Liebert Vertiv – EXS – 10000 – 10 kVA – Three Phase Online UPS

Liebert® EXS UPS — 10 kVA • 208 V • Compact Integrated Tower

The Liebert® EXS 10 kVA UPS is a compact, integrated three-phase power protection solution designed for small IT rooms, edge deployments, healthcare facilities, and commercial applications. Its integrated tower design simplifies deployment while optimizing performance and reducing installation complexity.

Delivering high power density in a small footprint, the EXS supports extended battery runtime options and intelligent monitoring capabilities. With double-conversion efficiency up to 94% and ECO mode efficiency up to 99%, it balances performance, availability, and energy savings.

Key Features & Benefits

• Compact Integrated Tower Design — Simplifies installation while reducing footprint and system complexity.
• High Power Density — Maximizes usable kW within a minimal cabinet size.
• Unity Output Power Factor — Full usable capacity (kW = kVA) for modern IT loads.
• Flexible Battery Runtimes — Extended runtime options with intelligent battery management.
• Integrated Maintenance Bypass — Enables safe service without powering down connected equipment.
• Intelligent Local & Remote Monitoring — Network card connectivity, programmable dry contacts, Trellis™ Power Insight, and Vertiv™ LIFE™ Services compatibility.
• High Availability Design — Robust short circuit withstand ratings and precise frequency/voltage regulation reduce downtime risk.

Product Snapshot

Why Choose the Liebert® EXS 10 kVA?

• Compact yet powerful — Delivers enterprise-grade protection in a space-saving footprint.
• Lower complexity — Integrated design simplifies deployment and maintenance.
• High efficiency operation — Reduces energy consumption and operating cost.
• Remote-ready monitoring — Supports proactive service and improved availability through digital connectivity.

Applications

Ideal for small data centers, distributed IT rooms, healthcare facilities, commercial buildings, and edge computing environments where compact design, flexible runtime, and intelligent monitoring are essential.