Vertiv Rpdu Monitored Outlet Level EC 30A 208V Delta 8.6KW Vertical (30) Locking - VP6N30AM

Vertiv VP6N30AM Monitored Outlet-Level Vertical PDU, 30A 208V Delta, 8.6kW

Overview

The Vertiv VP6N30AM is a 0U vertical rack PDU engineered for high-density data center and colocation cabinets where per-outlet visibility isn't optional — it's the baseline for capacity planning, tenant billing, and proactive fault isolation. Running on a 30A, 208V Delta three-phase input via a NEMA L15-30P plug, this unit delivers 8.6kW of usable power across 36 C13 locking outlets while reporting current, voltage, power, and temperature in real time. For IT architects managing multi-tenant cabinets or warehouse automation engineers running dense compute loads, the VP6N30AM positions monitoring at the outlet level — the only granularity that catches a single runaway load before it trips a breaker and takes down a full rack.

Vertiv's Vertiv power distribution line anchors this unit in a proven commercial-grade PDU family. If you're evaluating rack power distribution units for a new cabinet build or refresh, the VP6N30AM sits at the managed end of the spectrum: full per-outlet telemetry, dual network ports, and enterprise authentication protocols baked in from the factory.

Key Features

• Outlet-Level Monitoring (Current, Power, Voltage, Temperature): Measuring at the outlet rather than just the branch or input means you can assign load budgets per device, identify the exact circuit drawing excess current before a breaker event, and produce accurate chargeback data for co-lo billing — none of which is possible with branch-level-only PDUs.
• 36 C13 Locking Outlets: Locking C13 connectors prevent accidental cable pull — a real operational benefit in dense cabinets where technicians are frequently working adjacent devices. Thirty-six outlets on a single 0U vertical unit means no lost rack U-space and enough capacity to serve a fully-populated 42U or 48U cabinet.
• Three-Phase 30A / 208V Delta Input (NEMA L15-30P): Three-phase delivery distributes load across phases, reducing the risk of single-phase overload that's common when high-draw servers cluster on the same rail. The 8.6kW total capacity is appropriate for modern GPU compute nodes or blade chassis deployments. The L15-30P twist-lock plug ensures the unit stays connected under vibration or incidental contact.
• Dual RJ-45 Ethernet Ports: Two network interfaces support daisy-chaining multiple PDUs on a single network drop — critical in cabinets with two PDUs for redundant A/B feeds. One management connection can serve both units, reducing switch port consumption and simplifying network segmentation in managed colocation environments.
• Daisy Chain Support: Daisy-chaining lets you extend monitoring across multiple PDUs without consuming additional switch ports. For operators managing large cage deployments, this cuts structured cabling cost and reduces VLAN management complexity on the access layer.
• Enterprise Protocol Stack — SNMP v1/v2c/v3, LDAP, RADIUS, TACACS+, Modbus TCP: SNMP v3 provides authenticated, encrypted OID-level polling — meaning your NMS gets per-outlet telemetry without passing credentials in cleartext. LDAP, RADIUS, and TACACS+ integration lets you enforce the same identity directory used for network gear, eliminating local credential sprawl across dozens of PDUs. Modbus TCP opens direct SCADA and BMS integration paths without a protocol bridge.
• HTTPS, SSH, and IPv4/IPv6 Support: Management traffic is encrypted by default — no cleartext HTTP or Telnet exposure. Dual-stack IPv4/IPv6 means the unit fits into modern network architectures without a translation layer, important as colocation and enterprise data centers continue IPv6 adoption.
• NTP, SMTP, RSTP, Syslog: Synchronized timestamps across all outlet events (NTP) are essential for correlating power incidents with application logs. SMTP enables direct email alerting without a middleware relay. RSTP on the network layer and Syslog forwarding to your SIEM means power events appear in the same audit trail as network and security events — simplified compliance reporting for SOC 2 and ISO 27001 environments.
• LED Display and LED Indicators: The built-in LED display surfaces load and status at the unit without requiring a network connection — useful during commissioning, cable audits, or when network access is restricted. LED-per-outlet indicators give technicians immediate visual confirmation of outlet state without logging into the management interface.
• Reset Button: A hardware reset button allows recovery from a locked management interface without cycling power to connected devices — meaning you can restore PDU access without a maintenance window or rack-level power interruption.
• USB Port: The single USB port supports firmware updates and configuration backups via local media — useful in air-gapped or high-security environments where network-based firmware delivery is restricted or requires change control approval windows that slow deployment.
• 3-Meter Cord: The 3-meter (approximately 10-foot) input cord reaches floor-mounted power strips or overhead busway without extension cords, which are a common NEC/data center policy violation in managed facilities.

Integration and Compatibility

The VP6N30AM's PDU management protocol support is broad enough to integrate with virtually any enterprise NMS or DCIM platform. SNMP v1/v2c/v3 is the standard polling interface for platforms like SolarWinds, PRTG, Nagios, and Vertiv's own DCIM tools. Modbus TCP opens a direct path to building management systems and SCADA platforms without requiring a protocol converter. LDAP/RADIUS/TACACS+ integration means the PDU plugs into existing AAA infrastructure — no local user database to maintain across your PDU fleet.

For cabinet-level redundancy, the dual RJ-45 ports and daisy chain capability allow a single management VLAN connection to serve both the A-feed and B-feed PDUs in a dual-corded cabinet design. Pair this unit with a rack automatic transfer switch for full N+1 power path protection at the cabinet level. The nominal input voltage range of 200–240V accommodates standard North American three-phase distribution as well as international 50Hz environments where 208V or 220V delta feeds are common.

The vertical 0U mounting profile keeps all 42U or 48U of rack space available for revenue-generating compute, storage, or networking equipment — the correct choice whenever cabinet real estate is constrained and you're running high outlet density.

Frequently Asked Questions

Q: What input plug does the VP6N30AM use, and what circuit does it require?

A: The VP6N30AM uses a NEMA L15-30P twist-lock plug, which requires a three-phase 30A, 208V Delta circuit. Verify your facility's panel configuration before ordering — L15-30P is a three-phase twist-lock, not a single-phase connector.

Q: How many outlets does the VP6N30AM have, and what type are they?

A: The unit provides 36 C13 locking outlets. The locking mechanism prevents accidental disconnection in dense cabinet environments.

Q: Can multiple VP6N30AM units share a single network connection?

A: Yes. The VP6N30AM supports daisy chaining via its dual RJ-45 Ethernet ports, allowing multiple PDUs to share a single network drop. This reduces switch port consumption in cabinets running both A-feed and B-feed PDUs.

Q: What monitoring parameters does the VP6N30AM measure per outlet?

A: The VP6N30AM monitors current, power, voltage, and temperature at the outlet level. This granularity supports load capacity planning, per-device chargeback reporting, and early detection of overload conditions before a breaker trip.

Q: Does the VP6N30AM support enterprise authentication protocols like LDAP or RADIUS?

A: Yes. The unit supports LDAP, RADIUS, and TACACS+ for integration with existing enterprise identity directories, eliminating the need to maintain local user accounts across a large PDU fleet.

Q: What is the total power capacity of the VP6N30AM?

A: The VP6N30AM delivers 8.6kW total at 30A, 208V Delta three-phase input. This is sufficient for fully-populated GPU compute nodes, blade chassis, or mixed high-density server and storage cabinets.