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APC ACRC500 InRow RC 600 mm Chilled Water | In-Row Cooling, Enterprise
APC
MPN: ACRC500
$19,004.12$29,920.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Chilled-water in-row cooling architecture
- 600 mm cabinet width
- APC ACRC500 MPN
- Rack-side heat removal
- Designed for dense data center aisles
- Direct placement between equipment racks
- Stabilize rack inlet temperatures with chilled-water cooling placed directly in the row
- Remove heat at the source using a 600 mm in-row footprint
Maintain tighter thermal control in dense rack environments with APC InRow RC chilled-water cooling. Built for placement directly in the row, this 600 mm unit removes heat close to the load instead of waiting for room-level air mixing to catch up. That approach helps reduce temperature swings, improve aisle consistency, and support higher rack densities without forcing the room cooling system to do all the work.
Chilled-water architecture is a strong fit for facilities that already have central plant capacity and want predictable cooling performance at the rack level. By moving heat out of the aisle before it recirculates, the system helps protect servers, storage, and network gear that are sensitive to inlet temperature drift. The compact in-row footprint also makes it easier to target specific hot zones, phased expansions, or mixed-density deployments where traditional perimeter cooling leaves gaps.
For teams planning around uptime, thermal headroom matters as much as raw capacity. This APC unit is designed for environments where cooling precision, placement, and infrastructure discipline directly affect workload stability and operating cost.
Ideal For
- High-density server rows requiring localized heat removal
- Data halls with chilled-water plant infrastructure already in place
- Hot-spot mitigation in mixed-density rack deployments
- Phased expansion projects that need targeted cooling near the load
Why This Product
- 1Places cooling at the rack row instead of relying on room-level air mixing
- 2Uses chilled water for facilities with central plant infrastructure
- 3Targets hot spots more precisely than perimeter cooling
- 4Supports dense deployments where inlet temperature control is critical


