IEL1-1-51-10.0-01-V

Circuit breakers such as the IEL1-1-51-10.0-01-V are utilized in many industries to protect electrical systems and components from overload. The purpose of the circuit breaker is to provide a low-resistance path to safely ground any external electrical supply that could potentially cause a hazardous condition. This is done by either tripping the main breaker rapidly, or by providing an instantaneous connection to ground before the current can overload the system components.

The IEL1-1-51-10.0-01-V circuit breaker utilizes a dynamic thermal circuit solution to provide an appropriate level of over-current protection for residential and commercial applications. This solution includes individual components that are heat sensitive, including a thermal trip unit, temperature sensor, and switch. When the temperature is measured to be at an unsafe level, the thermal trip unit will detect this and the switch will disconnect the main electric supply from the circuit. The breaker’s thermal performance is designed to exceed the maximum current rating of 10 amps.

The IEL1-1-51-10.0-01-V is designed to be used in a variety of applications including residential and commercial buildings, motor control centers, and similar electrical circuits. It is important to select the correct breaker for the application and to ensure that it is installed properly. Proper installation may include the use of additional protective devices, if required. It is also important to note that the breaker should be monitored on a regular basis, to ensure that it trips when needed. This will ensure that the circuit is properly protected and that no damage or fires are caused by an overload.

In summary, the IEL1-1-51-10.0-01-V is one type of circuit breaker that is designed for use in residential and commercial buildings, motor control centers, and other related electrical circuits and applications. It is important to select the correct breaker for the application and to ensure that it is properly installed and monitored to prevent any damage or fires due to an overload. This can help ensure that the circuit is safe and reliable for the lifetime of the application.