By 'fuse', I assume that you are referring to the fuse element (fuse wire), rather than the complete fuse?
A fuse element is an alloy, such as tin and lead. Alloys such as these exhibit what is called 'eutectic' action. This means that the alloy retains the good conductivity (e.g. of the tin), but has a lower melting point (e.g. thanks to the lead).
by a conductive medal that has a set point in which it melts in turn disrupts the circuit
Fuse wire is usually made with metal that has a low melting point, e.g. tin, to lessen the risk of fire.
Copper is used in the contact points in fuse boxes because it will oxidize and you can separate the points of contact. If it was made if iron and rusted, it will 'weld' the link together and then it is no longer a fuse.
So that the live wire is isolated when the fuse blows. If a fuse was placed in the neutral, the equipment would still be live when the fuse blows.
tin lead alloybasically tin lead allows are used . but other metals which have low melting point and appropriate resistivity can be used
The live wire
copper and tin
Fuse wire is usually made with metal that has a low melting point, e.g. tin, to lessen the risk of fire.
A fuse in its simplest form - is simply a short piece of wire that is weaker than the circuit it is protecting. When the current flowing through the circuit exceeds the fuse rating, the fuse wire melts - breaking the circuit.
Because then it wouldn't 'blow' at the prescribed amperage. -A fuse is made with very fine tolerance wire to melt at an EXACT amperage.
yes very safe.add. Fuse wire is usually made of tin-plated copper. The fuse wire may well get warm in service, and a bare copper wire will gradually oxidize and will fail sooner as a consequence.
NO. Usually the positive wire will have the fuse.
Why is it dangerous to replace a fuse with a wire that bypasses the fuse
The 15 amp fuse.
A circuit breaker does not have a wire fuse in it.
Fuse wire is designed to open under over current conditions. Just like a fuse.
Copper is used in the contact points in fuse boxes because it will oxidize and you can separate the points of contact. If it was made if iron and rusted, it will 'weld' the link together and then it is no longer a fuse.
Electric fuse wire is not made of a single metal but an alloy made of tin (63 %) & lead (37 %). The cross sectional area determines the melting point at a certain current (amps) and is also rated as volts / rating.