Battery Goes Dead
This is confusing to you because it sounds like you don't fully understand the system. Electrical systems are not something you jump in and repair if you are not familiar with the basics and fundamentals. I apologize if I sound like I'm scolding, but the fundamentals of electrical systems is a must, if you want to fully troubleshoot an electrical gremlin.
Whenever someone asks me to look at an electriclal problem, I'm pretty apprehensive to help until I have the time to thoroughly inspect the machine. When I do this, I start at the battery and work my way forward to every related source of consumption. And the very first rule of electrical troubleshooting is NEVER assume anything, check everything! Every wire, every connector, every pigtail, and every ground. A majority of the time, the problem is fairly simple to pinpoint, once tracing the path of electrical flow, from start to finish.
I've often found that most problems are not component failure, but lack of maintenance. Remember... EVERY connector and every piece of wire on your bike, is exposed to the elements and constant exposure to wind, weather, a wide variety of temperature range, rain, and the worst of all... road grime. Unlike a car, where most of these things are well-protected, and tucked up inside the body, which in essence, is an enclosure.
Earlier you stated that you thought a bike this new should not have problems. But all machines require maintenance, not just oil-change types of maintenance. Your problem could be as simple as a loose connector, a skinned wire, some corrosion, etc. Take the covers off and give everything a good visual inspection before you waste more time chasing ghosts. Often, this alone will help identify a problem area. And remember, to look deep for corrosion, it always starts in hidden areas. MANY problems are bad grounds. Confirm those are all good as well, with your meter set to measure ohms.
Here's a couple good links on the proper use of a multimeter:
http://www.sciencebuddies.org/scienc...Fc3DKgod71_NoA
http://www.ladyada.net/learn/multimeter/
http://www.sparkfun.com/tutorials/202
http://www.youtube.com/watch?v=KzjMIcER4EU
Hope this helps.
This is confusing to you because it sounds like you don't fully understand the system. Electrical systems are not something you jump in and repair if you are not familiar with the basics and fundamentals. I apologize if I sound like I'm scolding, but the fundamentals of electrical systems is a must, if you want to fully troubleshoot an electrical gremlin.
Whenever someone asks me to look at an electriclal problem, I'm pretty apprehensive to help until I have the time to thoroughly inspect the machine. When I do this, I start at the battery and work my way forward to every related source of consumption. And the very first rule of electrical troubleshooting is NEVER assume anything, check everything! Every wire, every connector, every pigtail, and every ground. A majority of the time, the problem is fairly simple to pinpoint, once tracing the path of electrical flow, from start to finish.
I've often found that most problems are not component failure, but lack of maintenance. Remember... EVERY connector and every piece of wire on your bike, is exposed to the elements and constant exposure to wind, weather, a wide variety of temperature range, rain, and the worst of all... road grime. Unlike a car, where most of these things are well-protected, and tucked up inside the body, which in essence, is an enclosure.
Earlier you stated that you thought a bike this new should not have problems. But all machines require maintenance, not just oil-change types of maintenance. Your problem could be as simple as a loose connector, a skinned wire, some corrosion, etc. Take the covers off and give everything a good visual inspection before you waste more time chasing ghosts. Often, this alone will help identify a problem area. And remember, to look deep for corrosion, it always starts in hidden areas. MANY problems are bad grounds. Confirm those are all good as well, with your meter set to measure ohms.
Here's a couple good links on the proper use of a multimeter:
http://www.sciencebuddies.org/scienc...Fc3DKgod71_NoA
http://www.ladyada.net/learn/multimeter/
http://www.sparkfun.com/tutorials/202
http://www.youtube.com/watch?v=KzjMIcER4EU
Hope this helps.

Well, anyways, your welcome. I hope it's raining the next time it breaks down on you. Welcome to the neighborhood, Richard... 17 of your total of 20 posts are on this problem.
Sounds like you'll have this figured out pretty quick there on your own. Just take it to the dealer, they'll be glad to drain your wallet.
Last edited by Wanna Ride; Jan 1, 2012 at 05:12 PM.
Well, anyways, your welcome. I hope it's raining the next time it breaks down on you. Welcome to the neighborhood, Richard... 17 of your total of 20 posts are on this problem.
Sounds like you'll have this figured out pretty quick there on your own. Just take it to the dealer, they'll be glad to drain your wallet.
That post was as helpful as your last.
The Best of Harley-Davidson for Lifelong Riders
My earlier point was... it's difficult to troubleshoot electrical systems, without actually seein the whole picture. Being on a computer, and not in front of your bike, there's no way we could have known all the variables and factors involved. It's very likely that standing in front of the bike, and possibly seeing fog or moisture in any gauges, most of us would have asked about that.
I was just trying to help you out, friend. I realize how aggravating and stressful these things can be, but I wouldn't go through the trouble of accurately typing a lengthy read on troubleshooting, just to add to your aggravation. I got more important **** to tend to, than just poke a stick at someone with a bike problem on the internet.
I'm sorry you didn't see that for what it was intended to be... help. But I'm glad you got it going again. Ride safe.






