229-4-1REC5-30040-50

Circuit breakers, such as model 229-4-1REC5-30040-50, are designed to protect electrical circuits from short circuits or overloads. They are common components in industrial and residential power systems, as well as a wide variety of other applications. In this article, we will explore the application field and working principle behind model 229-4-1REC5-30040-50 circuit breaker.

Circuit breakers are designed to cut off an electrical circuit when it exceeds a set level of current, typically specified by the manufacturer. This helps to prevent damage to the wiring, components, and other electrical devices or appliances connected to the circuit. In most cases, the circuit breaker will automatically reset after a set period of time, allowing the current to flow again. This system is an important safety precaution that prevents excessive and potentially dangerous levels of current.

Model 229-4-1REC5-30040-50 circuit breakers are designed to work in a wide range of applications, including industrial settings, residential power systems, and many others. It is certified to withstand and manage safely overcurrents of up to 40,000A, so it is well-suited for high-powered electrical systems. The solid state design of the breaker and the additional safety features ensure reliable and safe operation.

The working principle of the 229-4-1REC5-30040-50 circuit breaker is quite simple. When the current exceeds the rated value, the breakers thermal element heats up due to the resistance offered by the current. This heat causes the thermal element to expand, which in turn causes a contact with the circuit breaker’s trip lever to be broken. This breaks the circuit, immediately stopping the flow of current. The device can then be reset easily by re-establishing the contact between the thermal element and the trip lever.

In summary, the 229-4-1REC5-30040-50 circuit breaker is well-suited for a wide range of applications, including industrial settings, residential power systems, and more. It is designed to cut off an electrical circuit when the current exceeds a set level, protecting wiring, components, and other electrical devices or appliances from damage. The working principle is based on a simple thermal element that expands when the current reaches the set level, breaking the contact between the thermal element and the trip lever.

Overall, circuit breakers are an important safety component in a variety of industrial and residential power systems. Model 229-4-1REC5-30040-50 is a reliable and effective solution for managing dangerous levels of current, and its simple working principle ensures safe and reliable operation.