IAL1-1REC4-38932-1

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Circuit breakers are among the most essential safety devices used in the electrical and electronics industries. The IAL1-1REC4-38932-1 circuit breaker is one of the latest generations of breaker products that provide superior protection for a wide variety of applications. It is capable of breaking both AC and DC circuits and is designed to prevent damage to both the electrical equipment and personnel working with the electronics.

Application: The IAL1-1REC4-38932-1 circuit breaker is designed for use in high-voltage and higher-amperage applications found in substations, power plants, and power centers. The product is UL-certified and suitable for use in a variety of high-current, high-voltage applications including transformer protection, motor protection, and for other AC and DC circuits. It can be used in a variety of environments, including indoor and outdoor, and is best suited for high-demand and high-load conditions.

Working Principle: The IAL1-1REC4-38932-1 circuit breaker utilizes a Thermal/Magnetic Trip Unit that protects the electronics from overcurrent and undervoltage overloads. The trip unit is designed with a built-in current transformer (CT) and an adjustable trip circuit. The trip circuit has two threshold levels—one to activate the trip unit and the other to reset it. When the current in the CT exceeds the set trip threshold, the trip unit will activate and open the circuit, thus breaking the flow of electricity and protecting the electronic components.

The circuit breaker can be reset manually or automatically once the current returns to normal. It also has a manual operating handle that can be used to manually reset the breaker. This handle is designed with a lockable key so it stays in the tripped position when the circuit breaker is not in use.

The IAL1-1REC4-38932-1 circuit breaker is designed for use in a wide variety of environments, including industrial and commercial. It’s simple design and construction makes it an economical and reliable choice for applications that require superior protection from electrical overloads.

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