IUGN6-34901-5

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Circuit breakers are an electric switching device employed to interrupt heavy electric current — usually to prevent a malfunction in the system. They are also used to protect against electrical fire caused by electric surges. IUGN6-34901-5 is a low-voltage circuit breaker specifically designed to provide protection against overload, short circuit and ground fault.

IUGN6-34901-5 is a type of miniature circuit breaker (MCB) that is used to protect electrical wiring and small electrical circuits and equipment against overload, short circuit and ground fault. This MCB is characterized by a superior performance level and utilizes advanced technologies to achieve a high degree of functionality.

IUGN6-34901-5 has a wide range of applications, from semi-heavy-duty residential construction use to light industrial installations. It can easily be installed in any type of environment and is available in several configurations, with different voltage and current ratings, auxiliary contacts and trip curves.

The working principle of IUGN6-34901-5 is based on the principle of thermal-magnetism. When an overload current passes through the device, a heater element heats up, creating a magnetic field that acts upon the circuit breaker’s contact mechanism. This causes the breaker contacts to open, interrupting the circuit and preventing any further damage.

In addition, IUGN6-34901-5 has built-in safety features that provide additional protection. For example, it features a fuse holder, which provides additional protection against short circuits. It also has a built-in LED indicator that lights up when a short circuit or an overload is detected, which allows for quick identification of the issue.

The IUGN6-34901-5 circuit breaker is a reliable, cost-effective and safe solution for protecting domestic and small industrial electrical circuits. Its superior performance, compact size and ease of installation make it an ideal choice for a variety of applications. Additionally, it provides reliable protection against short circuits, surges and overloads, giving users peace of mind.

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