Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuses: 7100.1011.13 Application Field and Working Principle

Fuses are an important component of electrical systems as they are designed to prevent an excess amount of electrical current from flowing and wreaking havoc on other components. Their presence can be key in preventing potential damage in the form of fires and other forms of destruction. The 7100.1011.13 is a specific model of fuse that is increasingly being used as a primary or backup safety feature in various settings including industry and residential wiring. As such, it is important to understand exactly how it works and what its various applications are.

The Anatomy of a Fuse

The 7100.1011.13, also known as a medium-voltage fuse, is composed of three main components: a metal link with a connecting strip, a tubular body that houses the link, and a pair of legs for mounting the fuse to a base. The link is composed of a metal alloy that melts when exposed to an extended amount of heat. The legs are made from nickel or copper, while the fuse body is typically composed of a sturdy rubber material.

The Working Principle of 7100.1011.13 Fuses

The operating principle of the 7100.1011.13 fuse is relatively straightforward. When an excessive amount of electrical current is passing through a wire circuit, the meltable metal link within the fuse heats up, and eventually melts. At this point, the link acts as a conductor that breaks the circuit and opens the electrical path, preventing further current flow. The melting of the link signifies that the fuse has achieved its purpose and must be safely disposed of or replaced.

Common Applications for 7100.1011.13 Fuses

The 7100.1011.13 fuse is most commonly used for industrial and residential applications. It is used in factory settings to prevent power surges from causing extensive damage. It is also used in residential settings, to protect the wiring systems of appliances like washing machines and dishwashers from the same potential damage. Additionally, the 7100.1011.13 fuse is often used as a backup safety measure in high voltage applications, such as transformers. In each of these scenarios, the fuse is typically mounted on a chipboard base or, in the case of high-voltage systems, it may be mounted on an insulated backing.

Tests for 7100.1011.13 Fuses

Before a 7100.1011.13 fuse may be used, it must pass tests that evaluate its melting time and other characteristics. Tests typically include an electrical durability test, a vibration test, and an over-temperature test. During the electrical durability test, the fuse\'s current carrying capacity is measured to determine how much current the fuse can handle before it melts and breaks the circuit. During the vibration test, the fuse is attached to a vibrating table to test its insulation and reliability when exposed to vibrations. Lastly, the over-temperature test, the fuse is heated to evaluate its ability to dissipate heat.

Conclusion

In conclusion, the 7100.1011.13 fuse is a critical component of safe electrical systems. They are composed of three main parts, and use heat to break the circuit and prevent excessive current from running through a system. It is most commonly used in industrial, residential, and high voltage applications, although it must always pass certain tests before it can be used. Knowing the proper usage of this type of fuse can help prevent potential fires and other disasters.

The specific data is subject to PDF, and the above content is for reference