IEG112-25354-1-V

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Circuit breakers, also known as circuit limiters, are safety devices used in electrical systems to automatically disconnect power from a circuit whenever an overload or short circuit condition occurs. The IEG112-25354-1-V is a type of circuit breaker intended for use in industrial applications. It is a type of molded case switch disconnector that is designed to provide overcurrent and overload protection.

The IEG112-25354-1-V is designed with a sensitive thermal-magnetic trip unit that is adjustable to different levels. It can provide overcurrent protection up to 800 Amps and is able to protect against short circuits up to 16 kA. It is also a UL 489 Listed device.

The IEG112-25354-1-V is typically used in industrial applications like motor control centers. It is typically mounted inside a NEMA-1 rated enclosure and is able to provide protection from both overloads and short circuits. It can be used in a variety of applications, including general-purpose motor control, HVAC, elevator control, and lighting.

The IEG112-25354-1-V operates via a thermal-magnetic trip unit. The thermal element of the trip unit is designed to respond to overloads by slowly opening the contact gap as the internal temperature of the circuit breaker rises. This helps to protect the circuit by preventing an overcurrent that could cause serious damage. The magnetic element of the trip unit is designed to respond to short circuits by quickly opening the contact gap and disconnecting power. This helps to reduce the duration of the short circuit and to prevent potential damage to the equipment.

In summary, the IEG112-25354-1-V is a type of circuit breaker designed for industrial applications. It is a UL 489 Listed device and has a sensitive thermal-magnetic trip unit that is adjustable to different levels. It can provide overcurrent protection up to 800 Amps and can protect against short circuits up to 16 kA. It is typically used in motor control centers and is able to provide protection from both overloads and short circuits. The thermal-magnetic trip unit operates by slowly opening the contact gap when an overload occurs and quickly opening the contact gap when a short circuit occurs.

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