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Show posts MenuQuote from: m in sc on November 18, 2019, 09:23:23 AM
disconnect the one winding ground, run that up to the main wiring coming out of it, run that wire and the original lightning to a 2 wire regulator. its super easy to do. then, you get full wave ac with more than enough power
Quote from: m in sc on March 15, 2020, 08:22:21 PM
that's the one i have.
however, one goes to the yellow, other goes to the other leg of the ac coming out after you float the ground on the back of the cdi unit.
the wire that is on the back of the unit that is held down with an eyelet? you need to unground that and run that wire up to the other leg of the regulator. this gives 2 ac leads out of the unit.
Quote from: m in sc on March 15, 2020, 11:12:42 AM
running led bulbs on mine, just using a trailtech voltage regulator. I floated ground on the unit, so 2 ac leads out. both legs to each leg of the voltage regulator, no rectifier. one of those legs goe sup front powers the headlight and brake and speedometer. othe rleg goes back and powers the tail light. I run nothing else on the bike, been fine for well over a year.
will say, one of the led headlights burned out immediately (had the internal fan), but the last one has been fine (no fan). must just be manufacturing differences.
Quote from: SUPERTUNE on October 28, 2019, 08:29:17 AM
There's not a lot of HPI install info I could find.
So this is what I went through for Mike's RD350.
He brought me his bike together but no wiring on the bike as the stock harness was taken off.
Mike did have everything mounted with the cdi and regulator.
I added lots of engine and frame grounds, then built a bare bones harness for just lights, brake lights, high and low headlight, charging system and tach power.
The hard part was where to set initial static timing as the HPI website showed setting it using a scale whether using clockwise or counter clockwise rotor rotation.
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