- Sat Jul 09, 2022 12:17 pm
#101780
I'm going to give my electrex ignition/lighting system another try. It's on a 612 converted 500 bullet.
To time it up, you need to locate the rotor on a tapered collet on the crank with a mark aligned at TDC. The trouble is, to do this erffectively, you need to hold both the crank and the rotor still while you tighten the nut sufficiently to lock the rotor in position. Otherwise one or other moves as you tighten the nut.
Now the rotor can be held still by hand. I can lock up the crank by putting a folded piece of denim in the primary chain but It's nearly impossible to lock it in the TDC position. Then you're left guestimating how much it's rotated, offsetting the rotor by that much and checking it back at TDC.
When I last did this, it involved a large amount of trial and error. I was wondering if there is a better way to hold/lock the crank still at TDC? Maybe something in the timing side? It doesn't need to hold it to fully tighten the rotor nut, just tighten it enough to get a grip on the taper.
To time it up, you need to locate the rotor on a tapered collet on the crank with a mark aligned at TDC. The trouble is, to do this erffectively, you need to hold both the crank and the rotor still while you tighten the nut sufficiently to lock the rotor in position. Otherwise one or other moves as you tighten the nut.
Now the rotor can be held still by hand. I can lock up the crank by putting a folded piece of denim in the primary chain but It's nearly impossible to lock it in the TDC position. Then you're left guestimating how much it's rotated, offsetting the rotor by that much and checking it back at TDC.
When I last did this, it involved a large amount of trial and error. I was wondering if there is a better way to hold/lock the crank still at TDC? Maybe something in the timing side? It doesn't need to hold it to fully tighten the rotor nut, just tighten it enough to get a grip on the taper.