High-Density 3-Phase Smart Power Distribution for AI Data Centers and HPC
The ANEN 415V 125A 42-Port C39 Smart PDU is designed for high-density AI data centers, HPC systems, and enterprise server environments that require high rack power capacity, flexible outlet configurations, intelligent monitoring, and reliable branch protection.
With a 3-phase Wye input, up to 3 × 112A continuous operating current, and up to 80.5 kW continuous power capacity, this rack PDU is designed for demanding high-density deployments. Its 42 universal C39 outlets accept C13, C15, C19, and C21 plugs, providing greater flexibility as server configurations change.
The integrated smart controller provides input-level and individual outlet-level electrical monitoring, while remote switching supports power cycling, sequential startup, and load-shedding functions. 24 UL489 hydraulic-magnetic circuit breakers with 10 kA interrupting capacity provide branch-level protection for high-density rack equipment.
Ideal for: AI data centers, GPU servers, HPC clusters, enterprise data centers, and high-density computing racks.
Why Choose This 415V Smart PDU for AI Data Centers?
AI and HPC racks place greater demands on rack-level power distribution than conventional IT equipment. High-density GPU systems require greater power capacity, while rapid load changes make monitoring, branch protection, and remote power management increasingly important.
The ANEN 415V 125A Smart PDU combines high-capacity 3-phase distribution with intelligent rack-level power management.
Up to 80.5 kW Continuous Power Capacity
The PDU supports 3 × 112A continuous operating current on a 415V 3-phase Wye supply, providing up to 80.5 kW continuous power capacity under the stated operating conditions.
This architecture is suited to high-density racks where conventional lower-voltage power distribution may require higher current levels and larger conductors for equivalent power delivery.
42 Universal C39 Outlets
Instead of requiring separate C13 and C19 outlet configurations, the universal C39 design supports:
C13 plugs
C15 plugs
C19 plugs
C21 plugs
This helps data-center operators standardize rack power distribution while retaining flexibility when server hardware changes.
Universal C39 Outlets for Flexible Rack Deployment
One Outlet Configuration for Multiple IEC Plug Types
The C39 outlet design is one of the key advantages of this Smart PDU.
Each universal C39 receptacle is designed to accept:
This allows one PDU configuration to support different server and IT equipment power cords.
Why C39 Is Useful in AI Data Centers
AI infrastructure can change rapidly as GPU platforms, server configurations, and rack designs evolve. A conventional PDU with a fixed C13/C19 ratio can limit future deployment flexibility.
A universal C39 configuration can reduce this constraint by allowing multiple compatible plug types to be used on the same PDU.
The integrated self-locking mechanism also helps secure connected power cords without requiring separate external retention clips.
Individual Outlet-Level Monitoring
The smart controller provides visibility at both the input and outlet levels.
Engineers can monitor:
Voltage
Current
Active power
Energy consumption
Power factor
Individual outlet monitoring can help identify actual equipment power consumption, locate underutilized capacity, analyze rack loads, and support more accurate power planning.
Remote Outlet Switching
Authorized administrators can remotely control individual outlets through the network management interface.
Supported functions include:
Individual outlet ON/OFF
Remote server power cycling
Sequential power-up
Configurable startup delays
Load shedding of non-essential equipment
These functions can reduce the need for manual intervention when equipment requires a remote power cycle or when rack power must be managed during constrained operating conditions.
UL489 Branch Circuit Protection
The PDU incorporates 24 × 20A single-pole UL489 hydraulic-magnetic circuit breakers with a 10 kA interrupting capacity.
Branch-level protection helps isolate localized electrical faults and reduces the risk of a single branch fault affecting the entire rack.
