0230001.HXSW

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The 0230001.HXSW Fuse is a user-defined, high-speed, small-frame type of fuse. It is a highly reliable and economical electric protection device designed for applications in the automotive, train, solar energy and other power grid protection systems. It provides the convenience of selectable electrical characteristics, such as ratings, interruption time and current levels.

This type of fuse features a unique design, which combines a filament, a non-electrical barrier, with the traditional fuse element, resulting in an extremely fast response and reliable protection. The fuse consists of a body, a fuse terminal, a filament and a barrier. The fuse terminal provides the electrical connection for the fuse body, while the filament is the inner structure of the fuse, made of a platinum wire, which melts when an overload current flows through it.

The presence of the non-electrical barrier prevents current from flowing above the rated current. This prevents overcurrent or short-circuit conditions, as the fuse will open and interrupt the current before it can cause any damage. The barrier also ensures that the maximum allowable voltage across the fuse terminal is safely limited.

The 0230001.HXSW fuse has several important characteristics, including a current rate of up to 200 A, an operating voltage up to 400 VDC and an inrush current of up to 1200 A. This makes the device highly suitable for protection against overcurrent for a variety of applications.

In addition, it has a wide operating temperature range of -40°C to 125°C. This allows it to be used in a wide range of environments. It also has an overcurrent protection of up to 200 A, a maximum interruption time of no more than 5 ms and an average life of more than 10,000 hours. All of these features make it an ideal choice for applications where fast reactive overcurrent protection is required.

The 0230001.HXSW fuse is a key component of a power-protection system and provides essential protection against dangerous, overcurrent conditions. It is also highly cost-effective and reliable, making it an ideal choice for a variety of different applications, from automotive and train protection to solar and power-grid protection.

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