Gppf Eppf Power Factor Transducer

Product Name: Gppf, Eppf Power Factor Transducer Model NO.: EPF Manufacturers: Haiyan Jinhan Electronic Technology Co.,Ltd MOQ: 1 Piece Export Markets: Global Production Process: Integration Shell Material: Beige Plastic-Shel Dimension: 149.5*73*119 N.W: about 1kg Freight: by Air Delivery Time: 1 Week Installation: 35mm DIN Sliding-Way Trademark: JINHAN Transport Package: Independent Carton Package Specification: SGS Origin: China HS Code: 9030390000 Product Description GPPF,EPPF Power Factor Transducer1. Summarize:Electric quantity transducer is a measuring instrument that it makes measurand electric quantity (AC Current/VoltageActivePowerReactive PowerActiveEnergy ReactiveEnergy Power Line Frequency.Phase Angle Power Factor DC Current/Voltage) turn into DC current or voltage output that accroding to proportional linearity . It widely applied to electric measurement autocontrol and system altitude that in electric power Coal metallurgy railway and so on.The zero-crossing detector modulation conversion principle is used to produce a corresponding linear DC output signal proportional to true power factor of the power system. The transducers can be use in a single or three phase system.Applied Standards & Rules Measuring and conversion IEC 688 / 1992 - 04 Dielectrical strength IEC 688 2KVac / 1 min. Surge and Impulse test ANSI C37.90 / 1989 IEC 255-3 (1989) 4KV 1.2 x 50 us2.Models GPPF100 - 1 phase 2 wire / 1 phase 3 wire balance load GPPF200 - 3 phase 3 wire/ 3 phase 4 wire balance loadModels that can be replaced with each other: EPPF100 - 1 phase 2 wire / 1 phase 3 wire balance load EPPF200 - 3 phase 3 wire/ 3 phase 4 wire balance load3.Technical Specifications3.Models&Specifications4.Terminal Connection5.Dimensional DrawingsMainfunctionsandCharacteristicsTransformsthemeasuredsignaltoavoltage,afterHCNR200linearityphotodiodetransformstoDCoutputwhichhasextremelygoodlinearrelationswiththemeasuredsignal,usesthecomputeraideddesigned,theprincipleissimply,circuitrydesignedconcisely,reliabilityishighlyandinstallmentisconveniently.NoticeOperatingenvironmentshouldnothavetheelectricdustandgasofcorrosivemetalanddestructioninsulationexistence,thealtitudeshouldlessthan2,500meters.TheZeroandCALhavebeenadjustedwhenproductsleftfactory.Pleasedon'tadjustatwill.Paramerers:Vn:InputCurrentFn:InputFrequencyBn:Frequency RangePn:AuxiliaryPowerOn: Output30-600VF150HzB1±0.5HzB2±1HzP1AC100VPD1*O10~1mAO20~20mAO34~20mAO40~5mAO50~10mAF260HzB3±2HzB4±5HzP2400HzPD2*O70~1VO80~5VO90~10VF3400HzB5±10HzB63.5VAO102~10VO111~5VO13Model type:EPF-Vn-Fn-Bn-Pn-OnEx:1. EPF-F1-P2-08/B2Frequency:49-51HzPower:AC220VOutput:0-5V/49-51HzAccuracy:0.5%ROCustomized:CustomizedThe model of this series is shown in the following table :ProductModelNo.SwapmodelACcurrenttransducer(1unitofavg.tormsconversion)GPAEPAACcurrenttransducer(1unitofavg.tormsconversion)GPVEPVACcurrenttransducer(2wires/4~20mA(8~36VDCpowered)GPA2EPA2ACcurrenttransducer(2wires/4~20mA(8~36VDCpowered)GPV2EPV2ACcurrenttransducer(2wires/4~20mA(8~36VDCpowered)GPAX2EPAX2ACcurrenttransducer(2wires/4~20mA(8~36VDCpowered)GPVX2EPVX2ACcurrenttransducer(1unitofavg.tormsself-powered)GPASEPASACcurrenttransducer(1unitofavg.tormsself-powered)GPVSEPVSACcurrenttransducer(3unitofavg.tormsself-powered)GPAXSEPAXSACcurrenttransducer(3unitofavg.tormsself-powered)GPVXSEPVXSACcurrenttransducer(TRMSconversion)GPAREPARACcurrenttransducer(TRMSconversion)GPVREPVRACcurrenttransducer(2output)GPATEPATACcurrenttransducer(2output)GPVTEPVTACcurrenttransducer(3unitofavg.tormsconversion)GPAXEPAXACcurrenttransducer(3unitofavg.tormsconversion)GPVXEPVX3phase3wirereactivepowertransducerGPK201EPK2013phase3wirereactivepowertransducer(2output)GPKT201EPKT2013phase3wireActivepower&reactivepowertransducerGPWK201EPWK2013phase3wireActivepowertransducerGPKT201EPKT2013phase3wireActivepowertransducer(2output)GPWT201EPWT2013phase3wirewate&var&currenttransducerGPWKA201EPWKA2013phase4wirereactivepowertransducerGPK301EPK3013phase4wirereactivepowertransducer(2output)GPKT301EPKT3013phase4wireActivepower&reactivepowertransducerGPWK301EPWK3013phase4wireActivepowertransducerGPKT301EPKT3013phase4wireActivepowertransducer(2output)GPWT301EPWT3013phase4wirewate&var&currenttransducerGPWKA301EPWKA3013phase3wireActiveenergytransmitterGPWH201EPWH2013phase3wireReactiveenergytransmitterGPKH201EPKH2013phase3wireActivepower+energytransducerGPWWH201EPWWH2013phase3wireReactivepower+energytransducerGPKKH201EPKKH2013phase4wireActiveenergytransduceGPWH301EPWH3013phase4wireReactiveenergytransduceGPKH301EPKH3013phase4wireActivepower+energytransducerGPWWH301EPWWH3013phase4wireReactivepower+energytransducerGPKKH301EPKKH301FrequencytransducerGPFEPFPowerfactortransducersGPPFEPPFDcisolationtransmitterGPDEPDDualoutputdcisolationtransmitterGPDTEPDTPowercontrollerGPSEPSShare This Story, Choose Your Platform!