So to summarize - I've got a new Rick's stator and a new cheap chinese RR, which initally output 14v across the battery but at some time shortly after install stopped working properly.
1 - Check accessories which use excessive amounts of electricity
does lo beam HID ballast count? installed since 2008, lo beam working as expected.
2 - Check the battery for current leaks
within spec, 1mv - Battery current (leak): Under 3 mA
3 - Measure the regulated voltage between the battery terminals
12.5v - Regulated voltage (Charging output): 14.0 – 15.5 V at 5 000 r/min
4 - Measure the resistance of the generator coil
within spec - Generator coil resistance: 0.2 – 1.0 Ω (Yellow – Yellow) ∞ Ω (Yellow – Ground)
note - none of the plastic connectors are melted, yellowed, or show evidence of issues.
5 - measure generator no-load performance
within spec, 71v - Generator no-load performance: 65 V and more at 5 000 r/min (When engine is cold)
6 - Inspect the regulator/rectifier
a very likely malfunction point, I got this far last time and replaced it with a cheap chinese RR and it seemed to work for a while and then failed. I plugged in the old Ricks brand RR again and it still didn't charge. There's a good chance that the Rick's RR went bad, and the cheap chinese RR was just that, cheap. There's plenty of advice around here to straight avoid these devices (Stator and/or RR).
step 7 is to inspect wiring. Since the Wiring seems OK and I know it was "working" earlier, I decided to get another Rick's MOSFET RR and see how far that gets me.
Stay tuned, for the sake of the thread I'll update with additional results.
1 - Check accessories which use excessive amounts of electricity
does lo beam HID ballast count? installed since 2008, lo beam working as expected.
2 - Check the battery for current leaks
within spec, 1mv - Battery current (leak): Under 3 mA
3 - Measure the regulated voltage between the battery terminals
12.5v - Regulated voltage (Charging output): 14.0 – 15.5 V at 5 000 r/min
4 - Measure the resistance of the generator coil
within spec - Generator coil resistance: 0.2 – 1.0 Ω (Yellow – Yellow) ∞ Ω (Yellow – Ground)
note - none of the plastic connectors are melted, yellowed, or show evidence of issues.
5 - measure generator no-load performance
within spec, 71v - Generator no-load performance: 65 V and more at 5 000 r/min (When engine is cold)
6 - Inspect the regulator/rectifier
a very likely malfunction point, I got this far last time and replaced it with a cheap chinese RR and it seemed to work for a while and then failed. I plugged in the old Ricks brand RR again and it still didn't charge. There's a good chance that the Rick's RR went bad, and the cheap chinese RR was just that, cheap. There's plenty of advice around here to straight avoid these devices (Stator and/or RR).
step 7 is to inspect wiring. Since the Wiring seems OK and I know it was "working" earlier, I decided to get another Rick's MOSFET RR and see how far that gets me.
Stay tuned, for the sake of the thread I'll update with additional results.