Eaton EMAGKEC2C2C2C2L – 3-Phase Managed HDX Rack PDU

Product Overview

The Eaton EMAGKEC2C2C2C2L is a 3-phase managed rack PDU from Eaton's EMAG series, a configurator-built product line intended for high-density data center and server room racks. Like other EMAG-series units, it combines remote outlet control with 3-phase input metering, distributing power across multiple outlet groups (indicated by the repeating C2 segments in its model code) for large, high-load rack deployments. This 3-phase managed rack PDU is aimed at colocation providers and enterprise data centers standardizing on Eaton's managed PDU platform for dense server and network racks.

Product Description

The EMAG prefix in Eaton's PDU configurator naming convention denotes a managed rack PDU with a 3-phase or universal input configuration, distinct from single-phase EMA models. Based on comparable EMAG-series configurator codes, this unit likely shares a similar high-density, 3-phase, 0U vertical design intended for data center and server room racks running heavier compute or network loads, though exact input plug type and amperage should not be assumed identical to a confirmed sibling model.

The repeating C2C2C2C2 outlet-group segment in the model code suggests four groups of paired outlet types distributed across the PDU's phases, a pattern typical of Eaton's high-outlet-count 0U vertical managed PDUs. As a managed PDU, this unit is expected to include remote outlet switching and network-based monitoring via Eaton's Gigabit Network Module, consistent with the rest of the EMA/EMAG managed PDU platform. Reference the product photo for the physical outlet layout and connector arrangement.

Because this is a made-to-order configurator SKU without an individually published Eaton datasheet, procurement and integration teams should verify exact voltage, current, outlet count, and connector types directly with Eaton before finalizing a data center power distribution plan around this model.

Key Features

• 3-Phase Managed PDU Platform — Combines 3-phase input distribution with remote outlet switching, per the EMAG product family.
• High Outlet-Count Configuration — The repeating outlet-group code suggests a high-density, multi-group receptacle layout typical of EMAG-series units.
• Remote Outlet Control — Expected to support per-outlet power cycling via the network interface, consistent with EMA/EMAG managed PDUs.
• Network/SNMP Monitoring — Designed for integration with DCIM and power monitoring systems over Ethernet.
• 0U Vertical Design — EMAG-series units commonly use a 0U vertical form factor to preserve horizontal rack space.
• Data Center-Grade Build — Intended for high-density server room and data center rack deployments.

Typical Applications

• Data center
• Server room
• Colocation facility
• Network closet

Technical Specifications

Frequently Asked Questions

Is the EMAGKEC2C2C2C2L a fixed-configuration product?

No. It is built to order through Eaton's PDU configurator, so exact voltage, outlet type, and amperage vary by the configuration ordered.

Does this PDU support remote outlet switching?

Yes, as an EMAG-family managed PDU it is expected to support remote, per-outlet power cycling through Eaton's network module.

How does this integrate with a data center monitoring system?

EMAG managed PDUs support SNMP and network-based monitoring for integration with DCIM and building management platforms; confirm protocol support for this configuration with Eaton.

What rack orientation does this PDU use?

EMAG-series units commonly use a 0U vertical mounting orientation to preserve horizontal rack space, though this should be confirmed for the specific configurator code.

What warranty applies to this PDU?

Eaton backs this unit with its standard manufacturer warranty; contact Creation Networks for the current term and any extended coverage options.

How do I confirm exact specifications before ordering?

Contact Creation Networks or Eaton directly with the full configurator code to confirm input voltage, amperage, outlet count, and connector type before finalizing a power design.