The OEL IT-57866 is an insulated 8 mm T-handle hex wrench designed for use in electrical environments where temporary exposure to energized equipment is possible. Built to help workers access fasteners while maintaining protection against electric shock, this tool is intended for applications where voltage up to 1,000 V AC (and up to 1,500 V DC) may be encountered. It carries a dual-insulation construction and carries a lifetime warranty, reflecting its suitability for repeated use in maintenance and repair tasks within electrical installations.
Key construction and performance attributes include meeting IEC 60900 standards for insulated hand tools and exceeding the requirements of ASTM 1505, with tested electrical isolation suitable for 10,000 VAC tests. The wrench is flame-retardant and impact resistant, which supports reliability in field service scenarios where tools may experience rough handling or higher heat exposure. Its size is specified as 8 mm, and the package size is listed as each, facilitating straightforward ordering and stocking in PPE and electrical maintenance inventories.
Practical considerations for use include compatibility with standard 8 mm fasteners encountered in electrical panels and equipment. The tool is aligned with OSHA-related guidelines and NFPA 70E considerations for electrically safe work practices, making it a relevant option for teams focusing on compliant electrical maintenance routines. When selecting this tool, confirm sizing needs and project-specific voltage exposure to ensure the insulation rating aligns with the work environment and that the tool is used in accordance with established safety procedures.
Features:
- Meets IEC 60900 for Insulated Hand Tools
- Exceeds ASTM 1505 Insulated Hand Tools standards
- Tested to 10,000 VAC; rated for 1,000 VAC / 1500 VDC max exposure
- Impact resistant and flame retardant
- Supports OSHA 29 CFR 1910.331-335 compliance
- Meets NFPA 70E requirements
- 8mm size for precise fit
- Size:
- 8MM
- Arc Rating:
- 1000VAC
- Package Size:
- Each
