3500-F11-K20-2.5A

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Circuit Breakers, such as the 3500-F11-K20-2.5A, are electrical switching devices used to protect the circuit from overcurrent or short circuit conditions. Circuit breakers are designed to detect electrical faults on the circuit and automatically switch off the power supply to prevent any harm from occurring to the circuit. A circuit breaker is a valuable safety feature that can help to prevent electrical accidents and protect both the people and equipment of the circuit.

The 3500-F11-K20-2.5A is a circuit breaker specifically designed for 2.5 amp applications. It is a three-pole breaker, meaning it is capable of protecting three conduits simultaneously. The breaker operates by quickly shutting off an overloaded, short-circuited, or mis-wired circuit to avoid extensive damage and prevent the possibility of an electrical fire. To reset the breaker, it simply needs to be switched back on by flipping the toggle. This ability makes circuit breakers very convenient in emergency situations.

The 3500-F11-K20-2.5A is typically used on panelboards, switchboards, and motor control centers. The breaker is UL Listed and CSA Certified, meaning it has been ensured to meet minimum safety standards. The breaker is able to handle the arc flash required by the National Electric Code (NEC) for short-circuit ratings up to 650KA for systems rated up to 600 volts.

The device consists of a pair of contacts connected by a mechanism that opens or closes the contacts when an overload or short circuit occurs. When a current greater than the normal operation of the circuit is detected, the circuit breaker is triggered, breaking the circuit and cutting power to the afflicted portion of the circuit. The breaker is compensated for voltage drops that occur in AC circuits and current changes due to variable loads.

Circuit breakers like the 3500-F11-K20-2.5A are an essential component of any electrical system. It is important to understand how the circuit breaker works in order to properly install and maintain it, as well as to ensure the safety of the operator and connected equipment.

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