This is a 14 Bolt pinion Guard. (Finish of the Pinion Flange I put up a few days ago)

• The center is right at 5" Diameter.
• The bolt holes are 0.45"
• The bolts holes are 6 on 5.78" Center. (This is from my measurements)
• 1" Fillets on the corners.

Files included

• 2 Solidworks Part
• 1 Solidworks Assembly
• 2 Solidworks Drawing
• 2 DXF
• 1 JPG

Note: I ended up drilling the holes to 9/16 to make installation and fitment better. 

Enjoy.

This is the tooling details for the 1.75x6 die used in many of the bend tech drawings. You have to edit the Tooling.txt file manualy and add a row in with the data. You can look at the rows in your file and just add one to it and modify this row #.

This is the tooling details for the 1.5x4.5 die used in many of the bend tech drawings. You have to edit the Tooling.txt file manualy and add a row in with the data. You can look at the rows in your file and just add one to it and modify this row #.

This is a 14 Bolt pinion flange plate for a pinion guard.

• The center is right at 5" Diameter.
• The bolt holes are 0.45"
• The bolts holes are 6 on 5.78" Center. (This is from my measurements)
• 1" Fillets on the corners.

I haven't cut this in my table yet but figured I would go ahead and share what I had.  I plan on drawing the guards to weld on once I do a little more measuring on the pinion.

Files included

• 1 Solidworks Part
• 1 Solidworks Drawing
• 1 DXF
• 1 JPG

Enjoy.

Bend Tech file for a 96 ranger extended cab, short bed frame.

JUST FOR REFERENCE, check your frame for accuracy.

Toyota T case mount that I got off PBB.

LS exhaust flange for 1.625" tubes.

Adjustable Coil Buckets with 1/2" holes on 3/4" centers.

2 Different side brackets are included.

1. First is a bracket that isn't angled out so the spring will be close to the frame.
2. The second is angled out more so the spring will be further from the frame.

Files included

• 5 Solidworks drawing files
• 5 Solidworks part files
• 2 Solidworks assembly files
• 5 DXF's
• 2 JPG's

I haven't cut these yet since I'm making some changes to my table. 

Enjoy.

This is a 3x4 plate with 13 evenly spaced lines for cuts.  Put this in your Cam program and set the cut speed for each line at about 10ipm difference.  So 10 ipm on the left and 130 ipm on the right.  Leave the torch height the same or the THCVoltage the same and the plasma Amps the same and this will help you determine the speed settings to use.  Label each plate with a sharpie after your done and save for your reference in the future.

This is a bracket I made up tonight based off another I saw on PBB.  It's designed to hold an Thermal Dynamics SL100 Machine Torch.  You weld 2 nuts to the front of it and put use bolts to hold the torch in place.