APC APDU10351ME NetShelter Rack PDU Advanced, Metered, 3-Phase, 8.6kW, 208V 30A, 42 Outlets, L21-30P

Deliver predictable, remotely managed power to high-density racks with the APC by Schneider Electric NetShelter Rack PDU Advanced. This metered, 3-phase power distribution unit (PDU) provides 8.6 kW capacity at 208V/30A and a slim 0U form factor that accommodates 42 IEC outlets—ideal for servers, network switches, security appliances and surveillance systems. Built-in 1% accurate outlet- and PDU-level metering gives precise consumption data for monitoring, billing and capacity planning, while remote-switched outlets and gigabit Ethernet ensure fast, secure control and alerts. The alternating-phase outlet arrangement and NEMA L21-30P input simplify power cord routing and promote balanced loads across all three phases. For resilient operations, the NetShelter PDU supports Power Sharing, cascading ports, and a live-swap Network Management Card so monitoring and alarms remain active during maintenance or partial power loss. Rated to operate up to 60°C, it’s engineered for today's high-density data center and edge environments. Add optional environmental sensors to track temperature and humidity across racks. Specify the APDU10351ME for reliable, centrally managed rack power—contact sales or add to your network infrastructure deployment today.

• Remote outlet control and 1% accurate metering let you monitor and manage power usage for chargeback, capacity planning, and fast fault diagnosis.
• High-density 42-outlet design in a slim 0U rack form factor maximizes usable rack space and supports dense server, networking, and surveillance deployments.
• Three-phase 208V, 30A (8.6 kW) input with NEMA L21-30P and alternating phase outlet layout simplifies cord management and improves load balancing.
• Redundant networking and Power Sharing with gigabit Ethernet and cascading ports keep management, sensors, and alarms online during single-source outages.
• Live-swap Network Management Card and environmental sensor ports enable in-place maintenance and integrated temperature/humidity monitoring without disrupting equipment.