Autocad Nut And Bolt Drawings
Name: BOLTS: Description: Various routines for drawing bolts, nuts, washers and thread symbols. Type: AutoCAD AutoLISP Routine: Author: Andrew NIELSEN. CAD/BIM Library of blocks 'nuts bolts DWG.' Free CAD+BIM Blocks, Models, Symbols and Details Free CAD and BIM blocks library - content for AutoCAD, AutoCAD LT, Revit, Inventor, Fusion 360 and other 2D and 3D CAD applications by Autodesk. Autocad Nut And Bolt Drawings Free Cad Drawings Of Bolts Free CAD and BIM blocks library - content for AutoCAD, AutoCAD LT, Revit, Inventor, Fusion 360 and other 2D and 3D CAD applications by Autodesk. CAD blocks and files can be downloaded in the formats DWG, RFA, IPT, F3D. Prepare assembly drawings, sectional views and bill of materials for selected assemblies. LIST OF EXERCISES Week-1 CONVENTIONAL REPRESENTATION Conventional representation of materials, common machine elements and parts such as screws, nuts, bolts, keys, gears, webs and ribs; Introduction to AutoCAD. Week-2 SECTIONAL VIEWS. Welcome to our Full-Threaded Bolts free CAD downloads page! These are BS3692 U.K. Industry standard bolts - all in AutoCAD format. Just click on the image for the bolt you'd like to download - download the file and drag-and-drop the block into your drawing! ABOUT: These free files are mostly saved in an AutoCAD 2000 DWG format. So you can open them in whatever version of CAD software you have. They have been carefully screened and cleaned. Most blocks are on layer 0, byblock or bylayer and insert at 0,0,0. A PURGE and AUDIT has been run on each block.
- Autocad Nut And Bolt Drawings Images
- Autocad Nut And Bolt Drawings
- Autocad Bolts And Nuts
- Autocad Nut And Bolt Drawings Free
- Autocad Nut And Bolt Drawings Pages
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Autocad Nut And Bolt Drawings Images
29 Feb, 2008By: Danny ComsaHere are step-by-step instructions for drawing bolts and nuts for exploded assemblies.
These instructions are designed to help you make an exploded assembly with bolts that look like threaded bolts. You will be drawing bolts rather than inserting them from an online catalog. This tutorial shows you how to make bolts that look good -- not bolts that are 100% accurate (that task requires specialized programs). These bolts will be for pictorial use only.
This tutorial does not explain the engineering details of how to make a bolts' threads. That information can be obtained from the many available charts. It will explain how you can make a bolt's threads look like bolt threads, with evenly spaced sections. Without this method, they will be misshapen.
I will give you specific steps that you can follow to make any size or threads per inch you like. The first one takes a lot of time. The second one takes only half as much time, and the third one, just a few minutes.
You will be drawing a bolt that is .25-10x1.
Set Snaps to at least 1/16 or 1/32. Draw a 1' long line and offset it 1/4'. Set PDMode to 3. Set Running Osnaps with Node on.
1. Divide the top line into 11 (gives 10 points).
2. Make a circle from the rightmost node point to the one just to the left of it.
3. Draw a line from the center point down to the quadrant point of the circle.
4. Use grips to move the end point up to the middle.
The last two steps will give you the 'Root, which is one-half the distance between two crests' this is needed to make a proper looking tooth.
Erase the circle and the vertical line.
5. Copy the top lines node points to the end of the just created line.
6. Move the bottom node points to the right one-half the distance between the two node points.
Use 'Mid between Two Points' on Snaps to do this. Copy the leftmost node point to the left one-node spacing so that you have one more node point on the bottom line.
You now have two sets of node points, with the bottom set one-half the distance to the right.
Use a pline to go from the upper-right line end and zigzag your way to the left end. You will now have the upper crest and root of the threads.
7. Now erase all the node points on both lines; the only thing left (on the top) is the zigzag pline.
Autocad Nut And Bolt Drawings
8. Mirror the pline to the bottom line. Notice that the plines' crests touch the same way on the upper and lower lines.
9. Erase the lines, leaving only the two plines. Move the bottom pline to the right one-half the distance between two points. Use 'Mid between Two Points' to do this.
10. Now draw three lines:
- The first one two crest lines in from the left
- The second one from root to root just to the right of above
- The third one from crest to crest just to the right of above
11. Now you can see that they are misshapen. We will now shape them correctly.
12. Delete the rightmost line, leaving one crest line and one root line. Draw a line from the left crest to the third crest over (three crests long) and draw a line from the left root to the next root.
13. Use the grips to move the endpoint of the first line to the midpoint of the bottom root line.
14. Extend this line to the top crest line. This shows that the crest points need to be moved to the left so that they will be in the middle of the root spacing.
15. Stretch ALL of the crest points from the crest point just to the right of the extended line to the end of the extended line. Hint: Stretch all the points, then remove the vertical line so that it stays where it is.
Perform the same sequence for the bottom section. Erase all the nonessential lines and copy all the vertical lines and fill in the blanks to make it look like bolt threads.
It is now necessary to adjust what we have just created.
16. Move the whole assembly from the left crest point to a snap to the right. If you don't, it will be off somewhat and will affect placement. Now draw a vertical pline from below the left bottom lines (dimensionally vertical to the top crest point) up past the top crest point, then to the right 1' and down past the whole assembly. This will help to readjust everything to 1' long.
17. Copy the crest/root lines to fill in the blanks.
18. Trim all excess lines to the 1' long reference line. Now you should see properly spaced bolt threads.
Autocad Bolts And Nuts
Once you create one and understand the concept, the process is really quick.
You can also use scale and reference to quickly make other sizes (with the same number of threads per inch).
Draw the Matching Nut
Now that you know how to make good-looking bolts, try this method to make the nuts to match.
A. Draw a circle of the correct height according to a bolt chart.
B. Make a six-sided polygon in the center of the circle and use Inscribed to go up to the quadrant of the circle. To the right of the polygon (and in line with the circle), draw a rectangle the same height as the circle and give it the correct width. Now draw lines from the two midpoints of the polygon across the rectangle. This creates the flat sides of the bolt head. Trim the rectangle out.
C. Offset the rectangle (in this example only) 1/32'.
D. Draw an ARC on the left side, from the first intersection point on the inner rectangle and flat side of the bolt line, to the middle of the left line back to the bottom intersection point on the bottom rectangle and flat of the bolt line.
E. Copy the arc from one endpoint to the other. Then copy it from the other endpoint to the other end. One-half of the Arc will extend past the bolt head on each side.
F. Trim the arcs back.
G. Erase the center rectangle, then TRIM the two Bolt 'Flat' Lines to the end of the arcs.
H. On the right side of the threads, draw a line from the bottom crest up 1/4' (1/4' bolt). Draw another line from the midpoint of this line beyond the end of the threads. This gives you a place to put the bolt head.
I. Move the bolt head from the middle of the right side to the intersection of the bolt threads and erase the two construction lines.
Voila! You have drawn a good-looking nut to match your good-looking bolt.
It is often necessary to draw nuts and bolts and a quick easy method is required to produce a satisfactory result.
S rg
Autocad Nut And Bolt Drawings Free
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Hexagon head washer faced Hexagon head washer faced (c) Bright washers Rolled thread end (a) Hexagon head precision bolts (c) Bright washers Form A Form B (b) Precision nuts and thin nuts
(b) Precision nuts and thin nuts Fig. 16.1 Proportions of bolts, nuts and washers. A/C means across corners. A/F means across flats. Nuts and bolts are not normally drawn on detail drawings unless they are of a special type. They are shown on assembly drawings and, provided they are standard stock sizes, are called up in parts lists and schedules. A description of the head, the thread and the length being generally sufficient. Templates are available for drawing nuts and bolts and can be recommended for their time saving advantages. It is conventional drawing practice to show, as first choice, nuts and bolts in the across corners position if a single view only is illustrated since this is instantly recognizable. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Autocad Nut And Bolt Drawings Pages
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