Install a new, standard (non-GFI) single pole 15 amp circuit breaker in its place. Turn off the old GFI breaker, and remove it completely. ![]() The GFI outlet will provide the same GFI protection that the circuit breaker provided at a fraction of the cost. The way I would attack the problem is to install a new GFI outlet in front of the old wiring, by "inserting it" between the panel and the other plugs and lights, switches, etc on that circuit. GFI breakers are designed to carry 5 thousandths (.005) of an amp (or 5 milliamps) to ground, or the 12+ amps to neutral before they trip. it may carry a 14.5 amp load for several minutes to an hour before tripping, and a 20 amp load may be carried a second or two. The greater the load, the more quickly it will trip. A 15 amp circuit breaker is designed to carry up to 12 amps continuously. The breaker will trip, but not indicate if it was the result of a heavy electrical load or a ground fault condition. The first thing to do is determine the source of the problem. You may have trouble finding replacements do not put an breaker that "fits" into the panel, unless the breaker is designed for use in the panel you have. GTE Sylvania breakers were once popular - I installed quite a few GTE / Sylvania electrical panels in homes in the late 80's. ![]() ![]() That's not to say that it can't happen, but just not typical. A circuit breaker can go bad, but usually not in the way that you describe.
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