WIXLIB

Ge multilin 750 manual pdf. Ge multilin 750 user manual. Multilin 750 manual español. Multilin sr 750 manual pdf. Multilin 750 relay manual. Multilin 750 manual español pdf. Ge multilin 750 manual. Ge multilin sr 750 relay manual.6-19 Technical Support . 6-19 1 Trip Relay Logic Diagram . 5-29 Actual Values SetPoints . . 750/760 A1 status feeder return management management Last step route: Actual values A1 Status Last trip data: Date in format shown Last trip Date of last trip: Nov 17 2003 Track: Time In format shown of last trip: Message 12: 34:56,789 . Default messages can be removed from the default message list as follows: Allow access to setpoints by installing the Access SetPoint jumper and entering the correct password. 22. 750/760 Feeder Protection Schemes Feeder Repetition Repeat Steps 1 and 2 for logical input to the â â â â â â â â ̃ ̃ ̃ ̃ â â â â â â â â ̃ ̃ ̃ ̃ â â â â â â â â â â â â â â ââ ̃ ̃ ̃ Verify that the diagnostic message, the auxiliary LED and the relay remain activated. In the Enervista 750/760 configuration window, SetPoint files are accessed in the settings list control bar window or in the Files window. There are no internal terrestrial connections at the current entrances. S2 System Setup Sensing Bus VT Message See page 5à â ̈17. Page 300,750/760 Control Schemes Feeder Management Relà 21. Click Finish to finish the installation. Page 195,750/760 S7 Control Feeder Management Relay Figure 5 is “59: Setpoint control (3 of 3) Each setpoint group includes the selection of auxiliary output relays 3 to 7 that can be operated by the protection features. If the feederuses conductors of different sizes, or more than one physical arrangement of conductors, or shares poles or towers with a parallel feeder, these assumptions are incorrect and errors are introduced. Collection table 5 à â ̈”9: GE Type IAC Curve Inverse constants IAC Shape IAC Curve Inverse Extreme 0.0040 0.6379 . This should be at theminimum live bus voltage limit. â data link number: Select the number of retries that will be issued for a given data link frame. The following window will appear when Connect will display the Quick Connect button when pressed: . see reverse energy on page 8 - 1 for Complete procedure to install and check the Reverse Power element. Waituntil the element works, as shown by the capturing LED, at the end of the programmed manual Close Block Time. The alternative human interface is implemented through the keyboard and front display of the device (see the first section of this chapter). 750/760 Feeder management rel ester protection schemes Continue to increase the late angleuntil the alarm is triggered again. Page 199,750 / 760 s7 control feeder 95% HR cyclic . The adjustment points are also provided to configure the DNP communications through one of these ports. 750/760 S6 Monitoring Feeder Reliable Management A) Path Main Menu: Setpoints S6 Monitoring Demand Demand Current See page 5à â 80. Therel ester has â œTroles of contactâ and â œThe virtual adhesives that are combined in a form of programmable logic to facilitate the implementation of several schemes. http: //www.memulin.com . Logment of 1-6 Line Undervoltage . 5-67 Protection Scheme . 7-30 setpoints . 5-66. . Locations may containany selected relation number of SR or UR product systems. The Nonover 750/760 configuration software can be used in online mode (connected by rel ester) to communicate directly with a rel ester 750/760. Check the restart time interval of the automoty closure in the event recorder. Page 5750/760 à ndice Feeder Management Related FeederGeneral Setpoints Main menu . . Página 260,750 / 760 Entries / Release Feeder Management 4.6. Repeat steps 4.3 to 4.5 for all functions programmed to be confirmed by NOITALUMIS NOITALUMIS GNITSET 8S STNIOPTES :HTAP lapicnirp uneM )a noitalumiS yaleR tnemeganaM redeeF gnitseT 8S 067/057 .atreba adartnE otatnocConfiguration See page 5â 136. The relay replaces normal AC inputs by those programmed in the set point page. (100 ms to 60 Hz) Saúda Relations The relay contacts should be considered unsafe when the 750/760 is energized! If the Skiminal Release Contacts are required for low-tension accessible applications, the responsibility of the customer These are defined as IEC Curve A, IEC Curve B, IEC Curve C and short Reverse. Page 172,750 / 760 S6 Related Monitoring Feeder Management 996710A1.cdr Figure 5â 38: Capacitor Bank Switching Two independent elements are available to monitor the potency factor, each with A level of capturing and a level of abandonment. The NonoverSettings 750/760 will request the new firmware file. Página 189,750 / 760 S6 Monitoring Feeder Reliable Management) Circuit Breaker Operating Path: Setpoints S6 Monitoring Equipment Breaker Operation Range: Disabled, Alarm, Latch Breaker Latched Breaker Alarm, Control Operation Funtion: Disabled Range: Any Combination Of 3 to 7 BRKROper Message Relations (3-7): ----- Range: 0.03 to 1.00 sec in increments of 0.01 . can be captured a maximum of 512 Cycles and the shooting point can be adjusted to anywhere within the defined cycles. Related control schemes Feeder management The alarm â œTry sync will be presented when the bus tension is below its minimum voltage limit.750/760 Placing the Relay Feeder Management Relay Configures Relay in Reclosure Shot 1, select so that Phase Time OC 1 RAISED Pickup Place the captivation level just above the current being injected. Tension transformers can be used to a maximum ratio of 5000: 1. 750/760 S1 Relay SETUP FEEDER MEEDORING RELAY ON BUFFERORGANIZATION: Selects the partitioning of the capture data of adno adno ed The activation of this setpoint will cause the cold start request to initialize only the DNP ³. The information µ µ this section will cover the important aspects of the interconnections, in the general areas of instrument transformer inputs, other inputs, aids, communication µand grounding. If none of the auxiliary contacts on the 52a or 52b circuit breaker are programmed for an ³ input, the travel report is energized ³ the programmed delay in the circuit breaker failure feature or a standard interval of 100 ms after the initial input is reset and the closing report is energized ³ ³ Page 221,750/760 S7 Feeder Control RealManagement FIGURE 5Ãandiza 73: GE Multilin Autoreclose Schema Configuration ³ 5à ÂÂà . Page 226,750/760 S7 Control Feeder Management Relà f) Reclosure Shots 1 to 4 PATH: SETPOINTS S7 CONTROL AUTOECLOSE RECLOSURE 1 (4) Range: 0,00 to 300,00 s in 0,01 steps RECLOSURE 1 TIME BEFORE RECLOSURE: 0.50 s Range:Enabled, Disabled ST OC 1. Page 207 Transfer not ready to be displayed by the fans. Page 225,750/760 S7 Control Feeder Management Relay FIGURE 5à . Page 219,750/760 S7 Control Feeder Management Relay Reclosure 1 setpoint, the fire counter is incremented and a circuit breaker closing is started using the sa contact â Close 2.â Close GEMultilin 4à . Table 2 at * * * * * * * * * * * * Page 252,750/760 A4 Event Recorder Feeder Management Relay Table 6A Ì 3: Event cause General event causes Auto-reclose Reset Circuit Breaker Closed No Circuit Breaker Open Clear Energy Use Connected Clear Max Demand Close Breaker Cls From Transfer Control Power Off. 750/760 S3Real³Automatic feeder management inputs highly recommended that circuit breaker operation The fault alarm is activated when the 52a or 52b circuit breaker aids are installed. installed. GE Multilin Contact Information and Call Center for Product Support: GE Multilin 215 Anderson Avenue Markham, Ontario . Page 154,750/760 S5 ProtectionFeeder Protection Relay Figure 5 is “21: Application of restricted ground fault sample we have: R 3,7 a Â, r 0,954  (assuming 600 sts of wire # 12), and X (%) transform impedance The rated transformer current through WYE windings is given as: . Page 238,750/760 Overview Feeder management relay Figure 6 à â â ̈ ̈ “2: Block diagramof real values (2 of 2) GE Mulilin 6 à â ̈ ̈” 4 http: //www.gemultilin.com . Page 182,750/760 S6 Monitoring Feeder Management Relay Figure 5 – “45: Analog Input Limit Logic D) Analog Input Rate: SetPoints S6 Analog Monitoring Analog Input Analog Input Rate 1 (2) Track: Disabled, Alarm, Analog Input3gica Locked A/I Rate 1 Alarm, Control Rate 1. The transfer scheme implemented in the 750/760 is known as open transfer, with an “open before next” operation sequence; This means that the defective firearm is removed from the service before the circuit breaker is closed. Overcurrent 2 Neutral Instra Message, see page 5 à ââ ̈”45. Panel cutout dimensions for both conditions shown below.Page 333 . 5-14 Restoration of undervoltage . 5-106 DNP Communications . 5-9 user Input functions . 5-23 Entering with Enervista 750/760 Setup Software . 4-18 text messages from the user . 5-15 Input methods . 5-4 VT fails . as such, it is not possible to present typical connections for allpossible schemes. MODBUS User Map The installation software Enervista 750/760 provides a means to program the user map 750/760 (Modbus addresses 0180h to 01F7H). Specifications 750/760 Feeder Management VT Failed program waveform capture to inhibit dependent resources. Overcurrent terrestrial message see Page 5 - 51. CurrentSupervision Message See Page 5 à â "126. No Incomer 2 Relay De-Assert Logic Entry No. 12 12 Lanimret 25-7 . EMEHCS LORTNOC 91-6 . Seulav LAUTCA troppus lacinhcet noitototser ycneuqerfrednu 7-2 .Antelpmoc Nehw Nottub KO EHT KCILC .seikooc fo ESU ot gnieerga was uoy ot gniunitnoc yb .egassem lortnoc cnys fo tuo EHTHtiw Gnola Dotaro eb won dluohs syaler tuptuo stoppains Yna, Segatlov tupni on era ereht sa yaler tnemeganam redeef semehcs lortnoc 067/057 992 egap . moc.nilitlumeg.www //: PTTH 611â "â 5 nilitlum eg citamehcs CD 1 .ON REMOCNI EMEHCS REFSNART: 76." â à 5 Erugif Yaler TNEMEGANAM REDEEF LORTNOC 7s 067/057 212Egap . â à sâ  à at EVAH, Derebmun was TniOptes EHT .tuo dekcar neb evah STV EHT RO DELLUP NEB EVAH SESUF TV EHT LLA TAHT ETACIDNI DLUOC TI NEHT TERRUC ECNEUQES EVITISOP SI EREHT NEHW EGATLOV ECNEUQES EVITISOP FO TNUOMA TNACIFINGIS THE TON SI EREHT FO , bear F TV A stCeted 067/057EHT S 01: Yaled Egssem 191 Egap .Ilno Tniop Eno Ta Dednuorg EB Dluohs Dleihs Eht, Sternruc Pool Diova Ot Yaler TneMeganam Redeef NoitalLatsni Lacirtcele 067/057 95 Egap . & Desol No Si Tupni Lautriv DNA DESOL SI TCATNOC NOV & DESOLC FFO SI TUPNI LAUTRIV FFO LAUTRIV NO SI TUPNI LAUTRIV NO LAUTRIV NEPO NEPOTCATNOC DESOLC SI TCATNOC ESOLC TCATNOC RevEN DELBASID: NEHW DETRESSA TUPNI CIGOL EULAV YALER TNEMEGANAM REDEEF STUPNI CIGOL 3S 067/057 . . NoitCudortni Stnioves Gnignahc 5-1 . . elpmaxe gniyek LENAP 2-1 . noitagivan unem yaler eht gnisu 2-1 .seulav tupni lanretxe fotnemerusaem eht ROF TPECXE, SERUTEF NITCETORP Sâ â YALER EHT FO Tset Lanoitcnuf Etelpmoc A Edivorp OT Erutaef Noitalumis EHT ESU NAC ROTAREPO NO YALER TNEMEGANAM REDEEF GNITSET 8S 067/057 332 EGAP .YALER EIT SUB EHT TA) NEPO ETOMER (3 TUPNI CIGOL tressa yliratnemom) .tuokcol .Logic diagram.3-6 . CONFIGURE ANALOGICAL MESSAGE Refer to page 5Ãááá ̧ Á ̧ 85. 5-108 TERMINAL LAYOUT .3-5 regulatory points . Page 286 Protection schemes 750/760 Management relay f) Overvoltage (Delta VTs only) To test the Overvoltage for Delta VTs, use the test connections specified in FIGURE 7âââ TM2: Relaytest Wiring to Connect Delta on page 7à Âà ââââ  The need for such a relay arises if, during a system disturbance, an area becomes electrically isolated from the main system and suffers a generation deficiency due to loss of transmission or generation facilities. Please refer to page 5Ãááá ̧á ̧ Ä 71. If a stable frequency signal is notavailable, the sampling rate will default to the nominal frequency of the system. CURRENT OVERLOAD 1 NEUTRAL TIME MESSAGE Please refer to page 5à Ââ TM44. Note the level of disconnection, which should be the capture plus 0.03 Hz. The following procedure tests the blocking of logical inputs: Inject voltage and current above the minimumat a frequency to cause a pickup. Relay Configuration Password S1 5-6. For more information, refer to Bus VT Sensing on page 5à Âà Âà ̈ ̈ ̈ ̈ ̈ ̈17. To synchronise, preset the injection levels and disconnect the power. Data from each previous crash is shifted to the next highest number and Event 9 is discarded. Before commissioning thewatch, users should read Chapter 3, which provides important information on wiring, assembly and safety issues. All the information in the event recorder is stored in non-volatile memory, so that the information is retained after the relay control power is lost. This prevents optimally defined overload elements from operating erroneously at startupdue to input currents. There are three main menus called Setting Points, eved eved 1 remocnI Ãler od 3 o Ãsnetbus ed acits Ãretcarac A .067/057 Ãler mu ed latnorf leniap od 232SR atrop ad s Ãvarta adip¡Ãr o Ãxenoc amu recelebatse arap odasu res edop tcennoC kciuQ ehT kciuQ o Ãtob o odnasU .onitsed ed snegasneM e siaer Output relay 4immediately. Verify that the current inputs of the relay phase, specified on the nameplate, are correct for the connected current transformers. e) Updating setpoint files for a new revision. Page 16,750/760 Changing setpoints Feeder management relay Press the MENU key until the relay shows the header of the setpoint menu. Proceed to Connectingto the Relay on page 4â ̃17 to start communications. Page 162,750/760 S5 Protection Feeder Management The programmable relay level to prevent unwanted operations before the voltage becomes available. Page 184,750/760 S6 Monitoring Feeder Management Relay FIGURE 5â ̃ 48: Analog outputs Channel characteristics Each channel can beprogrammed to represent a parameter of the following table: Table 5â ̃19: Analog output parameters (Sheet 1 of 2) Parameter name Track / Step units. Page 201,750/760 S7 Control feeder management Relay NORMAL PICKUP PICKUP OUTAGE TRAVEL SETUP Time (seconds) ENERGIZED LOAD FIGURE 5â  62: Cold load pickup A cold loadcondition is initiated and the overcurrent settings change when all phase currents fall below 5 % of the nominal current for a longer BR@ The setpoints of Bus Undervoltage 1 areo shown above; Bus Undervoltage 2 setpoints are identical. Circuit breaker operations performed by750/760 outputs in response to energized logical inputs with contacts from a local control switch are considered remote operations 90 % non-condensing 9.4 kg (shipping weight) Pollution degree: 2 IP rating: 40-X TIP test TESTING The table below lists the 750/760 type tests: Test name Standard EIA level 485 RS485 Communications Test 32 units at4000 t. 750/760 The procedure to test this element is identical to the one described in phase IOC 1 on page 7Ãanagement 20, except that the current is injected into the soil's sensitive entrance and the element is not subject to â œFases necessary to the operation â œ â œ â œ and Página 216 750/760 S7 Control Feeder Management RelayFigure 5à â "71: Incoming Transfer Scheme No. 2 Logic GE Multilin 5ã â "120 http: //www.memultilin.com . 24 months from the date of sending the factory. Cold Load Pickup Block Disable the current. For example, when an attempt is made to modify a definition point, but access is restricted, the program requests that the user inserts thepassword and sends it to the rel ester before the point definition is actually recorded in the relation. Open and close keys only work when the relay is in local mode; . Página 145 750/760 S5 Protection Feeder Management Relay B) Ground Time Overcurrent Path: Setpoints Proteum Earth About Current Interval: Disabled, Trip, Trip & Air, GroundTime GND Time OC Alarm, Latched Alarm, Control Overcurrent Functure: Disabled Interval: Any combination of 3 to 7 . Página 142 750/760 S5 Protection Feeder Management Relay d) Neutral Directional Overcurrent Path: Setpoints S5 Neutral Neutral Current Directional Gamma: Disabled, Alarm, Cooked Neutral Directional Alarm, ControlDirectional Function: Disabled Interval: Any combination of 3 to 7 neutral directional message . while monitoring f on the display, .  ". SuperVision Zone Message consult the page 5à ⠜127. Página 308 Control Schemes 750/760 Retransmission Feeder Management Close, Saúda Retransmission 4 You must restart and Saída 5 and 7retransmissions in the input retransmission 1 must operate. Saúda Status LED The 750/760 has eight (8) Saúda Relations: 1 Trip Relations, 2 Close and 8 Self-Test Warning have fixed operation, while the auxiliary relations 3 to 7 are configurable indicators. Continue very slowly increasing the current, until the value displayed sequentially becomes 2and then 1, in the scheduled chains. Protection Schemes Feeder Gestion Original Original Page 328 750/760 Feeder Management Relay description.3-13 adjustment points .5-65 meter .5-88 test .7-28 adjustment points .5-87, 5-134 BUS TESTS . Page 214 750/760 S7 Control Feeder ManagementRelay FIGURE 5à   69: Transfer scheme DC bus time circuit breaker Schematic GE Multilin 5à   118 . Range: Displays the date of manufacture MANUFACTURE DATE: in the format shown. The   Out of Syncà ÂÃomx is displayed as the frequency difference is above the maximum difference requirement. Pulses occur at the end of eachscheduled interval. Keyboard operation in a full array of feeder management reality messages The 750/760 display messages are organized into Main Menus, Pages, and Subpages. The ³ for this screen is shown below: FIGURE 5  4: Output Relay 8 Self-Test Warning Logic S5 Protection. A  . 750/760 Control Schemes Feeder Management Relay15. 750/760 Installation elà trica Management Feeder Relay IRIG-B IRIG-B A standard time ³ format that allows the event timestamp to be synchronized between connected devices within 1 millisecond. Page 279 Protection schemes 750/760 Feeder management relay FIGURE 7 Â55: Neutral directional test connection for polarization current Thefollowing description shows Angles with reference polarization current. Page 329 RESOURCES . FIGURE 3  19: ³ communication connection Serial µ Reals 750/760 provide the user with two back communication ports that can be used simultaneously. 750/760 S6 Monitoring Feeder Management Relay ANALOG INPUT ANALOG INPUTRATE (mA) Time (seconds) FIGURE 5à   46: Change measure ³ entry rate Note that CONNECTED Analog Input will still be read and displayed in A2 Metering if both are set to â œDisabled â â œArticle: Disabled, Alarm, Sequence Neg Catch SEQ Neg Directional Alarm, Directional Directional Control ad amica etnerroc ratejnI .otnemagerraced odoM on ¡Ãtse euq odnacidni megasnem amu ¡Ãribixe 067/057 O .o çÃazilauta ad otnemom o edecerp euq opmet ed olavretni o etnarud adnamed a acidni e otunim adac a odazilauta à rolav O .odatilibaseD :O à ÃNUF TNERRUCREVO EMIT lortnoC ,mralA dehctaL ,mralA CO EMIT DNG VTSNES DNG EVITISNES ,RA & pirT ,pirT ,delbasiD:olavretnI .etsuja ed otnop od etnerroc ed siev Ãn so moc adarapmoc à esaf reuqlauq me adidem amix¡Ãm etnerroc a ,adaicini à otnemahcef ed aicnªÃuqes amu euq zev amU .tnioptes ed soviuqra sovon rairc uo tnioptes ed seµÃ§Ãaretla reuqsiauq rezaf ed setna odadnemocer etnematla à m Ãbmat stnioptes ravlaS 28 anig¡ÃP .latnorf leniap odseµÃ§Ãnuf sa sadot a osseca lic¡Ãf ecenrof unem rop odatneiro erawtfos etse ,rodatupmoc od otnemicehnoc ed omin Ãm o moc omseM .UTR subdoM olocotorp o odnasu 224SR uo 584SR laires knil mu ed oiem rop Ãler o e UTR o ertne sadacort res medop setnahlemes seµÃ§Ãamrofni euq evresbO .moc.atsiVrenE.www//:ptth me atsiVrenE od etis oetisiv ,atsiVrenE od atsiv ed otnop o erbos sianoicida seµÃ§Ãamrofni retbo araP atsiVrenE od yalP dna gulP saleT :11   Ã4 ARUGIF 067/057 rodatnemilA od otnemaicnereG ed ÃleR o moc tniopweiV atsiVrenE o odnasU 067/057 69 anig¡ÃP .71   Ã4 nilitluM EG ATON .latnorf acalp ad DEL olep odacidni emrofnoc ,1 opurG o etnemlaicini asu Ãler o euq emussa otnemidecorp etsE .amrof etniuges ad sodamargorp o Ãs otnemarrab ed opmet ed s Ãler so e 2 e 1 sadartne arap sacig³Ãl sadartne sA yaleR tnemeganaM redeeF lortnoC 7S 067/057 012 egaP .99.99 a 10.0 :SNEGASNEM ed olavretnI :OTNEMIRPMOC ED SEDADINU sahliM ,mk :olavretnI mk 1,0 :RODATNEMILA ODOTNEMIRPMOC AHLAF ED RODAZILACOL ed suarged me ahliM/mk 9,99 a 1,0 :STNIOPTES OD 6S OTNEMAROTINOM ED SAHLAF ED RODAZILACOL OD OLAVRETNI :aicnªÃtoP ed rotaF od sacig³ÃL sahlaF ed rodazilacoL od OHNIMAC :93   Ã5 ARUGIF yaleR tnemeganaM redeeF gnirotinoM 6S 067/057 .7 a 3 ed o çÃanibmoc reuqlauQ:odatilibaseD olavretnI collection of an overload element that is not Disabled. In our Setpoints example, these features are specified in the Control System Requirements title. The firmware file name has the following format: 27 K 700 A4 The following procedure aicnªÃ¼Ãqes ed etnerroc a ebixe yaleR tnemeganaM redeeF gnireteM 2A 067/057 SAEMkcolB ,laitnenopxE lamrehT :egnaR delbasiD :NOITNUF lortnoC ,mralA DNMD RWP EVITAER odavarT ,mralA ,delbasiD :NOITNUF REWOP EVITCAER DNAMED GNIROTINOM 6S STNIOPTES :OHNIMAC avitaeR aigrenE ed adnameD )d ÃleR rodatnemilA ed otnemaicnereG otnemarotinoM 6S 067/057,871 anig¡ÃP . ATINIFED OPMET EDAVRUC 067 e 057 sad oic Ãfeneb omix¡Ãm o rarugessa arap aicnªÃrefer arap oditnam e odil res eved launam etsed etnatser O .seµÃ§Ãacinumoc aiv etnematomer uo/e ,latnorf leniap od odalcet uo otatnoc ed adartne aiv etnemlacol otnat adacovni res edop acig³Ãl o çÃnuf amsem A  à sacig³ÃL sadartnE ed rodatnemilA ed otnemaicnereG ed ÃleR3S 067/057 .  Ã953 a 0 etnaziraloP etnerroC ed olugn à 0002 spmA 53556 a 0 etnaziraloP etnerroC gaL  Ã953 a 0 arreT ed etnerroC ed olugn à .moc.nilitlumEG.www//:ptth me nilitluM EG ad etis on lecxE ed ahlinalp amu omoc lev Ãnopsid ¡Ãtse atelpmoc lev¡Ãtide tnioptes ed alebat amU .eugapa es ateloc ed DEL o euq Ãta A esaF ad etnerroc aetnematnel azudeR rodatnemila od otnemaicnereg ed ÃleR o çÃetorp ed sameuqsE 067/057 572 anig¡ÃP .adartne ed otatnoc ed sodatse e ad Ãas ed s Ãler so arap siatigid sodad omoc meb )sV .seµÃsnet saud sa eugilseD .etsuja ed sotnop ed unem od ohla§Ãebac o ribixe Ãler o Ãta UNEM alcet a enoisserP rodatnemilA od etsujA ed sotnoP edo ÃtseG ed ÃleR o raretlA 067/057 71 anig¡ÃP .lanoicarepo ¡Ãtse o çÃnuf a o Ãtne , ÃpirT à :NOITCNUF EMAN TNEMELE .sianoicarepo o Ãtse o Ãn olortnoc e o çÃcetorp ed siamron seµÃ§Ãnuf sa ,o çÃalumiS ed odoM on odnauQ SEROLAV .moc.nilitlumEG.www//:ptth Ã5 nilitluM EG cigoL 1 .oN remocnI aicnªÃrefsnarT ed ameuqsE:07ª â Ã5 ERUGIF yaleR tnemeganaM redeeF lortnoC 7S 067/057,512 egaP .38 â â5 anig¡Ãp a ajeV ETNERAPA AICN ÃTOP ED MEGASNEM .azepmil reuqer o Ãn edadinu A .oieuqolb ed ameuqse o ahcef -otua 067/057 . Ãler od otnemarrab od o Ãsnet ed adartne an 0 V ratejnI :o çÃarepo arap esaf amu moc ahloceR calculated RMS phasor NEGSEQ CURRENT as given by: for ABC¼ABC phase sequence Daed Eht.% 02 SA HGiH SA EB NAC Tnioptes Siht, SLARTUEN GNITAOLF RO GNIDNU GNTIH SMETSYS ROF . GNISNES PUTES METSYS 2S ESSSEM ESSSSEM: YRAMIRP TC ESAHP TNERRUC STNIOPS SSERP SSERP SSERP EGSSSEM PUTES YALER 1S STNIOPTES SSERPEGSSSEM STNIOSTS. DC atsiVrenE EG eht morf erawtfos tniopweiV atsiVrenE eht llatsnI .elbixelf ylemertxe ti sekam hcihw stnioptes elbammargorp fo rebmun elbaredisnoc a sah 067/057 ehT uneM niaM stniopteS weivrevO stniopteS 5 .  à tluaferP  à ot tnioptes yaleR tnemeganaM Redeef Gnitset 8s 067/057 232 EGAP .WODNIW EHT TEXEDNA SEGNAHC YNA TPECCA OT KO KCILC .TSIL ESSSEM Tluafed EHT OT DAY WON SI EGSSEM EHT .YALER FER 351 EGAP .REWOP TNERAPPA DNA, EVITCAER, LAER ROF SESAHP EERHT on DNA, ESAHP hcae no derusaem si dnamed tnerruC .nepo rekaerb eit sub eht dna desolc srekaerb gnimocni htob htiw si noitarugifnoc metsys lamronehT .noitcetorp tluaF htraE detcirtseR mrofrep ot 067/057 eht esu ot deriuqer snoitcennoc eht rof 9  à 3 egap no stu PNI Tluaf Htrae Detcirtser OT Refer. Elif Morf StniOptes Dool OT WoH Setartsulli Erudecorp GNiwollof EHT 58 EGAP . rewop Esrever SDOM Yaler Xidneppa 56-7 .Gnitsil Etelpmoc EHT ROF 6 "â EGAP NOGNIREDRO DNA SNOITACIFICEPS EHT ROF 21â" à 2 Egap at Stuptuo OT Refer EMIT EMAS EHT TA .EGNAR V 042 OT 05 EHT NI EB TSUM EGATLOV YRAGNOCES LANIMON EHT .: ROSAHP SMR EGATLOV ECNEUQES-EVITISOP DETAUCLAC EHT SWOHS) 8.6 QE (Egatlov LARTUEN: YB NEVIG ROSAHP SMR LARTUEN DETAUCLAC EHTSYALPSID ---- ------------------------------------------------- -) 7.6 qe (: yb nevig Segatlov Egatlov ESAHP ESAHP SMR EHT FO Egareva DETAUCLAC EHT SYALPSID YALER TNEMEGANAM REDEEF GNIRETEM 2A 067/057) 5.6 QE (: Rosahp TNERRUC QES OREZ SMR TNERRUC ECNEUQES-OREZ DETAUCLAC EHT SYALPSID ---- ----------------------------------ECNEUQES ESAHP BCA ROF) 4.6 QE ( and characteristics of overload for each looping shot are inserted in . Indications and operations are those described for Phase TOC 1 on page 7à 18, except That this element has no Trip function. 750/760 A1 Status Feeder Management Relay A1 Status Virtual Inputs Path: Actual Values A1 Virtual EntriesInterval: 0 to 20 Virtual Inputs Virtual Inputs 2 Virtual Inputs Run Range: League, turns off. Página 71 750/760 Relay Messages Feeder Management Relay This message is displayed by changing the Please enter the Passcode with the S1 RELAY SETUP PASSCODE CHANGE NON-ZERO PASSCODE SetPoint. 6 Auxiliary Message See page 5à ⠜11. Página 21 750/760 Example of Application Feeder Figure Figure 1à â "1 Three Three Lines Diagram GE Multilin 1à â " 13 . . If you need to assist at any time during this procedure, please contact GE MultiLIN's Technical Support at 1-800-547-8629 (in the US and Canada) or 1 (905) 294-6222 (outside the US 48710 Zamudio, SpainPhone: 34-94-4858835 Fax: 34-94-4858838 Type of Equipment: Feeder Model Management RELAY: 750/760 First year of manufacture: 1994 I, below signed, I declare that The specified above equipment is in accordance with the directives and standards mentioned Full name: John Saunders . Página 95 Using the Envista ViewPoint with 750/760Feeder Management Relay Click the Read Code Request button to connect to the device 750/760 and load the request code. SENSING LINE VT MESSAGE Refer to page 5à 18. Testing procedures Indicates Forms and operations are the same as the TOC 1 phase on page 7à ⠜11 with the closed circuit breaker and the enabled protection, atransience failure produces a chain above Capture of both the overcurrent elements instantaneous 1 (LO-set) and overcurrent time 1. 750/760 erpmes à sotnevE 0 ahlaf ed lacol ovon arap sodaD ;adagapa res edop o Ãn o çÃamrofni atsE .erawtfos od osu o erbos sianoicida seµÃ§Ãamrofni retbo arap 067/057 atsivrenE od adujA ed oviuqra oetlusnoC . gaL  953 a 0 ,a 53556 a 0 : snegasnem ed axiaF :aid Ãm etnerroc amU 53556 a 0 :snegasnem ed olavretni :megaiv arap agrac ed %%0002 a 0 :spmA ed lauta ecnacla mU 53556 a 0 :o çÃideM ed etnerroC o çÃideM 2A siaeR serolaV :etnerroC etnerroC ÃleR tnemeganaM rodatnemilA rodatnemilA o çÃideM 2A 067/057 .rahcefeved o Ãn rekaerB suB O .28" â à 5 anig¡Ãp a etlusnoC avitaer aigrene ed megasneM .ovitisopsid ovon o rinifed arap ovitisopsid ranoicidA o Ãtob on euqilC .tenrehtE e 224 / 584SR ,232SR satrop saus ed s Ãvarta seµÃ§Ãacinumoc ritimrep arap etsuja ed sotnop met 067/057 Ãler O o çÃarugifnoC .opurg ortuo arap odaretla etnemacificepseajes euq sonem a ,stnioptes arap opurg etse odnasu ¡Ãratse e 1 puorG tnioPteS o arap odazinordap à Ãler O ÃleR rodatnemilA rodatnemilA elortnoc ed semehcS 067/057 792 egaP .oir¡Ãusu olep odanoiceles ad Ãas ed otatnoc mu arepo Ãler o ,)euq ronem etnemaciremun .e.i( pukcip ed lev Ãn o euq od odasarta siam anrot es odidem aicnªÃtop edrotaf o odnauq ,otnemele adac araP .13" â à 5 anig¡Ãp a etlusnoC railixua megasneM 5 ÃleR tnemeganaM rodatnemilA lareg o ÃsiV 067/057 99 egaP . Ãler o arap acis¡Ãfirt lanimon o Ãsnet a euqilpA rodatnemila ed otnemaicnereg ed ÃleR o çÃetorp ed semehcS 067/057 472 egaP .seroiretna erawmrif ed seµÃsrev omoc odalcet od epib muatropus o ÃN roirepus e 07.3 erawmrif ed seµÃsreV yaleR tnemeganaM redeeF redeeF puteS yaleR 1S 067/057 .oir¡Ãssecen ¡Ãres raenil o Ãn rotsiser mu ,etnemlevissop ,e etnazilibatse aton ed rotsiser mu ,o çÃetorp ed opit etse arap 067/057 o rasu araP .rodatupmoc ues me rarepo arap 067/057 puteS 067/057 atsivrenE PUTCETS erawtfos o arapsodidneta res meved somin Ãm sotisiuqer setniuges sO atsivrenE o odnalatsnI ÃleR ecafretnI ed rodatnemilA ecafretnI erawtfoS puteS 067/057 0. In Incomer 2, the map of sa3 operates and the transfer message is not displayed. 750/760 Control Schemes Feeder Feeder Lock of rel . Business Circuit Breaker. FFT algorithm for for : TNERRUC C.SHIHP) Rosecp (: TNERRUC B) Rosecp (: TNERRUC ASHARE) RosoHp (: TNERRUC: TNERRUC: ERA DNA GNIRTUEM 2A GNAHUHBUS Detacol Era Suallylav Louthalca TNaveler ehT yaleR tnemeganaM redeeF gnireteM 067/057 .01 fo spets ni sm 0001 ot 03 :yaled emiT syaler ETAREPO OT ERULIAF REKAERB tuptuo 8 dna setats tupni cigol 41,segatlov 3 ,stnerruc 4 :slennahC .yrtiucric noisivrepus lioc esolc dna pirt detaler The ESH HGUGENT WOLF at TNRUC Elkcirt lams is a sorption's ecnadepma naitcnd: Co lla kcolb CO KCOLB DELBADED, 02 bush ot 1 1 bush: Egnar Sniitcnf Co KCOLB STUP NIAFUL 3S 067/057 .Saus Yradnoces Lanimu Semory Esh Tae HCROHW YE DEMHW

750/760 Placing the Relay Feeder Management Relay Configures Relay in Reclosure Shot 1, select so that Phase Time OC 1 RAISED Pickup Place the captivation level just above the current being injected. Tension transformers can be used to a maximum ratio of 5000: 1. 750/760 S1 Relay SETUP FEEDER MEEDORING RELAY ON BUFFER