IULNK112-1REC4-33873-4

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Circuit breakers are essential safety devices for electrical systems. They are used to protect electrical circuits from overvoltage, overcurrent, and short circuit conditions. The IULNK112-1REC4-33873-4 is a type of circuit breaker and is commonly used in power system protection.

The IULNK112-1REC4-33873-4 is a three-phase circuit breaker, which is designed to protect electrical personnel from electric shock in the case of an overvoltage, overcurrent, or short-circuit situation. It can be used in residential, commercial, and industrial applications. Its features include adjustable trip settings, thermal-magnetic trip characteristics, digitally adjustable thresholds, and digital communication capabilities. The IULNK112-1REC4-33873-4 provides accurate protection for electric power systems by providing an electric shock-proof environment.

The IULNK112-1REC4-33873-4 circuit breaker features a unique design that allows it to trip automatically when the current flow exceeds the overload trip setting. The trip setting is adjustable to protect specific electrical equipment from overvoltage, overcurrent, or short-circuit conditions. A thermomagnetic overload relay is installed in the breaker, which trips when the current in the system exceeds the set trip level. The thermomagnetic overload relay can also be set to trip at a specific overload current level.

The digitally adjustable thresholds allow users to fine-tune their protection settings for maximum safety and efficiency. The user can adjust the trip settings to protect certain types of equipment while allowing other types of equipment to run at higher current flows. The digital communication capabilities of the IULNK112-1REC4-33873-4 allow for remote monitoring and communication with other control systems.

The IULNK112-1REC4-33873-4 is a reliable, effective, and affordable circuit breaker. Its design provides accurate and reliable protection for electric power systems while also providing a safer environment for electrical personnel. The adjustable trip settings, thermomagnetic trip characteristics, and digital communication capabilities make it an ideal choice for power system protection.

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