Vertiv SR2N03010FAA1 10kW Row-Based Power and Cooling Redundancy System

Overview

The Vertiv SR2N03010FAA1 is a prefabricated, row-based infrastructure solution engineered for data center environments where power density and cooling redundancy are non-negotiable. Designed as a single-row configuration, it delivers a working capacity of 5kW per row with a maximum scalable ceiling of 10kW — giving operations teams room to grow without retrofitting the physical footprint. At 1,701mm tall, 600mm wide, and 1,200mm deep per rack, this system fits standard data center floor plans while housing the power and cooling infrastructure needed to support mission-critical rack loads. If you're evaluating Vertiv infrastructure solutions for a new deployment or expansion, the SR2N03010FAA1 sits squarely in the high-density prefab row category.

Key Features

• 5kW Working / 10kW Max Row Capacity: Starting at 5kW with headroom to double — this lets you commission a row today at actual load and scale power delivery as rack density increases, without replacing the row infrastructure. That's a real cost control for phased build-outs.
• 600mm Rack Width: Matches the standard 600mm column footprint used across most enterprise rack lineups, so your existing server rack hardware and cable management drops in without custom adapters.
• 1,200mm Rack and Row Depth: Accommodates full-depth servers and high-density switching gear — 1U to 4U chassis with rear-mounted PSUs won't run out of depth clearance.
• 1,701mm Rack and Row Height: Standard 42U-equivalent height integrates cleanly into raised-floor and slab data center environments without clearance conflicts at ceiling or underfloor plenum.
• 1,200mm Row Width: The row-level footprint of 1,200mm provides sufficient aisle clearance on both cold and hot sides when deployed in a containment architecture — a meaningful factor for airflow management planning.
• Single-Row Configuration (Config #1): This is a one-row deployment unit. If your capacity model requires multiple rows, plan for additional row units rather than expecting this SKU to expand horizontally within a single order.
• Power Input 5A/N: The 5A neutral input spec is a wiring and panel planning data point — confirm your PDU and circuit breaker sizing against this before committing to a panel layout, particularly in colocation environments with fixed circuit allocations.
• 3,641 lb System Weight: At just over 1.6 metric tons, floor loading is a structural engineering conversation before deployment. Raised-floor tiles and subfloor supports must be rated for this load — especially in older facilities not originally built for high-density rows. Engage your facilities team early. This system belongs in a purpose-built data center infrastructure environment, not a converted server room with standard office flooring.

Integration and Compatibility

The SR2N03010FAA1 is designed to integrate with Vertiv's broader row-based power and cooling ecosystem. The 600mm/1,200mm form factor aligns with standard data center planning grids, and the row depth is compatible with most enterprise rack equipment. For full power and cooling planning, confirm compatibility with your specific PDU, UPS, and in-row cooler models against Vertiv's configuration documentation. The 5A/N power input requires verification against your facility's electrical supply before final design sign-off.

Frequently Asked Questions

Q: What is the maximum power capacity of the SR2N03010FAA1 row system?

A: The SR2N03010FAA1 supports a working row capacity of 5kW, with a maximum scalable capacity of 10kW per row.

Q: What are the physical dimensions of the SR2N03010FAA1 rack?

A: Each rack measures 600mm wide, 1,200mm deep, and 1,701mm tall. The row shares the same 1,200mm depth and 1,701mm height, with a 1,200mm row width.

Q: How much does the SR2N03010FAA1 system weigh?

A: The system weighs 3,641 lbs (approximately 1,651 kg). Floor load capacity must be confirmed with a structural engineer before installation.

Q: How many rows are included in the SR2N03010FAA1 configuration?

A: This is a single-row configuration (Configuration Number 1). Additional rows require separate units.

Q: What is the power input specification for the SR2N03010FAA1?

A: The power input is rated at 5A/N. Verify your facility's panel and circuit breaker sizing against this specification before finalizing the electrical design.

Q: Is the SR2N03010FAA1 suitable for colocation facilities?

A: It can be deployed in colocation environments, but the 3,641 lb weight and 5A/N power input requirements must be confirmed against the colo's floor load ratings and available circuit allocations before committing to a cage or suite.

Marty Allison

The SR2N03010FAA1 is one of those SKUs where the weight spec — 3,641 lbs — tells you more about the deployment complexity than any other number on the sheet. Before you get into power budgeting or cooling calculations, that floor load figure is your first gate. I've seen row deployments stall at commissioning because the structural review was treated as an afterthought rather than a pre-design requirement.

Technical Highlights:

• 5kW to 10kW Scalable Capacity: The 5kW working / 10kW max structure means you can bring the row online at current load density and grow into the headroom — no physical row replacement when your rack loads increase.
• 600mm × 1,200mm Rack Footprint: Standard enterprise rack dimensions mean existing equipment, cable trays, and blanking panels drop in without modification — reducing integration time on a phased rollout.
• 1,701mm Height Alignment: The 1,701mm tower height fits standard raised-floor data center ceiling clearances and aligns with most hot-aisle/cold-aisle containment products designed around the 42U footprint.

Deployment Considerations:

• Engage your structural engineer before finalizing the floor plan — 3,641 lbs in a single row footprint exceeds the live load rating of most non-purpose-built floors, and raised-floor tile ratings vary widely even within the same facility.
• The 5A/N power input is a panel-design constraint, not just a spec to note — confirm your circuit breaker sizing and neutral conductor gauge against this before your electrical contractor finalizes the riser design.

This system is the right fit for a purpose-built data center or colocation cage where the structural and electrical groundwork is already in place for high-density row deployments — not a server room conversion where those assumptions can't be validated upfront.