High-efficiency protection without compromise
Three/three phase UPS from 160 to 1000 kVA/kW
The solution for
- Data centres
- Telecommunications
- Healthcare sector
- Service sector
- Infrastructure
- Industrial applications
Advantages
Energy Saving: high efficiency without compromise
- Offers the highest efficiency in the market using VFI – Double Conversion Mode, the only UPS working-mode that assures total load protection against all mains quality problems.
- Ultra high efficiency output independently tested and verified by an international certification organization in a wide range of load and voltage operating condition
- Ultra high efficiency in VFI mode is provided by an innovative topology (3-Level technology) that has been developed for all the Green Power UPS ranges
Full-rated power: kW=kVA
- No power downgrading when supplying the latest generation of servers (leading or unity power factor)
- Real full power, according to IEC 62040: kW=kVA (unity power factor design) means 25% more active power available compared to legacy UPS
- Suitable also for leading power factor loads down to 0.9 without apparent derating
Significant cost savings (TCO)
- Maximum energy saving thanks to 96% efficiency in true double conversion mode: 50% saving on energy losses compared to legacy UPS gives significant savings in energy bill
- Up to 99% efficiency with FAST ECOMODE
- UPS “self-paying” with energy saving
- Energy Saver mode for global efficiency improvement on parallel systems
- kW=kVA means maximum power available with the same UPS rating: no overdesign cost and therefore less €/kW
- Upstream infrastructure cost optimization (sources and distribution), thanks to high performance IGBT rectifier
- Extended battery life and performance:
- long life battery,
- very wide input voltage and frequency acceptance, without battery use - EBS (expert Battery System) charging management improves battery service life
- BCR (Battery Capacity Re-injection) removes the constraints of using an additional load bank for the battery discharge test: it consists in re-injecting the energy stored in the batteries to other applications
Parallel systems
- To fulfil the most demanding needs for power supply availability, flexibility and the installation to be upgraded
- Modular parallel configurations up to 4 MW, development without constraint
- Distributed or centralized bypass flexibility to ensure a perfect compatibility with the electrical infrastructure
- Twin channel architecture with Static Transfer Systems
- Distributed or shared battery for energy storage optimization on parallel systems
Standard electrical features
- Integrated maintenance bypass for single unit (and 1+1 system)
- Backfeed protection: detection circuit
- EBS (expert Battery System) for battery management
- Redundant cooling
- Battery temperature sensor
Electrical options
- Seperated or common input mains
- External maintenance bypass
- Extended battery charger capability
- Shared battery
- Compatible with different battery technologies (e.g. Li-Ion, Ni-Cd...).
- Galvanic isolation transformer
- Backfeed isolation device
- ACS synchronisation system
- BCR (Battery Capacity Re-injection)
- FAST ECOMODE
Standard communication features
- User-friendly multilingual interface with graphic display
- 2 slots for communication options
- Ethernet connection (WEB/SNMP/MODBUS TCP/email)
- USB port for event log access
Communication options
- Advanced server shutdown options for stand-alone and virtual servers
- 4 additional slots for communication options
- ADC interface (configurable voltage-free contacts)
- MODBUS TCP
- MODBUS RTU
- BACnet/IP interface
Remote monitoring service
- LINK-UPS, remote monitoring service that connects your UPS to your Critical Power specialist 24/7
Technical data
| Sn [kVA] |
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| Pn [kW] |
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| Input / Output | 3/3 | |||||||||
| Parallel configuration | up to 4MW |
Input
| Rated voltage | 400 V 3 ph |
| Voltage tolerances | 200 V to 480 V(1) |
| Rated frequency | 50/60 Hz |
| Frequency tolerance | ± 10 Hz |
| Power factor / THDI | >0.99 / 2.5%(3) |
Output
| Power factor | 1 (according to IEC/EN 62040-3) |
| Rated voltage | 3ph + N 400 V |
| Voltage tolerance static load | ±1% dynamic load in accordance with VFI-SS-111 |
| Rated frequency | 50/60 Hz |
| Frequency tolerance | ± 2% (configurable for GenSet compatibility) |
| Total output voltage distortion - linear load | ThdU <1.5% |
| Total output voltage distortion - non-linear load (lEC 62043-3) | ThdU <3% |
| Short-circuit current(2) | Up to 3.4 X In |
Bypass
| Rated voltage | rated output voltage |
| Voltage tolerance | ± 15% (configurable with from 10% to 20%) |
| Rated frequency | 50/60 Hz |
| Frequency tolerance | ± 2% (configurable for GenSet compatibility) |
Efficiency
| Online mode @40% of load | up to 96% |
| Online mode @75% of load | up to 96% |
| Online mode @100% of load | up to 96% |
| Eco Mode | up to 99% |
Environment
| Operating ambient temperature | from 0 °C up to 40°C(1) (from 15 °C to 25 °C for maximum battery life) | |||||
| Relative humidity | 0% - 95% without condensation | |||||
| Maximum altitude | 1000m without derating (max. 3000 m) | |||||
| Acoustic level at 1 m (ISO 3746) |
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UPS cabinet
| Dimensions W x D x H |
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| Weight |
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| Degree of protection | IP20 (other IP as option) | |||||||||
| Colours | cabinet: RAL 7012, door: silver grey |
Standards
| Safety | IEC/EN 62040-1, AS 62040.1.1, AS 62040.1.2 |
| EMC | IEC/EN 62040-2, AS 62040.2 |
| Performance | IEC/EN 62040-3, AS 62040.3 |
| Seismic compliance(4) | Uniform Building Code UBC-1997, EN 60068-3-3/1993 (seismic), EN 60068-2-6/2008 (sinusoidal), EN 60068-2-47/2005 (mounting) |
| Product declaration | CE, RCM (E2376) |
(1) Conditions apply.
(2) Worst condition (Auxiliary Mains not available).
(3) With input THDV < 1%.
(4) 160, 200 and 500 kVA/kW models.