APC by Schneider Electric InRow DX 300mm 30kW

The APC by Schneider Electric InRow DX 300mm 30kW is a purpose-built, high-density cooling solution designed to protect your most valuable IT equipment in data centers and edge deployments. This compact, row-based air cooler delivers up to 30 kW of cooling capacity while maintaining a precise, uniform airflow of 3400 CFM, ensuring critical servers, storage, and networking gear run at steady temperatures even during peak loads. With its 300 mm footprint and 42U rack compatibility, the InRow DX fits neatly into standard rack environments without sacrificing airflow efficiency or serviceability. It is engineered for reliability in mission-critical environments, offering easy installation, modular components, and intelligent controls that optimize energy use while preserving IT performance. By placing the cooling unit in the row rather than circulating heat from the entire room, you minimize bypass air and maximize the effectiveness of the cooling system. This leads to tighter IT ambient temperature control, reduced risk of hotspots, and a lower total cost of ownership over the life of your data center infrastructure. The InRow DX 30kW is equally suitable for densely packed racks in mid-size data centers and for scalable edge deployments where space is at a premium and cooling demand can vary. The unit integrates with Schneider Electric’s ecosystem for monitoring and automation, enabling proactive maintenance, real-time alerts, and seamless DCIM integration. For IT teams, this means fewer manual interventions, improved reliability, and a clearer path to compliant temperature management across critical devices. In short, APC’s InRow DX 300mm 30kW provides precise, dependable cooling where you need it most—right at the heart of the row—so you can protect uptime, improve energy efficiency, and keep your data center running smoothly under ever-changing workloads.

• Precise, row-based cooling with 30 kW capacity and 3400 CFM airflow delivers stable temperatures for dense racks, blade enclosures, and storage systems, even during peak IT activity.
• Compact 300 mm footprint and 42U rack compatibility maximize space efficiency, allowing snug installation in standard data center racks without compromising airflow or access for maintenance.
• Energy-efficient operation through variable-speed fans and intelligent controls adapts to IT load, balancing cooling performance with reduced power consumption and extended equipment life.
• Flexible power configurations and rack-mountable design simplify integration into existing data center infrastructure, supporting both 120 V AC and 230 V AC environments as needed.
• Integrated management and monitoring capabilities, compatible with EcoStruxure and common DCIM tools, enable proactive maintenance, real-time visibility, and automated control of cooling parameters.

Technical Details of APC by Schneider Electric InRow DX 300mm 30kW

• Cooling Capacity: 30 kW (nominal)
• Airflow: 3400 CFM
• Rack Compatibility: 42U
• Footprint: 300 mm width
• Power Input: 120 V AC or 230 V AC (config dependent)
• Cooling Architecture: InRow DX, row-based data center cooling
• Mounting: Rack-mountable, designed for integration into standard 42U racks

How to install APC InRow DX 300mm 30kW

• Plan and prepare: assess the planned row location, confirm that there is adequate clearance for intake and exhaust paths, and verify the rack’s 42U height and 300 mm width compatibility. Ensure electrical service reliability and suitable circuit protection for a 30 kW load. Review the data center’s hot aisle/cold aisle configuration to maximize the unit’s effectiveness and minimize bypass air.
• Prepare the rack and mounting hardware: verify that the rack is in good condition, confirm compatibility with APC’s mounting rails or kits for 300 mm wide units, and install any required brackets or rails according to the manufacturer’s instructions. Clear the rail path to ensure smooth sliding during installation.
• Install the unit: carefully slide the InRow DX into the designated slot within the row, aligning mounting points with the rack, and secure the unit firmly. Ensure the airflow direction is oriented to optimize intake from the cold aisle and exhaust toward the hot aisle. Check that there is no obstruction blocking intakes or outlets and that surrounding equipment does not impede ventilation.
• Connect power and utilities: attach the unit to the correct power source (120 V AC or 230 V AC, as configured). Use appropriate breakers, strain-relief for cables, and proper cable management to avoid interference with air flow and maintenance access. If multiple power feeds are used, implement proper electrical redundancy per your data center standards.
• Configure controls and network integration: power on the unit and perform an initial self-test. Configure temperature setpoints, sensor placements, and any DCIM or EcoStruxure integrations for real-time monitoring. Establish alert thresholds for critical parameters such as inlet temperatures, fan speeds, and airflow. Confirm that the unit communicates correctly with your management platform and that remote monitoring software shows accurate readings.
• Commission and validate: verify airflow properly circulates through the rack, confirm CFM readings match expectations, and run a controlled IT load to observe how the unit responds to density changes. Validate that all safety interlocks function as intended and document settings for future reference. Schedule routine maintenance, including filter checks and system health assessments, to keep performance consistent over time.
• Documentation and ongoing care: log installation details in your DCIM system, store the product manuals and service bulletins, and establish a preventative maintenance calendar. Train operations staff on normal operating ranges, alarm handling, and escalation procedures to ensure rapid responses to any cooling anomalies.

Frequently asked questions

• Q: What is the primary use case for the InRow DX 30kW unit?
  A: It is designed for high-density cooling in data centers and edge environments, where cooling is most effective when delivered in-row directly beside or behind the IT load. This approach reduces thermal resistance, minimizes bypass air, and improves overall cooling efficiency for dense racks.
• Q: What power configurations are supported?
  A: The unit supports common 120 V AC and 230 V AC configurations, selected based on regional power standards and customer requirements. Confirm the exact input option during purchase and installation to ensure proper circuit protection and compatibility with your electrical distribution.
• Q: How does the InRow DX integrate with data center management systems?
  A: It is designed to integrate with Schneider Electric’s EcoStruxure and other DCIM tools, providing real-time data on temperatures, airflow, fan speeds, energy consumption, and alerts. This enables centralized monitoring, automated controls, and proactive maintenance scheduling to keep data center temperatures within IT guidelines.
• Q: Can I upgrade or service components easily?
  A: Yes. The InRow DX is built with modular components and service-friendly access, including accessible filters and replaceable parts. Routine maintenance and component replacements can be performed with minimal downtime when following manufacturer guidelines and a prepared maintenance window.
• Q: What performance benefits can I expect from installing InRow DX?
  A: Expect improved temperature uniformity across dense racks, better control over inlet temperatures, reduced energy waste from overcooling, and a lower risk of hotspots. The row-based approach also typically yields faster return on investment through energy efficiency and higher IT uptime.