so the electric current flowin threw them doesnt overheat the fuse and open the curcuit.
It melts (fuses).
Check the headlight switch and make sure you are getting current out of the switch when you turn on the lights.
they protect the Fog electrical circuit from high electric current flow.As fuses protect circuit components from high electricity flowthat cause any circuit component hazard....
The role of a fuse in series with any electrical appliances is to open the circuit should a current higher that the rating of the wire occur. When a device shorts out to ground there is a very high rush of current trying to return back to the distribution panel. It is comparative to when a welder strikes an arc in welding, the temperature created is enough to melt steel together. If this high current is not stopped in home wiring situations, then the insulation will melt off of the wire feeding the appliance and a fire could break out. The opening of the protective fuse prevents this situation from happening.
so it can conduct high current without being damaged.
Fuses protect an electrical circuit. When current in an electrical circuit becomes dangerously high the fuse will open protecting people and property. Police men/women protect people and property from the dregs of society.
A device that melts under high current , not high voltage is a circuit protective fuse. There are many fuses that are rated for voltages in the 10,000 volt range. It is the over current that trips them.
yes.it affect.because thick wire cannot hold high resistance of current
to control a high-current circuit with a low-current signal for example a starter on a car uses a very high current (not voltage) and needs thick cable to provide it.it would be impractical to run this thick cable up to the ignition key so a lower current from the starter key operates a switch, usually electro magnet, which in turn completes a circuit for the higher current.
yes, 126 is a little high.. 1 or 2 volts ok
Appliances for heating purpose have high power ratings.
HRC stands for 'high rupture capacity'. An alternative abbreviation is 'HBC, meaning 'high breaking capacity. The rupture (or breaking) capacity is a term describing the maximum short-circuit current that the fuse can safely interrupt at its rated voltage. Most fuses will safely interrupt any level of fault current between a current that just causes the fuse to operate (melt), up to their maximum breaking capacity- such fuses are called 'full-range'. HRC fuses usually have strong, ceramic bodies to withstand the huge pressure generated when the fuse has to interrupt a large short-circuit current. In contrast, low breaking capacity fuses have weaker bodies made from materials such as glass.