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I'm having some confusion about the way to check and tighten these screws. As I understand it, the test is to put a torque wrench on them and see if they turn at 36 ft/lbs. Well mine do, but how do you tighten them to spec. The manual is pretty vague even calling them different things in several different places. I tried putting a wrench on the top nut and tightening from the bottom which didn't seem to do anything. And if you do get them to tighten how do you know if you've over tightened them? My indy tried the same thing. The dealer was no help, of course. The service writer swore up and down that they didn't exist so I took him over to a bike and showed him...LOL. Any thoughts?
If you are talking about the Engine Mount Bracket Fasteners, number 5 in the picture, they are just a bolt and a nut. Hold the nut tighten the bolt to 36 - 40 ft-lbs.
If you are talking about the Engine Mount Bracket Fasteners, number 5 in the picture, they are just a bolt and a nut. Hold the nut tighten the bolt to 36 - 40 ft-lbs.
That is, in fact, what I did, but that's not what the manual calls for. I could be reading it wrong, but what I think it says is check that the bolt doesn't rotate in the sleeve at 36 ft/lbs. it looks to me like it means tighten the top nut until the pressure doesn't allow the bolt to turn. No?
That is, in fact, what I did, but that's not what the manual calls for. I could be reading it wrong, but what I think it says is check that the bolt doesn't rotate in the sleeve at 36 ft/lbs. it looks to me like it means tighten the top nut until the pressure doesn't allow the bolt to turn. No?
Probably means to check torque at the low end of spec, if it's loose at 36, well it's loose and it needs to be torqued to spec. Pretty strait forward to me. Who cares if the nut and bolt turn as long as they are torqued to spec.
Here is what it says. It does not say torque the nut. You might be right but they used a lot if extra words if that's what they meant.
Number 8 in the notes is applicable.
The wording is common to mechanics. because there is a nut and a bolt, you have to hold one end or the other with a wrench while you tighten the other end. In this case its too difficult to put a torque wrench on the nut,so put your wrench there and torque from the bottom,[ on the bolt] while holding the nut still..... you may find that even after torqued you can still rotate the bolt if your not holding the nut. hope this helps.
The wording is common to mechanics. because there is a nut and a bolt, you have to hold one end or the other with a wrench while you tighten the other end. In this case its too difficult to put a torque wrench on the nut,so put your wrench there and torque from the bottom,[ on the bolt] while holding the nut still..... you may find that even after torqued you can still rotate the bolt if your not holding the nut. hope this helps.
Exactly! I just happen to check these bolts last week. I first set my torque wrench to the lower setting (36 ft-lbs) and placed it on the bolt. I noticed that when I turned my torque wrench, the bolt turned and I first thought, "hey, this bolt is loose". I than looked closer and noticed that the bolt was threaded into a nut and not into some sort of threaded insert in a case.
I than placed an open-end wrench on the nut and applied force on the torque wrench. Bolt was now registering proper torque.
Thanks! I had the same problem and it didn't dawn on me that they would use a nut on the top. I feel stupid but relieved. That feeling when you pull the torque wrench and it keeps on pulling is like seeing cop lights in your rear view. I was thinking oh jeeze what did I just screw up now?
Originally Posted by LQQK_OUT
Exactly! I just happen to check these bolts last week. I first set my torque wrench to the lower setting (36 ft-lbs) and placed it on the bolt. I noticed that when I turned my torque wrench, the bolt turned and I first thought, "hey, this bolt is loose". I than looked closer and noticed that the bolt was threaded into a nut and not into some sort of threaded insert in a case.
I than placed an open-end wrench on the nut and applied force on the torque wrench. Bolt was now registering proper torque.
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