Eaton Tripp Lite 220-240V 13A Hot-Swap PDU with Manual Bypass

The Eaton Tripp Lite Series 220-240V 13A Single-Phase Hot-Swap PDU with Manual Bypass is a robust, mission-critical power distribution solution designed to keep your essential equipment online, even during maintenance windows. Built for data centers, server rooms, and network closets, this PDU combines reliable power delivery with flexible configuration, ease of installation, and enhanced serviceability. Its hot-swap capability and manual bypass are engineered to minimize downtime, maximize uptime, and simplify maintenance in demanding environments.

• Uninterrupted reliability for demanding workloads. In high-availability environments, every minute of downtime costs time and money. The Eaton Tripp Lite 220-240V PDU is designed to support mission-critical equipment by delivering consistent, clean power to racks and closets. The hot-swap capability enables technicians to replace or service the PDU without pulling the load off the network, which means your critical servers, storage, and network devices stay powered on while maintenance is performed. This focus on continuous availability is essential for data centers hosting virtualization, cloud services, and large enterprise applications where uptime is non-negotiable.

  With a sturdy construction, this PDU stands up to the rigors of dense data-center environments. Its robust housing and modular design help reduce the risk of accidental disconnects, while the compact form factor fits comfortably into standard rack architectures or mounted securely on walls in space-constrained rooms. The result is a dependable power distribution solution that scales with your growing infrastructure needs.

• Hot-Swap capability with manual bypass for true maintenance flexibility. The standout feature of this PDU is its hot-swap design paired with a manual bypass path. When a component or circuit needs service, technicians can isolate and bypass the affected section without interrupting power to the loads connected to the PDU. This capability is particularly valuable during firmware updates, component swaps, or routine inspections of critical equipment. By enabling service personnel to work while the rest of the rack remains powered, the PDU supports safer maintenance practices and reduces overall downtime across the data center floor.

  The bypass path is engineered to maintain a continuous power flow to connected devices during maintenance operations. Operators can perform tasks with confidence, knowing that the loads stay energized while a module or input can be serviced or replaced. This approach not only protects against unforeseen outages but also accelerates repair times and simplifies procedures for IT staff and facilities teams alike.

• Flexible input and outlet configurations for mixed hardware ecosystems. This PDU is engineered to accommodate diverse equipment and power configurations found in modern data centers. It offers 220-240V operation at 13A, with four BS1363 outlets ready to support a mix of servers, switches, storage devices, and network appliances. In addition to the BS1363 outlets, the unit accepts input options including C20 and BS1363 connectors, providing compatibility with common metropolitan power delivery standards. This flexible setup makes it easier to deploy in mixed environments without the need for extensive cabling changes or adapters, helping you streamline workspace layouts and reduce clutter.

  Whether you’re outfitting a new rack, upgrading an existing cabinet, or standardizing power across multiple rows, this PDU’s configurable inputs and outlets simplify procurement and installation. The 220-240V rating aligns with many regional data centers and on-premises facilities, ensuring efficient energy use while supporting peak loads during heavy processing periods. The result is a scalable, future-ready solution that can adapt to evolving hardware footprints as your IT estate grows.

• Rack and wall mounting versatility for tight spaces. The PDU is designed for flexible installation in a variety of environments. With a rack-mount option for standard 19-inch enclosures and a wall-mount capability, it gives you the freedom to place power distribution exactly where it’s most convenient. This is especially valuable in multi-tenant data centers, edge locations, or small-form-factor data rooms where floor space is at a premium. The mounting system is engineered to minimize vibrations and maintain secure connections, reducing the risk of accidental disconnections that can disrupt power to critical devices.

  The compact footprint helps maximize the number of devices you can safely power from a single distribution unit, supporting dense rack deployments without compromising airflow or cable management. Whether you’re building out a new data hall or upgrading a handful of racks, this PDU’s mounting versatility enhances overall data-center ergonomics and operational efficiency.

• Comprehensive safety, monitoring-ready design, and serviceability. Beyond basic power delivery, this PDU emphasizes safety and ease of maintenance. The hot-swap and manual bypass features are complemented by rugged construction and clearly labeled connections to reduce human error during installation and services. While this description highlights core capabilities, the design also supports straightforward inspection and replacement procedures, helping facilities teams maintain a clean, organized, and safe electrical topology. The PDU’s materials and finishes are chosen for durability in high-traffic data-center environments, resisting wear from frequent plug-in cycles and routine upkeep.

  In addition to its mechanical robustness, the PDU is built to integrate smoothly into established electrical policies and security practices. Proper labeling, adherence to electrical codes, and routine testing are all simplified by the clear interface and modular nature of the unit. The outcome is a dependable, low-maintenance power solution that complements a broad range of server architectures and IT workloads while aligning with best-practice standards for rack-level power management.

Techncal Details of Eaton Tripp Lite Series 220-240V 13A Single-Phase Hot-Swap PDU with Manual Bypass

• Voltage: 220-240V AC

• Current rating: 13A

• Outlets: 4 x BS1363 outlets

• Inputs: C20 input and BS1363 input options

• Phase: Single-phase

• Mounting: Rack-mountable (19-inch rack) and wall-mount capable

• Bypass: Manual bypass for uninterrupted maintenance without shedding loads

how to install Eaton Tripp Lite 220-240V 13A Hot-Swap PDU with Manual Bypass

• Identify the installation location: choose a suitable 19-inch rack space or a sturdy wall-mount area with ample airflow and cable management access. Ensure the surface or rack is rated to support the combined weight of the PDU plus connected devices.

• Power down and de-energize the surrounding circuit or critical equipment per your facilities procedures, if appropriate. With the hot-swap design and manual bypass, you can plan maintenance without completely interrupting power to connected devices, but you should still follow standard safety protocols for live environments where required.

• Mount the PDU securely using the provided rails or mounting brackets. Confirm that the unit is level and that the connectors are easily accessible for both input power and device cabling. Use cable management tools to prevent strain on connectors and to promote clean airflow around the rack.

• Connect the appropriate input power: configure the PDU for C20 or BS1363 input depending on your facility’s electrical setup. Ensure that the input connector is firmly seated and that any required circuit protection or safeguards are in place in accordance with local electrical codes.

• Distribute loads across the four BS1363 outlets, grouping related devices for efficient power management. Label outlets to reflect the attached equipment for easier troubleshooting and maintenance in the future. If using the manual bypass during service, follow your maintenance procedures to route power through the bypass path and verify load continuity with a practical test prior to completion.

• Perform a functional check: restore power, verify that the PDU powers each connected device, and confirm that the bypass path operates as designed. Document the configuration for future reference, including inlet type, outlet mapping, and any routine maintenance steps that involve the hot-swap capability.

Frequently asked questions

• Q: What is a hot-swap PDU with manual bypass?

  A: A hot-swap PDU is designed to allow modular components to be replaced without powering down connected equipment. The manual bypass provides a dedicated path that keeps loads energized while servicing or replacing a section of the PDU, enabling maintenance without interrupting critical devices.

• Q: Is this PDU suitable for data centers and network closets?

  A: Yes. The unit is purpose-built for data centers, server rooms, and network closets where uptime is essential. Its robust construction, rack/ wall-mount versatility, and hot-swap with bypass features are tailored for environments that demand reliable power distribution and minimal downtime during maintenance.

• Q: What kinds of equipment can be plugged into the BS1363 outlets?

  A: The four BS1363 outlets are designed to power standard IT equipment and peripherals commonly deployed in rack environments, such as servers, switches, storage devices, and network appliances. Ensure each device’s power draw stays within the overall 13A rating and consider balanced load distribution for best performance and reliability.

• Q: Does this PDU support 208V power systems?

  A: The PDU is specified for 220-240V operation. If your facility uses a different voltage, consult with your electrical engineer and verify compatibility before deployment to avoid potential damage or suboptimal performance.

• Q: How do I maintain or service the PDU with minimal downtime?

  A: Use the manual bypass to isolate the section under service while maintaining power to other loads. Follow your organization’s maintenance procedures, ensure proper labeling, and test the bypass path after service to verify uninterrupted operation for the remaining devices.