IEEE 1067

1067 is a technical standard for the service use, care, maintenance, and testing of conductive clothing used for live work and power frequency AC induction protection. It addresses how this specialized protective clothing should be handled to help preserve its conductive performance over time and support safer field use. For organizations working around energized systems, the document is relevant because it helps define practical expectations for inspection, upkeep, and testing.

What is 1067?

This standard defines guidance for conductive clothing intended for live work and for protection against power frequency AC induction effects. Its focus is not general workwear, but clothing with a functional electrical role that may be used in fields, waves, and electromagnetics-related environments. By addressing service use, care, maintenance, and testing, 1067 helps establish a consistent basis for maintaining performance characteristics that matter in energized or induction-prone applications.

Where is 1067 used?

1067 is typically used where conductive garments are selected as part of a controlled electrical safety program. That may include utility work, energized maintenance activities, and other tasks involving power systems where AC induction exposure is a concern. It is also useful for teams responsible for storing, inspecting, cleaning, and verifying protective clothing before return to service. In these settings, the standard supports repeatable handling practices across crews and maintenance workflows.

Why is 1067 important?

This standard matters because conductive clothing can only do its job if its condition is controlled and verified. Clear expectations for care, maintenance, and testing help reduce the risk of degraded performance, inconsistent inspections, and unsafe reuse. For buyers, safety managers, and technical staff, 1067 provides a practical reference for compliance and procurement decisions. It can also support consistent quality control across garments used in demanding electrical environments.

• Conductive clothing service use
• Care and maintenance practices
• Testing for protective performance
• Live work protection context
• AC induction risk control