7100.1174.13

Fuses are essential components which are widely used in electrical and electronics industry. The main purpose of fuses is to protect the circuit from electric overload and short circuit. Fuses come in different types, sizes and ratings, and the 7100.1174.13 is one of them. This article will explain the application of 7100.1174.13 fuses and its working principle.

Application of 7100.1174.13 Fuses

7100.1174.13 fuses are mainly used for the protection of circuits where high current loads are involved. This type of fuse has a low voltage rating of 10V-250V AC/DC, and a high current rating of up to 100A. This makes them ideal for the protection of circuits in various industrial, commercial and domestic applications, such as home appliances, computers and other electronic devices.

7100.1174.13 fuses are also used in many automotive applications, such as the protection of headlights and sound systems. They can also be used for the protection of alternators, starters and other automotive electronics that require high current protection. Moreover, they are also used for industrial and commercial applications such as industrial equipment and telecommunication systems.

Working Principle of 7100.1174.13 Fuses

7100.1174.13 fuses are designed in such a way that if an excessive current flows through the circuit, they will open up to break the circuit and prevent further damage. This is made possible by the presence of a metal strip inside the fuse body, which is designed to carry the maximum current rating. When the current exceeds the rating, the metal strip melts and opens up the circuit. This prevents further damage to the circuit and protects it from overload and short circuit.

When the current is normal, the metal strip is not heated up and the fuse remains closed. This allows the current to flow through the circuit normally, and the fuse remains intact.

Conclusion

7100.1174.13 fuses are widely used for the protection of circuits that require high current protection. They are designed in such a way that they open up when the current exceeds the rated value. This protects the circuit from damage caused by overload and short circuit. They are used in various industrial, commercial and automotive applications.