Eaton PDU3MV6L2130A Tripp Lite Series PDU 3 Phase Metered

Eaton PDU3MV6L2130A Tripp Lite Series PDU 3 Phase Metered

Overview

The Eaton Tripp Lite Series PDU3MV6L2130A is a facility-grade 8.6kW 3-phase metered power distribution unit designed for high-density IT environments. Data center infrastructure managers and engineering teams deploy this vertical rack PDU to distribute reliable 208V power across multiple compute nodes, blade enclosures, and network switches. The integrated metering technology allows real-time load monitoring to assist operators in maximizing electrical efficiency and avoiding overloaded circuits.

Equipped with three independent digital LCD meters, the unit provides real-time local reporting of current levels in amps for each output phase. This visualization helps on-site technicians optimize phase balancing when provisioning new equipment across the three separate load banks. The output architecture distributes balanced power to a high-density matrix of 45 outlets, reducing the necessity of deploying separate power distribution blocks within the same rack frame.

This 0U vertical PDU is optimized for toolless button-mount deployment along the rear rail layout of standard 19-inch enclosure channels. It isolates electrical feeds via three 20A double-pole circuit breakers, safeguarding connected hardware from localized overcurrent anomalies. Do not install this PDU in locations utilizing standard single-phase electrical service, as it requires a dedicated three-phase NEMA L21-30P infrastructure connection to power the internal phase lines safely.

Key Features

• Local metered digital display tracks per-phase current metrics to prevent overloads.

• High-density 45-outlet layout supports multiple dual-corded enterprise server blade nodes.

• Pre-installed button mounts enable instant toolless installation into 0U vertical spaces.

• Three double-pole 20A breakers provide specialized protection for internal load banks.

• Included plug-lock cord retention sleeves stop accidental power cable disconnect faults.