Online UPS - 3/1 Phase

Vertiv Liebert ITA2 16-30KVA

Technology: Online (Double Conversion) UPS
Power rating: 16，20 & 30 kVA Models Available
Phase: 3/1 Phase (380V/220V)
Warranty: 1 Year Full Warranty
Description: Liebert ITA2 (16–30 kVA) is a fully digital online double-conversion UPS built for critical edge and data-center loads, delivering high efficiency, wide input tolerance, and generator-friendly input performance with low harmonics. Its compact rack/tower design, robust airflow and dust-resistant concept, scalable external batteries, and remote monitoring options make it ideal for reliable operation in demanding environments.
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Topology: Fully digital online double-conversion (VFI) UPS for clean, consistent power to critical loads.
Applications: Edge networks, data centers, automation/control systems, server rooms, telecom, and precision instruments.
Input (16–30 kVA): 380/400/415 Vac, 3-phase, 4-wire; wide input window 176–288 Vac at full load (lower voltage operation with derating); input frequency 40–70 Hz.
Input performance: 0.99 input power factor and THDi <3% (full linear load) for better grid/generator compatibility.
Output:

16/20 kVA: supports 3-phase output and single-phase output (configurable).
30 kVA: 3-phase output configuration.
Output frequency 50/60 Hz; crest factor 3:1; low voltage distortion (<2% linear / <5% non-linear).

Efficiency: Up to 96.5% in online mode; up to 99% in ECO mode (Smart Sleep).
Overload capability (25°C): 105–125% for 5 min, 125–150% for 1 min, 150% for 200 ms.
Design & installation: Compact rack/tower design, robust channelized airflow, gravity-sense LCD, easy service and maintenance.
Environmental robustness: Dust-resistant concept; designed to operate up to 50°C (derating may apply); suitable for demanding sites (e.g., seismic/transport considerations).
Battery & runtime expansion: Long-backup design with external battery cabinets/modules; strong charging capability to reduce recharge time.
Monitoring & accessories: Integrated communication for remote monitoring; optional maintenance bypass/output distribution (POD) for service without downtime.