The MGE Galaxy 3500 G35T15KF4B4S is the ultimate enterprise UPS solution for mission-critical facilities requiring uncompromising power protection. This advanced double conversion UPS delivers:
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True double conversion online technology providing zero transfer time and pure sine wave output
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15kVA tower UPS design optimized for enterprise environments without rack constraints
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3-phase power support ensuring balanced load distribution and maximum efficiency
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Modular battery configuration enabling scalable runtime and simplified maintenance
Key Features
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Double conversion online UPS technology delivering continuous power conditioning
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15kVA/12kW power capacity supporting demanding enterprise applications
- Robust tower UPS form factor for floor-standing installations
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3-phase input and output for optimal power efficiency and load balancing
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Modular battery design allowing flexible runtime configurations
- Advanced enterprise power protection with comprehensive monitoring capabilities
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Hot-swappable components minimizing maintenance downtime
- Intelligent networkable UPS management with SNMP connectivity
Technical Specifications
| Manufacturer |
MGE (Schneider Electric) |
| Model Number |
G35T15KF4B4S |
| Type |
Double Conversion Online UPS |
| Power Capacity |
15kVA / 12kW |
| Form Factor |
Tower (Floor Standing) |
| Input Configuration |
3-phase + neutral |
| Output Configuration |
3-phase + neutral |
| Input Voltage |
400V AC ±20% |
| Output Voltage |
400V AC ±2% |
| Frequency Range |
50/60 Hz ±5% |
| Battery Type |
VRLA (modular configuration) |
| Backup Time |
5-30 minutes (depending on load and battery modules) |
| Efficiency |
Up to 94% in online mode |
| Power Factor |
0.8 lagging to 0.8 leading |
| Display |
LCD with comprehensive status indicators |
| Communication |
RS232, dry contacts, optional SNMP |
| Dimensions (HxWxD) |
72" x 24" x 32" |
| Weight |
Approximately 850 lbs (with batteries) |
| Operating Environment |
32-104°F (0-40°C), 0-95% humidity |
| Certifications |
CE, UL, cUL, FCC Part 15 Class A |
| Compatible Applications |
Data centers, hospitals, manufacturing, telecommunications |
Frequently Asked Questions
Q: What are the advantages of double conversion UPS technology?
A: The double conversion online UPS provides continuous power conditioning by converting AC to DC and back to AC, ensuring zero transfer time during outages and delivering pure sine wave output. This enterprise UPS technology eliminates all power disturbances and provides the highest level of protection for critical equipment.
Q: Why choose a tower UPS over rack-mounted alternatives?
A: The tower UPS design offers several advantages including easier installation in non-rack environments, better heat dissipation, simplified maintenance access, and the ability to accommodate larger battery configurations. This makes it ideal for enterprise facilities without dedicated server rooms.
Q: How does 3-phase power benefit enterprise applications?
A: 3-phase power systems provide more efficient power distribution, reduced cable costs, better load balancing, and higher power density compared to single-phase systems. This enterprise power protection is essential for high-capacity applications and ensures optimal equipment performance.
Q: What makes the battery system modular?
A: The modular battery design allows you to configure runtime by adding or removing battery modules based on your specific requirements. This flexibility enables cost-effective initial deployment with the ability to expand backup time as needs grow, while simplifying battery replacement and maintenance.
Q: Can this UPS be monitored remotely?
A: Yes, this networkable UPS supports comprehensive remote monitoring through SNMP connectivity, RS232 communication, and dry contact interfaces. This enables integration with building management systems and provides real-time status monitoring, alarm notifications, and remote shutdown capabilities.
Q: What types of facilities benefit most from this UPS?
A: This enterprise UPS is ideal for mission-critical facilities including data centers, hospitals, manufacturing plants, telecommunications facilities, and financial institutions where power quality and reliability are paramount. The high capacity and 3-phase design make it suitable for protecting servers, network equipment, medical devices, and industrial control systems.
