0034.5036

Fuses are safety equipment designed to protect electrical circuits from damage due to excessive current. As electrical components have become increasingly sophisticated, so too have the categories of fuses, and the 0034.5036 is a unique type of fuse which has a variety of applications.The 0034.5036 is a high breaking capacity fuse, and as such it has been designed for use mainly in the energy sector where the power requirements are high and potentially hazardous. These fuses are able to protect electrical systems from damage due to surges or fluctuations in power as they are able to quickly and automatically disconnect an electrical circuit if the current exceeds a certain level.In terms of size, the 0034.5036 fuse is relatively compact and can be used in both indoor and outdoor settings. It is a cylindrical shape and comes in four sizes, ranging from 22mm to 66mm. Due to their design, they can be mounted in both horizontal and vertical positions, meaning they can be wired into a wide range of applications.The 0034.5036 fuse has an operating range of up to 100kA, making it well suited for applications such as over-current protection of motors, transformers, and generators. They are also capable of withstanding surges and spikes, meaning they can be used in locations where lightning and other extreme conditions are a possibility.The 0034.5036 fuse also has a unique working principle; the fuse body is filled with a ceramic material, which contains MgO (Magnesium Oxide) particles. When the current enters the fuse, the ceramic glows, which increases the internal temperature. When the current exceeds the rating of the fuse, the MgO particles melt, which results in an internal short circuit and the fuse connects. When the short circuit is established, the current is interrupted and the circuit is disconnected, thus protecting the equipment from any further overload.The 0034.5036 fuse is a versatile safety device that is suitable for a wide variety of applications, including motor protection, generator protection, transformer protection, and over-current protection in a variety of electrical systems. With its high breaking capacity and unique working principle, it is an invaluable tool in ensuring the safety of electrical systems.