023406.3MXBP

023406.3MXBP application field and working principle

Fuses are used universally as a form of protection for electrical circuits and components from any damage caused due to an overload or a short circuit. Fuses come in different types, the 023406.3MXBP being one kind. As a low voltage fuse, the 023406.3MXBP is usually used in secondary power distribution applications such as telecommunication systems, industrial and commercial systems, etc.

Working principle of 023406.3MXBP

The 023406.3MXBP is a Class G fuse with an interrupt rating of 50 kAIC@125Vac. This means that it will disconnect a circuit with a fault current of up to 50 kAIC@125Vac, with a maximum of 4kV peak, 10kV peak-to-peak. This fuse works on a melting-alloy principle, which means that it contains a metallic element known as an "alloy" which is designed to melt when too much current is flowing through the circuit, thus disconnecting the circuit and preventing any further damage. This is known as "overcurrent protection" and it is one of the most important functions of a fuse.

Application field of 023406.3MXBP

This particular type of fuse is often used in secondary power protection applications, such as telecommunication, industrial, and commercial systems. With its low voltage rating of 125 VAC, it is perfect for applications that need to protect circuits from low-voltage surges or arcs.

In addition, it can also be used in high-power applications, such as electric power distribution, power plant protection, and motor drives. It\'s interrupt rating makes it well-suited for these types of applications, as it can quickly disconnect a circuit should too much current flow through it. This makes the 023406.3MXBP perfect for applications where safety is paramount.

Conclusion

The 023406.3MXBP is a Class G fuse with an interrupt rating of 50 kAIC@125Vac and is designed to work on a melting-alloy principle. It is most often used in secondary power protection applications, such as telecommunication systems, industrial and commercial systems, electric power distribution, power plant protection, and motor drives. Its low voltage rating and its high interrupt rating make it an ideal choice for applications where safety is paramount.