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Now I am chasing a no-charging issue with my bike. I installed a 775 about a year ago and connected into the red wire in the harness instead of going directly to the battery and it was working OK. The stator now tests weak at 70 volts at 2 legs and 40 at the other at 5000 rpm. While troubleshooting I tried disconnecting the the 775 from the charging system while leaving the stator connected. I noticed that zero voltage was present at the regulator while the bike was running. Shouldn't there be some voltage even with a weak stator or does the 775 need to be connected to the harness?
One must stay creative!Why do anything else but the standard diagnostic procedures?
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One must stay creative!
The quick test with everything connected net no voltage increase. I was attempting to determine whether the regulator was bad. The battery was at 11 volts. I bought a new yuasa and am waiting for the stator cover gasket.
The problem is no charging and a low battery from running it that way. I hook up to a tender when it's parked. I don't know whether the stator is the whole problem or just part of it. Once I replace it I can rule it out.
There's lots of nobodys,apparently! Into the harness is the direct route to get juice to whatever needs it-why detour thru battery ?I can only hope nobody is convinced to follow what you guys are doing.
There's lots of nobodys,apparently! Into the harness is the direct route to get juice to whatever needs it-why detour thru battery ?
http://www.thegsresources.com/_forum/showpost.php?p=1913839&postcount=28
I did a side by side compare of the OEM R/R to battery wiring and a comparison to the "popular" way people hook up new R/R and go "direct to the battery". I'm making some assumptions here as I think people normally only add one additional inline fuse. So with that here is a side by side compare.
Bakalorz has also brought up the issue of the high speed current switching that goes on depending upon whether the R/R is sourcing current or not. What that means is when the R/R is not sourcing current it is identical to the condition that I show with engine off so that point is considered in this analysis. The average currents (as measured) remain unchanged as they take the current switching into account.
Bottom line is to stick to the way Suzuki designed it in the first place. This is something they did get right.
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