Schneider Electric EcoStruxure Rack PDU 9000 Switched 22kW 3-Phase

The Schneider Electric EcoStruxure Rack PDU 9000 Switched (APDU9967EU3) is a high-density, three-phase switched rack power distribution unit engineered to meet the demanding power management requirements of AI factories, high-performance computing clusters, and hyperscale data centre environments. Delivering up to 22 kW of three-phase power at 400 V across a high outlet count configuration, this unit provides per-outlet switched control, enabling remote power cycling, load management, and sequential startup of connected equipment without requiring physical access to the rack.

As a fully EcoStruxure-ready device, the APDU9967EU3 integrates natively with Schneider Electric's EcoStruxure IT platform, enabling real-time power monitoring, environmental sensing, and energy analytics through a unified management interface. The PDU supports SNMP v1/v2c/v3, Modbus TCP, and HTTPS for secure, standards-based communication with building management systems, DCIM platforms, and network operations centres. Individual outlet-level current and power metering provides granular visibility into rack-level energy consumption, supporting capacity planning, PUE optimisation, and chargeback reporting at the tenant or rack level.

Designed for vertical mounting in standard 600 mm deep two-post and four-post racks, the unit's 0U form factor preserves valuable rack unit space for compute and storage equipment. The robust aluminium housing and locking IEC outlets minimise the risk of accidental disconnection in high-density deployments. This model is specifically positioned for European electrical infrastructure, featuring a three-phase input configuration suited to the 400 V TN-S distribution systems commonly found in co-location facilities, enterprise data halls, and dedicated AI training infrastructure.

Ideal for

• AI factory GPU cluster power distribution requiring per-outlet remote power cycling and granular load monitoring across high-density server racks
• HPC node management where sequential power-on sequencing and remote reboot capabilities reduce operator intervention during system maintenance windows
• Co-location facilities needing outlet-level metering for accurate tenant power chargeback and capacity billing reconciliation
• Data centre infrastructure management integration via SNMP and Modbus TCP to feed real-time PDU telemetry into DCIM and BMS platforms
• Energy efficiency programmes requiring rack-level PUE contribution data and load trending to identify underutilised infrastructure
• High-availability environments where remote outlet switching enables rapid fault isolation and controlled restart of hung or unresponsive servers without dispatching on-site personnel

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.