It's been years since I changed out the dampers in my Cal 2 so my memory is fuzzy, but if the bike is at rest on the centerstand, and assuming the forks are NOT compressed at all (but they probably are a bit), am I actually compressing the fork spring as I un-screw the top cap?
I am imagining it's the damper unit that limits top-out travel, and the damper is attached to the top cap, right? So if the damper is topped-out, and I begin to un-screw the top cap, the damper HAS to be pulling on the lower fork slider, compressing the spring.
I just want to understand what kind of load is on the fine threads of the cap as I slowly un-screw it. I would also imaging that as soon as the cap threads clear the stanchion threads, the load is released and the cap "pops" free.
Have I got it right?
I took the front end off (wheel and fender) to replace the rotors and install a fork brace, and when I bolted the fender back on with the wheel in place and the axle bottomed out on the right fork slider, it was evident that the forks were no longer parallel (right slider had MUCH less clearance to the rotor than the left).
I think the fender itself drew the fork sliders out-of-parallel, although I don't know why this didn't happen every other time I pulled the axle out. Maybe because the calipers were in place holding position?