0662004.HXSL

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Fuses are a type of electrical device that offers protection against unfavourable or hazardous conditions.0662004.HXSL is one such type of fuse that\'s used in a wide array of industrial, residential, and commercial applications.

These fuses are designed for protection against excessive current that could otherwise lead to damage or destruction of electrical components. The distinguishing factor between 0662004.HXSL and other fuses is their ability to act in both AC and DC circuits. The fuses will provide protection against excessive current irrespective of the voltage and they are suitable for indoor applications where temperatures do not exceed 55 ℃.

0662004.HXSL have a fast response to high or potentially dangerous currents, making them the perfect device for safeguarding electrical circuits. They have a breaking capacity of 25A on both AC and DC and can be used in both single-pole and three-pole applications. The devices also come with a ceramic body that offers high electrical insulation.

In terms of working principle, 0662004.HXSL act by blocking or opening a circuit when a predetermined level of current is reached. This is done using a fusible element, commonly a metal strip that\'s heated by the passing current. When the fuse reaches its temperature cutoff, the fusible element melts, which opens the circuit and interrupts the current flow.

0662004.HXSL are commonly found in a plethora of applications, including electronic equipment, power systems, telecommunications, and instrumentation. Their low cost and high performance make them a viable solution for protection against excessive current. They are ideal for a range of industrial, commercial, and residential applications where protection against over-currents is needed.

To sum it up, 0662004.HXSL are fast-acting fuses designed for indoor applications where temperatures do not exceed 55 ℃. They feature a ceramic body and have a breaking capacity of 25A both in AC and DC circuits. Their working principle involves the use of a fusible element that melts when a predetermined temperature is reached, thereby interrupting the circuit and preventing excessive current. 0662004.HXSL are used in a wide range of applications and are cost-effective solutions for safeguarding against excessive current.

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