APC InfraStruXure 408VAC 3PH 80000VA PDU

The APC InfraStruXure 408VAC 3PH 80000VA PDU is engineered for modern data centers that demand high power density without compromising space, reliability, or future scalability. With a footprint that minimizes real estate costs and a purpose-built circuit breaker panel, this PDU facilitates clean, organized distribution of power to racks and power zones. Designed to support dynamic data center environments, the InfraStruXure PDU can be relocated as racks evolve, ensuring resilient performance even as your facility layout changes. Built to integrate into an InfraStruXure-enabled ecosystem, this unit helps data centers achieve streamlined power management, simplified maintenance, and improved uptime across critical workloads.

• Compact footprint for space-conscious data centers: The smallest footprint among its class helps you maximize rack density and reduce real estate expenses, letting you deploy more computing capacity in the same footprint while maintaining organized power distribution. This design is ideal for densely packed server rooms, high-density racks, and facilities with limited floor space.
• Three-phase, 408 VAC input for efficient power distribution: Supporting 408VAC 3PH power input, this PDU aligns with typical data center infrastructure and delivers reliable, balanced power to racks and zones. The 3PH configuration enhances efficiency, reduces voltage drop, and supports larger workloads common in enterprise environments.
• 80000 VA capacity for scalable rack and zone distribution: With a substantial power rating, the PDU supports diverse rack configurations and multi-zone power distribution. It provides the capacity needed to fuel compute, storage, and networking gear across multiple units, while maintaining headroom for growth and peak demand periods.
• Circuit breaker panel with defined breaker positions: Integrated breaker positions simplify distribution to individual racks and power zones. This design improves safety, enables precise load segmentation, and makes routine maintenance and fault isolation quicker and more straightforward for facility teams.
• System mobility to adapt to evolving data center layouts: The ability to relocate the PDU as your data center evolves minimizes downtime and reduces the need for purchasing new power distribution hardware when floor plans change. This mobility supports agile deployment strategies and longer asset lifecycles in dynamic facilities.

Technical Details of APC InfraStruXure 408VAC 3PH 80000VA PDU

• Product name: APC InfraStruXure 408VAC 3PH 80000VA PDU
• Input voltage: 408 VAC
• Phases: 3-phase
• Power rating: 80000 VA
• Form factor: Rack-distributed PDU with a compact footprint
• Distribution configuration: Circuit breaker panel with dedicated breaker positions for racks and power zones
• Mobility: Designed for easy relocation within a data center to accommodate changing layouts
• Application: Ideal for enterprise data centers, high-density racks, and environments requiring scalable, reliable power distribution

How to install APC InfraStruXure 408VAC 3PH 80000VA PDU

Installing this PDU is a straightforward process designed to minimize downtime and maximize reliability. Follow these high-level steps to ensure proper setup and safe operation, while aligning with your data center’s maintenance practices:

• Plan placement and clearance: Identify a rack or rack-mount location with adequate clearance for wiring, cooling airflow, and future expansion. Ensure support structures and mounting rails are compatible with the PDU’s dimensions and weight.
• Shut down affected equipment: If you are integrating the PDU into an active circuit, coordinate with facility operations to safely power down devices or schedule a maintenance window to minimize impact on production workloads.
• Connect to the main power supply: Route the 408 VAC 3PH feed to the PDU’s input connections according to the manufacturer’s wiring diagram. Use properly rated cable assemblies and ensure all connections are tightened to spec, with strain relief and secure routing to prevent movement or wear.
• Configure breaker positions: Based on your rack layout and power planning, configure the circuit breaker panel to distribute power to the designated racks and zones. Label each breaker clearly to facilitate quick identification during maintenance or in the event of an outage.
• Secure mounting and test: Mount the PDU securely in the rack, reconnect affected equipment, and perform a controlled power-on test. Verify that each breaker feeds its intended circuit, monitor for proper voltage levels, and confirm that load distribution aligns with your design.
• Document and monitor: Update the facility power topology diagrams with the new PDU, including breaker assignments and rack associations. If the system supports monitoring, configure alerts and logging to track load, voltage, and thermal conditions over time.

Frequently asked questions

• What is the APC InfraStruXure 408VAC 3PH 80000VA PDU? It is a high-capacity, space-efficient power distribution unit designed for data centers that require robust three-phase power delivery, a compact footprint, and a modular breaker panel to distribute power to racks and power zones. Its mobility supports reconfiguration of layouts as equipment density changes.
• What workloads is this PDU best suited for? It is well-suited for enterprise data centers, high-density server deployments, large compute clusters, and environments where power demand is substantial and layout flexibility is essential. The 80000 VA rating provides ample headroom for growth and peak usage periods while maintaining organized distribution.
• How does the three-phase 408 VAC input benefit a data center? A three-phase 408 VAC input improves efficiency, reduces voltage drop across long runs, and supports higher wattage per circuit. This configuration is common in data centers and helps maintain stable voltage delivery to racks with lower losses compared to single-phase systems.
• Can the PDU be relocated after installation? Yes. The design emphasizes system mobility, enabling relocation within the data center to accommodate changing layouts, rack configurations, or cooling strategies without replacing the unit or significantly disrupting operations.
• What maintenance or monitoring options are available? The PDU includes a circuit breaker panel for clear load segmentation and ease of maintenance. Depending on the model, it can support monitoring and alerting for voltage, current, and temperature, helping operators proactively manage power quality and reliability.
• How should power distribution be planned with this PDU? Plan by mapping each breaker to the specific racks or zones it serves, ensuring balanced loading across phases, maintaining adequate headroom for growth, and aligning with your data center’s overall power management strategy to optimize uptime and energy efficiency.