170N3427

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Electrical specialty fuses are important components to any project, especially in the success of the overall operation. The 170N3427 fuse is a popular choice due to its wide range of applications and working principle.

The 170N3427 is rated at 34V, 28A. It is a PCB mountable fuse, which includes a triantanglar body style. This provides it with a high current rating in a small, compact body. The fuse is uniquely suited for both AC and DC currents, providing reliable protection of electronic circuits or systems from short circuits or power surges.

The 170N3427 features a variety of applications in the industrial, power, automotive, domestic, and electronic industries. It offers reliable protection on low voltage and current systems, high voltage and current systems, and power systems. It is also very reliable at terminals and on relays, switches, motors, and transformers.

The working principle of the 170N3427 is quite simple and least intrusive into an electrical circuit or system design. When a short circuit or over current occurs on the circuit or system, the fuse is designed to open the circuit immediately, protecting the system and all connected components from becoming damaged. To do this, the contacts in the fuse element heat up until they reach a temperature that allows them to open the circuit, breaking the current.

The170N3427 has a fast acting time-lag feature that prevents fast-transients, which can be caused by lightning strikes or industrial disturbances, from damaging the circuit or system, as well as any connected components. Additionally, it is designed to reset itself or the circuit after the current is safe, ensuring continued operation.

The 170N3427 is an excellent choice for a wide range of applications due to its small size, high current rating, and reliable protection from short circuits and power surges. Its working principle is widely accepted and provides an effective protection to circuits and systems from being damaged. Its fast acting time-lag feature ensures that any unusual event is quickly reacted to and the circuit is kept safe.

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