IEEE 1067-2012

1067-2012 is a technical standard for the service use, care, maintenance, and testing of conductive clothing used on high-voltage systems up to 765 kV AC and +/-750 kV DC. It is relevant to power and energy applications where personnel protection and equipment readiness depend on controlled handling of conductive garments. For organizations working with energized environments, this document helps define practical expectations for inspection, upkeep, and verification.

Overview of 1067-2012

This standard addresses conductive clothing intended for use in very high voltage work, where performance and condition can affect worker safety and operational reliability. As a redline document, 1067-2012 is commonly used to review changes against a prior edition, making updates easier to track during procurement, compliance review, or internal standards management. Its focus is on the technical care cycle for the clothing rather than broad electrical system design.

Typical use cases

1067-2012 is typically used by utilities, industrial maintenance teams, and engineering groups that specify or service conductive clothing for live-line or high-voltage tasks. It is relevant when establishing cleaning routines, storage practices, inspection intervals, and testing steps for garments used around transmission and substations. The standard can also support purchasing decisions and maintenance procedures for protective apparel used in demanding AC and DC electrical environments.

Why it matters

In high-voltage work, the condition of conductive clothing can influence both safety and consistency. Using 1067-2012 helps teams apply clearer controls for service life, maintenance, and testing, which may reduce uncertainty during inspections and equipment acceptance. It also supports procurement and compliance by giving buyers and engineers a common reference for expected performance and care practices. For inactive standards archives, it remains useful as a historical or legacy reference.

• Conductive clothing service and care
• Maintenance and inspection practices
• Testing for high-voltage use
• AC and DC voltage application range
• Redline comparison reference