Server Technology C2WG48TE-DQME2L99/C Switched 3-Phase Rack PDU

Overview

The Server Technology C2WG48TE-DQME2L99/C is a Switched POPS Primary PRO2 rack power distribution unit built for data center and network operations center environments where per-outlet control and phase balancing matter. This unit ships configured with 48 alternating-phase HDOT outlets on a 208V 3-phase input, giving you outlet-level switching across a full rack or a shared row of equipment. C2WG48TE-DQME2L99/C is the exact configuration code for this outlet count, voltage, and phase arrangement — worth confirming against your rack elevation before ordering, since Server Technology's PRO2 line ships in many outlet and voltage variants.

Key Features

• 48 Configurable Alt Phase HDOT Outlets: Outlets alternate phase assignment down the strip, so adjacent equipment draws from different phases automatically — this is what keeps a fully loaded rack from silently overloading one leg while the others sit idle.
• Switched Outlet Control: Each outlet can be power-cycled independently, which means a hung server or network appliance gets rebooted remotely instead of requiring a technician to walk the data center floor at 2am.
• 208V 3-Phase Input: Matches standard 3-phase data center distribution, letting you pull more total capacity through a single PDU chassis than a comparable single-phase unit — fewer PDUs per rack for the same load.
• PRIMARY PRO2 Platform: Server Technology's PRO2 controller architecture underlies the outlet switching and configuration on this unit, giving you a consistent management layer if you're standardizing on this PDU family across multiple racks.

Integration & Compatibility

Because C2WG48TE-DQME2L99/C is built on the PRO2 platform, it fits into deployments already standardized on Server Technology's switched PDU line — useful when your operations team wants one control interface across every rack in a row rather than mixing PDU brands and management tools. Confirm rack unit height and mounting orientation against your cabinet before install, since 48-outlet units on 3-phase input are typically vertical (zero-U) mount to fit outlet count without consuming rack space.

Frequently Asked Questions

Q: What voltage and phase does the C2WG48TE-DQME2L99/C run on?

A: It's built for 208V 3-phase input with 48 configurable alternating-phase HDOT outlets.

Q: Can individual outlets be switched on this PDU?

A: Yes — this is a Switched POPS Primary PRO2 unit, meaning each outlet can be controlled independently.

Q: What does 'Alt Phase' mean on the C2WG48TE-DQME2L99/C outlet configuration?

A: Outlets alternate across the three phases as you move down the strip, which helps balance load across all three legs of the 3-phase circuit instead of concentrating draw on one.

Q: Is the C2WG48TE-DQME2L99/C part of a larger PDU family?

A: Yes, it's built on Server Technology's PRIMARY PRO2 platform, which spans multiple outlet counts and voltage configurations.

Karl Wilson

The C2WG48TE-DQME2L99/C packs 48 outlets onto a single 208V 3-phase strip, and the alternating-phase HDOT layout is the detail I check first on any PRO2 order.

Technical Highlights:

• 48 Alt Phase HDOT Outlets: alternating phase assignment across all 48 outlets keeps load spread evenly across the 3-phase circuit instead of stacking draw on one leg.
• 208V 3-Phase Input: higher capacity per PDU chassis than single-phase, so fewer units are needed to cover a fully populated rack row.
• Switched Outlet Control: per-outlet power cycling on the PRO2 platform, useful for remote reboot of hung equipment without a floor visit.

Deployment Considerations:

• With 48 outlets on 3-phase input, plan for zero-U vertical mounting — this outlet count won't fit a horizontal rack-unit form factor.
• Confirm your upstream 3-phase 208V circuit and breaker sizing before ordering, since outlet count and phase configuration are fixed at the model level and not field-changeable.

This is the right call for a data center row standardizing on switched, phase-balanced power across densely populated 3-phase racks rather than a single-server closet running on standard single-phase circuits.