Lenovo Basic 33-Outlet PDU – 32A IEC 60309, 0U Rack-Mountable Power Distribution

In busy data centers and IT rooms, reliable power distribution is the backbone of uptime and efficiency. The Lenovo Basic 33-Outlet PDU is designed to deliver a dependable, scalable solution that streamlines how facility UPS or generator power reaches your rack-mounted devices. With a compact 0U footprint, this basic PDU minimizes space usage while maximizing distribution flexibility, helping you manage load, reduce cable clutter, and keep critical equipment running smoothly. Built for straightforward operation, predictable performance, and long-term value, the Lenovo Basic PDU is a practical choice for teams focused on simplicity, reliability, and growth.

• Power input and outlets optimized for real-world data center needs: A 32A IEC 60309 (P+N+G) input feeds 12 IEC 60320 C19 outlets and 21 IEC 60320 C13 outlets, providing flexible, scalable power distribution to a wide range of rack devices while maintaining clean, organized cabling.
• Space-saving, 0U, rack-mountable design: Engineered to fit into standard rack configurations without consuming vertical rack space, this PDU preserves valuable enclosure space for compute and storage equipment while improving airflow and cabling management.
• Designed for UPS and generator environments: The Lenovo Basic PDU is purpose-built to distribute facility UPS or generator power to multiple rack loads, helping maximize uptime during outages and ensuring critical equipment remains powered when it matters most.
• Simple, scalable power management: As data centers expand, this basic PDU provides a reliable, straightforward distribution solution that supports incremental growth without the need for complex configurations or expensive upgrades.
• Cost-effective reliability for standard rack deployments: A practical, no-frills PDU that delivers essential power distribution with proven Lenovo quality, ideal for facilities with predictable load profiles and a focus on dependable operation.

Technical Details of Lenovo Basic 33-Outlet PDU

• Input: IEC 60309 32A P+N+G
• Outlets: 12 x IEC 60320 C19, 21 x IEC 60320 C13
• Mounting: 0U, rack-mountable
• Purpose: Distributes facility UPS or generator power to multiple rack loads
• Product type: Basic PDU

how to install Lenovo Basic 33-Outlet PDU

• Plan your rack layout and verify the available 0U space will accommodate the PDU plus the desired cable routing for minimal obstruction to airflow.
• Prepare the rack and mounting hardware. Ensure proper grounding and compliance with local electrical codes before installation.
• Mount the 0U PDU in the rack using the appropriate rails or mounting hardware, making sure the unit is secure and level for safe operation and easy access to outlets.
• Connect the input to the facility UPS or generator output via the IEC 60309 connection. Confirm that the input wiring is correct, secure, and in accordance with electrical standards.
• Distribute power to rack devices: plug servers, storage, and networking gear into the C13 and C19 outlets as needed, managing cables to maintain adequate airflow and avoid overloading any single circuit.
• Label and document: clearly label each circuit and outlet group, record load distribution, and validate operation through a controlled power-on test to ensure all connected devices power correctly.

Frequently asked questions

• Q: What outlets does the Lenovo Basic 33-Outlet PDU provide?
  A: It provides 12 IEC 60320 C19 sockets and 21 IEC 60320 C13 sockets, all fed from a 32A IEC 60309 input (P+N+G), suitable for distributing facility UPS or generator power to multiple rack loads.
• Q: Is the PDU 0U and rack-mountable?
  A: Yes. The unit is designed for 0U installation in standard racks, saving space in dense data center environments and improving cable management.
• Q: What environments is this PDU best suited for?
  A: It’s ideal for data centers and IT rooms that rely on facility UPS or generator power, providing a straightforward, reliable way to power multiple rack-mounted devices with a single distribution point.