IALN2-1REC4-31805-1

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Circuit Breakers are electrical devices used to protect and isolate an electrical circuit from damage due to overload, short-circuit or other electrical faults. The IALN2-1REC4-31805-1 is a circuit breaker that can be used in applications where a high level of reliability, strength, and safety are needed. In this article, we will discuss the application field and working principle of this circuit breaker.

The IALN2-1REC4-31805-1 circuit breaker is designed for applications in hazardous areas, such as petrochemical plants, oil rigs, and refineries, or in extremely challenging environments, such as water treatment plants, mines, and manufacturing plants. This circuit breaker is designed to operate in a wide range of temperatures, humidity levels, and other conditions. Moreover, it is designed to provide short-circuit protection, overload protection, and overvoltage protection in compliance with relevant standards.

In addition to being used in hazardous and extreme conditions, the IALN2-1REC4-31805-1 is designed to be used in high-power applications. It is capable of managing up to 72 kA of fault current and up to 15 kA peak current, allowing it to protect electrical circuits from the most serious faults. In addition, the IALN2-1REC4-31805-1 is designed with a rugged and low-vibration frame to ensure reliable operation in any application.

The working principle of the IALN2-1REC4-31805-1 circuit breaker is fairly simple. The breaker relies on a bimetallic strip that is sensitive to changes in temperature. When an overcurrent passes through the circuit, the bimetallic strip heats up and bends. This bending action trips the breaker and shuts off the flow of electricity, thus protecting the circuit.

The IALN2-1REC4-31805-1 circuit breaker is designed to offer high reliability, safety, and strength in a variety of applications. Its ability to protect circuits from even the most serious of faults, coupled with its wide operational temperature range, makes it suitable for use in hazardous and challenging conditions. Moreover, its rugged frame and low-vibration design ensure reliable operation even in the most extreme conditions. The breaker’s simple bimetallic strip working principle offers reliable and accurate protection in any application.

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