Re: Replacement Rectifier
John, regulator has 5 wires, two yellow, two red and one grey. Old unit had fried spot on circuit board/clear potting. As I was replacing unit, I noticed that one yellow wire plug-in terminal had gotten hot enough to melt clear plastic insulation sleeve. I had to replace terminal and sleeve. I guess it is possible for the regulator/wiring to actually catch fire during a failure!
To me, the amazing part was that the motor continued to start and run "normally" since the tach failed late last fall. After installation of new CDI unit, tach now works properly and I had 14 volts at battery at about 3500 RPM.
Can you explain to me what the mysterious "grey rectifier" that started all this conversation actually does during motor operation? As I stated earlier, it has only yellow and grey wires attached to it, and seems to be pretty bulletproof during the regulator failure.
John, regulator has 5 wires, two yellow, two red and one grey. Old unit had fried spot on circuit board/clear potting. As I was replacing unit, I noticed that one yellow wire plug-in terminal had gotten hot enough to melt clear plastic insulation sleeve. I had to replace terminal and sleeve. I guess it is possible for the regulator/wiring to actually catch fire during a failure!
To me, the amazing part was that the motor continued to start and run "normally" since the tach failed late last fall. After installation of new CDI unit, tach now works properly and I had 14 volts at battery at about 3500 RPM.
Can you explain to me what the mysterious "grey rectifier" that started all this conversation actually does during motor operation? As I stated earlier, it has only yellow and grey wires attached to it, and seems to be pretty bulletproof during the regulator failure.