One application of the interlocking is to cause both the forward and reverse coils of a reversing contactor to be energized simultaneously. This statement is:

The statement is false because interlocking is specifically designed to prevent both the forward and reverse coils of a reversing contactor from being energized simultaneously. This is essential for safety and operational integrity in motor control systems. If both coils were energized at the same time, it would create a short circuit condition, leading to mechanical failure or damage to the motor and the control circuitry.

Interlocking ensures that when one coil is energized (either forward or reverse), the other coil is de-energized, which protects the system from potentially hazardous conditions. This functionality is a fundamental aspect of electric motor control systems, highlighting the importance of proper interlocking mechanisms in preventing conflicts in operation and ensuring safe motor transitions between forward and reverse directions.