What outcome may result from using wires that do not conform to the standards set for high voltage applications?

Using wires that do not conform to the standards set for high voltage applications can indeed lead to electrical shorts. High voltage environments require specific insulation and wire gauge to safely handle the increased electrical potential without risk. If the wires do not meet these stringent standards, they may not adequately insulate or manage the flow of electricity. This inadequacy can result in unintended conductive paths where electricity can escape or bridge connections, leading to shorts.

Safe design practices dictate that the materials used in high voltage environments must be capable of withstanding the voltage levels without breakdown. When substandard wires are used, the risk of insulation failure increases significantly, thereby elevating the likelihood of electrical shorts. This outcome not only compromises the functionality of the assembly but can also pose serious safety hazards, including fires or equipment damage. It highlights the necessity for conformity to specific standards in high voltage applications to ensure reliability and safety.