APC Galaxy VS 10kVA 400V 3-Phase UPS

APC Galaxy VS 10kVA 400V 3-Phase UPS

Brand: APC | Category: UPS & Power Protection

SKU: APC-GVSX10K400 | Part #: GVSX10K400 | MPN: GVSX10K400

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About the APC Galaxy VS 10kVA 400V 3-Phase UPS

The APC Galaxy VS 10kVA 400V 3-Phase UPS is a modular uninterruptible power supply engineered for large-scale data-center deployments and AI infrastructure environments requiring high availability and clean power delivery. Built on APC's proven Galaxy platform architecture, this unit combines input/output isolation transformers, advanced harmonic filtering, and modular power module design to support seamless capacity expansion from the 10kVA baseline upward, enabling phased infrastructure scaling without complete system replacement. The Galaxy VS series delivers true online double-conversion topology with 3-phase input and output, providing comprehensive protection against voltage sag, swell, transients, frequency variation, and complete power loss across multi-rack and distributed load scenarios typical of hyperscale compute environments.

Designed for AI infrastructure power conditioning, the Galaxy VS integrates real-time monitoring, predictable battery runtime, and hot-swappable power modules that enable planned maintenance without downtime. The modular architecture allows organizations to match UPS capacity precisely to growing loads—common in rapid AI deployment cycles—while the three-phase balanced input optimizes utility consumption and reduces neutral loading issues in high-density facilities. Advanced firmware supports integration with building management systems (BMS), predictive analytics dashboards, and remote management protocols essential for unmanned or distributed data-center operations.

Ideal for

  • Tier-3/Tier-4 data centers hosting GPU clusters and large language model inference workloads requiring continuous 10+ kVA per cabinet
  • Hyperscale AI training farms where modular expansion from 10kVA to 40+ kVA matches phased processor deployment without UPS replacement
  • Multi-building enterprise campuses consolidating critical compute on 400V 3-phase distribution infrastructure with synchronized backup
  • Financial trading platforms and real-time analytics clusters demanding sub-millisecond switchover and galvanic isolation from utility disturbances
  • Edge AI and inference endpoints in manufacturing facilities requiring 10kVA modular protection with remote battery health monitoring
  • Healthcare and research computing centers where uninterruptible precision compute aligns with regulatory uptime mandates and clean-power specifications

Technical specifications

ManufacturerAPC
ModelGalaxy VS 10kVA
CategoryThree-Phase Modular UPS
Rated Capacity10 kVA / 9 kW
Input Voltage400V 3-Phase (3PH+N+PE)
Input Frequency50 Hz ±5 Hz
Output Voltage400V 3-Phase (3PH+N+PE)
Output Frequency50 Hz ±0.1 Hz (synchronized to input, or fixed in battery mode)
TopologyOnline Double-Conversion (Voltage and Frequency Independent)
Efficiency≥95% (online mode, typical)
ScalabilityModular design supports expansion from 10kVA upward via additional power modules; industry standard frame supports up to 60+ kVA configurations
Power ModulesHot-swappable isolated power conversion modules; no UPS shutdown required for module replacement or capacity upgrade
Battery RuntimeConfigurable via external battery cabinet; typical full-load runtime 10–15 minutes (expandable with additional battery strings)
Transfer Time<4 ms (on battery mode/mains failure; synchronized)
Harmonic Distortion (THDi)<5% at rated load (3-phase balanced input)
Input Current (Full Load)Approximately 14.5A per phase at 400V 3PH
TransformersInput and output isolation transformers; neutral-to-ground bonding per IEC 61427 / EN 50091
CommunicationsSNMP, Modbus TCP, USB, optional Ethernet gateway for remote monitoring and management
DisplayLCD front panel with real-time input/output voltage, frequency, load percentage, battery status, and alarm indication
Physical DimensionsApproximate 600(W) × 700(H) × 800(D) mm (frame only; expandable with battery cabinet)
WeightApproximately 150 kg (UPS unit, batteries separate in external cabinet)
Operating Temperature0–40°C (optimal 20–25°C for battery life)
Storage Temperature-20–60°C
Humidity5–95% non-condensing
Launch DateQ1 2024

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.

Technical Specifications

BrandAPC
CategoryUPS & Power Protection
SKUAPC-GVSX10K400
Part NumberGVSX10K400
ConditionNew
ModelGalaxy VS 10kVA
Rated Capacity10 kVA / 9 kW
Input Voltage400V 3-Phase (3PH+N+PE)
Input Frequency50 Hz ±5 Hz
Output Voltage400V 3-Phase (3PH+N+PE)
Output Frequency50 Hz ±0.1 Hz (synchronized to input, or fixed in battery mode)
TopologyOnline Double-Conversion (Voltage and Frequency Independent)
Efficiency≥95% (online mode, typical)
ScalabilityModular design supports expansion from 10kVA upward via additional power modules; industry standard frame supports up to 60+ kVA configurations
Power ModulesHot-swappable isolated power conversion modules; no UPS shutdown required for module replacement or capacity upgrade
Battery RuntimeConfigurable via external battery cabinet; typical full-load runtime 10–15 minutes (expandable with additional battery strings)
Transfer Time<4 ms (on battery mode/mains failure; synchronized)
Harmonic Distortion (THDi)<5% at rated load (3-phase balanced input)
Input Current (Full Load)Approximately 14.5A per phase at 400V 3PH
TransformersInput and output isolation transformers; neutral-to-ground bonding per IEC 61427 / EN 50091
CommunicationsSNMP, Modbus TCP, USB, optional Ethernet gateway for remote monitoring and management
DisplayLCD front panel with real-time input/output voltage, frequency, load percentage, battery status, and alarm indication
Physical DimensionsApproximate 600(W) × 700(H) × 800(D) mm (frame only; expandable with battery cabinet)
WeightApproximately 150 kg (UPS unit, batteries separate in external cabinet)
Operating Temperature0–40°C (optimal 20–25°C for battery life)
Storage Temperature-20–60°C
Humidity5–95% non-condensing
Launch DateQ1 2024