023402.5MXP

Fuses

The 023402.5MXP is a fuse type designed for use with high temperature applications. It is a fast-acting fuse that is designed for use in exceptionally hot environments. It can be used to protect circuits from overheating due to excessively high current loads, or over-voltage or over-temperature conditions. It is typically used for medium wattage applications in high temperatures.

This type of fuse has a ceramic body that is capable of withstanding temperatures up to 600°C. The fuse element consists of Ni/CrAe wire that has a melting point of 1500°C. The body is encased in a square-head with two terminals. The 023402.5MXP is triggered when the current reaches 125 A, which makes it suitable for power supplies and grid infrastructure.

The 023402.5MXP has a number of features that make it suitable for use in hot environments. It has high shock tolerance due to its ceramic body, and it also has low power loss thanks to the use of an ultra-low temperature coefficient. The fuse does not require the use of any special tools or wiring for assembly, and it has a very short operating time of 9 seconds or less.

The 023402.5MXP fuse is commonly used in industrial settings, such as in power grids, and for other high temperature applications such as air conditioning systems. It is also used to protect circuits in consumer electronics, cars, and other high temperature applications.

The working principle of the 023402.5MXP fuse is simple. When a current overload occurs, the fuse element will heat up, and when it reaches a certain temperature, it will melt, breaking the circuit and protecting it from further damage. This type of fuse is designed so that it will melt before any other components in the circuit do, thus preventing the circuit from further damage.

The 023402.5MXP is a reliable and cost-effective fuse designed for hot temperature applications. It is easy to install, and the fuse element can be easily replaced if it is damaged or in need of a new fuse. Its high current rating makes it suitable for a variety of applications, and its low power loss makes it an ideal choice for high temperature applications.