IEGBX1-34919-1-C

Circuit Breakers: IEGBX1-34919-1-C Application Field and Working Principle

Circuit breakers are one of the most important components of many electrical systems and are used to protect equipment from hazardous overloads. The IEGBX1-34919-1-C is a specialized circuit breaker that is designed to meet a variety of needs. This article will examine the application field and working principle of the IEGBX1-34919-1-C.

Application Field

The IEGBX1-34919-1-C is designed for use in medium voltage electrical systems. This circuit breaker can protect equipment from overloads in three phase systems as well as in single phase systems. It can be used in a variety of contexts, including stationary and movable installations, such as in switchboards, distribution panels, and industrial and agricultural systems.

The IEGBX1-34919-1-C is also designed for use in both indoor and outdoor environments, making it versatile and able to meet the needs of most any application. It is also rated for high inrush current, high short-circuit current, and high temperatures, making it ideal for many industrial and commercial applications.

Working Principle

The IEGBX1-34919-1-C circuit breaker uses a thermal-magnetic tripping system for protection from electrical faults. The thermal-magnetic tripping system is a combination of two systems: a thermal element and a magnetic element. The thermal element detects thermal overloads that result from prolonged current overloads. The magnetic element detects electrical overloads that occur in short bursts, such as those from short circuits.

The thermal element is designed to detect a gradual increase in current. As the current rises, the temperature of the thermal element will also rise. If the current remains above the circuit breakers\' trip level for a predetermined amount of time, the thermal element trips and the circuit breaker will open. The thermal element also has a reset button on it that must be pressed after the current overload is addressed before the breaker can be reset and used again.

The magnetic element is designed to detect sudden increases in current, such as those caused by short circuits. The magnetic element of the IEGBX1-34919-1-C is designed to trip in milliseconds after the short circuit occurs. The short circuit must be addressed quickly and the reset button on the magnetic element must be pressed before the breaker can be used again.

Conclusion

The IEGBX1-34919-1-C circuit breaker is an important tool for protecting electrical systems from hazardous overloads. It is designed for use in medium voltage electric systems and is capable of protecting both single- and three-phase applications. The IEGBX1-34919-1-C uses a thermal-magnetic tripping system that combines both a thermal element, designed to detect current overloads, and a magnetic element, designed to detect short circuits. This combination of elements makes the IEGBX1-34919-1-C a reliable solution for a variety of applications.