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| techtalk:ref:tools142 [2020/06/16 15:19] – [1982-2003 Swingarm Bushing Removal / Installation] hippysmack | techtalk:ref:tools142 [2024/01/24 18:19] (current) – hippysmack | ||
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| ====== IH Swingarm Thread Repair Tool ====== | ====== IH Swingarm Thread Repair Tool ====== | ||
| - | + | A wrecked right side bearing locknut 47515-52 [52 to E74] with a fitting welded into it. \\ Slots were cut into the threads and it is used to chase / repair the threads in the swingarm. ((IronMick of the XLFORUM | |
| - | A wrecked right side bearing locknut 47515-52 [52 to E74] with a fitting welded into it. \\ Slots were cut into the threads and it is used to chase / repair the threads in the swingarm. ((IronMick of the XLFORUM | + | |
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| - | | Swingarm thread repair tool ((photos by IronMick of the XLFORUM | + | | Swingarm thread repair tool ((photos by IronMick of the XLFORUM |
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| - | | Swingarm thread repair tool ((photos by IronMick of the XLFORUM | + | | Swingarm thread repair tool ((photos by IronMick of the XLFORUM |
| ====== 1993-2003 Pivot Bolt Wrench Sizes ====== | ====== 1993-2003 Pivot Bolt Wrench Sizes ====== | ||
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| To remove the pivot bolt, remove the pivot bolt screw and turn the bolt a few turns to loosen it up. \\ | To remove the pivot bolt, remove the pivot bolt screw and turn the bolt a few turns to loosen it up. \\ | ||
| Put the pivot bolt screw back in a few turns and whack it with a hammer to initially drive it toward the right side. \\ | Put the pivot bolt screw back in a few turns and whack it with a hammer to initially drive it toward the right side. \\ | ||
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| Use a socket or a flat piece of metal as a backing plate for installing / removing the bushing if the races are installed. \\ | Use a socket or a flat piece of metal as a backing plate for installing / removing the bushing if the races are installed. \\ | ||
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| ==== Removal ==== | ==== Removal ==== | ||
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| This method uses the lockring inside the pivot to push / pull against for pressing the bushing out and back in. \\ | This method uses the lockring inside the pivot to push / pull against for pressing the bushing out and back in. \\ | ||
| If the races are installed, simply use the outside pivot surface instead. The process is the same whichever bracing you use. \\ | If the races are installed, simply use the outside pivot surface instead. The process is the same whichever bracing you use. \\ | ||
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| ==== Installation ==== | ==== Installation ==== | ||
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| Clean the pivot bore and the new bushing with solvent, acetone, brake cleaner etc. \\ | Clean the pivot bore and the new bushing with solvent, acetone, brake cleaner etc. \\ | ||
| It has to install dry with no grease in the bore on the bushing. \\ | It has to install dry with no grease in the bore on the bushing. \\ | ||
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| {{techtalk: | {{techtalk: | ||
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| ===== Swingarm Races ===== | ===== Swingarm Races ===== | ||
| ==== Removal ==== | ==== Removal ==== | ||
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| A slide hammer can be used to remove the outer races. \\ | A slide hammer can be used to remove the outer races. \\ | ||
| You just need to make a sleeve to protect the pivot bushing when removing the inner race. \\ | You just need to make a sleeve to protect the pivot bushing when removing the inner race. \\ | ||
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| ==== Installation ==== | ==== Installation ==== | ||
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| **The race has got to be straight before a regime of pounding or pressing to install it**. \\ | **The race has got to be straight before a regime of pounding or pressing to install it**. \\ | ||
| By far, the easiest way to start the race straight into the bore is to use a wood block or soft flat metal like aluminum to smack the race in straight. \\ | By far, the easiest way to start the race straight into the bore is to use a wood block or soft flat metal like aluminum to smack the race in straight. \\ | ||
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| | Using a threaded 3/8" threaded rod and socket press. \\ Both races can be pulled home with sockets on the races due to the lock ring in the middle. ((photos by Hippysmack)) | | Using a threaded 3/8" threaded rod and socket press. \\ Both races can be pulled home with sockets on the races due to the lock ring in the middle. ((photos by Hippysmack)) | ||
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| + | ===== Bearing Lockring | ||
| + | ==== Removal ==== | ||
| + | **Caution**: | ||
| + | **There is no reason to replace this ring unless it's damaged or rusted to the point it will hinder proper bearing race installation**. \\ | ||
| + | The races butt up against this ring on both sides and that determines distance apart from each other thus how far the inner bearing race sticks out the end. \\ | ||
| + | So the races have to be installed correctly. \\ | ||
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| + | The ring can be used for both internal and external applications. However, the tool for these rings only works on external applications. \\ | ||
| + | It pushes each end outward to expand the ring to remove it from shafts and the like. \\ | ||
| + | There are no known pliers to compress the ring due to it having no holes or slots for pliers. \\ | ||
| + | So it will need to be pried out with screwdrivers in a circle pattern to get the ring out of the groove in the pivot. \\ | ||
| + | Once the ring is completely out of the groove, you can push it out of the pivot with a socket sized smaller than the pivot and near the same size as the ring. \\ | ||
| + | Or it may just pop out on it's own. ((photos by Hippysmack)) \\ | ||
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| + | ==== Installation ==== | ||
| + | The ring needs to be installed with a tapered sleeve so you can set it in one side and knock it into the bore while the sleeve taper narrows the ID of the ring. \\ | ||
| + | But without having that tool, a socket was bolted up into the bearing bore sitting on top of the open end of the ring to keep it from popping out. \\ | ||
| + | Then the other side of the ring was carefully knocked into the bore with a wooden dowel and a hammer. \\ | ||
| + | Once the ring was fully in the bore, the socket was used to push the ring down so it snapped into the groove. ((photos by Hippysmack)) \\ | ||
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