IAGBX11-0-SW-30.0-M3

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IAGBX11-0-SW-30.0-M3 is one type of circuit breaker, a device for controlling and interrupting electrical currents. Circuit breakers are an important part of any power system, as they protect the system from dangerous short-circuits, overloads, and other types of damage. The IAGBX11-0-SW-30.0-M3 is a 3-pole circuit breaker, meaning it is used to protect three poles of an electrical system, such as three connected wires. The enclosure is designed for an air-break system.

The application fields for this type of circuit breaker are generally in smaller residential and commercial environments. It is suitable for applications such as lighting, small motors, and other general purpose loads within 30.0A total load. The device has a rated current of 30.0A and a maximum voltage rating of 415V AC. Other features of the IAGBX11-0-SW-30.0-M3 include a short circuit current of 18kAIC, an interrupting rating of 10kA@415VAC, an insulation voltage rating of 690V AC, and a short-time withstand rating of 3kA@415VAC.

The working principle of the IAGBX11-0-SW-30.0-M3 is relatively simple. When power is applied to the system, the device will close and allow the current to flow through the circuit. When a fault is detected, such as an overload, short circuit, or other issue, the device will open, breaking the circuit and protecting the power system from damage. This is done by using an electromagnet attached to the breaker. The electromagnet is connected to either a switch or a relay, depending on the type of breaker, and when a fault is detected it will cause the electromagnet to activate, tripping the breaker and opening the circuit.

The IAGBX11-0-SW-30.0-M3 circuit breaker is a reliable and cost-effective way to protect electrical systems from overloads, short circuits, and other common issues. Its use is suitable for applications where the total load does not exceed 30.0A and the maximum voltage rating is not greater than 415V AC. The device features a high Short Circuit Current Rating of 18K AIC, and a maximum breaking capacity of 10kA@415VAC. Finally, its working principle is simple, dependable, and easy to understand.

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