HPE 42U 600mmx1075mm G2 Enterprise Shock Rack

Designed for data centers that demand maximum compute power in tight spaces, the HPE 42U 600mmx1075mm G2 Enterprise Shock Rack combines enterprise-grade security with rugged structural integrity, optimized cooling, and sophisticated cable management. This G2 Enterprise Series rack delivers the versatility, reliability, and scalability needed for high-density deployments, whether you’re housing blade enclosures, modular servers, or storage arrays. With a 42U capacity and a footprint of 600mm by 1075mm, it is engineered to support aggressive cabling, diverse power distributions, and precise airflow in environments where every inch of space counts. The rack’s design prioritizes ease of service, quiet operation, and dependable performance under continuous load, so you can fine-tune configurations to squeeze out every watt and every compute cycle.

• Optimized space for high-density compute — The 42U capacity and compact 600mm x 1075mm footprint are tailored for dense layouts, enabling you to maximize rack density without sacrificing accessibility or airflow. It’s ideal for multi-node blade systems, dense storage, and modular servers that require efficient front-to-back cooling pathways.
• Enterprise-grade security and structural integrity — Built with reinforced steel and precision mounting rails, the G2 Enterprise Shock Rack provides robust protection against physical shocks, vibrations, and tampering. Integrated door locks, reinforced enclosure panels, and secure cable routing help safeguard equipment and data while maintaining compliance with data-center security standards.
• Advanced cooling and airflow management — The rack is engineered to promote optimal airflow with front- and rear-door options, well-organized cable management, and consistent cooling paths that reduce hotspot formation. Its design supports high-density workloads by allowing air to reach every hot area and by minimizing turbulence that can impede cooling efficiency.
• Comprehensive cable management and power options — A mature cable-management system, integrated cable channels, and a broad array of power and switching options (including modular PDUs and outlets) help you organize complex cabling, reduce downtime during maintenance, and support scalable power delivery for mixed hardware configurations.
• Easy installation, maintenance, and scalability — The G2 rack is designed for straightforward assembly, tool-less updates where applicable, and quick access to equipment for maintenance. Its modular rails and configurable features support future expansions, making it a long-term foundation for evolving data-center needs.

Technical Details of HPE 42U 600mmx1075mm G2 Enterprise Shock Rack

• Model: HPE 42U 600mm x 1075mm G2 Enterprise Shock Rack
• U-Height: 42U for flexible blade, server, and storage installation
• Footprint: 600mm (width) x 1075mm (depth) for compact high-density deployments
• Material: Reinforced steel chassis with secure door panels and reinforced rails
• Security: Integrated locking doors and tamper-resistant hardware
• Cabling: Built-in cable-management channels and accessible rear cable pass-through
• Cooling: Optimized airflow design to support front-to-back cooling with configurable door options
• Power: Wide selection of power-distribution options, including modular PDU configurations
• Compatibility: Designed to accommodate a range of enterprise compute, storage, and networking equipment
• Installation: Layout supports tool-less rail adjustments and straightforward equipment installation

How to install HPE 42U 600mmx1075mm G2 Enterprise Shock Rack

• Prepare the site and verify specifications — Confirm floor load capacity supports the rack plus installed equipment. Verify the 600mm x 1075mm footprint fits your data-center space and that you have the correct mounting rails and casters for your environment.
• Assemble the rack frame — Unpack the rack and assemble the chassis according to the installer guide. Install the base and attach casters if mobile positioning is required. Ensure all fasteners are tight and aligned to prevent misalignment during operation.
• Install front and rear rails — Attach the adjustable front and rear rails to support blade servers and modular components. Set the rails to the correct depth for your equipment and verify smooth rail travel to reduce insertion effort and wear on hardware.
• Route power and data pathways — Plan the power distribution and data-cable routes before inserting equipment. Use the rack’s cable-management features to guide cables along each port and keep front-panel access clear for maintenance and airflow.
• Mount equipment and secure — Install servers, storage units, and network devices into rails, securing them with the appropriate screws and retention mechanisms. Confirm that all devices are seated correctly, and reconnect all cabling with care to minimize signal loss and interference.
• Configure cooling and security options — Attach doors, seals, and, if needed, cooling accessories to optimize airflow. Set up locking mechanisms and verify that security features are engaged to protect sensitive equipment.
• Test and validate — Power up the system, verify that all devices are recognized, and test airflow and temperature readings to ensure cooling performance meets your workload requirements. Document configurations for future maintenance and audits.

Frequently asked questions

• What is the rack capacity? The rack offers 42U of vertical mounting space, providing ample room for blades, storage enclosures, and networking devices within a compact footprint for high-density deployments.
• What kind of security features does it include? It includes reinforced metal construction, locking doors, tamper-resistant hardware, and secure cable routing to protect equipment and data from unauthorized access and environmental disturbances.
• Is it compatible with modular PDUs and cable management solutions? Yes. The rack is designed to support a range of power distribution options and cable-management accessories to simplify organization and improve airflow.
• Can this rack support hot-swappable components? The design accommodates a variety of enterprise blades, storage, and networking modules that can be configured for easy removal and maintenance while maintaining structural integrity.
• How do I optimize cooling for high-density workloads? Use front-to-back cooling configurations, ensure unobstructed air paths, and leverage the rack’s door options and cable-management to minimize airflow resistance and hotspots.