3404.0117.24

Fuses

A fuse is a device designed to protect an electrical circuit from damage caused by excessive current. The 3404.0117.24 fuse is designed to be used in applications such as commercial, residential, industrial, and other general electrical installations. The fuse is an essential component of an electrical circuit, as it helps protect against damage from short circuits and potential fires. The 3404.0117.24 fuse is a type of non-current-limiting fuse, which means that it does not limit the current that can flow through the circuit.

3404.0117.24 Application Field

The 3404.0117.24 fuse can be used in a wide range of applications in commercial, industrial, and residential settings. The fuse is used for overcurrent protection in circuits with overcurrents up to 100 kA, or up to 65 kA in accordance with UL 248 and UL 844 standards. The 3404.0117.24 fuse is available in three different time-delay ratings of I2T, I2T 1, and VDE. The fuse can be used in both air-circuit breaker (ACB) and in low-voltage (LV) protector (LVPD) applications. Additionally, the fuse is suitable for use with non-inductive loads.

3404.0117.24 Working Principle

The 3404.0117.24 fuse operates through a simple principle. It consists of a fuse element attached to two metal contact points inside a plastic enclosure. When an overcurrent flows through the circuit, the fuse element melts due to the heat produced. This interrupts the current flow, preventing further damage to the circuit.The design of the 3404.0117.24 fuse is such that the amount of current required to cause the element to melt is far greater than the normal load current. This is what makes the fuse essential for protecting against overcurrents, as it limits the amount of current that can flow through the circuit.

Conclusion

The 3404.0117.24 fuse is an essential part of any electrical circuit. Its design helps limit the amount of current that can flow through the circuit, protecting it from damage caused by overcurrents. The fuse is suitable for use in both commercial, industrial, and residential settings, as well as in ACB and LVPD applications. Additionally, the fuse operates on a simple principle, utilizing a fuse element to interrupt the current flow when an excessive current is present.