2-6400-IG8-L10-A3-SI-012805-0.1A

Circuit Breakers: 2-6400-IG8-L10-A3-SI-012805-0.1A Application Field and Working Principle

Circuit breakers are essential to the safety and functioning of any electrical system. For the 2-6400-IG8-L10-A3-SI-012805-0.1A, its application field and working principle is outlined below.

Application Field

The 2-6400-IG8-L10-A3-SI-012080-0.1A circuit breaker is designed to be used as a branch circuit protection device in residential, commercial, and industrial settings. It is capable of providing both overload protection, as well as short-circuit protection.

Working Principle

The 2-6400-IG8-L10-A3-SI-012805-0.1A circuit breaker works through the opening and closing of its contact points. When current passes through the contacts, an electromagnet is activated, which exerts a force on the contact arms. When the amount of current passing through the circuit exceeds a predetermined limit, the electromagnet will cause the contact arms to open, thereby interrupting the circuit. Conversely, when the amount of current decreases, the electromagnet relaxes its force, and the contact arms will close, thereby allowing current to pass again.

The 2-6400-IG8-L10-A3-SI-012805-0.1A circuit breaker is specifically designed with a thermal-magnetic trip mechanism, which furthers the safety of the circuit by reacting to temperature build-up. The thermal-magnetic trip mechanism uses a dial to determine the temperature threshold set for the breaker. If the temperature of the breaker rises beyond the set threshold, an additional electromagnet is activated, interrupting the circuit before the breaker can potentially be damaged.

Conclusion

The 2-6400-IG8-L10-A3-SI-012805-0.1A circuit breaker is suitable for both residential, commercial, and industrial settings, providing overload and short-circuit protection. It is also specifically designed with a thermal-magnetic trip mechanism to further safeguard against temperature build-up.