Vertiv Rpdu Switched Outlet Level Monitoring EC 60A 208V Delta 17.2KW Vertical (1 - VP7N60A1

Vertiv VP7N60A1 Switched Outlet-Level Monitoring PDU, 60A 208V 17.2KW Vertical

Overview

The Vertiv VP7N60A1 is a vertical 0U switched PDU engineered for high-density data center racks where power visibility and remote outlet control are non-negotiable. Rated at 60A/208V Delta three-phase with a 17.2kW capacity, it delivers 24 C13 outlets with per-outlet switching and monitoring — giving operations teams granular control over every load in the rack without a physical visit to the floor. The IEC 60309 input plug and 3-meter cord make for a clean, code-compliant installation in most colocation and enterprise machine room environments.

Where a basic monitored PDU tells you what the branch is drawing, the VP7N60A1 tells you what each outlet is drawing — and lets you cut power to a specific device remotely. That distinction matters in dense virtualization racks where a single misbehaving server can skew thermal and power budgets across the entire row.

Key Features

• Outlet-Level Switching and Monitoring: Each of the 24 C13 outlets can be switched on/off independently and reports current, voltage, and power individually. That means you can reboot a hung server, shed non-critical load during a capacity event, or audit per-device consumption — all from the management interface, without dispatching a technician.
• 60A / 208V Three-Phase Input: The three-phase 200–240V input with IEC 60309 plug supports up to 17.2kW of IT load — enough headroom for a fully populated high-density rack. Three-phase distribution also improves load balancing across phases, which translates directly to lower peak current and better UPS utilization upstream.
• 24 C13 Outlets: C13 is the near-universal standard for 1U and 2U server PSUs, switches, and storage. Twenty-four outlets on a 0U vertical unit keeps the rack front clear for equipment and cable management, and the outlet count matches the density of modern 42U or 48U racks without daisy-chaining.
• Comprehensive Environmental and Power Monitoring: Onboard sensors track current, voltage, power, and temperature in real time. Temperature monitoring in particular is undervalued — catching a cooling anomaly at the rack level before it registers at the room level can prevent thermal throttling or unplanned shutdowns.
• Dual RJ-45 Ethernet Ports: Two Ethernet interfaces support network redundancy or daisy-chaining multiple PDUs across a single IP address, reducing management overhead in large deployments. Combined with IPv4/IPv6 dual-stack support, the unit fits into both legacy and modern network architectures without address gymnastics.
• Enterprise Protocol Stack: SNMP v1/v2c/v3, HTTPS, SSH, RADIUS, LDAP, TACACS+, and Modbus TCP are all supported natively. SNMP v3 provides authenticated, encrypted polling for DCIM and BMS integrations. TACACS+ and RADIUS enable centralized authentication — critical for environments with SOC2 or ISO 27001 audit requirements where shared PDU passwords are a finding.
• Daisy-Chain Capable: The daisy-chain feature allows multiple VP7N60A1 units to share a single network connection and management IP. In a row of racks, this cuts switch port consumption and simplifies IP management without sacrificing per-PDU visibility.
• LED Display and Indicators: The integrated LED display provides at-a-glance load readings locally — useful during initial commissioning or when network access is restricted. LED indicators confirm outlet state without logging into the interface.
• USB Port: The USB port supports firmware updates and configuration backups via local media — a practical feature when managing PDUs in air-gapped or restricted-network segments where over-the-air updates aren't permitted.
• Reset Button: A physical reset button allows recovery from a locked or misconfigured network stack without pulling the unit from the rack, reducing mean time to restore in the event of a management-plane issue.

Integration and Compatibility

The VP7N60A1's protocol support is broad enough to integrate with any major DCIM platform — Vertiv's own Trellis, as well as third-party tools that consume SNMP or Modbus TCP. SNMP v3 traps enable proactive alerting to NMS systems like SolarWinds, PRTG, or Nagios when thresholds are breached. Syslog output feeds SIEM platforms for audit logging. NTP synchronization ensures timestamped event logs align with the rest of the infrastructure.

For power distribution and UPS infrastructure, the dual Ethernet ports and daisy-chain capability make this unit practical for large-scale deployments. Pair it with a compatible Vertiv UPS upstream to maintain full visibility from the utility input to the individual server PSU. Review the network switch port budget when planning daisy-chain topologies — each chain segment shares bandwidth on a single uplink.

The Vertiv PDU line includes units at multiple amperage and voltage ratings; if your rack load is below 30A or you don't need per-outlet switching, consider a metered-only variant in the Vertiv PDU catalog to reduce per-unit cost. For deployments requiring a data center power planning reference, outlet-level monitoring PDUs like this one are the minimum recommended standard for any environment running mixed-criticality workloads.

Frequently Asked Questions

Q: What input plug type does the VP7N60A1 use, and how long is the input cord?

A: The VP7N60A1 uses an IEC 60309 input plug with a 3-meter (approximately 9.8-foot) cord. IEC 60309 is standard in data center PDU whips and most colocation power strips — verify your floor PDU or whip receptacle matches before ordering.

Q: Does the VP7N60A1 support per-outlet power switching, or is it monitoring-only?

A: It supports both. Each of the 24 C13 outlets can be individually switched on or off remotely in addition to being monitored for current, voltage, and power. This is outlet-level switched and monitored, not just metered.

Q: What network protocols does the VP7N60A1 support for DCIM integration?

A: The unit supports SNMP v1, v2c, and v3, HTTP, HTTPS, SSH, SMTP, Syslog, NTP, DHCP, IPv4, IPv6, LDAP, RADIUS, TACACS+, RSTP, and Modbus TCP. SNMP v3 with authentication and encryption is recommended for any DCIM or NMS polling integration.

Q: Can multiple VP7N60A1 units be managed from a single IP address?

A: Yes. The daisy-chain feature allows multiple units to share a single network uplink and management IP, reducing switch port usage and simplifying IP address management in large row deployments.

Q: What outlet type does the VP7N60A1 provide?

A: All 24 outlets are IEC 60320 C13 — the standard receptacle for C14 plugs used on most 1U/2U server PSUs, network switches, and storage units. There are no C19 or NEMA outlets on this model.

Q: Does the VP7N60A1 monitor temperature in addition to power?

A: Yes. Onboard monitoring covers current, voltage, power, and temperature, providing rack-level thermal visibility alongside power consumption data.

Ted Perry

The VP7N60A1 is the unit I reach for when a customer needs real per-outlet accountability in a three-phase rack — not just branch-level metering. The 60A/208V three-phase input at 17.2kW gives you full rack headroom, and having SNMP v3 plus TACACS+ on board means this PDU can drop into an enterprise-grade access control framework on day one rather than being a security exception in your audit report.

Technical Highlights:

• Outlet-Level Switching (24xC13): Each outlet is independently controllable and monitored — you're not cycling an entire branch to reboot one server. In a mixed-criticality rack, this is the difference between a 30-second fix and a 30-minute change-control window.
• SNMP v3 + Modbus TCP: SNMP v3 with auth/encryption keeps PDU polling compliant with modern security baselines; Modbus TCP opens the door to BMS integration for facilities teams who manage power outside of traditional IT tooling. Both protocols on one unit eliminates a common IT/facilities coordination headache.
• Dual RJ-45 with Daisy-Chain: Two Ethernet ports plus daisy-chain support means you can string a row of PDUs on a single switch port. In a 10-rack row, that's nine fewer switch ports consumed and nine fewer IP addresses to manage — small win per rack, meaningful win at scale.

Deployment Considerations:

• The IEC 60309 input is correct for most data center floor PDU receptacles, but verify the specific pin configuration (L6-60P equivalent or IEC 309 2P+E/3P+E) against your floor distribution before the unit ships — rewiring a whip on-site is an avoidable delay.
• All 24 outlets are C13 only. If your rack includes high-draw devices requiring C19 (typically servers drawing over 16A per PSU), this unit does not cover those loads. Plan a mixed C13/C19 PDU configuration or supplement with a dedicated C19 unit for those slots.

For a colocation cage running mixed 1U compute, top-of-rack switching, and storage with a common three-phase 60A whip, the VP7N60A1 is the correct tool — outlet-level visibility without sacrificing the protocol depth that enterprise DCIM platforms require.