03480870Z

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Fuseholders are electrical components that hold fuses together with electrical circuits, thereby providing protection for the cables, electrical components, and power sources connected in the circuit. The 03480870Z, a medium voltage fuseholder, is an example of a type of fuseholder used in modern electrical systems. With its high breaking capacity, the 03480870Z is suitable for medium voltage supplies, helping to protect electrical systems from undesirable overloading or surge events.

The 03480870Z fuseholder is designed to hold a variety of fuse-links ranging from 1000V up to 1750V. Its high breaking capacity and enclosed arc-resistant design make it suitable for use in many high voltage applications, including the protection of motor circuits, distribution transformers, and other electrical components. The 03480870Z is also designed to be easy to install, even in tight spaces. It is compatible with many standard installation hardware and comes with a number of mounting accessories to fit into different configurations.

When it comes to working principle, the 03480870Z fuseholder is designed to detect any anomalous current levels on the connected circuit. When such an event occurs, the fuseholder triggers a contact that interrupts the flow of electricity from the fuse, thus protecting the circuit from overloading. The 03480870Z fuseholder also helps to reduce the risk of electric shock by containing any arc created by the interruption of the circuit. Additionally, its advanced thermal protection system prevents damage to the fuseholder and connected components due to excessive heating.

The 03480870Z is a reliable, medium voltage fuseholder that is suitable for a variety of electrical applications. Its high breaking capacity and enclosed arc-resistant design, combined with its easy installation and variety of mounting options, make it an ideal choice for protecting electrical systems in medium voltage supplies. Furthermore, its advanced protection systems help maximize the safety of the circuit by preventing overloads, electric shocks, and overheating.

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