HGST 0B26887 2TB 7.2K 3.5" SAS HDD – Enterprise-Class Server Hard Drive
Certified Refurbished
The HGST 0B26887 2TB SAS hard drive offers dependable, high-capacity storage for enterprise environments where reliability and consistent performance are key. With a 7,200 RPM spindle speed and a 6Gbps SAS interface, this 3.5” drive is built for data centers, storage arrays, and server applications handling large datasets, backups, and virtualization.
🔴 Note: This is a SAS hard drive, designed for enterprise systems with SAS-compatible backplanes. Not suitable for SATA-only desktops.
🔹 Key Features & Benefits:
✔ 2TB Capacity – Ample space for large-scale storage, backups, and data archiving
✔ 7,200 RPM Speed – Balanced performance for 24/7 enterprise workloads
✔ SAS 6Gbps Interface – Reliable, high-speed connectivity for server-grade applications
✔ 3.5-Inch Form Factor – Standard size for server bays and enterprise enclosures
✔ HGST OEM Part Number 0B26887 – Trusted quality and compatibility in enterprise environments
✔ Certified Refurbished – Fully tested, restored to factory specs, and backed by warranty
🔹 Compatibility:
✔ Enterprise Servers & Storage Arrays
✔ SAS RAID & JBOD Systems
✔ Backup & Disaster Recovery Platforms
✔ Virtualization Environments
✔ NAS & Data Archival Systems
🔹 Certified Refurbished – What That Means for You:
✅ Professionally inspected, tested, and restored to original specifications
✅ Covered by a 1-year Allstate warranty via
✅ Ships in secure, protective packaging
✅ Guaranteed fully functional and in like-new condition
🔹 Server Surplus Policy
At Server Surplus, we supply premium enterprise hardware at competitive prices. Every Certified Refurbished drive undergoes rigorous testing to ensure maximum uptime and reliability.
💼 Why Buy from Server Surplus?
✔ Trusted Source for HGST and Enterprise Storage
✔ Expert Support for Compatibility & Setup
✔ Fast, Secure Nationwide Shipping
✔ Fully Tested & Warranty-Backed Products
📦 Expand your storage with the HGST 0B26887 2TB SAS HDD – enterprise-grade capacity and durability for mission-critical environments.
