Hi everyone, need a actual Mechanical engineering design question answer to the following: 1. RT SE5 in trouble when first started and throttled up to move " shutters/stutters" in reverse and first gears after parked for a couple of days. 2. After the first start and moved and shifted to second going forward it smooths out and acts normal. 3. Stopping and allowed to idle after the cold start everything appears normal and smooth in reverse and going forward again. 4. All of this repeats again after parked and engine turned off for a time..
OK, engine is smooth no miss firing on initial startup. It appears it is the SE5 clutch assemble and high suspect is of course the inside centrifugal clutch not the hydraulic release spring load assembly.
For those of you who have actual direct experience with replacing the SE5 clutch plates and removal and repairer of the centrifugal clutch assemble, do you have actual knowledge of the mechanical designed reason for the hole and pin configuration used on the back plate of the centrifugal clutch allowing/ forcing it to be installed in one position only in the back side of the cage?:banghead: Is this actually required in the final manufacturing design?
OK, engine is smooth no miss firing on initial startup. It appears it is the SE5 clutch assemble and high suspect is of course the inside centrifugal clutch not the hydraulic release spring load assembly.
For those of you who have actual direct experience with replacing the SE5 clutch plates and removal and repairer of the centrifugal clutch assemble, do you have actual knowledge of the mechanical designed reason for the hole and pin configuration used on the back plate of the centrifugal clutch allowing/ forcing it to be installed in one position only in the back side of the cage?:banghead: Is this actually required in the final manufacturing design?