I took delivery of a Trailmaster MB200-2 mini bike a few weeks back and have been having a blast on it - except that the torque converter is acting odd. I'm assuming that this TC is a cheap Comet clone and the only number that is visible is on the outer face of the driven - G07-1.
Since the first ride, the driver doesn't engage the belt until the RPMs are much higher than they should be. I took the cover off and have watched the driver wait, wait, wait to move inward as the RPMs keep climbing. If I climb the RPMs off of idle, the bike doesn't move until I get the engine spinning higher, then it engages kind of suddenly.
I notice that the inner face of the driver is not lined up to the inner face of the driven (I've added photos showing what this looks like). This concerns me. There is some rubber dust accumulating on the driven pulley lip, so the belt is being abused somewhat.
Can anyone give advice on the pulley alignment?
Can anyone give advice on the engagement being at such a high RPM?
Thanks!
Top view showing pulley alignment:
https://goo.gl/photos/2k5Q2w27LfwH1yBE7
Overall view:
https://goo.gl/photos/MFqcZyegd42FZovq6
Driven spring:
https://goo.gl/photos/Lve8Kkovjvp12nBw7
Since the first ride, the driver doesn't engage the belt until the RPMs are much higher than they should be. I took the cover off and have watched the driver wait, wait, wait to move inward as the RPMs keep climbing. If I climb the RPMs off of idle, the bike doesn't move until I get the engine spinning higher, then it engages kind of suddenly.
I notice that the inner face of the driver is not lined up to the inner face of the driven (I've added photos showing what this looks like). This concerns me. There is some rubber dust accumulating on the driven pulley lip, so the belt is being abused somewhat.
Can anyone give advice on the pulley alignment?
Can anyone give advice on the engagement being at such a high RPM?
Thanks!
Top view showing pulley alignment:
https://goo.gl/photos/2k5Q2w27LfwH1yBE7
Overall view:
https://goo.gl/photos/MFqcZyegd42FZovq6
Driven spring:
https://goo.gl/photos/Lve8Kkovjvp12nBw7