APC by Schneider Electric Smart-UPS 15kW Tower UPS

Protecting critical equipment and ensuring continuous operation is the core promise of the APC Smart-UPS 15kW Tower UPS. This modular, ultra-tower power protection solution blends robust reliability with scalable capacity, designed to grow with your infrastructure without sacrificing footprint or performance. Ideal for data centers, enterprise IT rooms, healthcare facilities, and industrial environments, this UPS delivers dependable, clean power for sensitive electronics, servers, networking gear, and control systems. With modular expansion through hot-swappable power modules and battery packs, you can start with 15 kW of single-phase protection and scale up to 20 kW as demand increases, all while maintaining a compact, space-saving footprint and straightforward maintenance. It’s engineered to minimize downtime, extend runtime, and simplify management—so you can focus on uptime, not power problems.

• Scalable power for future growth: Begin with 15 kW of single-phase protection and seamlessly scale to 20 kW by adding modular power modules. This scalable approach lets you align power capacity with evolving loads, avoiding costly upgrades or replacements as your systems expand.
• Flexible, space-saving design: The Ultra Tower form factor is designed to fit diverse environments—from compact IT closets to data-center edge locations—while providing available U-space for expansion. Its lighter, more powerful modular architecture frees up enclosure space and simplifies installation.
• Reliable protection for critical loads: With online double-conversion topology, the UPS continuously converts power, delivering a clean sine wave to sensitive equipment. This isolation from input disturbances safeguards servers, storage, networking gear, and industrial controls from outages, voltage sags, and transients.
• Advanced monitoring and remote management: A built-in LCD interface, plus USB and RS-232 connectivity, and optional Network Management Card compatibility, give you comprehensive visibility. Real-time status, event logs, automatic self-tests, and graceful shutdowns help IT staff respond quickly and keep systems online.
• Efficient operation and easy serviceability: High-efficiency operation across varying loads reduces energy waste, while modular, hot-swappable components simplify maintenance. Battery modules and power modules can be replaced or upgraded without taking the entire system offline, minimizing downtime.

Technical Details of APC by Schneider Electric Smart-UPS 15kW Tower UPS

• Model: APC Smart-UPS Modular Ultra Tower
• Power rating: 15 kW, single-phase, with scalable expansion up to 20 kW via modular extensions
• Topology: Online double-conversion (double conversion) for continuous, clean output regardless of input conditions
• Input voltage: Configurable by region (typical options include 208/240 VAC single-phase)
• Output waveform: Precise sine wave with high power factor suitable for sensitive equipment
• Output capacity: Flexible outlets and hardwired connections to support critical loads; supports runtime expansion through external modules
• Form factor: Tower with optional mounting kits; scalable with hot-swappable modules to maximize uptime
• Battery system: Hot-swappable battery modules designed to extend runtime and simplify maintenance
• Communication: USB, RS-232, and optional Network Management Card for remote monitoring and control
• Management and monitoring: LCD interface plus software support for shutdown automation, alerting, and device health tracking
• Environmental specs: Designed for data centers and IT rooms with operating ranges that accommodate typical server-room conditions

How to install APC by Schneider Electric Smart-UPS 15kW Tower UPS

Installing the Smart-UPS 15kW Tower is a structured process designed to deliver reliable protection from day one. Begin by planning a stable location with adequate airflow, vibration-free mounting, and access for routine maintenance. Consider whether you’ll deploy the tower as a stand-alone unit or with rack-mount adapters to optimize space and cable routing. Prepare the necessary electrical protections, grounding, and room conditions before you start wiring. The following steps outline a recommended approach to installation and commissioning:

• Plan the site: Select a well-ventilated area away from heat sources, with enough clearance for service access, battery modules, and ventilated air paths. Verify that the surface is level and capable of supporting the combined weight of the UPS and attached modules.
• Unpack and inventory: Inspect the shipment for all components, including the UPS unit, modular power modules, external battery modules, mounting hardware, cables, and documentation. Report any damages immediately.
• Position and secure: Place the UPS in the chosen location with the front panel accessible for monitoring. If using a tower-to-rack configuration, install the appropriate mounting kit and secure the unit to the rack or floor per the manufacturer’s instructions.
• Connect input power: Use a dedicated circuit with appropriate overcurrent protection and grounding. Connect the UPS input to a suitable power source, ensuring compatibility with regional voltage requirements.
• Link modular components: Install any modular power modules and external battery modules according to the installation guide. Connect interlinks and cable harnesses to enable coordinated control and runtime expansion.
• Connect protected loads: Route critical devices through the UPS outlets or relays as specified. Separate non-critical devices to minimize load conflicts and optimize runtime distribution for essential systems.
• Enable management interfaces: Attach USB and RS-232 cables to a management workstation. If you plan remote monitoring, install the Network Management Card and configure IP settings, alerts, and user access.
• Power-on and configure: Turn on the system and perform a built-in self-test via the LCD panel. Configure load settings, notification thresholds, shutdown policies, and any integration with virtualization platforms or data-center infrastructure management (DCIM) tools.
• Verify operation: Check for stable output, confirm that runtime modules engage as loads ramp, and validate that management software shows accurate health data. Run an extended battery test to verify runtime estimates and charging behavior.

Frequently asked questions

• Q: What loads can the 15kW Tower UPS protect?
  A: It protects critical IT gear, servers, storage arrays, networking equipment, and control systems. With runtime expansion, you can extend protection for larger or additional devices during outages.
• Q: Can I scale from 15 kW to 20 kW?
  A: Yes. The system is designed for modular expansion with additional power modules, allowing you to increase capacity without replacing the core unit.
• Q: What management options are available?
  A: The UPS includes a built-in LCD for local status and configuration, plus USB and RS-232 ports. An optional Network Management Card enables remote monitoring and control across your network.
• Q: Is this UPS suitable for data centers?
  A: Yes. Its modular, scalable design and robust protection make it appropriate for data-center edge deployments, server rooms, and mission-critical workloads requiring high availability.
• Q: How is battery maintenance handled?
  A: Battery modules are hot-swappable for easy replacement and runtime expansion. Battery health can be monitored via the management interfaces, and regular self-tests help ensure readiness.