UPS QUASAR 5 ÷ 40 kVA DT 0251-E06 - Tool Store

UPS QUASAR 5 ÷ 40 kVA DT 0251-E06 - Tool Store UPS QUASAR 5 ÷ 40 kVA DT 0251-E06 - Tool Store

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INTRODUCTIONPresent document defines technical specs of a three phase <strong>UPS</strong> named <strong>QUASAR</strong>covering the power range from 5 to <strong>40</strong> <strong>kVA</strong> ON-LINE DOUBLE CONVERSIONUninterruptible Power Supply Systems with forced ventilation cooling. These equipmentsare characterized by reduced size and high efficiency, thanks to the conversion topology,which doesn’t need transformers between mains, inverter and load.<strong>QUASAR</strong> <strong>UPS</strong> belongs to the “double conversion” equipments family, with all advantagesgiven by this topology and without any penalty in total efficiency.All sizes have the same cubicle.Following is shown the picture of the system :Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 2 di 27


GENERAL FEATURES• Double conversion, digital controlled, high frequency transformer less design.• Internal battery• Design standards IEC-EN620<strong>40</strong>-1, IEC-EN620<strong>40</strong>-2, IEC-EN620<strong>40</strong>-3• IEC 950Data communication protocol featuring:• User friendly front panel with integrated EPO• Remote EPO available• RS232 9 pins D type connector• Software designed for most existing platforms (Windows, Novell, Unix, OS/2,MacOS)Mechanical design according to Powertronix style guidelines and featuring:• Bottom cable entry• Gladding for armoured cabling• No side access required• Input protection to IP20• Service access fully from the frontPowertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 3 di 27


ONE LINE DIAGRAM:On this page is given the key block of <strong>UPS</strong>I4MANUAL BY-PASSBREACKEREMERGENCY BYPASSRESERVE INPUT 3Ph+N50/60Hz 380/<strong>40</strong>0/415VI2RESERVE BREACKERRESERVE MAINSFACTORYPREDISPOSITIONBRIDGES.SWITCHSECTIONI3OUTPUTBREACKER<strong>UPS</strong> OUTPUT 3Ph+N50/60Hz 380/<strong>40</strong>0/415VINPUT MAINS 3Ph+N50/60Hz 380/<strong>40</strong>0/415VI1MAINSBREACKERDIODERECTIFIERSECTIONBOOSTERSECTIONINVERTERSECTIONBATTERYCHARGER<strong>UPS</strong> GNDINTERNAL BATTERY 7-9AhF1BATTERY FUSE<strong>QUASAR</strong> 3/3 BLOCKDIAGRAMEXT BATTERYCONNECTION BLOCKDescriptions :1. Rectifier bridge2. Booster IGBT (step-up)3. Inverter Power IGBT4. Static Switch5. Manual By-Pass6. Battery Charger7. Internal Batteries (max 4 series 7-9Ah)Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 4 di 27


REGULATIONS AND STANDARDSThis <strong>UPS</strong> family is designed according to the following regulations and standards:Electromagnetic compatibility CE 2004/108CEI-EN 620<strong>40</strong>-1-1:Uninterruptible power systems (<strong>UPS</strong>)Part 1-1: General and safety requirements for <strong>UPS</strong>used in operator access areaCEI EN 620<strong>40</strong>-1-2:Uninterruptible power systems (<strong>UPS</strong>)Part 1-2: General and safety requirements for <strong>UPS</strong>used in restricted access locationsCEI EN 620<strong>40</strong>-2:Uninterruptible power systems (<strong>UPS</strong>)Part 2: Electromagnetic compatibility (EMC)requirementsCEI EN 620<strong>40</strong>-3:Uninterruptible power systems (<strong>UPS</strong>)Part 3: Method of specifying the performance and testrequirementsSTANDARD CEI-EN 60950:Information technology equipmentsPowertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 5 di 27


GENERAL DATA<strong>QUASAR</strong> 5 <strong>÷</strong> <strong>40</strong> <strong>kVA</strong>GENERALConfigurationOn-Line Double ConversionNominal Input Voltage3ph + N 380Vac <strong>40</strong>0Vac 415VacInverterH.F. Technology IGBT switching TrafoLessS. Switch Electronic static switchCooling systemForced airMECHANICALHousingDedicated <strong>UPS</strong> cabinetColourRAL7035Grade of protectionIP20Recommended distances for placement See pages from 24 to 27Entry cablesFront from belowSize 530 x 950 x 1230 mm (h x l x p)ENVIRONMENTAL CONDITIONSOperating temperature0-<strong>40</strong>° CTemperature recommended for batteries +20 <strong>÷</strong> +30 °CRelative humidity< 95% (without condensing)Maximum altitude Until 1000 m usl (1% downgrading every 100m from 1000 a 2000)Storage temperature-20°+ 70°C (<strong>UPS</strong>) +20°C <strong>÷</strong> 30°C (battery)DISPLAYLCD-DisplayBright alarmsAcoustic alarmsDisplay LCD four lines x 20 characters end four function keys + local EPOLed status green <strong>UPS</strong> OK/ Led status red ALARMYesCOMMUNICATIONRS232Free contactsBattery end discharge SNMP SLOTMaintenance SoftwareParallel communication1 Serial standardN° 4 contact:<strong>UPS</strong> in operation / <strong>UPS</strong> in bypass/mains present /battery end dischargeYesRS232RS232 OpticPowertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 6 di 27


GENERAL DATA<strong>QUASAR</strong> 5 <strong>÷</strong> <strong>40</strong> <strong>kVA</strong>BATTERYNominal voltage384 VDC.Floating voltage432 VDC.N° of elements 192Periodic battery testYes/ ProgrammableType of internal battery5Ah/7Ah/9Ah.Variation allowed Vbatt.320-500 VdcMax recharge battery Current7 AmpsCurrent recharge1-3-5-7A selectableCharacteristics of recharge DIN 41773Stability of Vdc of battery charge +/- 1%Alternating residual in continue tension- (Vrms/Vb) x 100 < 1%Battery Pre-alarmAdjustable 350Vdc recommendedWEIGHTSWeight <strong>UPS</strong> without Battery (Kg)Weight <strong>UPS</strong> with Battery (Kg)Until 30 <strong>kVA</strong> 2<strong>40</strong> Kg – <strong>40</strong> <strong>kVA</strong> 290 KgUntil 30 <strong>kVA</strong> 600 Kg – <strong>40</strong> <strong>kVA</strong> 650 KgENVIROMENT CONDITIONDeletion noise radioIEC-EN620<strong>40</strong>-2 CLASS Anoise at 1m of distance < 52 dBA until 30KVA -


TYPE <strong>kVA</strong> 5ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)12.5(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> 5BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


TYPE <strong>kVA</strong> 10ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)18.5(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> 10BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


TYPE <strong>kVA</strong> 15ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> 15BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


TYPE <strong>kVA</strong> 20ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> 20BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


TYPE <strong>kVA</strong> 25ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> 25BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


TYPE <strong>kVA</strong> 30ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> 30BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


TYPE <strong>kVA</strong> <strong>40</strong>ConfigurationStandard 12 pulse 12 pulse + Low THDPower factor 0.8 0.8 0.8INPUTInput frequency 50<strong>÷</strong>60Hz +/- 20%Number of phases3PH + NNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±10%Reserve Nominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%Nominal frequency50/60 HzFrequency variation allowed<strong>40</strong>/70 HzMax Current absorbed (A)(Vin = -20% <strong>40</strong>0V )Input current distortion


TYPE <strong>kVA</strong> <strong>40</strong>BYPASSNominal voltage 3ph + N 380/<strong>40</strong>0/415 VAC ±20%1ph + N 220/230/2<strong>40</strong> VAC ±20%Tolerance of tension ±10%Frequency50/60 HzOverload in current admitted150% 30 minutes 1000% 100ms.Maximum temp of communicationInverter-Bypass


<strong>UPS</strong> CONFIGURATIONSAll the sizes are available in the following configurations :• Three phases input / single phase output• Three phases input / three phases output• Stand alone• Hot stand-by• Parallel mode or power parallelThe parallel configuration is type bypass distributed.It is possible to have maximum n°8 unit in parallel.The communications between the unit of the parallel system is ring type by optical fibres.Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 22 di 27


<strong>UPS</strong> USER INTERFACELCD display 4 rows x 20 characters and 4 functions buttons + local EPOMeasures :- Input Voltage - Input Currents- Output Voltage - Output Currents- Input Frequency - Output Frequency- Battery Voltage - Battery Current with sign- Battery beck-up time<strong>UPS</strong> REMOTE PANELThe signals transferred are the following :• Inverter Run• On automatic Bypass• Mains Present• Battery LowSerial Interface:CS121 SNMP ADAPTER per il collegamento in rete dell’<strong>UPS</strong>.RS 232 port to be connected to a local PC, which has to be equipped with <strong>UPS</strong>MANsoftware.Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 23 di 27


DIMENSION AND POSITONINGPowertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 24 di 27


Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 25 di 27


Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 26 di 27


Powertronix spa reserves the right to modify this document with any noticeR&D – TECHNICAL SPECIFICATION <strong>DT</strong> <strong>0251</strong> – <strong>E06</strong>Pag. 27 di 27

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