IELK1-1REC4R-31793-10

A circuit breaker is an automatically controlled electrical switch designed to protect an electrical circuit from damage caused by overload or short circuit. Its basic functions are to detect a fault condition, disconnect the circuit and therefore de-energize the circuit, and to reconnect the circuit after the fault condition is removed. The main application fields of circuit breakers are for motor control and for protection of circuits handling high levels of electric currents. The most common type of circuit breaker is the IELK1-1REC4R-31793-10. It is designed to detect failure of the motor circuit and immediately open the circuit at the first indication of an abnormal condition.

The IELK1-1REC4R-31793-10 is a two pole, high current circuit breaker. It is suitable for controlling full load electric motors in both residential and commercial applications, and is designed to automatically detect fault conditions in the electric motor circuit before they become damaging. The circuit breaker is designed to detect high current levels, and so provides overload protection in the electric motor circuit. In addition, it will also detect short circuits and open the circuit to prevent damage or fire hazards.

The IELK1-1REC4R-31793-10 circuit breaker works by sensing the current through the motor circuit, and when the current is higher than a predetermined level it will open the circuit. This prevents any further flow of current and therefore prevents further damage or fire hazards. It will then close the circuit again automatically if the fault condition has resolved and the circuit current is back to a normal level.

The IELK1-1REC4R-31793-10 circuit breaker is a reliable and cost-effective solution to provide motor control and overload protection. It is commonly used in residential and commercial applications to protect against electric motor overloads, and also provides protection against short circuits. By detecting fault conditions in the electric motor circuit, it helps to prevent costly damage and hazardous fire risks.