IEGH13-22561-207-V

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Circuit breakers are electrical components used for the purpose of isolating electrical circuits. They provide protection against overloads and short-circuits by automatically disconnecting the circuit when an excessive current is detected. The IEGH13-22561-207-V is a type of circuit breaker designed for general-purpose applications in low-voltage electrical systems.

The IEGH13-22561-207-V utilizes a thermal/magnetic trip unit to determine when the current limit has been exceeded. When this occurs, the current trip point is set and the circuit breaker trips, which interrupts the circuit. The device features a designated power switching capacity, which is the maximum current it can handle. This allows the circuit breaker to protect the electrical system against potential damage caused by an excessive current.

The IEGH13-22561-207-V uses an electromagnet as an actuating element when tripping the circuit breaker. When a fault occurs, electricity flows through the solenoid, creating a magnetic field. The magnetic field causes the armature to be pulled into the electromagnet, allowing the internal contacts to be disconnected and the circuit breaker to trip. Once the fault current has been eliminated, the spring force of the armature can reset the circuit breaker, allowing the normal operation of the circuit to continue.

Other features of the IEGH13-22561-207-V include a differential current breaking capacity, which allows for fast breaking of high current. The brake capacitor provides energy storage to aid in the rapid interruption of circuit current and voltage. An adjustable trip current setting allows for adjustment of the trip setting to match the application requirements. The device is also capable of being used as a manual reset type, meaning it can be reset after a trip has occurred by using a reset lever.

The IEGH13-22561-207-V is suitable for general-purpose applications in low-voltage electrical systems where the safety of personnel and protection of assets are a priority. It is designed to interrupt electric current in the event of an overload or short-circuit, and can help to prevent potential damage or loss due to excessive current levels.

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