IULNK111-1REC4-63-30.0

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Circuit Breakers are a mainstay of modern electrical systems, and the IULNK111-1REC4-63-30.0 is no exception. Designed to maintain the integrity of an electrical system, Circuit Breakers are designed to detect and respond to an electrical fault. When a fault is detected, the circuit breaker will interrupt the flow of electricity to the affected circuit, protecting it from further damage.

The IULNK111-1REC4-63-30.0 is a type of thermal-magnetic circuit breaker. This type of circuit breaker combines both thermal and magnetic forces to detect and respond to electrical faults. It works by using a bimetallic strip and an electromagnet, which is energized when the load current passes through it. The bimetallic strip detects the load current, and when the current reaches a set overload limit the strip bends, activating the electromagnet. The electromagnet pulls the contacts apart, thus interrupting the circuit and stopping the flow of electricity. This prevents the current from passing through the affected circuit, thus protecting it from further damage.

The IULNK111-1REC4-63-30.0 has a wide range of applications. Most commonly, it is used in industrial and commercial buildings to provide protection for power circuits. It can also be used in motor control circuits, elevators, and power supplies. Additionally, it is suitable for use in areas with hazardous conditions, such as those prone to excessive vibration or moisture.

The IULNK111-1REC4-63-30.0 circuit breaker is designed to be durable, reliable, and long-lasting. It features an adjustable overload trip setting, adjustable short circuit trip setting, and a manual reset button. The circuit breaker has been certified by TUV, UL, and CE, and comes with a 1-year manufacturer\'s warranty.

The IULNK111-1REC4-63-30.0 circuit breaker is an excellent choice for ensuring the safe operation of electrical systems. Its combination of thermal and magnetic protection make it a reliable and dependable circuit breaker for use in a wide range of applications. It is a cost effective and efficient way to keep electrical systems and circuits safe from damage due to short circuits, overloads, and other electrical faults.

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