IAG6-1-51-15.0-A-01

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Circuit Breakers

IAG6-1-51-15.0-A-01 is an example of a circuit breaker, a specialized electrical device used to protect circuits from overloads, short circuits, and faults. Circuit breakers are designed to detect improper current levels and open the circuit when a fault is detected.

Application Field of Circuit Breakers

Circuit breakers are essential components of any electrical installation, as they provide a quick and efficient means of disconnecting the circuit when a fault is detected. They have a wide range of applications, including residential, commercial and industrial systems. In residential buildings, they are usually used to protect against overloads, while in commercial and industrial applications they provide protection against both overloads and shorts.

Working Principle

Circuit breakers typically include an insulated wire, known as a coil, embedded in an electromagnet. When an over current is detected, the resulting magnetic force creates an electric current in the coil, which causes a switch to open and disconnect the circuit. This switch is known as a trip switch.The current level which causes a trip switch to open is referred to as the breaker’s rating. This rating is typically expressed as amps, and is determined by the size of the breaker’s internal components. To prevent false tripping caused by momentary surges, most breakers have adjustable trip points.

Advantages of Circuit Breakers

Circuit breakers have many advantages over older types of circuit protection devices, such as fuses. The most important advantage is their ability to be reset with the flick of a switch. This eliminates the need to replace blown fuses, and allows the circuit to be quickly restored to working condition. Circuit breakers also have a wider range of ratings, allowing them to be used in a greater variety of applications. Finally, they have improved safety features, such as double insulation and built-in overload protection.

Conclusion

In short, circuit breakers are essential components of any electrical installation, and are widely used in residential, commercial and industrial settings. They provide quick and efficient protection from overcurrents, short circuits and faults, and can be easily reset with the flick of a switch. With their wide range of ratings and improved safety features, circuit breakers are the ideal choice for protecting circuits from damage.

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