HPE Enlogic by nVent G3 Metered 1-phase 14.4kVA/IEC60309 363P6 63A/200-240V PDU

HPESKU: 9750931

Price:
Sale price$2,938.11

Description

HPE Enlogic by nVent G3 Metered 1-phase 14.4kVA/IEC60309 363P6 63A/200-240V PDU

Power distribution for modern IT environments requires a solution that combines precise metering, reliable delivery, and seamless management. The HPE Enlogic by nVent G3 Metered PDU is engineered to meet the demands of enterprise racks, data centers, and edge deployments. Built with premium materials and a robust enclosure, this PDU delivers consistent performance under load while providing actionable energy data that helps you optimize capacity, improve uptime, and reduce operational costs. With a 5-year manufacturer warranty backing its durable construction, the G3 Metered PDU is designed to be a trusted backbone for your HPE infrastructure, delivering power continuity and operational clarity where it matters most.

  • Precision metering for informed power budgeting: Real-time measurements of total load, voltage, current, and power quality give you visibility into how your IT equipment consumes electricity. This enables accurate capacity planning, more effective chargebacks, and smarter workload placement to optimize cooling strategies and energy use across the rack farm.
  • Robust 1-phase, 63A input with 200-240V output: Specifically designed for dense rack environments, the PDU accepts up to 63A on standard 200-240V circuits, delivering up to 14.4 kVA of reliable power. This ensures your servers, storage, and networking gear run within safe electrical margins, even during peak utilization.
  • IEC60309 363P6 connector compatibility for secure power delivery: The rugged IEC60309 interface provides a secure, lockable connection that withstands the rigors of data-center floors and edge environments. Its durable construction minimizes disconnect risks and supports long-term reliability in demanding installations.
  • Enterprise-grade reliability and warranty: Enlogic by nVent G3 PDU is crafted from premium materials for power continuity and consistent performance. The 5-year manufacturer warranty reinforces confidence in uptime, asset protection, and lower total cost of ownership for busy IT environments.
  • Flexible deployment and management: The PDU is designed to adapt to a wide range of rack, cabinet, and enclosure configurations. It supports remote metering and integration with Enlogic G3 management tools, helping you monitor energy usage, track device-level draw, and align power delivery with IT operations and DCIM platforms.

Techncial Details of HPE Enlogic by nVent G3 Metered 1-phase 14.4kVA/IEC60309 363P6 63A/200-240V PDU

Specifications derived from the product name and available descriptions point to core capabilities that power this solution:

  • Phase: 1-phase
  • Voltage: 200-240 VAC
  • Current rating: 63 A
  • Power rating: 14.4 kVA
  • Connector type: IEC60309 363P6
  • PDU type: Metered
  • Brand lineage: HPE Enlogic by nVent G3
  • Warranty: 5-year manufacturer warranty

how to install HPE Enlogic by nVent G3 Metered 1-phase 14.4kVA/IEC60309 363P6 63A/200-240V PDU

  • Prepare the installation site: Verify that the rack or enclosure can support the PDU’s dimensions and weight. Confirm that the electrical supply is 200-240V and can safely sustain up to 63A. Ensure adequate clearance for ventilation, cable routing, and future expansion.
  • Mount the PDU securely: Use the appropriate mounting hardware or rails to install the PDU in the rack, keeping a straight line with outlet access and ensuring stable support that resists vibration and movement during cable management or maintenance.
  • Connect input power: Attach the IEC60309 input connector to a dedicated 200-240V supply capable of sustaining 63A under peak load. Follow local electrical codes and safety practices. Power should be off during connection to avoid arcing or equipment damage.
  • Connect IT outlets and devices: Route IT equipment power cords to the PDU outlets, distributing loads across outlets to stay within the 14.4 kVA rating. Maintain tidy cable management to optimize airflow and simplify future serviceability.
  • Configure metering and monitoring: If you plan to leverage Enlogic G3 monitoring, access the PDU’s management interface via its web UI or your DCIM integration. Enable metering, set alert thresholds, and map outlets to devices for precise energy analytics and capacity planning.
  • Test and document: Power on connected equipment and verify voltage stability, outlet responsiveness, and meter readings. Document load distribution, outlet assignments, and any custom configurations to streamline future maintenance and audits.

Frequently asked questions

  • Q: What is the primary benefit of the HPE Enlogic by nVent G3 Metered PDU?
    A: It delivers real-time energy metering and robust, scalable power distribution, enabling precise capacity planning, improved uptime, and easier energy management for HPE deployments.
  • Q: What voltages does this PDU support?
    A: It supports 200-240V input/output, making it suitable for many regional power systems in data centers and edge installations, while offering a 63A rating to support substantial IT loads.
  • Q: What does “Metered” mean in this PDU?
    A: Metered PDUs provide live readings for overall load and power usage, and often outlet-level data, so administrators can monitor consumption, identify hotspots, and optimize energy use across the rack.
  • Q: Is the PDU compatible with Enlogic/G3 management?
    A: Yes. The HPE Enlogic by nVent G3 PDU is designed to integrate with Enlogic G3 enterprise power distribution features, enabling remote monitoring, alerting, and DCIM integration for centralized control.
  • Q: What is the warranty coverage?
    A: The product is backed by a 5-year manufacturer warranty, offering protection against defects and ensuring long-term reliability for mission-critical IT environments.
  • Q: How do I ensure safe installation?
    A: Always de-energize equipment before wiring, adhere to local electrical codes, use proper PPE, and ensure the total load does not exceed 14.4 kVA. If unsure, consult a qualified electrician or data-center professional.

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