Panduit XG64512BS0001 FlexFusion 45RU Server Cabinet
The Panduit XG64512BS0001 is a 45RU FlexFusion server cabinet engineered for high-density datacenter and network operations center deployments. With 600mm width, 1070mm depth, and 2133mm height, this steel enclosure delivers EIA-310-E compliant 19-inch rack mounting for enterprise servers, storage arrays, and network switches. The split perforated door design maximizes front-to-back airflow while maintaining physical security, and the included left-side PDU bracket positions power distribution where cable runs are shortest. Built to TIA/EIA-942 datacenter infrastructure standards and UL2416 safety certification, this cabinet handles the thermal and structural demands of blade servers, high-wattage switches, and multi-unit storage stacks.
Key Features
- 45RU vertical capacity (EIA-310-E compliant 19-inch mounting rails)
- 600mm (24") width × 1070mm depth × 2133mm (84") height
- Heavy-gauge steel construction with black powder-coated finish
- Single-hinge perforated front door (55% open area for intake airflow)
- Split perforated rear doors (independent left/right access, 68% open area for exhaust)
- Top cap with integrated brush seal (blocks recirculated hot air from plenum)
- Factory-installed left-side PDU mounting bracket (supports vertical power strips)
- Four heavy-duty casters for installation mobility, with leveling feet for permanent placement
- Standard key-lock front door and rear door security
- Removable left and right side panels (tool-free quarter-turn fasteners)
- Hardware mount rail kit included (accepts square-hole, threaded, or round-hole mounting hardware)
- RoHS compliant, UL2416 listed, TIA/EIA-942 datacenter-rated
The FlexFusion XG64512BS0001 addresses the core thermal challenge in high-density racks: maintaining laminar front-to-back airflow without creating hot spots or recirculation zones. The perforated front door provides 55% open area, allowing cool air from the raised-floor plenum or front-of-rack CRAC units to reach server intake fans with minimal restriction. The split rear doors open independently (left and right halves swing on separate hinges), so you can service rear-facing components on one side of the rack without exposing the entire exhaust path or disrupting adjacent equipment. Each rear door panel offers 68% open area, ensuring exhaust air exits freely into the hot aisle or overhead return plenum. The top cap's brush seal closes the gap between the cabinet top and ceiling tiles or containment barriers, preventing hot exhaust from spilling over the top and mixing with cool supply air—a critical detail for maintaining aisle containment efficiency in ASHRAE TC 9.9-compliant layouts.
The cabinet's steel frame uses 2mm-gauge corner posts and 1.5mm side panels, providing the structural rigidity needed for fully loaded configurations (blade chassis, UPS modules, fiber patch panels, and network switches all mounted in a single enclosure). The black powder-coated finish resists corrosion in humid environments and provides a professional appearance in customer-facing NOCs or colocation facilities. The included hardware mount rail kit supports all three common rack-mount standards (square-hole, threaded, and round-hole), so you can mix Dell/HP threaded-hole servers, Cisco square-hole switches, and APC round-hole PDUs in the same cabinet without adapter hardware. The left-side PDU bracket pre-positions your vertical power strip where it's accessible to every RU without blocking rear-facing service ports or cable management arms.
For datacenter builds, the XG64512BS0001 meets TIA/EIA-942 Tier III and Tier IV infrastructure requirements, including seismic bracing provisions (the frame accepts third-party seismic brackets for Zone 4 installations) and cable pathway segregation (the top cap accommodates overhead cable trays, and the removable side panels create vertical cable channels isolated from airflow paths). The 45RU height is purpose-built for standard datacenter layouts with 10-foot slab-to-slab construction: at 84 inches tall, the cabinet fits under 8-foot drop ceilings with room for overhead cable entry, or under 9-foot ceilings with containment chimneys. The 600mm width (approximately 24 inches) is the industry-standard footprint for perimeter racks in hot-aisle/cold-aisle configurations—narrow enough to maximize floor space utilization, wide enough to accommodate two-post relay racks or wall-mount switch chassis if you need to consolidate legacy equipment.
The four heavy-duty casters let a two-person crew roll the empty cabinet into position during initial installation, then remove the casters and lower the cabinet onto adjustable leveling feet for permanent placement. (Note: always load equipment after the cabinet is in its final position and leveled—a fully loaded 45RU cabinet can exceed 1,500 pounds and should never be moved on casters under load.) The removable side panels use tool-free quarter-turn fasteners, so technicians can access cable runs or troubleshoot power distribution without hunting for a screwdriver. The standard key-lock front and rear doors provide basic physical security for controlled-access datacenters; if your facility requires higher security (biometric locks, electronic access logs), the door frames accept third-party lock retrofits without modification.
The XG64512BS0001 is UL2416 listed for IT equipment enclosures and RoHS compliant for installations subject to electronic waste directives. For integrators building out enterprise server rooms, colocation cages, or network operations centers, this cabinet solves the airflow-versus-access problem: you get the high perforation percentages needed for modern 10kW-per-rack server loads, plus the split rear-door design that lets you service SFP modules, power supplies, and cable management without exposing the entire back plane. The included PDU bracket eliminates the need for after-market power strip mounts, and the hardware rail kit ensures compatibility with every major server and switch vendor. This is the cabinet for deployments where thermal performance, physical access, and standards compliance all carry equal weight—and where the cost of downtime from a thermal event or a blocked service path far exceeds the cost of the enclosure itself.
