Eaton G4 Managed Rack PDU 17.3kW 3PH 415V 36-Outlet

The Eaton G4 Managed Rack PDU (EMAT32) represents the fourth generation of Eaton's intelligent power distribution architecture, delivering 17.3kW of three-phase power at 415V across 36 outlets within a standard 0U vertical rack form factor. Built on the new G4 platform, it incorporates a color LCD display for at-a-glance power visibility and a Gigabit Ethernet management interface, enabling faster data polling and more responsive integration with modern data center infrastructure management (DCIM) platforms. Per-outlet switching and metering provide granular load control and real-time power consumption data at the individual circuit level.

Designed for high-density compute environments, the EMAT32 supports remote outlet-level monitoring, switching, and sequencing through its embedded network management card, compatible with SNMP, Modbus, and RESTful API protocols. The unit provides inlet-level and branch-level current and power metering, enabling accurate capacity planning and load balancing across three-phase infrastructure. Environmental monitoring ports allow the connection of temperature and humidity sensors, extending visibility beyond power to broader rack conditions.

The G4 platform targets enterprise data centers, colocation facilities, and high-performance computing deployments where dense server, storage, and networking loads demand precise power management, remote remediation capability, and seamless integration into existing IT operations toolchains. The combination of high-amperage three-phase input, a large outlet count, and Gigabit management connectivity positions the EMAT32 as a leading solution for operators consolidating power infrastructure in modern hyperscale and enterprise rack environments.

Ideal for

• High-density data center racks housing blade servers or GPU compute nodes requiring per-outlet switching and granular wattage monitoring to manage thermal and power budgets
• Colocation facilities providing tenants with isolated, remotely accessible outlet-level control and metering for chargeback reporting and capacity planning
• Enterprise HPC clusters where three-phase 415V feeds support dense workloads and remote outlet sequencing reduces downtime during maintenance windows
• DCIM-integrated environments leveraging SNMP or RESTful API telemetry from the PDU to feed real-time power data into broader infrastructure management platforms
• Disaster recovery and edge data center sites where remote outlet-level power cycling eliminates the need for on-site intervention during system lockups or firmware updates
• Network operations centers deploying mixed compute and networking racks that benefit from branch-level load balancing across three phases to prevent circuit overloads

Technical specifications

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