APC by Schneider Electric 48-Outlets PDU

The APC by Schneider Electric 48-Outlets PDU is a purpose-built metered power distribution solution designed to power dense racks of servers and networking equipment in data centers, labs, and edge deployments. With a compact 0U footprint, this rack-mountable PDU consolidates power distribution across a mix of devices, delivering reliability, organization, and real-time visibility where it matters most. Its 12 IEC 60320 C19 outlets and 36 IEC 60320 C13 outlets provide flexible, scalable power provisioning for modern IT gear, helping IT teams optimize energy use, prevent overloads, and streamline maintenance. By enabling remote monitoring, administrators gain actionable insight into voltage, current, and power consumption, empowering proactive management, energy efficiency, and uptime across complex infrastructure. In short, this PDU is built to fit seamlessly into standard 19-inch racks, supporting efficient cabling, enhanced airflow, and straightforward upgrades as your data center evolves.

• Meticulous design for high-density racks: The 0U form factor maximizes rack space for IT gear while keeping front-access outlets and wiring neat and accessible. Its slim profile fits behind dense server blades, storage enclosures, and fast-switched networking equipment, ensuring that airflow and cooling are not compromised by bulky power hardware. This design is ideal for data centers, colo facilities, and enterprise server rooms where every inch of rack space carries significant value and downtime is costly. With a centralized PDU, you can simplify cable management, reduce clutter, and accelerate maintenance windows while preserving optimal cooling performance.
• Versatile outlet configuration for mixed equipment: Featuring 12 IEC 60320 C19 outlets paired with 36 IEC 60320 C13 outlets, this PDU accommodates a wide range of devices—from high-power servers and blade systems to switches, routers, and storage devices. The diverse outlet mix supports flexible load distribution across circuits, enabling you to group critical devices on dedicated outlets or circuits to minimize shared-load risks. This versatility reduces the need for additional PDUs and simplifies rack provisioning during hardware refreshes, consolidations, or expansions, all while keeping cables tidy and easily traceable.
• Metered power monitoring for proactive management: The metered design provides real-time measurements of voltage, current, and total power consumption, giving data center operators precise visibility into energy use. By tracking consumption outlet-by-outlet, you can identify power-hungry devices, optimize load balancing, and implement more efficient cooling strategies. Historical data and trending allow you to forecast capacity needs, justify energy-saving upgrades, and demonstrate compliance with internal budgets or external efficiency programs. The result is smarter energy usage, lower operating costs, and a smaller environmental footprint for your IT environment.
• Remote monitoring and alerting for uptime protection: This PDU is built to be monitored remotely, so administrators can receive alerts about overloads, voltage anomalies, or unusual power behavior without being on-site. Remote visibility supports DCIM integrations and centralized management, enabling per-outlet load monitoring, alert configuration, and rapid response during maintenance windows or incident events. For distributed data centers, branch offices, or edge deployments, remote monitoring is a critical capability that helps maintain service levels and reduces mean time to repair (MTTR).
• Simple installation and scalable management: The 0U footprint and standard 19-inch rack compatibility simplify installation, wiring, and future upgrades. Front-facing outlets and clear labeling speed provisioning and troubleshooting, while a rugged build withstands the demands of data center environments. As your infrastructure grows, this PDU scales with you, enabling you to add devices, reallocate outlets, and adjust monitoring thresholds without swapping out power distribution hardware.

Technical Details of APC by Schneider Electric 48-Outlets PDU

• Outlet configuration: 12 IEC 60320 C19 outlets and 36 IEC 60320 C13 outlets
• Form factor: 0U rack-mountable
• Metering: Metered power distribution with real-time monitoring
• Remote monitoring: Supports remote visibility and alerting for per-outlet load
• Application: Designed for data centers, server racks, and networking equipment

how to install APC by Schneider Electric 48-Outlets PDU

Step 1 – Plan and prepare: Assess your rack layout and determine the best position for the PDU to balance power distribution, cable management, and airflow. Confirm that your enclosure supports a 0U, 19-inch rack-mountable device and that your facility's electrical supply matches the PDU's specifications. Label circuits and identify critical devices so you can map them to C19 and C13 outlets for efficient power routing.

Step 2 – Mount the PDU in the rack: Use the supplied rack ears or mounting hardware to secure the PDU to the rack frame. Align it with adjacent equipment so cables can be routed cleanly to the outlets. Ensure there is adequate clearance for cable connections and for future serviceability. The compact 0U design preserves precious rack space and keeps the front of the rack accessible for monitoring and maintenance.

Step 3 – Connect input power and devices: Connect the PDU to the appropriate power source according to your facility's electrical standards. Then distribute power to servers, switches, storage devices, and other gear by plugging them into the C19 and C13 outlets. When possible, group critical devices on separate circuits to minimize shared-load risk and to simplify troubleshooting during maintenance windows.

Step 4 – Enable monitoring and configure alerts: Turn on the PDU and configure remote monitoring settings through the compatible management interface. Set alert thresholds to notify your team of unusual power usage, overloads, or voltage fluctuations. This ensures you can act quickly to prevent interruptions and maintain service levels across your IT infrastructure.

Step 5 – Verify operation: Confirm that all connected devices power on and that the PDU's monitoring readings reflect expected loads. Review outlet-level data periodically and adjust circuit assignments as your deployment evolves. Maintain an organized labeling scheme to expedite fault isolation and reduce downtime during maintenance or expansion projects.

Frequently asked questions

• Q: How many outlets does this PDU have and what types? A: It features 12 IEC 60320 C19 outlets and 36 IEC 60320 C13 outlets for versatile power distribution to mixed equipment.
• Q: Is this a metered PDU? A: Yes, it is a metered PDU with real-time monitoring of electrical parameters.
• Q: What is the form factor? A: The PDU is 0U and is designed for 19-inch racks to maximize space efficiency.
• Q: Can I monitor the PDU remotely? A: Yes, the unit supports remote monitoring and alerting for per-outlet load and power conditions.
• Q: What applications is this PDU best suited for? A: This PDU is ideal for data centers, server racks, and networking equipment deployments in enterprise, colocation, and edge environments.