170M3619

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Electrical Specialty fuses, like the 170M3619, keep electrical equipment and circuitry from being damaged by currents that are too high. This fuse type is composed of a metal strip or wire between two electrical terminals, and the metal strip or wire will easily burn out on exposure to electrical current levels that are too high. By letting itself be “blown,” the fuse offers short-circuit protection, that is, protection from currents that are too high for the equipment to handle safely.

The 170M3619 is a time-delay fuse with non-renewable links (NRU). This fuse type is characterized by its cylindrical body with two terminals at either end, making it suitable for installations in a variety of environments, including those with low overhead clearance or in an explosion-proof setup. This type of fuse is made from a metallic strip that contains a special non-renewable link that will melt in the presence of high amperage current, allowing the current to be isolated from the circuit. This time-delay fuse is capable of interrupting currents up to 70 kA.

The working principle of the 170M3619 is fairly straightforward. The fuse will allow a normal operating current to pass through, but if the current rises above the rated level, the link will melt, breaking the flow of current and protecting the circuit from being damaged. Before the link melts, it will provide a short-duration delay in the current, allowing for the safe operation of electrical equipment and helping to reduce the risk of damage caused by sudden surges in current.

One of the main advantages of the 170M3619 is its ability to interrupt high currents. This fuse type is ideal for installations in which large currents may occur, such as in motor starters or welding machines. By interrupting high currents, the 170M3619 offers better protection against overloads, arcing, and other electrical phenomena. It is also better suited to applications in which a fast response time is needed, such as in medical imaging equipment.

The 170M3619 is also an excellent choice for applications requiring a high degree of reliability. This fuse type has impressive mechanical and electrical stability and is designed to withstand shocks, vibrations, and other environmental stresses. The fuse is also designed for long-term use, with its non-renewable link meaning that it does not have to be replaced as often as other types of fuses.

In conclusion, the 170M3619 is an electrical specialty fuse that provides reliable protection from currents that are too high for the circuit to handle safely. It is capable of interrupting currents up to 70 kA, and its non-renewable link and time-delay design make it an excellent choice for applications requiring a high degree of reliability.

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