The innovation and design of <strong>the</strong> BORRI<strong>B9600</strong>FXS high power UPS has resulted in <strong>the</strong> unit being <strong>the</strong> mosttechnologically advanced in its class. It delivers an incrediblecombination of low input current distortion, unity input powerfactor and high overall efficiency. These advances in design offernumerous benefits, including lower running costs andsubstantially increased reliability.INFORMATION ANDCOMMUNICATION TECHNOLOGY• Large data centers• Server farms• Telecommunication installations• Broadcasting and entertainment• Internet Service Providers (ISP)CRITICAL ELECTRICAL ENGINEERING• Industrial systems• Financial and banking• Security operations• Transportation systems• Medical/HealthcareLOW THDi and POWER FACTOR PERFORMANCE ENHANCECOMPATIBILITY with INPUT MAINS and GENERATORSThe BORRI <strong>B9600</strong>FXS model UPS uses a completelynew IGBT input rectifier design, encompassing anadvanced PFC (Power Factor Control) which is capableof keeping input current THDi (Total HarmonicDistortion) at a level of less than 3% and <strong>the</strong> inputpower factor within 1% of unity, even when onlysmall loads are applied.The key benefits are that <strong>the</strong> UPS is <strong>the</strong>refore compatiblewith <strong>the</strong> upstream source, <strong>the</strong> mains or anykind of generator and <strong>the</strong> transfer of power betweensource and load is more efficient. This results in a saving in terms ofscale of sources, cables and protective devices.HIGH EFFICIENCY REDUCES OVERALL COSTof OWNERSHIPThe <strong>B9600</strong>FXS has a new SOL (Smart On-Line) function which enablesa total operating efficiency of between 96% and 98%. This mode referredto as “Intelligent ECO mode” significantly reduces <strong>the</strong> utilitycosts associated with operating a device of this type. Moreover, thisincrease in efficiency results in <strong>the</strong> production of less waste heat,minimising cooling/air-conditioning costs.This represents a double saving to <strong>the</strong> energy conscious user. The SOLfunction uses continual monitoring techniques to review <strong>the</strong> inputcharacteristics of <strong>the</strong> supply. This means that if <strong>the</strong> supply line dropsor fluctuates outside of acceptable conditions <strong>the</strong> UPS uses <strong>the</strong> internalinverter to support <strong>the</strong> load. This is achieved through a fast, fullystatic transition from VFD to VFI mode.DOUBLE CONVERSION TOPOLOGY OFFERS “GREEN”DOUBLE PROTECTION for EVERY APPLICATIONThe VFI Online double conversion topology implemented in this equipmentoffers built in inverter galvanic protection completely isolating<strong>the</strong> output power from all <strong>the</strong> input power anomalies, delivering fullyconditioned pure sine-wave output. In this pure on-line mode <strong>the</strong>unit delivers a excellent certified 96% efficiency.Because of <strong>the</strong> technology and topology used, no additional losses aregenerated to get low input harmonics or input/output galvanic isolation.The <strong>B9600</strong>FXS unit is designed to provide excellent output voltagessuited to very demanding applications with ei<strong>the</strong>r 100% step load,unbalanced, non-linear or modern IT loads. It also provides exceptionalperformance: with a power factor of up to 0.9 (lagging or leading),<strong>the</strong>re is no requirement to de-rate <strong>the</strong> unit.TRIPLE INTELLIGENCE: FleXible and SmartIf <strong>the</strong> application requires extremely flexible and reliable UPS protection,<strong>the</strong> <strong>B9600</strong>FXS is ideal. It delivers advanced features based onstate-of-<strong>the</strong>-art total digital control. This control incorporates dual DSP(Digital Signal Processing) and µC (Micro controller) technologies.The system design ensures that auxiliary power supplies and processorsare no longer single points of failure which could compromise<strong>the</strong> availability of clean power to <strong>the</strong> load. The <strong>B9600</strong>FXS is designedto overcome <strong>the</strong> limitations imposed by o<strong>the</strong>r, older, designs. Withits distributed control architecture, <strong>the</strong> <strong>B9600</strong>FXS will always have aUPS circuit protecting <strong>the</strong> load; fur<strong>the</strong>rmore, <strong>the</strong> status of most criticalcomponents is constantly monitored, allowing predictive maintenanceand avoiding unexpected breakdowns.<strong>B9600</strong>FXS working state can be easily monitored by any BuildingManagement System and via LAN/WAN.ACCURATE BATTERY MANAGEMENTBatteries are electro-chemical devices, which store charge chemically;as such <strong>the</strong>ir performance degrades with time. The <strong>B9600</strong>FXSperforms ABM (Accurate Battery Management) according to batterymanufacturer requirements.Following a UI characteristic curve, <strong>the</strong> charger charges at a constantcurrent appropriate for <strong>the</strong> battery type used, preventing detrimentalexcess charging. In addition to <strong>the</strong> float voltage level, boost chargecan be set, optimising <strong>the</strong> recharge time when <strong>the</strong>re is <strong>the</strong> possibilityof consecutive power outages within a short period.ABM also reduces <strong>the</strong> residual ripple current (one of <strong>the</strong> causes of prematurebattery wear), as well as protecting <strong>the</strong> battery from damagingdeep discharges.Automatic battery temperature compensation charge voltage may beimplemented, charging <strong>the</strong> battery more appropriately and increasingbattery life.By means of <strong>the</strong> DCM (Dynamic Charging Mode) very long battery autonomiescan be achieved without increasing total charge time. Thisis achieved through <strong>the</strong> implementation of an intelligent increase inmaximum battery charge current when <strong>the</strong> maximum inverter poweris not being drawn by <strong>the</strong> load.An integrated periodical battery testing function tests and monitorsbattery health, providing advanced warning to guide <strong>the</strong> applicationof preventive maintenance.PARALLEL SYSTEMS for REDUNDANCY orCAPACITY INCREASING with “HOT SWAP” MODULARITYThe <strong>B9600</strong>FXS UPS solution offers parallel options in both redundancyand capacity modes, providing <strong>the</strong> possibility for both extra systemresilience and increased capacity.The parallel control circuitry associated with <strong>the</strong>se units is fully digital
and acts on both active and reactive power on each of <strong>the</strong> three outputphases. This allows accurate load current sharing among <strong>the</strong> UPSunits even during transient conditions.Parallel control is distributed between all units and communicationis achieved through <strong>the</strong> use of a CAN BUS connection loop. This has<strong>the</strong> effect of producing a highly reliable system with “no single pointsof failure”.Intelligent design of <strong>the</strong> system connections allow for easy installationand easy future upgrades, this allows for upgrading <strong>the</strong> field withoutdifficulty.In <strong>the</strong> modular arrangement, units can be added or removed “hot”without load disturbances or <strong>the</strong> need to switch to bypass.Smart Parallel functions facilitate <strong>the</strong> automatic switching off of unitswhere <strong>the</strong> total power requirements of <strong>the</strong> load is provided by fewerthan <strong>the</strong> total number of UPS units attached. This is commonly knownas ‘load based shutdown’ and maximises <strong>the</strong> efficiency of <strong>the</strong> completesystem by keeping <strong>the</strong> load on each module at an optimum level.Two independent paralleled systems can be synchronized (Sync Control)in order to feed downstream STS’ for seamless transfers.EASY INSTALLATION, OPERATION and MAINTENANCEBypassMains<strong>B9600</strong>FXS400 - 500 - 600 - 800 kVAThree-phase UPSParallel ...nThe <strong>B9600</strong>FXS can easily be moved within areas not wider than1200mm, and can be installed up close to walls or o<strong>the</strong>r cabinets ascooling air is expelled through vents on <strong>the</strong> top of <strong>the</strong> unit.This new design gives <strong>the</strong> user a significant saving in floor utilisation. Thismakes <strong>the</strong> <strong>B9600</strong>FXS an ideal solution where space is at a premium.Despite this modern compact design, all critical components, are accessiblefrom <strong>the</strong> front of <strong>the</strong> unit; this improves accessibility to allowregular maintenance and reducing Mean Time to Repair (MTTR).The <strong>B9600</strong>FXS also incorporates a unique back-feed power protectionsystem, where in <strong>the</strong> event of <strong>the</strong> output of <strong>the</strong> UPS being fed backinto <strong>the</strong> mains, <strong>the</strong> unit will immediately isolate itself. This in turn, removes<strong>the</strong> need for additional MCBs or o<strong>the</strong>r similar safety devices.LoadBypass andswitchgear sectionPower conversionsectionRemovableblowersUSER INTERFACE and ACCESSORIESUser-friendly InterfaceCOMUNICATION• RS232 serial port• USB port• Remore EPO• External ManualBypass status• Battery Switchstatus• Diesel ModeOPTIONAL• Web/SNMP• ModBus• Relays• Modem• Remote panelMonitoring, managingand shutdown softwareFront accessOPTIONS• Parallel capacity/redundancy• Sync control for dual feed systems• Isolation transformer• External bypass• External battery cabinets• Battery switch box• Battery <strong>the</strong>rmal probe• Transformers/ autotransformers for voltage adaption• Top cable entry
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