IEGBX66-36416-1-V

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Circuit Breakers

Circuit breakers are devices that are used to protect electrical systems, networks and individual components from damage due to overloads and short circuits. They are designed to detect faults quickly and switch off the power before it is too late. They are located in a variety of places such as circuit panels, distribution boards, control panels and household appliances. This article will discuss the application field and working principle of the IEGBX66-36416-1-V circuit breaker.

Application Field of IEGBX66-36416-1-V Circuit Breaker

IEGBX66-36416-1-V circuit breakers are designed for use in low voltage and direct current applications. This circuit breaker can be used in commercial and industrial systems, such as data centers, production lines, telecommunications, and industrial facilities requiring reliable protection against power supply outages and interferences. It is suitable for protection from both overload and short circuit, and can be used in any standard single-phase, three-phase and four-wire electrical systems.

This circuit breaker has high durability and is able to withstand extreme buildup of heat and pressure. The product is also designed to withstand harsh environmental conditions such as vibration, shock, and dust. IEGBX66-36416-1-V circuit breakers are UL and cUL listed and CE approved for quality assurance. The product is also fully compliant with IEC standards and has a high breaking capacity.

Working Principle of IEGBX66-36416-1-V Circuit Breaker

The IEGBX66-36416-1-V circuit breaker is designed with a protection element that responds to current and enables the circuit breaker to detect and trip on fault currents in the system. The protection element is designed as a bimetallic strip made of two different metal alloys with different thermal expansion coefficients. When current passes through the bimetallic strip, the two metals expand at different rates which causes the strip to bend. This bend is then used to trip the circuit breaker.

The orientation of the bimetallic strip determines the time it takes for the breaker to trip. When the current is too high and the strip is bent at a certain angle, the circuit breaker will trip in a few milliseconds. However, the breaking capacity of the breaker can be adjusted by adjusting the angle of the bimetallic strip. This means that it can be adjusted to trip on higher or lower current levels.

The IEGBX66-36416-1-V circuit breaker also features a shunt trip unit that allows for remote control of the breaker. This allows for a system to be shut down when there is an issue or for safety reasons. The shunt trip unit can be triggered either manually or with a signal from a separate system, such as a fire alarm.

Conclusion

IEGBX66-36416-1-V circuit breakers are designed for low voltage and direct current applications and have a high breaking capacity. The circuit breaker is protected by a bimetallic strip which reacts to current and trips the breaker when the current is too high. The shunt trip unit also allows for remote control of the breaker. This makes the IEGBX66-36416-1-V circuit breaker a reliable and versatile product for protecting electrical systems.

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