The purpose of the fuse is to protect the equipment receiving power from overload or short circuit. Having no fuse could result in destroying the equipment and/or a fire.
In buildings the fuse protection (or circuit breakers) also protects the building wiring.
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While it is true enough that fuses are used to protect connected equipment and respond to direct faults, the size or rating of the fuse is determined, with limited exceptions, to protect the wiring system from damage caused by overheating due to imposition of currents higher than that for which the conductor insulation is rated.
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Your circuit is a chain of devices. This chain is only as strong as its weakest link. The rating in question here is current. When too much current is pulled through the chain, the weakest link gets hot. If this goes on too long, the weakest link may catch fire. If the weakest link is near flammable materials, it may catch them on fire.
Fuses or circuit breakers are designed to be, and must be, the weakest link in the chain. If too much current is drawn, the fuse burns open in a controlled environment as opposed to the wire in the wall. This also alerts the user to the problem, who can correct it and replace the fuse. (Or put a penny in it and watch the firetrucks.)
If a thick copper wire is used in a fuse then by definition of a fuse this device would no longer be defined as a fuse. A fuse in a circuit is used to protect the conductors feeding the load of that circuit. The circuit, if using a thick copper wire in a fuse, would then be considered as a non fused circuit.
A fuse is not used for increasing electrical current. Fuses are designed to protect electrical circuits by breaking the circuit when there is an overload or short circuit, preventing damage to the circuit and potential fire hazards.
Yes, a 10 amp AGC fuse can be used in a 10 amp rated DC circuit as long as the fuse rating matches the circuit's ampacity. This ensures that the fuse will blow before the circuit is overloaded, protecting the circuit from damage and potential hazards.
fuse. It is a safety device that automatically switches off the electrical circuit when it detects an overload, preventing overheating and potential fires. Circuit breakers can be easily reset after they trip, unlike fuses that need to be replaced.
The fuse or breaker should be no bigger than specified for the wiring and devices on the circuit. Your nominal current draw may be 20 amps, but a short circuit would cause maximum current to flow which in this case would be 100 amps until the fuse blew.
A fuse or circuit breaker used in a circuit is usually inserted in series with the load.
It is a circuit fuse in a vehicle. The fuse is used to protect the courtesy/clock circuit.
A fuse or circuit breaker will fit this description.
A fuse can protect the conductors in both a series and parallel circuit.
If a thick copper wire is used in a fuse then by definition of a fuse this device would no longer be defined as a fuse. A fuse in a circuit is used to protect the conductors feeding the load of that circuit. The circuit, if using a thick copper wire in a fuse, would then be considered as a non fused circuit.
Fuse is used to protect against over load. The fuse blows off if there is overloading in the circuit. This prevents the flow of current in the circuit beyond the position of the fuse. The equipment which is overloaded in the circuit is thus saved.
A fuse is not used for increasing electrical current. Fuses are designed to protect electrical circuits by breaking the circuit when there is an overload or short circuit, preventing damage to the circuit and potential fire hazards.
Yes, a 10 amp AGC fuse can be used in a 10 amp rated DC circuit as long as the fuse rating matches the circuit's ampacity. This ensures that the fuse will blow before the circuit is overloaded, protecting the circuit from damage and potential hazards.
When a fuse blows, it essentialy breaks the circuit. So the current can no longer flow, this is used as a safety measure.
The fuse you use is determined by the load on the circuit and the size wiring used in that circuit not the battery voltage.
The voltage rating of a fuse (in this case 125V or 230V) defines the maximum circuit voltage that the fuse is safe to be used on. A fuse with a voltage rating of 125V should not be used in a circuit with a voltage greater than 125V. If a 125V fuse were installed in a 230V circuit and an overload current occurred, the fuse could explode.
Fuse, screw in or plug, circuit breaker, fuseable link