5CLE-20E

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The 5CLE-20E is a type of fuses and plays an important role in protecting electrical circuits. It is suitable for both low and medium voltage applications in residential, commercial and industrial fields. They have been designed to protect semiconductor devices such as inverters, motors, relays, transformers, and other electrical equipment from overloads, short-circuits, and other hazardous conditions.

This fuse is an extremely cost-effective solution for protecting electrical circuits. It has a current rating of 20 Amps and is designed for applications up to 500V. The fuse has a 6-second time delay rating for motor protection and a 1-second rating for general protection. It features a fully enclosed sidewall configuration and utilizes a thermal element to provide short-circuit or overload protection. The fuse element is made of copper with an silver-plated coating, which helps to ensure it can handle high current and wide fluctuations in temperatures.

The 5CLE-20E is designed with a common mounting hole that allows for easy installation. It also features an indicator window, which alerts the user when the fuse has been tripped. The indicator window is also useful in diagnosing the source of the problem, as it can indicate whether the fuse has tripped due to an overload or a short-circuit.

The 5CLE-20E fuse works on the principle of heat generation. When the current passing through the fuse increases beyond the fuse\'s designed rating, the thermal element will generate heat. This heat causes the silver-plated coating on the element to vaporize, creating a bridge between the two ends of the element. This will cause the current to be dissipated and the fuse will trip.

The 5CLE-20E fuse is an ideal solution for protecting both residential and commercial particular applications. It is low cost, easy to install and can provide reliable protection against problems caused by overloads, short-circuits, and other conditions. The fuse\'s indicator window makes it easy to diagnose the cause of the problem as well.

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