0498125.MXT-HD

Fuses are important features found in electrical and electronic circuits. They help to protect circuits from excessive current and prevent equipment damage or destruction due to power surges. The 0498125.MXT-HD is a sturdy and reliable fuse that is easy to install and provides excellent protection from overcurrents.

The 0498125.MXT-HD is a high-performance fuse designed for use in a variety of applications. It utilizes a low-temperature fuse element and a current-limiting element to effectively protect against short circuits and other potential hazards. The fuse is designed to react quickly when current reaches maximum levels, and it will open the protective circuit. This makes it an ideal choice for use in sensitive and critical circuits.

The 0498125.MXT-HD is designed for a wide range of applications, from home and commercial lighting to industrial machinery, solar systems, and more. It is capable of handling up to 30A of current and is UL listed for a maximum of 600V. The fuse also has a high breaking capacity and can operate at up to 600V AC or 250V DC. It is available in three sizes, allowing users to choose the size that best meets their needs.

The 0498125.MXT-HD features a simple and easy-to-use working principle. It is designed with a current limiting element and a temperature disconnect circuit that reacts quickly when a short circuit (or other potential hazard) is detected. The current limiting element is placed in series with the load, and the temperature disconnect circuit is placed in parallel with the load. When the current reaches the maximum level, the temperature-disconnect circuit will open the protective circuit, breaking the flow of current to the load.

The 0498125.MXT-HD provides reliable and effective protection against overcurrents, making it an ideal choice for a wide variety of applications. It is UL rated and can handle up to 30A of current. Its simple working principle makes it easy to install, and its high-performance design ensures that it can effectively prevent overcurrent issues.