0659C2500-12

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Fuses have an integral role in the electrical safety of facilities as well as the surrounding environment. The 0659C2500-12 fuse is an industrial-grade fuse that is specifically designed to handle higher current loads. It is designed to break the current when an overload condition is detected, or when there is a short circuit or ground fault. This article will discuss the application field and working principle of the 0659C2500-12 fuse.

The 0659C2500-12 fuse is a Midget class fuse that is rated for an uninterrupted current of 2500 Amps at 600 V, and an interrupting current of 100k Amps at 600V. This type of fuse is typically used in the protection of industrial machinery such as motors, transformers, and other related switchgear equipments. It is also used to prevent overload conditions and short circuits caused by electrical faults or surge conditions. This midget fuse is also designed to withstand high vibration and shock conditions.

The working principle of the 0659C2500-12 fuse is based on heat transfer. When a current passes through the element, the resistance in the element causes the element to heat up, which increases the resistance. When the current reaches the rated level, the element reaches an ultra-high temperature, melting the element and breaking the current. When the current is returned to the normal level, the element cools down and the fuse can be reused.

The 0659C2500-12 fuse is designed with a cylindrical shape and has two mounting points that allow it to be installed on standardized mountings. It is also designed with two indicator wires that indicate the condition of the fuse, normal or failed. The fuse is also designed with a coolant chamber that helps dissipate heat and extend the life of the fuse.

The 0659C2500-12 fuse is a reliable and robust fuse that can withstand the harsh conditions found in industrial settings. It has a wide application area, making it suitable for various usages. Additionally, its unique design and construction ensure that it will provide safety and protection in a variety of applications.

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