IEEE P1695/D2, Apr 2015

IEEE P1695/D2, Apr 2015 is a draft guide focused on understanding, diagnosing, and mitigating stray and contact voltage in power, energy, and industrial applications. It addresses a practical electrical safety problem that can appear on accessible surfaces, enclosures, or nearby conductive parts, where unwanted voltage can create shock hazards or nuisance conditions. For engineers, inspectors, and asset owners, IEEE P1695/D2, Apr 2015 helps frame evaluation and control measures in a consistent technical context.

IEEE P1695/D2, Apr 2015 overview

This standard provides guidance for identifying and managing stray and contact voltage conditions associated with electrical systems and connected equipment. In the context of components, circuits, devices, and systems, it is relevant where voltage may transfer through grounding paths, bonded metalwork, or environmental interactions. The document is useful for organizing technical judgment around diagnosis, mitigation, and verification, especially when equipment behavior or site conditions make the source of the voltage difficult to isolate.

Typical use cases

IEEE P1695/D2, Apr 2015 is commonly used when evaluating substations, distribution equipment, utility interfaces, metallic structures, or industrial facilities where unexpected voltage can be measured on accessible surfaces. It may support troubleshooting after customer complaints, site inspections, maintenance planning, and corrective action design. The guide is also relevant for teams comparing grounding, bonding, and mitigation approaches across field installations, where consistent procedures help determine whether the issue is transient, persistent, or linked to specific operating conditions.

Why this standard matters

This standard matters because stray and contact voltage issues can affect safety, reliability, and confidence in electrical installations. Using IEEE P1695/D2, Apr 2015 can help organizations document findings, support compliance decisions, and reduce uncertainty during testing or remediation work. It also aids procurement and design review by giving stakeholders a shared technical reference for evaluating mitigation measures, especially where grounding performance, accessible metal parts, and operating environment all influence risk.

• Guidance for stray and contact voltage assessment
• Diagnosis of voltage sources and pathways
• Mitigation in grounded power and industrial systems
• Support for testing, inspection, and remediation planning
• Reference for safety-oriented engineering decisions