IDLNK1-1-51-60.0-K Circuit Protection

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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IDLNK1-1-51-60.0-K Circuit Breakers

Circuit breakers are a type of electrical switch which are designed to protect an electrical circuit from short circuits, overloads, and other potential faults. The IDLNK1-1-51-60.0-K is a particular type of circuit breaker which is used in many different applications. In this article, we will discuss the application field and working principle of IDLNK1-1-51-60.0-K circuit breakers.The IDLNK1-1-51-60.0-K is a multipole circuit breaker which is designed for use in medium voltage applications. It can be used for ungrounded AC systems up to 4500V and can interrupt currents up to 60kA. This makes it ideal for use in power distribution lines and transformer substations. This type of circuit breaker is also used in marine applications, such as on ships and offshore platforms.The IDLNK1-1-51-60.0-K circuit breaker features a reliable electro-mechanical arc quenching device which is designed to prevent arcing between contacts when the circuit opens. This ensures that the circuit is safely opened and any potential fault is contained. Additionally, the breaker also features a current-limiting device to limit the peak current of a fault to a safe level. This helps to reduce the collateral damage caused by a fault, such as damaging of other components in the circuit.The IDLNK1-1-51-60.0-K also features an adjustable trip unit which can be used to customize the trip settings of the circuit breaker. This allows for different tripping levels, such as adjustable overcurrent, short-circuit, and undervoltage trip levels. This is especially useful when the circuit breaker needs to be installed in a hazardous location, as it can be adjusted to trip if there is a potential fault in the system.When a fault occurs in the circuit, the IDLNK1-1-51-60.0-K will detect the fault current and open the circuit, interrupting the fault. It does this by using a combination of thermal and magnetic forces which act upon the circuit breaker’s internal components. The thermal force is generated by the increase in temperature due to the fault current, while the magnetic force is generated by the current which flows through the coil. Together, these forces act upon the breaker’s internal components to cause them to move, thus opening the circuit.In summary, the IDLNK1-1-51-60.0-K is a multipole circuit breaker which is designed for use in medium voltage applications. It features a reliable arc-quenching device, a current-limiting device, and a adjustable trip unit which can be used to customize the breaker’s trip settings. When a fault occurs, the breaker will detect the fault current and use thermal and magnetic forces to open the circuit, thus interrupting the fault and protecting the circuit.

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