Leviton Telcom L8692 Silk Group Spool Lace 2-wire Offset Eye

Product Description

The LEVITON TELCOM L8692 is a silk group spool lace fitting with a 2-wire offset eye configuration, designed for use in low-voltage wiring and telecommunications hardware applications. This type of lacing accessory is used to organize, bundle, and route wire groups through enclosures, panels, and raceways. It provides a secure anchor point for wire management while maintaining neat, professional cable runs. Sold individually, it is a standard hardware accessory appropriate for installation by electricians, low-voltage technicians, and datacom installers working in structured wiring environments.

This fitting is suited for residential and light commercial telecom and low-voltage wiring applications. The offset eye design allows wire groups to be routed at an angle away from a mounting surface, which is useful in tight enclosures or panels where clearance and cable bend radius are concerns. It is a common accessory in structured wiring, telephone distribution, and panel dressing work.

Key Features

• Silk group spool lace construction for organized wire bundling
• 2-wire offset eye configuration accommodates angled wire routing
• Sold as individual unit for precise quantity ordering
• Hardware accessory category fitting for low-voltage and telecom panels
• Compact form factor suitable for use in tight enclosures and distribution panels

Compatibility

Designed as a standard hardware accessory for use in low-voltage telecom wiring, panel dressing, and structured wiring installations where silk lace and offset eye fittings are required.

Installation Notes

This accessory is typically installed by low-voltage technicians or licensed electricians during panel dressing or wire management work. De-energize any circuits in the work area before routing or securing wire bundles. Follow applicable low-voltage wiring codes and manufacturer guidelines for bend radius and lacing tension. Avoid overtightening lace to prevent insulation damage on bundled conductors.