Middle Atlantic AXS-39-26 In-Wall Slide Out Rack, 39U RMS, 26" Depth, Black

Streamline equipment deployment and maintenance with the Middle Atlantic by Legrand AXS-39-26 in-wall slide-out rack. This rack cabinet combines a large 39U RMS capacity with a space-conscious 26" depth to house servers, network switches, DVR/NVR units and AV components inside walls or shallow closets. The slide-out chassis delivers unobstructed front and rear access, simplifying routine servicing, cable management and system expansion—ideal for security and surveillance installations where uptime and accessibility matter.

Built for professional AV, IT and monitoring environments, the AXS-39-26 provides secure mounting, clean cable routing and a durable black finish to blend into commercial and retail locations. Its in-wall form factor preserves floor space and hides equipment while keeping critical networking and recording gear accessible for technicians. Whether you're building a monitoring hub, edge networking node or an integrated AV/security cabinet, this in-wall rack supports organized, reliable system layouts.

Choose the Middle Atlantic AXS-39-26 to improve serviceability and protect sensitive infrastructure—perfect for security, surveillance and enterprise IT projects. Contact our sales team or add to cart to specify for your next deployment.

• Maximizes usable equipment space: 39U RMS capacity organizes servers, network switches, and surveillance recorders in a compact in-wall footprint.
• Fast serviceability: slide-out design provides full front and rear access for maintenance, cable changes, and upgrades without removing the cabinet.
• Space-saving installation: 26" depth fits shallow closets and behind walls for clean, discreet AV and security deployments.
• Secure, professional mounting: robust rack rails and durable black finish protect sensitive monitoring and networking gear in commercial environments.
• Optimized for convergence: engineered to support security, surveillance, IT, and AV systems in one centralized infrastructure point.