1960063000

Fuses are an important component of any industrial or commercial application. They are used to protect wiring from damage by preventing excessive current from flowing through the circuits. Fuses come in many different shapes and sizes, and each has its own unique set of characteristics and uses. In this article, we will be discussing the application field and working principle of a 196063000 fuse.

A 196063000 fuse is a three phase fuse that provides high current protection. It has a rated voltage of 600 volts AC or 1000 volts DC and a rated current up to 500 amps. It is capable of handling loads up to 1000 amps inrush and has a time delay of 10 seconds. This type of fuse is mostly used for motor circuits that require high starting currents.

The application field of a 196063000 fuse includes industrial, commercial, residential, and medical facilities. It is typically used for the protection of electronic equipment and machinery that require high starting current. This type of fuse has a high melting point and can be used in hot and humid environments where normal fuses are not suitable. It is also suitable for use in applications involving inverters, power supplies, and controllers.

The working principle of a 196063000 fuse is relatively simple. When excess current flows through the fuse, the fuse element inside melts and breaks the circuit. This melts the connection between the two points of the circuit, thereby stopping the current from flowing. The time delay feature helps to protect electronic equipment and other sensitive components from damage due to incoming surges.

The 196063000 fuse is a reliable component that provides effective protection in a variety of industrial and residential applications. Its time delay feature helps to protect sensitive equipment and components from damage due to sudden power surges. Moreover, its strong construction ensures that it can withstand high current without compromising its efficiency. Overall, it is an excellent choice for protecting high power applications from excess current.