APC
4800A EXTENSION, THIRD
Out of Stock
APC 0M-9310 4800A Extension, Third | Rack Power Accessory
APC
MPN: 0M-9310
$11,667.82$17,740.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- APC power accessory
- 0M-9310 MPN
- 4,800 A extension
- Third extension configuration
- Designed for rack power expansion
- Compatible with APC infrastructure planning
- Extend rack power capacity with a 4,800 A third extension
- Support phased infrastructure growth using APC-compatible power architecture
Scale rack power distribution without reworking the core architecture. The APC 0M-9310 is a 4,800 A third extension intended for environments that need additional power distribution capacity as the installation grows.
In dense infrastructure, expansion points matter. This accessory supports a more orderly buildout by adding a third extension to the APC power system, helping teams preserve layout discipline while accommodating higher-density equipment or phased deployment plans. That makes it a strong fit for data center rows, enterprise electrical distribution zones, and other installations where power planning must stay clean and predictable.
Because it is part of the APC ecosystem, this extension is suited to projects that already standardize on APC power infrastructure and need a compatible path for expansion. It is the kind of component that helps avoid ad hoc workarounds and keeps the system aligned with the original design intent.
Choose this model when the goal is straightforward: extend capacity, maintain order, and keep the power architecture ready for the next stage of growth.
Ideal For
- Data center power distribution expansion
- Enterprise rack buildout with phased capacity growth
- High-density infrastructure requiring additional power paths
- APC-standardized electrical distribution deployments
Why This Product
- 1Adds a third extension for growth planning
- 2Supports APC-standardized power infrastructure
- 3Helps maintain clean distribution architecture
- 4Better suited to scaled deployments than one-off power fixes






