03251.25VXP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuses are an important component of an electrical circuit, providing circuit protection and efficient current control. Among them, 03251.25VXP is a type of fuse specially designed to provide overload protection for circuits. The 03251.25VXP is commonly used in various applications to serve the purpose of effective circuit protection. This article will discuss its application field and working principle.

The 03251.25VXP are most commonly used to protect process control circuits, measurement and control circuits, fan control circuits, motor control circuits, lighting systems, and other electrical circuits with relatively high overload current. Its compact size and quick response time make it an ideal choice for circuit protection. They offer a nominal current rating of 10A, with a maximum transient current rating of 20A and maximum melting time of 0.15 seconds. As a result, the 03251.25VXP provides reliable circuit protection against short-circuit and overload faults, while allowing normal operation of the protected circuit without interruption.

The 03251.25VXP works by melting the metal alloy inside when the current exceeds its rated value. The metal alloy in the fuse has a specific melting point, and when the current becomes higher than what is rated, the internal temperature will become too high and the metal alloy will melt, thus breaking the circuit and tripping the fuse. This will protect both the under-current device from being damaged due to excess current and the over-current device from being overloaded. Besides, the 03251.25VXP also features a reset function, which allows a reset to be performed by pushing the reset button after the overload has been cleared.

In conclusion, the 03251.25VXP fuse is an ideal choice for circuit protection in various applications due to its small size, fast response time and reliable overload protection. It works by melting the metal alloy inside when the current exceeds its rated value, thus tripping the fuse and breaking the circuit. Last but not least, its reset button makes it even easier to reset the circuit so that it can go back to normal operation.

The specific data is subject to PDF, and the above content is for reference