HPE Enlogic by nVent G3 Metered Switched 3-Phase PDU: 17.2 kVA, IEC60309 460P9, 48A, 200-240V

Engineered for enterprise data centers and high-density IT environments, the HPE Enlogic by nVent G3 Metered Switched 3-Phase PDU delivers reliable, scalable power distribution with intelligent metering and remote control. This metered switched power distribution unit is designed to optimize uptime, energy efficiency, and workload visibility across critical racks. Built with premium materials and a rugged chassis, it minimizes power disturbances and supports proactive maintenance, so your servers and storage equipment run at peak performance. The G3 series brings HPE Enlogic reliability to the next level, backed by a 5-year manufacturer warranty to protect your investment and reduce total cost of ownership. Whether you’re deploying dense blade enclosures, multi-rack clusters, or high-availability deployments, this PDU provides the control and visibility you need to manage power like a true data-center professional.

• Metered and Switched for granular power control: Real-time energy metering for each phase and intelligent outlet control enable dynamic load balancing, immediate fault isolation, and proactive capacity planning. Monitor voltage, current, and power usage directly from the PDU or via integrated management interfaces to keep critical workloads within safe limits.
• 3-Phase power with robust capacity: Designed for modern data centers, this PDU delivers up to 17.2 kVA with a 48A rating at 200-240V, providing the headroom needed for high-density equipment. Its 3-phase configuration helps distribute loads evenly across breakers, reducing the risk of overloads and improving overall efficiency.
• IEC60309 460P9 receptacle configuration: Featuring the IEC 60309 460P9 outlet design, this PDU matches heavy-duty, high-voltage rack requirements and supports safe, code-compliant connections for enterprise environments.
• Durable, premium construction: Built to endure the rigors of data-center operation, the G3 PDU uses premium materials and a robust enclosure to maximize uptime, withstand mounting stresses, and resist environmental noise from dense IT equipment.
• Seamless installation and comprehensive management: A rack-mountable form factor with straightforward wiring and an intuitive interface enables quick installation. Integrated management options, including web UI and SNMP-compatible features, empower IT teams to monitor alarms, configure alerts, and perform remote switching for maintenance windows without onsite visits.

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

• Model: HPE Enlogic G3 Metered Switched PDU
• Phase configuration: 3-Phase
• Power capacity: 17.2 kVA
• Input voltage: 200-240V AC
• Current rating: 48A
• Receptacle type: IEC60309 460P9
• Metering: Yes — real-time energy metering for load visibility
• Switching: Yes — remote outlet switching for maintenance and load management
• Form factor: Rack-mountable PDU suitable for standard 19" racks
• Warranty: 5-year manufacturer warranty

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

• Plan and verify compatibility with your 19" data-center rack and confirm the rack has a suitable mechanical footprint and adequate clearance for airflow around the PDU.
• Mount the PDU securely in the rack using the provided mounting hardware. Ensure level placement and proper cable routing to prevent strain on connectors and to maintain easy access for future maintenance.
• Connect the input power cord to a dedicated 3-phase 200-240V supply rated for at least 48A. Follow local electrical codes and use appropriate circuit protection and grounding. Do not exceed the PDU’s rated input to avoid tripping breakers or damaging components.
• Attach IT devices to the IEC60309 460P9 receptacles as needed, distributing loads evenly across phases. Utilize the metering data to balance line loads and prevent overloading any single phase.
• Power on the PDU and access the management interface. Configure the IP address, SNMP community strings, and user credentials according to your IT infrastructure standards. Enable alerts for abnormal voltage, current spikes, or outlet faults to receive proactive notifications.
• Validate functionality by performing a staged load test, verifying that outlets respond to remote switching commands, and confirming that metered readings reflect actual power usage. Document configurations for future audits and include maintenance windows as part of routine power management planning.

Frequently asked questions

• What does Metered Switched mean on this PDU? A metered switched PDU provides real-time electrical metering and the ability to remotely switch individual outlets or groups of outlets. This enables granular control over power distribution, improves visibility for capacity planning, and supports maintenance activities without on-site visits.
• What environments is the HPE Enlogic G3 PDU designed for? It is intended for enterprise data centers, high-density server rooms, lab environments, and other IT deployments where reliable 3-phase power distribution, precise energy monitoring, and remote management are essential.
• What is 460P9 in IEC60309 terms? 460P9 refers to a high-voltage, industrial-grade IEC 60309 receptacle configuration used for three-phase, 460V systems. It provides a rugged, standardized connection point for heavy-duty power distribution in data-center settings.
• Can I manage this PDU remotely? Yes. The HPE Enlogic G3 PDU supports remote management interfaces (web UI and SNMP) for monitoring, alert configuration, and outlet control, enabling centralized power management across multiple racks.
• What warranty comes with the PDU? The product is backed by a 5-year manufacturer warranty, helping protect against defects and extend the value of the investment.
• Is this compatible with other Enlogic G3 components? The G3 platform is designed to integrate with compatible HPE Enlogic components for cohesive power management, reporting, and policy-based controls across multiple PDUs and devices in the data center.