BK/ATM-30

The BK/ATM-30 fuses feature an excellent combination of current protection and overload response that makes them suitable for a broad range of applications. It can be used to protect a variety of components, such as motors, transformers, capacitors and cables, from overcurrents due to faults, high current draw, or excessive load. As such, these fuses are commonly used in the automotive, telecom, industrial, and architectural industries.

The BK/ATM-30 fuses feature internal circuitry that creates a precise, accurate, and highly sensitive current limit that will activate in the presence of a dangerous current. This works by measuring the current draw across the entire fuse, which is converted into an electrical signal. This signal is processed by the fuse using various sophisticated algorithms that determine the limit current rating, and then it is compared to the current draw of the circuit. If the current draw surpasses the limit set by the fuse, the thermal element in the fuse will be activated, triggering the fuse to open and safely disconnect the circuit.

The temperature coefficient of the fuse also helps to ensure proper protection in high temperature environments. This special construction of the fuse will allow the voltage rating to remain constant and the current limit to remain stable, regardless of the ambient operating temperature. This feature makes them ideal for many automotive applications.

The BK/ATM-30 fuses are also important components used in grid-tied solar energy systems, as they play a crucial role in protecting both the generator and end user from dangerous levels of current. It is important to note, however, that this type of fuse should never be used in circuits with current higher than the limit rating of the fuse.

In conclusion, the BK/ATM-30 fuses can be used in a wide variety of applications, from automotive to telecom industries, due to their precise current protection and overload response. Moreover, such fuses also feature a temperature coefficient of construction, making them suitable for high temperature environments. And it is important to note that such fuses should never be used in circuits with current higher than the limit rating of the fuse.