IEGH666-28642-041-V

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Circuit breakers are an important safety component in nearly all electronic systems. The IEGH666-28642-041-V is a circuit breaker designed to protect against the effects of an over-current event that could damage the components in a system. It works by measuring the current flowing through the circuit and opening the circuit when it reaches a particular level, thus preventing current levels from exceeding recommended levels.

The IEGH666-28642-041-V is designed for use in a variety of applications, such as automotive, home appliance, and industrial equipment. It is also suitable for use in a variety of power systems, such as residential, commercial, and industrial buildings. The circuit breaker can be mounted onto the panel board or DIN rail for easy installation.

The working principle of the IEGH666-28642-041-V is based on a thermally sensitive element that responds to rapid changes in current or temperature. This element changes state when the current in the circuit reaches a predetermined level. When this happens, the circuit breaker automatically trips, breaking the circuit and preventing excessive current. The circuit breaker can also be manually tripped if needed in a situation where the breaker is blocked from tripping by another circuit.

It is important to note that the IEGH666-28642-041-V is not designed to provide ground fault protection. This must be supplied by an additional device or circuit. Additionally, the circuit breaker should be replaced if it ever fails to trip. This will ensure that future over-current events do not occur and damage components.

In summary, the IEGH666-28642-041-V is designed for use in a variety of applications and power systems. It utilizes a thermally sensitive element that responds to rapid changes in current and temperature in order to trip the circuit breaker. While not designed for ground fault protection, an additional device or circuit must be used to provide this protection. Care must be taken to ensure that the circuit breaker trips in order to prevent over-current events which could damage components.

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