IAG6-1REC4-51-10.0-A-41

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Circuit breakers are widely used in a variety of applications to ensure electrical safety. IAG6-1REC4-51-10.0-A-41 is one such circuit breaker, and its unique features make it very versatile when it comes to safeguarding power systems. Let’s explore its application field and working principle.

Application Field

The IAG6-1REC4-51-10.0-A-41 circuit breaker is mainly used in power systems, such as in distribution systems, motor control, and AC drives. These applications require the circuit breaker to be able to carry current up to 10 amperes, with the system operating at a nominal voltage of 400 Volts. The IAG6-1REC4-51-10.0-A-41 is also suitable for coordination between all connected devices and components due to its short circuit current ratings and excellent spacing capabilities. It is specifically designed for a combination of low voltage transformers, heavy duty low voltage motors, and smaller components, such as lighting and ventilation.

Working Principle

The IAG6-1REC4-51-10.0-A-41 circuit breaker operates on the principle of a thermal-magnetic combination. This works by measuring both the temperature increase caused by the current flowing through the breaker and the current strength of the motor. If the motor current exceeds the designed capacity, the thermal element will quickly sense the rise in temperature and trip the breaker. The magnetic element is activated before the thermal element and disconnects the current when it exceeds the pre-set limits, preventing further temperature rises. When the motor is off, the breaker resumes its normal closed state thanks to the bimetallic spring’s reset function. This ensures that the system remains safe and that the breaker will continue to protect against power surges, short circuits, and overloading.

Conclusion

The IAG6-1REC4-51-10.0-A-41 circuit breaker is ideal for applications in power systems and low voltage motor control. It provides reliable protection with its unique combination of thermal and magnetic elements and bimetallic springs. Its features enable excellent coordination between connected devices and components, ensuring that the system remains safe and can handle the varying current requirements.

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