IAG6-1-51-25.0-Q-21

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Circuit breakers are critical components in any electrical system and are vital for the protection of electrical equipment. IAG6-1-51-25.0-Q-21 is a specific type of circuit breaker designed for automation and industrial applications, and it has gained popularity due to its reliability and cost-effectiveness. In this article, we will discuss the application fields and working principle of IAG6-1-51-25.0-Q-21 circuit breaker.

The IAG6-1-51-25.0-Q-21 circuit breaker is designed for heavy current applications in industrial automation, and is suitable for a variety of applications such as lighting protection, motor protection, and electrical supply systems. As for the environmental conditions it is suitable for, the breaker has a wide voltage range and is suitable for use with single and three-phase power supplies. It is also suitable for both normal and low-temperature environments.

The IAG6-1-51-25.0-Q-21 circuit breaker is generally used in the protection of electrical circuits, machines, and systems in either residential applications or industrial facilities. It is designed to help prevent damage from short circuits, overvoltage, and overload. It is able to effectively cut off the power supply before any serious damage is caused and can trip quickly, usually within 3 milliseconds.

The IAG6-1-51-25.0-Q-21 circuit breaker uses a thermal-magnetic mechanism, which is combination of thermal and magnetic components. When the thermal element detects a fault, it triggers a current measurement coil within the breaker which then trips the contacts of the breaker, thus stopping the flow of current. The thermal element is made up of two metal strips that heat up when exposed to current. The magnetic element, on the other hand, is a metal coil that interacts with external magnetic fields to detect an overcurrent.

When an overcurrent occurs, the metal coil creates a magnetic field which is then detected by the circuit breaker’s arc-quenching system. This system then trips the contacts of the breaker which in turns stops the flow of electricity. The breaker will also reset itself after a period of time in order to ensure that the system is safe to use again. The thermal-magnetic mechanism also offers a degree of surge protection, as it is capable of discriminating between normal, harmonic, and fault currents in order to prevent damage.

In conclusion, the IAG6-1-51-25.0-Q-21 circuit breaker is a reliable and cost-effective option for those looking for a circuit breaker for residential or industrial applications. Its thermal-magnetic mechanism is able to quickly trip the contacts of the breaker and to reset itself after a short period of time. Furthermore, it is able to offer a degree of surge protection, as it is capable of discriminating between normal, harmonic, and fault currents. All-in-all, the IAG6-1-51-25.0-Q-21 circuit breaker is a great option for those looking for a reliable and cost-effective circuit protection solution.

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