IEG6-30398-1-V

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Circuit breakers are vital components in any electrical system. They are designed to protect against short circuits and other system malfunctions. The IEG6-30398-1-V application field and working principle is an example of this type of device.

IEG6-30398-1-V application field and working principle is a two-pole, three-phase circuit breaker. This device features a high interrupting rating of 4800A, at 600V AC and 2500A, at 480V AC, making it ideal for use in commercial and industrial applications. This type of circuit breaker is designed to provide protection to circuits and equipment in the event of an over-current fault.

The IEG6-30398-1-V application field and working principle utilizes thermal-magnetic and electronic trip functions. The thermal-magnetic trip function detects an over-current fault and then trips and/or shuts down the affected circuit in order to protect it from further damage. The electronic trip feature, on the other hand, provides additional protection for sensitive equipment, as it allows for more precise and instantaneous over-current fault detection.

In order for the IEG6-30398-1-V application field and working principle to function properly, it must be properly installed and wired. The device should be installed following the local electrical code and the manufacturer’s installation instructions. It should be wired up to the correct feeder conductors and the correct branch-circuit conductors. The breaker should then be tested prior to use to ensure that it is working correctly and providing the necessary levels of protection.

The IEG6-30398-1-V application field and working principle is designed to provide a safe and efficient level of protection when it comes to electrical systems. This type of circuit breaker can be used in both commercial and industrial settings, offering an ideal solution for any environment involved in electrical construction and maintenance.

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