047103.5NRT3

Fuses: 047103.5NRT3 Application Field and Working Principle

The 047103.5NRT3 Fuse is an application-specific device designed for protecting equipment and components in various industries, from industrial construction to mechanical and electrical engineering. Due to its robust design, this device is suitable for a broad range of operating conditions. It has been tested and proven to provide reliable protection in numerous applications.

The fuse is designed to protect energy-efficient, high-draw applications and is intended for use in a variety of industrial, construction, and maintenance tasks. It is also suitable for use in electrical, mechanical, and other applications where reliable overload and short-circuit protection is essential. In all of these applications, the fuse has proven reliable protection.

The 047103.5NRT3 Fuse’s working principle is based on Ohm’s law. The device is designed with a short-overload protection mechanism that uses an internal resistor to limit current draw. As the current in an electrical circuit rises, the rate of current flow will increase. This is how the fuse operates. When a current in a circuit exceeds the rated value (or amperage rating) of a fuse, the fuse will blow, thereby opening the circuit to prevent further current flow.

The 047103.5NRT3 Fuse is rated to a voltage of 185 V AC and it is made up of three distinct parts: a spring-loaded disc, a conductive passageway, and an internal bridge. The spring-loaded disc acts as a buffer between the conductive passageway and the bridge. In normal conditions, the disc is held at a distance from the bridge, thus isolating the current passing through the conductive passageway. When current exceeds the rated value of the fuse, the disc is forced closer to the bridge, creating a “short-circuit” that opens the circuit and stops current flow.

With the 047103.5NRT3 Fuse, you can rest assured that your equipment and components are well-guarded against any overload or short-circuit risks. This fuse is designed to keep equipment safe and reduce the incidence of costly downtime or repairs caused by power surge or system outages. As such, it is an ideal and cost-effective choice for protecting electrical and mechanical systems.