IAGN66-1-61-10.0 Circuit Protection

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Circuit breakers have become an important part of protecting the electronics and the components needed for power distribution. Breakers are used to protect a system from overloads, surges, and short circuits. The IAGN66-1-61-10.0 is a particular type of circuit breaker that meets these needs and has a range of applications.

The IAGN66-1-61-10.0 is a single pole breaker that is capable of handling up to 10 amps of resistive load. It is a vacuum operated manually operated breaker and is designed to protect against short circuits and thermal overloads. The breaker provides fast response and disconnection of the current in the event of a circuit fault. It is also capable of withstanding high levels of mechanical shock and vibrations.

The main application of the IAGN66-1-61-10.0 is in low voltage power distribution systems where it provides protection from short circuits and thermal overloads. The breaker is often used in the protection of low voltage motors, distribution circuits, and other electronic components. It is able to handle the low levels of current that are often present in these systems.

The operation of the IAGN66-1-61-10.0 is relatively simple. When the current in the circuit reaches or exceeds the rated current level for the breaker, the breaker will open the circuit. This interrupts the flow of current and actives a switch in the breaker to open the circuit. This prevents further current from flowing, and the circuit is protected. If the current is reduced or the breaker is reset, the breaker will then close the circuit and the power will be restored.

The IAGN66-1-61-10.0 is a reliable and robust breaker that is able to provide overcurrent and short circuit protection in a variety of applications. Its manual operation allows it to be used in both new installations and in retrofitting existing systems. The breaker is easy to install and is often used in a wide range of industrial and commercial applications. It is also capable of withstanding high levels of mechanical shock and vibrations, making it an ideal choice for power distribution in harsh environments.

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