031202.5HXP

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Fuses are found in almost every electrical and electronic system, protecting circuits and people from electric over-loads and short circuits. 031202.5HXP is a type of current-limiting fuse, which is designed to reduce the risk of harm from a large fault current. This article outlines the application fields and working principle of 031202.5HXP.

Application Field of 031202.5HXP

031202.5HXP is a high voltage fuse designed for industrial equipment and photovoltaic power systems. It is suitable for indoor installation and is suitable for protection of power distribution and power system equipment. This type of fuse has a voltage range of 1000Vdc to 1500Vdc and a current rating of 200A. The fuses can be installed in ablock mounting plate or outlet, with screws, nuts, and spring clips for a reliable connection.

Working Principle of 031202.5HXP

031202.5HXP is a current-limiting fuse, which is designed to reduce the risk of harm or property damage resulting from a large fault current. The fuse is made of an element which melts when the current passing through it exceeds the rated value. The melting of the element interrupts the current flow, thus providing protection from further damage. The fuse also has an indicator which shows the melting of the element. The low-resistance design of the fuse ensures a low let-through current, ensuring a high degree of protection for the equipment and personnel.

Furthermore, the fuse also contains a thermal element which is designed to provide a greater level of protection by reducing the fault current to a safe level. The thermal element absorbs the excess current, lowering the temperature of the fuse element and allowing the fuse to reset. Without this thermal element, it would be necessary for the fuse to be replaced after a fault occurs.

031202.5HXP is a an high-quality fuse, with a design optimized for protection of photovoltaic power systems. It is suitable for preventing damage from short circuits or overvoltage, ensuring safety and reliability. It is a reliable choice for ensuring the protection of electrical systems and personnel from potential hazards.

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