IULHK11-1REC4-38758-20

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Circuit breakers are incredibly important in electrical systems and are used in many applications ranging from a home’s electrical panel to more specialized areas like with computers and aircraft. The IULHK11-1REC4-38758-20 circuit breaker is one such example and its purpose is to prevent the current from exceeding a certain maximum. When the current is too high, the circuit breaker will trip, which triggers the breaker to open and disrupt the current flow. This interrupts the power and stops the overload from damaging other components.

The IULHK11-1REC4-38758-20 circuit breaker is designed for use in single-phase and three-phase systems, which are common in residential and commercial settings. It is rated for up to 600V and the internal contact rating is 10A. This circuit breaker is commonly used in electrical panels, automotive applications, and electronic devices.

The IULHK11-1REC4-38758-20 circuit breaker has an internal thermal system that is designed to monitor and detect the amount of current running through the circuits. This thermal system utilizes a bi-metallic strip, which is a strip made of two different metals that are heat sensitive. When the strip is heated, the metals expand and contract at different rates, creating a bending action that is used to trip the breaker and open the circuit.

In addition to the bi-metallic component, the IULHK11-1REC4-38758-20 also has an electromagnetic traveling switch inside. This switch is designed to detect a brief surge in current and will reset the breaker if the surge drops below the maximum amperage rating. The combination of the bi-metallic strip and the electromagnetic traveling switch ensures that the circuit only trips when necessary.

The IULHK11-1REC4-38758-20 is a reliable and durable circuit breaker that is designed to meet the required safety standards for electrical systems. It is rated for 600V and 10A of current, making it ideal for a variety of applications. The combination of a thermal and electromagnetic system ensures that the breaker will trip only when the current exceeds the maximum rating, protecting the system and its components from dangerous overloads.

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