Vertiv Rpdu Switched Outlet Level Monitoring EC 30A 120/208V WYE 8.6KW Vertical ( - VP7N30AQ

Vertiv VP7N30AQ Switched Outlet-Level Monitoring Vertical PDU

Overview

The Vertiv VP7N30AQ is a 0U vertical, switched, outlet-level monitored power distribution unit rated at 30A / 8.6kW on a 120/208V three-phase WYE circuit. Designed for high-density rack environments where per-outlet switching and real-time current, voltage, and power monitoring are non-negotiable operational requirements, the VP7N30AQ gives data center and IT infrastructure teams the visibility and control needed to manage power at the individual outlet level — not just at the unit inlet. If you're managing blade chassis, GPU compute nodes, or dense 1U servers where an unexpected reboot on the wrong port costs real money, this is the class of PDU that earns its place in the rack. Internal links: explore the full Vertiv catalog or browse intelligent PDUs to compare configurations.

Key Features

• Outlet-Level Switching (6 Outlets, C13 + C19): Each outlet can be independently switched on, off, or power-cycled remotely — critical for rebooting hung servers without dispatching a tech to the data center floor. The mixed C13/C19 outlet configuration accommodates both standard 1U/2U servers and high-draw equipment like UPS bypass modules or storage arrays that require C19 connections.
• 30A / 8.6kW Three-Phase WYE Input: The NEMA L21-30P plug feeds a balanced three-phase WYE circuit, distributing load across all three legs. For facilities already wired for three-phase power, this delivers significantly higher usable wattage per PDU versus single-phase 30A alternatives — effectively more compute per rack without adding breaker panels.
• Current, Voltage, and Power Monitoring: The VP7N30AQ monitors all three parameters at the outlet level. Knowing instantaneous watts drawn per port (not just aggregate amps) lets you right-size rack density with precision, catch power anomalies before they trip a breaker, and validate SLA commitments on metered power.
• LCD Display: The onboard LCD provides at-a-glance readings without requiring a laptop or network connection — useful during initial commissioning or when a NOC tech needs a quick local read without SSH access.
• Dual RJ-45 Ethernet Ports: Two network ports support daisy-chaining multiple PDUs on a single network drop, reducing cabling overhead in high-PDU-density environments. RSTP support prevents network loops when daisy-chained units are connected to the same switch.
• Comprehensive Protocol Stack: SNMP v1/v2c/v3, HTTPS, SSH, RADIUS, TACACS+, LDAP, Modbus TCP, and Syslog are all supported. SNMP v3 with authentication and encryption matters if your security team audits data center infrastructure for unencrypted management traffic. RADIUS and TACACS+ integration means PDU access can be governed by your existing AAA infrastructure rather than local credentials.
• IPv4/IPv6 Dual-Stack: Supports both addressing families — relevant for organizations transitioning to IPv6-only management networks or operating dual-stack environments where legacy IPv4-only devices create management silos.
• 3-Meter Power Cord: The 3m (approximately 10 ft) cord provides enough reach for most above-floor or under-floor distribution panel placements without requiring an extension cable, which would void most data center best-practice guidelines.
• Daisy Chain Capable: Chain multiple VP7N30AQ units together through the dual Ethernet ports to consolidate management under a single IP address, reducing the number of management network ports consumed per cabinet.
• NTP Synchronization: Timestamps on power events and alerts stay accurate across reboots and clock drift — essential when correlating PDU event logs against server crash logs or DCIM records during root-cause analysis.

Integration and Compatibility

The VP7N30AQ integrates with DCIM platforms and BMS systems via SNMP (v1/v2c/v3) and Modbus TCP — the two most common southbound protocols used by enterprise DCIM tools. SMTP-based alerting pushes threshold violations to operations teams without requiring a polling agent on the PDU itself. The unit accepts 100–240V AC input at 50/60 Hz, which provides installation flexibility across North American and international facility standards, though the NEMA L21-30P plug limits use to circuits wired for that connector. For rack PDU planning, verify your facility's panel configuration supports a balanced three-phase 30A WYE feed before ordering. If you are also evaluating managed PoE switches for adjacent rack positions, coordinating PDU outlet allocation with switch power requirements during rack planning will prevent load-balancing headaches post-deployment. See our data center power planning guide for three-phase load calculation walkthroughs.

Frequently Asked Questions

Q: What input plug type does the VP7N30AQ use, and what circuit is required?

A: The VP7N30AQ uses a NEMA L21-30P plug, which requires a 30A, 120/208V three-phase WYE circuit. Verify your facility panel supports this configuration before ordering.

Q: Can I monitor individual outlet power consumption on the VP7N30AQ, or only the overall unit?

A: The VP7N30AQ provides outlet-level monitoring of current, voltage, and power — not just aggregate unit-level readings. This means you can track watts drawn per individual C13 or C19 outlet.

Q: Does the VP7N30AQ support SNMP v3 with encryption?

A: Yes. The VP7N30AQ supports SNMP v1, v2c, and v3. SNMP v3 includes authentication and encryption options, meeting most enterprise security team requirements for management traffic.

Q: How many PDUs can I daisy-chain together on the VP7N30AQ?

A: The VP7N30AQ supports daisy-chaining via its two RJ-45 Ethernet ports. Consult Vertiv's current firmware documentation for the maximum number of units per daisy-chain segment, as this can vary by firmware revision.

Q: Does the VP7N30AQ work with RADIUS and TACACS+ for centralized authentication?

A: Yes. Both RADIUS and TACACS+ are supported network protocols on the VP7N30AQ, allowing you to integrate PDU authentication with your existing AAA infrastructure.

Q: What outlet types does the VP7N30AQ provide?

A: The VP7N30AQ provides a combination of IEC C13 and IEC C19 outlets across its 6 AC outlets. C13 accommodates standard server power supplies; C19 supports higher-draw equipment requiring that connector type.

Jerry Tildsen

When I look at the VP7N30AQ, the detail that stands out immediately is the combination of outlet-level switching and outlet-level power monitoring on a three-phase 30A WYE feed — that pairing is specifically what separates an intelligent PDU from a glorified power strip. With 8.6kW available across a balanced three-phase circuit and individual outlet read-back on current, voltage, and watts, you have the instrumentation to run a genuinely dense rack without flying blind on load distribution.

Technical Highlights:

• Three-Phase WYE at 30A / 8.6kW: Balanced three-phase input means each leg carries roughly one-third of total load — less conductor heating, lower risk of nuisance trips, and more usable wattage per breaker panel position compared to single-phase alternatives at the same amperage.
• SNMP v3 + RADIUS + TACACS+: This is the protocol combination that gets a PDU past enterprise security review. SNMP v3 encrypts management traffic; RADIUS/TACACS+ ties authentication to your identity provider so there are no local-only credentials to audit or rotate manually.
• Dual RJ-45 with Daisy Chain + RSTP: Two network ports with Spanning Tree support means you can chain multiple PDUs per cabinet on one network drop while RSTP prevents broadcast storms if a cabling mistake creates a loop during installation.

Deployment Considerations:

• The NEMA L21-30P plug is a hard requirement — this unit won't work on a standard NEMA L6-30P or L14-30P circuit. Confirm your facility's three-phase WYE panel delivers 120/208V (not 277/480V) before rack placement.
• With only 6 switched outlets (C13/C19 mix), this PDU is suited for lower outlet-count, higher-wattage-per-device applications like GPU compute or blade chassis — not high outlet-count 1U server farms where you'd want 20+ outlets per PDU.

The VP7N30AQ is a strong fit for colocation cage deployments running mixed high-density compute and storage, where the facility delivers three-phase 30A WYE feeds per cage and the operator needs per-outlet remote reboot capability integrated with a DCIM platform via SNMP v3 or Modbus TCP.