2066046-1

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Fuseholders

Fuseholders, known also as fuse blocks, are specialty electrical components whose primary function is to provide a safe electrical connection point for a fuse. Specifically, the 2066046-1 fuseholder is a multifunctional tool typically used as components of circuit protectors. In general, these housings will have 1, 2, 3, 4, or 5 poles to accommodate the increasing complexity of electronic circuits.

Application Field

The 2066046-1 fuseholder can be used as an electrical switch to ensure the consistent supply of power into the electronic circuit. It is designed to provide over-current protection and prevents the circuit from overloading. This fuseholder can also provide the control and management of electric current levels, regulate electrical currents within the circuit, and improve the stability of the system. It is commonly used in power supply systems, automotive systems, electrical heating systems, lighting and illumination, and telecommunication networking systems.

Working Principle

The 2066046-1 fuseholder works in a simple yet effective manner. When the electrical current passing through the fuse compartment reaches a predetermined overload or short circuit, the contact between the two ends of the current is broken. This breaks the current flow, thus restoring the normal flow of current through the fuse holder. The contact break prevents the current from further increasing and thus the circuit is safeguarded.

The fuseholder consists of a metal enclosure, two metal contacts, and a fuse element. The fuse element has two contact points separated by a gap that is filled with a fuse link. This fuse link is designed to heat up and break when the current exceeds its threshold limit. As a result, the fuse connections get opened. This helps to protect the circuit from evolving into a short-circuit and thereby incurring further damages.

Most fuseholders are made with thermoplastic or metal and come in a variety of sizes, shapes, and configurations. This makes it easier to select the right fuseholder according to the electrical application at hand. Some fuseholders come with integral trip-free mechanisms to increase safety, and current ratings and restarting functions can also be specified when necessary.

Conclusion

The 2066046-1 fuseholder provides a reliable electrical connection point for a fuse and is commonly used in power supply, automotive, and telecommunication networks. It works on a simple but effective mechanism in which current overloads or short circuits are quickly identified and broken, thus providing protection to the circuit. Fuseholders come in various sizes, shapes, and configurations, and users can choose the one best suited for their electrical application.

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