Data center rack, UL-2416 certified 42U with 48 inch depth
Part Number:
408GCC32

42U UL-2416 Data Center Rack Cabinet – Cloud-Ready Design


$3,549.00
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Made in USA
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    Description

    The Best Data Center Server Rack for High-Density Deployments – Gaw’s 42U UL-2416 Cloud Cabinet 

    Meet the data center rack engineered for today’s AI, cloud, and colocation workloads. Gaw Technology’s UL-2416-certified Cloud Cabinet delivers 42U of secure, standards-compliant mounting space in your choice of 42-inch or 48-inch depthsperfect for deep GPU chassis, storage arrays, and next-gen power shelves.

    Built for serious density. A 3,000 lb (1 360 kg) static-load rating and welded 12-gauge steel frame let you stack servers to the ceiling without compromise. Front and rear doors feature 78 % open perforation plus sealed brush grommets for top/bottom cable entry, ensuring unrestricted airflow to every RU.

    Tool-less deployment. Snap-in 0U PDU brackets, cable managers, and blanking panels cut install time in half. Four depth-adjustable rails slide from 6″ to 36″ with laser-etched RU marks for quick, precise equipment placement.

    Certified peace of mind. UL-2416 compliance means this rack meets rigorous load, tip-over, and flammability standards—ideal for hyperscale facilities and enterprise data centers insisting on third-party certification.

    Key Features

    • UL-2416 Certification verified safety & structural integrity
    • 42U Height, 42″ / 48″ Depth supports deep AI/GPU, storage, and blade servers
    • 3,000 lb Static Load heavy-gauge, fully welded steel construction
    • 78 % Perforated Doors maximize front-to-rear cooling efficiency
    • 0U Tool-Less Accessory Rails instant PDU & cable-manager installs
    • Reversible Doors & Quick-Release Side Panels fast service access
    • Optional Hot/Cold-Aisle Containment Kits improve PUE and rack-level cooling

    Deploy faster, cool smarter, and stay compliant—this is the best data center server rack for modern cloud infrastructure.

    Frequently Asked Questions

    1. What does UL-2416 certification mean for this rack?

    UL-2416 is a United Laboratories safety standard that verifies a rack’s structural load, tip-over resistance, and flammability performance. The Cloud Cabinet’s UL-2416 label confirms it has passed third-party testing for a 3 000 lb static-load rating and meets strict material fire-safety requirements—critical for colocation facilities and enterprise data centers with compliance mandates.

    2. How much weight and power density can the cabinet support?

    Thanks to its welded 12-gauge steel frame, the cabinet handles up to 3,000 lb (1 360 kg) of mounted equipment—enough for high-density AI/GPU servers or fully populated blade chassis. Airflow design (78 % perforated doors) and optional containment kits make the rack comfortable at power densities of 20–30 kW per cabinet when paired with adequate room-level cooling.

    3. Should I choose the 42-inch or 48-inch depth?

    42 in-deep version: ideal for standard 1U/2U servers, network switches, and shorter UPS trays.
    48 in-deep version: recommended for full-length GPU chassis, high-capacity storage arrays, or rear-door heat exchangers. Both depths share the same 42U height and 3,000 lb load rating; select based on your longest chassis and cable-bend requirements.

    4. Does the rack include PDUs and cable-management hardware?

    The Cloud Cabinet ships with tool-less 0U accessory rails already installed, allowing quick snap-in of vertical PDUs, cable ladders, and blanking panels. PDUs are optional add-ons so you can match amperage (30 A, 60 A, or three-phase) to your facility’s power plan. A full catalog of finger-duct managers, Velcro straps, and brush grommets is available for turnkey installations.

    5. How does the cabinet optimize airflow for high-density equipment?

    Front and rear doors feature 78% open perforation to reduce static pressure and deliver even inlet temperatures. Brush-sealed top and bottom cable entries block bypass airflow, while optional hot/cold-aisle containment panels and passive baffles prevent recirculation. Together these features support efficient front-to-back cooling for AI and HPC workloads.


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