Disco duro interno HPE 6 TB 3,5 pulgadas SAS 7200 rpm 861754-K21

HPE 6 TB SAS 7200 RPM internal hard drive (model 861754-K21) is a 3.5" enterprise-class HDD with 6 TB capacity and a 7200 RPM spindle speed. Supplied in a Smart Carrier and intended for server and storage environments, this SAS drive is designed to deliver reliable storage capacity and consistent performance for data-intensive applications.

Advantages

This HPE 6TB SAS drive provides large storage capacity in a 3.5" form factor and operates at 7200 RPM for improved access times compared with slower drives. The enterprise-grade SAS interface supports multi-drive environments and offers durability suited for continuous server operation. The Smart Carrier simplifies installation and hot-swap handling, while the drive weight and dimensions match standard 3.5" bays.

Suitable for

• Enterprise servers and rack-mounted storage arrays
• Backup and nearline storage for databases and virtual machines
• High-capacity archival and cold storage pools

Key specifications

• Brand: HP Enterprise
• Model / MPN: 861754-K21
• Capacity: 6000 GB (6 TB)
• Form factor: 3.5"
• Interface: SAS
• Rotational speed: 7200 RPM
• Sector type: 512e
• Package: Smart Carrier
• Weight: 0.5 kg
• EAN: 5715063683521

How to use

Install the drive into a compatible 3.5" SAS bay or chassis using the provided Smart Carrier. Ensure the server or storage enclosure supports SAS drives and follow the device manufacturer's procedures for hot-swap or cold installation. After physical installation, initialise and format the drive within the operating system or storage controller, then assign it to the required RAID array or storage pool according to your infrastructure plan.

Recommendations

For enterprise deployments, use this HPE 6TB SAS drive in systems with proper cooling and power provisioning. Monitor drive health via the server management tools and plan regular backups. Match the drive speed and capacity to your workload—use for bulk storage, nearline archives, or mixed-read server roles rather than the highest I/O transactional databases that require SSDs.