G30

MMI Mdbus TU DNP.0 R 2 RS22 RS485Mdbus TU TP/IP R 0MB / / - V T V ar I Hz VA W PFv Ia, Ib, Mvar,, Ic, MW MVA LED L D RS22 RS485 TM Mdbus RTU, TM RTU TP/IP, DNP.0 2 EnerVista V, f, Hz 56

750/760 ANSI 750/760 Mderately Inverse 750/760 750/760 TO TO IE A (BS42) B (BS42) (BS42) IA TO TO ustm Flexurve A 5Flexurves Flexurve B 760/750 2 2 82675A2.cdr Typical applicatin f Flexurves. 750/760 IO IO IO IO N dcma : VT : 52 VT 27 +2 alc. alc. I I2 27 +4 50 BF 59 +2 25 50P Level Demand alc. V 2 alc. V 50P 55 alc. +2 I 50N Level 8U 8 +2 Decay 80 A VT 59N Fail 5V alc. I2 46/ 46 50 / 46 5 / 67 50N 5N +2 +2 50G 5G 67N 67G alc. V 50P 79X +2 760 50SG 5SG 67SG 750/760 25 27 52 8 46/50 46/5 46/67 47 50 5P +2 67P 47 alc. V2 alc. -V x RS22 2 x RS485 OR x RS422 Mdbus RTU DNP.0 x 0BaseT Ethernet 50P 50N 760 VT 50G 50SG 5P 5N 5G 5SG 55 59 59N 67P 67N 67G 67SG 8 U/O 8 750-760 blkdia.cdr * T www.gemultilin.cm/cn 57

750/760 ANSI 27 47 50 5 IO TO 59 (V2) V 0 ) 67 8 V an V cn (r V bn ) 600 I a 00 V bc (r V cb ) V bn (r V cn ) 996698AH.cdr 25 50 55 79 8 ( 760) A VT (A, MW, Mvar, MVA) FEA TUR60/50.cdr T T 4 500 400 Vf Hz 00 200 0 0 0 X PIKUP - 0 2 4 5 6 88846A2.cdr 58 www.gemultilin.cm/cn

2 750/760 VT IOTO IO TO,. 00 0.95 0.90 0.85 (+) (-) 2 A 750/760 2 6 ( 760 ) 4 8 8847A2.cdr 52a 52b LED 750/760 750/760 VT 22 2 V, A, Hz, W, Wh, var, varh, VA, PF RMS A, MW, Mvar, MVA 2 2 256 IRIG-B () 6 256 750/760 256 www.gemultilin.cm/cn 59

750/760 420 60 A B 50N-2 750/760 750/7608 2 88848A2.cdr 88849A2.cdr 5 750/760 RS22 RS485/RS422 750/760 SR DS SADA PL 750/760 8 00 9,200pbs 0Pbps750/760Mdbus IRIG-B IRIG-B MdBus RTU 750/760 lg RTU DNP.0 2Mdbus RTU TP/IP DNP.0 2 TP/IP MdBus RTU 750/760 750/760 750/760 Mdbus ) " "" " 750/760 750/760 EnerVista 750/760 40 LD LED 750 20 LED 760 4 LED 4 EnerVista 750/760 EnerVista GE Multilin EnerVista GE Multilin EnerVista Launchpad EnerVista LaunchPad 750/760 750/760 GE Multilin 60 www.gemultilin.cm/cn

750/760 DIRETION OF POWER FLOW FOR POSITIVE WATTS POSITIVE DIRETION OF LAGGING VARS SOURE Select AB r AB Phase Sequence PHASE Ts A OR 5A BUS VT LINE VT WYE VT ONNETION SEE VT WIRING IN INSTRUTION MANUAL THIS ONNETION PROVIDES THE RESIDUAL (I) URRENT FOR NEUTRAL OVERURRENT AUTOMATI T SHORTING TERMINALS SEE GROUND INPUT WIRING IN INSTRUTION MANUAL ONTROL POWER OPEN DELTA VT ONNETION B A A B V AB HUB V B G5 H5 G6 H6 VA VB V VOM SEE LOGI INPUT WIRING IN INSTRUTION MANUAL SETPOIN AESS KEYSWITH Ethernet Optin (T) G7 H7 G8 H8 G9 H9 G H G0 H0 G5 H5 G6 H6 G4 H4 H H2 G G2 I A N I B N I N I sg I sg I G N V A V B V V OM V V 2 A B PHASE 2 4 5 6 LOGI INPUT LOGI INPUT LOGI INPUT LOGI INPUT LOGI INPUT LOGI INPUT 7 T LOGI INPUT 8 RESERVED 9 RESERVED 0 2 +2VD D D2 D D4 D5 D6 D7 D8 RESERVED D9 RESERVED D0 RESERVED D RESERVED D2 D NEGATIVE 2 4 5 6 7 SETPOINT AESS SETPOINT AESS LOGI INPUT 8 LOGI INPUT 9 LOGI INPUT 0 LOGI INPUT LOGI INPUT 2 LOGI INPUT LOGI INPUT 4 LOGI INPUTS g RJ-45 Multilin 750/760 RS22 9 RS22 OUTPUT RELAYS TRIP ONTROL POWER OIL MONITOR OIL MONITOR 2 SOLID STATE TRIP 2 LOSE AUXILIARY 4 AUXILIARY 5 AUXILIARY 6 AUXILIAR 7 AUXILIAR 8 SELFÑTES WARNING G H G2 H2 E F E2 F2 E F E4 F4 E5 F5 F6 E6 E8 F7 E7 F8 F9 E9 E F0 E0 F F2 E2 52a 52b TRIP OIL LOSE OIL GROUND BUS SEE SUPERVISION WIRING IN INSTRUTION MANUAL TRIP IRUIT LOSE IRUIT RS22 750 / 760 P SETUP PERSONAL OMPUTER TXD RXD SGND 2 4 5 6 7 8 9 9 PIN ONNETOR RS22 INTERFAE RELAY OMPUTER 8 2 2 4 20 5 7 66 7 4 8 5 9 22 RXD TXD SGND 25 PIN ONNETOR IRIG ÑB SHIELD OM OM2 RS485 OM RS422 RS485 INPUT TX TX OM OMMUNIATIONS ANALOG OUTPUTS SLD 2 4 5 6 7 8 B2 B B0 B9 B8 B7 B6 B5 B4 B B2 B A A2 A A4 A5 A6 A7 A8 A9 A0 A A2 SEE OMMUNIATIONS WIRING IN INSTRUTION MANUAL NOTE THE SELF-TEST WARNING OUTPUT RELAY IS FAILSAFE. E2 & F2 ARE OPEN WHEN ONTROL POWER IS APPLIED AND NO SELF-TEST WARNINGS ARE PRESENT. OM A RS485 B OUTPUT HANNEL OMMON OMMON SADA OR OMPUTER INPUT HANNELS 2 4 5 6 7 8 OMMUNIATION GROUND SELETED PARAMETERS NOTE ABLE SHIELDS TO BE GROUNDED AT PL / OMPUTER END ONLY. 996 07EN.cdr www.gemultilin.cm/cn 6

750/760 750/760 : 0.05 20.00, 0.0 x T : 0.00.25, T 0.0 x V : A B : 97% 98% : 97% 98% ANSI// : 0.0 6000.0, 0.( ) %: (0. s ) : x 0.5% IEA/B/ : 00 ms Flexcurve A/B( ) /2 : 0.00 00.00, 0.0 : A-N (A-B) : 0.00.25, 0.0 T A x V : B-N (B-) : (I2 : x ) 20.00 65.00, 0.0 Hz -N (-A) :.0xPU: %40ms : ( + 0.0 Hz : 0.25% ) : 0.00 600.00, 0.0 s ( ) : 0.02 Hz : A-N (A-B) : : 0.005.000, 0.00 x T : 6 65 Hz 60 Hz: 25 ms : 0.02 Hz : 97% 98% 50 Hz: 0 ms ANSI (0.s ) :.5% IE A/B/ : 0.00.25 T, V 0.0 : 0.75% Flexurve TM A/B ( ) : 97% 98% : 2 IA : ANSI : 0.00 00.00, 0.0 (0. s ) : 0.00.00 0.00 : IE A/B/ : 0.02 : (I2 x ) Flexurve. A/B ( ) :.0xPU: %40ms ( IA ) : 0 00.00, 0.0 : -000.0 000.0 MW : : % : : 0.05 20.00, 0.0 x T : 50 ms : 97% 98% : -000.0 000.0 ar Mv ( ) : % 0.00 600.00, 0.0s : 0.05 0.600 : (I2 x ) : 94% 95% : -000.0 000.0 A MV : : 00 ms : % 0 ms( ): : = 50 ms: 0.0 6000.0 s, 0. = 45 ms : 200 ms ( ) : -2. 08 2. 08 MWh : : 2% = 0 +20ms : 0.05 20.0 x T, 0.0 : ( ) : -2. 08 2. 08 arh Mv : 97% 98% ( I2) : 2% : 0.0.00 s, 0 : 20 ms : 90 () : T A/B/ : 0 6555 A : Vbc ca (A ); (B ); ab( ) V : -000.0 000.0 MW MTA: 0 59, : -000.0 000.0 ar Mv : 2 : -000.0 000.0 A MV : 25 40 ms :, 2, 4 : 0.00.25 T, 0.0 x V, 90%( ): :, T V 0. 00.0 s, 0.s 5, 0, 5, 20, 0 60min : V 0000, min, ( ): Ig : 5, 0, 5, 20, 0 60min. MTA: 0 59, : 2% : 2 : : 00 ms : 25 40 ms / : 2 :, T V : 0.00.25 T, 0.0 x V : - V 20.00 60.00, 0.0Hz : Ig 0. 00.0, 0.s MTA: 0 59, 0000, min : 2 : : 25 40 ms : 00 ms /2 /4 : : : : >0.00.25xV T, 0.0 0.00.25, T 0.0 x V 02% 0% : 0.0 6000.0, 0. s : ( ) : : 00 ms /2 : 0.00.25, 0.0 T x V : 97%~98% : 0.0 6000.0, 0. s ( ) : ( ) : : 00 ms 62 www.gemultilin.cm/cn

750/760 750/760 : 00~9,200 : 20.00 T, 0.05 0.0 T: 50000 A 5 A Mdbus RTU DNP.0 : 98% 97% : A 5 A ( ) : 0BaseT, RJ45, RTU MdBus : 60000 0 s, ( ) : A 5 A, 0.2 VA TP/IP : : 20 0.0 x T ( ) : 00 ms : <2 x T : 2 x T 0.5% >2 x T : 20 x T % : > 0% : s, 80, : ( ) : 0.50 0.50, 0.0 : : D: 20 60 V x A: 20 48 V48 62 Hz : 0.50 0.50, 0.0 : D: 88 00 V : 60000 0 s, ( ) A: 70 265 V 48 62 Hz : 0.02 T: 50000A 5 A : 25 VA, 5 VA : 00 ms : A 5 A ( ) : 0 ms : 5 A, 0.2 VA : 6555 0, : 20 0.0 x T ( ) : 20% (, 2 ) : <2 x T: 2 x T 0.5% >2 x T: 20 x T :: +60-40 % : 60000 0 s, : +80-40 : s, 80 : % : -40 +80 : 00 ms : 90% : 2 : 000-000 ma, 0. T: 50000 A 5A IP: 40-X : 98% 97% : A 5A() : 5A, 0.2VA : 60000.0 0 s, : % :.000 0.005 x T ( ) :, : 00 ms : <0. x T: x T 0.2% >0. x T: x 60 T % : 2.0 kv,, T VT : > A0% : s, 80 : 65.00 20.0 Hz, 0.0 : - 0.0 Hz : 6000.0 0.0 s, 0. VT: 0.2 600 kv / 50 240 V : 0.02 Hz VT : 5000, 0. : ANSI/IEEE 7.90. IE 80.4(4 ) : 60 Hz, 4 ms; 50 Hz, 40 ms : 240 50 V V - (5x50ns, R=50 5kV) : 20 V >576 K 0.025 VA : IE255-5 (500 VD, 2000M ) 2 T 50 0V: 27 V - ( ) T( ) : IE255-5 ANSI/IEEE 7.90 : A/B/ (A), (0-40 ): 0.205% (0 0 V) (2kV,60Hz, min); (MW), : IE 255-22- 255-4, (Mvar), (MVA) 27 V) 0.8% (0 (2.5kV, kv) : (, 2 ) IE255-4 ANSI/IEEE 7.90., 90%( ): (2.5kV, MHz, 400/s, 2s, RI=200 ) 5, 0, 5, 20, 0 60 : 4 6 : IE 80.2, 4 (5kV,50pF, 50 ), ( ): () : IE 255-5 0.5 J 5kV 5, 0, 5, 20, 0, 60 : 000 ON (2 VD, 2 ma (5kV,.2 x50 s, 0.5J, R=500 ) ) Amps : 0000, : 00 VD, 2.0 ma( D) : ANSI/IEEE 7.90 (40 x, 2s, 80 xir, s ) MW : 000.0 0., 0. Mvar : 000.0 0., 0. : ma, 0 0 5 ma, 0 0 ma,0 20 ma, RFI: Ontari Hydr (50 450MHz, 5W,25cm 50MHz, 5W MVA : 000.0 0., 0. 4 20 ma ( ) EMI: ANSI/IEEE 7.90.2, : 2% : 75 0% 50MHz 450MHz 0V/m : ma 0 : IE 80-2 : % : IE 68-2-6 IE255-2- : 250 VD 20 : 5 2 ma UL E8849 SA: LR4286-56, ms 4 RMS IRIG-B E: IE947- RMS : :2.5 6 Vp-p, ISO: ISO900 D : TTL,,,,,, OUTPUTS,,,, :, ms : 8 ; : : 4,, 4 8 0- ma 2k. 0-5 ma 2.4k. : 6 0-0 ma.2k. :,, 4-20 ma 600 : : 00% 0 : % : 2 6 4096 52 : 00% ( 60 Hz, 50 ms) : 8 ; : 250 VD, 5 A 500 ms : 5,0,5, 20, 0 : 60 : : A :,,, 2 : A 7: : 00% 0 8: : 62048 2 256 : (, 4096 ) www.gemultilin.cm/cn 6

750/760 *** * * * * * * * * 750 760 P P5 G G5 S S5 LO HI A A5 A0 A20 R G E T H A 5 A A 5A A 5A 20-60VD; 20-48VA 48-62Hz 88-00VD; 70-265VA 48-62Hz 8 0 ma 8 0 5mA 8 0 0mA 8 4 20mA LED LED GE Multilin P INTERNET E-MAIL EnerVista Viewpint EnerVista Viewpint GE Multilin IED 750/760 EnerVistaViewpint FlexLgic LED, LD, 0BaseT () EnerVista 750/760 9-9 750/760 9-2 9 www.gemultilin.cm/specs, 9-2 9 0 5-2 0-2 0 9 8 Md 009 (D) A Md009 (D5) literature.multilin@ge.cm 5A SR 750/760 www.gemultilin.cm 64 www.gemultilin.cm/cn