IUGH1111-1-63-3.00-91

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Circuit breakers are an important part of electrical systems. They are designed to protect against overloads and dangerous situations like short circuits, and can help to reduce the risk of fire due to electrical malfunctions. The IUGH1110-1-63-3.00-91 circuit breaker is a type of circuit breaker used in larger applications, such as in commercial and industrial buildings.

The IUGH1110-1-63-3.00-91 circuit breaker is a three-phase, 3-pole breaker with a rated operating voltage of up to 690 volts and a rated operating current of up to 3,000 amps. This type of circuit breaker is designed to provide reliable protection against overloads and short circuits, ensuring the safety of both personnel and equipment.

In terms of application fields, the IUGH1110-1-63-3.00-91 circuit breaker is typically used in larger commercial and industrial buildings. It is designed to provide reliable protection against a wide range of currents, such as direct current, single-phase alternating current, and three-phase alternating current. It is also suitable for use in applications where the maximum rated current may be less than the maximum operating current, such as in electrical heating systems.

In regards to its working principle, the IUGH1110-1-63-3.00-91 circuit breaker functions by disrupting the flow of electricity. When an overload or short circuit occurs, the breaker trips, or opens, and interrupts the circuit. This prevents an excessive amount of current from flowing through the system, which can cause electrical damage and even fires in some cases. The breaker can be reset once the problem has been fixed and the system has been inspected for any damage.

The IUGH1110-1-63-3.00-91 circuit breaker is a reliable and robust circuit breaker designed to provide protection against overloads and short circuits in larger commercial and industrial applications. It has a rated voltage of up to 690 volts and a rated current of up to 3,000 amps, making it suitable for use in a wide range of applications. Additionally, its working principle of disrupting the flow of electricity allows it to quickly and safely protect against dangerous situations.

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