IEG6-36902-10-V

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Circuit breakers are devices that protect electrical systems from overloads and short circuits. The IEG6-36902-10-V is a circuit breaker designed with a variety of features to help in this purpose. Understanding its application field and working principle can help in making sure it is used as effectively as possible.

Application Field

The IEG6-36902-10-V circuit breaker is designed for use in the power generation, transmission and distribution industry. It can be used for protection against short circuit currents, over voltage and overloads in both AC and DC network systems. In addition to power plants, this breaker can be used in a variety of applications such as in wind turbines, solar panels, and electrical vehicles. This breaker is also well suited for medical applications, where a reliable power supply is needed. It is rated up to 690V, so it can handle higher voltages to cover a wider range of power systems.

Working Principle

The IEG6-36902-10-V circuit breaker has two main components that work together to protect circuits against damage. The first is an Arc Fault Detection (AFC) system, which monitors the electrical current passing through the circuit. If too much current passes through the circuit, the AFC system will detect it and trip the breaker to shut off the power supply and protect the circuit from damage. The second component is the current-limiting element, which provides additional protection by limiting the amount of current that can flow through the system.

The current-limiting element works in two stages. First, the device detects a high current level and reduces it to a predetermined level. The second stage is to limit the current further, if needed, by short-circuiting the circuit. This extra level of protection helps ensure that no excess current passes through the system and damage occurs.

The IEG6-36902-10-V is an advanced circuit breaker that includes several features to increase safety and reliability. It is certified for use against short circuit currents and offers excellent protection against overloading and other faults. By understanding its application field and working principle, a user can be sure to get the most out of this device and keep their power systems safe and reliable.

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