048107.5HXLP

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The 048107.5HXLP is an electrical specialty fuse designed for a variety of limited applications. This product is intended to protect electrical systems and components from damage due to overcurrent or short-circuit conditions. The 048107.5HXLP fuse is a highly reliable, low-profile, high-current fuse with a low-set point.

Application Field

The 048107.5HXLP fuse is suitable for use in a wide range of applications, including: automobiles, transformers, switchboards, lighting systems, power networks, alarm systems, and many more. The device is specifically designed to provide protection for one or more circuits where overcurrent protection is highly critical. Its low-set point and low-profile design make it ideal for embedded applications. It is also resistant to vibration and corrosion, making it suitable for use in hazardous areas.

Working Principle

The 048107.5HXLP fuse operates on the principle of thermally-regulated current limiting, which means that the fuse is designed to react to any sudden increase in current and react accordingly. When an overcurrent condition occurs, the internal heating element is heated up by the excessive current which causes it to expand, in turn breaking the metal strip which then activates the trip mechanism, thus disconnecting the circuit. This ensures that the circuit is protected from any further damage due to the overcurrent.

The 048107.5HXLP fuse is designed to provide protection from both short-circuit and overcurrent conditions. It is resistant to temperature changes as well as vibration and corrosion, making it suitable for use in hazardous areas. Furthermore, it is a low-profile product which allows it to be easily installed even in embedded applications.

Conclusion

In conclusion, the 048107.5HXLP is an electrical specialty fuse which is specifically designed for a variety of limited applications, primarily due to its low-profile design, low-set point trip mechanism, and resistance to vibration and corrosion. It is suitable for use in automobiles, transformers, switchboards, lighting systems, power networks, alarm systems, and many more applications. Moreover, it operates on the principle of thermally-regulated current limiting, thus making it ideal for protection from both short-circuit and overcurrent conditions.

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