Eaton Managed rack PDU, 0U, 5-15P input, 1.44 kW max, 120V, 12A, 10 ft cord, Single-phase, No Circuit Breaker, Outlets: (8) 5-15R

Eaton Managed Rack PDU: Efficient and Reliable Power Distribution

Eaton Managed rack PDU, 0U, 5-15P input, 1.44 kW max, 120V, 12A, 10 ft cord, Single-phase, No Circuit Breaker, Outlets: (8) 5-15R
Eaton ePDU G3 Managed technology provides a best-in-class design featuring billing grade accuracy monitoring at the outlet level on a local LCD pixel display or over a network connection. The high accuracy meter will measure current, voltage, power and energy for load balancing, capacity planning, efficiency monitoring and energy usage reporting. Outlet switching allows for on, off or reboot of individual outlets, which reduces the cost of managing remote or local IT data center environments. The robust design is UL rated to operate at 140 degrees F (60 degrees C) ambient operating temperature for containment and high temperature environments.

• Outlet switching for on, off and reboot control to reduce management costs
• Outlet level metering to +/- 1% billing grade accuracy for customer billing or level 3 PUE calculations
• LCD pixel display with hot-swap capability enables load balancing and local setup of key parameters such as IP address and display orientation
• High operating temperature (140 degrees F / 60 degrees C) for containment or hot network closet environments
• Daisy chain of IP addresses allows four devices to share one network connection to reduce network install costs by up to 75%
• 120 volt power distribution to 5-20R outlets which accept standard 5-15P wall plug

• Cisco EnergyWise Certified- Eaton's new ePDUs are Cisco EnergyWise Certified
• ePDU G3 Managed provides ±1% billing grade accuracy, an advanced LCD pixel display, a hot-swap meter, IEC grip outlets, color-coded circuits and the ability to daisy chain four ePDUs to share the same network connection and IP address
• Manages entire environment remotely over the network from a single interface
• Single-phase and three-phase configurations provide solutions for SMB and networking closets, blade server applications, and colocation and large data centers
• Measures outlet-level power consumption and delivers Level 3 PUE to increase accuracy and precision of energy analysis
• Enables on/off/reboot capabilities for a single piece of equipment with outlet-level control

Overview of Eaton Managed Rack PDU Features

The Eaton Managed rack PDU offers superior power distribution designed to meet the demands of modern data centers and network racks. Featuring a compact 0U form factor, it mounts easily without occupying valuable rack space. Equipped with a 5-15P input plug and eight 5-15R outlets, this unit supports up to 1.44 kW maximum power at 120V and 12A. Its single-phase power supply ensures consistent current flow, while the 10-foot cord provides flexibility during installation. This device is ideal for environments requiring managed power control without a circuit breaker, balancing convenience and efficiency effectively.

Performance and Capacity Benefits

The Eaton Managed rack PDU's 12A current rating and 1.44 kW power capacity make it an excellent choice for powering multiple devices efficiently within your rack. Its design supports single-phase power systems commonly found in IT environments, ensuring safe, stable, and reliable power distribution to connected equipment. By delivering power evenly to eight 5-15R outlets, it prevents overloads and power disruptions. The absence of a circuit breaker keeps the device lightweight and compact while relying on network or facility-level protective systems instead, making it an efficient power management solution.

Installation and Usability Features

Designed for user-friendly installation, the Eaton rack PDU’s 0U size enables mounting without occupying slot space in server racks, helping maintain optimal rack density. The 10-foot power cord allows flexible placement relative to power sources, simplifying cable management within crowded racks. Its managed feature can be utilized to remotely monitor power consumption and outlet status, providing enhanced control and operational insights for IT administrators. The choice to exclude a circuit breaker caters to setups that employ centralized power protection, allowing seamless integration into existing infrastructure while maintaining high reliability.