Eaton FERRUPS 18kVA Tower UPS

The Eaton FERRUPS 18kVA Tower UPS delivers proven, ferroresonant battery backup power and scalable runtimes for mission-critical environments where every second counts. Designed for demanding installations such as 911 call centers, global military facilities, and marine vessels, this robust UPS system offers unmatched reliability, precision power conditioning, and long-term protection against outages, sags, and surges. With its highly configurable architecture, operators can tailor voltages, frequencies, runtimes, power cords, and receptacles to fit global grids and specialized equipment, ensuring seamless integration into diverse infrastructures. The FERRUPS combines ferroresonant technology with rugged construction to provide stable, clean power and rapid recovery from disturbances, supporting critical operations around the world with minimal downtime and maximal uptime.

• Unmatched reliability for critical loads: Ferroresonant technology delivers a consistently stable output voltage, reducing voltage fluctuations that could affect sensitive equipment. This exceptional power discipline minimizes outages and equipment wear, making it ideal for life-safety systems, control rooms, and communications networks. In environments where uptime is non-negotiable, the FERRUPS acts as a steadfast pillar of resilience, maintaining system integrity even during grid disturbances or interim power issues.
• Global configurability and flexibility: The UPS is engineered to accommodate a wide range of voltages, frequencies, and receptacle configurations, enabling seamless operation across international sites. Whether you’re aligning with 120/208 V, 230 V, or other utility standards, this unit can be tuned to your exact electrical backbone. This versatility simplifies procurement, reduces installation risk, and ensures consistent performance in multi-site deployments, military facilities, ships, and emergency response centers.
• Scalable runtimes with modular battery options: Runtime scalability allows you to start with a compact footprint and expand power resilience as needs evolve. Optional external battery modules and intelligent battery management maximize runtime for long-duration outages or mission-critical contingency plans. The ability to scale without replacing the entire system translates to lower total cost of ownership and easier long-term planning for critical missions.
• Rugged, space-efficient tower design: Built to endure challenging environments, the tower UPS offers a compact footprint with a sturdy chassis that supports reliable operation in control rooms, aboard vessels, or on-site facilities. The design emphasizes easy maintenance access, clean airflow, and robust connectivity, helping technicians service the unit quickly while minimizing downtime during critical events.
• Flexible receptacle options and cable configurations: A broad selection of power cords and receptacles accommodates diverse equipment footprints and installation constraints. This flexibility simplifies integration with servers, communications gear, or medical consoles, reducing the need for custom cabling and streamlining upgrade paths for evolving technology stacks.

Technical Details of Eaton FERRUPS 18kVA Tower UPS

• Model and purpose: Eaton FERRUPS 18kVA Tower UPS designed for ferroresonant backup power with scalable runtimes and versatile configurations to support critical installations.
• Topology and power discipline: Ferroresonant UPS technology provides precise voltage regulation and robust transient handling, delivering clean power to sensitive electronics even under abnormal grid conditions.
• Form factor and mounting: Tower configuration that fits compact spaces while maintaining easy access for maintenance and serviceability in control rooms, ships, and field deployments.
• Configurability: Highly adaptable to global electrical standards with options for varied input/output voltages, frequencies, and receptacle arrangements to match local grids and equipment needs.
• Connectivity and compatibility: Supports a wide range of cords, adapters, and outlets to accommodate diverse equipment portfolios and installation scenarios, simplifying integration with existing infrastructure.

How to install Eaton FERRUPS 18kVA Tower UPS

Follow these practical steps to install and commission the FERRUPS 18kVA Tower UPS in a safe, compliant manner that maximizes uptime and reliability.

• 1. Prepare the installation site: select a clean, well-ventilated area with sufficient clearance for ventilation, maintenance access, and cable routing. Ensure the floor is level and capable of supporting the weight of the UPS and any attached battery modules.
• 2. Unpack and inspect components: verify that the UPS, battery modules (if included or planned), cables, and accessories are present and undamaged. Report any packaging or component issues to the supplier before proceeding.
• 3. Position and secure the unit: place the tower UPS on a solid surface, with proper spacing around the enclosure for cooling and serviceability. If required, attach any anti-tip or stabilizing hardware as specified in the installation manual.
• 4. Connect input power and grounding: follow local electrical codes to connect the appropriate input power cord and grounding conductor. Use properly rated cables and ensure a reliable earth ground to protect personnel and equipment.
• 5. Install and configure battery modules: if you’re expanding runtime, install external battery modules per the manufacturer’s instructions. Connect the modules and verify battery health, state-of-charge, and isolation checks before energizing the system.
• 6. Configure electrical parameters: use the front panel interface or remote management tools to set the input/output voltage, frequency, alarm thresholds, and load priorities. Validate that the output matches connected equipment requirements.
• 7. Perform a self-test and calibration: run the built-in self-test to verify inverter stability, regulation accuracy, and battery integrity. Calibrate sensors if prompted to ensure accurate monitoring and reporting.
• 8. Integrate monitoring and notifications: connect the UPS to your network or monitoring platform if supported, enabling real-time alerts, event logging, and remote management for proactive maintenance.
• 9. Train personnel and document procedures: provide operators with essential operating instructions, alarm handling steps, and safety considerations. Retain copies of manuals and configuration data for quick reference during incidents.

Frequently asked questions

• Q: What makes the Eaton FERRUPS 18kVA Tower UPS suitable for critical operations? A: It combines ferroresonant power conditioning with scalable runtimes and broad configurability, delivering stable power quality, fast recovery from outages, and adaptable integration for high-stakes environments like emergency services, defense installations, and maritime applications.
• Q: Can runtimes be extended after purchase? A: Yes. The system supports scalable runtimes through optional external battery modules and modular configurations, allowing you to tailor backup time to your specific mission requirements without replacing the core unit.
• Q: Which voltages and frequencies does it support? A: The UPS is designed to be highly configurable to match global grid standards, accommodating a wide range of input and output voltages and frequencies to suit different regions and equipment.
• Q: How does ferroresonant technology benefit critical systems? A: Ferroresonant power provides superior voltage stability, improved regulation under transient loads, and better protection against short-term surges, which helps protect sensitive devices and reduce nuisance outages in critical infrastructure.
• Q: What installation considerations should I keep in mind? A: Prioritize proper ventilation, secure mounting, correct grounding, and compatibility with connected devices. If in doubt, consult a qualified electrician or Eaton support to ensure compliance with local codes and warranty terms.