Fault location stands as a critical process in pinpointing the precise location of faults with an unprecedented level of accuracy. Serving as a pivotal component, the fault locator integrates cutting-edge algorithms to execute fault-location procedures, ensuring an optimal estimation of fault distance.
Primarily triggered by moisture infiltration within insulation systems, a significant proportion of faults stem from the hygroscopic nature of paper insulation within cables. Additional triggers include mechanical injuries during transportation, installation, or arising from diverse stresses encountered during cable operation.
Our innovative solution presents a revolutionary approach to ascertaining fault positions within cables. By harnessing the principles of Ohm’s Law, a controlled low-voltage DC is injected at the feeder end through a series resistor. This ingenious method capitalizes on variations in current responses, effectively mapping fault locations along the cable’s length. Through this system, a new era of fault localization emerges, characterized by heightened precision and unwavering dependability.
