IULDHK11-1-61-30.0-AB-91

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Circuit breakers are used in a variety of applications where an overload or short circuit is detected. In the case of IULDHK11-1-61-30.0-AB-91, it’s an industrial-grade mini circuit breaker. It is designed to prevent overloading and protect the equipment and wiring from damage when an overload has occurred. It also helps protect against electric shock. It can be used in a variety of applications where a circuit needs to be protected, such as in manufacturing, automotive, and consumer electronics.

This IULDHK11-1-61-30.0-AB-91 circuit breaker has a rated current of 30.0 A, which defines the maximum current that can flow through the breaker before it trips. The breaker is designed with an adjustable cutoff current, so it can be adjusted to fit the desired application. The adjustable cutoff current helps the breaker to provide protection for delicate electronic circuits, small motors, and other equipment where a rated current higher than 30.0 A can cause damage.

The working principle of the IULDHK11-1-61-30.0-AB-91 is based on thermal-magnetic technology. Inside the breaker, there is a bi-metal strip that bends when the current reaches the maximum rated value. This triggers a switch which trips the breaker and breaks the circuit. The thermal-magnetic technology also includes an electromagnetic field that captures any sudden short-circuits or inrush currents, helping to prevent overloads and damage to the equipment.

The IULDHK11-1-61-30.0-AB-91 also has a high interrupting capacity, making it suitable for high-voltage applications. The circuit breaker has a quick response time, meaning that it can shut down a circuit very quickly if an overcurrent or short-circuit is detected. This makes it a reliable choice for protecting sensitive electronic components and systems.

In summary, IULDHK11-1-61-30.0-AB-91 is an industrial-grade mini circuit breaker used in a variety of applications where an overload or short circuit is detected. It is designed to protect equipment from overloading and electric shock. Its adjustable cutoff current and thermal-magnetic technology help to provide protection against unexpected spikes in current. With its quick response time and high interrupting capacity, it is suitable for protecting sensitive electronic circuits and other equipment.

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