0294100.HXJ-C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 0294100.HXJ-C fuses are an important safety device used around the world in industrial, commercial, and residential applications to safeguard against circuit overloads. Fuses are designed to “blow” or open a circuit if the current exceeds the rated amperage, preventing the circuit from drawing an excessive amount of current. This serves to protect components, wires, and other devices from failing due to heat overload.

The 0294100.HXJ-C fuses feature a ceramic body with a silver-plated copper end cap. This fuse type is rated for 250V AC, 200A, and 1000Irms. It is suitable for applications such as lighting circuits, power circuits, as well as single-phase AC applications. The fuse is designed to provide current limited over-current protection and to interrupt any short-circuit or overload current.

The working principle of the 0294100.HXJ-C fuse is based on the melting of a conductive metal alloy element which is able to open the circuit in the event of a short circuit or overload. The element is designed such that its melting temperature is lower than that of the fuse body. This ensures that the element is the first component to melt under a fault condition. The melting of the element causes a sharp rise in the temperature of the element, resulting in an rapid increase in the internal pressure of the fuse.

The increased pressure within the fuse causes the end cap of the fuse to open into the atmosphere, releasing the hot gas inside the fuse and preventing further damage. The 0294100.HXJ-C is designed such that it will open quickly and without any sparks, thus protecting any adjacent components from potentially damaging heat. Once the circuit has opened, the element is cooled and the circuit is restored.

In summary, the 0294100.HXJ-C fuse is designed to provide excellent over-current protection for residential, commercial, and industrial applications. The meltable alloy element melts under overload or short-circuit conditions, causing a rapid rise in internal pressure and the subsequent opening of the circuit. This minimizes any potential damage and quickly restores the circuit following a fault condition.

The specific data is subject to PDF, and the above content is for reference