What is the approximate current that would flow through a transformer winding if the AØ and BØ conductors are shorted?

When a transformer winding is subjected to a short circuit, the current that flows is largely determined by the transformer's characteristics, including its impedance. The shorting of the AØ and BØ conductors effectively creates a low-resistance path, enabling significant current to flow through the windings.

In this case, the approximate current of 13,365 amps is derived from calculations based on the transformer's full-load current and its impedance rating. This sort of scenario is critical in understanding the performance and safety margins of transformers under fault conditions. When shorted, the current is influenced by the transformer turns ratio, the system voltage, and the impedance. The calculated value of approximately 13,365 amps reflects the theoretical maximum current that would flow based on these parameters, making it the most accurate answer given the context of the question.

Understanding this concept is important for electricians and engineers as it highlights the potential hazards associated with short circuits and the need for protective devices to prevent damage to transformers and associated equipment.