7100.1118.13

Fuses

Fuses are very important devices used to protect electric circuits from damage due to overheating, over-current, or short circuit conditions. They can be found in almost every electronic system, from cars and airplanes to washing machines and power supplies. Fuse types vary in size, application, and construction, and each type has its own specific purpose and advantages. This article will introduce a particular type of fuse, the 7100.1118.13, and explain its application field and working principle.

Construction

The 7100.1118.13 fuse is a cylindrical device made of metal or plastic, and contains two electrically conductive end-caps. The internal construction of the 7100.1118.13 fuse is very simple and efficient, consisting of a thin strip of conductive material, known as a fusible element, that is surrounded by insulation material. This fusible element is essentially what makes the fuse work, as it will melt when the current passing through is too high.

Application Field

The 7100.1118.13 fuse is an economical and popular choice for use in a number of different fields, such as residential buildings, industrial and commercial applications, and even in marine applications. In residential applications, it can be used to protect lighting circuits, air conditioning units, and other low-voltage electronic components from damage due to over-current or short circuit conditions. In industrial and commercial applications, the 7100.1118.13 fuse is ideal for protecting motors, transformers, and power supplies from accidental overloads. Additionally, it can also be used to protect marine vessels from over-currents caused by short circuits, lightning, or other surges.

Working Principle

The 7100.1118.13 fuse operates on the principle of heat dissipation. When the current passing through the fusible element exceeds the current rating for which the fuse is designed, the element will quickly heat up and melt at the designated temperature. This will break the circuit, preventing further damage and protecting the components in the circuit from electrical overload. The 7100.1118.13 fuse is designed to react quickly to these situations, causing minimal disruption to the system in the process.

Advantages

The 7100.1118.13 fuse provides a number of advantages over other types of fuses. It has excellent shock and vibration resistance, making it suitable for use in harsh environments. Additionally, the 7100.1118.13 has a very high melting temperature, which ensures the fuse will not be damaged by minor current fluctuations. Furthermore, its simple construction means it is relatively inexpensive and easy to install.

Conclusion

The 7100.1118.13 fuse is a reliable, economical, and efficient fuse that provides excellent protection in a variety of applications. Its simple construction and excellent shock and vibration resistance make it a popular choice for those looking for a cost effective solution. Additionally, its high melting temperature ensures that it will not be damaged by minor current fluctuations. For these reasons, the 7100.1118.13 fuse is an excellent choice for wiring, electrical, and other applications.