7100.1013.13

Fuses are devices designed to protect electrical circuits and circuits from potential damage due to a sudden increase in current. The device works by providing a predetermined amount of resistance to the current flow, or by interrupting the current flow due to thermal or electrical overload. 7100.1013.13 application field and working principle describes the application field and working principle of the 7100.1013.13 family of fuses.

Design Requirements and Specifications

Fuses must adhere to certain design requirements and specifications in order to function properly. The 7100.1013.13 family of fuses must have a built-in thermal fuse element that will detect and open when an over temperature condition is present. The fuses should also have a UL recognized capacitor preset to prevent false trips. The builds in these fuses should also be able to handle 40kA of fault current.

Principle of Operation

The 7100.1013.13 family of fuses is designed to operate under normal conditions, and automatically open when an over temperature or fault condition occurs. The operating principle of the fuses involves a thermal fuse element that is connected to a current limiting element, which consists of a UL recognized capacitor in series. When a fault condition or an over temperature condition is present, the thermal fuse element will be triggered, interrupting the current flow and protecting the circuit against potential damage.

Application Fields

The 7100.1013.13 family of fuses is suitable for a wide range of applications. It is particularly useful for protection of electric motors and drives, as well as other high current, higher temperature applications. These fuses can also be used for protection of domestic and commercial circuit breakers as well as industrial equipment and installations.

Conclusion

The 7100.1013.13 family of fuses provide reliable protection for a wide range of applications. The built-in thermal fuse element is designed to detect and open when an over temperature condition or fault current is present, protecting the circuit from potential damage. By adhering to certain design requirements and specifications, these fuses can provide reliable protection for many different kinds of electrical circuits and applications.