Eaton Metered Input Rack PDU – 1U, L6-30P Input, 10 ft Cord, Single-Phase 200-240V, 18 x C13 Outlets

Power distribution for today’s data centers demands visibility, reliability, and precise control. The Eaton Metered Input rack PDU delivers real-time energy metrics and scalable management in a compact 1U form factor, designed to streamline capacity planning and optimize cooling and uptime. With a 200-240V single-phase input and a generous 10-foot cord, this PDU fits seamlessly into standard racks while delivering dense power distribution through 18 IEC C13 outlets. It’s engineered to empower IT teams with actionable data so you can run leaner, cooler, and more cost-effectively.

Designed for high-density environments, the Eaton Metered Input PDU provides critical insight exactly where power is consumed. Real-time metering across voltage, current, and power factor gives you a pulse on your data center’s energy profile, enabling you to prevent overloads, balance loads, and plan for future growth. The integration with Eaton’s management software extends visibility beyond the rack, enabling centralized dashboards, historical reporting, and proactive alerts that help you avert outages and optimize energy use across the entire facility.

Beyond visibility, this PDU is built to simplify deployment and maintenance. The 1U footprint preserves valuable rack space, while the 18 C13 outlets offer high outlet density for servers, storage appliances, network gear, and auxiliary devices. The rugged construction is purpose-built for data center environments, with a sturdy chassis and clean, organized cabling that supports efficient airflow and easier serviceability. With a single-phase 200-240V input and a flexible 10-foot cord, you can tailor the setup to fit the layout of your data center, keeping power distribution neat and predictable.

• Real-time metering and energy visibility: The PDU provides live readings for voltage, current, power factor, and energy usage, giving you immediate insight into how power is allocated across devices. This data supports capacity planning, chargeback processes, and energy budgeting. Access the information through Eaton’s management software, where you can create dashboards, track trends over time, and configure alerts to notify your team of threshold breaches or anomalies.
• Remote monitoring and control: As a managed ePDU, it enables remote monitoring of rack power conditions and, depending on model capabilities, remote control of outlets. This allows IT and facilities teams to respond quickly to power events, balance loads, and apply maintenance windows without physically visiting the rack—reducing mean time to repair and improving uptime.
• High-density power in a compact 1U design: With 18 C13 outlets in a tight 1U footprint, this PDU delivers substantial power distribution density while preserving rack space for servers and devices. Cable management remains straightforward, and airflow is less obstructed, helping maintain cooler operating temperatures and reliable hardware performance.
• Reliable, compatible power distribution: The PDU uses a robust L6-30P input connector and supports 200-240V single-phase supply. The 10-foot cord provides flexibility in rack placement, enabling clean wiring layouts and easy routing to power sources. This configuration aligns with common data center electrical infrastructure, simplifying integration with existing circuits and improving reliability across the rack.
• Energy management, reporting, and cost optimization: Real-time metering data supports energy efficiency initiatives, chargeback or showback processes, and room- or row-level energy benchmarking. By identifying under- and over-provisioned equipment, you can optimize workloads, heat management, and cooling strategies to reduce operating costs while maintaining performance and reliability.

Technical Details of Eaton Metered Input Rack PDU

• Form factor: 1U rack-mount design for standard 19-inch racks
• Input: L6-30P, single-phase, 200-240V
• Cord length: 10 ft
• Outlets: 18 x IEC C13 receptacles
• Metering: Real-time voltage, current, and power factor monitoring with usage data
• Management: Integrated with Eaton management software for remote monitoring and alerting
• Model family: Metered ePDU designed for data-center environments
• Load distribution: Centralized power delivery to IT equipment with visibility into consumption

how to install Eaton Metered Input Rack PDU

• Step 1: Verify rack compatibility and prepare mounting rails suitable for a 1U device. Ensure there is adequate clearance for the 10-foot cord and for proper cable management behind the rack.
• Step 2: Mount the PDU into the rack using the supplied rails or brackets, aligning with standard 19-inch rack holes. Securely fasten to minimize vibration and ensure proper grounding for safety and reliability.
• Step 3: Connect the input power to the L6-30P receptacle on the PDU, routing the cord to a dedicated circuit that matches the 200-240V rating. Confirm circuit capacity aligns with your total rack power draw.
• Step 4: Attach IT equipment to the 18 x C13 outlets. Organize cables to promote airflow and reduce clutter, leaving space for proper intake and exhaust to maintain thermal performance.
• Step 5: Power on the PDU and configure metering, thresholds, and alerts within the Eaton management software. Set voltage, current, and energy usage limits to receive timely warnings that help prevent outages and support proactive maintenance.

Frequently asked questions

• What is a metered input rack PDU? A metered input rack PDU provides real-time data on voltage, current, and power usage at the power-distribution point, enabling you to monitor consumption, plan capacity, and optimize energy use within the data center.
• Does this PDU support remote outlet control? The Eaton managed ePDU family typically supports remote monitoring and, depending on the model, outlet-level control. Check the specific SKU for per-outlet switching capabilities if that feature is required.
• What voltage does it support? It supports 200-240V single-phase input, suitable for standard data-center electrical circuits.
• How can metering data help reduce costs? Real-time consumption data allows you to balance workloads, enhance cooling efficiency, avoid over-provisioned power, and implement energy-saving policies that lower total cost of ownership.
• How do I install this PDU? Install it in a standard 19-inch rack, connect the L6-30P input, plug your IT devices into the 18 C13 outlets, and configure the Eaton management software to begin monitoring and alerting.