Vertiv AS3B0NCYGNNXLKB 10kVA Scalable UPS with N+1 Redundancy
Overview
The Vertiv AS3B0NCYGNNXLKB is a 10kVA / 9.0kW hardwire UPS engineered for mid-size commercial and critical infrastructure deployments where both capacity growth and power continuity are non-negotiable. At 10kVA today and scalable to 15kVA / 13.5kW without swapping the unit, this system is purpose-built for facilities that expect load to increase — server rooms, network closets, surveillance infrastructure, or industrial automation edge sites that need headroom baked in from day one. The N+1 redundancy architecture means one more unit than the minimum required load can be deployed, so if any single module fails, the load transfers without interruption. That distinction matters when downtime has a dollar figure attached to it.
Hardwire input and output (L-L-G) is the right topology for commercial installs where you are not running to a standard receptacle — this integrates directly into facility electrical infrastructure and supports Optional Power Distribution (PODs) on the output side, giving the electrician and integrator flexibility to distribute power to racks or equipment panels without a separate PDU chassis in every case.
Key Features
- 10kVA / 9.0kW Rated Capacity: Handles real commercial loads — a full mid-density server rack, a multi-camera NVR stack with PoE switches, or a mixed AV/security head-end — without running the UPS near its thermal ceiling. Operating with margin extends battery life and reduces heat stress on internal components.
- Scalable to 15kVA / 13.5kW: Vertiv's scalable architecture means you are buying into a platform, not a fixed box. When load grows — additional servers, expanded surveillance channels, added automation endpoints — capacity can be increased within the same unit rather than deploying a second system. That is a meaningful capital planning advantage for five-year facility roadmaps.
- N+1 Redundancy Support: Deploying this unit as part of an N+1 configuration eliminates single-point-of-failure risk at the UPS layer. For any environment where the cost of a power event exceeds the cost of the redundant unit, N+1 is the specification to write in — not a luxury.
- 21-Minute Full-Load Runtime: At the AS3B0NCYGNNXLKB's full 10kVA draw, internal batteries sustain load for 21 minutes — enough time for an orderly shutdown of virtualized workloads, completion of an in-progress video export, or a generator transfer to stabilize. This is the differentiating runtime spec in the 10kVA tier of this product family; the lower-battery sibling AS3B0NCVGNNXLKB delivers only 5 minutes at full load.
- 51-Minute Half-Load Runtime: Running at 5kVA / 4.5kW — a realistic steady-state for a partially populated rack — extends runtime to 51 minutes. For surveillance installations where cameras and NVRs consume less than peak nameplate, this is the operationally relevant number to cite in a power continuity design.
- Hardwire Input (L-L-G): No receptacle dependency means clean integration into building electrical distribution. Ideal for facilities with dedicated UPS branch circuits, where you want the UPS bolted into the panel topology rather than plugged into an outlet strip.
- Optional POD Output Expansion: Output-side Power Distribution Option (POD) support means downstream distribution is configurable for the specific rack or equipment layout — an important flexibility for deployments where outlet types, circuit counts, or load groupings vary by row or cabinet.
Integration and Compatibility
The AS3B0NCYGNNXLKB sits in a product family that spans 5kVA through 20kVA across two frame sizes (AS3 and AS4), with battery options ranging from 5-minute to extended runtime variants. The AS3 frame covers up to 15kVA scalable; the AS4 frame extends to 20kVA scalable at 20kW. When sizing alongside this unit, the 5kVA AS3A0NCYGNNXLKB and 15kVA AS3C variants provide direct family continuity — a consistent hardwire/POD integration profile across load tiers simplifies multi-room or multi-floor deployments managed by the same facilities team. Output POD compatibility should be confirmed against the specific POD part numbers from Vertiv's configuration guide before ordering distribution accessories.
For uninterruptible power supplies in the commercial and critical infrastructure segment, integrators should evaluate the full Vertiv power protection line to match frame size, runtime tier, and scalability ceiling to the actual five-year load projection — not just today's draw. Pairing with a power distribution unit on the output side is straightforward when using the Optional POD configuration. For facilities with generator backup, the 21-minute full-load runtime provides adequate transfer time for most auto-transfer switch (ATS) sequences. If your ATS or generator has a longer stabilization window, consider the extended-battery configuration in this family.
Frequently Asked Questions
Q: What is the runtime of the AS3B0NCYGNNXLKB at full load versus half load?
A: At full 10kVA / 9.0kW load, the AS3B0NCYGNNXLKB delivers 21 minutes of runtime. At half load (approximately 5kVA / 4.5kW), runtime extends to 51 minutes. The actual runtime in your installation will depend on the connected load at the time of a power event.
Q: What is the maximum capacity this unit can scale to?
A: The AS3B0NCYGNNXLKB scales to 15kVA / 13.5kW within the same AS3 frame. This allows capacity expansion without replacing the base unit, provided the upgrade path follows Vertiv's supported configuration for this model series.
Q: What wiring method does the AS3B0NCYGNNXLKB require for input and output?
A: Both input and output are hardwire connections (L-L-G configuration). This is not a receptacle-based unit — installation requires a licensed electrician to wire the unit into the facility's electrical distribution. Output also supports Optional PODs for downstream power distribution.
Q: How does the AS3B0NCYGNNXLKB support N+1 redundancy?
A: N+1 redundancy means one additional UPS unit beyond the minimum required to carry the total load is deployed. If one unit in the group faults, the remaining units absorb the load without interruption. The AS3B0NCYGNNXLKB is configured to participate in N+1 deployments within this product family.
Q: How does this model differ from the AS3B0NCVGNNXLKB at the same 10kVA rating?
A: Both units share the 10kVA / 9.0kW rating and the same scalability to 15kVA. The key difference is battery capacity: the AS3B0NCVGNNXLKB delivers 5 minutes at full load and 15 minutes at half load, while the AS3B0NCYGNNXLKB provides 21 minutes at full load and 51 minutes at half load. Choose based on your required runtime window for safe shutdown or generator transfer.
Q: Can the AS3B0NCYGNNXLKB be used in a surveillance or security infrastructure deployment?
A: Yes. The 10kVA / 9.0kW output capacity is appropriate for mid-size surveillance head-ends, NVR stacks with PoE switches, and access control infrastructure. The 21-minute full-load runtime is sufficient for orderly system shutdown or generator transfer in most security operations center configurations. Output PODs can be configured to match the specific outlet and circuit requirements of the security equipment rack.
The spec that drives most buying decisions in this tier is runtime, and the AS3B0NCYGNNXLKB lands in a meaningfully different position than its 5-minute-battery sibling: 21 minutes at full 10kVA draw gives you a real operational window, not just a transfer buffer. For sites running NVRs, edge compute, or access control panels that need a clean shutdown sequence rather than a hard cut, that difference is the reason to specify this model over the AS3B0NCVGNNXLKB.
Technical Highlights:
- 21-Min Full-Load / 51-Min Half-Load Runtime: The battery tier in this configuration delivers 4x the full-load runtime of the base battery option in the same 10kVA frame — a direct result of the higher-capacity internal battery pack. At 51 minutes half-load, most managed shutdown scripts complete multiple cycles before the batteries reach critical.
- Scalable to 15kVA / 13.5kW: The AS3 frame accommodates growth from 10kVA to 15kVA without a forklift swap. For facilities doing phased buildouts — adding camera channels, expanding server density, or growing AV infrastructure over 18–36 months — this is a capital efficiency argument, not a marketing one.
- Hardwire L-L-G Input and Optional POD Output: Hardwire integration bypasses the outlet-count and amperage constraints of receptacle-based UPS systems. Optional PODs on the output side mean you can configure downstream distribution to match your rack layout rather than adapting the rack to fixed outlet types.
Deployment Considerations:
- Hardwire input and output requires a licensed electrician for commissioning — factor this into project timelines for new installations or retrofits. This is not a plug-and-play deployment.
- The scalability ceiling is 15kVA within the AS3 frame. If your five-year load projection exceeds 15kVA, evaluate the AS4 frame family (which scales to 20kVA / 18.0kW) from the outset — retrofitting to a larger frame later involves replacing the base unit.
The AS3B0NCYGNNXLKB is the right specification for a mid-size security operations center or network equipment room where runtime window matters more than minimizing upfront battery cost — specifically, any site where the shutdown procedure for virtualized recorders or access control software takes longer than five minutes to execute cleanly.
