Vertiv Rpdu Switched Outlet Level Monitoring EC 22.0KW Variable Power Configuration - VP7UV0A2

Vertiv VP7UV0A2 Switched Outlet-Level Monitoring PDU, 22kW Vertical Rack

Overview

The Vertiv VP7UV0A2 is a 1U vertical rack PDU built for dense colocation environments, hyperscale edge deployments, and enterprise data centers where per-outlet switching and real-time power monitoring are non-negotiable. Rated at 22kW with 48 outlets split across C13 and C19 form factors, this unit handles everything from standard 1U servers to high-draw GPU nodes in a single vertical installation — without forcing a separate metered unit alongside it. The variable power configuration means you're not locked into a fixed outlet ratio, giving rack architects the flexibility to balance outlet types as the load profile evolves.

This is a switched PDU, not just a metered one. That distinction matters at 3 a.m. when a hung server needs a hard power cycle and the data center is unstaffed — outlet-level remote switching lets operations teams restore service without dispatching a technician.

Key Features

• 22kW Maximum Power Capacity: At 22,000W, the VP7UV0A2 supports high-density compute loads — enough headroom for a full cabinet of 400W servers or a mixed GPU/CPU rack without requiring dual PDUs. That directly reduces cable congestion and per-rack unit count.
• 48 Switched Outlets (C13 + C19): The combination of C13 and C19 couplers accommodates standard IEC 320 server power cords and the higher-draw C19 devices (like high-end switches, UPS bypass panels, or dense storage) in the same PDU. Outlet-level switching means each port can be independently cycled, sequenced, or controlled — no risk of taking down adjacent gear during a reboot.
• Outlet-Level Monitoring: Real-time per-outlet consumption data gives facilities and IT teams a precise view of actual load vs. allocated load, supporting accurate power utilization reporting and preventing oversubscription — a real concern when cabinet densities exceed 10kW.
• Dual Gigabit Ethernet (RJ-45) Ports: Two network ports provide management redundancy — connect to separate switches or VLANs so a network failure doesn't orphan PDU management. This is the detail that separates data center-class PDUs from facility-grade units.
• Comprehensive Protocol Stack: SNMP v1/v2c/v3, HTTPS, SSH, RADIUS, TACACS+, LDAP, Modbus TCP, Syslog, and NTP are all supported out of the box. SNMP v3 with authentication and encryption is the baseline expectation in any serious NOC environment; TACACS+ and RADIUS integration means PDU authentication ties directly into your existing AAA infrastructure rather than a separate credential silo.
• IPv4 and IPv6 Dual-Stack: Native IPv6 support future-proofs the management plane in environments already migrating to v6 addressing — particularly relevant in carrier, government, and large enterprise networks where v6 is policy, not optional.
• LCD Display: An onsite LCD provides at-a-glance power readings without requiring a laptop or console connection — useful during initial commissioning or when network management is temporarily unavailable.
• Vertical 1U Mounting: The vertical form factor fits standard 0U PDU mounting channels on the side rails of most two-post and four-post racks. At 1905mm depth, this unit spans a full-height rack bay — confirm your cabinet's usable rail height before ordering.
• Serial Console Port: The RS-232 serial port provides out-of-band management access when IP connectivity is down — a critical fallback path that eliminates the need for a separate console server for PDU access.
• USB Port: Supports firmware updates or local configuration tasks without requiring network access, reducing dependency on a live management connection during maintenance windows.
• 50–60 Hz Input Flexibility: Accepts both 50 Hz and 60 Hz AC input, making the VP7UV0A2 deployable in North American and international data centers without hardware modification.
• 16A Maximum Current Rating: Sized for 16A branch circuits — standard in European and international three-phase distributions. Verify your PDU whip and breaker sizing matches before installation.

Integration and Compatibility

The VP7UV0A2's protocol breadth is its primary integration asset. Modbus TCP support opens direct integration with BMS (Building Management Systems) and DCIM platforms that speak Modbus natively, without requiring a separate protocol gateway. SNMP v3 traps feed directly into Nagios, PRTG, Zabbix, SolarWinds, or any enterprise NMS. LDAP and RADIUS/TACACS+ authentication means PDU credentials are managed through Active Directory or FreeRADIUS — not a standalone username list that gets out of sync during staff turnover. Syslog integration routes power events and alerts to your existing SIEM or log aggregation stack.

For organizations running Vertiv's broader infrastructure portfolio — UPS, thermal management, and edge enclosures — the VP7UV0A2 integrates into the Vertiv Intelligence Director ecosystem, enabling unified monitoring across the physical infrastructure layer. Buyers evaluating rack PDUs for high-density deployments should also assess metered PDU options if remote switching isn't required — the cost delta is meaningful across large rack counts. For DCIM-driven environments, pair this PDU with a DCIM platform to automate capacity planning against real outlet-level consumption data. Review our data center power planning guide before finalizing outlet counts and circuit sizing.

Frequently Asked Questions

Q: What is the maximum power capacity of the VP7UV0A2?

A: The VP7UV0A2 is rated at 22kW (22,000W) maximum power, suitable for high-density compute cabinets with mixed server and GPU loads.

Q: Can I remotely power cycle individual outlets on the VP7UV0A2?

A: Yes. This is a switched PDU with outlet-level control, meaning each of the 48 outlets can be independently switched on, off, or power-cycled remotely via the network management interface — no physical access required.

Q: What outlet types does the VP7UV0A2 provide?

A: The unit provides a combination of C13 and C19 IEC outlets across its 48 positions. C13 handles standard server and networking gear; C19 supports higher-draw devices requiring that connector type.

Q: Does the VP7UV0A2 support SNMP v3?

A: Yes — SNMP v1, v2c, and v3 are all supported. SNMP v3 includes authentication and encryption, meeting the security requirements of most enterprise NOC and SOC environments.

Q: Does the VP7UV0A2 integrate with RADIUS or TACACS+ for authentication?

A: Yes. Both RADIUS and TACACS+ are supported, allowing PDU authentication to integrate directly with your existing AAA infrastructure rather than relying on local credentials.

Q: Is the VP7UV0A2 compatible with both 50 Hz and 60 Hz power systems?

A: Yes. The unit accepts AC input at 50–60 Hz, making it deployable in both North American (60 Hz) and international (50 Hz) data center environments without hardware changes.

Marty Allison

The VP7UV0A2 is a unit I'd specify specifically for high-density racks where the operations team needs remote recovery capability without dispatching hands. The outlet-level switching across all 48 ports — combined with the 22kW capacity — means this PDU doesn't bottleneck you on either control granularity or raw load headroom. That combination is what separates it from basic metered units in a serious colocation or enterprise context.

Technical Highlights:

• 48 Switched C13/C19 Outlets at 22kW: The ability to carry 22,000W across a variable mix of C13 and C19 outlets means a single VP7UV0A2 can serve a full-height cabinet of mixed compute without outlet-type bottlenecks — no adapters, no wasted ports.
• Dual RJ-45 Management Ports: Two independent Ethernet ports let you connect the management plane to separate switches or management VLANs. In a real outage scenario, this means PDU control survives a network switch failure — a single-port PDU doesn't give you that.
• TACACS+ / RADIUS / LDAP Authentication: Centralizing PDU authentication through existing AAA infrastructure eliminates a common audit finding — stale local accounts on network-attached power equipment. This is a non-trivial security posture improvement in regulated environments.

Deployment Considerations:

• At 1905mm depth, this unit is designed for standard full-height rack bays — verify your cabinet's usable 0U channel depth before ordering, particularly in shorter 42U enclosures where the usable vertical space may be less than the full rack height.
• The 16A maximum current rating is the hard ceiling — do not plan load profiles that approach this limit continuously. Size circuits with a 20% headroom buffer per standard data center power engineering practice.

The VP7UV0A2 is the right specification for colocation providers standardizing on remote-hands-minimization, and for enterprise data center teams managing mixed compute/storage cabinet populations where per-outlet accounting and remote cycling need to coexist in a single 0U vertical unit.