Eaton ePDU Basic 12-Outlets 4.99kW PDU

The Eaton ePDU Basic 12-Outlets 4.99kW PDU is purpose-built for the evolving data center landscape, where devices are shrinking in size but demanding higher power density. This rack-mount power distribution unit is designed to deliver reliable, uncomplicated power to servers, storage, networking gear, and other critical IT equipment. In an era where every watt matters, the ePDU Basic provides a straightforward solution that supports both high-density configurations and higher-power equipment without unnecessary complexity. It combines robust construction with practical features, making it ideal for data centers, server rooms, and telecom closets that require dependable power distribution with minimal footprint. If you’re prioritizing simplicity, affordability, and dependable power delivery in a compact form factor, the Eaton ePDU Basic 12-Outlets 4.99kW PDU is engineered to meet those needs while keeping operational risk to a minimum.

• 12 outlets in a single, space-efficient unit to simplify cable management and maximize cabinet space for dense IT deployments.
• 4.99 kW power capacity to support a wide range of servers, storage, and networking devices, ensuring critical gear receives consistent, reliable power within the rated limits.
• Basic/unmanaged PDU in the Eaton ePDU Basic line, offering essential power distribution without software dependencies, ideal for straightforward deployments and cost-conscious environments.
• Compact, rack-mount design crafted to fit standard 19-inch racks, enabling easy integration into existing data-center enclosures and tight spaces without compromising airflow or access.
• Durable construction with standard safety and compliance features that align with data-center expectations, delivering dependable operation in challenging environments and ensuring long-term reliability.

Technical Details of Eaton ePDU Basic 12-Outlets 4.99kW PDU

• Outlets: 12
• Power rating: 4.99 kW
• Product family: Eaton ePDU Basic
• PDU type: Basic/unmanaged power distribution unit
• Mounting: Rack-mount capable (designed for standard 19-inch racks)

How to install Eaton ePDU Basic 12-Outlets 4.99kW PDU

• Plan the installation by selecting a suitable rack location with adequate clearance for cables and airflow, ensuring the PDU is accessible for plugging and maintenance.
• Prepare the rack by attaching the appropriate rails or mounting hardware supplied with the PDU, aligning it securely to prevent movement during operation.
• Connect the input power cord to a properly rated circuit in accordance with local electrical codes and the PDU’s power specifications, using a correctly sized circuit breaker or fuse as required.
• Route and label cables neatly, distributing loads across the 12 outlets to avoid overloading any single power leg and to promote optimal airflow within the enclosure.
• Power on the PDU and verify that each outlet delivers power to connected devices. Perform a quick check of connected equipment to confirm stable operation and monitor for any unusual heat or noise signatures.

Frequently asked questions

• What is the power capacity of the Eaton ePDU Basic 12-Outlets 4.99kW PDU?
  It has a maximum power rating of 4.99 kW, suitable for powering a range of servers, storage, and networking devices within a single rack enclosure.
• How many outlets does this PDU provide?
  The unit features 12 outlets to distribute power to multiple devices in a rack or enclosure.
• Is the Eaton ePDU Basic a managed or unmanaged PDU?
  This model is part of the Basic line and is an unmanaged PDU, designed for straightforward power distribution without remote monitoring or control features.
• Is it compatible with standard rack equipment?
  Yes. It is designed for standard 19-inch racks, making it easy to integrate with existing data-center furniture and equipment while preserving airflow and accessibility.
• Where is this PDU best used?
  It is well suited for data centers, server rooms, network closets, and telecom environments where reliable, simple power distribution is required for high-density or power-hungry equipment without the need for advanced management features.