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Schneider Electric Uniflair PPKG Dual 2HP ACPP2325 | In-Row Cooling
Schneider Electric
MPN: ACPP2325
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Key Features
- Dual 2 HP cooling configuration
- 53 GPM flow specification
- 460 V input voltage
- 3-phase electrical requirement
- 60 Hz frequency
- Schneider Electric Uniflair platform
- MPN: ACPP2325
- Control rack heat with dual 2 HP cooling capacity
When rack density climbs, cooling has to respond at the same pace as the load. The Schneider Electric Uniflair PPKG Dual 2HP ACPP2325 is built for environments that need targeted thermal control rather than broad room conditioning. With dual 2 HP cooling and 53 GPM flow, it is designed to move heat away from critical infrastructure with the consistency required in high-value deployments.
The 460 V, 3-phase, 60 Hz electrical specification places this unit squarely in enterprise and industrial-grade facilities where power architecture is already designed for serious thermal infrastructure. That matters when uptime is tied to stable inlet temperatures, predictable airflow, and the ability to manage heat without overprovisioning the room.
This model is a strong fit for teams that need more than basic cooling. It supports dense rows, helps reduce thermal variability, and gives infrastructure planners a more controlled way to protect servers, storage, and network equipment. For sites where cooling is part of the uptime strategy, the ACPP2325 offers the capacity and electrical profile to justify its place in the stack.
Ideal For
- Cooling high-density server rows in enterprise data centers
- Supporting infrastructure in facilities with 460 V, 3-phase power
- Managing thermal load in environments with sustained heat output
- Stabilizing critical equipment temperatures in colocation deployments
Why This Product
- 1Dual 2 HP cooling provides more thermal headroom than lighter-duty row units
- 253 GPM flow supports demanding heat removal requirements
- 3460 V, 3-phase power suits facilities built for higher-capacity infrastructure
- 4Localized cooling helps maintain stable temperatures in dense deployments


