Tripp Lite by Eaton 28.8kW 3-Phase Switched PDU with LX Interface

The Tripp Lite by Eaton 28.8kW 3PH Switched Power Distribution Unit (PDU) is engineered for mission-critical data centers, server rooms, and high-density IT deployments. Built to deliver precise power control, robust monitoring, and scalable protection, this PDU helps IT managers optimize energy usage, minimize downtime, and simplify remote management. With a formidable 28.8 kW rating at 220-240V, 3-phase operation, and a switched architecture, you gain granular control over connected equipment while preserving efficiency and uptime. The LX interface brings you enterprise-grade management with Gigabit connectivity, an intuitive LCD display, and a compact, 0U footprint designed to fit tightly into modern racks. The hardwired 380-415V input expands compatibility with data center power distributions, and the generous 1.8 m cord allows flexible positioning in dense cabinets. This TAA-compliant PDU is purpose-built for reliability, offering advanced features that prevent outages, streamline maintenance, and support proactive capacity planning.

Designed for how data centers actually operate, this PDU combines intelligent power management with rugged durability. The switch-enabled outlets give administrators the ability to remotely cycle power, implement load shedding during peak loads, and execute automated recovery sequences after a fault—all without visiting the rack. The 3-phase, 220-240V configuration is ideal for modern enterprise environments where blade servers, virtualization hosts, storage arrays, and network devices share a single infrastructure. The LX interface provides a secure, scalable pathway for monitoring and control over a standard Gigabit network, while the front LCD offers immediate visibility and local configuration without additional software. In short, this PDU helps you maximize availability, optimize energy usage, and simplify day-to-day data center operations.

Key advantages of choosing a Switched PDU in a data center context include precise power control, real-time fault detection, and the ability to throttle or cycle power to individual outlets to keep critical equipment online. By grouping outlets into logical banks, you can implement automated power cycling for reboots, protection against cascading failures, and rapid response to maintenance windows. The combination of 380-415V input and 0U mounting with a long, flexible 1.8 m cord ensures you can position the device in a favorable location within the rack or cabinet and route cables cleanly for airflow and serviceability. With a TAA-compliant architecture, this PDU is suitable for government and regulated environments, ensuring procurement compatibility while meeting strict sourcing standards.

Whether you’re outfitting a new data center, upgrading a legacy rack, or expanding edge infrastructure, the Tripp Lite 28.8kW 3PH Switched PDU is a versatile, future-ready solution. It supports scalable power distribution, reduces risk of downtime, and delivers the visibility you need to manage load, monitor energy usage, and enforce policies that protect critical IT assets. The combination of high power handling, precise control, and robust network management makes this PDU a cornerstone for reliable, efficient, and observable data center power delivery.

• High-capacity power distribution – Manage up to 28.8 kW of critical IT load, enabling dense server configurations and high-performance hardware without compromising electrical safety or performance.
• Three-phase 220-240V operation with 380-415V input – Flexible electrical compatibility for modern data centers, supporting efficient distribution from enterprise power feeds while delivering stable, conditioned power to connected devices.
• 30 outlets with switched control – Remote power switching, load-shedding, and reboot sequencing for improved uptime and faster fault isolation across servers, storage, and network devices.
• LX management interface with Gigabit networking – Enterprise-grade remote management, SNMP-capable monitoring, and secure access through a Gigabit network, plus a front LCD for local visibility.
• 0U footprint with a long 1.8 m cord – Space-efficient rack integration with a generous cord length that simplifies placement, cable management, and airflow in dense racks and cabinets.

Technical Details of Tripp Lite by Eaton 28.8kW 3PH Switched PDU

• Power rating: 28.8 kW
• Input voltage (hardwired): 380-415V
• Output voltage: 220-240V
• Phasing: 3-phase
• Outlet count: 30 outlets
• Management interface: LX interface with Gigabit Ethernet
• Monitoring: LCD display on the front for local readouts and status
• Cord length: 1.8 m
• Rack footprint: 0U
• Compliance: TAA (Trade Agreements Act)
• Mounting: 0U footprint suitable for rack installation with appropriate rails or mounting hardware

How to install Tripp Lite 28.8kW 3PH Switched PDU

• Plan your wiring and rack layout to ensure the 380-415V input can be fed from a dedicated three-phase distribution circuit. Confirm clearance for ventilation and access to the LCD display for local monitoring.
• Mount the PDU in a compatible rack or enclosure that supports a 0U footprint. Use the manufacturer’s rails or mounting hardware to secure the unit firmly, ensuring level alignment and proper cable routing.
• Connect the input power conductors to the PDU’s hardwired connection points, following local electrical codes and facility documentation. Verify that the supply can deliver the required 28.8 kW at 380-415V.
• Attach power cables to the 30 outlets and plan a logical distribution pattern for servers, storage, and networking equipment. Consider grouping critical devices to receive priority in any power-cycling or load-shedding scenarios.
• Power on the PDU and use the LX interface to configure network settings, security, and management options. Access the LCD panel to validate local status indicators and to perform initial outlet mapping and labeling.
• Set up remote monitoring, alarms, and scheduled reboot policies through the LX interface. Enable SNMP traps, if applicable, and integrate with your data center infrastructure management (DCIM) tools for centralized visibility.
• Test a staged power cycle for representative devices to verify correct outlet mapping, response to switching commands, and the expected reboot behavior. Verify that non-critical loads are addressed during peak load conditions.
• Document the configuration, including outlet assignments, management IP, and access credentials. Establish routine maintenance windows to update firmware or perform diagnostic checks as recommended by the vendor.
• Perform a final safety check, confirm airflow around the PDU, and ensure that cables are neatly organized to prevent interference with cooling fans and hot air movement in the rack.

Frequently asked questions

• What is the power rating of this PDU? The unit supports up to 28.8 kW of three-phase power at 220-240V, making it suitable for high-density IT environments and demanding workloads.
• What kind of input does it require? It is designed for a hardwired input in the 380-415V range, aligning with common data center three-phase distributions.
• How many outlets are available? The PDU provides 30 outlets that can be managed and controlled through the LX interface for optimized power delivery and reboot capabilities.
• Does it support remote management? Yes. The LX interface offers Gigabit network connectivity for remote monitoring, control, and integration with DCIM tools, in addition to a local LCD display for on-site status checks.
• Is this PDU compatible with government procurement? Yes. The unit is TAA-compliant, making it suitable for government and other regulated purchases.
• What is the mounting footprint? The PDU is designed for a 0U footprint, enabling efficient rack space use without occupying vertical rack space while maintaining robust power distribution capability.
• What is the cord length? The device ships with a 1.8 m power cord to accommodate flexible placement within the rack and surrounding cabinet infrastructure.
• Can I perform firmware or feature updates? Yes. The LX interface supports remote management, and firmware updates are typically provided by the manufacturer; follow their guidance for safe updates and downtime planning.