Decided to use aircraft safety wire instead of welding…pictures detail the repair. The repair itself took about 30 min.
Attached image(s)
I love the pics, wire will work for a while as a temp fix. Good idea.
Good outside the box thinking.
How did you take those pics?
Let us know how your repair holds up.
By the way if it hasn't been said:
now, get a gallon of metal ready and spray the heck out of that tunnel before that surface rust spreads any further ..
Andy
PS:
Perhaps you can tell me how that will stop the longitudinal movement? You know, the movement that causes the rear weld to break? Excuse my Krusty welcome, but that's just me, the guy with an attitude. My experience (34 years of teeners) tells me your efforts, clever as they may be, aren't gonna prevent further damage. Nice pix, though. The Cap'n
Lol or you can do what I did which is what the guy before me did... Take a hose clamp to it... same idea different thing used. Hopefully it will hold up. How the heck would you spray all of the tunnel with a coat? Mine is hecka rusty too!
Good temporary fix, but I agree with the Capt'n - you will have failure of the other welds unless this one is fixed properly. What happens is that once one of the welds is broken, the longitudinal stress has to be supported by the remaining welds - so their stress level goes up, and those welds will fail. Might be 5 months, might be 5 years, but it will happen.
Great photos though!!
I had mine done years ago by my mechanic in CA (Bob Grigsby). He took the shotgun approach - he welded it AND he used clamps along the length. It's never going to move again.
Now that the tube is pulled up tight and the bracket is located, it's a real easy job to drill 2 holes and plug weld with a MIG.
Probably won't take 1/2 hour from start to finish. You did the hard parts (location and getting the tube pulled tight against the tunnel).
It's been said clearly. What I was thinking. You did a fantastic job of securing the tube the the tunnel. But the real problem is... The actual-use tension is not sideways, it's backwards. Your fix just might hold it... But it's still a *might*. It needs some strength to handle the forward/back motion.
What John said, Although 30 mins is a little long.. I'd say 5 mins...
Do it once, Do it right, DONT blow through.
I used clamps till I bought my welder, Worked just fine.
I was giving him time to park the car, pull the carpet back, find a drill, find an extension cord, drill holes, find a vacuum, vacuum the metal shavings, find a grinder, scrape some tar off, grind a little paint, vacuum the dirt, get the welder, unroll the leads, plug in the welder, find the hood, find the gloves, turn on the gas, weld two spot welds, touch up the paint, and put everything away.
I'd say 1/2 hour.
I was giving him time to drill the holes, Turn on the welder, adjust the settings, make the plugs and MAYBE throw some primer on it...
hehe
Did that years ago... probably 10 or so... it worked for about a month untill it pulled out the wire... Was still on the cheap side then so I used U bolts to bolt it to the floor instead. Now I have 4 little studs with nuts that you can see under the car (floorpan). that and a reinforcement on the firewall and has worked for 9+ years... I ain't proud, but it drives.
I've used the hose clamp method with very good, long lasting results.
As I recall two clamps were used inside the car on the side of the tunnel.
The hard part is creating parallel slots that the open hose clamp can be fed through. It's obviously better to put them close to one of the three openings.
One advantage of using a hose clamp over a U bolt is that a U bolt can crush the clutch tube. Another advantage is that there is no ugly hardware to rust outside the floorpan.
The slots can be created by drilling three 1/8" ( or smaller ) holes in a row and then connecting them by filing.
Use the smallest, widest clamp available and put the parallel slots just at the width of the tube.
To ensure firm grip to the tube slide a 1" length of split hose over the tube inside the clamp, then tighten.
As they say in Ohio.....Walla!
Powered by Invision Power Board (http://www.invisionboard.com)
© Invision Power Services (http://www.invisionpower.com)