G30

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1 I/O R TD Modbus RTU RS Modbus RTU TCP/IP MB MMI 0 I/O RTD A V W var VA PF Hz Wh varh LED L CD RS 9,00pbs BaseT Mbs ModBus TM RTU ModBus TM TCP/IP (DNP) EnerVista R TD

2 / RTD ~5 5 BUS G V,A,W,Var,VA,PF,Hz 55 G 5G RTD AMBIENT AIR STATOR RTDs BEARING RTDs LOAD TACHOMETER DCMA 7 86 RS A7.cdr 69 Ethernet A5.cdr 5 5 9/8 7/ G/5G ,000, A8.cdr % 69 0% 80% RTD RTD R R R R R5 R6 69

3 kV 80% 0 0% 75 80% 0% RTD / 0 RTD RTD 60% A.cdr 0 C 80% 69 TCU TCU RTD RTD 69 k 6 % 6% k=8nema TCU TCU 0% RTD RTD RTD RTD RTD RTD RTD % k= RTD k= k= k= k= derafacta.cdr RTD 5 0% FLA % FLA A.cdr RTD (%) RTD RTD RTD C A.cdr RTD TCU 97

4 6 CT CT 69 :0.05A / VT RTD 69 RTD RTD 69 RTD VFD kwh kvarh 69 CT A 5A A5A CT 5A A VT

RTD 69 RTD RTD RTD 695 69 69-0 ma 0-0 ma 0- ma 69 69 69 69-0 ma 0- ma 69 69 6 C 69 69 69

5 RTD 69 RTD RTD RTD ma 0-0 ma 0- ma ma 0- ma C TCU Ia Ib Ic Ig Ibdiff Icdiff Va Vb Vc PC RS PC

6 69 LED EnerVista Launchpad 69 LED 69 EnerVista LaunchPad RS BaseT RTD 00 9,00pbs 69 Mbps ModBus RTU 56 TCP/IP 69 6 Ia,Ib,Ic,Ig,Iad,Ibd,Icd,Va,Vb,Vc LED DCS SCADA PLC RS9600 ModBus RTU Modbus ) 69Windows EnerVista EnerVista EnerVista 69 EnerVista GE Multilin EnerVista GE Multilin 69 Multilin GE Multilin INTERNET EnerVista Viewpoint EnerVista Viewpoint GE Multilin IED 69EnerVista Viewpoint FlexLogic TM literature.multilin@ge 00

7 69 A CIRCUIT BREAKER PHASE A CT GROUND CT DIFF. PHASE A CT C B A B C PHASE B CT PHASE C CT DIFF. PHASE B CT DIFF. PHASE C CT 69 POWER SUPPLY CAUTION G G H H G H H G G6 H6 G7 H7 G8 H8 G9 H9 G H G H G H G5 H5 AUTOMATIC CT SHORTING TERMINALS CHECK VOLTAGE RATING OF THE UNIT BEFORE APPLYING POWER. SAFETY GROUND FILTER GROUND CONTROL POWER Va Vb Vc Vcom PHASE VOLTAGE INPUTS A/5A COM A/5A COM A/5A COM A/5A COM :.05 COM A/5A COM A/5A COM A/5A COM PHASE A PHASE B PHASE C GROUND GROUND PHASE A PHASE B PHASE C CURRENT INPUTS DIFFERENTIAL INPUTS CIRCUIT BREAKER CONTACTS (5a, 5b) SHOWN FOR BREAKER OPEN. 5 6 BEARING BEARING PUMP BEARING PUMP BEARING PUMP CASE AMBIENT GROUND BUS B RTD SHIELD A HOT A COMPENSATION A RTD RETURN A COMPENSATION A5 HOT A6 HOT A7 COMPENSATION A8 RTD RETURN A9 COMPENSATION A HOT A HOT A COMPENSATION A RTD RETURN A COMPENSATION A5 HOT D HOT D COMPENSATION D RTD RETURN D COMPENSATION D5 HOT D6 HOT D7 COMPENSATION D8 RTD RETURN D9 COMPENSATION D HOT D HOT D COMPENSATION D RTD RETURN D COMPENSATION D5 HOT RTD # RTD # RTD # RTD # RTD #5 RTD #6 RTD #7 RTD #8 RTD #9 RTD # RTD # RTD # g Multilin 69 R TRIP R AUXILIARY R AUXILIARY R ALARM R5 BLOCK START R6 SERVICE DRAWOUT INDICATOR E F TRIP COIL E SUPERVISION F E F E F E F E5 F E F5 E6 F6 E8 F7 E7 F8 E9 F9 STOP START 5a ALARM ANNUNCIATOR 5b TRIP COIL CLOSE COIL SELF TEST ANNUNCIATOR CONTROL POWER INDUCTIVE/HALL EFFECT SENSOR FOR TACHOMETER CAUTION + DO NOT INJECT VOLTAGES TO DIGITAL INPUTS (DRY CONTACT CONNECTIONS ONLY) DCS 5a KEYSWITCH FOR SETPOINT ACCESS D6 STARTER STATUS D7 EMERGENCY RESTART D8 REMOTE RESET D9 ASSIGNABLE INPUT D0 ASSIGNABLE INPUT D ASSIGNABLE INPUT D ASSIGNABLE INPUT D COMMON D SWITCH +Vdc C ACCESS C C TEST C COMPUTER D5 D6 D7 DIGITAL INPUTS AUXILIARY ANALOG OUTPUTS ANALOG I/O FRONT PANEL LOCAL PROGRAMMING PORT ANALOG INPUTS + - COM + - COM COM SHIELD Vdc COM B B B A6 A7 A8 A9 A0 AA A A A5 A6 A7 RS RS INTERFACE RELAY TXD RXD SGND PIN CONNECTOR COMPUTER 8 RXD TXD SGND PIN CONNECTOR 9 WIRE RS HUB nf nf GROUND COMMUNICATION PORTS ONLY AT MASTER DEVICE Ethernet Option (T) nf PERSONAL COMPUTER RS 69PC PROGRAM COMMON- COMMON nf PORT -0mA ANALOG INPUT PLC or COMPUTER THERMAL CAPACITY #+ AVG #+ STATOR RTDs #+ KW #+ LOAD LOAD BEARING BEARING BEARING BEARING SELF POWERED VIBRATION TRANSDUCERS 80675AS.dwg 0

8 x CT ms ms + ms FLA 5 00% s x s0. 0 ms 0.5% ABC ACB ms > A 0% CT 00 A CT A 5 A ( x CT0 x CT 0. VA x CT 0 70 Hz 0 Hz < x CT x CT 0.5% CT s 80 x s 0 x x CT 00 A 0.0 Hz CT A 5 A s0. 0. VA <0 ms 0.5% 0.0 x CT RTD 0 70 Hz 0 Hz 5A X CT0.5% A5 X CT0.5%.0.5 () CT s 80 x 0 ms s 0 x 0 ms % x x.0.00 x FLA s0. CT 00 A 0 ms CT A 5 A 0 s A 5 A < 0. VA < 0.5 VA:05 5 A 0.5 s0.5% 0.0 x CT 0 ms 0 70 Hz 0 Hz x CT 5 A x CT 0.5% x CT A5 x CT 0.5% s A : s 0 00 s CT s 80 x 0 0 s 0 ms 0.5% s 0 x x 0.5 s0.5% VT.00.00: s0. VT 7 V AC Iavg > FLA I / I 0 ms0.5% x Iavg < FLA I / I x Iavg / FLA 0 70 Hz 0 0% UB 0 Hz 0% UB 0.5% 60 s < / 80 V AC % > 0 k 0.5 s 0.5% 9 < xCT 0.0 RPM RPM NPN 0 00 ms > % Vce < K V DC 6mA + ms 69 + V DC 0 ma RTD s0. RTD DIN x CT s ms 0 ms0.5% + ms RTD 5mA 6 Vpk > - + C C.0.0 s ms0.5% >00 / < - C 5 0 min V DC / V AC 0.5 s 0.5% 5 ma 0 0mA 0 0 ma 000 s 6 % 0.5 s0.5% 0 ma % RTD C + V DC 0 ma C 0 ms s x x s0. <0 ms 0.5% 0

69 69 0.0.00-0 C 60 C 0 ma 0 ma 0.99 0.05 0.0.0 kv CT 0. 0.0 s 0. % 0 00 s 0 ma 0 0.0 0 ma k 0 ms 0.5% IEC 55-5 and ANSI/IEEE 6 Vpk C7.90.

.5kV/MHz RTD 0 0 s ANSI C7.90. 5kV/ns RTD RTD Ontario Hydro A-8M-8 RTD# Iavg < x CT x x CT x VT x VT% IEC55-/ III kw kva Iavg > x CT x 0 x CT x VT x VT.5% IEC 55-5 0.5 Joule 5 kv kvar 0.5 s 0.

ISO ISO900 0 00 s CSA CSA DC 0 VDC A 0A A 00 W Resistive 5 VDC A 0A 0.5 A 6.5 W CE EN 5/CISPR EN 08- Iavg < x CT x x CT x VT x VT % VDC A 0A 0. A 75 W IEC IEC 97- - Iavg > x CT x 0 x CT x VT x VT.

9 C 60 C 0 ma 0 ma kv CT s 0. % 0 00 s 0 ma ma k 0 ms 0.5% IEC 55-5 and ANSI/IEEE 6 Vpk C kv minute RTD CT VT ABC kw IEC V DC AN AB 00 kw CT VT BN BC CN CA 0 s ANSI C kV/MHz RTD 0 0 s ANSI C kV/ns RTD RTD Ontario Hydro A-8M-8 RTD# Iavg < x CT x x CT x VT x VT% IEC55-/ III kw kva Iavg > x CT x 0 x CT x VT x VT.5% IEC Joule 5 kv kvar 0.5 s 0.5% RFI MHz/5 W kvar EMI C7.90. MHz MHz kw kva V/m kva IEC 80-6C Iavg < x CT x x CT x VT x VT% 95% Iavg > x CT x 0 xct x VT x VT.5% -0 C +60 C IEC 68-8/ ms 8.0 g kw 00 kw s 0. ISO ISO s CSA CSA DC 0 VDC A 0A A 00 W Resistive 5 VDC A 0A 0.5 A 6.5 W CE EN 5/CISPR EN 08- Iavg < x CT x x CT x VT x VT % VDC A 0A 0. A 75 W IEC IEC Iavg > x CT x 0 x CT x VT x VT.5% DC 0 VDC A 0A 5 A W Inductive 5 VDC A 0A 0.5 A. W 0 ms0.5% L/R=0 ms VDC A 0A 0.5 A 7.5 W AC V AC A 0A A 770 VA -0 C +60 C Resistive VAC A 0A A 770 VA Nm/ft lb 0. AC VAC A 0A A 80 VA -0 C +80 C Inductive VAC A 0A A 7 VA -0 C +80 C P.F. = s 0. 90%.0% 0 ms 0.5% IP 0-X DC 0 60 V DC AC 0 8 V AC 8 6 Hz MW DC V DC 0.5% AC V AC 8 6 Hz 5 5 VA 5 VA 0 ms Mvar 0.5% RS 5 6 Vpk Mvar RS % 5 Modbus RTU / BaseT RJ5ModBus RTU TCP/IP 69 * * * * * 69 P P5 LO HI A A0 E T EnerVista DEMO 9-9- SCI CT HGF HGF5 HGFB /8" " H A CT 5 A CT DC -60V AC 0-8V 8-6Hz DC 90-00V AC 70-65V 8-6Hz 0-mA -0 ma BaseT 69 9" 9" RS /8" " IP5 SR 0

G30

G30 Modbus TUR I/OLED EnerVista AC/DC RS232 CT I/O 6 4 2X16LCD 6 LED4 RS232 RS485 ModbusRTU 19200 EnerVista GEMultilin 24 5 129 MIB MIB M MIB MIB MIB MOV 2kV MIB RGF MIB MIB 6 LED4 33.5LED RS232 RS485 Modbus