When a conductor is left energized on the ground, it represents an increased hazard to the public in the immediate vicinity of the downed wire. Therefore, the solution appears to be obvious - employ HIF detection and clear the circuit immediately for such conditions. Unfortunately, the decision is not that simple. No device, overcurrent or otherwise, can protect from initial electrical contact. The type of HIF detection currently available is relatively slow. Therefore, its ability to prevent and protect against an injury resulting when the downed conductor event and the occurrence of electrical contact close together is limited.