IEGF66-1REG4-69-50.0-01-V

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IEGF66-1REG4-69-50.0-01-V is part of a category of circuit breakers used to protect electrical systems. Circuit breakers are mechanical devices designed to cut off power to an electrical circuit in the event of an overload or short circuit. IEGF66-1REG4-69-50.0-01-V circuit breakers offer a wide range of protection levels and capabilities for a variety of applications.

IEGF66-1REG4-69-50.0-01-V circuit breakers offer protection in high voltage applications such as power distribution systems, industrial and commercial installations, motor control centers, residential buildings, and emergency lighting systems. The 0.50 amp rating of this model is suitable for a variety of low and medium load applications, such as air conditioning systems, lighting systems, and general-purpose electronics. Additionally, this circuit breaker is UL approved, making it suitable for residential and commercial applications.

The IEGF66-1REG4-69-50.0-01-V circuit breaker has several key features that make it a reliable and efficient protection device. It uses a thermal-magnetic design, providing dual protection from both thermal and electrical overloads. This design ensures the circuit breaker can quickly shut off power to the circuit if an overload or short circuit is detected. Additionally, the circuit breaker features a bi-metallic construction for more reliable thermal protection.

The IEGF66-1REG4-69-50.0-01-V also uses an adjustable trip setting. This allows the user to customize the protection level of the circuit breaker to meet specific applications. The user can set the trip level anywhere between 0.17 to 0.50 amps, offering flexibility for different applications and environments. The breaker also features a manual reset button as an added safety measure in the event of an overload or short circuit.

The IEGF66-1REG4-69-50.0-01-V circuit breaker provides reliable protection in a wide range of commercial and residential applications. It is a cost-effective solution for protecting electrical circuits from damage due to overloads and short circuits.

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