Hpe Fan Tray Aruba Hw 7200 Ft Series

Introducing the HPE Fan Tray Aruba HW 7200 FT Series – a high-efficiency cooling module purpose-built to protect performance in demanding data centers. Engineered for seamless integration with HPE and Aruba hardware, this hot-swappable fan tray delivers consistent, front-to-back airflow across front-end fans, memory, processors, and storage controllers. By maintaining optimal operating temperatures during peak workloads, it helps prevent thermal throttling, supports enterprise uptime, and aligns with modern IT demands for speed, efficiency, and control. Designed to work within dense blade chassis, rack-mount servers, and modular enclosures, the HPE Fan Tray Aruba HW 7200 FT Series offers a scalable cooling solution that grows with your infrastructure while simplifying maintenance and monitoring.

• Hot-swappable cooling for minimal downtime: The fan tray is built for rapid replacement without powering down the system, reducing maintenance windows and keeping critical workloads online.
• Intelligent health indicators: Integrated LED indicators and backplane signaling provide immediate visibility into tray health, degraded fans, blocked airflow, or fault conditions, enabling proactive maintenance.
• Optimized airflow design: Precision-matched fans and shrouds maximize airflow and minimize turbulence, delivering reliable cooling without compromising energy efficiency or acoustics.
• Broad compatibility and future-proofing: Designed for broad compatibility with HPE ProLiant servers, BladeSystem enclosures, and select Aruba modular chassis that rely on standardized fan bays, ensuring a scalable fit across generations.
• Energy-efficient performance: Focused on delivering cooling where it’s needed most while keeping power usage and noise to a minimum, supporting a comfortable and sustainable data center environment.

Technical Details of Hpe Fan Tray Aruba Hw 7200 Ft Series

• Product family: HPE Fan Tray for Aruba HW 7200 FT Series – hot-swappable cooling module designed for enterprise compute environments.
• Function: Provides front-to-back cooling for critical components including front-end fans, memory, processors, and storage controllers to prevent thermal throttling under heavy workloads.
• Compatibility: Built to integrate with HPE ProLiant systems, BladeSystem enclosures, and select Aruba modular chassis that utilize standardized fan bays; supports multiple generations of HPE hardware for scalable deployment.
• Construction: Durable metal frame with precision-matched fans and shrouds engineered to maximize airflow while reducing turbulence and noise.
• Maintenance: Modular, plug-and-play design enables quick inspection, removal, and replacement with minimal disruption to ongoing operations.
• Indicators: Integrated LED indicators and backplane signaling offer rapid status checks and facilitate alerts within existing monitoring dashboards and management workflows.
• Operating model: Designed for enterprise uptime and reliability, supporting 24/7 operation and smooth integration with HPE management ecosystems for dashboards, alarms, and automated remediation.
• Efficiency: Engineered for energy-efficient cooling that reduces overall data center power consumption while maintaining peak performance.

How to install Hpe Fan Tray Aruba Hw 7200 Ft Series

• Prepare and verify: Confirm that your system supports hot-swappable fan trays and that you have a compatible HPE Aruba HW 7200 FT Series chassis or enclosure. Review any on-site maintenance procedures and ensure you have appropriate ESD precautions and tools on hand.
• Identify the tray to replace: Use the management interface or LED indicators to locate the degraded or faulted fan tray. Note any alert codes or color indicators that point to degraded airflow or fault conditions for quick reference during replacement.
• Initiate hot-swap: In supported systems, you can perform a hot-swap without powering down the entire node. Gently release the tray latch, slide the tray out of its bay, and detach any immediate backplane connections as required by your chassis design.
• Install the replacement: Align the new HPE Fan Tray Aruba HW 7200 FT Series with the bay guides and slide it in until it seats securely. Reconnect backplane interfaces or connectors, and re-engage the latch to lock the tray in place.
• Verify operation: Confirm that the replacement tray powers up and that LED indicators show healthy status. Use the management dashboard to verify airflow is restored to normal levels and that all sensors report within expected ranges. If applicable, run a quick health check or diagnostic from the system management tools to confirm full functionality.

Frequently asked questions

• What is the HPE Fan Tray Aruba HW 7200 FT Series? It is a hot-swappable cooling module designed to provide reliable, enterprise-grade cooling for HPE Aruba hardware, ensuring stable performance by maintaining optimal temperatures across critical components in data center deployments.
• Is this fan tray hot-swappable? Yes. The design emphasizes plug-and-play replacement with minimal downtime, allowing technicians to swap trays without powering down the entire system in supported environments.
• Which systems are compatible? The fan tray is built for broad compatibility with HPE ProLiant servers, BladeSystem enclosures, and select Aruba modular chassis that use standardized fan bays. It is designed to align with multiple generations of HPE hardware for scalable cooling.
• How do I know the fan tray needs replacement? Look for degraded airflow, increased noise, abnormal LED indicators, or backplane signaling alerts. These signals typically indicate that a tray is failing or not providing adequate cooling and should be replaced promptly.
• Can the fan tray be monitored with existing management tools? Yes. The integrated indicators and backplane signaling are designed to feed into HPE management ecosystems and monitoring dashboards, enabling proactive alerts and automated remediation where supported.
• What maintenance benefits does it provide? The modular, hot-swappable design reduces MTTR (mean time to repair) by enabling rapid replacement, keeps critical workloads online, and supports ongoing uptime for cloud, virtualization, and on-demand computing environments.
• Is there an impact on energy consumption? The unit is engineered for energy-efficient operation, delivering targeted cooling without excessive power draw or noise, contributing to a more sustainable data center footprint.