IAG6-1-51-20.0-Q-11

Circuit breakers are an integral part of any electrical system as they protect it from overloading and short-circuiting. As such, choosing the correct breaker for a specific application is essential for achieving optimal protection and reliability for the system.

The IAG6-1-51-20.0-Q-11 circuit breaker from Mersen is a prime example of the kind of specialized circuit breaker specifically designed for specialized applications. This breaker is designed specifically for the protection of AC motors operating at a rated voltage of 480 Vac and nominal current of 51 A.

The IAG6-1-51-20.0-Q-11 offers advanced features and protection that make it optimal for use under specific conditions in a wide range of applications. This breaker features an adjustable short-circuit breaking device that can be adjusted to allow currents up to maximum 6 times the rated current of the breaker.

Additionally, this breaker features a thermal tripping device that is specifically made to detect thermal overloads in the motor quickly. This device can detect levels of heat far more quickly than conventional circuit breakers, allowing for precise protection of the motor and disconnecting it from the power supply if it is running too hot.

The IAG6-1-51-20.0-Q-11 is also designed to allow for precise control of the maximum current passing through the breaker, allowing for precise protection of the motor and other components connected to it. This feature is especially useful in applications where precise current control is required.

All these features are designed to ensure reliable protection for the motor and other components connected to it. This breaker is suitable for applications where short circuit and overload protection are needed as well as precise control of the current passing through the breaker.

The IAG6-1-51-20.0-Q-11 is a perfect example of the kind of specialized circuit breaker specifically designed to meet the needs of a wide range of applications and provide the best possible protection to the motor and other components connected to it.