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An overload occurs when you draw more electricity than a circuit can safely handle. Circuits are made up of wiring, a breaker (or a fuse, in old wiring systems), and devices (such as light fixtures, appliances, and anything plugged into an outlet).
The immediate solution to an overload is simple: Shift some plug-in devices from the overloaded circuit to another general-purpose circuit. Then flip the circuit breaker back on or replace the fuse and turn stuff back on. In practice, however, it isn't so easy to know that you've found a good, long-term solution.
Electrical circuits are designed to handle a limited amount of electricity. An overload occurs when you draw more electricity than a circuit can safely handle. If there were no breaker in the circuit, an overload would cause the circuit wiring to overheat, which could melt the wire insulation and lead to a fire.
When an electrical panel is overloaded, or supplying a higher amount of current than it is rated for, it can cause damage to sensitive devices like computers or refrigerators, or it can lead to an increased risk of fire or electrocution.
An overloaded circuit is an electric circuit that is carrying more current than it is designed to handle, creating a danger of fire through overheating. Overloading happens when too many appliances which work on high power are connected through the same socket.
Turn off all appliances and wall switches and unplug all lamps and appliances plugged into the circuit. Locate the circuit panel, often found in the basement or garage of most homes. Power on the wall switches one at a time for the circuit being tested. Plug in and turn on the appliances on the circuit one at a time.
The immediate solution to an overload is simple: Shift some plug-in devices from the overloaded circuit to another general-purpose circuit. Then flip the circuit breaker back on or replace the fuse and turn stuff back on. In practice, however, it isn't so easy to know that you've found a good, long-term solution.
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