Lenovo 24-Outlet PDU

Power reliability and efficient rack management come together in the Lenovo 24-Outlet PDU. This high-density, 0U power distribution unit is purpose-built for data centers, server rooms, and edge deployments where every amp and every inch of rack space matters. It distributes AC power to multiple servers while balancing loads to help optimize performance, reduce hotspots, and simplify maintenance. With its 0U, rack-mountable design, this PDU frees up precious rack space and keeps cable routing clean and predictable. Built for enterprise-grade IT environments, the Lenovo 24-Outlet PDU delivers a scalable, robust power distribution solution that can adapt as your rack infrastructure grows.

• High outlet density—4 IEC 60320 C19 outlets and 20 IEC 60320 C13 outlets provide ample sockets for servers, switches, storage devices, and networking gear, enabling centralized, manageable power distribution in a single rack footprint.
• Rugged, compatible input—supports IEC 60309 332P6 P+N+G input wired to a 230 V AC supply, delivering a safe and reliable connection to your facility’s power system while meeting enterprise-grade safety standards.
• Space-saving 0U rack design—engineered to mount flush in standard 19-inch racks, maximizing available vertical space for IT equipment and maintaining clean, organized cable management in dense deployments.
• Load balancing for uptime—intelligent distribution across outlets helps prevent overloading individual circuits, promoting consistent performance and reducing the risk of outages caused by uneven power draw.
• Enterprise-ready build and versatility—crafted for data centers, labs, and enterprise IT environments, offering a dependable, scalable solution that supports growing device counts without compromising reliability or maintenance simplicity.

Technical Details of Lenovo 24-Outlet PDU

• Model: Lenovo 24-Outlet PDU
• Input/Power: IEC 60309 332P6 P+N+G input, designed for 230 V AC operation
• Outlets: 4 × IEC 60320 C19 receptacles and 20 × IEC 60320 C13 receptacles
• Form factor: 0U rack-mountable configuration for standard 19-inch racks
• Application: Power distribution for multiple servers and IT devices with balanced load management

How to install Lenovo 24-Outlet PDU

Follow these straightforward steps to install your Lenovo 24-Outlet PDU safely and efficiently:

• Prepare the rack: Ensure the rack is de-energized and accessible. Confirm there is space for a 0U device and that mounting hardware is available.
• Mount the PDU: Slide the PDU into the rack and secure it with the appropriate mounting hardware designed for 19-inch racks. Confirm the unit sits firmly and does not flex under its own weight.
• Connect to power: Attach the IEC 60309 332P6 P+N+G input connector to the facility power source, ensuring all connections are secure and compliant with local electrical codes.
• Route and connect outlets: Distribute cables from the 4 C19 outlets and 20 C13 outlets to servers, storage, switches, and other IT devices. Use cable management features to minimize tangling and maximize airflow.
• Power up and verify: Restore power, check indicator lights or status displays (if present), and verify that all connected devices receive power. Label cables for maintenance and future expansions.

Frequently asked questions

• Q: How many outlets does the Lenovo 24-Outlet PDU provide? A: It features 4 IEC 60320 C19 outlets and 20 IEC 60320 C13 outlets to support a broad range of IT equipment in a single rack.
• Q: What voltage does it support? A: The PDU is designed for 230 V AC input via an IEC 60309 332P6 P+N+G configuration.
• Q: Is it suitable for 0U rack installations? A: Yes. The Lenovo 24-Outlet PDU is a 0U, rack-mountable PDU optimized for space efficiency in standard 19-inch racks.
• Q: Does this PDU help balance loads across devices? A: It is designed to distribute power across outlets to support balanced loads and mitigate hotspots, contributing to improved uptime and performance.
• Q: Where is this PDU best used? A: It is ideal for data centers, enterprise IT rooms, and laboratory environments where centralized, reliable power distribution is essential for multiple servers and networking gear.