Circuit Breakers

A circuit breaker is a device used to automatically stop the flow of electricity to a circuit that is overloaded or otherwise malfunctioning. The IALHK11-1-62-2.50-A-01 is one such type of circuit breaker, and its application field and working principles will be explored below.

Application Field

The IALHK11-1-62-2.50-A-01 circuit breaker is designed for high-voltage applications in industrial settings. It is designed for use in AC circuits with an applied voltage of less than 690V. It is also designed for use in DC circuits with a DC voltage of up to 1000V. The IALHK11-1-62-2.50-A-01 is IEC60947-2 and UL 1077 compliant.

The IALHK11-1-62-2.50-A-01 is also a suitable choice for specific applications such as overload, short-circuit, and thermal protection. It is suitable for a variety of uses such as motor protection, control circuits, lighting circuits, power networks, and domestic applications. It is also suitable for uses in hazardous environments due to its explosion-proof housing and corrosion-resistant design.

Working Principle

The IALHK11-1-62-2.50-A-01 circuit breaker works by detecting an overload or short circuit condition in the circuit it is protecting. When it detects the condition, it trips the circuit breaker and opens the circuit, interrupting the flow of current. This prevents further damage from an overloaded circuit or a hazardous short circuit.

The IALHK11-1-62-2.50-A-01 circuit breaker has two different operating mechanisms. The first is an electromechanical mechanism, which is activated when an overcurrent occurs. The second is an electronic mechanism, which is activated by a thermal element in response to an overcurrent.

The IALHK11-1-62-2.50-A-01 circuit breaker is also designed with a manual trip button. This allows a user to initiate an interruption of the power supply in the case of an emergency or other abnormal situation requiring an immediate power shut-off.

Conclusion

The IALHK11-1-62-2.50-A-01 circuit breaker is a versatile device that is suitable for a variety of applications. Its design allows it to be used in both AC and DC circuits, with a wide range of applied voltages. It is also designed with two different operation mechanisms to ensure reliable and efficient operation. Finally, the manual trip button allows for immediate power interruption when necessary.