IEGH11-35634-7-V

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Circuit breakers are designed to prevent excess current from damaging other components and circuits. The IEGH11-35634-7-V is a two-pole circuit breaker that is designed to protect circuits against overload and short circuit conditions. Its application field includes circuit protection for power distribution, motors, and other electrical equipment.

The IEGH11-35634-7-V circuit breaker has a rating of up to 280V DC/ AC and 40A. It is suitable for use in a wide variety of applications including industrial, residential, and commercial installations. It is a two-pole circuit breaker, meaning it provides both short circuit protection and overload protection in a single device.

The IEGH11-35634-7-V circuit breaker works by switching off when a current increases beyond the set trip level of the circuit breaker. When the current exceeds the maximum rating of the circuit breaker, a trip action is triggered and the circuit is disconnected from the power source. This protects the circuit against damage.

When a current fault occurs, the IEGH11-35634-7-V circuit breaker detects the fault and trips the breaker. It then maintains that state until the fault is corrected or the breaker is reset manually. The electronic trip unit of the circuit breaker is designed to detect and react to both overload and short circuit conditions. This ensures that the circuit is protected against both types of faults.

The IEGH11-35634-7-V circuit breaker is also capable of displaying its status and trip history. Through the use of an adjustable built-in current transformer, it is possible to monitor the current flowing in the circuit. The readout on the display can be used to observe the current flow and react accordingly.

In conclusion, the IEGH11-35634-7-V circuit breaker is a two-pole circuit breaker with a rating of up to 280V DC/AC and 40A. It is suitable for a wide range of applications including industrial, residential and commercial environments. It is designed to protect circuits against overload and short circuit conditions. It can also display its current readings, enabling users to monitor their circuit while it is in operation.

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