Modeling Parametric Timing Pulley in SolidWorks | ISO 5294 | Part 2: Modeling w/ Download

This is the second part of a small tutorial series, where I will show you how to model parametric timing pulley in SolidWorks 2019. The tooth profile corresponds to ISO 5294* standard.

In this video we will use equations from previous part and model the parametric timing pulley. The second part of the video shows how to create features for teeth simplification - comes handy when you need to display the pulley in a drawing.

If the tutorial is too fast for you, you can slow down the video and turn on subtitles to help you understand the individual steps. If you don't understand some part of the tutorial, feel free to leave a comment with your question.

Link to the previous part:    • Modeling Parametric Timing Pulley in ...  

Timestamps:
00:00 Intro
00:16 Modeling the main body
04:45 Modeling the flanges
06:29 Teeth simplification
09:16 Testing the model
09:55 Finishing the model
10:26 Tips

Websites from the previous part:
MiSUMi Website: https://mx.misumi-ec.com/en
Yuan Cheng Website: http://www.nbbelt.com/index_en.asp
Some equations come from this website:
https://www.pfeiferindustries.com/tim...

Tables with dimensions:
https://drive.google.com/file/d/1sVWX...
Text files with equations:
https://drive.google.com/drive/folder...
(will be needed for modelling)
Parametric timing pulley (tooth profile L) (SolidWorks 2019 or newer)
https://drive.google.com/file/d/1Shhn...

If you find any mistake in the tutorial, do not hesitate and comment on the video. I really appreciate all feedback. Thanks for watching!

*ISO 5294:2012 Synchronous belt drives — Pulleys
https://www.iso.org/standard/56003.html