IULNK111-1REC4-72-60.0-A

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Circuit breakers are devices designed to prevent electric current from flowing when it reaches a certain level. IULNK111-1REC4-72-60.0-A circuit breaker is a type of circuit breaker specifically designed for low voltage applications.

The IULNK111-1REC4-72-60.0-A circuit breaker is designed for installations that require better protection from over-currents due to its superior trip characteristics. This makes it suitable for applications such as cloud computing systems, where surges in power demand can cause significant disruption or destruction of hardware if not managed correctly. The IULNK111-1REC4-72-60.0-A circuit breaker also has a high maximum switching current of 30A, making it suitable for use in more demanding applications.

The IULNK111-1REC4-72-60.0-A circuit breaker is equipped with an integrated arc-fault protection feature, making it effective for use in sensitive applications. The arc-fault protection feature is designed to detect and interrupt small dangerous equilibrium of current created by an arc fault. It is also designed with a high short-circuit capacity, which is effective at interrupting large amounts of current in a very short period of time.

The IULNK111-1REC4-72-60.0-A circuit breaker is typically installed in a circuit breaker panel, which includes a busbar, a breaker housing, and other components. The breaker is connected to the busbar within the panel, and a connection is made to the rest of the system. The IULNK111-1REC4-72-60.0-A is equipped with a thermal-magnetic over-current protection and disconnect device, which allows it to trip when an overload or short-circuit occurs.

The IULNK111-1REC4-72-60.0-A circuit breaker operates on a basic principle of thermal-magnetic operation. The breaker contains two fuse elements. The first is a heat sensitive element, which contains a bimetallic strip that expands when heated by an excessive amount of current flowing through the circuit. When the strip expands, it causes the magnetic element to trip, thereby interrupting the current flow. The magnetic element also contains a electromagnet which is energized when a large current flows, and de-energizes when the current drops below a certain level.

In conclusion, the IULNK111-1REC4-72-60.0-A circuit breaker is designed for use in low voltage applications, where better protection is needed from over-currents and other electrical disturbances. It is equipped with an arc-fault protection feature and a high short-circuit capacity, making it well suited for use in highly sensitive applications. The breaker operates on a thermal-magnetic principle, where a heat sensitive element causes a magnetic element to trip when high currents are present. The IULNK111-1REC4-72-60.0-A is typically installed in a circuit breaker panel and connected to the rest of the electrical system.

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