APC by Schneider Electric Galaxy vs UPS 60KW 400V 3 Internal 9AH Smart Modular - GVSUPS60KB5HS

APC by Schneider Electric GVSUPS60KB5HS Galaxy VS 60kW 400V 3-Phase Online UPS

Overview

The APC by Schneider Electric GVSUPS60KB5HS is a 60kW (60 kVA) 3-phase online double-conversion UPS built for data centers, large server rooms, industrial automation environments, and critical infrastructure where a power interruption — even a microsecond one — is not an option. Unlike line-interactive designs that only condition power during disturbances, the Galaxy VS continuously regenerates a clean sine-wave output, isolating every connected load from the raw utility at all times. That architecture is the correct choice when your equipment can't tolerate voltage sags, harmonic distortion, or frequency drift on the input side.

With a 1.0 output power factor, the GVSUPS60KB5HS delivers its full rated 60,000 W of real power — not a derated figure. Many 60 kVA UPS units from this class carry a 0.9 PF, yielding only 54kW usable. The 1.0 PF matters if your load is dense with modern switch-mode power supplies, blade server chassis, or high-density GPU nodes, all of which present near-unity load characteristics and benefit from the full nameplate wattage being available.

Key Features

• Double-Conversion (Online) Topology: The load never touches raw utility power — it runs exclusively on the UPS inverter output at all times. This eliminates transfer time switching entirely, which is critical for equipment that trips on even a 4ms gap during switchover events common in line-interactive designs.
• 60kW / 60 kVA at Unity Power Factor: Full 60,000 W of usable output — no derating. If you're sizing for 55kW of IT load, this unit covers it without requiring the next chassis up. That 1.0 output power factor directly reduces the capital cost of over-provisioning.
• True Sine-Wave Output: Inverter output is a clean sine wave with output voltage THD held to 3% or better under linear load conditions. Sensitive equipment — medical imaging, industrial PLCs, test instrumentation — requires this; a modified-sine design is not a substitute here.
• Wide Input Voltage Range (340–460V): The GVSUPS60KB5HS accepts 3-phase input anywhere from 340V to 460V without switching to battery. In facilities with fluctuating utility feeds or long cable runs that introduce voltage drop, this input window keeps the unit on utility power and preserves battery runtime for actual outages rather than brownout correction.
• High Input Power Factor (0.99): The unit draws near-unity current from the utility feed, which means minimal reactive current and reduced demand charges on your electricity bill. It also puts less harmonic stress on upstream transformers and switchgear — a meaningful consideration in shared electrical infrastructure.
• 3-Phase Input and Output (3Ø/3Ø): Designed specifically for 3-phase distribution environments. Connects directly to 400V 3-phase bus infrastructure typical in European and international data center designs, large telecom facilities, and industrial automation panels. Not intended for single-phase applications.
• Wide Input Frequency Acceptance (40–70 Hz): Accepts input frequencies from 40 to 70 Hz, making this unit compatible with generator sets that may not be perfectly regulated at 50 Hz during spin-up, and suitable for cross-region deployments where grid frequency standards differ.
• Modular Battery Architecture (3 Internal 9Ah Smart Strings, Expandable): Ships with three internal 9Ah smart modular battery strings. The modular design supports hot-swap battery replacement — meaning you can swap strings without taking the load offline. The expandable architecture allows runtime extension by adding strings as your runtime requirements grow, without replacing the UPS chassis.
• Maximum Output Current of 108A: At 400V 3-phase output, the 108A maximum current rating supports high-density distribution without requiring an intermediate transformer or additional current-limiting equipment in most standard facility designs.
• Crest Factor 2.5:1: Handles non-linear loads — equipment with high peak current draws relative to their RMS current — without clipping the output waveform. Switch-mode power supplies, variable-frequency drives, and UPS-fed distribution panels all present non-linear loads; a 2.5:1 crest factor provides adequate headroom for real-world mixed loads.
• Heat Dissipation 7,103 BTU/h: Plan for approximately 7,100 BTU/h of heat output at full load when sizing your cooling infrastructure. In a 40°C ambient environment or in a hot-aisle containment arrangement, this thermal load must be accounted for in your CRAC/CRAH capacity calculations to avoid thermal runaway adjacent to the unit.

Integration & Compatibility

The Galaxy VS line is designed to integrate with APC's EcoStruxure IT and Data Center Expert platforms for remote monitoring, environmental alerting, and predictive battery health reporting. The GVSUPS60KB5HS supports network management card insertion for SNMP, Modbus, and BACnet connectivity — enabling integration with building management systems (BMS) and data center infrastructure management (DCIM) software. The 3-phase 400V output configuration is directly compatible with international PDUs and busway systems rated for that voltage class. Verify your downstream distribution equipment — PDUs, transfer switches, static bypass panels — is rated for the 108A maximum output current before finalizing the installation design.

For UPS systems at this power class, always confirm your facility's upstream breaker and cable sizing against the 108A figure with a licensed electrical engineer — the APC Galaxy VS series is a commercial-grade unit that requires proper site preparation. If you are evaluating power distribution units to pair with this UPS, ensure the PDU input rating matches the 400V 3-phase output of the GVSUPS60KB5HS. For facilities requiring a network management card for remote monitoring, verify the correct NMC model for Galaxy VS compatibility before ordering separately.

Frequently Asked Questions

Q: What is the difference between the 60 kVA and 60 kW ratings on the GVSUPS60KB5HS?

A: Because the GVSUPS60KB5HS has a unity (1.0) output power factor, the kVA and kW figures are identical at 60kW / 60 kVA. In UPS units with a 0.9 output power factor, a 60 kVA unit only delivers 54kW of real power. This unit delivers the full 60,000 W to your load, with no derating.

Q: Can the GVSUPS60KB5HS operate on a generator?

A: Yes. The wide input frequency acceptance range of 40–70 Hz accommodates generator sets that may fluctuate during spin-up or under varying load. The wide input voltage window (340–460V) further reduces the likelihood of the unit switching to battery during generator voltage transients.

Q: Is the battery in the GVSUPS60KB5HS hot-swappable?

A: The GVSUPS60KB5HS ships with three internal 9Ah smart modular battery strings. The modular architecture supports hot-swap replacement, meaning battery strings can be exchanged without powering down the load. Confirm hot-swap procedures with the installation documentation before attempting field replacement.

Q: What input voltage range does the GVSUPS60KB5HS support?

A: The unit accepts 3-phase input voltages from 340V to 460V, covering standard 400V international utility feeds and accommodating facilities with variable or degraded utility supply without switching to battery unnecessarily.

Q: What cooling capacity do I need to account for with this UPS?

A: At full load, the GVSUPS60KB5HS dissipates 7,103 BTU/h. Factor this into your room or row-level cooling design. In high-ambient environments or hot-aisle containment configurations, insufficient cooling adjacent to the unit can accelerate battery degradation and reduce component lifespan.

Q: What is the output voltage THD of the GVSUPS60KB5HS?

A: Output voltage Total Harmonic Distortion is rated at 3% under linear load conditions. This level of output power quality is suitable for sensitive equipment including industrial PLCs, medical instrumentation, and precision test equipment that specifies low THD requirements.

James Everett

The GVSUPS60KB5HS is the unit I recommend when a customer is moving into true 3-phase critical power territory and wants to avoid the classic mistake of buying a 60 kVA UPS that only delivers 54kW usable. The unity output power factor here is not a marketing number — it's the spec that determines whether your load budget actually closes without oversizing to the next chassis tier.

Technical Highlights:

• Unity Output Power Factor (1.0): Full 60,000 W delivered to the load — compare this to a 0.9 PF competitor at 60 kVA that caps out at 54kW. The 6kW headroom difference is meaningful in dense compute deployments and can eliminate the need for a second UPS in borderline-capacity scenarios.
• Input Power Factor 0.99: Near-unity input PF means the facility's upstream electrical infrastructure — transformers, switchgear, cabling — sees minimal reactive current burden. In environments with shared electrical infrastructure across multiple tenants, this directly reduces harmonic impact on neighbors upstream.
• Output THD ≤3%: With output voltage THD held at 3%, this UPS meets the power quality requirements for sensitive industrial and scientific equipment. Sites running CNC machinery, precision test benches, or medical-grade instruments alongside IT loads will appreciate that the output is measurably cleaner than most utility feeds.

Deployment Considerations:

• At 108A maximum output current on a 400V 3-phase bus, upstream breaker sizing and cable cross-section must be engineered to local electrical code before installation — this is not a plug-and-play unit. Engage a licensed electrical engineer for the distribution design before the equipment arrives on site.
• The 7,103 BTU/h heat dissipation at full load is a firm number to hand to your mechanical engineer. Facilities that retrofit this unit into an existing room without recalculating CRAC capacity often find the battery strings degrading faster than expected due to elevated ambient temperatures — batteries in this class are sensitive to sustained heat above their rated operating envelope.

For a colocation edge node, a manufacturing automation control room, or a mid-size enterprise data center running a 400V bus, the GVSUPS60KB5HS fills the 60kW class correctly — particularly when upstream generator compatibility and modular battery serviceability are non-negotiable site requirements.