IELH111-1REC5-35868-2-UV

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Circuit breakers are devices used in the protection of electrical systems. The IELH111-1REC5-35868-2-UV is a type of circuit breaker used for high voltage applications. This type of circuit breaker is designed to interrupt fault currents and also to protect electrical equipment from short circuits and overloads.

The IELH111-1REC5-35868-2-UV circuit breaker is a highly reliable device designed to operate at high voltage levels. It is designed to trip upon sensing an abnormally high current level in a circuit. This ensures the safety of the equipment by preventing any overload or short-circuit conditions from damaging the connected equipment. The circuit breaker is housed in a weather-resistant enclosure, making it suitable for outdoor use.

The IELH111-1REC5-35868-2-UV circuit breaker has an adjustable current rating and can be adjusted according to the load requirements of the electrical equipment that it is used to protect. This makes it suitable for a wide range of applications. It has a quick response time and is designed to trip in less than 10 ms. It has a wide operating temperature range, making it suitable for extreme environmental conditions.

The working principle of the IELH111-1REC5-35868-2-UV circuit breaker is based on the bimetallic principle. This principle states that when two different metals are heated, they expand at different rates. In the IELH111-1REC5-35868-2-UV, two strips of different metal are attached to a common shaft. When a current passes through the circuit, the strips heat up and expand at different rates. This causes the shaft to rotate and trip the circuit breaker.

The IELH111-1REC5-35868-2-UV is a highly reliable and efficient device used in high voltage applications. It is used to protect electrical equipment from overloads and short circuits. It is designed to trip quickly and has an adjustable current rating making it suitable for a wide range of applications. It can operate in extreme environmental conditions and is housed in a weather-resistant enclosure to provide maximum protection. It works on the bimetallic principle and is reliable and cost-effective.

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