A fuse holder is a device that is needed in order to attach fuses and hold them. It is a very important fuse accessory that helps in transferring power and protecting electrical equipment against overcharge.
If a fuse were to blow directly onto a thin metal conductive path, the current could easily jump to a conductive metal piece or even melt the conducting metal conductive piece.
This would then activate the fuse in question, causing a very large amount of heat which could easily melt the surrounding metal and could potentially do extreme damage.
The best way to prevent this from happening is for a fuse holder to be connected directly to the appropriate conductive metallic piece. Therefore, a fuse holder provides the protection of effectively breaking the power supply without causing any damage.
In addition to the obvious reason for safety, the installation of a fuse holder in your electrical circuit is intended to make your job easier.
If you want to know about the fuse holder and how it works to break the connection, follow this guide.
How Does A Fuse Work?
Before we learn how a fuse holder work, we need to understand how a fuse works. It will give you a clear picture of how the holder functions.
Fuse works on the basic principle of electric discharges and releases of electrons in the form of atoms. These atoms will travel up to the point that they will contact the working surface of the fuses and release their atoms when the fuse is hit by an electric arc or impulse.
The working principle of an electrical fuse works like this when a working material or metal touches a conductive material or metal, then the current will pass through the circuit.
However, sometimes problems like overcharging or power surges occur. In this situation, a high voltage of current passes through the circuit.
Because of this, the equipment can get damaged or could take place, resulting in electrical shock or fire. In order to protect the equipment, the fuse is used in a circuit.
It is made of thin metal, which heats up and breaks apart when high power passes through it. As the wire melts, the connection breaks, thereby cutting off the supply between the main power and equipment.
This is how a fuse works and protects equipment from damage. It is often known as circuit breakers. You need to replace the fuse once it gets damaged as the equipment won’t work.
How Does a Fuse Holder Work?
Now that you know how a fuse works, you can easily learn about the workings of a fuse holder. As we know fuse cannot be placed directly into the circuit as it is made of metal through which current passes.
So, in order to hold the fuse, a fuse holder is used. It is made of plastic or non-conductive material so that the fuse can easily be fitted into it. There is a hole in between when you can insert the fuse.
A fuse holder is used to insert fuses that are not dropped directly in conductive pathways because of their particular size and shape. The main function of fuse holders is to insert fuses securely in electrical circuits; ensure a safe power path (no voltage tends to spill over to other circuits), and give a convenient way to replace dead and worn-out fuses in electrical systems.
A fuse holder works by accepting the power from the main power source and then effectively transferring it through the fuse and then to the equipment.
As the fuse is fitted into the holder, when the fuse breaks due to overcharge, only the wire is melted. The holder still holds the broken fuse in place to prevent damage.