Uh oh.
#1
Uh oh.
So the past few days, I haven't been feeling my traction bar actually working... So today I decided while I was on break, I would take a look under the truck and figure out what was going on. This is what I found:
Cause?
The main nut for the joint was welded to a sleeve, that sleeve was welded to another sleeve to adapt to a larger tube... This was done at all 3 ends. I was making due with what I could in the shop at the time, before the term ran up.
Solution?
I just don't have the time next term to cut the brackets off at the axle, so I'm going to either get a thick schedule tube and thread it so the joint will thread right into the tubing, eliminating all the adaptions, or I'm going to go with a tube diameter just large enough to get the main nut in the tube to be welded and not grind it all so thin this time. I really pushed the thickness down at the joints, and I pushed it too far, just so it would look pretty cool.
Long story short, learned a lot and had a fale. Oops.
Cause?
The main nut for the joint was welded to a sleeve, that sleeve was welded to another sleeve to adapt to a larger tube... This was done at all 3 ends. I was making due with what I could in the shop at the time, before the term ran up.
Solution?
I just don't have the time next term to cut the brackets off at the axle, so I'm going to either get a thick schedule tube and thread it so the joint will thread right into the tubing, eliminating all the adaptions, or I'm going to go with a tube diameter just large enough to get the main nut in the tube to be welded and not grind it all so thin this time. I really pushed the thickness down at the joints, and I pushed it too far, just so it would look pretty cool.
Long story short, learned a lot and had a fale. Oops.
#4
#6
or too much? I am not a fan of smoothing out the welds. I prefer to create that fillet on the material and fill that fillet.
Seems like when you grind or smooth that much away it just makes it weaker. Though I have no proof of this.
Looks like it was pretty hot when welded, might have made it brittle.
Seems like when you grind or smooth that much away it just makes it weaker. Though I have no proof of this.
Looks like it was pretty hot when welded, might have made it brittle.
#7
#10
you can run the weld hot you just have to be quick. keep in mind though, too much reinforcement on the weld can also prove detrimental. if you can run an 1/8" reinforcement (or cap) around the joint you should have nothing to worry about. don't cook the pipe though. if your weld turns out lumpy and just doesn't look good you can smooth it out just don't take away too much metal. i would leave atleast a good 1/16" of reinforement around the joint if you don't, you're just defeating the purpose of the weld. hope that helps some.
#11
thought that was one of the back joints....the little shackle hanger normally is at the front....
either way, my point is to not "clean up" a weld just to make it "pretty" to the point of making it fail
l8r, John
#18
So the past few days, I haven't been feeling my traction bar actually working... So today I decided while I was on break, I would take a look under the truck and figure out what was going on. This is what I found:
Cause?
The main nut for the joint was welded to a sleeve, that sleeve was welded to another sleeve to adapt to a larger tube... This was done at all 3 ends. I was making due with what I could in the shop at the time, before the term ran up.
Solution?
I just don't have the time next term to cut the brackets off at the axle, so I'm going to either get a thick schedule tube and thread it so the joint will thread right into the tubing, eliminating all the adaptions, or I'm going to go with a tube diameter just large enough to get the main nut in the tube to be welded and not grind it all so thin this time. I really pushed the thickness down at the joints, and I pushed it too far, just so it would look pretty cool.
Long story short, learned a lot and had a fale. Oops.
Cause?
The main nut for the joint was welded to a sleeve, that sleeve was welded to another sleeve to adapt to a larger tube... This was done at all 3 ends. I was making due with what I could in the shop at the time, before the term ran up.
Solution?
I just don't have the time next term to cut the brackets off at the axle, so I'm going to either get a thick schedule tube and thread it so the joint will thread right into the tubing, eliminating all the adaptions, or I'm going to go with a tube diameter just large enough to get the main nut in the tube to be welded and not grind it all so thin this time. I really pushed the thickness down at the joints, and I pushed it too far, just so it would look pretty cool.
Long story short, learned a lot and had a fale. Oops.
your buddy came over did burnouts in your garage, drank your beer and knocked up your wife?? HAHAHA!!!!! sorry couldnt resist!!
#21