Description
Eaton G4 24-Outlets PDU
The Eaton G4 24-Outlets PDU is a high-performance, single-phase managed power distribution unit designed to simplify power delivery in demanding data center environments. Built for enterprise data centers, colocation facilities, and distributed IT infrastructures, this PDU streamlines procurement, deployment, and ongoing power management within a standard 42U rack. With 24 outlets organized for reliable distribution, the G4 PDU delivers precise monitoring, scalable control, and robust safety features that empower data center managers to optimize uptime, energy efficiency, and capacity planning across large fleets of critical devices.
- Scale-ready power distribution for large-scale rack deployments. The Eaton G4 24-Outlets PDU consolidates power delivery in a compact, rack-mensible form factor, enabling data center managers to deploy numerous devices with confidence. Its 24 outlets are organized to support diverse workloads—from blade servers to storage arrays and network appliances—while maintaining clean cable management to minimize airflow disruption. This level of scalability is essential for facilities handling rapid expansion, seasonal demand, or distributed IT across multiple colos or campus sites.
- Advanced managed features for real-time visibility and control. As a true managed PDU, the Eaton G4 offers remote monitoring, outlet-level control, and secure access to telemetry. Expect real-time voltage, current, and power measurements, plus power consumption history and alerts that integrate with common DCIM workflows. The result is proactive capacity planning, faster fault isolation, and the ability to enforce policies such as load balancing and outlet grouping to prevent overloads on critical circuits.
- Robust rack integration and installation flexibility. The G4 24-Outlets PDU is designed to fit seamlessly into modern data center racks. With front-facing outlets and flexible mounting options, it supports convenient installation in 42U racks while preserving front-to-back airflow. Its rugged construction and standardized mounting rails simplify deployment in new builds or retrofit projects, ensuring a reliable power backbone for equipment across multiple rows of racks in enterprise or colocation environments.
- Safety, reliability, and regulatory compliance. Data center power distribution demands fault tolerance. The Eaton G4 PDU incorporates overcurrent protection, circuit isolation, and compliance with relevant safety and performance standards. By isolating faults at the outlet and providing granular telemetry, it helps data center teams maintain uptime, minimize risk to critical equipment, and meet compliance requirements in regulated facilities.
- Energy efficiency and cost-saving capabilities. Beyond delivering reliable power, the G4 PDU’s per-outlet telemetry supports energy-aware management and optimization. By understanding exact power draw per device, administrators can right-size workloads, consolidate underutilized equipment, and implement targeted power capping or load-shedding strategies during peak hours. This level of insight supports greener data center operations and a clearer path to achieving power usage effectiveness (PUE) goals.
Technical Details of Eaton G4 24-Outlets PDU
- Configuration: 24-outlet, single-phase managed rack PDU designed for enterprise data centers and distributed IT environments.
- Form factor: 42U rack-mountable chassis with front-facing outlets for clean cable management and streamlined cooling airflow.
- Management interface: supports remote management through standard interfaces for monitoring, control, and alerting; designed to integrate with existing IT management frameworks.
- Telemetry: real-time measurements at the system level and per-outlet telemetry to support detailed capacity planning and energy optimization.
- Safety and compliance: built to meet common industry safety standards and certifications, providing reliable protection and consistent performance in professional data center settings.
how to install Eaton G4 24-Outlets PDU
Installing the Eaton G4 24-Outlets PDU is a straightforward process that emphasizes safety, proper load distribution, and secure management configuration. Follow these steps to ensure a smooth deployment that maximizes uptime and efficiency:
1) Plan and map power distribution. Before hardware installation, review your rack layout and determine how circuits will feed the PDU. Identify the main input power source, the appropriate circuit breakers, and a strategy for outlet distribution across servers, storage, and network devices. This planning minimizes the risk of overloads and simplifies later capacity management and power capping actions.
2) Prepare the rack and mounting area. Verify the rack’s mounting rails are clean and aligned. Ensure there is adequate clearance for airflow and ease of cable routing. Confirm that the PDU will be mounted in a location that allows convenient access to front-facing outlets and safe cabling to minimize tension on power cords.
3) Mount the PDU in the rack. Install the PDU chassis into the rack using the provided hardware. Align the mounting brackets with the rack rails and secure them firmly to prevent movement during equipment operation or maintenance. Confirm that the unit sits level and that outlet access remains unobstructed by other devices in the rack.
4) Connect input power and safe grounding. Connect the PDU’s input power cord to the data center’s power source through an appropriate circuit breaker or power distribution path. Ensure proper grounding and adherence to local electrical codes. Double-check that the power feed corresponds with the PDU’s rated input and voltage requirements to avoid overloading or nuisance tripping.
5) Connect devices to outlets and organize cables. Begin wiring servers, storage, and networking devices to the PDU outlets. Use organized cable management to maintain airflow and simplify future maintenance. Group critical devices on separate outlets or subcircuits as needed to prevent single-point failures from affecting essential infrastructure.
6) Configure management and monitoring. Access the PDU’s management interface via the assigned network address or console port. Enable secure access, set up user roles, configure alerts (voltage, current, temperature if supported), and establish outlet-level control policies or load-shedding rules as part of your DCIM integration. Validate telemetry data by comparing it with known equipment ratings and perform a live test to confirm that switches, alarms, and reporting are functioning correctly.
7) Validate operation and implement ongoing best practices. After configuration, run a full validation that includes current draw tests, load balancing checks, and alert generation under simulated fault conditions. Document the configuration, keep firmware up to date, and establish routine review of power metrics to ensure continued efficiency and uptime. Consider creating a change log for future audits and capacity planning initiatives.
Frequently asked questions
Q: Is the Eaton G4 24-Outlets PDU a managed PDU?
A: Yes. It is a fully managed rack PDU that provides remote monitoring, outlet-level control, and secure management interfaces to help IT teams monitor power usage and optimize load across devices in a rack or data center environment.
Q: How many outlets does this PDU have?
A: It features 24 outlets, designed to distribute power to a wide range of devices within a 42U rack. The arrangement supports efficient cable management and scalable deployment in enterprise facilities.
Q: What type of environments is the G4 PDU best suited for?
A: It is ideal for data centers, colocation facilities, and distributed IT infrastructures that require reliable, scalable power distribution with advanced monitoring. It supports large-scale deployments where capacity planning and energy efficiency are top priorities.
Q: How do I access telemetry and manage the PDU?
A: Management can be accessed through standard interfaces provided by Eaton G4 PDU implementations, including web-based dashboards and network management protocols. You can monitor real-time measurements, configure alerts, and set up outlet groups or policies to automate power distribution and protect critical devices.
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