2060.0013.11

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Fuses are a type of protective device that are used to prevent circuitry and equipment from being damaged due to overloads or short circuits. They are usually composed of a metal strip or wire that is placed in the circuit to act as a conductor. The fuse acts as an open circuit when the circuit is subjected to an excessive current, thus acting as a fail-safe device. In this article, we’ll be discussing what 2060.0013.11 application field and working principle is, and how it can help protect the circuit.

2060.0013.11 is a type of fuse that is specifically designed to be used in medium voltage applications. It is a high power fuse, meaning that it can handle a considerable amount of current and has a large breaking capacity. Generally speaking, these fuses are used in circuits that require high voltage protection, such as transformers, motors, switches, and circuit breakers. It is also suitable for protecting current-carrying equipment from excessive and short-term overloading.

The working principle of 2060.0013.11 fuses is based on the Joule effect. This principle states that when a current passes through a length of metal, it will produce heat, thus reducing the current levels. With the 2060.0013.11 fuse, the heat produced is designed to be enough to melt the metal of the fuse thus causing an open circuit. This open circuit interrupts the flow of electricity preventing any further overload or short-circuit damage to the circuits.

2060.0013.11 fuses are designed to provide reliable and effective overload protection. They are usually composed of metal strips or wires that are connected to a ceramic or porcelain housing. The metal strips are designed to melt when the current exceeds the rated current, thus interrupting the power flow. The ceramic or porcelain housing further enhances the safety of the fuse by providing insulation against electrical shock and arcing.

In conclusion, 2060.0013.11 application field and working principle are designed to provide reliable and effective overload protection in medium voltage circuits. It uses the Joule effect to produce heat that causes the metal of the fuse to melt, thus interrupting the flow of electricity and providing protection against overloads and short circuits. This fuse is designed to be safe and effective and is a great way to protect your equipment and circuitry.

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