0217.800MXBP

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Fuses are essential safety components found in many electrical and electronic systems. The 0217.800MXBP is one type of fuse, and it has a wide range of applications and a complex working principle.

Application Field:

The 0217.800MXBP fuse is a type of fuse designed for use in Secondary Low Voltage Distribution applications. It is a time-delay fuse and is designed to provide overload and short-circuit protection for circuits operating on a voltage between 97 and 253 VAC. It has an interrupting rating of 10 kAIC and is a midget style fuse with end-cap projections for fuse clips. Its size and capacity, as well as its ability to provide fuse protection as currents increase, make it an ideal choice for use in overload and short-circuit protection in various Secondary Low Voltage Distribution applications.

Working Principle:

The working principle of the 0217.800MXBP fuse is based on an internal temperature system. This temperature system is based on the Joule effect which is the production of heat through the passage of an electrical current through a conductor. The current flow through the fuse creates internal heat which is measured by an internal thermometer within the fuse. As the heat increases, tension is put on a spring which eventually forces the fuse link to break, disconnecting the circuit and protecting it from damage. This process occurs when the current passes the fuse\'s rated value and becomes an overload.

In the case of a short-circuit, the high current amplify the temperature created by the Joule effect in the same way as it does with an overload, but the range of temperatures and time taken for the temperature to rise is drastically reduced. This is why the 0217.800MXBP is designed to provide time-delay protection as it can provide protection against short-circuits and overloads.

The 0217.800MXBP is a versatile fuse that can be used for a variety of applications. Its wide range of rated values and its time-delay design makes it ideal for use in Secondary Low Voltage Distribution applications, providing both overload and short-circuit protection.

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