crossed jumper cable. blew fuse. no electric start
#1
crossed jumper cable. blew fuse. no electric start
so i finally got my quad to start using the electric starter and the headlights turned on, but the brake light didnt. i dont have a battery so i used my car to jumpstart the quad but i crossed the jumper cables and blew the in-line fuse connected to my battery. i put a new one in and im still not getting any electric anymore. could i have blown the start relay?
its a gy6 hensim 150cc
its a gy6 hensim 150cc
#4
#7
Join Date: Dec 2008
Location: Tracy, California, USA
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When you hook up a GY6 quad battery connection backwards some Gy6 engine voltage regulators are vulnerable to damage if the right fuse protection is not in place. What is the value of the fuse that blew? It should not have been higher than 10 amps.
But something is wrong here. You got the starter to turn with out the brake light being on (if I'm understanding your post correctly). This is wrong. We need to find out why. Have you been messng with the wiring?
Now your wiring doesn't work at all when you try to engage your starter motor. Did you replace the fuse? Are you sure it didn't just blow again? Do you have a meter? Have you tried to measure anything with the meter?
But something is wrong here. You got the starter to turn with out the brake light being on (if I'm understanding your post correctly). This is wrong. We need to find out why. Have you been messng with the wiring?
Now your wiring doesn't work at all when you try to engage your starter motor. Did you replace the fuse? Are you sure it didn't just blow again? Do you have a meter? Have you tried to measure anything with the meter?
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#8
Join Date: Dec 2008
Location: Tracy, California, USA
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I don't think that whether the car engine was running or not has any relevance at all.
A fully charged car battery alone puts out 12.6 volts and can supply 500 to 1000 amps into a dead short circuit. If the engine is running at idle the charging system/car battery combination puts out 14 volts (+/- a 1/2 volt), and can put out 510 to 1010 amps into a short circuit. The difference is trivial.
A fully charged car battery alone puts out 12.6 volts and can supply 500 to 1000 amps into a dead short circuit. If the engine is running at idle the charging system/car battery combination puts out 14 volts (+/- a 1/2 volt), and can put out 510 to 1010 amps into a short circuit. The difference is trivial.
#9
no i havent really messed with the wiring besides from connecting a loose green wire to the frame as a ground. but i now know this green wire and the other loose wire i had (black and white) go to a tether kill switch. i got the quad to work today using the electric start but the lights only stayed on for a second or two then stopped.
When you hook up a GY6 quad battery connection backwards some Gy6 engine voltage regulators are vulnerable to damage if the right fuse protection is not in place. What is the value of the fuse that blew? It should not have been higher than 10 amps.
But something is wrong here. You got the starter to turn with out the brake light being on (if I'm understanding your post correctly). This is wrong. We need to find out why. Have you been messng with the wiring?
Now your wiring doesn't work at all when you try to engage your starter motor. Did you replace the fuse? Are you sure it didn't just blow again? Do you have a meter? Have you tried to measure anything with the meter?
But something is wrong here. You got the starter to turn with out the brake light being on (if I'm understanding your post correctly). This is wrong. We need to find out why. Have you been messng with the wiring?
Now your wiring doesn't work at all when you try to engage your starter motor. Did you replace the fuse? Are you sure it didn't just blow again? Do you have a meter? Have you tried to measure anything with the meter?
#10
I don't think that whether the car engine was running or not has any relevance at all.
A fully charged car battery alone puts out 12.6 volts and can supply 500 to 1000 amps into a dead short circuit. If the engine is running at idle the charging system/car battery combination puts out 14 volts (+/- a 1/2 volt), and can put out 510 to 1010 amps into a short circuit. The difference is trivial.
A fully charged car battery alone puts out 12.6 volts and can supply 500 to 1000 amps into a dead short circuit. If the engine is running at idle the charging system/car battery combination puts out 14 volts (+/- a 1/2 volt), and can put out 510 to 1010 amps into a short circuit. The difference is trivial.
Regardless, go with what Lynn tells you. He is pretty much an expert on the electrical systems and I'd go with any information he gives you.