0034.5716.11

Application Field

The 0034.5716.11 is most commonly used in high-voltage power distribution systems, including telecom switching sites, streetlight systems, and high-efficiency switchgear. This type of fuse also proves to be useful in electronic circuits, primary motors, and non-linear loads such as motors, filtering circuits, and rectifiers. It is also widely used in circuits found in all sorts of electrical equipment, such as digital cameras, kitchen appliances, and air-conditioners. This type of fuse is designed to handle higher currents and is highly suitable where extreme conditions of temperature and humidity are present.

Working Principle

The design of the 0034.5716.11 consists of a metallic alloy consisting of two poles connecting the two parts of the cylindrical shaped fuse. The fuse is composed of multiple layers of thin metal foil pressed together and held by the straight or cylindrical body. When an excessive current flows through the fuse, it will create heat which will cause the first layer of the foil to expand, eventually breaking the connection of the two poles. Heat will also dissipate from the air around the fuse, slowing the electricity flow, enabling it to cool and ultimately resetting the fuse. This will help protect the devices from any type of critical damage.A great advantage of this type of fuse is its fast-acting response in case of overloads and short circuits. Also, unlike other fast-acting fuses, this type of fuse will not be affected by transients and vibration, thus ensuring longer life and reliable protection.

Conclusion

For many years, the 0034.5716.11 has been a reliable and cost-effective solution to the problem of overloads and short circuits. This type of fuse is designed to handle higher currents, ensuring it is suited for many applications where extreme conditions of temperature and humidity are present. It is widely used in many high-voltage power distribution systems and other electronic circuits found in various electrical equipment. Lastly, this type of fuse is characterized by its fast-acting feature and is unaffected by transients, meaning it will provide superior protection.