Hi!
I am the happy owner of a black 1989 Ford LTD Crown Victoria Lx (302 CID SEFI). Since the car is pretty old, and since the original alternator started to become noisy (probably worn bearings), I replaced it with an identical 65 amp alternator (2G).
Since then, on one hand the output seems better(brighter lights, heating works longer), but on the other hand, it still seems too low for the car, the (new) battery discharging after prolonged heating or the use of the rear window defroster. As the ouput of the alternator is apparently too weak for normal use, I suspect the car of using battery power to do the job, and as it is discharging, the alternator has to work permanently at maximum output, causing it systematically to overheat.
So here is my question: Do You think there is a default in the electrical system of the car, or is the alternator simply too weak to supply the car correctly (and that would mean that Ford sold hundreds of thousands of cars in which it is impossible to put on heat for more than 10 minutes - which can be sort of a problem in winter)?
Thanks for Your advice ++
I am the happy owner of a black 1989 Ford LTD Crown Victoria Lx (302 CID SEFI). Since the car is pretty old, and since the original alternator started to become noisy (probably worn bearings), I replaced it with an identical 65 amp alternator (2G).
Since then, on one hand the output seems better(brighter lights, heating works longer), but on the other hand, it still seems too low for the car, the (new) battery discharging after prolonged heating or the use of the rear window defroster. As the ouput of the alternator is apparently too weak for normal use, I suspect the car of using battery power to do the job, and as it is discharging, the alternator has to work permanently at maximum output, causing it systematically to overheat.
So here is my question: Do You think there is a default in the electrical system of the car, or is the alternator simply too weak to supply the car correctly (and that would mean that Ford sold hundreds of thousands of cars in which it is impossible to put on heat for more than 10 minutes - which can be sort of a problem in winter)?
Thanks for Your advice ++
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