3555-3

Fuseholders are a crucial element in constructing electrical outfitting systems. Among the variety of fuseholders types available, the 355-3 is a particularly robust, high quality product, constructed to ensure the highest possible safety standards. Let\'s take a look at the application field and working principle of 355-3 Fuseholders.

Application Field

The 355-3 Fuseholder can be deployed in multiple settings, due to its impressive versatile features. One of its key advantages is its capacity to support both the standard cylindrical 10x38mm, and the 10x13mm types of conventional fuses. As for the electrical components, it can support electronics with various voltages, ranging between 2 up to 690 volts. The size of the holder also plays an important role in the overall design of an electrical installation, and as such the 355-3 unit is small enough to be easily placed in tight spaces such as control cabinets. This high level of adaptability is made possible by the wide range of orientations available for the fuseholder.

Working Principle

The working principle of the 355-3 lies in its secure contact bridge. The contact bridge, which is located on the bottom, enables the safe and secure contact of both surfaces to the fuse clip. On either side of the contact bridge, insulation is spread throughout to prevent arching and ensure that no electricity is lost. This insulation is applied as a thin coat of insulation around the contact bridge, while an external shell covers the entire area. This configuration ensures a protected and controlled electric flow.

Conclusion

In summary, the 355-3 Fuseholder is an ideal component for constructing reliable electrical outfitting systems, due to its versatility, safety standards and robust design. By being able to support various cylindrical fuses and volts, as well as its ergonomic size, this fuseholder can be used in a vast array of electrical installations. Its working principle is based on a secure contact bridge and a thin coat of insulation. This ensures a stable and protected electric flow.