Vertiv Rpdu Switched Outlet Level Monitoring 80A 240/415V WYE 57.6KW Vertical (36 - VP7UA0A0

Vertiv VP7UA0A0 Switched Outlet-Level Monitored Rack PDU

Overview

The Vertiv VP7UA0A0 is an 80A, 240/415V WYE, vertical 0U rack PDU delivering 57.6kW of hardwired power capacity across 36 combination C13/C19 outlets — the right unit when your data center row needs granular outlet-level control and monitoring without giving up rack-unit real estate. Part of the Vertiv PowerIT series, this rPDU supports remote outlet switching so you can power-cycle an unresponsive server from a browser or NMS without rolling a truck to the cage. If you're specifying switched rack PDUs for a high-density compute row or colocation suite where 80A three-phase feeds are the norm, the VP7UA0A0 belongs on the shortlist.

Key Features

• 57.6kW Hardwired Input at 80A / 240/415V WYE: A hardwired input connection handles the full 80A feed without relying on a cord-and-plug assembly — appropriate for permanent data center installations where local electrical code or facility design mandates hardwired termination. At 57.6kW, a single PDU can support a fully loaded high-density cabinet without daisy-chaining multiple lower-capacity units.
• 36 Combination C13/C19 Outlets: Combination outlets accept both IEC C13 (standard 1U/2U server power cords) and IEC C19 (high-draw devices like GPU servers, high-wattage storage arrays, or older blade chassis). You're not locked into a fixed mix — the outlet layout adapts to whatever equipment mix the rack holds, now or after a future refresh.
• Outlet-Level Switching: Each of the 36 outlets can be individually switched on, off, or power-cycled remotely. When a hypervisor goes non-responsive and IPMI/iDRAC is unreachable, outlet-level switching is frequently the only remote recovery path short of a physical hands-on. This eliminates a dispatch trip in many real-world hung-server scenarios.
• Input and Outlet-Level Monitoring: Real-time power metrics are available at both the input feed and per-outlet level — voltage, current, and load. Knowing which outlet is drawing how much lets you balance loads proactively rather than discovering an overloaded phase after a breaker trips. Email and SNMP alarming means your monitoring stack gets notified before a threshold becomes a failure.
• Hot-Swappable IMD (Intelligent Monitoring Device): The IMD — the network-connected intelligence module — is hot-swappable. You can replace a failed or outdated IMD without dropping power to the rack. In a production environment, this is a meaningful advantage over PDUs that require a full outage to service the monitoring hardware.
• Daisy-Chain Up to 50 Devices: Multiple VP7UA0A0 units can be daisy-chained across a single network connection, supporting up to 50 devices per chain. In a large colocation row or campus data center, this significantly reduces the number of IP addresses and network drops required to manage your entire PDU fleet.
• Upgradeable Technology Platform: The PowerIT architecture is designed so the intelligence layer can be upgraded independently of the power distribution hardware. This matters when you're planning for a multi-year refresh cycle — you're not forced to replace the entire PDU to gain new monitoring firmware or protocol support.
• High-Retention P-Lock Compatible Outlets: P-Lock locking power cords seat and lock into these outlets, preventing accidental disconnection from cable sag, vibration, or errant cable pulls. In a dense, cable-heavy rack, accidental cord extraction is a more common failure mode than most site audits acknowledge.
• TAA and RoHS Compliance: TAA compliance makes the VP7UA0A0 eligible for US federal government procurement and GSA schedule purchasing. RoHS and China RoHS compliance covers both domestic and export requirements without needing a separate SKU.
• Vertical 0U Form Factor: Mounting vertically in the zero-U space at the rear of the rack preserves every rack unit for revenue-generating compute and storage. In high-density builds where 1U PDUs become a genuine opportunity cost, 0U vertical placement is the standard approach.

Integration and Compatibility

The VP7UA0A0 provides network connectivity via both network interface and serial connection, supporting SNMP and Email alarming out of the box. SNMP integration fits cleanly into most enterprise monitoring stacks — Nagios, PRTG, SolarWinds, and similar NMS platforms can poll the PDU for per-outlet metrics without custom development. The serial port provides an out-of-band management path when the network interface is unreachable, which matters during the exact failure scenarios where PDU access is most critical. Explore the full Vertiv power distribution catalog for complementary rack PDU options and accessories within the same platform family. When planning outlet counts and load distribution for a high-density row, pair this unit with a rack PDU planning guide to verify phase balance before finalizing the design.

Frequently Asked Questions

Q: What is the warranty on the Vertiv VP7UA0A0?

A: The VP7UA0A0 carries a standard 3-year manufacturer warranty. If you register the unit within 120 days of purchase, the warranty extends to 5 years at no additional cost.

Q: Is the VP7UA0A0 TAA compliant for federal procurement?

A: Yes. The VP7UA0A0 meets TAA (Trade Agreements Act) compliance requirements, making it eligible for US federal government and GSA schedule purchasing.

Q: How many PDUs can be daisy-chained together on a single network connection?

A: Up to 50 VP7UA0A0 units (or other compatible Vertiv PowerIT rPDUs) can be daisy-chained across a single network connection, reducing IP address and network port consumption in large deployments.

Q: Can individual outlets be switched remotely without dropping power to the entire PDU?

A: Yes. Each of the 36 outlets supports independent remote switching — on, off, or power-cycle — without affecting any other outlet on the unit. This is the primary use case for recovering unresponsive servers without a physical dispatch.

Q: What outlet types are on the VP7UA0A0, and can they accept both C13 and C19 plugs?

A: All 36 outlets are combination C13/C19, meaning each outlet physically accepts either a standard C13 plug or a higher-amperage C19 plug. You're not allocated a fixed number of each type — any outlet can serve either device type.

Q: Is the IMD (Intelligent Monitoring Device) replaceable without shutting down the PDU?

A: Yes. The IMD is hot-swappable, so you can remove and replace the monitoring and network module without interrupting power delivery to the rack. This allows servicing or upgrading the intelligence layer during a live production window.

Marty Allison

The VP7UA0A0 is purpose-built for high-density three-phase deployments where 80A at 240/415V WYE is the facility input standard — not the 20A or 30A single-phase configurations that dominate lighter-duty racks. The 57.6kW hardwired capacity is the spec that positions this unit: you're not plugging a cord into a wall receptacle, you're terminating directly to a panel, which means this PDU is installed once, stays installed, and needs to justify itself through monitoring granularity and remote control — both of which the VP7UA0A0 delivers.

Technical Highlights:

• 36 Combination C13/C19 Outlets: Every outlet accepts either plug type — useful when your rack's equipment mix changes across refresh cycles without requiring a new PDU SKU to accommodate C19 high-draw devices.
• Hot-Swap IMD: The monitoring module comes out under load. In a colocation or managed hosting environment where SLA windows are tight, this means a failed IMD doesn't translate to a scheduled maintenance window or a power interruption for the customer.
• 50-Unit Daisy-Chain: A single IP address and network drop can manage up to 50 chained units. On a large raised-floor deployment with dozens of cabinets, this is a real infrastructure cost reduction — fewer switch ports, fewer DHCP leases, simpler firewall rules.

Deployment Considerations:

• The hardwired input requires coordination with your electrician and facility management before installation — this is not a cord-and-plug swap. Budget lead time for panel work and confirm your facility's three-phase WYE distribution matches the 240/415V input spec before ordering.
• The 0U vertical form factor assumes rear-mounting in a standard open-frame or enclosed cabinet with adequate depth. Verify your cabinet's rear vertical channel dimensions and depth clearance against the 3.8 x 3 inch (W x D) PDU body before committing to the rack layout.

This unit is the right call for colocation providers provisioning high-density GPU or AI compute cabinets, and for enterprise data center teams running three-phase power distribution to high-draw rows where per-outlet power cycling and SNMP-driven load monitoring are operational requirements rather than nice-to-haves.