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FLUXPOWER HPS
3-PHASE UPS
| OPTIONAL (External Manual bypass) |
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1 |
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F | 5 |
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| 2 | 4 | 6 |
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F |
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3xL |
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PE | +B |
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1.Input mains (separate for
2.Rectifier and battery charger
3.External battery
4.Inverter
5.Emergency line
6.Inverter (SSI) and
It is possible to install an external manual bypass, either in the matching cubicle or in wall mounted box (bypass switch auxiliary contact must be connected to UPS related input port for status monitoring).
“Green” double protection for every application
VFI online double conversion topology in this equipment offers
In pure
The Fluxpower HPS unit is designed to provide excellent output voltages suited to very demanding applications with either 100 % step load, unbalanced,
or modern IT loads. It also provides exceptional performance: with a power factor of up to 0.9 (lagging or leading), there is no requirement to
Triple Intelligence
If the application requires extremely flexible and reliable UPS protection, the Fluxpower HPS is ideal. It delivers advanced features based on
The system design ensures that auxiliary power supplies and processors are no longer single points of failure which could compromise the availability of clean power to the load.
The Fluxpower HPS is designed to overcome the limitations imposed by other older, designs. With its distributed control architecture, Fluxpower HPS will always have a UPS circuit protecting the load; furthermore,
the status of most critical components is constantly monitored, allowing predictive maintenance and avoiding unexpected breakdowns.
Fluxpower HPS’ working state can be easily monitored by any Building Management System and via LAN / WAN.
Life-prolonging Battery Management
Batteries are
Following a UI characteristic curve, the charger charges at a constant current appropriate for the battery type used, preventing detrimental excess charging. In addition to the float voltage level, boost charge can be set, optimizing the recharge time when there is the possibility of consecutive power outages within a short period.
BAAC also reduces the residual ripple current (one of the causes of premature battery wear), as well as protecting the battery from damaging deep discharges.
Automatic battery temperature compensation charge voltage may be implemented, charging the battery more appropriately and increasing battery life. By means of DCM (Dynamic Charging Mode) very long battery autonomies can be achieved without increasing total charge time. This is achieved through
the implementation of an intelligent increase in maximum battery charge current when the maximum inverter power is not being drawn by the load.
An integrated periodical battery testing function tests and monitors battery health, providing advanced warning to guide the application of preventive maintenance.
Parallel systems with “hot swap” modularity
Fluxpower HPS UPS offers parallel options in both redundancy and capacity modes, providing the possibility for both extra system resilience and increased capacity.
The parallel control circuitry associated with these units is fully digital and acts on both active and reactive power on each of the three output phases. This allows accurate load current sharing among the UPS units even during transient conditions.
