0239.080MXP

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Fuses are safety components for electronic installations. They are designed to protect both humans and equipment from electric shock and potential damage that can result from electrical shorts, overloads, and other electrical faults. The 0239.080MXP is the latest model of fuse that has been developed in order to provide better protection in a variety of applications.

The 0239.080MXP is a glass body, time-delay fuse with a range of features that make it ideal for use in difficult applications. The 0239.080MXP has a high breaking capacity of up to 500 amperes and a maximum voltage rating of 600 volts. This makes it suitable for use in a wide range of applications including automotive, industrial, telecommunications, and appliance applications.

The 0239.080MXP also has a fast-acting trip element which makes it ideal for use in short circuit protection applications, as it is able to detect and trip in as little as 5 milliseconds. The 0239.080MXP also features a temperature-compensated, time-delay element which allows it to accurately operate within its rated characteristics. This makes it suitable for heavier duty applications in which circuit breakers and other forms of overcurrent protection may not be able to provide the necessary protection.

The working principle of the 0239.080MXP is based on the Joule-Thomson effect. When the current through the fuse reaches its melting point, the fuse element will expand and the arc will be extinguished. This prevents any further current from flowing through the fuse. The time-delay element of the 0239.080MXP ensures that the next overload is not immediately stopped but is instead delayed long enough to allow for the removal of unnecessary power components. This is beneficial in applications such as solar systems, in which the removal of unnecessary components can result in greater efficiency.

The 0239.080MXP is designed for use in a variety of applications. It is suitable for overload protection applications, short circuit protection, and even electrical surge protection. This makes it an ideal choice for a wide variety of applications, both in demanding situations and in everyday applications. Its high breaking capacity, fast-acting trip element, and temperature-compensated time delay make it an excellent choice for use in almost any application.

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