Eaton Tripp Lite Series 12.6kW 3-Phase Local Metered PDU — 208V Outlets (36 C13 & 9 C19) Hubbell 50A CS8365C, 6 ft. Cord, 0U Vertical, TAA

Meet the backbone of reliable data-center power management with the Eaton Tripp Lite Series 12.6kW 3-Phase Local Metered PDU. This high-capacity power distribution unit is engineered for demanding environments, delivering precise, on-site current insight through three built-in digital meters. Designed for 3-phase 208V networks, it supports a dense, organized rack footprint while preserving balanced loading across circuits. With 36 C13 outlets and 9 C19 outlets, this PDU is tailored to power a wide range of servers, networking gear, storage devices, and other critical equipment. The combination of a Hubbell 50A CS8365C connection, a 6-foot cord, and a 0U vertical form factor makes it an ideal choice for data centers, server rooms, and edge deployments where space efficiency and visibility into current draw are essential. This unit is TA A compliant, helping you meet procurement standards for government and educational facilities while delivering dependable, site-level monitoring that simplifies capacity planning and reduces the risk of overloads as your equipment footprint expands.

• Real-time local current monitoring with three built-in digital meters: Stay informed about current levels on every phase at a glance. The three meters enable rapid visual assessment of load balance across all three legs, helping you prevent overloads and optimize distribution as you add servers, switches, or storage devices. This real-time visibility supports proactive capacity planning, minimizes risk during upgrades, and improves overall data center reliability. No external software required—your rack becomes its own energy dashboard.

• Extensive 208V outlet coverage for dense deployments: With 36 C13 outlets and 9 C19 outlets, this PDU provides ample sockets to power a broad mix of equipment from compute nodes to high-density network gear. The outlet configuration is designed to ease cable management and reduce the need for daisy-chaining power strips, which helps maintain proper cooling and airflow within the rack. The result is cleaner, more reliable power delivery for a wide range of servers and peripherals.

• High-capacity, three-phase power delivery in a compact 0U vertical form factor: The 12.6 kW load rating is engineered for modern data centers where efficiency matters and rack space is at a premium. The 0U vertical design frees up precious rack real estate while delivering robust three-phase performance. The included 6 ft (1.83 m) cord ties into your 208V, 50A power feeds, enabling flexible installation in standard rack environments without compromising accessibility or serviceability.

• Durable build with TaA-compliant engineering and trusted brand integration: Built by a trusted combination of Eaton, Tripp Lite, and Hubbell components, this PDU emphasizes reliability, safety, and compliance. The TA A (Trade Agreements Act) compliance ensures suitability for procurement in government and educational facilities. The rugged construction supports continuous operation in data centers, labs, and edge deployments, while the 6 ft cord offers flexibility in power sourcing from nearby distribution outlets or wall outlets.

• Designed for scalable data-center growth and straightforward installation: The PDU’s wired layout, clearly defined outlets, and real-time meters make it easy to plan capacity, balance loads, and reallocate power as workloads evolve. It is an excellent companion for racks that host a mix of virtualization hosts, storage arrays, and high-performance networking equipment. As your fleet expands, you can add capacity without sacrificing visibility or safety, ensuring that circuits stay within safe loading thresholds.

Technical Details of Eaton Tripp Lite Series 12.6kW 3-Phase Local Metered PDU

• Model/Series: Eaton Tripp Lite Series 12.6kW 3-Phase Local Metered PDU
• Outlet configuration: 36 x C13 and 9 x C19 outlets at 208V
• Input: 3-phase, 208V, 50A supply
• Total power capacity: 12.6 kW
• Cord length: 6 ft (1.83 m)
• Mounting: 0U vertical rack-mount
• Metering: Local three-built-in digital meters for real-time current readings
• Connectivity: Local metering only (no remote management required or included)
• Branding/Composition: Hubbell 50A CS8365C components within a Tripp Lite PDU framework
• Compliance: TA A (TA A-compliant for government and educational procurement)
• Target applications: Data centers, server rooms, high-density computing environments, edge deployments
• Environment: Rugged metal construction designed for continuous operation in rack environments

how to install [product]

• Plan placement in a standard rack: Verify that the rack space can accommodate the 0U vertical footprint and allow adequate clearance for heat dissipation and cable management. Position the PDU where the three meters are easily visible for ongoing monitoring without obstructing airflow.
• Mount securely: Use appropriate rack screws and hardware to attach the PDU to the rack rails. Ensure the unit is level and firmly anchored to prevent movement during maintenance or equipment changes. Confirm that the mounting location supports the weight and distribution of connected devices.
• Prepare power feeds: Connect the 6 ft cord to a suitable 208V, 50A supply that corresponds to your data-center feeder. Ensure that breakers and wiring are rated for the load you plan to place on the PDU. Follow your facility’s electrical safety protocols when wiring the PDU into the power distribution system.
• Distribute loads across outlets: Plan outlet allocation to balance current on all three phases. Avoid clustering high-draw devices on a single C13 or C19 outlet and use the three digital meters as you plug in servers, switches, storage, and networking gear. This approach helps maintain healthy thermal profiles and reduces the risk of overheating on any single leg.
• Power-on and verify: After wiring, power on the PDU and confirm that all three digital meters display normal current values within expected ranges. Inspect connected devices for proper operation, verify that no outlet is overloaded, and check for any tripping or abnormal behavior. Label circuits and document the distribution plan for future capacity planning.
• Ongoing management: Regularly review the local metering readings as you scale your deployment. Use the real-time current data to adjust workloads, plan growth, and maintain balanced loading across phases. For adjustments in the future, consider evaluating remote-management options that complement local meters if needed for centralized monitoring.

Frequently asked questions

• What does “local metered” mean for this PDU? It means the device provides real-time current readings via its three built-in digital meters directly on the unit. Monitoring is performed locally at the rack, without built-in remote management or network monitoring features.
• How many and what types of outlets does this PDU offer? The unit provides 36 C13 outlets and 9 C19 outlets at 208V, designed to support a wide range of rack-mounted equipment while enabling efficient cable management and balanced loading across phases.
• What is the power capacity and what loads can it support? The PDU delivers up to 12.6 kW of total power across three phases at 208V. This capacity is suitable for mid-to-high density racks with multiple servers, storage devices, and network gear, as long as the total load remains within the 12.6 kW limit and is balanced across phases.
• Is remote monitoring available for this PDU? This model is designed for local metering. If remote monitoring is required, you may need a different PDU model or an add-on solution compatible with your data-center management plan.
• What is the mounting style and cord length? The PDU is a 0U vertical rack-mount unit with a 6 ft (1.83 m) power cord, enabling flexible installation in standard racks and adjustable power sourcing from nearby distribution points.
• Is this TA A-compliant and suitable for government or educational procurement? Yes, the unit is TA A-compliant, making it suitable for procurement in government and educational environments while delivering reliable, locally monitored power distribution.