CELK1-1REC5-59-10.0-AV-01-V

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Circuit breakers have long been used in electrical systems to protect against overloads, but they have also become necessary components in more complex systems. The CELK1-1REC5-59-10.0-AV-01-V is a specific type of circuit breaker manufactured by Eaton Corporation that is designed for a variety of applications in both residential and industrial environments. This article will discuss the CELK1-1REC5-59-10.0-AV-01-V’s application field and working principle.

The CELK1-1REC5-59-10.0-AV-01-V circuit breaker provides protection against short circuits, ground-faults, and overcurrents. It is UL listed for residential, commercial, and industrial applications. This circuit breaker is designed for use with both AC and DC circuits and is suitable for single and three phase systems. Some of the common applications for these breakers include motor control centers, lighting circuits, and distribution panels.

The CELK1-1REC5-59-10.0-AV-01-V features circuit-breaking technology that utilizes a thermal-magnetic over-current operating principle to detect and interrupt dangerous circuit conditions. This technology is based on the magnetic force created by a circulating current and the thermal characteristics of the circuit breaker’s contacts and other components. The thermal-magnetic operating principle works by monitoring the current flowing through the circuit. When the current exceeds a predetermined level, the magnetic force created by the current causes the circuit breaker’s contact to be pushed apart, thus opening the circuit and preventing further energy flow.

The CELK1-1REC5-59-10.0-AV-01-V also features a trip indicator. This indicator provides visual indication of when a trip has occurred, as well as an indication of the magnitude of the overcurrent. The trip indicator also can be used to manually reset the breaker.

The CELK1-1REC5-59-10.0-AV-01-V is an energy-efficient circuit breaker that is designed for a variety of residential, commercial, and industrial applications. Its thermal-magnetic operating principle is efficient at detecting overcurrents, and its trip indicator provides a visual indication when a trip has occurred. This circuit breaker is a reliable and effective component in any modern electrical system.

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