Vertiv Rpdu Switched Outlet Level Monitoring EC 60A 208V Delta 17.2KW Horizontal - VP7N62A0

Vertiv VP7N62A0 Switched Outlet-Level Monitoring PDU, 60A 208V 3-Phase Horizontal

Overview

The Vertiv VP7N62A0 is a horizontal, zero-U rack-mount PDU engineered for high-density data center environments running three-phase 208V delta distribution at up to 60A and 17.2kW. Unlike basic metered strips, this unit delivers per-outlet switching and monitoring — giving operations teams the ability to remotely cycle individual loads, cut power to hung servers without dispatching someone to the cage, and log current, voltage, and power at the outlet level continuously. If you're managing a colocation rack, a high-density compute row, or a critical security infrastructure stack that demands verifiable uptime and remote control, the VP7N62A0 is purpose-built for that workload. It belongs in the broader rack PDU category for environments where dumb strips are an operational liability.

Key Features

• 60A / 208V Delta, 17.2kW Capacity: Handles the full power budget of a dense compute rack — dual high-end GPU nodes, storage arrays, and networking gear — without requiring a derating buffer that wastes capacity. Three-phase delta input keeps line current balanced across legs, critical when you're near branch circuit limits.
• Per-Outlet Switching: Each outlet can be powered on, off, or cycled independently via the network interface. For remote hands-free environments, this eliminates the need for an in-person reboot — a meaningful operational cost reduction in colocation and branch deployments.
• Outlet-Level Current, Voltage, and Power Monitoring: Real-time telemetry at each outlet, not just aggregate inlet readings. This matters when you need to track power draw per server for capacity planning, chargeback billing, or SLA documentation — aggregate-only PDUs can't support those workflows.
• 12 Outlets: C13 and C19 Mix: Covers both standard 1U server power supplies (C13) and high-draw devices like UPS bypass modules, high-amperage switches, or blade chassis (C19) in the same strip. No adapters, no daisy-chain workarounds.
• Enterprise Protocol Stack — SNMP v1/v2c/v3, HTTPS, SSH, LDAP, RADIUS, TACACS+, Modbus TCP: Slots directly into enterprise DCIM, BMS, and SIEM workflows. SNMPv3 with authentication and encryption means you're not exposing outlet-level power control over cleartext — a real concern when PDUs sit on in-band management VLANs.
• IPv4 and IPv6 Dual-Stack: Ready for networks already running IPv6 alongside legacy IPv4 — no firewall exceptions or NAT gymnastics needed as infrastructure modernizes.
• LCD Display with LED Indicators: Local visibility of load and status without needing a laptop or network connection on the floor. Useful during initial commissioning or when SNMP is being reconfigured and remote access is unavailable.
• 3-Meter Input Cable: Provides enough reach from the rack's power distribution whip to the PDU without extension cables or custom lengths — standard for most two-post and four-post rack configurations.
• 50/60 Hz Universal Frequency: Operates on both 50Hz and 60Hz supply without reconfiguration, relevant in mixed international deployments or facilities transitioning grid frequency zones.
• NTP, Syslog, SMTP Alerting: Timestamped event logs sync to network time; syslog and email alerting push anomalies to your monitoring stack without requiring polling — outlets that trip thresholds generate outbound alerts rather than waiting for a SNMP poll cycle.

Integration and Compatibility

The VP7N62A0 integrates with DCIM platforms and building management systems via SNMP (all three versions), Modbus TCP, and HTTP/HTTPS RESTful interfaces. LDAP, RADIUS, and TACACS+ support means user authentication routes through your existing directory infrastructure — no local credential sprawl across dozens of PDUs. The RJ-45 Ethernet port connects to your management network switch, and the RS-232 serial port provides an out-of-band console path when the network interface is unavailable. A single USB port supports local firmware updates or configuration transfers without requiring a network connection. For environments running RSTP, the unit participates in spanning-tree topologies, preventing management network loops in dual-homed configurations. Pair this PDU with a compatible UPS system upstream to build a complete fault-tolerant power chain — the outlet-level switching becomes especially useful during UPS maintenance windows when selective load shedding is required. Review your data center power planning resources to validate branch circuit capacity before deployment at the 60A rating.

Frequently Asked Questions

Q: What input voltage and current does the VP7N62A0 require?

A: The VP7N62A0 requires a 200–240V three-phase delta input at up to 60A, delivering 17.2kW of total output capacity. It accepts both 50Hz and 60Hz supply frequency.

Q: Can I remotely power cycle individual outlets on the VP7N62A0?

A: Yes. The VP7N62A0 is a switched PDU, meaning each individual outlet can be powered on, off, or cycled independently via the network management interface — no physical access to the rack required.

Q: What outlet types does the VP7N62A0 provide?

A: The unit provides 12 AC outlets consisting of a mix of C13 and C19 coupler types, accommodating both standard server power supplies and higher-draw equipment.

Q: Does the VP7N62A0 support SNMP v3 and encrypted management?

A: Yes. The VP7N62A0 supports SNMP v1, v2c, and v3, as well as HTTPS and SSH for encrypted management sessions. It also integrates with LDAP, RADIUS, and TACACS+ for centralized authentication.

Q: What monitoring capabilities does the VP7N62A0 provide at the outlet level?

A: The VP7N62A0 monitors current, power, and voltage at the individual outlet level — not just at the inlet — enabling per-device power tracking for capacity planning, chargeback, and SLA reporting.

Q: Does the VP7N62A0 support Modbus TCP for building management system integration?

A: Yes. Modbus TCP is listed among the supported network protocols, allowing the VP7N62A0 to integrate with BMS and SCADA platforms in addition to DCIM tools via SNMP.

Eden Phillips

The VP7N62A0 is the unit I'd specify when a colocation or enterprise data center team tells me they need outlet-level control at 60A three-phase without giving up enterprise authentication or protocol breadth. The combination of TACACS+, RADIUS, and LDAP on a switched PDU at this amperage class is not universal — it means you're not managing credentials locally on each strip, which matters when you have dozens of PDUs across multiple rows.

Technical Highlights:

• 17.2kW at 60A / 208V Delta: Sustains the full power budget of a high-density rack without derating — critical when every watt of branch circuit capacity counts in a colocation environment with strict per-circuit limits.
• Per-Outlet Switching + Three-Metric Monitoring: Current, voltage, and power logged at each of the 12 outlets — not just at the inlet. This is the difference between knowing your rack is drawing 48A total and knowing which specific server is pulling 9A unexpectedly at 2 AM.
• SNMPv3 + Modbus TCP + HTTPS/SSH: Covers both IT-side DCIM integration and OT-side BMS integration from a single device, with encrypted sessions end-to-end. No need to choose between protocols when your infrastructure spans both worlds.

Deployment Considerations:

• The 3-meter input cable suits most standard rack whip configurations, but verify your specific cabinet depth and whip termination point before ordering — custom lengths require lead time.
• At 60A three-phase delta, this PDU requires a properly rated L21-60P or equivalent receptacle on the branch circuit; confirm panel and whip ratings before commissioning, as the circuit infrastructure cost often exceeds the PDU itself.

This unit is a strong fit for colocation cage buildouts and enterprise HPC rows where remote hands are expensive, per-tenant power billing is required, and the management team already runs TACACS+ or RADIUS for network device authentication — extending that to PDUs with the VP7N62A0 keeps access control consistent across the entire infrastructure stack.