Lenovo Fan Option Kit per SR665 - 6 ventole Hot-Swap

The Lenovo Fan Option Kit for SR665 is a high-performance cooling solution designed specifically for the Lenovo ThinkSystem SR665 server. This kit includes six hot-swap fans that ensure optimal thermal management, enhancing system reliability and uptime in demanding data center environments. Engineered for easy user installation, the kit supports redundancy to maintain continuous operation even if a fan fails. Ideal for high-performance server configurations, this fan option kit is a critical component for maintaining efficient cooling and protecting your server investment.

Advantages

This fan kit provides superior cooling efficiency, reducing the risk of overheating and component failure. The hot-swap design allows for replacement without powering down the server, minimizing downtime. With six fans, it delivers robust airflow to support the most demanding workloads. The kit is fully compatible with the Lenovo ThinkSystem SR665, ensuring seamless integration and reliable performance.

Suitable for

• Lenovo ThinkSystem SR665 servers
• Data centers requiring high-density computing
• High-performance computing (HPC) environments
• Enterprise applications with critical uptime requirements

Key specifications

• Product Type: Server Fan Kit
• Compatibility: Lenovo ThinkSystem SR665
• Number of Fans Included: 6
• Fan Type: Hot-swap
• Redundancy Support: Yes
• Installation: User-installable
• Manufacturer Part Number (MPN): 4XH7A09890
• EAN/UPC: 889488512027
• Product Family: ThinkSystem
• Server Series: SR665
• Function: Thermal Management
• Application: Data Center Servers
• Enhanced Performance: Supports high-performance server configurations
• Reliability: Improves system reliability and uptime
• Warranty: 1 Year Limited

Recommendations

For optimal cooling performance, ensure that the fan kit is installed according to the server manual. Regularly monitor fan status through the system management interface. This kit is recommended for any SR665 server operating in high-temperature environments or running intensive workloads.