PP11-2-3.00A-OA-S

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Circuit breakers are widely used in industrial, commercial, and residential applications for many different purposes. The PP11-2-3.00A-OA-S circuit breaker is no exception. This particular model is a double-pole circuit breaker and is suitable for use in 125-Volt AC branch circuits.

The PP11-2-3.00A-OA-S circuit breaker is designed to protect a circuit against overload or short-circuit conditions, including ground-fault conditions. This type of circuit breaker is designed to detect and open a circuit when a fault current exceeds the predetermined limit. The fault current is usually determined by the current rating of the circuit breaker.

The PP11-2-3.00A-OA-S circuit breaker works on the principle that when a fault or overload current is detected, the circuit breaker will open and break the circuit. This is done by using a contact that is connected to a bimetal element that reacts to the temperature increase caused by the fault current. As the temperature of the bimetal element increases, it expands and causes the contact to move away from the main contact, thus opening the circuit.

The PP11-2-3.00A-OA-S circuit breaker is an economical, reliable, and compact design that provides reliable and dependable protection against overcurrents and short-circuits. It has adjustable trip settings so that the circuit breaker can be set to operate at the desired current level and is suitable for use in emergency lighting and emergency power supply applications.

The PP11-2-3.00A-OA-S circuit breaker is also designed to provide an indication when a fault or overload current has been detected and is in the process of tripping. This indication is provided by a red indicator that is located on the top of the breaker.

In summary, the PP11-2-3.00A-OA-S circuit breaker is a reliable and economical solution for industrial, commercial and residential applications. It is designed to protect the circuit from overload or short-circuit conditions, including ground-fault conditions. It has adjustable trip settings and provides an indication when the fault or overload current has been detected.

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