Leviton Telcom L9624 Cable Lacing Support Splice Lock

Product Description

The LEVITON TELCOM L9624 is a cable lacing support group splice with a lock mechanism, designed for organizing and securing wire bundles in structured cabling and telecom installations. Sized at 1.0 inch, it provides a clean, locked bundle point for cable runs in panels, racks, and equipment enclosures. Sold as an individual unit, this hardware accessory is suited for data, voice, and low-voltage cabling environments where organized cable management is required. Telecom installers and low-voltage technicians will find it useful for maintaining neat, code-compliant cable routing in both new installations and retrofit work.

This lacing support is used in structured cabling, telecommunications closets, equipment racks, and patch panel installations. It is appropriate for residential and commercial low-voltage applications where wire bundles must be secured at splice or transition points. The lock feature keeps the bundle contained without requiring separate tie hardware, making it practical for high-density cable management runs.

Key Features

• Integrated lock mechanism secures cable bundles without additional tie hardware
• 1.0 inch sizing suits standard wire bundle diameters in telecom and low-voltage installations
• Designed for splice points and cable routing support in racks and enclosures
• Sold as a single unit (each) for precise quantity ordering
• Hardware accessory category — compatible with structured cabling and low-voltage wiring systems

Compatibility

Designed as an OEM-style cable management accessory for structured cabling, telecom, and low-voltage wiring installations requiring laced bundle support at splice or transition points.

Installation Notes

Installation is typically performed by licensed low-voltage technicians or structured cabling professionals. De-energize or disconnect any active circuits in the cable run before working in the enclosure or rack. Follow TIA-568 or applicable local low-voltage wiring standards for cable bend radius and bundle organization. Do not over-cinch bundles, as excessive compression can degrade cable performance.