The HPE 42U 800mmx1200mm G2 Enterprise Shock Rack is engineered for enterprises seeking high-performance, shock-resistant solutions for their data center environments. Designed to handle dynamic deployments, this rack helps protect critical IT equipment with robust structural integrity and advanced physical security features.
Key Features
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Shock Resistant Design: Built to safeguard servers and networking gear, ensuring reliability amidst vibrations and movement.
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High Capacity: Offers up to 42U of rack space for high-density IT installations, supporting a load capacity of 3,000 pounds.
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Cable Management: Equipped with seamless cable management solutions, maintaining setups with efficiency and tidiness.
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Tool-less Accessories: Simplifies the installation of rails and other accessories with a tool-less design for effortless upgrades and reconfigurations.
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Enhanced Security: Provides superior protection against unauthorized access with lockable doors and advanced security options.
Technical Specifications
| Rack Units |
42U |
| Dimensions |
800mm x 1200mm |
| Weight Capacity |
Dynamic load of 3000 lb (1360.8 kg) |
| Color |
Black with silver accents |
| Compliance |
EIA-310, MIL-STD-810 |
Target Use Cases
Ideal for enterprise data centers demanding meticulous protection and optimization for high-density implementations. It supports a variety of equipment, including servers, switches, and other critical hardware components necessary for uninterrupted business operations.
FAQs
Q: What is the shock resistance capability of this rack?
A: The HPE G2 Enterprise Shock Rack is designed according to MIL-STD-810 standards, with advanced vibration isolation, providing protection against disturbances during dynamic rollouts.
Q: How much weight can this rack support?
A: It supports a dynamic load of up to 3,000 pounds and a static load similarly high, ensuring robust accommodation of heavy equipment setups.
Q: Is it suitable for seismic zones?
A: Yes, it is built to withstand rigorous environmental conditions, making it suitable for seismic areas and enhancing data center resilience.
