Product Description
The ANEN 415V 60A C39 42-Port Smart PDU is engineered for high-density ai data center environments where reliable power distribution, real-time monitoring, and flexible outlet management are essential. As a high-performance 415v pdu, it combines three-phase power distribution with intelligent metering and individual outlet switching.
Designed around a 3-phase Wye input of 200–240VAC/346–415VAC, the PDU provides three 60A rated input phases and 200–240VAC single-phase outputs. This configuration supports demanding rack loads while helping data center operators maintain balanced and manageable power distribution.
The 42-outlet configuration includes 21 C13/C15 outlets and 21 C39 outlets. Each C39 outlet uses a self-locking design and accepts C13, C15, C19, and C21 plugs, giving operators greater flexibility when rack equipment changes.
For modern power distribution unit data center applications, visibility is just as important as capacity. The integrated smart meter monitors input current, voltage, power, and kWh, while individual outlet metering provides detailed information for each connected load.
Smart Power Distribution Unit Design
A modern smart power distribution unit needs to do more than deliver electricity. It should provide the data and control functions required for efficient rack-level power management.
The ANEN PDU incorporates intelligent monitoring at both the input and outlet levels. Operators can monitor overall electrical performance while also reviewing the current, voltage, power, and energy consumption of individual outlets.
Ethernet and RS485 communication interfaces support HTTP, SNMP, SSH, and MODBUS protocols. These communication options make the PDU suitable for integration with data center infrastructure management platforms, monitoring systems, and other intelligent facility-management environments.
The smart LCD display adds local visibility. Menu-based control allows technicians to review operating information directly at the rack without relying entirely on a remote management platform.
Individual outlet switching provides another layer of control. Operators can remotely manage the ON/OFF status of each outlet, which can simplify equipment maintenance and reduce unnecessary service visits.
3 Phase PDU for AI Data Center Power Distribution
High-density computing environments place greater demands on rack-level electrical infrastructure. A properly engineered 3 phase pdu helps distribute available capacity across multiple circuits while supporting efficient rack power management.
The 415V input configuration is particularly suitable for data center environments that use three-phase distribution upstream and require 200–240VAC single-phase power at the rack level.
Within an ai data center, rack loads can vary significantly depending on server configuration, accelerator hardware, storage equipment, networking devices, and cooling requirements. The alternating phase arrangement helps provide a clear framework for managing those loads.
The PDU also supports more informed data center power design. Instead of relying only on upstream measurements, facility teams can review consumption at the outlet level and identify changing load conditions inside individual racks.
For operators managing high-density deployments, this visibility can support better decisions around rack capacity, circuit allocation, maintenance, and future expansion.
AI Data Center PDU for High-Density Computing
The growth of AI computing has changed the way operators approach rack-level electrical infrastructure. Modern ai data center pdu solutions need to support higher power density while providing accurate monitoring and convenient control.
This PDU addresses those requirements through its 415V three-phase input, 60A rated phase capacity, 42 flexible outlets, and intelligent metering architecture.
The C39 outlet design provides a practical advantage for mixed equipment environments. Because each C39 outlet supports C13, C15, C19, and C21 plugs, operators do not need to limit rack configurations to a single connector type.
Self-locking outlets also help maintain a secure connection in environments where vibration, cable movement, or frequent service activity may affect conventional connections.
For ai data center deployments, the PDU can therefore serve as a rack-level interface between the facility's electrical infrastructure and the equipment installed inside the cabinet.
HPC PDU and Data Center Power Supply Applications
High-performance computing environments require stable and measurable power delivery. An hpc pdu must support demanding rack loads while giving facility operators sufficient visibility into energy consumption and circuit conditions.
The ANEN 415V 60A Smart PDU is suitable for HPC clusters, AI computing racks, server rooms, networking environments, and other high-density applications.
Its outlet-level metering can help operators identify the power consumption of individual servers or equipment groups. Meanwhile, outlet switching allows authorized personnel to control connected loads when equipment requires maintenance or replacement.
The product also supports broader data center power supply strategies. By combining power delivery, measurement, communication, and switching in one rack-level platform, the PDU helps connect electrical infrastructure with digital monitoring systems.
Power Distribution Unit for Data Center Power Requirements
Modern data center power requirements vary according to rack density, equipment type, redundancy architecture, operating temperature, and future expansion plans.
Selecting a PDU therefore requires more than simply matching voltage and current ratings. Engineers must also consider outlet types, breaker protection, monitoring requirements, communication protocols, cable configuration, and physical cabinet integration.
The ANEN PDU addresses these considerations with a comprehensive rack-level design. Its 42 outlets support multiple connector formats, while 12 UL489 20A single-pole breakers provide branch-circuit protection.
The operating ambient temperature range of 0–60°C also supports demanding data center environments.
For larger projects, ANEN can coordinate the PDU with associated data center power cables, data center power whips, plugs, IEC60309 connectors, racks, and power distribution cabinets. This approach allows customers to develop a more consistent data center power system instead of sourcing every component independently.
