UPDATE 12/23/2016
This is a poll to capture the service life of the Series R/R installations at the GSR. Pick those that apply to you; you can vote more than option but dont think you can vote for a single option more than once.
Little Background/History:
It has been about 6 years since the Series R/Rs have gone mainstream on the GSR as well as other websites around the internet. Some cottage industry manufactures (Cycle Electric and Compufire) have been building series R/Rs for the Harley Davidson market, but this was relatively unknown.
The Honda 6 wire R/R's promoted by Duaneage were also a popular inexpensive alternative that offered significantly better reliability despite also being a shunt R/R.
In about this same time frame, the MOSFET R/R's were becoming popular as well as a better replacement to the OEM R/Rs. These are all still SHUNT R/R. I had a MOSFET R/R installed and had almost immediate heating damage to a baby blue Electrosport stator after just 250 miles ride.
Searching for a solution, an acquaintance mentioned these Harley series R/Rs to me and so I bought the Compufire and tested it against the FH012AA MOSFET R/R I had. The results of the tests are shown here:
SHUNT_vs_SERIES_RR_Compare_Tutorial
It was clear (by direct measurement) that the Compufire dramatically reduced the stator current.
I strongly promoted The Compufire as a drop in replacement for the typical GS to address the chronic charging system problems of Permanent Magnet Alternators on most motorcycles(the ones on all GS's). These are in contrast to Field Controlled alternators (like on the GSXR and other large touring bikes).
Sometime in about 2012 the Shindengen OEM Series R/Rs started to become available and the SH-775 was the first in the line offering the first mass produced Series R/R with associated cost reductions as well as large used market due to the number of OEM units sold.
GS Stator
Related Polls
This poll is dedicated to DOHCBikes
http://www.thegsresources.com/_foru...d-a-sh775-kill-a-stator&p=2348944#post2348944
Sorry I was not aware there was such an animal as 55403. It is rated as 40 amps and IIRC the 55402 is 35 amps. I have no first hand knowledge bu t did read this thread that is more recent from 2014 taking about issues at higher RPM with the Series R/Rs.
I have never seen this type of issue, but would not rule it out especially with the number of reports. I would generally always shift before 10K on my GS1100E and only was there for a sustained period to about 10.5K while jetting with an O2 sensor. These are all non-GS reports so if it is happening on a GS it is probably very temporary.
The Compufires were designed for Harleys which seem to redline at closer to 6K RPM. GS RPM ranges don't seem to be any problem but maybe a Ducati is ?
http://www.triumphrat.net/speed-trip...rmation-6.html
This is a poll to capture the service life of the Series R/R installations at the GSR. Pick those that apply to you; you can vote more than option but dont think you can vote for a single option more than once.
Little Background/History:
It has been about 6 years since the Series R/Rs have gone mainstream on the GSR as well as other websites around the internet. Some cottage industry manufactures (Cycle Electric and Compufire) have been building series R/Rs for the Harley Davidson market, but this was relatively unknown.
The Honda 6 wire R/R's promoted by Duaneage were also a popular inexpensive alternative that offered significantly better reliability despite also being a shunt R/R.
In about this same time frame, the MOSFET R/R's were becoming popular as well as a better replacement to the OEM R/Rs. These are all still SHUNT R/R. I had a MOSFET R/R installed and had almost immediate heating damage to a baby blue Electrosport stator after just 250 miles ride.
Searching for a solution, an acquaintance mentioned these Harley series R/Rs to me and so I bought the Compufire and tested it against the FH012AA MOSFET R/R I had. The results of the tests are shown here:
SHUNT_vs_SERIES_RR_Compare_Tutorial
It was clear (by direct measurement) that the Compufire dramatically reduced the stator current.
I strongly promoted The Compufire as a drop in replacement for the typical GS to address the chronic charging system problems of Permanent Magnet Alternators on most motorcycles(the ones on all GS's). These are in contrast to Field Controlled alternators (like on the GSXR and other large touring bikes).
Sometime in about 2012 the Shindengen OEM Series R/Rs started to become available and the SH-775 was the first in the line offering the first mass produced Series R/R with associated cost reductions as well as large used market due to the number of OEM units sold.
GS Stator
Related Polls
These are the three polls to help get some statistics on Field information about charging systems.
"Honda R/R Users Poll"
Poll for Compufire R/R Users
Fried Stator Poll
This poll is dedicated to DOHCBikes
http://www.thegsresources.com/_foru...d-a-sh775-kill-a-stator&p=2348944#post2348944
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