0217008.MXE

Fuses

0217008.MXE is a type of fuse used for standing-duty application in low voltage and temporal overload circuit protection. The built-in fuse is intended for applications in domestic motor, lighting and distribution circuits. Adhering to good manufacturing practices, the product offers maximum protection against overload current and short circuit current in low voltage networks.

Application Field

0217008.MXE fuses are mainly used in domestic circuits and systems, such as residential distribution networks, lighting systems, motor protection circuits, and industries involved in electrical maintenance or electrical and electronic building installations. It is applied for single-phase AC, DC, or pulse circuits as well as other control circuits. As an over-current protective device, this fuse ensure reliability and safety.

Working Principle

When a fault current higher than the rated current flows through the fuse, the heat of the fuse wire is generated rapidly, and it will melt in a short time to break the circuit. This operation reduces the fault current to a level making it safe for the components in the circuit, hence preventing the risk of electric shock or fire. In lower range of current, the fuse wire will be heated by passing current, however, the temperature is lower so that the fuse will not melt and the circuit will be protected from temporary overloads.

Advantage

The 0217008.MXE fuse has a number of advantages over other types of fuses. It has low insertion losses, low contact resistance for reliable protection against fire and electric shock, and offers outstanding electrical and thermal performance. It is also easy to install and remove, making it suitable for a number of applications.

Conclusion

0217008.MXE is a type of fuse used for a variety of applications in low voltage and temporal overload circuit protection. By monitoring and controlling the flow of electricity in a circuit, the 0217008.MXE fuse protects against overloads and short circuits, offering reliable, cost-effective protection.