IULNK111-1REC4-65F-20.0-AE

Circuit breakers are a category of devices that are used for the purpose of providing protection to electrical appliances and electrical networks from damage due to overloads, short circuits and other faults. The IULNK111-1REC4-65F-20.0-AE circuit breaker is a type of device that provides high-level protection for a variety of applications. It is a double-pole, single phase circuit breaker with a rated current of 63A.

The IULNK111-1REC4-65F-20.0-AE features a wide range of applications, including motor circuits, telecommunication systems, and emergency power systems. It can be used in AC power systems with an operating voltage of 115 VAC and a maximum current of 20 amps. The breakers are designed to provide reliable protection against short circuits, ground faults, overloads, and other excess current conditions. The breaker also provides an adjustable overvoltage protection for the system.

The working principle of the IULNK111-1REC4-65F-20.0-AE is similar to that of any other circuit breaker. It comprises two sets of contacts. When an overload current is detected, an electromagnetic force activates the trip device in the breaker, causing it to open the contacts and interrupt the flow of electricity. If the trip device is reset, the breaker can then be reset and the circuit will be re-energized.

The IULNK111-1REC4-65F-20.0-AE circuit breaker also includes an integrated thermal overload protection unit. This unit ensures that the circuit does not become damaged due to high temperatures and helps to protect the system from overheating. Additionally, the breaker also includes an adjustable overvoltage protection, which ensures that the system is not damaged by too high of a voltage. Finally, the breaker also includes a voltage monitoring device, which will alert the user when the voltage in the system reaches an unsafe level.

The IULNK111-1REC4-65F-20.0-AE circuit breaker is a versatile and reliable device that is suitable for a variety of applications. Its wide range of applications and protective features make it an ideal choice for use in motor circuits, emergency power systems, and telecommunication systems. Its adjustable overvoltage protection, integrated thermal overload protection, and voltage monitoring device make it a reliable and robust protection device for a variety of electrical systems.