2070.0017.11

2070.0017.11 application field and working principle

A fuse is a safety device that is used to protect electrical circuits, equipment, and systems from overcurrents, which may be caused by short circuits, overloads, or ground faults. It contains a metal strip or wire that melts when too much current passes through it. When this happens, the circuit is disconnected, which stops the current from continuing to flow.

Fuses are used wherever electricity is present, they are found in applications such as household appliances, power supplies, automobiles, and industrial equipment. The 2070.0017.11 is an automotive fuse that is designed to protect the wiring of an automotive system from overload.

The 2070.0017.11 is a small, plastic-encapsulated fuse that is designed to handle high currents. It features a blow-off feature which blows an indicator flag if the fuse has opened, making it easier to diagnose a blown fuse. The fuse has a Current Rating of 17A (17 Amperes) and a Voltage Rating of 12V (Volts). It also has a mechanical strength of 500 g minimum. Additionally, it has a Short-Circuit Rating of 1000A, meaning it can withstand short-circuit currents up to 1000A without compromising the integrity of the fuse or the safety of the circuit or system.

The working principle of the 2070.0017.11 is fairly straightforward. In typical usage, the fuse is placed in series with the circuit or system to be protected. When the current running through the circuit reaches a level that is higher than the current rating of the fuse, the metal strip or wire inside the fuse will heat up due to the increased current. This heating will eventually cause the metal to melt, opening the circuit and breaking the current.

The 2070.0017.11 fuse is an important tool in the arsenal of circuit protection. It can easily be installed in automotive applications and provides reliable protection from overcurrents. It is an essential tool for keeping circuits and systems safe from overloads and short circuits, and helps ensure a safe and reliable system.