APC by Schneider Electric InRow 30kW Condensing Unit, 480V, Dual feed

The APC by Schneider Electric InRow 30kW Condensing Unit is a compact, high-efficiency cooling module designed to sit in row adjacent to IT racks. It delivers precise, scalable cooling for high-density data centers, enabling administrators to target cooling exactly where it’s needed, reducing energy waste and improving overall data center reliability. Built on Schneider Electric’s proven InRow cooling platform, this 30kW unit combines robust engineering with an adaptable electrical configuration to fit a wide range of deployments—from enterprise data centers to edge computing environments. With dual feed capability, the unit supports redundant power paths, so cooling continues even during maintenance or a single-point power issue. The 480V electrical design aligns with common data center power infrastructure, simplifying integration with existing transformers, automatic transfer switches (ATS), and building management systems. The InRow 30kW module emphasizes quiet operation and a small footprint, enabling dense rack densities without sacrificing floor space or comfort for personnel. The unit is designed for easy serviceability, featuring accessible service panels and modular components that can be replaced or upgraded with minimal downtime.

In modern data centers, cooling efficiency translates directly into operational cost savings and improved IT performance. The InRow 30kW condensing unit complements row-based cooling strategies by delivering high-precision cooling at the rack row, reducing the need to over-cool the entire space. The result is a lower PUE (Power Usage Effectiveness) and a lower total cost of ownership. With 480V dual-feed power, facilities with mission-critical workloads benefit from uninterrupted operation and better load balancing across power distribution equipment. The dual-feed arrangement also enables routine maintenance without affecting cooling, because power to the unit can be managed from two separate feeds or from two separate power sources. The unit’s control system integrates with Schneider Electric’s broader data center management ecosystem, including StruxureWare and EcoStruxure IT, to give operators real-time visibility into temperature, humidity, and airflow, as well as alarm notifications and historical trends. This visibility is essential for proactive capacity planning and for staying compliant with data center energy policies and industry standards. The InRow approach also minimizes coolant piping and simplifies installation compared to traditional cooling. Distributed across a row, the condensing unit helps maintain uniform temperature distribution across IT equipment racks, preventing hot spots that can throttle performance and shorten hardware lifespan. Operators can scale cooling capacity by deploying additional InRow units as densities increase or workloads shift, a critical advantage in environments with dynamic workloads and frequent hardware refreshes. The 30kW unit also includes design features that support reliable operation in data center environments, including rugged chassis, corrosion-resistant materials where applicable, and sealed electrical connections that reduce the risk of dust or moisture ingress. Routine maintenance is straightforward thanks to clearly labeled service points and swing-out panels, enabling technicians to access compressors, condensers, filters, and sensors with minimal disruption to adjacent equipment. InRow cooling units from APC are crafted to fit a wide range of rack layouts and can be integrated with existing containment strategies, including cold-aisle containment to maximize cooling effectiveness and reduce energy consumption. For organizations prioritizing resilience, dual-feed power and redundant components help ensure that cooling remains available during partial outages or during maintenance windows, thereby safeguarding critical IT infrastructure. This product is therefore well-suited for data centers pursuing green initiatives and sustainable operations, as its design supports precise cooling with minimal energy waste and reduced environmental impact. The APC brand remains synonymous with reliability, global support, and continuous innovation, meaning customers gain access to a wide ecosystem of compatible products, spare parts, and service networks to keep their cooling systems running smoothly for years to come.

• Targeted in-row cooling with reliable 30kW capacity — This module delivers precise cooling to dense server racks, reducing overcooling and improving energy efficiency in high-density environments.
• Dual feed 480V power for maximum uptime — Redundant power configuration ensures cooling remains available during maintenance or power disturbances, supporting mission-critical workloads.
• Compact, rack-adjacent design for tight data center aisles — The InRow form factor minimizes space consumption while delivering robust performance, ideal for modern data centers with limited floor space.
• Seamless management and monitoring — Integrates with Schneider Electric’s Struxure IT/ecoStruxure platforms to provide real-time temperature, humidity, airflow data, alarms, and historical trends for proactive operations.
• Easy installation and serviceability — Modular components, accessible service panels, and straightforward wiring simplify deployment, maintenance, and future upgrades.

Technical Details of APC by Schneider Electric InRow 30kW Condensing Unit, 480V, Dual Feed

• Cooling capacity: 30 kW
• Electrical supply: 480V AC, dual-feed configuration for redundancy
• Form factor: InRow condensing unit designed to sit adjacent to data center racks
• Control and monitoring: Integrated controls compatible with Struxure IT/ecoStruxure platform for real-time monitoring, alarms, and trend analysis
• Maintenance: Modular design with accessible service panels for quick component replacement

How to Install APC by Schneider Electric InRow 30kW Condensing Unit

• Plan the installation in a suitable row location that allows unobstructed airflow and easy access for service. Ensure the chosen rack row has clearances per manufacturer guidelines.
• Connect to 480V dual feeds from two independent power sources or distribution paths, following local electrical codes and facility procedures. Use appropriate circuit protection and AT/overcurrent protection as specified by the installation manual.
• Mount the unit in the row in compliance with mounting hardware guidelines, ensuring level placement and proper clearance for air intake and exhaust. Route supply and return connections and seal any penetrations to prevent dust ingress.
• Wire and configure the control system to integrate with your building management system or Schneider Electric data center management tools. Verify that remote monitoring is activated and that alarm thresholds are set to suit your environment.
• Commission the system by starting the unit, checking electrical connections, validating airflow and temperature setpoints, and confirming that alarms and auto-restart functions operate correctly. Run a confirmatory test under simulated IT load to ensure performance matches expectations.

Frequently Asked Questions

• What is the APC InRow 30kW Condensing Unit? The InRow 30kW Condensing Unit is a compact, high-density cooling module designed to live in-row next to IT racks, delivering precise cooling where it’s needed most in modern data centers.
• What voltage does it require? It is designed for 480V electrical systems and supports a dual-feed configuration for redundancy and uptime.
• Why is dual feeding important? Dual feed provides power redundancy, allowing maintenance or a single power path issue to be managed without interrupting cooling for critical workloads.
• Is it compatible with Schneider Electric management tools? Yes. The unit is designed to integrate with Schneider Electric’s Struxure IT and ecoStruxure platforms for centralized monitoring and control.
• How do I maintain the unit? Regular maintenance includes checking filters, fans, and sensors, verifying airflow and temperature setpoints, and reviewing alarms and event logs through the management platform. Always follow the official service guidelines and consult with authorized technicians for any component replacements.