APC MGE Galaxy 3500 15 kVA Tower UPS

Experience mission-critical protection with the APC MGE Galaxy 3500 15 kVA Tower UPS, a centralized 3-phase power protection solution built for demanding commercial, technical, and industrial environments. As part of the trusted MGE Galaxy family, this UPS integrates robust hardware, advanced bypass options, and scalable runtime to deliver maximum uptime for servers, networking gear, CNC controls, and other critical loads. The 15 kVA rating provides ample headroom to manage present loads while offering room to grow; the tower footprint is designed to fit generous facilities or be deployed in compact data centers without sacrificing performance. Dual-mains input ensures continuous operation even if one power source experiences disturbances, while automatic and maintenance bypasses allow service work to proceed without interrupting critical loads. The Galaxy 3500 is engineered with energy efficiency in mind, supporting remote monitoring, and seamless integration with APC management software, helping you optimize energy use, track battery health, and plan for future capacity. This UPS is well suited for data centers, laboratories, manufacturing floors, and large office environments where reliability and uptime are non-negotiable.

• Centralized 3-phase protection for critical loads, delivering clean, stable power to servers, software-defined infrastructure, and industrial controllers. The Galaxy 3500 ensures precise voltage regulation and reliable performance under varied supply conditions, helping extend the life of sensitive equipment and minimize downtime.
• Dual-mains input for enhanced reliability, enabling continuous operation even when one power source experiences fluctuations or maintenance. This design reduces the risk of unexpected outages and supports seamless transitions between power sources without affecting connected equipment.
• Automatic and maintenance bypasses that allow safe, uninterrupted maintenance and serviceability. In the event of a fault or scheduled maintenance, bypass modes keep critical loads online while technicians work on the UPS, preserving uptime and simplifying daily operations.
• Scalable runtimes and modular design with battery cabinets to match evolving load profiles and expansion plans. As your facility grows or workload demands change, you can add battery capacity to extend runtime and ensure ongoing protection for vital systems.
• Tower form factor with a compact footprint, quiet operation, and easy integration with facility power management and energy efficiency programs. The chassis is designed for flexible placement in data centers, server rooms, or technical facilities with straightforward maintenance access.

Technical Details of APC MGE Galaxy 3500 15 kVA Tower UPS

• Power rating: 15 kVA / approximately 12 kW (at 0.8 power factor)
• Topology: Online, double-conversion to provide clean output and precise voltage/frequency regulation
• Input configuration: Dual-mains input for redundancy and high availability
• Output configuration: 3-phase power distribution suitable for data centers, laboratories, and industrial facilities
• Bypass: Automatic and maintenance bypass capabilities to enable safe servicing without interrupting loads
• Runtime extension: Scalable runtimes via optional battery cabinets to match load profiles
• Communications: Built-in management interfaces with compatibility for APC UPS management software and remote monitoring

How to install APC MGE Galaxy 3500 15 kVA Tower UPS

Preparation is key to a successful installation. Begin by selecting a clean, climate-controlled equipment room with adequate ventilation and temperature control to protect electronics and batteries. Verify that the floor is level and rated to support the weight of the UPS, any battery cabinets, and connected loads. Confirm there are appropriate clearances around the unit for service access and proper cooling airflow. Position the UPS in a dedicated, secure space away from potential hazards and ensure proper grounding in accordance with local electrical codes.

Connect dual-mains inputs to separate, appropriately protected electrical feeds to maximize reliability. Use dedicated circuits and ensure proper circuit breakers or fuses are in place to prevent accidental overload. Route output cables to distribution boards or rack-mounted equipment, taking care to maintain clean cable management and avoid interference with other devices. If you plan to extend runtime, install compatible battery cabinets as specified by the manufacturer and connect them according to the wiring diagrams provided in the installation manual.

Once physical connections are complete, initialize the UPS and perform a basic self-test to verify that the unit powers up correctly and that the automatic bypass engages as expected. Configure monitoring and management tools by enabling the recommended communication interfaces (such as USB, RS-232, or SNMP) and register the device within your centralized power management software. Set alert thresholds for high-priority events, battery health, and impending end-of-life notifications. Finally, schedule routine tests, battery health checks, and maintenance windows to maintain peak performance and extend the life of the UPS and its batteries.

Frequently asked questions

• Q: Is the APC MGE Galaxy 3500 15 kVA Tower UPS suitable for data centers?

  A: Yes. Its centralized 3-phase protection, dual-mains input, automatic and maintenance bypasses, and scalable runtimes make it ideal for data centers, server rooms, and other mission-critical facilities requiring high uptime and reliable power.

• Q: Can I extend the runtime of this UPS?

  A: Yes. Runtime can be extended with additional battery cabinets and modular configurations to match evolving load profiles and business continuity needs.

• Q: What management options are available?

  A: The Galaxy 3500 supports built-in management interfaces and integrates with APC UPS management software for remote monitoring, event alerts, and battery health tracking.

• Q: How does dual-mains input improve reliability?

  A: Dual-mains input provides redundancy by allowing the UPS to be fed from two independent power sources, reducing the risk of downtime during utility disturbances or maintenance on one feed.

• Q: What environments is this UPS designed for?

  A: It is designed for commercial facilities, technical environments, and industrial applications where robust 3-phase protection and scalable protection are needed to safeguard critical equipment.