R41-0..S01010158

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Circuit breakers are common components in (electrical) systems¹. The R41-0..S01010158 is a type of circuit breaker, and this document will outline the application field and working principle of this specific device.

Description of the R41-0..S01010158 Circuit Breaker

The R41-0..S01010158 circuit breaker is a small device designed to interrupt an electrical current when it reaches the set limit. It consists of two contacts separated by a gap, with an internal spring device that compresses a tensioner to hold the contacts together. When the current reaches a certain limit, the stored energy in the spring is quickly released and the contacts separate. This interrupts the flow of electricity and prevents further damage to the system.

Application Field and Operating Principle

The R41-0..S01010158 circuit breaker is designed for use in domestic and industrial electricity networks. It is specifically designed to protect circuits from over current, short circuits and voltage imbalances. The circuit breaker will open when the current, short circuit or voltage imbalance exceeds a set limit, which is usually triggered by either a thermal or magnetic element. As a result, the circuit is protected from further damage and the system is safe to use again.

The working principle of the R41-0..S01010158 circuit breaker is based on the structural design. When a user triggers an over current, the internal spring device compresses the tensioner, creating a gap between the two contacts. This gap interrupts the flow of electricity and the current stops. When the current decreases, the stored energy in the spring decreases and the tensioner is released and the two contacts come back together and the circuit is restored.

Safety Considerations

Since the R41-0..S01010158 circuit breaker is designed to protect against potential over current, short circuits and voltage imbalances, it is important to take into account certain safety considerations. For example, it is important to always match the circuit breaker with the correct load, as a mismatch can result in overloading the circuit breaker. It is also important to check the current rating of the circuit breaker to ensure it is suitable for the system in which it is used.

In addition, it is important to ensure that the circuit breaker is properly installed and there is no damage to the contacts. If the contacts are damaged or worn, the circuit breaker may not be able to protect the circuit from over current or other electrical issues.

Conclusion

The R41-0..S01010158 circuit breaker is a reliable device designed to provide safety and protection to circuits. It is designed for use in domestic and industrial applications, and is able to interrupt a current when it reaches a set limit either through thermal or magnetic elements. It is important to match the circuit breaker correctly to the load, and to ensure that the contacts are in good condition. Understanding the application field and working principle are important to ensure safe operation.

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