IEL11-1-61-55.0-01-V

Circuit breakers are safety devices designed to protect electrical circuits from overload and short circuit, thus preventing fires and other hazardous events. The IEL11-1-61-55.0-01-V is a type of circuit breaker, specifically developed for the purpose of providing protection for residential and commercial loads. This circuit breaker has a wide range of applications, as well as a number of distinct working principles.

The IEL11-1-61-55.0-01-V is primarily used in residential and commercial settings, and works well in both new and existing electrical systems. It is designed to detect an over current and open the circuit. The circuit breaker quickly identifies and responds to disturbances in the electrical system, allowing it to react quickly and prevent potential damage or injury.

Aside from its use in residential and commercial settings, the IEL11-1-61-55.0-01-V can also be used in industrial and commercial applications, such as power conditioning units, electrical power supplies, and other applications where an over voltage or over current detection system is needed. It can also be used in low voltage distribution boards, as well as protection for motors, generators, and pumps.

The IEL11-1-61-55.0-01-V operates according to two distinct principles. The first is Thermal-Magnetic Operation, which works by detecting an over current and then mobilizing a trip mechanism to open the circuit. Thermal-magnetic operation works quickly, allowing the circuit breaker to detect an over current before it reaches dangerous levels and shut it down. The second principle is Electronic Operation, which works by measuring the current in the circuit and then activating a signal when an abnormal current or voltage is detected. This system allows for a more precise detection of an over current, thus providing better overall protection for the electrical system.

The IEL11-1-61-55.0-01-V is an advanced circuit breaker, designed to provide superior protection for residential and commercial electrical systems. It is well-suited for a wide range of applications, and offers both Thermal-Magnetic and Electronic Operation, allowing for precise and quick protection from short-circuits and overloads.