Panduit
SKU: XGL84822B
Overview
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Overview
Questions about this product? Free pre-sales support from a senior specialist — product questions, compatibility checks, BOM quotes, price confirmation — typically answered within one business day. Need camera placement or system design work? Engineering time is $175 per hour (qty 1 = 1 hour). Hardware buyers get up to one hour ($175) credited back on their order.
The Panduit XG74822WS0001 delivers 48 rack units of high-density mounting capacity in a white powder-coated steel enclosure engineered for datacenters, network operations centers, and IT equipment rooms requiring both thermal performance and clean aesthetics. This FlexFusion cabinet combines 700mm width with 1200mm depth to accommodate modern servers, storage arrays, and network gear while maintaining full EIA-310-E, TIA/EIA-942, and UL2416 compliance. Perforated front and split rear doors provide critical airflow paths, the top brush-seal cover manages cable ingress without compromising cooling, and factory-installed casters enable flexible deployment before locking into permanent position.
Datacenter and equipment room builds demand racks that clear three simultaneous hurdles: structural standards compliance, thermal management under load, and real-world serviceability during adds/moves/changes. The XG74822WS0001 addresses this through full TIA/EIA-942 data center infrastructure compliance—the spec that governs rack dimensions, grounding, and seismic bracing provisions. The 2266mm overall height (89.2 inches) provides standard 48U mounting within typical 8-foot ceiling envelopes, while the 1200mm depth handles modern 2-socket servers, deep storage shelves, and networking switches with rear-mount power supplies without requiring sliding rails in fully extended positions. Front and rear perforated doors aren't decorative—they're calculated airflow paths. In hot-aisle/cold-aisle configurations, perforations allow intake air to reach equipment fans without creating back-pressure, and exhaust air exits through the rear without recirculating. The split rear door design means you can swing one half open to service a UPS or storage array on one side of the rack without exposing the entire rear plane, maintaining some containment during live operations. Standard locks use Panduit's keying system; if you're deploying multiple cabinets, you can key them alike during procurement to reduce the number of unique keys your NOC team has to manage.
The white powder-coat finish distinguishes this model from the black-cabinet majority. In healthcare IT rooms, medical office server closets, and corporate environments where the equipment room shares space with user-accessible areas, a white cabinet integrates visually with ceiling tiles, wall finishes, and millwork rather than announcing itself as a black monolith. The finish is more than aesthetic—powder coating provides better corrosion resistance than liquid paint, matters in coastal datacenters or industrial environments with airborne contaminants, and meets RoHS material composition limits for European and California procurement. Steel construction throughout (not aluminum rails or stamped side panels) maintains rigidity under full 48U loads. While Panduit doesn't publish a static load rating in the provided spec, FlexFusion cabinets in this depth class typically handle 1500–2000 lb static loads when bolted to raised floor stringers or slab anchors; verify your specific deployment load against Panduit's engineering docs if you're racking blade chassis, large UPS modules, or battery strings. The left-side PDU bracket is factory-welded and accepts Panduit or third-party vertical PDUs without consuming the 19-inch mounting lane—you're not sacrificing 1U or 2U of rack space for a horizontal PDU shelf. That bracket positioning assumes your primary cable entry is from overhead or rear; if you're running conduit from a right-side ladder rack, call out PDU bracket placement during order configuration.
Installation mobility matters more than spec sheets admit. A 48U cabinet arrives as a 400+ lb empty enclosure; rolling it into position beats dragging or using a pallet jack across raised floor tiles. The factory casters are load-rated for the empty cabinet plus reasonable tool/hardware weight during staging—once you've positioned the cabinet and begun racking equipment, you lock the casters and ideally bolt the frame to floor anchors or seismic bracing per TIA-942 Tier III/IV requirements. The top brush-seal cover is Panduit's answer to the cable entry vs. thermal containment dilemma: brushes part to allow cable bundles in from overhead ladder rack or cable tray, then close around the bundles to prevent conditioned air from escaping vertically. In raised-floor datacenters with under-floor cold air plenums, this keeps your expensive cooled air inside the cabinet instead of dumping it into the ceiling void. The rail-mount elements referenced in the specs are Panduit's square-hole or round-hole cage nut rails, depending on order configuration—confirm which hole pattern your existing equipment uses (most modern servers are square-hole, older telecom and A/V gear may be round-hole with 10-32 or 12-24 threaded), and spec accordingly. If you're mixing equipment types, square-hole rails with adapter clips provide more flexibility. Competitor cross-reference parts AR3347W and AR3357W are APC NetShelter SV 42U and 48U models; the Panduit cabinet offers comparable depth and wider range of accessory integration with Panduit's cable management, fiber enclosures, and power distribution ecosystem if you're standardizing on a single-vendor structured premise solution.
UL2416 listing covers the cabinet as an information technology equipment enclosure, the safety standard governing electrical clearances, grounding provisions, and flammability of materials used in IT spaces. TIA/EIA-942 compliance confirms dimensional compatibility with the broader datacenter infrastructure—mounting hole spacing, vertical U increments, grounding stud locations, and cable routing provisions all align with the standard that mechanical, electrical, and IT trades reference when coordinating equipment room builds. EIA-310-E is the rack rail standard itself (the 19-inch width, hole spacing, and RU height definition); compliance here means your existing servers, switches, and patch panels mount without adapter brackets or custom drilling. For integrators deploying IP video management servers, access control headend appliances, or building management system controllers in mixed-use IT environments, this cabinet provides the same mounting and thermal platform as your client's enterprise IT team uses for their own infrastructure—reducing the "separate security rack" conversation and allowing your headend gear to integrate into the facility's existing hot-aisle containment, overhead cable tray, and centralized PDU strategy. The 700mm width and 1200mm depth footprint is 0.84 square meters of raised floor or slab space; in constrained equipment rooms, verify your floor loading (live load + dead load) remains within structural limits when the cabinet is fully populated, particularly if you're stacking battery strings or UPS modules in lower RUs.
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