Eaton PDUMV30HV2 – 5.8kW Metered Vertical PDU, TAA

Product Overview

The Eaton PDUMV30HV2 is a 5.8kW single-phase metered PDU delivering 208/240V power across 48 outlets split into two independently metered load banks. Designed for rack-mounted servers, routers, switches, and other IT equipment, this 0U vertical PDU gives data center and server room technicians real-time visibility into current draw on each bank. TAA compliance makes it a fit for government and public sector procurement requirements as well.

Product Description

At 70 inches (178 cm), the PDUMV30HV2 is a 30A, 208/240V single-phase metered PDU that distributes power to rack-mounted equipment across 48 total outlets, made up of 8 C19 and 40 C13 connections arranged in two separate load banks of 24 outlets each (4 C19 and 20 C13 per bank). Each bank has its own dedicated 20A circuit breaker and digital meter reporting real-time output current in amps, allowing technicians to visually monitor and balance loads across both banks to help prevent circuit overloads and unplanned downtime from tripped breakers.

Special guards on the breakers help prevent accidental tripping, and outlets, breakers, and ammeters are color-coded and labeled for easy identification during installation or troubleshooting. Built for server rooms, network closets, and data centers, the PDUMV30HV2's all-metal housing mounts vertically using preinstalled 9 mm buttons or the included hardware. A NEMA L6-30P input plug with a 10-foot (3-meter) cord connects the unit to a facility's compatible AC power source, generator, or protected UPS. Included C20 and C14 plug-lock inserts secure connected equipment cords in place, and an included ground screw supports equipment requiring a chassis ground connection.

Key Features

• 48 Total Outlets in Two Load Banks — 8 C19 and 40 C13 outlets split across two independently metered banks.
• Dual Digital Ammeters — Reports real-time output current per bank to help balance loads and prevent overloads.
• Dedicated 20A Circuit Breakers Per Bank — Isolates faults to a single bank rather than the entire PDU.
• Color-Coded Outlets and Breakers — Simplifies identification during installation and troubleshooting.
• Plug-Lock Inserts Included — C20 and C14 inserts help secure connected equipment cords.
• TAA Compliant — Suitable for government and public sector procurement requirements.
• 0U Vertical Mounting — Preinstalled 9 mm buttons or included hardware support vertical rack installation.

Typical Applications

• Server room high-density power distribution
• Network closet installations
• Data center rack deployments
• Government space IT infrastructure requiring TAA compliance

Technical Specifications

Frequently Asked Questions

How are the outlets split between the two load banks?

The 48 outlets are arranged in two banks of 24 outlets each, with 4 C19 and 20 C13 outlets per bank, each protected by its own dedicated 20A breaker and digital ammeter.

Is this PDU suitable for government procurement?

Yes, the PDUMV30HV2 is TAA compliant, making it suitable for deployments with Trade Agreements Act requirements.

What input power does this PDU require?

It connects via a 10-foot (3-meter) cord with a NEMA L6-30P plug to a 208/240V, 30A-capable AC source, generator, or protected UPS.

Does this PDU include equipment cord retention?

Yes, included C20 and C14 plug-lock inserts help secure connected equipment cords to reduce accidental disconnects.

How is this PDU mounted in a rack?

It mounts vertically using preinstalled 9 mm buttons or the included mounting hardware.

Can I ground equipment to this PDU?

Yes, an included ground screw supports connecting equipment that requires a chassis ground.

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.

Can Creation Networks help plan load balancing across the two banks?

Yes, our team can help review your equipment list and recommend an outlet allocation that keeps both banks within safe operating limits.