031301.5VXIDP

031301.5VXIDP Application Field and Working Principle

Fuses have a variety of applications, and a popular type is the 031301.5VXIDP. This fuse is used to protect equipment against damage due to short circuits, ground faults, or other overcurrents. It generally has an interrupting rating of 10,000 amperes and a voltage rating of 125/250 VAC. The 031301.5VXIDP has become a widely used fuse for motors, transformers, and other low voltage applications due to its ability to provide effective overload protection.

The working principle of the 031301.5VXIDP is based on the operation of a thermal-magnetic switch. The fuse is made of a specially formulated metal that expands with increasing temperature. When the current through the device reaches a predetermined level, the metal strip inside the fuse melts, creating an open circuit. This interrupts the flow of electricity before damage can be done. With the current interrupted, the fuse acts as an effective fuse due to its thermal-magnetic switch.

The 031301.5VXIDP is also designed to be easily replaced and reset with a simple reset mechanism in the fuse body. The reset mechanism is designed to automatically reset when the temperature of the fuse cools. It is suitable for over current protection applications in commercial, industrial, and residential locations.

The 031301.5VXIDP is also easy to install, with all components pre-assembled and equipped with a blank ring for secure mounting. The fuse of these type also complies with UL and CSA standards for safety, making it a dependable and robust fuse for almost any application. The 031301.5VXIDP is an easy-to-install, reliable fuse for over current protection.

In conclusion, the 031301.5VXIDP is a popular type of fuse that is designed to provide dependable over current protection in a variety of applications. It has a thermal-magnetic switch operation and is easy to replace and reset. The fuse is also compliant with applicable standards and has all components pre-assembled. It is a well trusted fuse for its dependability and resilience in applications requiring reliable and effective over current protection.