0256015.M

Fuses are an important component of electric circuits. They are designed to protect circuits from excessive current or voltage, and 0256015.M fuses are no exception. This type of fuse is mainly applied to the low-voltage and mid-voltage circuits.

The 0256015.M fuse is a molded case fuse, and it is made of high-quality ceramic tubes. It is manufactured to ensure that it offers superior protection against sudden changes of the temperature or electrical current. This kind of fuse is typically rated for 1A at 250V AC, and it has a maximum interrupting rating of 10kA, making it suitable for circuit protection in residential, commercial, and industrial applications.

The working principle of the 0256015.M fuse is based on the fact that when the current goes beyond the prescribed limit, the fuse element will be heated and melted. Once the fuse element is fused, the electrical current will be cut off, thus preventing circuit damage. This type of fuse is designed to be one-time use only — once it has been used, it needs to be replaced with a new fuse.

This 0256015.M fuse is also equipped with an indicator light to alert the user of a potential hazard. When the fuse is overloaded, the indicator light will either go off or remain illuminated depending on the application. This helps to reduce the chances of dangerous electrical malfunctions, and it ensures that the user is aware of any dangerous electrical conditions present.

Since the 0256015.M fuse is specifically designed and tested for superior performance, it can provide reliable protection for electric circuits even in the most hazardous environments. This type of fuse can be used in a variety of applications, from residential circuits to high-voltage industrial circuits, thus making it the ideal choice for reliable circuit protection.

Overall, 0256015.M fuses offer superior protection against sudden changes of temperature or electrical current, and it is suitable for low-voltage and mid-voltage circuits. It is equipped with an indicator light for easy monitoring of potential hazards, and it is specifically designed for superior performance. Thus, it makes the perfect choice for reliable circuit protection.