HPE 36U 600mm x 1075mm G2 Kitted Advanced Shock Rack with Side Panels and Baying

Designed for high-density data centers and mission-critical server rooms, the HPE 36U 600mm x 1075mm G2 Kitted Advanced Shock Rack with Side Panels and Baying delivers a robust mounting platform engineered to protect and organize valuable IT gear. This 36U unit combines heavy-duty steel construction, vibration-damping technology, and modular baying options with convenient side panels, creating a scalable solution that adapts to evolving infrastructure. The G2 kit includes side panels and baying accessories for flexible configurations, enabling you to consolidate equipment while maintaining excellent airflow, accessible cable management, and secure access to devices, once bolted into place. With the G2 generation, engineers have refined the shock-absorption system and mounting rails to reduce hardware wear and improve serviceability over the rack’s life. Whether you’re outfitting a brand-new data center or upgrading an existing room, this rack delivers the reliability, flexibility, and professional appearance that IT managers demand.

• Rugged construction and vibration control: The rack is built from heavy-duty cold-rolled steel with a durable powder-coated finish that resists corrosion and cosmetic wear. A purpose-built shock-absorbing mounting system minimizes vibration and micro-motions that can affect sensitive equipment, especially during power cycling, cooling cycles, or seismic events. The result is less wear on mounting rails, more stable equipment alignment, and improved reliability for critical servers, storage, and network devices.
• 36U capacity and 600 mm depth: This chassis is designed to host a wide range of blade servers, 1U–4U nodes, storage enclosures, and dense networking gear while preserving front-to-back airflow. The 600 mm depth ensures compatibility with common 19-inch equipment and allows for robust cable runs behind the front panels without crowding, reducing heat buildup and simplifying maintenance.
• Side panels and baying for flexible configurations: The included side panels reduce dust intrusion and help maintain a uniform appearance across a multi-rack baying configuration. Baying hardware enables you to connect multiple racks into a single, cohesive enclosure, simplifying management and maximizing available floor space. This feature supports scalable deployments, from single cabinets to compact data center pods.
• Airflow management and cable organization: The cabinet is designed to maintain efficient front-to-back airflow with vented panels, rear cable management arms, and organized cabling. Integrated cable tie points and channeling keep power, data, and fibre channels neatly organized; this reduces airflow resistance and improves serviceability during maintenance windows.
• Ease of installation and maintenance: The G2 kit emphasizes straightforward assembly with pre-drilled rails, standardized 19-inch mounting, and tool-less features where applicable. The included side panels and baying hardware simplify expansion, while the powder-coated finish ensures long-term durability even in demanding data-center environments. The rack is designed to support hot-swap units and heavy loads while remaining accessible for technicians.

Technical Details of HPE 36U 600mmx1075mm G2 Kitted Advanced Shock Rack with Side Panels and Baying

• SKU: HPE-36U-600-1075-G2-Kitted
• UPC: N/A
• Rack Unit Capacity: 36U
• Depth: 600 mm
• Footprint: 19-inch rack mounting rails; width standard for enterprise equipment
• Material: Cold-rolled steel with powder-coated finish
• Included accessories: Side panels, baying hardware, adjustable mounting rails
• Features: Shock-absorbing rails, rear cable management, secure access options
• Warranty: Manufacturer’s limited warranty

How to Install HPE 36U 600mmx1075mm G2 Kitted Advanced Shock Rack with Side Panels and Baying

Unpack and inspect: Verify the carton contents against the packing list. Check for any shipping damage and ensure all side panels, rails, and baying components are present before starting. Prepare a clean workspace with a clear floor area and, if required by facility policy, attach the rack to the floor or wall for added stability. This initial check helps prevent delays during installation and ensures you have all components on hand.

Prepare mounting rails: Extend and align the 19-inch mounting rails according to your equipment’s height and depth requirements. Use the included leveling shims or brackets to ensure precise alignment with the rack frame. Tighten fasteners firmly but avoid over-tightening to prevent rail distortion. Properly aligned rails are critical for safe, vibration-free operation and to prevent tool wear on sliding components over time.

Attach side panels and baying components: Install the side panels to reduce dust ingress and provide a professional enclosure aesthetic. If you plan to bay multiple racks, connect the baying hardware as directed to create a cohesive enclosure. Verify vertical alignment and interlock points so panels sit flush and doors align properly. A correctly assembled baying system enhances airflow, simplifies maintenance, and reduces dirt intrusion across the cabinet cluster.

Mount equipment: Begin with heavier devices toward the bottom to lower the center of gravity and reduce tipping risk. Secure each device with appropriate screws or rails, ensuring proper clearance for cables and airflow. Route power, data, and interconnect cables through rear cable management channels to minimize clutter and improve serviceability. Leave sufficient space behind equipment to prevent thermal bottlenecks and to allow for future expansion without complete reorganization.

Finalize wiring and thermal management: Attach cable ties or Velcro straps as needed, ensuring cables do not obstruct vent openings or airflow. Close doors and verify that the front-to-rear airflow is unobstructed. If the rack includes removable filters or fans, install them according to the manufacturer’s guidelines and test the cooling system under typical load conditions. Regularly inspect seals and gaskets to maintain dust control and temperature stability.

Test and document: After installation, power on the devices and verify that all equipment is recognized by the respective management controllers. Confirm cable management and airflow, check door locks if provided, and perform a short burn-in test to observe vibration and noise levels. Document the rack’s serial numbers, installed devices, and any baying configuration for future maintenance. Keeping thorough records simplifies future upgrades and service calls.

Frequently asked questions

• Q: What equipment is compatible with the HPE 36U G2 Advanced Shock Rack?

  A: The rack is designed for standard 19-inch rack-mount equipment, including servers, storage arrays, and network switches. Its 36U capacity accommodates a broad range of devices, and the included rails support common blade servers and multi-node configurations. Always verify weight and clearance constraints for your specific hardware.

• Q: How does the shock rack protect sensitive equipment?

  A: The vibration-damping rails and shock-absorbing mounting system reduce micro-motions and transients that can occur during operation, transport, or electrical disturbances, minimizing wear on components and preserving signal integrity.

• Q: Are side panels and baying included?

  A: Yes. The G2 kit comes with side panels and baying hardware, designed to create a cohesive enclosure when multiple racks are used together, while reducing dust ingress and improving aesthetics.

• Q: What about airflow and cooling?

  A: The cabinet is engineered to maintain efficient front-to-back airflow with vented panels, cable management, and organized cabling. Properly arranged equipment and cables minimize heat buildup and simplify maintenance and cleaning.

• Q: How do I install this rack in a data center?

  A: Plan your layout, ensure a solid floor mounting solution if required, and follow the installation steps above. Use the included rails for quick mounting, position heavier gear at the bottom, and keep cables organized to maximize cooling and accessibility.