5MFP 500-R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuses are important components in a circuit, as they are designed to protect the circuit from damage caused by overcurrent or overload. The 5MFP 500-R is a popular model of fuse in the electronics industry, and in this article, we will discuss its application field and working principle.

The 5MFP 500-R is a 500 Volt rated fuse, designed for use in electrical circuits using alternating current. It is a time-delay, which means it can allow higher than normal currents through it for a short amount of time. This makes it suitable for use in circuits that may experience momentary high current spikes, such as motors or capacitors. It is also suitable for use in general-purpose circuits, for protection against overload.

The most common use for the 5MFP 500-R is in the automotive industry, where it is used to protect circuits from damage due to overcurrent or overload. It is particularly popular in ECUs (engine control units) and fuses installed in the engine compartment. It is also used in consumer electronics, appliances, and in industrial equipment.

The working principle of the 5MFP 500-R is based on a mechanical action that cuts-off the current when it reaches its rated current. This rating denotes the maximum current that the fuse is able to handle before it trips. When excess current passes through the fuse, it causes the internal wire to heat up. The heat then melts a piece of fusible metal within the fuse, breaking the circuit. The fuse is designed to trip as quickly as possible in order to protect the circuit, although the delays mentioned earlier ensure that it does not trip too quickly when faced with slightly higher than normal currents.

In conclusion, the 5MFP 500-R is a popular type of fuse, used mainly for automotive applications and general-purpose circuit protection. Its working principle is based on a mechanical action which cuts off the current when it reaches its rated current. This ensures that the circuit is protected from overcurrent or overload.

The specific data is subject to PDF, and the above content is for reference