Eaton Metered Input Rack PDU – 0U, 24 x 5-15R, 120V, 1.44 kW, 10 ft cord

Discover precise, reliable power distribution with the Eaton G3 Metered Input ePDU. Engineered for data centers, server rooms, and IT closets, this 0U rack-mounted power distribution unit delivers billing-grade accuracy for input and branch circuits, empowering you to optimize load balancing, capacity planning, and overall energy management. With a local LCD pixel display or network monitoring options, you gain real-time visibility into electrical performance so you can make informed decisions about every rack in your fleet.

• Billing-grade metering for input and branch circuits — The Eaton G3 Metered Input ePDU provides high-precision measurements that support accurate chargebacks, energy accounting, and capacity planning across your infrastructure. The metering data helps you quantify how energy is distributed across workloads and identify opportunities to improve efficiency.
• 24-outlet power distribution — Outlets consist of (24) 5-15R receptacles arranged to accommodate a dense blade server, storage, and networking environment. The 5-15R outlets are compatible with common IT gear, enabling you to consolidate power distribution in a single, organized footprint within the rack.
• 0U rack-mount form factor — This unit occupies no vertical space on the rack rail (0U) while delivering a full suite of metered power features. Its slim profile enables higher rack density and easier cable management, leaving space for cooling and other devices in tight data center footprints.
• Single-phase, 120V operation with robust power capacity — Designed for normal data center power environments, the PDU supports 120V single-phase input, delivering up to 1.44 kW (12 A) of usable power. A 10 ft cord offers flexible placement within the rack and data cabinet, reducing the need for extensions or adapters.
• Local LCD display and network monitoring — The G3 Metered Input PDU presents critical metrics on a local LCD pixel display for immediate onsite visibility. It also supports remote monitoring over a network connection, enabling centralized energy management, alerting, and reporting for multiple PDUs across the data center.

Technical Details of Eaton Metered Input Rack PDU

• Model: Eaton G3 Metered Input ePDU
• Mounting: 0U rack-mount design for space-efficient deployment
• Input: 5-15P
• Outlets: 24 x 5-15R
• Maximum load: 1.44 kW
• Voltage: 120 V
• Current: 12 A
• Cord length: 10 ft
• Phase: Single-phase
• Metering: Billing-grade accuracy for both input and branch circuits
• Display: Local LCD pixel display for on-site readings
• Monitoring: Measures current, voltage, power and energy
• Networking: Supports monitoring over a network for remote management
• Applications: Ideal for data centers, server rooms, and IT cabinets where precise power management is required

How to install Eaton Metered Input Rack PDU

Preparing for installation starts with confirming rack compatibility and ensuring the 0U footprint fits within your cabinet. Unpack the PDU, inspect for any transit damage, and verify that the 10 ft power cord is present and undamaged. Position the PDU inside the rack at a suitable height that aligns with your outlet density and cable routing. Secure the unit to the rack rails using the included hardware, ensuring it remains level and stable during cable management and future maintenance.

Once mounted, connect the 10 ft power cord to a properly rated 120V circuit that matches the PDU’s current draw. The 12 A maximum current translates into a recommended circuit sizing that accounts for continuous load and safety margins in line with electrical codes. Route IT equipment power cables to the 24 x 5-15R outlets, keeping power and data cables organized to minimize interference and improve airflow. If you will use the network monitoring capability, connect the PDU to your network using the available Ethernet interface and configure IP settings according to your IT environment. Power up the PDU and verify that the local LCD display begins to show readings for current, voltage, and energy, confirming that the metering system is functioning properly.

With the PDU energized, you can calibrate thresholds, set up alerting, and enable remote monitoring in your data center infrastructure management (DCIM) tool or SNMP-based management system. The goal is to establish visibility across all racks so you can track utilization, anticipate capacity needs, enforce power capping policies if required, and optimize cooling strategies to maintain performance and reliability. After configuration, test a staged load by powering representative IT gear to observe metered values in real time and confirm accuracy in your monitoring dashboards. Regular checks and periodic firmware or software updates from Eaton will help maintain compatibility with evolving data center management practices.

Frequently asked questions

Q: What does “Metered Input” mean for this PDU? A: Metered Input indicates that the PDU provides precise measurements of power usage for the entire input circuit and for connected branches. It enables chargebacks, energy accounting, and performance-based capacity planning by exposing current, voltage, power, and energy data in real time or near-real time.

Q: How many outlets does this PDU support? A: The unit features 24 outlets of type 5-15R, suitable for a wide range of IT equipment, including servers, storage devices, and networking gear, consolidated into a single, space-efficient PDU footprint.

Q: Can I monitor the PDU remotely? A: Yes. In addition to the local LCD display, the PDU supports network monitoring. This enables centralized data collection, alerting, and reporting across multiple PDUs within a data center so you can manage power distribution at scale.

Q: Is the PDU compatible with 0U rack environments? A: Absolutely. The 0U design is specifically intended for dense rack deployments, leaving vertical space free for cables, airflow, and other devices while still offering full metered power distribution and monitoring capabilities.

Q: What maintenance or updates are required? A: Periodic checks of metering accuracy, firmware or management software updates, and validation of network connectivity are recommended. Regular maintenance helps ensure continued accuracy, reliability, and compatibility with DCIM tools and alerting frameworks.