4230-T130-K0DE-5A

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Circuit Breakers are important components in the system of electricity delivery. They can protect equipment from overloads and short circuits, both of which can lead to costly and hazardous accidents. The 4230-T130-K0DE-5A is a particular type of circuit breaker, used in various industries for its safety and reliability. This article will discuss the application field and working principle of the 4230-T130-K0DE-5A circuit breaker.

Application Field

The 4230-T130-K0DE-5A circuit breaker is applied in industries and locations where it is essential to ensure reliable and safe power delivery infrastructure. This includes industrial controls, outdoor AC circuits, and renewable energy facilities.

In industrial controls, the 4230-T130-K0DE-5A can be used to turn off and control power supply to different components or an entire control system. This prevents excessive current and voltage levels, ensuring the safety of both personnel and equipment.

Similarly, the 4230-T130-K0DE-5A can be used in outdoor AC circuits, such as those used to supply power to a remote facility. Here, it ensures that the right current and voltage levels are maintained, safeguarding both the power supply and the equipment connected to it.

The 4230-T130-K0DE-5A can also be used to protect power supply systems in renewable energy such as wind and solar power. Here, it prevents high current and voltage levels from damaging sensitive components, ensuring the safety of the entire system.

Working Principle

The 4230-T130-K0DE-5A circuit breaker operates by using a current-sensing device, called a trip coil, to detect when the current level in the circuit rises above a certain threshold. When this happens, the trip coil sends a signal to a relay, which interrupts the flow of power in the circuit and thus trips the breaker. The trip occurs quickly, typically within a few milliseconds.

The trip threshold can also be set manually. This allows it to be adjusted according to the circuit’s requirements, preventing too much current from flowing through the circuit and protecting both equipment and personnel.

The 4230-T130-K0DE-5A also incorporates a thermal system. This helps to identify problems before they become severe, by detecting increases in temperature in the fuse box or switchboard. When the temperature reaches a certain point, the thermal system will trip the breaker. This is useful in protecting equipment from short circuits and overloads, as it acts quickly to prevent large current fluctuations.

The 4230-T130-K0DE-5A also uses an additional testing protocol to ensure its reliability. This involves a series of periodic tests that are designed to check the breaker’s performance and ability to trip when it needs to. This helps to ensure that the breaker remains reliable and in good condition, allowing it to effectively protect equipment and personnel.

In summary, the 4230-T130-K0DE-5A circuit breaker is an important component in electricity delivery systems, providing reliable and safe power delivery in industrial controls, outdoor AC circuits, and renewable energy facilities. It works by using a current-sensing device, a trip coil, to detect when the current flow exceeds a certain threshold. This triggers a relay, which interrupts the flow of power in the circuit and trips the breaker. The trip threshold can be set manually, and the breaker also incorporates a thermal system and testing protocol to ensure its reliability.

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