4435.0294 Circuit Protection

Introduction to 4435.0294 Circuit Breakers

Circuit breakers are devices responsible for sensing faults and interrupting power when necessary. The 4435.0294 type is one of many circuit breaker models that can be used to facilitate the safety and reliability of your electrical system.

Applications of 4435.0294 Circuit Breakers

As an AC magnetic circuit breaker, the 4435.0294 is designed to quickly and reliably interrupt overcurrents that are due to short circuits and ground faults. It features fast response time and high interrupting ratings to ensure reliable protection in most applications. Recommended applications include branch circuits, industrial control circuits, motor control circuits, lighting systems, air conditioning systems, heating systems, and specialized services.

The 4435.0294 circuit breaker is also a popular choice in larger industrial applications such as manufacturing facilities, hospitals, educational institutions, government facilities, and more.

Working Principle of 4435.0294 Circuit Breakers

The 4435.0294 circuit breaker features a thermal-magnetic design. This means that it is designed to react to both overcurrent and overheat conditions. It includes a combination of a thermal element and a magnetic element. The thermal element is responsible for responding to temperature variations, while the magnetic element is responsible for responding to current variations.

The circuit breaker works by detecting when the incoming current is higher than the pre-set limit. If it detects an overcurrent, it will trip and disconnect the system from its power source. It also has a thermal element which will detect if the temperature of the circuit breaker rises above a certain level as a result of an overcurrent or other fault. In such cases, the circuit breaker will trip and protect the system from permanent damage.

Conclusion

The 4435.0294 circuit breaker is a reliable and versatile AC magnetic circuit breaker designed to quickly and reliably interrupt overcurrents that are due to short circuits and ground faults. It is suitable for a range of applications from smaller branch circuits up to larger industrial applications. The circuit breaker works by detecting when the incoming current is higher than the pre-set limit, and by detecting if the temperature of the circuit breaker rises above a certain level as a result of an overcurrent or other fault.