0268.200V

Fuses are devices that protect electrical systems from damage due to overcurrent or short-circuits. Generally, they are designed to blow before current levels become dangerous, thereby protecting the system. 0268.200V is a type of fuse that is rated in volts.

The 0268.200V fuse is designed to provide reliable, stable, and cost-effective protection for medium voltage applications. This fuse can be used for a variety of applications including motor protection, distribution system protection, and capacitor protection in wind turbines, gas turbines, and photovoltaic systems. It can also be used in medium voltage circuit breakers, switchgear, transformers, and distribution panels.

The 0268.200V fuse is available in three different sizes, with a current rating of 1A, 2A, and 4A, and a voltage rating of 200V. This fuse can also be provided with optional terminals and added protection features such as an overcurrent indicator, a tension indicator, and a short-circuit indicator. It has a trip time of 0.05 seconds and a breaking current of 10kA.

The 0268.200V fuse works on the principle of melting and thus interrupting the circuit. This fuse has two parts: the fusible element and the encapsulated body. When the current flowing through the fuse becomes too high, the heat generated by the current causes the fusible element to melt, thereby opening the circuit and interrupting the current. The body then provides the necessary insulation and protection for the fuse. The current rating of the fuse determines the amount of current that the fuse will allow to pass before it goes into action.

In summary, the 0268.200V fuse is a reliable and cost-effective device designed to protect medium voltage applications from overcurrent and short circuit. This fuse is available in three different sizes and with various protection features such as an overcurrent indicator and a tension indicator. The 0268.200V fuse works on the principle of melting and thus interrupting the circuit when the current passing through the fuse becomes too high.