Middle Atlantic LACE-WB6-42 Wire Lace Panel 42 Space

Product Description

The MIDDLE ATLANTIC - U.S. - LEGRAND LACE-WB6-42 is a wire lace panel designed for cable management in rack-mounted equipment enclosures. At 6 inches wide and sized for a 42-space rack, this panel provides a structured pathway for routing and securing cables inside open-frame or enclosed racks. It is used by AV integrators, data center technicians, and low-voltage installers who need organized, accessible wiring runs in high-density rack builds. The lace panel keeps cables separated and strain-relieved without requiring adhesive ties or additional hardware.

This wire lace panel is suited for 42-space rack installations in commercial AV systems, server rooms, broadcast environments, and structured cabling projects. It mounts inside standard rack enclosures and is typically installed during the initial rack build or during a cable management upgrade. The 42-space height makes it compatible with full-height rack frames commonly used in permanent AV and IT infrastructure.

Key Features

• 6-inch width provides a defined cable management channel across the rack interior
• Designed for 42-space rack frames standard in commercial and enterprise installations
• Sold as a single unit for targeted placement in specific rack sections
• Supports organized, accessible cable routing without adhesive fasteners
• Part of the Middle Atlantic rackmount accessories line for integrated rack system builds

Compatibility

Designed as an OEM-style rackmount accessory for use with standard 42-space rack enclosures and open-frame rack systems.

Installation Notes

Installation is typically performed by low-voltage technicians or AV integrators during rack assembly or cable management upgrades. Power down all active equipment in the rack before routing or re-routing cables. Follow applicable low-voltage wiring standards and any site-specific cable management guidelines. Avoid over-bundling cables in a single lace channel, as this can restrict airflow and complicate future service access.