Hey guys, I installed a RSC clutch lever on sunday which required me to adjust the cable length. I did so from the lower adjustment nuts first followed by fine tuning at the perch. My question is, how much clutch engagement is acceptable when the lever is fully pulled in?
I had the bike up on stands and noticed that when I pulled the clutch handle in and kicked it into first, the wheel would start to spin. I could stop it from spinning by hitting the rear brake or even slowing it down with my shoe so stalling wasn't a worry. But, 'til now, I've always assumed that the clutch plates should fully disengage when the handle is pulled in. Is this not so?
Note: I can adjust the cable so that the tire doesn't spin. The problem is that it still won't spin (not much at least) when I let the handle out. Obviously it's un-rideable this way so I have it set as described above for now.
It's almost as if the clutch lever isn't capable of pulling the cable out far enough to go from fully-disengaged to fully-engaged but, instead, can only go from mostly-disengaged to mostly-engaged. Thoughts?
I had the bike up on stands and noticed that when I pulled the clutch handle in and kicked it into first, the wheel would start to spin. I could stop it from spinning by hitting the rear brake or even slowing it down with my shoe so stalling wasn't a worry. But, 'til now, I've always assumed that the clutch plates should fully disengage when the handle is pulled in. Is this not so?
Note: I can adjust the cable so that the tire doesn't spin. The problem is that it still won't spin (not much at least) when I let the handle out. Obviously it's un-rideable this way so I have it set as described above for now.
It's almost as if the clutch lever isn't capable of pulling the cable out far enough to go from fully-disengaged to fully-engaged but, instead, can only go from mostly-disengaged to mostly-engaged. Thoughts?