IEGBX1-35204-30L-V

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Circuit Breakers

Circuit breakers are an essential safety feature in the electrical circuitry of homes, businesses, and other buildings. They are designed to detect potentially dangerous overloads and disconnect the power if an overload is detected. Circuit breakers come in a variety of shapes, sizes and ratings, depending on the application they are designed for.

One such circuit breaker is the IEGBX1-35204-30L-V. It is rated for 30 volts, and is typically used in residential, commercial, and industrial electrical systems. The IEGBX1-35204-30L-V circuit breaker features two circuit breaker elements that work together to help protect both the equipment and the building from overloads.

The first element is a thermal-magnetic trip unit. This trip unit is designed to detect overloads and disconnect the power in the event of an overload. The trip unit has two separate feedback mechanisms: a thermal element, and a magnetic element. The thermal element is designed to detect increases in the current or heat, which can indicate an overload or short circuit. The magnetic element is designed to detect increases in the voltage, which can also indicate an overload. When either of these elements detect an overload, they send a signal to the other element, which triggers a disconnection of the electricity.

The second element, which is optional and not included in all versions of the IEGBX1-35204-30L-V circuit breaker, is the voltage monitoring system (VMS). The VMS is designed to detect when the voltage drops below or rises above predefined thresholds. When the voltage drops below or rises above the preset thresholds, the VMS will trigger the disconnection of the electricity. The VMS can also be used to monitor the current and the power.

The IEGBX1-35204-30L-V circuit breaker is designed to provide protection to the electrical system, equipment, and the building in the event of an overload or short circuit. It is typically used in residential, commercial, and industrial electrical systems, and is designed to disconnect the power in the event of an overload or an increase in the current, voltage, or power. The optional VMS helps to provide additional protection by monitoring voltage levels, as well as current and power levels.

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