JLE-3-36674-2 Circuit Protection

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Circuit breakers are an essential part of any electrical power system, designed to provide protection from overloads and short circuits. JLE-3-36674-2 is a particular type of circuit breaker, manufactured by Jemison Electric. It is designed for use in medium voltage industrial power systems, up to 14.4 kV.

The JLE-3-36674-2 is designed to provide a reliable and efficient means of preventing catastrophic events from occurring in a power system. It is designed to open the circuit when an unsafe level of current is present, thus preventing overloading of either the components or the wiring in the system. This becomes especially important when dealing with high-power applications such as substations, when dangerous arcs and fires can occur if the circuit is not broken quickly.

The JLE-3-36674-2 features a rated voltage up to 14.4 kV, and a rated current up to 3000 amps. It has been designed to be suitable for use in commercial and residential applications, as well as high power applications such as substations. The breaker also features a “quick-make, quick-break” mechanism, which ensures that the circuit can be opened and closed quickly to avoid damaging the components.

The JLE-3-36674-2 circuit breaker works on the principle of thermal protection. Basically, when current passes through an electrical circuit, it generates heat. This heat is then transferred to the circuit breaker, and if the temperature rises to an unsafe point, the breaker will trip to open the circuit and prevent damage. The breaker is designed to detect both overloads and short circuits, and can be reset manually when needed.

The JLE-3-36674-2 is a highly reliable circuit breaker, designed to protect power systems from catastrophic failures. It has a high ratings for voltage and current, and is suitable for use in a vast range of applications, from commercial and residential installations to high-power applications such as substations. Its quick-make, quick-break design ensures that it can be opened and closed quickly to protect the power system, and its thermal protection design ensures that it can detect both overloads and short circuits.

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