170E3586

Electrical fuses are designed to protect electrical devices and systems from overloads, fault currents, and short circuits. Specialty fuses provide unique features to more precisely match specific requirements. The 170E3586 is a specialty fuse with a very wide range of applications in automotive, industrial, and commercial/residential wiring systems.

The fuse is designed to meet seismic and vibration applications. It is composed of a low-resistance metal coated blade and an unbreakable housing. This design ensures a uniform current distribution and limits voltage strikethrough. When an overcurrent runs through the fuse, the metal blade melts and opens up, breaking the circuit and protecting the system.

The 170E3586 is primarily used in the automotive and industrial system. It offers excellent protection against short-circuits, reverse polarity, and over-currents. Its low resistance enables relatively compact, lightweight, and cost-effective designs. The fuse provides greater system reliability and enhances safety. The housing is also designed for tough environmental conditions.

The 170E3586 is designed to handle the full range of voltages and currents, from 100V to 500V and 0.8A to 70A. It is rated for quick-blow and time-delay as needed. The fuse is able to effectively identify overloads, faults, and shorts, and limit damage to the surrounding system. Its temperature-resistant design further increases the performance of the fuse.

The working principle is quite simple. When the current exceeds the rated value, the heat generated by the current melts the metal blade, thus breaking the circuit and protecting the system. The fuse automatically resets after the fault is removed.

The 170E3586 is a versatile and reliable fuse that is built to last. It is a great choice for automotive, industrial, and commercial/residential wiring systems, providing excellent protection against overloads, faults, and shorts. Its low-resistance design increases system reliability while its temperature-resistant design further enhances overall safety.