS

Configure axis properites

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Page 18: Motion Control with LabVIEW and SOLIDWORKS

Deploy axis

Successful deployment checks if

motors data can be accessed in SOLIDWORKS

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

Page 19: Motion Control with LabVIEW and SOLIDWORKS

Walkthrough demos

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Page 20: Motion Control with LabVIEW and SOLIDWORKS

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes

AFTER COMPUTING PEAK AND RMS TORQUE,INSERT IT INTO VISUAL SIZER AND GETTHE MOTOR SIZING REPORT SELECTIONWITH INERTIA MISMATCH

Delivery is NEXT WEEK

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NOTE : Detailed word document and Demos will be uploaded to Mechatronics Facebook group after presentation.

Simulation demos and materials are concession to the presenter. Kindly distribute it for educational purposes