Changing exhaust without a torque wrench
http://www.harborfreight.com/1-2-hal...rench-239.html
I wouldn't do it.
I would just snug the nuts up good and tight. Run the bike for a bit i.e. go for a ride and then re-snug them up after a period of cool down.
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I wouldn't do it.
I would just snug the nuts up good and tight. Run the bike for a bit i.e. go for a ride and then re-snug them up after a period of cool down.
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I wouldn't do it.
I would just snug the nuts up good and tight. Run the bike for a bit i.e. go for a ride and then re-snug them up after a period of cool down.
What do they take, 10-12 ft-lbs? Not sure.
Yeah, if you're putting 100 ft-lbs on a nut/bolt with a 18" extension, you need to be aware. The extension will store energy in it and not transfer all the torque to the nut/bolt.
But 10-12 ft-lbs? Unless the extension is six feet long, I wouldn't get too excited about it. You'll be in the 'ball park'. What's just as (or maybe more) important is that both nuts have the same torque on them. Where we get in trouble is when one nut/bolt has 6 ft-lbs and the other one has 15 ft-lbs. If they both have 10 or if they both have 12, 9, 14 or something close to tolerances, I think that's fairly important.
But that's just me.

edit:
Do NOT trust any inexpensive ft-lb torque wrench below 18-19 ft-lbs. Expecially the clicker kind. Anything under that, use your inch-lb torque wrench. 1 ft-lb = 12 inch-lbs.
In fact, I'm not even sure I'd trust an expensive ft-lb TW below that number.
Last edited by Grendel4; Oct 29, 2010 at 08:46 AM.







