Fabrication - .pdf: Difference between revisions
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<br/><span style="color: #ff0000">'''Saving the Drawing:'''</span> | <br/><span style="color: #ff0000">'''Saving the Drawing:'''</span> | ||
1. Once the drawing is complete, | 1. Once the drawing is complete, save a copy as a .PDF | ||
<span style="color: #ff0000">'''Things to Rememeber:'''</span> | <span style="color: #ff0000">'''Things to Rememeber:'''</span> |
Latest revision as of 17:37, 14 January 2016
Creating a Drawing for Sheetmetal parts
Once your part is complete, create a drawing for your part (.idw).
Drawing Requirements: (use the FIRST/Robotics drawing template under the English tab on the template menu).
Fill in the Title Block
- Title - this should be exactly the same as the filename
- Current Date - this needs to be updated everytime a drawing is submitted to get parts made (this acts as the revision control)
- Name of student who created the drawing
- Material Requirements: material and thickness
- Quantity required
Drawing/Dimensioning
- Show main views of the part (front, side, top, iso view)
- Dimension the part with the following:
-> overall length, width, and height
-> threaded hole sizes and quantities
-> diameter of holes
-> dimensions of major features
-> if there are multiple features with the same dimension use the conotation 4 X to indicate 4 places.
-> *** if the part is a sheetmetal part that is bent, then the dimensions must also include the dimension to the bends and the radius used to bend the part
(should be .032)
- Indicate if any hardware needs to be installed and on which surface (such as standoffs or inserts - PEMS)
- Indicate any weldments
Saving the Drawing:
1. Once the drawing is complete, save a copy as a .PDF
Things to Rememeber:
If the part will be welded, then care must be taken to design with the proper dimensioning scheme leaving room for the weldments.
Sample Drawing:
Machined Part Drawing Example