Vertiv Rpdu Rack Transfer Swch 30A 208V 4.9KW 2 - VA1N3200

Vertiv VA1N3200 Basic Rack PDU 30A 208V 24-Outlet Transfer Switch

Overview

The Vertiv VA1N3200 is a single-phase, basic-tier rack power distribution unit rated at 30A / 208V (4.9kW) designed for high-density rack deployments where reliable AC distribution to mixed server and networking loads is the priority. With 24 total AC outlets split between C13 and C19 couplers, the VA1N3200 handles both standard 1U server loads and high-draw devices like rack-mount UPS bypass modules or blade chassis simultaneously — without needing multiple PDU chains. The 3-meter cord gives enough slack for rear-of-rack routing in most two-post and four-post configurations without a cable management headache. If you are spec'ing power distribution for a datacenter row or dense telecom cabinet, this unit belongs on the shortlist.

Key Features

• 30A / 208–240V Single-Phase Input (NEMA L6-30P): At 30A on a 208V circuit, the VA1N3200 delivers up to 4.9kW of usable power — enough to feed a fully loaded 2U server chassis plus several 1U nodes without approaching the 80% NEC derate threshold that triggers nuisance tripping. The NEMA L6-30P plug is the standard for 208V 30A wall receptacles in North American datacenters, so no adapter or rewiring is typically required.
• 24 AC Outlets (C13 + C19 Mixed): The outlet mix of C13 and C19 couplers means you can directly connect both standard IEC C14 server PSUs and high-current C20 inputs (dual-corded servers, UPS, KVM switches) from a single PDU. On a high-density row where every U counts, eliminating a second PDU run for C19 loads is a real space and cost saver.
• 0U Horizontal Mounting: Mounted horizontally, the VA1N3200 occupies zero rack units of usable equipment space — the unit installs in the rack's horizontal mounting channels or flat against the rear rail, keeping your full rack height available for active equipment. This matters in 42U cabinets where every rack unit is already allocated.
• Over-Current Protection: Built-in over-current protection trips before a fault condition can cascade across all 24 outlets. In a shared cabinet where multiple teams own equipment, this prevents a single misbehaving load from taking down the entire rack's power.
• On/Off Switch: The integrated on/off switch allows a controlled power cycle of the entire PDU without pulling the plug — useful during maintenance windows when you need to confirm equipment startup sequence without physically disconnecting the L6-30P from the wall receptacle.
• 3-Meter Cord: The 3m (approximately 9.8 ft) attached cord reaches from most overhead busway drops or floor-level 208V receptacles to the rear of a standard 600mm or 800mm-depth cabinet without extensions. Shorter cords are a chronic source of installation callbacks; 3m avoids most of them.
• 50/60 Hz Compatibility: Accepts both 50Hz and 60Hz AC input, so the same unit can be deployed in North American 60Hz datacenters and international 50Hz facilities without any hardware modification — useful for organizations managing distributed or colocation sites across regions.
• 0°C to 60°C Operating Range: The 60°C upper operating limit covers even poorly cooled edge or telecom deployments where ambient temperatures can spike. Most rack PDUs are rated to 45°C or 50°C; the extended upper limit gives headroom in hot-aisle-containment failures or temporary cooling outages.

Integration and Compatibility

The VA1N3200 is a basic (non-metered, non-switched) PDU, which means there is no network interface, no per-outlet switching, and no SNMP/Modbus integration. If your design requires remote outlet control or branch-circuit metering, you will need a managed or switched variant from the Vertiv rack PDU line. For environments where simplicity and reliability outweigh monitoring requirements — colocation suites with external BMS metering, edge closets without IT staff on-site, or secondary power feeds in A/B redundant designs — the basic tier is the right fit. Pair with a compatible rack power distribution infrastructure and ensure your upstream breaker or transfer switch is rated for the L6-30P 30A draw. For full rack power planning, see the power and UPS category for upstream conditioning options. When deploying in high-density rows, review your rack enclosure specifications to confirm 0U horizontal mounting compatibility with your cabinet's rail system.

Frequently Asked Questions

Q: What plug type does the VA1N3200 use, and what receptacle does it require at the wall?

A: The VA1N3200 ships with a NEMA L6-30P plug, which requires a NEMA L6-30R receptacle rated for 208–240V / 30A. This is the standard locking outlet found in most North American datacenter PDPs and transfer switches at the 30A 208V tier.

Q: How many C19 versus C13 outlets does the VA1N3200 provide?

A: The total outlet count is 24, consisting of a mix of C13 and C19 couplers. The exact C13-to-C19 ratio is not specified in the available evidence. Confirm the outlet layout with the Vertiv product datasheet before finalizing your power design.

Q: Can the VA1N3200 be used on a 240V circuit?

A: Yes. The nominal input voltage range is 200–240V, so the unit is compatible with both 208V three-phase-derived single-phase circuits common in North American datacenters and 230/240V single-phase supplies found in international facilities.

Q: Does the VA1N3200 provide per-outlet switching or remote power management?

A: No. The VA1N3200 is a basic PDU with no network interface, no per-outlet switching, and no remote management capability. It includes a single on/off switch that controls the entire unit. For remote outlet control or power monitoring, a managed or switched Vertiv PDU variant is required.

Q: What rack mounting options does the VA1N3200 support?

A: The VA1N3200 is rated 0U and mounts horizontally, fitting into the horizontal mounting channels at the top, bottom, or rear of standard rack enclosures. It does not consume vertical rack unit space, preserving full equipment bay height.

Q: What is the maximum operating temperature for the VA1N3200?

A: The VA1N3200 is rated for operation from 0°C to 60°C (32°F to 140°F), which exceeds the typical 45–50°C ceiling of many rack PDUs and provides additional margin in warm edge or telecom environments.

Ted Perry

The VA1N3200 is a unit I reach for when the design brief is 'give me reliable 30A 208V distribution across 24 outlets and stay out of my rack space.' The 0U horizontal form factor and the NEMA L6-30P input are a natural fit for standard datacenter rows where the upstream circuit is already in place — no surprises at install time.

Technical Highlights:

• 4.9kW at 30A / 208V: Running a 30A circuit to 80% NEC derate gives you a 24A continuous draw budget — roughly 5kW at 208V — which maps well to a half-populated blade chassis or a row of 2U rack servers without hitting the breaker.
• C13 + C19 Mixed Outlets (24 total): The dual-coupler layout is the spec detail that saves the most field time. You avoid the workaround of plug adapters or secondary PDU runs just to handle the C20 inputs on dual-corded servers or high-draw storage arrays.
• 60°C Operating Ceiling: Most basic PDUs are derated at 45–50°C. The 60°C rating means the VA1N3200 stays within spec during a partial cooling failure or in an edge cabinet without active airflow management — a margin that matters when you can't guarantee the thermal environment.

Deployment Considerations:

• Confirm your upstream breaker or transfer switch has a NEMA L6-30R receptacle before ordering — the L6-30P is a locking plug and incompatible with L5-30 or straight-blade 30A outlets without an adapter.
• This is a basic PDU: no metering, no switching, no network port. If your operations team needs per-outlet load data or remote reboot capability, spec a monitored or switched Vertiv variant instead — adding those features after installation is a PDU swap, not a firmware update.

The VA1N3200 is the right call for A/B redundant power designs in colocation environments where each PDU feeds one power supply path and external metering already covers branch-circuit monitoring — keep it simple, keep it reliable.