Leviton Telcom L8706 Silk Grip Spool Lace 2-wire

Product Description

The LEVITON TELCOM L8706 is a silk grip spool lace fitting designed for structured cabling and low-voltage wiring applications. This hardware accessory provides a secure, offset-eye anchor point for managing 2-wire lacing runs in telecommunications and data cabling installations. The offset-eye design allows cables to be routed cleanly along trays, panels, or backboards without sharp bends that can compromise signal integrity. Licensed low-voltage and telecom technicians install this type of fitting as part of organized wire management systems in both commercial and residential structured wiring environments.

The L8706 is suited for use in telecommunications infrastructure projects where neat, secure cable bundling is required. Typical applications include telephone distribution frames, structured cabling backboards, and low-voltage enclosures. The silk grip material reduces abrasion on wire insulation during lacing, making it appropriate for installations where wire protection is a priority. It is sold and priced individually as a single unit.

Key Features

• Silk grip material reduces insulation abrasion during cable lacing
• Offset-eye design supports clean, bend-radius-friendly cable routing
• Designed for 2-wire lacing applications in telecom and low-voltage environments
• Spool-style form factor supports organized, repeatable lacing runs
• Sold individually for precise quantity purchasing

Compatibility

Designed as an OEM-style hardware accessory for telecom and low-voltage structured cabling installations requiring 2-wire offset-eye spool lace fittings.

Installation Notes

Installation is typically performed by licensed low-voltage or telecommunications technicians. Power down or de-energize any active circuits in the work area before routing or lacing cables. Follow applicable codes including TIA-568 cabling standards and local low-voltage ordinances when organizing and securing wire runs. Avoid overtightening lacing to prevent insulation damage or conductor deformation.