2-5700-IG1-K10-DD-35A

Circuit Breakers: 2-5700-IG1-K10-DD-35A Application Field and Working Principle

Circuit breakers form an essential part of today’s power systems. They are used to detect faults and provide a method of disconnecting parts of the system from the power source in the event of a fault. In addition to providing over-current protection, circuit breakers also provide other features such as under-voltage and over-voltage protection. One example of a circuit breaker is the 2-5700-IG1-K10-DD-35A.

2-5700-IG1-K10-DD-35A Application Field

The 2-5700-IG1-K10-DD-35A is a type of circuit breaker that is suitable for use in a variety of power systems. It is suitable for use both in indoor and outdoor applications, and is designed for use in low-voltage power systems up to 690V. It is also suitable for use in a variety of applications including machinery control, motor control, industrial control, distribution, UPS, and other applications.

2-5700-IG1-K10-DD-35A Working Principle

The 2-5700-IG1-K10-DD-35A circuit breaker consists of two main components – an electromechanical switch and an electrical arc control device. The electromechanical switch controls the flow of current through the circuit breaker. The electrical arc control device is designed to detect an overload or a short-circuit in the circuit. If an overload or a short-circuit is detected, the electrical arc control device will stop the flow of current through the circuit. This will then activate the electromechanical switch which will disconnect the circuit and turn off the power to prevent further damage.

Conclusion

In conclusion, the 2-5700-IG1-K10-DD-35A is a type of circuit breaker that is suitable for use in a variety of power systems. It is suitable for use both in indoor and outdoor applications, and is designed for use in low-voltage power systems up to 690V. The circuit breaker consists of two main components – an electromechanical switch and an electrical arc control device. The electrical arc control device is designed to detect an overload or a short-circuit in the circuit and will then activate the electromechanical switch to disconnect the circuit and turn off the power.