HPE Enlogic by nVent G3 Metered 3-phase 17.2kVA/IEC60309 460P9 48A/200-240V PDU

Power reliability and intelligent energy management sit at the heart of every thriving data center. The HPE Enlogic by nVent G3 Metered 3-phase PDU is purpose-built to deliver dependable power distribution for modern IT environments that demand uptime, visibility, and scalable performance. Engineered for enterprise deployments, this metered PDU provides precise energy measurement, robust protection, and seamless integration with HPE Enlogic management workflows. With a 17.2 kVA rating and a 48A capacity, it supports dense server racks, storage systems, and networking gear while keeping power delivery clean, balanced, and easy to monitor. The IEC60309 460P9 connector configuration and 200-240V output configuration are designed to align with common data center electrical infrastructure, enabling straightforward installation and fast time-to-value. The unit’s premium materials and rugged construction are chosen to withstand the rigors of busy data centers, ensuring power continuity even in demanding environmental conditions. Coupled with a 5-year manufacturer warranty, the Enlogic G3 PDU embodies a durable, long-term solution that protects critical workloads and reduces management overhead for IT and facilities teams alike. For organizations seeking proactive capacity planning, detailed energy analytics, and reliable power distribution, this PDU is engineered to deliver consistent results today and into the future.

• Powerful, scalable distribution for 3-phase IT environments: With a 17.2 kVA rating and a 48 A capacity, this PDU supports dense server racks, blade enclosures, storage arrays, and network devices while preserving headroom for future growth.
• Metred performance with actionable insights: Built-in energy metering across circuits provides precise consumption data, enabling better capacity planning, chargeback accuracy, and proactive overload prevention through clear visibility and reporting.
• Rugged, enterprise-grade construction: Premium materials and a robust design deliver reliable power continuity in demanding data centers, racks, and collocation spaces, helping to minimize downtime and maintenance needs.
• IEC60309 460P9 connector configuration for flexible deployments: The 460P9 3‑phase, 4‑wire (3P+N+G) footprint is aligned with common data center electrical standards, simplifying installation and compatibility with 200-240V infrastructures.
• Seamless Enlogic G3 ecosystem integration: Designed to pair with HPE Enlogic management workflows, this PDU enables centralized monitoring, alerts, and energy analytics that support efficient operations and optimized power usage across the data center.

Technical Details of HPE Enlogic by nVent G3 Metered 3-phase 17.2kVA/IEC60309 460P9 48A/200-240V PDU

• Power rating: 17.2 kVA
• Output voltage: 200-240V AC
• Phases: 3-phase
• Current rating: 48 A
• Connector: IEC60309 460P9 (input/output configuration designed for 3P+N+G)
• Metering: built-in power and energy metering with per‑circuit visibility
• Management: compatible with HPE Enlogic for enterprise monitoring and reporting
• Warranty: 5-year manufacturer warranty
• Construction: premium materials, robust enclosure designed for data center duty

How to install HPE Enlogic by nVent G3 Metered 3-phase 17.2kVA/IEC60309 460P9 48A/200-240V PDU

• Step 1: Plan the installation by validating your data center power architecture, ensuring the 3-phase 200-240V supply and the IEC60309 460P9 connector requirements match the PDU specifications.
• Step 2: Power down the rack area following standard safety procedures, and verify that appropriate wiring clearance and rack space are available for mounting the PDU.
• Step 3: Mount the PDU securely in the rack using the supplied mounting hardware, aligning the IEC60309 connectors to prevent strain or misalignment.
• Step 4: Connect the PDU input to the building power supply using the IEC60309 460P9 inlet, ensuring correct phase arrangement and adherence to local electrical codes and circuit protection guidelines.
• Step 5: Attach circuit outlets to IT equipment, distributing load evenly across phases to maintain balanced power distribution and minimize neutral overload risks.
• Step 6: Restore power and verify the PDU’s metering readouts, alarms, and remote management interfaces. Confirm that communication with Enlogic monitoring is active if applicable.
• Step 7: If integrating with Enlogic or other enterprise management tools, configure monitoring settings, alert thresholds, and reporting routines to capture energy usage, load balance, and potential anomalies in real time.
• Step 8: Document the setup, including circuit mappings, outlet assignments, and management configurations, to simplify future maintenance and audits.

Frequently asked questions

Q: What benefits does the HPE Enlogic G3 Metered PDU deliver for data center operations?
A: It combines precise energy metering, reliable 3-phase power distribution, and seamless integration with Enlogic management tools. This enables accurate capacity planning, proactive load balancing, faster fault isolation, and improved energy efficiency across enterprise deployments.

Q: Can the PDU support remote monitoring and environmental management?
A: Yes. The Enlogic G3 family is designed for enterprise visibility, offering remote monitoring capabilities, per-circuit metering data, and compatibility with centralized management platforms to drive proactive maintenance and uptime.

Q: Is this PDU suitable for high-density racks?
A: Absolutely. With a 48 A current rating and 3-phase power delivery, it is well-suited for dense rack environments where multiple power-hungry devices are deployed, while maintaining balanced loads and clear energy reporting.

Q: How long is the warranty?
A: The PDU comes with a 5-year manufacturer warranty, reflecting nVent’s commitment to long-term reliability and support in demanding data center settings.

Q: What installation considerations should I keep in mind?
A: Plan for proper electrical service alignment, secure mounting in the rack, balanced phase loading, and appropriate management integration to maximize the value of metered data and alerts for ongoing optimization.