Leviton Telcom L8554-100 Pull Grip Double Weave

Product Description

The LEVITON TELCOM L8554-100 is a single-entry pull grip designed for cable pulling applications in communications and low-voltage wiring installations. Built with a double-weave mesh construction, it secures cables in the 1 to 1.5 inch diameter range during conduit pulls and overhead routing. The short-body design suits installations where working space is limited or where a compact grip profile is required. Technicians in telecom, data, and low-voltage trades rely on this type of hardware accessory to maintain tension control and protect cable jacket integrity during the pull.

This pull grip is suited for residential and commercial low-voltage installations where cables must be routed through conduit, cable trays, or overhead pathways. Typical applications include structured wiring pulls, communications cable installation, and similar low-voltage work where a reliable single-entry grip is needed to support controlled cable feeding without damaging the cable sheath.

Key Features

• Single-entry design for straightforward cable attachment and pull setup
• Double-weave mesh construction distributes pull load across cable jacket
• Fits cable diameters from 1 to 1.5 inches
• Short-body profile suits confined spaces and tight installations
• Sold as individual unit for flexible procurement

Compatibility

Designed as an OEM-style hardware accessory for single-entry cable pulling applications on cables with an outside diameter between 1 and 1.5 inches in low-voltage and communications wiring systems.

Installation Notes

Pull grips of this type are typically installed by low-voltage technicians, electricians, or communications cabling professionals. Before beginning any pull, verify that the cable diameter falls within the 1 to 1.5 inch grip range to ensure a secure hold. Follow applicable codes such as BICSI installation guidelines and local low-voltage wiring regulations when routing and tensioning cable. Inspect the weave for wear or deformation after each pull and replace if the mesh shows signs of damage.