Vertiv Rpdu Switched Outlet Level Monitoring EC 30A 208V 5.7KW Horizontal (24) CO - VP7N32A1

Vertiv VP7N32A1 Switched Outlet-Level Monitoring rPDU

Overview

The Vertiv VP7N32A1 is a horizontal, single-phase rack PDU built for data center operators who need both individual outlet switching and per-outlet power monitoring from a single 1U device. With a 30A/208V NEMA L14-30P input, 5.7 kW capacity, and 24 outlets split across C13 and C19 couplers, this unit handles high-density server, storage, and networking loads without requiring a separate power strip or metered PDU. The VP7N32A1 delivers outlet-level current, voltage, and power telemetry over a full enterprise network stack — giving you the data you need to chase down stranded capacity, verify power draws before provisioning, and kill runaway loads without touching the rack physically.

Key Features

• 30A / 208V Input, 5.7 kW Capacity: The NEMA L14-30P plug draws from a standard 30A two-pole circuit at 200–240 V. At 5.7 kW usable capacity you can fill a dense 2U server or storage shelf without bumping into derate limits — meaningful when allocating PDU circuits at rack build-out time.
• 24 Switched, Monitored Outlets (C13 + C19): Individual outlet switching lets you power-cycle a locked-up server without reaching inside the rack or dispatching a remote hands ticket. C13 outlets handle 1U servers and switches; C19 covers high-wattage storage controllers and GPU nodes that demand 16A. Per-outlet telemetry (current, voltage, power) feeds capacity planning directly from the PDU — no clamp meters, no estimates.
• Outlet-Level Current, Voltage, and Power Monitoring: Real-time per-outlet data surfaces which slots are loaded, which are stranded, and whether any single device is drawing more than its provisioned budget. This is the spec that separates a switched PDU from a simple power strip — actionable data rather than just remote on/off control.
• LCD Display: The onboard LCD gives floor technicians a local readout of load conditions without needing laptop access or network credentials. Useful during initial commissioning or when network management is temporarily unavailable.
• Enterprise Network Protocol Stack: SNMP v1/v2c/v3, HTTPS, SSH, LDAP, RADIUS, TACACS+, Syslog, SMTP, NTP, Modbus TCP, IPv4/IPv6, DHCP, RSTP — the VP7N32A1 integrates natively into enterprise DCIM, BMS, and monitoring platforms without requiring protocol translation layers. SNMP v3 provides authenticated, encrypted trap delivery; RADIUS and TACACS+ enable centralized AAA instead of per-PDU local accounts.
• Modbus TCP Support: Many building management systems and DCIM tools poll Modbus TCP natively. Native support here eliminates the need for a gateway device, simplifying integration into existing facility monitoring infrastructure.
• Dual-Stack IPv4/IPv6 with RSTP: IPv6 readiness future-proofs the PDU against network infrastructure upgrades. RSTP (Rapid Spanning Tree Protocol) on the single RJ-45 management port supports ring-topology management networks where loop prevention matters.
• 3-Meter Power Cord: The 3 m input cable provides enough slack to reach a PDU-rated circuit breaker panel at the rear of most standard 600–1200 mm deep racks without requiring extension hardware or cable management acrobatics.
• USB + Serial Management Ports: The USB port and RS-232 serial port (1x each) provide out-of-band access paths — useful during initial configuration, IP address assignment, or when the network management path is down. Serial console access is a common requirement in hardened data center environments.
• Black Horizontal Form Factor, No U Consumed: Horizontal 0U mounting leaves full usable rack unit space for compute and storage. The black finish matches standard rack aesthetics across major cabinet brands.

Integration & Compatibility

The VP7N32A1 connects to a single RJ-45 management port and communicates over SNMP v1/v2c/v3, making it compatible with the major DCIM platforms, NMS systems (SolarWinds, PRTG, Nagios, Zabbix), and Vertiv's own Environet Alert and Trellis management platforms. LDAP and Active Directory integration via RADIUS or TACACS+ means user provisioning follows your existing enterprise identity workflow — no separate PDU user databases to maintain. Modbus TCP broadens compatibility to building automation and facilities management systems. The dual RJ-45 Ethernet interface supports both IPv4 and IPv6 networks simultaneously. The 100–120 / 200–240 V nominal input range and 50/60 Hz AC frequency acceptance make this PDU deployable in both North American and international data center environments, provided the appropriate plug adapter or local outlet is available.

Frequently Asked Questions

Q: What plug type does the VP7N32A1 use, and what circuit does it require?

A: The VP7N32A1 uses a NEMA L14-30P input plug, which requires a dedicated 30A, 208V two-pole circuit. At 5.7 kW rated capacity, plan for a circuit capable of sustaining 80% of the 30A breaker rating (24A continuous) per NEC guidelines.

Q: Can I switch individual outlets remotely without affecting the rest of the PDU?

A: Yes. Each of the 24 outlets is independently switched via the network management interface. You can power-cycle a single server, power off unused outlets to reduce phantom load, or sequence boot order — all without impacting adjacent outlets.

Q: What outlet types are available on the VP7N32A1?

A: The VP7N32A1 provides a mix of IEC C13 and IEC C19 couplers. C13 is standard for 1U/2U servers and most networking equipment. C19 accommodates higher-draw storage controllers, high-wattage switches, and GPU-accelerated nodes that use C20 power inlets.

Q: Does the VP7N32A1 support SNMP v3 with encryption?

A: Yes. The unit supports SNMP v1, v2c, and v3. SNMP v3 provides authentication and encryption for trap delivery and polling, satisfying security requirements in environments where unencrypted SNMP is not permitted.

Q: What authentication protocols does the VP7N32A1 support for user management?

A: The VP7N32A1 supports LDAP, RADIUS, and TACACS+ for centralized authentication, authorization, and accounting. This allows integration with Active Directory and other enterprise IAM systems so PDU access follows the same user lifecycle as other network infrastructure.

Q: Is the VP7N32A1 compatible with third-party DCIM or monitoring platforms?

A: The PDU's SNMP v1/v2c/v3 and Modbus TCP support makes it compatible with most enterprise monitoring platforms including SolarWinds, PRTG, Nagios, and Zabbix, as well as building management systems that poll Modbus. It also integrates with Vertiv's own Environet and Trellis DCIM platforms.

Karl Wilson

When I evaluate a switched PDU for a dense rack deployment, the first thing I check is whether the monitoring is at the outlet level or only at the input — and the VP7N32A1 gets it right. Per-outlet current, voltage, and power telemetry on all 24 outlets means you're not estimating load distribution; you're reading it directly. That distinction matters the moment you try to justify adding a blade chassis or a GPU node to an existing rack without pulling a new circuit.

Technical Highlights:

• 24 Individually Switched C13/C19 Outlets: Remote power cycling per outlet eliminates remote-hands dispatches for locked servers — at scale across a multi-rack deployment, that saves measurable OpEx.
• Full AAA Protocol Stack (LDAP / RADIUS / TACACS+): Centralized authentication means the PDU participates in your existing identity governance — audit trails, role-based access, and deprovisioning happen automatically when a user leaves the organization.
• Modbus TCP + SNMP v3: Two independent telemetry paths mean the PDU can simultaneously feed a DCIM platform via SNMP and a BMS via Modbus — no protocol gateway hardware needed, and no vendor lock-in on the monitoring side.

Deployment Considerations:

• The NEMA L14-30P plug targets 30A/208V circuits — confirm your rack PDU circuit is wired as a two-pole 208V feed, not a standard 120V 20A outlet. A wrong-circuit install on a live rack is a costly mistake.
• With 24 outlets on a single 30A feed, average per-outlet headroom is 1.25A at full load (5.7 kW / 208V / 24 outlets). Plan your outlet assignments carefully if you have any C19 loads drawing 10A+ — those will consume the budget of roughly eight C13 slots.

The VP7N32A1 is the right call for colocation operators and enterprise data center teams building out high-density compute racks where per-outlet accountability, remote reboot capability, and integration into an existing DCIM or BMS stack are non-negotiable requirements — not nice-to-haves.