Rack Air Removal Unit SX 100-240V 50/60HZ for NetShelter 750mm enclosures

The Rack Air Removal Unit SX is a purpose-built cooling accessory designed for high-density IT deployments. It captures exhaust heat from densely packed NetShelter 750mm enclosures, reintroduces it into the cooling plenum, and eliminates hotspots that can throttle performance. By reclaiming waste heat and guiding it back into the data center’s airflow, this unit helps keep critical equipment operating at peak efficiency while reducing energy waste and downtime in busy rack rooms.

• Efficient heat removal — The SX unit is engineered to capture exhaust heat rising from densely packed racks, then redirect it back into the cooling plenum. This closed-loop approach minimizes hot spots inside the enclosure, maintains uniform temperatures across all equipment, and lowers the risk of thermal throttling. With consistent airflow patterns, you can rely on sustained performance even as rack density increases. In practice, this means fewer unexpected slowdowns and more deterministic performance during peak workloads.
• Optimized for NetShelter 750mm enclosures — Specifically designed to integrate with NetShelter 750mm chassis, this air removal unit complements existing cooling architectures without requiring major reconfigurations. Its mounting compatibility and airflow routing are tailored to fit standard NetShelter top and side configurations, allowing seamless retrofits and straightforward upgrades to your rack-level cooling strategy. The result is a clean, professional installation that preserves rack space for servers and storage while improving thermal management.
• Global power compatibility — Operating on 100-240V AC and 50/60Hz, the SX unit supports international deployments with a single model. This versatility simplifies procurement and reduces inventory complexity while ensuring reliable performance across data centers and edge locations worldwide. Whether your facility runs onEuropean, Asia-Pacific, or North American electrical infrastructures, this unit adapts to your power environment without fuss.
• Energy efficiency and reliability — By reclaiming waste heat and reducing the workload on primary cooling systems, the Rack Air Removal Unit can lower energy consumption and shorten the cooling loop’s response time. The result is improved equipment longevity, fewer downtimes due to overheating, and a smaller carbon footprint for your IT environment. The robust construction supports continuous operation in busy data centers, while reducing the strain on CRAC/CRAH units and other cooling assets, delivering a more resilient overall cooling strategy.
• Easy installation and low maintenance — The compact, modular design is straightforward to install using standard rack hardware. Once mounted, simple access to serviceable filters and fans makes routine maintenance quick, preventing airflow degradation. With clear wiring options and minimal tool requirements, your team can deploy this cooling solution with minimal downtime, then enjoy easy filter changes and periodic checks that keep performance at peak levels over the long term.

Technical Details of Rack Air Removal Unit SX 100-240V 50/60HZ for NetShelter 750mm enclosures

• Power and voltage — 100-240V AC, 50/60Hz, single-phase power supply suitable for global data centers.
• Enclosure compatibility — Designed for NetShelter 750mm enclosures, with mounting geometry that aligns with standard rack rails and roof-top or side-mounted configurations.
• Heat removal function — Captures exhaust air from the enclosure and returns warm air to the plenum to improve overall airflow efficiency and reduce internal hotspots.
• Material and durability — Rugged metal housing with corrosion resistance suitable for data center environments and continuous operation.
• Installation footprint — Compact footprint that integrates with existing rack installations without requiring major reconfigurations; supports standard cabling pathways and optional ducting.

how to install Rack Air Removal Unit SX 100-240V 50/60HZ for NetShelter 750mm enclosures

• Power down the equipment in the IT space and verify there is adequate clearance for access to the enclosure ceiling or top of the rack to accommodate the air removal unit and any ductwork.
• Mount the Rack Air Removal Unit onto the NetShelter 750mm enclosure using the provided hardware, aligning with the top or side mounting points as recommended by the manufacturer.
• Connect exhaust ducting from the enclosure to the unit, ensuring airtight seals at joints to prevent leaks and maintain maximum airflow efficiency.
• Plug the unit into a 100-240V AC power source and verify that the 50/60Hz supply matches your facility electrical system; set any speed or airflow controls to the desirable balance between cooling needs and energy use.
• Power on the system and perform a basic airflow and temperature check. Confirm that heated air is being directed into the plenum and that there are no obstructions blocking intake or exhaust paths. Document performance and schedule routine maintenance for filters and fans.

Frequently asked questions

• What is the Rack Air Removal Unit SX 100-240V 50/60HZ?
  It is a dedicated cooling accessory that captures exhaust heat from densely populated NetShelter enclosures, returns the warm air to the plenum, and helps eliminate hotspots inside the rack. It supports energy-efficient, reliable operation for high-density deployments.
• Which enclosure is compatible?
  It is designed for NetShelter 750mm enclosures, offering a tailored fit to maximize airflow and heat management within those racks.
• What voltage and frequency does it require?
  The unit operates on 100-240V AC at 50/60Hz, suitable for global installations.
• Will this improve uptime?
  By reducing hotspots and improving overall cooling efficiency, the unit helps minimize thermal throttling and equipment downtime caused by overheating in dense rack configurations.
• Is installation difficult?
  The unit is designed for straightforward mounting and minimal tools. Following the included steps for mounting, ducting, and power connection allows a quick, reliable setup with low disruption to existing IT workloads.