IEGF6-35876-3-V

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Circuit Breakers

The IEGF6-35876-3-V is a type of circuit breaker intended for use in various applications. It is a one-pole device used to protect an electrical system from overvoltage and short circuits caused by high-voltage spikes or surges.

A circuit breaker is a switch that can be opened or closed manually, or by an automated system such as a computer. When an electrical overload presents itself, the circuit breaker trips and opens the circuit, preventing current from flowing and preventing further damage. The IEGF6-35876-3-V is one among many circuit breaker designs.

The IEGF6-35876-3-V circuit breaker is designed for medium-voltage circuit protection, designed to automatically protect electrical systems from damage caused by overcurrent, overvoltage, and short circuits. The device is suitable for protecting single-phase and three-phase systems. It can be used in power distribution systems, industrial controls, motor controls, and other applications.

The IEGF6-35876-3-V circuit breaker design works on the principle of thermal-magnetic tripping. This means the device contains two trips - a thermal trip, which is activated by excessive heat, and a magnetic trip, which is activated by excessive current. When the breaker senses either of these, it will open the circuit. The time it takes for the breaker to open the circuit after sensing either of these conditions is measured, and helps determine the breaker’s rating.

The IEGF6-35876-3-V circuit breaker is designed to provide maximum protection for electrical systems. It is UL listed, and is tested to comply with UL 489 and IEC 60947-2 standards. It is available with a range of mounting and connection options, including direct mounting and industry-standard wiring arrangements.

The IEGF6-35876-3-V circuit breaker is suitable for use in a wide range of applications, including power distribution systems, industrial controls, motor controls, and other industrial and commercial applications. It provides reliable and effective protection against overvoltage and short circuit faults, and can be relied upon in even the most challenging environments.

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