IULHK111-1REC4R-66-15.0-01

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A circuit breaker is a safety device designed to disrupt the continuous flow of electricity with the push of a button or the flip of a switch. This safety device is designed to prevent electrocution, fires and other damage from electric overloads. The IULHK111-1REC4R-66-15.0-01 is a type of circuit breaker used in a variety of high voltage and industrial applications and features a regulated trip time rating of 15 seconds.

The IULHK111-1REC4R-66-15.0-01 circuit breaker is commonly used for electric power distribution, motor control, indoor and outdoor lighting installations, and residential and commercial applications. This circuit breaker is engineered with an advanced thermal-magnetic trip curve and operates as a horizontal trip switch for easy installation and maintenance. The physical body of the device is made from high-grade plastic material for resilience, durability and corrosion resistance.

The main function of any circuit breaker is to detect when an electrical circuit has exceeded its designed load and disrupt the flow of power. This type of safety device is designed to prevent electric overloads, overcurrents, short circuits, and other possible dangers that can occur in an electrical system. With the IULHK111-1REC4R-66-15.0-01 circuit breaker, any excess load simply causes the switch to activate and disconnect the circuit for safety.

The IULHK111-1REC4R-66-15.0-01 circuit breaker also has a built-in time delay before it triggers an electronized disconnect. This is designed to give the circuit breaker time to adequately detect an overload before disconnecting the circuit. This allows the device to identify an overcurrent before it causes any damage or creates an unsafe environment. The time delay also prevents the device from constantly being switched on and off as the load varies.

The IULHK111-1REC4R-66-15.0-01 circuit breaker is designed to be easily installed and maintained, and features an adjustable trip time rating. This type of breaker has multiple advantages over its traditional counterparts, such as being more efficient, reliable, and cost-effective. The device can be used in a variety of different applications and environments, making it an ideal choice in many industrial and high voltage applications.

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