What does full-load current (FLC) refer to?

Full-load current (FLC) is defined as the maximum current that a motor can carry continuously without overheating and while operating at its rated capacity. This value is crucial for determining the appropriate size of circuit protection devices, such as fuses or circuit breakers, as it helps ensure that these devices can safely handle the motor's operational demands without tripping or failing.

The FLC is typically specified by the motor manufacturer and is based on industry standards and electrical code requirements. It represents the maximum sustained load under which the motor will operate efficiently and safely. Knowing the FLC allows electricians and engineers to make informed decisions when designing and installing electrical systems that involve motor operations.

The other choices do not accurately capture the essence of full-load current. Some describe different aspects of electrical measurements but do not align with the specific definition and significance of FLC in motor applications.