0219.160MXAE

Fuses are commonplace in everyday life and are a vital part of any electrical system. The 0219.160MXAE is one such fuse that is designed for use in various applications, particularly within automotive and industrial applications. This article will look at the application fields and working principle of this type of fuse.

The 0219.160MXAE fuse is a molded case type fuse with a 250 Volt Rating. It is encased in high temperature thermoplastic to provide insulation, protection, and to ensure the fuse is moisture/dust resistant. This type of fuse is designed for use with alternating current and is suitable for general purpose AC applications, as well as for dedicated motors, circuit protection, and overload protection of motors and transformers.

In terms of its applications, the 0219.160MXAE is suitable for use in automotive, industrial, and other protective devices. This type of fuse often finds its way into cars, trucks, and other vehicles in order to protect alternators, starter motors, ignition systems, and other electrical components. It is also used in industrial applications such as pumps, air compressors, and motor controllers. In addition, it is often incorporated into applications related to power generation, home appliances, and telecommunications systems.

The working principle behind the 0219.160MXAE fuse is fairly straightforward. The fuse is basically composed of a ribbon resistor wire, which is connected to two terminals, and to the fuse housing. This ribbon resistor wire is designed so that it will heat up when an excess of current is detected, thereby breaking the electrical flow. As this current is suddenly eliminated, the protective circuit will be activated, disconnecting the circuit from the power source and protecting it from further damage.

In conclusion, the 0219.160MXAE fuse is designed for general purpose AC applications and is suitable for a range of automotive and industrial uses. The working principle is fairly simple, relying on a ribbon resistor wire to detect excessive current and then breaking the electrical flow to disconnect the circuit from the power source. This type of fuse provides effective protection and is therefore well suited for circuitry requiring overload protection or circuit protection.