APC NetShelter Rack PDU Advanced Metered 17.3kW 3-Phase Switched

The APC NetShelter Rack PDU Advanced Metered 17.3kW 3-Phase Switched (APDU10452SW) is a high-density, intelligent power distribution unit engineered for modern enterprise data centers requiring granular visibility and remote control at the outlet level. Built around a 3-phase input architecture with a 32A IEC 309 inlet, the unit delivers up to 17.3kW of usable power across 42 switched, individually metered outlets — enabling administrators to remotely cycle power, sequence boot operations, and enforce outlet-level load thresholds without requiring physical access to the rack.

The APDU10452SW integrates a local LCD display alongside a dedicated 1U management controller, supporting SNMP v1/v2c/v3, Modbus TCP, and RESTful API access for seamless integration into existing data center infrastructure management (DCIM) platforms, building management systems, and monitoring stacks. Per-outlet current, power (kW), energy (kWh), apparent power (kVA), and power factor readings are collected in real time, enabling precise capacity planning, charge-back reporting, and anomaly detection at the individual device level.

Designed for zero-U or vertical mounting within standard 600mm and 750mm wide NetShelter enclosures, this PDU targets high-density compute environments including HPC clusters, hyperconverged infrastructure deployments, GPU-accelerated AI/ML workloads, and colocation environments where per-tenant metering and remote outlet management are operational requirements. The unit's 0U vertical form factor preserves all rack unit space for active equipment while its robust steel chassis and locking outlet retention clips maintain connection integrity in high-vibration or high-density cabling environments.

Ideal for

• Remote power cycling of hung servers or network devices in lights-out data center facilities, eliminating the need for on-site intervention during off-hours incidents
• Per-outlet energy metering for tenant-level charge-back billing in colocation and multi-tenant data center environments where granular consumption accountability is required
• Capacity planning and load balancing across 3-phase circuits in high-density GPU and AI/ML compute racks where real-time kW and power factor data informs infrastructure expansion decisions
• Sequential boot management for large blade or hyperconverged infrastructure deployments, using outlet switching schedules to prevent inrush current spikes during planned maintenance windows
• Integration with DCIM platforms and SNMP-based monitoring systems to provide continuous per-outlet telemetry feeds for automated alerting on threshold breaches or power anomalies
• Compliance and audit support in regulated enterprise environments requiring documented, time-stamped records of per-device energy consumption and remote management event logs

Technical specifications

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