APC by Schneider Electric ACRC500 InRow RC Airflow Cooling System

The APC ACRC500 InRow RC Airflow Cooling System is engineered to bring cooling exactly where it’s needed: at the source of heat. By locating the cooling unit in the row of racks, this solution minimizes air mixing, creates a predictable cooling path, and aligns cooling capacity with IT load for higher efficiency and improved reliability. Integrated with your UPS, it provides power protection with dual feeds for redundancy, delivering uninterrupted cooling to critical equipment even during power disturbances. The ACRC500 also features rack inlet control that actively maintains IT inlet temperatures, helping to prevent hotspots and protect sensitive hardware while enabling more consistent performance across diverse workloads.

• Closest cooling to the heat load: InRow RC architecture places the cooling unit within the rack row, dramatically reducing air mixing and delivering targeted cooling where it’s needed most. This creates a predictable, efficient cooling path that matches heat output to cooling capacity, improving energy efficiency and data center reliability.
• UPS-powered with dual feeds for redundancy: The unit draws from the UPS for enhanced power protection and includes dual power feeds to eliminate single points of failure. In the event of a power disruption or supply issue, cooling remains available to critical IT infrastructure, preserving uptime and performance.
• Rack inlet control for precise temperature management: Advanced inlet temperature control stabilizes IT air intake, reducing hotspots and thermal stress on servers, storage, and networking gear. This helps extend hardware life and maintain consistent application performance even in dense deployments.
• Energy-efficient, predictable airflow: By delivering cooling directly to the load and minimizing extraneous air movement, the ACRC500 reduces fan energy and overall chiller workload. The result is lower operating costs, quieter operation, and a smaller cooling footprint for modern data centers.
• Flexible deployment and seamless integration: Designed to fit within standard rack rows and compatible with diverse data center layouts, the ACRC500 supports scalable density and easier capacity planning. It integrates with existing power and IT management ecosystems to simplify deployment and ongoing management.

Technical Details of APC by Schneider Electric ACRC500 InRow RC Airflow Cooling System

• Get this information from the "specifications" section of the product from ec.synnex.com using product "UPC" or "SKU" as reference

how to install APC by Schneider Electric ACRC500 InRow RC Airflow Cooling System

• Plan and prepare the installation area: Assess rack layout, aisle spacing, and power availability. Verify that the data center UPS and distribution panels can support the ACRC500 in addition to existing IT loads. Ensure that dual feeds and any required containment strategies are in place to optimize airflow.
• Position the unit in the row: Install the InRow RC unit between racks or at the end of a row as recommended by APC guidelines. Confirm proper alignment with the logical hot aisle to maximize cooling efficiency and minimize hot spots. Ensure adequate clearance for service access and air intake/outlet paths.
• Connect power and network lines: Connect dual power feeds to redundant power sources routed through the UPS system. If applicable, connect remote monitoring and management interfaces to your data center infrastructure so you can observe inlet temperatures, cooling performance, and fault conditions in real time.
• Configure inlet temperature and operating parameters: Set target IT inlet temperatures according to vendor guidelines and your organization’s cooling strategy. Enable any automatic controls for fan speed, airflow direction, and temperature alarms to ensure responsive cooling under varying workloads.
• Test and validate: Run a controlled load to verify that the unit maintains the desired inlet temperatures and that there is no unintended air bypass. Check dual-feed redundancy, alarms, and remote monitoring alerts. Validate that the InRow RC integrates with existing data center management tools for ongoing visibility.

Frequently asked questions

What is an InRow RC Airflow Cooling System?

An InRow RC system is a row-based cooling solution designed to deliver cooling capacity directly to the IT load. By situating the cooling unit within the row of racks, it minimizes air mixing and creates a predictable cooling path, improving efficiency and reducing energy consumption compared with traditional room-based cooling approaches.

How does the ACRC500 integrate with UPS power protection?

The ACRC500 is designed to draw power from the data center’s UPS, providing cooling resilience during power disturbances. Dual power feeds offer redundancy, helping ensure continuous cooling for critical equipment even if one power supply is compromised.

Why is rack inlet temperature control important?

Rack inlet temperature control stabilizes the air entering IT equipment, reducing hotspots and thermal stress. This protects hardware, maintains consistent performance, and can extend equipment lifespan in high-density environments.

Is the ACRC500 suitable for high-density deployments?

Yes. The InRow RC design is well-suited for high-density configurations because it delivers targeted cooling where heat concentrates, allowing you to achieve higher overall density with predictable, efficient cooling performance.

How do I size and deploy the ACRC500 within a data center?

Sizing should account for IT load density, rack configuration, containment strategy, and existing cooling infrastructure. APC guidance typically recommends aligning cooling capacity with the heat load per row and considering corridor containment to maximize efficiency. For precise sizing, consult the official product specifications and a data center cooling professional.

What maintenance and monitoring options are available?

The ACRC500 supports integrated monitoring through UPS interfaces and data center management tools. Regular checks on inlet temperature, air flow, and device alarms help ensure optimal operation. Scheduling periodic maintenance and firmware updates, if applicable, preserves performance and reliability.