Vertiv Rpdu Monitored Outlet Level EC 30A 208V Delta 8.6KW Vertical (36) Combinat - VP6N30AR

Vertiv VP6N30AR Monitored Outlet-Level PDU, 30A 208V Vertical Rack

Overview

The Vertiv VP6N30AR is a 0U vertical rack PDU designed for dense data center cabinets and communications rooms where you need per-outlet current and power visibility without giving up a single rack unit of usable space. At 30A / 208V Delta input (NEMA L15-30P plug), it delivers up to 8.6kW across 36 combined C13 and C19 outlets — enough capacity to support mixed 1U servers, storage nodes, and high-draw appliances in a single cabinet without load-balancing guesswork. If you're managing power across a row of compute racks, the VP6N30AR's daisy-chain capability and dual-port Ethernet let you build a monitored PDU chain without consuming switch ports per unit.

Key Features

• Outlet-Level Current, Voltage, and Power Monitoring: Unlike circuit-level PDUs that give you a single aggregate reading, this unit reports per-outlet current, voltage, and power. That granularity lets you spot a misbehaving server drawing 3A more than expected before it trips a breaker — useful in colocations where you're accountable to per-cabinet power SLAs.
• 36 Outlets (C13 + C19 Combination): The mixed outlet bank supports both standard IEC C13 loads (most 1U/2U servers and switches) and higher-current C19 loads (GPU nodes, storage arrays, high-density compute). You don't need a separate PDU for the C19 devices — one unit handles the full cabinet mix.
• 30A / 208V Delta Input via NEMA L15-30P: The L15-30P plug mates directly to the 30A 3-phase receptacles common in colocation facilities and purpose-built data center rows. At 8.6kW maximum, you have headroom for a fully loaded 42U cabinet at modern server densities without needing a 60A circuit.
• Dual RJ-45 Ethernet Ports with Daisy-Chain Support: Both ports enable a single network drop to serve multiple PDUs in a chain — critical in dense rows where switch ports are scarce. Manage the entire chain through one IP address or assign individual addresses per unit depending on your monitoring architecture.
• SNMP v1/v2c/v3 with Full Protocol Stack: The supported protocol list covers everything a mature DCIM or NMS deployment expects: SNMP v3 for encrypted polling, RADIUS and TACACS+ for centralized authentication, LDAP for directory integration, Syslog and SMTP for alerting, Modbus TCP for BMS integration, and NTP for synchronized timestamps across log entries. You won't hit a protocol gap when integrating into an existing monitoring stack.
• HTTPS / SSH Access with IPv4 and IPv6: Encrypted management access over both IP stacks is standard — relevant if your facility is transitioning to IPv6 addressing or if your security policy requires encrypted management plane traffic on all infrastructure devices.
• LCD Display with LED Indicators: The onboard LCD provides local readings without requiring a laptop or network access — useful during initial commissioning, load balancing, or a network outage. LED indicators give at-a-glance status confirmation from across the aisle.
• 3-Meter Input Cord: The 3m (approximately 10-foot) cord reaches most floor-entry or ceiling-entry power distribution points in standard 600mm-deep cabinets without requiring a cord extension — one less failure point in the power path.
• Reset Button: A hardware reset capability lets on-site technicians recover a non-responsive management module without cycling cabinet power — important in environments where remote hands time is billed or limited.
• Vertical 0U Form Factor: The unit mounts in the vertical channel of a standard rack, leaving all 42U (or more) of horizontal rack space available for equipment. If your cabinet is already at 80%+ horizontal utilization, this is the only PDU form factor that doesn't force a trade-off.

Integration and Compatibility

The VP6N30AR integrates with DCIM platforms, NMS systems, and BMS infrastructure via its broad protocol support. SNMP v1/v2c/v3 covers most enterprise monitoring tools; Modbus TCP enables integration with building automation systems that control lighting, CRAC units, or generator transfer switches alongside IT power. RADIUS and TACACS+ authentication means you can enforce role-based access control through your existing AAA infrastructure rather than managing local PDU credentials. DHCP simplifies initial IP assignment during deployment, while static IPv4/IPv6 addressing is available for environments that require predictable management-plane addressing. The dual Ethernet ports support both daisy-chain topologies and traditional single-drop per-unit deployments, so you can standardize on one model across cabinets with different network port availability.

Input frequency acceptance at 50/60 Hz makes the VP6N30AR compatible with both North American and international facility power standards — useful if you manage a mix of domestic and overseas data center locations under a single procurement contract. For a broader look at the Vertiv power distribution line, including higher-amperage and three-phase configurations, the full family covers a wide range of facility power requirements.

If you're planning a new cabinet deployment and need to size your PDU selection against load requirements, outlet count, and monitoring depth, it's worth working through the load calculation before committing to a 30A circuit — particularly if cabinet density is expected to grow within the next 18 months. Pairing with a compatible managed network switch that supports dedicated out-of-band management VLANs keeps PDU polling traffic isolated from production data paths. For rack enclosure selection to pair with vertical PDUs like this unit, explore rack enclosures and cabinets with vertical PDU mounting channels.

Frequently Asked Questions

Q: What input plug does the VP6N30AR use, and what facility receptacle does it require?

A: The VP6N30AR uses a NEMA L15-30P plug, which requires a corresponding NEMA L15-30R receptacle. This is a 3-phase 30A locking plug rated for 208V Delta — standard in North American colocation facilities and purpose-built data center rows. Confirm your facility's receptacle type before ordering.

Q: How many C13 vs. C19 outlets are on the VP6N30AR?

A: The VP6N30AR provides 36 total outlets in a combination of C13 and C19 formats. The exact breakdown by outlet type is listed on the Vertiv product datasheet. The mixed configuration supports both standard 1U/2U servers (C13) and higher-current appliances such as GPU nodes and storage arrays (C19) within the same unit.

Q: Can multiple VP6N30AR units share a single network connection?

A: Yes. The VP6N30AR supports daisy-chaining via its dual RJ-45 Ethernet ports, allowing multiple units in a row to share a single upstream network drop. This reduces switch port consumption in high-density deployments where network infrastructure is constrained.

Q: What authentication protocols does the VP6N30AR support for access control?

A: The VP6N30AR supports RADIUS, TACACS+, and LDAP for centralized authentication, enabling role-based access control through an existing AAA infrastructure. Local credentials are also supported. Management traffic can be encrypted via HTTPS and SSH.

Q: Does the VP6N30AR support SNMP v3?

A: Yes. The unit supports SNMP v1, v2c, and v3. SNMP v3 provides encrypted, authenticated polling — the version required by most enterprise security policies and DCIM platforms that enforce encrypted management protocols.

Q: What monitoring parameters are available at the outlet level?

A: The VP6N30AR monitors current, power, and voltage at the individual outlet level. This per-outlet visibility enables precise load balancing, early detection of anomalous draws, and accurate power reporting for capacity planning or colocation billing reconciliation.

Ted Perry

The VP6N30AR is the unit I reach for when a customer is managing a densely loaded 42U cabinet at 208V and needs outlet-level accountability — not just circuit-level totals. The combination of SNMP v3, RADIUS/TACACS+ auth, and per-outlet current/power/voltage monitoring at 30A input puts this in a different category than basic metered PDUs that only tell you the aggregate draw on the branch circuit.

Technical Highlights:

• Outlet-Level Monitoring (Current, Power, Voltage): Per-outlet granularity across all 36 outlets means you can identify a single misbehaving device rather than hunting through a 20-device cabinet when a circuit trips — meaningful at 30A where you're operating close to the 80% derated limit of 24A continuous.
• Dual RJ-45 with Daisy-Chain: Two Ethernet ports let you string multiple PDUs down a row on one upstream switch port. In a 10-cabinet row, that's potentially 9 switch ports recovered — not trivial when you're paying per port in a colocation facility.
• Full Protocol Stack (SNMP v3 + Modbus TCP + TACACS+): The Modbus TCP support is the spec most integrators overlook — it's what connects this PDU to a BMS that also manages CRAC units and transfer switches, giving facilities teams a single pane of glass for the entire physical infrastructure layer.

Deployment Considerations:

• The NEMA L15-30P plug is 3-phase 208V Delta — verify your facility has L15-30R receptacles, not the more common L6-30R (single-phase 240V). Swapping circuits after the rack is loaded is an expensive mistake.
• At 30A input with a 80% continuous derate, your usable budget is 24A (approximately 8.6kW at 208V). If your cabinet load projections are above 20A today with expected growth, consider sizing up to a higher-amperage unit in the Vertiv family before the cabinet is populated.

This unit is a strong fit for colocation customers managing mixed-density cabinets in 208V Delta facilities who need outlet-level power data for chargeback reporting or SLA compliance — particularly where RADIUS/TACACS+ enforcement is a non-negotiable security requirement.