battery circuit question
battery circuit question
I'll start off directly with the question. The car is a '78 Toronado that hasn't run in at least 5 years, probably 10. It has not had a battery in it all this time. There is no battery in the car now. If I put an ohmmeter across the battery cable ends, I should not get a closed circuit, correct? I DO get continuity (zero Ohms resistance) in this car.
I've replaced the battery cables, spark plug wires, and spark plugs. I've done a few other things so far in the 9 days (to date) I've had the car, but they're not electrical related. Before trying to start the car, I'm going through the fuel system from end to end, and I'm only half done with that.
If there should not be a short circuit, and I can't imagine that there should be, how on earth does one begin to look for the short?
Thanks.
I've replaced the battery cables, spark plug wires, and spark plugs. I've done a few other things so far in the 9 days (to date) I've had the car, but they're not electrical related. Before trying to start the car, I'm going through the fuel system from end to end, and I'm only half done with that.
If there should not be a short circuit, and I can't imagine that there should be, how on earth does one begin to look for the short?
Thanks.
You may show continuity. Any light switch or anything that is on closing a circuit through a bulb, motor, etc. Check it with doors, hood and trunk closed, switches off. When you do install battery and connect cables, Check it with test light between neg cable and negative post. It could even be a clock.
But this response nailed it:
You may show continuity. Any light switch or anything that is on closing a circuit through a bulb, motor, etc. Check it with doors, hood and trunk closed, switches off. When you do install battery and connect cables, Check it with test light between neg cable and negative post. It could even be a clock.
The car does have a clock, too, but there's apparently enough resistance through it (it works and is connected, so far as I know) that it doesn't cause the appearance of a closed circuit.
Thanks again. I owe you several beers!
Incandescent bulbs have essentially zero resistance until their filaments have been heated to glowing, at which point they conduct their rated amount of current, thus when supplied with less-than-rated voltage they present essentially an open circuit.
- Eric
- Eric
You are welcome. While I need all the blessing I can get, I prefer German or Belgian wheats, German or Czech Lagers, or British IPAs and Porters. Even American micro-brews can't compare in those selections. (But a few come close)
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Dec 25, 2013 08:20 AM



