HPE Enlogic by nVent G3 Metered 3-Phase PDU (11kVA, IEC60309 516P6/520P6, 200-240V, 16A)

Powerful, reliable, and engineered for the most demanding data-center environments, the HPE Enlogic by nVent G3 Metered 3-Phase PDU delivers enterprise-grade power distribution with real-time energy monitoring. This 11kVA PDU is designed to support 200-240V three-phase infrastructure and features IEC60309 outlets configured as 516P6/520P6 for secure, scalable power delivery. Built with premium materials and a robust enclosure, it ensures power continuity and maintained performance in high-density racks. Coupled with a 5-year manufacturer warranty, the G3 Metered PDU helps you optimize load balancing, enhance capacity planning, and gain precise visibility into energy consumption across critical workloads.

• Metered 3-phase power distribution with real-time energy monitoring for accurate load tracking and capacity planning.
• 11kVA capacity paired with 200-240V input to meet the needs of mid-to-large data-center racks and compute clusters.
• Premium materials and a robust enclosure engineered for dependable operation in demanding IT environments.
• IEC60309 connectors (516P6/520P6) provide secure, standards-based power delivery and flexible outlet configurations.
• Backed by a 5-year manufacturer warranty for long-term support, serviceability, and peace of mind.

Technical Details of HPE Enlogic by nVent G3 Metered 3-phase 11kVA/IEC60309 516P6/520P6 16A/200-240V PDU

• Capacity: 11 kVA
• Voltage: 200-240 V
• Phase configuration: 3-phase
• Connectors: IEC60309, 516P6/520P6
• Current rating: 16 A
• Warranty: 5-year manufacturer warranty

how to install HPE Enlogic by nVent G3 Metered 3-Phase PDU

Before installing, confirm that your electrical system supports 3-phase 200-240V and that the rack or enclosure is prepared for PDUs of this size. Power down the main supply and verify the area is de-energized before beginning work.

Step 1: Plan placement and orientation. Choose a mounting location that allows easy access to the IEC60309 input and any required outlets, while ensuring adequate airflow and cable management space.

Step 2: Secure the PDU. Install the PDU in the rack or fixed enclosure using the manufacturer’s recommended hardware and mounting guidelines to ensure stability and safety during operation.

Step 3: Connect the power input. Attach the IEC60309 input connector (516P6/520P6 pattern as appropriate) to the main power feed using appropriately rated feeder cables. Avoid overtightening and follow local electrical codes during connection.

Step 4: Route and configure outlets. Organize downstream cables for critical devices, balancing loads across available outlets and leaving ample space for cooling and airflow. Label cables for quick identification during maintenance.

Step 5: Power up and verify operation. Restore power and check the PDU’s energy meter readings through the Enlogic management interface. Confirm that all outlets and phases report correctly and that any configured alarms are active. Perform a light-load test with non-critical equipment to validate stability and monitoring accuracy.

Frequently asked questions

• Q: Is this a metered PDU?
  A: Yes. The HPE Enlogic G3 Metered PDU provides real-time energy measurements to help you monitor utilization and optimize your data-center power distribution.
• Q: What outlets or connectors does it use?
  A: It uses IEC60309 16A connectors configured as 516P6/520P6 patterns, suitable for secure, standardized power delivery in enterprise racks.
• Q: What is the power capacity?
  A: The unit is rated for 11 kVA, making it suitable for supporting multiple high-density servers and networking devices within a 3-phase 200-240V environment.
• Q: How long is the warranty?
  A: The PDU offers a 5-year manufacturer warranty for long-term reliability and serviceability.
• Q: Can I manage this PDU remotely?
  A: Yes. HPE Enlogic G3 PDUs are designed to integrate with Enlogic management platforms for centralized monitoring, reporting, and alerting across multiple PDUs in your data center.