IEG111-1REC4-62-25.0-01-V

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Circuit Breakers are electrical devices which open or close a circuit when the flow of electricity surpasses its safety limit. The IEG111-1REC4-62-25.0-01-V is a particularly versatile model of Circuit Breaker which is of great use in many applications. This article will discuss its application fields and its working principle.

Types of Circuits

The IEG111-1REC4-62-25.0-01-V model of Circuit Breaker is suitable for different types of circuits, including single-phase, three-phase and direct current (DC). For direct current, the circuit breaker can be used as a shunt device, which is a more reliable method than fuse-type circuit breakers.

Application Fields

The IEG111-1REC4-62-25.0-01-V is suitable for use in a variety of industries, including automotive, manufacturing, agriculture, defense, power generation, and many more. Its versatility makes it a favorable choice in many situations, as it is able to handle a variety of voltages, currents, and circuit types.

In the automotive industry, for example, the IEG111-1REC4-62-25.0-01-V is often used to break circuits that protect the electrical components of a vehicle, such as airbags or ignition systems. This allows for quick and easy repair or replacement of the system, without having to completely dismantle the vehicle electronics.

In the manufacturing and power generation industries, the IEG111-1REC4-62-25.0-01-V is typically used to protect against sudden voltage surges. By quickly opening the circuit during an over-voltage occurrence, the breaker prevents any damage from occurring to the connected circuit components.

Working Principle

The IEG111-1REC4-62-25.0-01-V has an electromechanical design for its circuit breaker. At its core, the device houses an electromagnet, which is responsible for controlling a movable contact arm. This contact arm is connected to two stationary contacts, forming a complete circuit.

When the current passing through the circuit surpasses the safety trip value, the electromagnet is triggered. This causes the contact arm to move to the ‘open’ position, thus breaking the circuit and preventing any further damage from occurring to the connected components.

When the danger has passed, the circuit breaker can be reset by manually moving the contact arm back to the ‘closed’ position. This once again connects the circuit, allowing current to flow freely.

Conclusion

The IEG111-1REC4-62-25.0-01-V is a versatile model of circuit breaker which is capable of handling a variety of voltages, currents and circuit types. Its versatile design makes it suitable for a range of applications, such as automotive, manufacturing and power generation. Its working principle, which is based on an electromechanical design, makes it well equipped to handle sudden voltage surges by quickly breaking the circuit.

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