LSIS GIPAM 115 FI Manual Download Page 30

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8.1

8.1 E xternal

E xternal

E xternal dim ension of GIPA M

dim ension of GIPA M

dim ension of GIPA M-

-115 FI

115 FI

8. External dimension

External dimension

Summary of Contents for GIPAM 115 FI

Page 1: ...1 ...

Page 2: ...isfaction with maximized profit ers satisfaction with maximized profit ers satisfaction with maximized profit ers satisfaction with maximized profit A table of contents A table of contents A table of contents A table of contents Safety precaution 3 1 The Layout of MMI 5 2 The ratings of GIPAM 115 FI 8 3 Protection relay 9 4 MENU Setting 11 5 Self diagnosis 19 6 The specification of user interface ...

Page 3: ...s classified with caution and danger and indication of them as follows Not following the instruction may result in Not following the instruction may result in Not following the instruction may result in Not following the instruction may result in serious injury or evendeath serious injury or evendeath serious injury or evendeath serious injury or evendeath Not following the instruction may result ...

Page 4: ...rminal Please use the ring terminal Please use the ring terminal Please use the ring terminal when wiring when wiring when wiring when wiring the cable the cable the cable the cable it may result in electric shock by bare wire Safety caution for installation Safety caution for installation Safety caution for installation Safety caution for installation terminal terminal terminal terminal wiring wi...

Page 5: ...eck the voltage or polarity of control power supply Check the voltage or polarity of control power supply Check the voltage or polarity of control power supply Check the voltage or polarity of control power supply Check the wiring condition of input output terminal Check the wiring condition of input output terminal Check the wiring condition of input output terminal Check the wiring condition of ...

Page 6: ...ey Yellow LED 6 ESC key Remote output contact Cancel orMovetouppermenu Remote operation of CB ON OFF 7 Enter key 16 Clear Key Savingofchangeddata Clear execution Wh Varh The number of CB operation 8 Decrement key CB conducting time Clear max Vo zero Decrease data or Movebetweenitems 17 CPU Reset Key 9 Increment key 18 Protection Cover Increase data or Movebetweenitems 19 COMM LED Red 10 Display Se...

Page 7: ...CBoperation count Vo max B The basic function operation of LED on GIPAM 115FI The type of LED The type of LED The type of LED The type of LED Basic function Basic function Basic function Basic function POWER LED It iswithred and indicatesthe status of power supply For normaloperation it is kept withredlight ON COMMLED It is with red and indicates the status of remote communication The LED is blink...

Page 8: ...T LIST 3 CLEAR EVENT 4 CLEAR FAULT 1 WIRING 1 COMM SET 2 ADDRESS 3 BAUD RATE 4 SWAP 1 VIEW TIM E 5 IDLE TIM E 6 I NET SEL RELAY SETTING M EASURM ENT EVENT FAULT COM M SETTING 초기 화면 2 SET TIME 1 IED DIAG 2 SYS VERSION PT CT SETTING TIME SYSTEM INFO 2 CT SET 3 PT SET 4 2ND PT VOL 1 1 1 1 The Layout of MMI The Layout of MMI The Layout of MMI The Layout of MMI INITIALDISPLAY ...

Page 9: ...Relative humidity Under 80 Shall not reach the dew point Altitude Under 2 000m Others Shall be no abnormalvibration impact Shall be no severe air pollution Applicable standard KEMC1120 IEC 60255 IEC 61000 Measuring specification Type Range Remark Voltage V 0 5 414 000V PT ratio setting Primary 110 345000V 1V Secondary 110V or 100V Zero phase voltage Vo 0 5 190V Line to line current I 0 0 05 7 200A...

Page 10: ... EI LI OUT MODE AL TP OCGR 50 51N OCGR block Block Time 0 1 60 0 0 1s OCGR function is blocked during the setting time when starting motor Applying over 2A of phase current SGR 67G Io setting Off 0 6 3 6 0 2Ion Ion 1 5mA Vo setting 0 1 0 4 0 02Von Von 190V MTA 45 Operatingtime 0 1 60 00 0 01s GR MODE ON OFF Only lo operates under GR MODE Non earthtype Definite time OUT MODE AL TP HIGH Setting OFF ...

Page 11: ...ting Increase Decrease Operatingtime Operatingvalue setting Increase Decrease Operatingtime Operatingvalue setting Increase Decrease Operatingtime Remark Remark Remark Remark HIGH Setting OFF 5 100 1 Operatingtime 0 1 60 0s 0 01s POR 47 LOW Setting OFF 5 100 1 Operatingtime 0 1 60 0s 0 01s Definite time OUT MODE AL TP Definite time calculation t T tap second Definite tim e D2 T 2 Definite tim e D4...

Page 12: ... menu window It is the most fundamentalwindow which displays the lists of menu DEC INC key are used for the move of different menus and the detailed menu is available by pressing ENTER key 1 R E L A Y S E T T I N G 2 M E A S U R E M E N T Press DECkey or INCkey 3 E V E N T F A U L T 4 C O M M S E T T I N G Press DECkey or INCkey 5 P T C T S E T T I N G 6 T I M E Press DECkey or INCkey 7 S Y S T E ...

Page 13: ...er protection relay will be used or not after moving to the desirable protection relay by DEC INC key OUT MODE AL TP TA None Pick up Trip LED ON AL Pick up Trip LED ON Alarm DO Protection relay DO operation TP Pick up Trip LED ON Alarm DO Protection relay DO CB OFF contact operation TA Pick up Trip LED ON Alarm DO Protection relay DO CB OFF contact Auto Reset 2 MEASUREMENT 1 R E L A Y S E T T I N ...

Page 14: ... V U N B A L A N C E 5 D I 3 EVENT FAULT 3 E V E N T F A U L T 4 C O M M S E T T I N G The following subordinate menus are available from 3 EVENT FAULT 1 E V E N T L I S T 2 F A U L T L I S T 3 C L E A R E V E N T 4 C L E A R F A U L T 3 1 Clear Event Fault 3 C L E A R E V E N T 4 C L E A R F A U L T Press ENT key E V E N T C L E A R N O 4 4 4 4 MENU Setting MENU Setting MENU Setting MENU Setting ...

Page 15: ... O M M S E T T I N G The following subordinate menus are available from 4 COMM SETTING 1 C o m m T y p e 2 A d d r e s s 3 B a u d R a t e 4 S w a P 5 I d l e T i m e 6 I N E T O l d v e r 4 1 COMM Type I N ET MODBUS 4 2 Address 1 254 1UNIT I NET 1 247 1UNIT MODBUS 4 3 Baud Rate 9600 19200 38400 only MODBUS 4 4 Swap ON OFF only MODBUS 4 5 I NET old version GIPAM115N device ID 0x83 or GIPAM115F dev...

Page 16: ...W 3P4W 5 2 CT Set The value can be changeable by pressing DEC INC key 5 6000 1UNIT 5 3 PT Set The value can be changeable by pressing DEC INC key 110 345000 1UNIT 5 4 SECOND PT VOL The value can be changeable by pressing DEC INC key 100 110 Caution If changing the setting value of primary secondary CT and PT the values of WH and VARH are reset 6 TIME 5 P T C T S E T T I N G 6 T I M E The following...

Page 17: ...g the desirable menu by DEC INC key S E T 2 0 0 0 3 1 8 T I M E 0 7 2 9 2 5 Setting value can be changeable in the range of 2000 01 2099 12 31 23 59 59 7 SYSTEM INFO 7 S Y S T E M I N F O The following subordinate menus are available from 7 SYSTEM INFO 1 I E D D i a g n o s i s 2 S y s V e r s i o n 4 4 4 4 MENU Setting MENU Setting MENU Setting MENU Setting ...

Page 18: ...Trip Fault Operated Relay Time Tag Relay Operation De bounce Time Relay Operation CB open Remarks Contents Class Picked up Relay Time Tag Relay Pick Up System Configuration Change of System Configuration Change of DI Status Time Tag Change of DO Status Time Tag DO COS CB Control Contact Power ON Control Change of Relay Setting Parameter Relay Setting DI COS Operated Relay Time Tag Relay Trip Fault...

Page 19: ...Power factor Particular functionmode Particular functionmode Particular functionmode Particular functionmode Display of PT ratio Display of CT ratio Display of selected wiring connection Display of communication address preset in communication part of Main Board Display of the operating numbers of CB V A W Var Wh Varh F PF Every phase of voltage current Display of CB ON time N1 Display of zero pha...

Page 20: ...on status It is cautiousthat WH Varh can be cleared by CLEAR KEY during the operation of POWER FAIL C PT CalibrationError GIPAM115 monitors the execution of CT PT calibration and LCD shows No Calib if data is not validor system is not calibratedcorrectly When calibration is done it turns back to normal Watch Dog GIPAM115 monitors whether CPU operation is normal or not When CPU operates abnormally ...

Page 21: ...In B08 A09 O V G R O V G R O V G R O V G R R EM O T E R EM O T E R EM O T E R EM O T E A10 B09 V R V R V R V R V R V R V R V R B10 A11 P O R P O R P O R P O R LO CA L LO CA L LO CA L LO CA L A12 B11 V S V S V S V S V S V S V S V S B12 A13 F G F G F G F G L R CO M L R CO M L R CO M L R CO M A14 B13 V T V T V T V T V T V T V T V T B14 A15 A LAR M CO M A LAR M CO M A LAR M CO M A LAR M CO M R X 0 R X...

Page 22: ...ing diagram of GIPAM Wiring diagram of GIPAM 115 FI 115 FI 115 FI 115 FI 1 1P 2W 1CT 1PT 2 1P 3W 2CT 2PT 6 6 6 6 The specification of User Interface The specification of User Interface The specification of User Interface The specification of User Interface ONLY with OCGR ...

Page 23: ...IPAM Wiring diagram of GIPAM Wiring diagram of GIPAM 115 FI 115 FI 115 FI 115 FI 3 3P 3W 2CT 2PT 4 3P 3W 3CT 2PT 6 6 6 6 The specification of User Interface The specification of User Interface The specification of User Interface The specification of User Interface ...

Page 24: ...IPAM Wiring diagram of GIPAM Wiring diagram of GIPAM 115 FI 115 FI 115 FI 115 FI 5 3P 3W 3CT 3PT 6 3P 4W 3CT 3PT 6 6 6 6 The specification of User Interface The specification of User Interface The specification of User Interface The specification of User Interface ...

Page 25: ... 10 10 135 315 140 320 310 Vo RCA 45 130 7 Wiring diagram of zero phase current and zero phase voltage SGR operating range a Relay pick up range 320 130 b Drop out after Pick up range 140 310 6 6 6 6 The specification of User Interface The specification of User Interface The specification of User Interface The specification of User Interface ...

Page 26: ...0 02 7 7 7 7 Inverse time Curve Inverse time Curve Inverse time Curve Inverse time Curve 정반한시 SI 0 01 0 1 1 10 100 1 10 100 I Is t sec 0 05 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 t operating time I fault value Is setting value TL Time Lever Time setting value based on characteristic curve 0 05 1 0 Standard inverse time delay ...

Page 27: ...rse Time 7 2 Very Inverse Time t 13 5 I Is 1 X TL 7 7 7 7 Inverse time Curve Inverse time Curve Inverse time Curve Inverse time Curve 강반한시 VI 0 01 0 1 1 10 100 1000 1 10 100 I Is t sec 0 05 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 0 05 1 0 Very inverse time delay ...

Page 28: ...se Time 7 3 Extremely Inverse Time t 80 I Is 1 X TL 2 7 7 7 7 Inverse time Curve Inverse time Curve Inverse time Curve Inverse time Curve 초반한시 EI 0 001 0 01 0 1 1 10 100 1000 1 10 100 I Is t sec 0 05 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 0 05 1 0 Extremely inverse time delay ...

Page 29: ...verse Time 4 Long Inverse Time t 120 I Is 1 X TL 7 7 7 7 Inverse time Curve Inverse time Curve Inverse time Curve Inverse time Curve 장반한시 LI 0 1 1 10 100 1000 10000 1 10 100 I Is t sec 0 05 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 0 05 1 0 Long inverse time delay ...

Page 30: ...xternal External External External dimension of GIPAM dimension of GIPAM dimension of GIPAM dimension of GIPAM 115 FI 115 FI 115 FI 115 FI 8 8 8 8 External dimension External dimension External dimension External dimension ...

Page 31: ...nformation Ordering Information F Feeder Incoming RS RS 485 M MODBUS 60Hz 60Hz IN I NET I I NET 50Hz 50Hz COMM Port COMM Port COMM Port COMM Port protocol protocol protocol protocol Type Type Type Type frequency frequency frequency frequency GIPAM 115 GIPAM 115 GIPAM 115 GIPAM 115 F F F F RS RS RS RS M M M M 60Hz 60Hz 60Hz 60Hz 9 9 9 9 Ordering information Ordering information Ordering information...

Page 32: ...32 ...

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