jordan_carson
New Member
Hey all, I believe this may be self-explanatory but I haven't been able to find much info on it so I thought I would throw it out to the pros before I electrocute myself or worse- fry all the electronics on my bike.
I fought with my charging system for a few months and after the easy upgrades with no help I broke down and rewired the whole bike with the most simple diagram I could. I have a toggle switch that operates the headlight and tail light and I'm running no other lights on the bike. After getting rid of the 44 year old wires and simplifying the system so much she charges at 13 volts no problem! Now I want to push it a step farther and install a capacitor and lose the big bulky battery.
My question is do I simply install the capacitor where my battery currently is ( positive coming from R/R, leading into fuse, then to ignition)
Do I need to ground the capacitor? Or is it as simple as positive in positive out.
Do i need to put it after the Stator and before the R/R ?
Thanks in advanvce for all the help.
I fought with my charging system for a few months and after the easy upgrades with no help I broke down and rewired the whole bike with the most simple diagram I could. I have a toggle switch that operates the headlight and tail light and I'm running no other lights on the bike. After getting rid of the 44 year old wires and simplifying the system so much she charges at 13 volts no problem! Now I want to push it a step farther and install a capacitor and lose the big bulky battery.
My question is do I simply install the capacitor where my battery currently is ( positive coming from R/R, leading into fuse, then to ignition)
Do I need to ground the capacitor? Or is it as simple as positive in positive out.
Do i need to put it after the Stator and before the R/R ?
Thanks in advanvce for all the help.