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Roger, Shane told me about a special tool they use to press fit the damper. I called that supplier and emailed them but they didn't respond.
Not wanting to keep waiting, I made my own set of tools to press fit the damper onto the crank. It's very simple. It consists of the following items:
* A piece of chrome molly tubing cut on a lathe to be a little longer than the well on the damper.
* Some blue masking tape on the outside of the pipe to make it match the size of the well in the damper (to center the pipe for even pressure).
* A 16mm x 1.5mm pitch bolt that is at least 4 inches long, fully threaded. (I couldn't find bolt with full threads so I bought 2 bolts and cut the head off one bolt. I welded 2 nuts together to form a coupler and I connected the 2 bolts together with this coupler.
* A 16 mm nut to press the damper onto the crankshaft.
* A hardened, small diameter washer to go under the nut to reduce friction.
* A large flat washer to press the tubing as the nut is screwed inward toward the crank shaft.
To use the tools I simply put the nut all the way on the bolt with the head. I then placed the small washer then the large washer. I then placed the tubing in the well in the damper. Next I screwed in the assembly of screw(s) and washers into the crank shaft. I held the head of the bolt with a vise-grip pliers that held itself against the A arm and I used a long 24mm wrench to rotate the nut and push the tubing, which will press the damper onto the crank.
Once the damper hit the end of its travel, I used an impact driver to tighten it.
Remember to use anit-sieze.
You might be able to get away with using the mounting bolt to pull the damper onto the crank but it is risky. I din't want to wear the threads in the crank or worse yet, break any threads due to partial contact. The benefit of the tools I used is that the bolt is fully screwed into the crank before you put any torque on the threads.