Eaton 1.4kW Single-Phase Monitored PDU with LX Platform Interface

Meet the Eaton 1.4kW Single-Phase Monitored PDU with LX Platform Interface, a premier power distribution solution engineered for modern IT environments where uptime, efficiency, and visibility matter most. This compact yet robust PDU delivers reliable, continuous power to critical equipment while providing advanced monitoring capabilities that empower data center managers, IT technicians, and industrial operators to stay ahead of power events. With LX Platform compatibility, you gain a unified view of electrical health across racks and cabinets, enabling proactive management, precise capacity planning, and faster incident response. The 0U form factor is designed to maximize rack space and airflow, making it an ideal upgrade for existing deployments and a smart choice for new builds alike. Whether you’re optimizing a small server room or outfitting a multi-rack data center, this monitored PDU brings intelligence to power delivery, helping you reduce energy waste, extend equipment life, and safeguard mission-critical workloads. Its 16 outlets at 120V deliver flexible distribution for servers, storage, networking gear, and peripherals, while the 10-foot cord and NEMA 5-15P plug provide versatile installation options across diverse facilities. Built with durability and compliance in mind, the unit is TAA-compliant, ready for government and enterprise procurement, and designed to withstand the rigors of demanding IT environments where reliable power management is non-negotiable.

• Real-time power monitoring and outlet-level metering: Access precise measurements of voltage, current, power, and energy consumption at each outlet, enabling load balancing, peak shaving, and data-driven capacity planning to optimize energy efficiency and reduce operating costs.
• LX Platform Interface for seamless integration: Connects with DCIM, asset management, and other management software for centralized control, alerts, and historical reporting, all from a single, intuitive dashboard that simplifies power management across multiple racks.
• 16 x 5-15R outlets at 120V: Distributes up to 1.4 kW of continuous power to critical IT gear, providing reliable performance for servers, storage arrays, switches, and network appliances without overloading circuits.
• 0U rack-mount design with a 10 ft power cord: Maximizes space efficiency in crowded racks while offering flexible placement; the long cord supports varied room layouts and cabinet configurations with ease.
• TAA-compliant for procurement: Built to meet government and enterprise procurement requirements, ensuring compatibility with wide-ranging sourcing policies and allowing secure, compliant deployments in diverse environments.

Technical Details of Eaton 1.4kW Single-Phase Monitored PDU with LX Platform Interface

• Power rating: 1.4 kW (approximately 11.7 A at 120 V) delivering steady, reliable power to essential IT equipment.
• Input voltage and frequency: 120 VAC nominal, suitable for standard commercial power supplies; designed to operate reliably across typical 50/60 Hz environments.
• Outlets: 16 x NEMA 5-15R receptacles, arranged for convenient access and flexible distribution across the rack footprint.
• Cord and plug: 10 ft (3.05 m) power cord with a NEMA 5-15P plug, enabling flexible installation in diverse room layouts and cabinet configurations.
• Mounting: 0U form factor optimized for under-rack or in-rack installation, preserving front-row accessibility while maintaining optimal airflow and cable management.
• Monitoring platform: LX Platform Interface supports remote monitoring, alerts, and data export to DCIM or compatible software, providing real-time visibility and historical reporting.
• Compliance: TAA-compliant, suitable for government procurement and enterprise deployments requiring adherence to federal procurement standards.
• Durability and deployment: Built to endure in data centers and industrial facilities, with robust protection for electrical components and straightforward maintenance workflows.

How to install Eaton 1.4kW Single-Phase Monitored PDU

Preparation and planning: Before installation, verify that the rack has an available 0U mounting space and that the electrical system can accommodate a 1.4 kW, 120V load. Confirm the circuit breaker rating aligns with the anticipated continuous load (roughly 12 A) and ensure all necessary safety procedures are in place. Plan outlet labeling to reflect equipment connections for easy identification during maintenance and audits. If you are integrating with a DCIM system, identify the LX Platform-compatible interface steps and ensure you have appropriate access credentials.

Physical mounting and grounding: Slide the PDU into the selected 0U rack slot, align mounting holes, and secure the device with appropriate hardware provided by Eaton or your rack vendor. Connect the PDU chassis ground to the rack grounding system to ensure safety and effective fault protection. Confirm that the PDU is level, stable, and free from any flex that could damage cables during movement or servicing.

Power connections and safety checks: Route the 10-foot cord to a dedicated 120V circuit with proper overcurrent protection. Ensure the cord is free from sharp edges, high-heat sources, or pinch points, and that it follows established cable management best practices to minimize strain on the plug and receptacles. Do not exceed the PDU’s continuous load rating; monitor the initial inrush current and confirm there are no tripping events on the circuit after power-up.

Onboarding with LX Platform: Power on the PDU and access the LX Platform management interface. Register the device, assign a unique asset tag, and configure outlet labeling to reflect connected equipment. Set alert thresholds for current, voltage, and temperature as appropriate for your environment, and enable remote monitoring to ensure real-time visibility across the rack. If you are aggregating multiple PDUs, establish a naming convention and establish data retention policies for long-term analytics.

Testing and validation: Connect servers, storage, and networking gear to the 5-15R outlets, loading devices incrementally to verify distribution as planned. Validate that monitoring data appears in the LX Platform dashboard and that alert notifications trigger according to configured thresholds. Conduct a brief power-cycle test on non-critical equipment to confirm stable startup sequences and accurate monitoring readings across the PDU and connected devices.

Frequently asked questions

• Q: What is a monitored PDU and how does the LX Platform help manage power?

A: A monitored PDU provides real-time electrical data, such as voltage, current, power, and energy at the outlet level. The LX Platform enables remote monitoring, alerting, and data export, giving you centralized visibility across racks and sites, enabling proactive maintenance and faster incident response.

• Q: Is this PDU suitable for data center deployment?

A: Yes. Its 0U footprint, 16 x 120V outlets, and 1.4 kW capacity are designed for IT racks, data centers, and server rooms. The LX Platform interface adds scalable monitoring and integration with DCIM systems, making it especially suitable for enterprise environments seeking enhanced power management.

• Q: How do I integrate this PDU with DCIM or asset management tools?

A: Use the LX Platform Interface to connect to compatible DCIM or asset management software. Configure data feeds, alerts, and export schedules, then map PDU metrics to your existing dashboards for a unified view of power usage across racks and sites.

• Q: What are the key electrical specs I should know?

A: The unit provides 1.4 kW of continuous power at 120 V, with 16 outlets (5-15R). It features a 10 ft cord with a 5-15P plug and a 0U rack footprint, plus LX Platform monitoring and TAA-compliance for procurement needs.

• Q: Is it easy to install and maintain?

A: Yes. The 0U design simplifies installation in standard racks, and the LX Platform provides ongoing visibility and alerting. Routine maintenance involves labeling outlets, updating software/firmware if available, and reviewing monitoring analytics to optimize power usage and prevent outages.