Eaton G3 Switched ePDU 17.3kW 3PH 415V 24-Outlet

The Eaton G3 Switched ePDU (EMAT11-10) is a three-phase managed rack power distribution unit delivering up to 17.3 kW at 415V across 24 outlets, engineered for high-density enterprise data centre environments. Built on Eaton's third-generation ePDU architecture, the unit provides individual outlet-level switching, enabling remote power cycling and load management of connected equipment directly through a network interface — eliminating the need for hands-on intervention in critical or remote rack environments. The integrated Ethernet management card exposes real-time metering data including input current per phase, power (kW), apparent power (kVA), power factor, and energy consumption (kWh), supporting informed capacity planning and operational visibility.

Designed for vertically mounted installation in standard 0U rack positions, the G3 Switched ePDU accepts a three-phase input via an IEC 60309 32A 5-pin plug, distributing power across 24 IEC C13 outlets grouped for logical load management. Outlet-level switching is controllable via the embedded web interface, SNMPv1/v2c/v3, Telnet, SSH, or Modbus TCP, ensuring compatibility with the majority of enterprise data centre infrastructure management (DCIM) and building management platforms. The unit supports Eaton's Intelligent Power Manager (IPM) software for centralised multi-PDU oversight.

Targeted at colocation facilities, enterprise server rooms, and high-availability network closets, the EMAT11-10 addresses the operational requirements of environments where uptime, remote manageability, and accurate per-rack power accounting are non-negotiable. Its three-phase balanced load capability makes it well suited to high-density compute, storage, and networking deployments where per-phase current monitoring is essential for maintaining safe and efficient rack power utilisation.

Ideal for

• Remote outlet-level power cycling of hung servers or network devices in unmanned or geographically distributed data centre facilities
• Per-rack power metering and phase-load balancing in colocation environments to meet tenant SLA reporting and capacity commitments
• High-density three-phase rack deployments hosting blade server chassis, dense storage arrays, or top-of-rack switching requiring granular power control
• Integration with DCIM platforms via SNMP or Modbus TCP for centralised energy monitoring, automated alerting, and capacity forecasting
• Scheduled outlet switching to enforce maintenance windows or manage staggered power-on sequencing during data centre recovery operations
• Energy audit and sustainability reporting workflows requiring accurate kWh consumption data at the individual rack or tenant level

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.