1180-01-0.5A

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1180-01-0.5A Application Field and Working Principle

Circuit breakers are one of the most important components of any electrical system. They are responsible for controlling the flow of electricity and preventing damage to the electrical system from excessive currents. The 1180-01-0.5A circuit breaker is a small and reliable circuit breaker that is commonly used in both residential and commercial electrical systems. This article will discuss the application field and working principle of the 1180-01-0.5A circuit breaker.

Application Field

The 1180-01-0.5A circuit breaker is designed to be used in a variety of applications, including residential, industrial, and commercial electrical systems. It is designed to reliably handle currents up to 0.5A and is suitable for both AC and DC circuits. Due to its small size, it is particularly well-suited for use in tight spaces, where other circuit breakers may not fit. Additionally, the 1180-01-0.5A circuit breaker is UL 968 listed, providing an extra layer of safety assurance.

Working Principle

The 1180-01-0.5A circuit breaker is designed to open an electric circuit when the current in the circuit exceeds 0.5A. When this occurs, the circuit breaker automatically opens the circuit, thereby preventing further damage from excessive currents. This is accomplished by a bimetal strip that is heated by the current passing through it. The heat causes the strip to bend, which in turn triggers the circuit breaker to open. If the current in the circuit returns to a safe level, the bimetal strip cools down and returns to its original shape, which triggers the circuit breaker to close.

Conclusion

The 1180-01-0.5A circuit breaker is a small and reliable circuit breaker that can be used in a range of AC and DC circuits. It is designed to reliably handle currents up to 0.5A and is UL 968 listed, providing extra safety assurances. The circuit breaker is designed to open the circuit when the current in the circuit exceeds 0.5A, which is achieved by a bimetal strip that is heated by the current. If the current returns to a safe level, the bimetal strip cools down and returns to its original shape, which triggers the circuit breaker to close.

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