7100.1061.13

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Fuses are an integral part of the electrical wiring system in many applications, as they protect wiring and equipment from potentially damaging currents caused by an overcurrent. They do this by melting and breaking an electrical circuit into two parts if the current exceeds a certain value, known as the fusing current. As a result, they are often used in circuits that require protection from currents higher than the normal operating current.

7100.1061.13 is a special type of fuse which is designed for high-voltage applications. It has two basic components: a ceramic body and a fuse element. The ceramic body acts as an insulator, preventing any electrical current from escaping, while the fuse element provides the path of least resistance, allowing the current to pass through the fuse. When the current exceeds the predetermined value, the fuse element melts and breaks the circuit, thus preventing further damage.

The 7100.1061.13 fuse is most commonly used for medium and high-voltage overload protection, as well as line and load protection. It is designed for use in circuits where the maximum current is above 250A, making it well suited for both residential and commercial applications. Additionally, it can be used in a wide range of temperatures, making it an ideal choice for multiple applications.

In addition to the 7100.1061.13’s wide temperature range, it also boasts superior voltage withstand capabilities. Its designed voltage withstands are as follows:

• AC Type – 600VAC/1min
• DC Type – 1000VDC/1min

This makes it more suitable for high-voltage applications, ensuring it is able to withstand surges and other high-voltage events. Furthermore, the fuse element is designed with tolerance for a larger than rated current, allowing it to handle higher-than-rated currents, such as those caused by short circuits.

The 7100.1061.13 fuse is designed with multiple characteristics and capabilities that make it an ideal choice for many applications. It is designed with a low resistance for high-current applications, providing superior overload protection. It also boasts an excellent voltage withstand, making it suitable for high-voltage applications. Additionally, its superior temperature range and tolerance for a larger-than-rated current make it well suited for a variety of applications, ensuring it can provide the protection required for many circuits.

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