I also don't care for the mechanism for fixing it place. The Raleigh designers chose to go with a bb shell which uses two set-screws, rather than a split shell with pinch bolts. These two bolts are recessed into two extensions which project out of the shell, angled slightly toward the front wheel. These act as intakes for road crud in the rain and snow.
Of course, when I went to adjust the chain tension, last night, the screws were frozen in place, thanks to the crud intake design. I inverted the bike, used compressed air to clean out the bolt wells, and then filled them with Liquid Wrench penetrating oil. (As an aside, I detest the smell of Liquid Wrench, and I always seem to get it all over my hands, which then reek for hours.)
A couple of hours later, I took a 4mm Allen wrench and attempted to turn the bolts. Still no go. I refilled the bolt wells with Liquid Wrench, and let it sit for another hour. The bolts would still not budge. That, of course, signaled a need for more torque.
So, I went and grabbed a monkey wrench, and used it to extend the torque arm of the 4mm wrench.
I hooked the monkey wrench onto the long end of the Allen, and leaned on it. Nothing. Again. Still nothing. Once more and, with a harsh buzzard-like squawk, the bolt let go.
On to the second bolt: More of the same. On the fourth try, I felt something give. I couldn't tell, right away, if the bolt had come loose or if the wrench had broken.
Just another reminder of how tough winter road conditions can be on a bike.
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I wonder how much water and crud got into the bottom bracket throught hose two holes?Nice bit of metal licorice by the way.WOW!those bolts must have been ely stuck.
ReplyDeleteWhoops I meant really,hey it's early.
ReplyDeleteOn the inside of those two holes is an aluminum sleeve, with the eccentric mounting holes for the bottom bracket. Nothing could actually get inside, through them.
ReplyDeleteI suppose water could get between the aluminum sleeve and the steel bb shell, but it doesn't look as though it has.