Most have probably read my post about the new and improved clutch arm and cam I made. Complete failure, lasted all of about 10 minutes. It wore the cam the same way, instead of being a D shape, it rounded off the flat edge that actuates the clutch rod.
Looking at it I could see swirl marks in the rounded off area, the clutch rod had the same swirls. I pulled the rod out and there is no ball bearing in there, this could explain it if I'm seeing things right.
The arm turns the cam, the cam presses the actuating rod which in turn pushes the pressure plate away from the clutch disc thus disengaging the clutch. Correct? Seems as simple anyway.
My question is of the ball bearing in there. Is the ball bearings' only purpose to interrupt the spinning motion of the clutch to the clutch rod? If not I have a problem on my hands I cannot see past. I never thought about the ball bearing and figured it was weak material instead, but now think the clutch rod is constantly spinning and wearing the pressure point down. Today is the only time I have removed the clutch rod, I'm positive there is nothing in there but a flat surface.
Looking at it I could see swirl marks in the rounded off area, the clutch rod had the same swirls. I pulled the rod out and there is no ball bearing in there, this could explain it if I'm seeing things right.
The arm turns the cam, the cam presses the actuating rod which in turn pushes the pressure plate away from the clutch disc thus disengaging the clutch. Correct? Seems as simple anyway.
My question is of the ball bearing in there. Is the ball bearings' only purpose to interrupt the spinning motion of the clutch to the clutch rod? If not I have a problem on my hands I cannot see past. I never thought about the ball bearing and figured it was weak material instead, but now think the clutch rod is constantly spinning and wearing the pressure point down. Today is the only time I have removed the clutch rod, I'm positive there is nothing in there but a flat surface.