APC by Schneider Electric NetShelter 40-Outlets PDU

The APC NetShelter 40-Outlets PDU is a high-density, rack-mounted power distribution solution designed to safeguard and optimize the critical power needs of modern data centers and network closets. Engineered to integrate seamlessly with APC NetShelter racks, this Advanced PDU delivers dependable power to IT equipment, enabling precise visibility, intelligent control, and proactive protection across the entire rack. With 40 outlets, flexible 4-in-1 combination outlets, and PDU-level metering, it empowers administrators to monitor usage, manage loads, and prevent overloads while keeping equipment within safe electrical parameters. This makes it an ideal choice for organizations pursuing reliable uptime, energy efficiency, and scalable rack power management.

• Reliable, scalable power distribution for IT equipment. Designed for dense rack environments, the NetShelter 40-Outlets PDU distributes power evenly across servers, switches, storage devices, and other rack-mountable hardware. Its robust construction minimizes voltage drop and supports sustained performance under heavy loads, ensuring that critical devices stay online when it matters most. By delivering clean, stable power to every mounted device, it helps extend hardware life and reduce the risk of unexpected outages in busy data centers and network rooms.
• PDU-level metering with remote access and local display. Gain complete visibility into energy consumption with meter data accessible remotely and a compact, user-friendly local display at the rack. Real-time metrics—such as current, voltage, power draw, and energy usage—enable data-driven capacity planning, smarter workload distribution, and faster troubleshooting. The combination of remote access and at-a-glance local readouts ensures you can act quickly to optimize energy use and maintain peak efficiency across your IT environment.
• 40 outlets with flexible 4-in-1 combination outlets. The 40-outlet configuration is engineered for high-density deployments, facilitating flexible cabling and operational efficiency. The 4-in-1 outlet arrangement supports adaptable connections for a mix of devices, allowing you to configure power distribution to match your equipment footprint. This flexibility reduces cable clutter, improves airflow around equipment, and simplifies maintenance by grouping outlets in a way that aligns with your rack layout.
• Overload protection and proactive notifications. Built-in protective features guard against overloads and short circuits, helping prevent downtime and protecting valuable IT gear. When power thresholds are approached or exceeded, audible and visual indicators plus remote alerts trigger proactive notifications. This allows facility and IT teams to react before problems escalate, schedule maintenance windows, and keep power events from interrupting critical workloads.
• Rack-ready design with NetShelter compatibility. Engineered for seamless integration with APC NetShelter racks and other standard 19-inch enclosures, the PDU installs quickly and securely. Its rack-friendly form factor supports consistent cable management, straightforward mounting, and easy access within the rack space. This compatibility extends to APC’s broader power management ecosystem, enabling centralized monitoring and control across multiple racks and rooms for holistic data-center energy management and greater operational efficiency.

Technical Details of APC by Schneider Electric NetShelter 40-Outlets PDU

• Number of outlets: 40
• Outlet configuration: 4-in-1 combination outlets for flexible wiring
• Metering: PDU-level power metering with remote access and local display
• Power visibility: Real-time metrics for energy usage, voltage, current, and power draw
• Protection: Overload protection with alert notifications
• Rack compatibility: Designed for APC NetShelter racks and standard 19-inch enclosures

How to Install APC by Schneider Electric NetShelter 40-Outlets PDU

• Step 1 — Prepare the rack: Ensure your NetShelter rack is clean, unobstructed, and rated for the PDU. Verify that mounting rails are installed correctly and that there is adequate space for hot-air exhaust and cable management at the rear of the rack.
• Step 2 — Mount the PDU: Align the PDU with the rack’s 19-inch mounting rails and secure it using the included hardware. Confirm that the unit is level and firmly attached to prevent vibration or movement during cable changes.
• Step 3 — Connect input power: Connect the PDU’s input cord to a suitable power source or distribution path that aligns with your data-center electrical design. Ensure the power source provides sufficient current to support the 40 outlets and expected IT load.
• Step 4 — Attach IT devices: Plug servers, switches, storage, and other rack-mounted equipment into the 40 outlets. Use the 4-in-1 configuration to optimize outlet placement and maintain clean cable routing for improved airflow and easier maintenance.
• Step 5 — Configure monitoring and alerts: Use the built-in local display to review basic power metrics and access the remote management interface for full configuration. Set IP addressing, enable energy metering, and define threshold alerts for voltage, current, and power usage to receive proactive notifications when limits are approached or exceeded.
• Step 6 — Validate operation: Power on connected devices and verify that energy readings update in real time on both the local display and remote interface. Test alert notifications by simulating threshold events to ensure the communications path and alerting mechanisms are functioning correctly.
• Step 7 — Establish ongoing management: Integrate the PDU with your data-center infrastructure management tools or APC power management software to centralize monitoring across multiple PDUs and racks. Schedule routine audits of energy usage and outlet utilization to optimize capacity and support future growth.

Frequently asked questions

• What is the APC NetShelter 40-Outlets PDU best suited for? It is ideal for high-density server and networking racks where reliable power distribution, real-time energy visibility, and proactive protection are essential for uptime and performance in data centers, server rooms, and network closets.
• Does this PDU support remote monitoring? Yes. The PDU provides remote access to power metering data, enabling monitoring from a central management console or through compatible APC management software, in addition to a local display at the rack for on-site visibility.
• What does the 4-in-1 outlet configuration mean? The 4-in-1 arrangement provides flexible grouping of outlets to align with your equipment layout, improve cable management, and optimize airflow. It allows you to configure power delivery to match the mix of devices in your rack.
• Can I install this PDU in any 19-inch rack? The NetShelter 40-Outlets PDU is designed for APC NetShelter racks and other standard 19-inch enclosures, offering a rack-ready solution that integrates with existing infrastructure and management workflows.
• How do I prevent overloads and outages? The PDU includes overload protection and threshold-based alerts. By setting alert thresholds and monitoring real-time load data, you can proactively redistribute power, shut down non-critical devices if necessary, and schedule maintenance before issues impact uptime.
• Is installation difficult for non-specialists? While professional installation is recommended for power-sensitive environments, the process is straightforward: mount the PDU in the rack, connect input power, plug in devices, and configure the onboard and remote monitoring features. Clear, step-by-step guidance is provided by the user interface and documentation to help remotely verify proper operation.
• What benefits does this PDU offer for energy efficiency? By providing granular metering and visibility into power usage, you can identify under- or over-provisioned devices, optimize workloads, consolidate hardware appropriately, and implement power capping as needed. This leads to more efficient energy consumption, reduced cooling requirements, and lower operating costs over time.