IUGF6-1-72-25.0-A-01

Circuit breakers are important components of an electrical system. They provide safety and reliability for electrical systems by allowing the rapid interruption of a circuit or the system’s components. Those are also used to isolate any part of the system which is not functioning properly.

IUGF6-1-72-25.0-A-01 is one of the many types of circuit breakers developed by Siemens. This device is designed to be integrated into low voltage applications and offer a working current of 30A up to 25kA. It comes equipped with many features that make it suitable for most low voltage applications, such as it is highly resistant to short circuit current and has an integrated protection and switching mechanism.

The working principle of IUGF6-1-72-25.0-A-01 is quite simple. It uses a thermal mechanism to detect any overcurrent in the system. When the current in the system increases beyond the rated current, the IUGF6-1-72-25.0-A-01 will automatically trip and open the circuit. This prevents the circuit from being overloaded or damaged, allowing for a continuous and safe operation of the system.

The IUGF6-1-72-25.0-A-01 is ideal for applications in commercial, industrial and residential settings. It is commonly used in high-rise buildings, large industrial complexes, petroleum and coal plants and other locations. Its integrated protection and switching mechanism makes it very reliable in applications that are often prone to overcurrent such as those in electrical systems.

The IUGF6-1-72-25.0-A-01 is designed to be maintenance free and it comes with a short circuit rating of three times its rated current. This makes it ideal for overcurrent protection in low voltage systems and applications. Furthermore, it is highly resistant to short circuit current, providing reliable operation and protection for electrical systems.

In conclusion, IUGF6-1-72-25.0-A-01 is a great choice for any low voltage application. It comes equipped with many features that make it ideal for applications in commercial, industrial, and residential settings. Its thermal mechanism ensures reliable protection from overcurrent and its integrated protection and switching system ensures reliable performance in any situation.