Eaton Basic Rack PDU HotSwap MBP 2U 110-125V 16A 1.92 kW 5-20P and 6 5-20R

The Eaton Basic Rack PDU HotSwap MBP 2U is a high-availability power distribution solution crafted for critical IT environments. Designed to maximize uptime and streamline maintenance, this 2U PDU distributes power from a single UPS to multiple devices with clean, organized wiring. The standout HotSwap Maintenance Bypass (MBP) feature ensures service continuity in all scenarios, allowing technicians to perform maintenance, battery replacement, or UPS module swaps without interrupting critical workloads. With six 5-20R outlets and a single 5-20P input, the PDU delivers reliable, North American-ready power to servers, storage, switches, and other rack equipment while helping you optimize rack space and airflow. This model is purpose-built for dense data centers and enterprise floors where downtime isn’t an option, delivering dependable power distribution, ease of service, and straightforward installation in a compact 2U footprint.

• The 2U rack-mount design fits neatly into standard 19" racks, making it ideal for dense data centers and server rooms where every inch of rack space counts. Its compact footprint supports clean cable management and improved airflow around IT equipment, helping to maintain efficient cooling while delivering reliable power to each device.
• Input/output configuration tailored for North America: 110-125V input at up to 16A, with a single 5-20P plug and six 5-20R outlets. This setup provides flexible connection options for diverse devices ranging from servers to storage arrays and networking gear, while keeping wiring tidy and organized.
• HotSwap Maintenance Bypass (MBP) enhances availability by enabling service continuity during maintenance. Technicians can isolate the load from the UPS, perform maintenance or battery replacement, and rejoin the load without interrupting critical equipment, thereby reducing downtime and preserving service levels.
• Rugged, dependable Eaton design ensures long-term performance. The MBP-equipped PDU is built for field reliability, with robust connectors and durable construction that support hot-swapping and straightforward, in-rack service without complex disassembly.
• Perfect for a wide range of IT deployments, from single-rack data centers to larger server rooms. The six 5-20R outlets offer flexible device distribution, while the straightforward installation and maintenance features make this PDU a practical choice for organizations seeking steady power delivery, clean cable management, and streamlined support.

Technical Details of Eaton Basic Rack PDU HotSwap MBP 2U 110-125V 16A 1.92 kW 5-20P and 6 5-20R

• Model: Eaton Basic Rack PDU HotSwap MBP 2U
• Input Voltage: 110-125 V
• Input Current Rating: 16 A
• Power Capacity: 1.92 kW
• Outlet Configuration: 6 x 5-20R receptacles
• Input Connector: 1 x 5-20P plug
• Form Factor: 2U rack-mount
• HotSwap Maintenance Bypass: Included
• Mounting Type: 19" rack compatible
• Protection and Safety: Standard electrical safety ratings suitable for data centers

How to install Eaton Basic Rack PDU HotSwap MBP 2U 110-125V 16A 1.92 kW 5-20P and 6 5-20R

Installing the Eaton PDU is designed to be straightforward for IT teams familiar with rack-mounted power distribution. Follow these steps to ensure a secure, reliable setup that maximizes uptime and simplifies future maintenance:

• Prepare the rack space: Verify that the rack is sturdy, level, and equipped with compatible 19" rack rails and mounting hardware. Confirm there is sufficient clearance for cooling and cable management around the 2U PDU.
• Mount the PDU: Align the PDU with the rack rails and slide it into position. Use the supplied screws or mounting brackets to secure the unit firmly, ensuring there is no wobble that could loosen connections over time.
• Connect to the power source: Locate a suitable UPS or primary power source that can supply 110-125V at up to 16A. Insert the PDU’s 5-20P input plug into the designated outlet, ensuring a snug, secure connection to prevent arcing or looseness during operation.
• Distribute power to equipment: Connect your servers, storage devices, and network gear to the six 5-20R outlets. Distribute loads evenly across outlets to optimize circuit use and minimize thermal hotspots. Avoid overloading a single outlet or circuit.
• Verify operation and MBP readiness: Power on the UPS and confirm that PDU indicators indicate normal operation. Test the HotSwap MBP by simulating maintenance — verify that the load remains powered when the MBP path is engaged and then reconnected after maintenance is complete.
• Finalize cable management and monitoring: Route cables neatly to maximize airflow and accessibility. If available, enable any built-in monitoring features or integrate with an rack-management system to keep an eye on outlet activity and load distribution.

Frequently asked questions

• Q: What is the purpose of the HotSwap Maintenance Bypass (MBP) on this Eaton PDU? A: The MBP provides service continuity by bypassing the UPS load path during maintenance, allowing technicians to replace UPS components or batteries without powering down connected equipment.
• Q: Is this PDU suitable for North American environments? A: Yes. The PDU is specified for 110-125V operation with a 5-20P input and six 5-20R outlets, making it compatible with common North American IT equipment and rack layouts.
• Q: How many outlets does the PDU provide? A: The unit offers six 5-20R receptacles, providing flexible distribution for a range of servers, storage devices, switches, and other rack-mounted equipment.
• Q: Can I install this PDU in a standard 19" rack? A: Absolutely. It is a 2U, 19" rack-mountable PDU designed for standard data-center racks with compatible mounting hardware.
• Q: Does the MBP affect normal PDU operation? A: In normal operation, MBP remains ready to engage if maintenance is required, but does not interfere with typical power delivery. It is designed to minimize impact on uptime while providing a safe maintenance path.
• Q: What benefits does this PDU offer for data-center uptime? A: Key benefits include enhanced availability through MBP, organized power distribution to multiple devices, improved cable management, and a compact 2U footprint that supports scalable rack deployments.