Tripp Lite EMIU03-06 Monitored Epdu 2U 3-phase 48A

Product Description

The TRIPP LITE EMIU03-06 is a 2U rack-mounted monitored ePDU (power distribution unit) designed for enterprise and data center environments. It accepts a 3-phase input via a 460P9W inlet at 48 amps, distributing power to connected IT equipment across multiple outlets. The unit installs in a standard 2U rack space and provides the monitoring and metering functionality that network engineers and electrical contractors expect in a dense server environment. Its 3-phase input design is suited for facilities with high-density power infrastructure where balanced phase loading is a standard requirement.

This ePDU is intended for use in enterprise data centers, server rooms, and network closets where rack-mounted power distribution and circuit-level monitoring are required. It is a fit for facilities running 3-phase AC distribution to equipment racks. Electricians and data center technicians are the primary installers. It is sold as a single unit and is categorized under enterprise surge protection and PDU products.

Key Features

• 2U rack-mount form factor for high-density deployments
• 3-phase input for balanced power distribution across connected loads
• 48A input rating supports high-draw server and networking equipment
• 460P9W inlet connection for direct facility power tie-in
• Monitored ePDU functionality for per-outlet or branch-level metering

Compatibility

Designed as an OEM-style monitored power distribution unit for standard 2U enterprise equipment racks requiring 3-phase AC input power distribution.

Installation Notes

Installation should be performed by a licensed electrician familiar with 3-phase AC distribution and NEC requirements for data center power systems. De-energize the upstream circuit and verify the branch circuit breaker is locked out before making any wiring connections. The 460P9W inlet requires a matching plug and appropriately rated wiring from the facility distribution panel. Secure the unit firmly in the rack before connecting load devices to prevent mechanical stress on outlet connections.