LSIS GIPAM 2000 Manual
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LSIS GIPAM 2000 Manual

LSIS GIPAM 2000 Manual

Digital protection relay
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T T T T he best choice for your benefit.
LSIS makes an effort to give more benefit to user.
1
he best choice for your benefit.
he best choice for your benefit.
he best choice for your benefit.
The table of contents
The table of contents
The table of contents
The table of contents
• The Safety Caution.............................................·2
1. The layout of MMI.............................................·4
1-1 The external view
1-2 The menu of GIPAM-2200
1-3 The PASSWORD mode
2. PC interface...................................................··28
3. The spec of User Interface.................................32
3-1 The configuration of terminal block & DI, DO contacts
3-2 The configuration of CT, PT
3-3 The configuration of Digital Input
3-4 The configuration of Digital Input
4. The characteristic curves.................................··44

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Summary of Contents for LSIS GIPAM 2000

  • Page 1 LSIS makes an effort to give more benefit to user. The table of contents The table of contents The table of contents The table of contents •...

  • Page 2: Safety Caution

    Safety caution Safety caution Safety caution Safety caution Please read carefully before product being taken Please read carefully before product being taken Please read carefully before product being taken Please read carefully before product being taken into service to ensure safety and proper operation into service to ensure safety and proper operation into service to ensure safety and proper operation into service to ensure safety and proper operation...
  • Page 3 Danger █ Safety caution for installation & terminal wiring • Apply the rated voltage to the power supply terminal; it may result in property damage or fire. • Please keep away product from screws, metals, water, or oil; it may result in fire. •...
  • Page 4 1 1 1 1 ..MMI Graphic LCD Trip assign LED Status LED Function REMOTE/LOCAL ENTER Direction CANCLE CB1 ON/OFF CB2 ON/OFF Port IrDA (Infrared rays) (PIC 1 : INPUT & OUTPUT interface of GIPAM2000)
  • Page 5 1 1 1 1 ..MMI 1 1 1 1 - - - - 1 1 1 1 The disp lay window of The disp lay window of The disp lay window of GIPA M The disp lay window of GIPA M GIPA M- - - - 2000 GIPA M...
  • Page 6 1 1 1 1 ..MMI ① Trip assign LED - It is with yellow and installed by user.( User can set that LED indicates what user wants. ) GIPAM-2000 type has 6 LEDs. The LED which corresponds to detected faults is ON when GIPAM-2000 is tripped due to systematic faults.
  • Page 7 1 1 1 1 ..MMI 1-1-4. LED setting and operation. operation Setting Relay trip F4 key on relay Trip assign setting menu OFF in usual Power on Power/run Power off It flickers on Comm. flickering communicating Error detection Put the F5 key after clear Diag/err...
  • Page 8 1 1 1 1 ..MMI 1 1 1 1 - - - - 2 2 2 2 The The in put de vice in put de vice in put de vice of of of of G IPAM in put de vice G IPAM G IPAM...
  • Page 9 1 1 1 1 ..MMI 1 1 1 1 - - - - 3 IrDA Serial 3 IrDA Serial comm comm unicational De vice unicational De vice (Opto (Opto- - - - master) master) 3 IrDA Serial 3 IrDA Serial comm comm...
  • Page 10 1 1 1 1 ..MMI...
  • Page 11 1 1 1 1 ..MMI 1 1 1 1 - - - - 5 The function s an d operations of MMI 5 The function s an d operations of MMI 5 The function s an d operations of MMI 5 The function s an d operations of MMI Protective relay User can set up the relay and change the value on Protective relay menu.

  • Page 12: Handling Method

    1 1 1 1 ..MMI ② Menu movement and operations of key. EXPLAN DISPLAY HANDLING METHOD Moving up/down : The primary menu Up, down directional of GIPAM. Key. This menu is the Moving to lower menu: top menu.
  • Page 13 1 1 1 1 ..MMI You can see the main menu by pressing the ESC or ENTER key on the primary display. This main menu displays menu list for movement to child menu. User can move the curser by pressing the Up, Down directional key and enter the child menu by pressing ENTER key.
  • Page 14 1 1 1 1 ..MMI If user want to set the relay elements to assign LED, should move cursor to wanted LED and put the left/right key. If you set the 27R relay elements to first trip assign LED.
  • Page 15 1 1 1 1 ..MMI How to operate the key. DISPLAY EXPLAN HANDLING METHOD Moving up/down : The primary menu Up, down directional of GIPAM. Key. This menu is the Moving to lower menu: top menu. Select the menu user wants and put the enter key.
  • Page 16 1 1 1 1 ..MMI INCIDENT HISTORY User can observe the information of EVENT, FAULT, DEMAND and setting them in this menu. GIPAM2000 can save total 800 events and 200 faults information. And the device has demand information of W, VAR ,A. User can set up the time on the power demand menu from 5 minutes to 60 minutes with 5 unit.
  • Page 17 1 1 1 1 ..MMI ② how to operate the key in the EVENT & FAULT menu EXPLAN DISPLAY HANDLING METHOD Moving up/down : The primary menu Up, down directional of GIPAM. Key. This menu is the Moving to lower menu: top menu.
  • Page 18 1 1 1 1 ..MMI DEMAND menu DISPLAY EXPLAN HANDLING Moving up/down : The primary menu Up, down directional of GIPAM. Key. This menu is the Moving to lower menu: top menu. Select the menu user wants and put the enter key.
  • Page 19 1 1 1 1 ..MMI EVENT info display GIPAM2000 displays info of EVENT & FAULTS as follows. ■ EVENT display [EVENT No.] CODE: [EVENT type][event information] TIME: [EVENT TIME TAG] 1. EVENT No. : the order of latest EVENT. The small number means that this is latest EVENT.
  • Page 20 1 1 1 1 ..MMI 3-3. DI/DO EVENT CODE: [S][DI/DO][ON/OFF][CHANGED DI/DO] CODE: [S][DI/DO][ON/OFF][CHANGED DI/DO] CODE: [S][DI/DO][ON/OFF][CHANGED DI/DO] CODE: [S][DI/DO][ON/OFF][CHANGED DI/DO] DI/DO: reason of the event ON/OFF: action CHANGED DI/DO: The number of changed DI/DO 3-4. and so on CODE: [The CODE: [The information CODE: [The...
  • Page 21 1 1 1 1 ..MMI DISPLAY VAULE ANSI CODE ANSI CODE DISPLAY VAULE Voltage of each phase Current of each phase Zero phase voltage ground current Negative seq. current Negative seq. current Zero phase current Voltage of each phase 2th harmonic current Voltage of each phase Current of each phase...
  • Page 22 1 1 1 1 ..MMI ② KEY INTERFACE DI MONITORING, DO MONITORING DISPLAY EXPLAN HANDLING Moving up/down : The primary menu Up, down directional of GIPAM. Key. This menu is the Moving to lower menu: top menu. Select the menu user wants and put the enter key.
  • Page 23 1 1 1 1 ..MMI DI MORNITORING and DO MORNITORING is a supervision menu. It renews the DO/DI status at 1 second interval. PLC REG CONTROL, DI EVENT SETE, DO EVENT/FAULT SET DI FUNCTION SET, DO FUNCTION SET menu. EXPLAN DISPLAY HANDLING...

  • Page 24: System Config

    1 1 1 1 ..MMI ※ DI, DO function set is related with EVENT, FAULT. So user cant set up EVENT, FAULT setting in some cases. DI, DO EVENT/FAULT saved function Function setting EVENT: Default . This is unchangeable(52A,52B) (It is used to control CB.) FAULT, EVENT: Default .
  • Page 25 1 1 1 1 ..MMI ② KEY INTERFACE EXPLAN DISPLAY HANDLING Moving up/down : The primary menu Up, down directional of GIPAM. Key. This menu is the Moving to lower menu: top menu. Select the menu user wants and put the enter key.
  • Page 26 1 1 1 1 ..MMI MESSAGE on the primary DSP display ■ MIMIC ITEM CHECK It displays whether MIMIC picture data is there or not. If mimic data exist, it displays “EXIST”. And if mimic data doesn’t exist, it displays “NONE”. ■...

  • Page 27: Lcd Backlight

    1 1 1 1 ..MMI PASSWORD INPUT MENU User can see following picture ‘input password’ when user change values or erase data. And for 10 minutes, it is unnecessary to input password. (The password can be changed at ENVIRONMENT CONFIG MENU.) PASSWORD INPUT interface Left/right key: moving the cursor.
  • Page 28 • Installation 1. Insert CD to the CD-rom and click setup.exe file. 2. Follow the program guidance. 3. User can select install folder. The default is ‘C:\PROGRAM\LSIS\GIPAM-2000 Setting’ The program name is G2K MANAGER.exe and the manual file guide.doc will be created automatically.
  • Page 29 2. PC interface (program option) 2. PC interface (program option) 2. PC interface (program option) 2. PC interface (program option) Operate PC program. Following picture sill be displayed. To connect program with GIPAM2000, user must register GIPAM2000 to this program. Select and click Add/Device, following picture will be displayed. •...

  • Page 30: Setting Interface

    2. PC interface (program option) 2. PC interface (program option) 2. PC interface (program option) 2. PC interface (program option) SET RELAY INFO: This menu provides relay elements setting function. Double click to use. User can set up the 17 relay elements and change the values. If user wants upload the changed values from PC to GIPAM, click PC->Device.
  • Page 31 2. PC interface (program option) 2. PC interface (program option) 2. PC interface (program option) 2. PC interface (program option) - KEPCO SI: korea electricity SI - KEPCO VI: korea electricity VI Each instantaneous or time delay has LOW set and HIGH set.

  • Page 32: User Interface

    3. User interface 3. User interface 3. User interface 3. User interface 3 3 3 3 - - - - 1 Terminal block 1 Terminal block 1 Terminal block 1 Terminal block All connection blocks are located in behind of the GIPAM2000. GIPAM2000 –...
  • Page 33 3. User interface 3. User interface 3. User interface 3. User interface Input/output terminal interface. (FI/M TYPE) terminal number remark Default use Available use CB21status input(52a) Default CB2 status input(52b) CB2 status input(52a) It is available only when user sets PO to Trip in trip logic CB2 status input(52b) Input for 63CB...
  • Page 34 3. User interface 3. User interface 3. User interface 3. User interface GIPAM2000 - T Power(-) Power(+ )
  • Page 35 3. User interface 3. User interface 3. User interface 3. User interface Input/output terminal interface. (T TYPE) remark terminal number Default use Available use CB21status input(52a) Default CB21status input(52b) CB2 status input(52a) This contact can be used for CB2 only when PO set to Trip in trip logic CB2 status input(52b) This contact can be used for variety use...
  • Page 36 3. User interface 3. User interface 3. User interface 3. User interface 3 3 3 3 - - - - 2 CT/ PT INPUT INTERFACE 2 CT/ PT INPUT INTERFACE 2 CT/ PT INPUT INTERFACE 2 CT/ PT INPUT INTERFACE CT rating current : PT rating voltage : 3P4W WIRING...
  • Page 37 3. User interface 3. User interface 3. User interface 3. User interface 3P3W WIRING 3P3W 3CT Y WIRING 3P3W Ground CT used 3 CT USED...
  • Page 38 3. User interface 3. User interface 3. User interface 3. User interface (3 phase WIRING) 1 (primary) 3 (tertiary) 2 (secondary)

  • Page 39: Digital Input Int Erface

    3. User interface 3. User interface 3. User interface 3. User interface 3 3 3 3 - - - - 3 DIGITAL INPUT INT ERFACE 3 DIGITAL INPUT INT ERFACE 3 DIGITAL INPUT INT ERFACE 3 DIGITAL INPUT INT ERFACE The digital input contacts are common use for AC/DC and rating range is 110V/220.

  • Page 40: Digital Out Put Int Erface

    3. User 3. User interface 3. User 3. User interface interface interface 3 3 3 3 - - - - 4 DIGITAL OUT PUT INT ERFACE 4 DIGITAL OUT PUT INT ERFACE 4 DIGITAL OUT PUT INT ERFACE 4 DIGITAL OUT PUT INT ERFACE The rating value of digital output contacts is AC250V / 16A or DC30V / 16A(each register loaded)in case of CB control used.
  • Page 41 3. User interface 3. User interface 3. User interface 3. User interface CB trip coil 2) (on the output board) CB_OFF Relay contact. It can supervise the CB1_OFF relay and CB2_OFF relay error at regularity interval. If there is some error, system operates the DIGN_ERR contact and save the event and also LCD displays the error.
  • Page 42 3. User interface 3. User interface 3. User interface 3. User interface • PLC program GIPAM2000 has PLC program logic which is constructed by user. And GIPAM is operated by the PLC logic. The logic includes all contacts and that is constructed on ‘GMWIN’...

  • Page 43: Characteristic Curve

    4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 1 Stan dard Inverse T ime 1 Stan dard Inverse T ime 1 Stan dard Inverse T ime 1 Stan dard Inverse T ime - - - - SI SI SI SI Time tab TD : 0.05~1.2 Relay setting value C : 0 t = operating time...
  • Page 44 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 2 Stan dard Inverse T ime 2 Stan dard Inverse T ime - - - - SI SI SI SI 2 Stan dard Inverse T ime 2 Stan dard Inverse T ime Time tab TD : 0.01~1.2...
  • Page 45 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 3 Very Inverse Time 3 Very Inverse Time 3 Very Inverse Time 3 Very Inverse Time - - - - VI VI VI VI Time tab TD : 0.05~1.2 Relay setting value C : 0 t = operating time...
  • Page 46 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 4 Very Inverse Time 4 Very Inverse Time 4 Very Inverse Time - - - - VI VI VI VI 4 Very Inverse Time Time tab TD : 0.01~1.2 Relay setting value C : 0...
  • Page 47 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 5 Extremely Inverse T ime 5 Extremely Inverse T ime 5 Extremely Inverse T ime 5 Extremely Inverse T ime - - - - EI EI EI EI Time tab TD : 0.05~1.2 Relay setting value C : 0 t = operating time...
  • Page 48 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 6 Long Inverse T im e 6 Long Inverse T im e 6 Long Inverse T im e - - - - LI LI LI LI 6 Long Inverse T im e Time tab TD : 0.05~1.2 Relay setting value C : 0...
  • Page 49 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 7 KEPKO 7 KEPKO 7 KEPKO 7 KEPKO - - - - SI SI SI SI Time tab TD : 0.05~1.2 Relay setting value C : 0.42 t = operating time I = fault value...
  • Page 50 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 8 KEPKO 8 KEPKO 8 KEPKO - - - - VI VI VI VI 8 KEPKO Time tab TD : 0.05~1.2 Relay setting value C : 1.084 t = operating time I = fault value...
  • Page 51 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 9 Thermal Cur ve (COLD ) 9 Thermal Cur ve (COLD ) 9 Thermal Cur ve (COLD ) 9 Thermal Cur ve (COLD )
  • Page 52 4. Characteristic Curve 4. Ch aracteristic Curve 4. Ch 4. Ch aracteristic Curve aracteristic Curve 4 4 4 4 - - - - 10 Thermal Curve (HOT ) 10 Thermal Curve (HOT ) 10 Thermal Curve (HOT ) 10 Thermal Curve (HOT ) ※...
  • Page 53 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 11 Different Curve 11 Different Curve 11 Different Curve 11 Different Curve GIPAM2000–T characteristic curve (2 wiring) : (3 wiring) : ※...
  • Page 54 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4. Characteristic Curve 4 4 4 4 - - - - 12 The Curve of Sensiti ve Directi onal Ground Relay (SGR, DGR) 12 The Curve of Sensiti ve Directi onal Ground Relay (SGR, DGR) 12 The Curve of Sensiti ve Directi onal Ground Relay (SGR, DGR) 12 The Curve of Sensiti ve Directi onal Ground Relay (SGR, DGR) RCA : 45°...
  • Page 55 5. Appendix 5. Appendix 5. Appendix 5. Appendix ※ PLC Address Table GIPAM2000 input contact PLC input address GIPAM2000 input contact PLC input address DI14 IX0.0.0 PO01 QX0.0.0 DI13 IX0.0.1 PO02 QX0.0.1 DI12 IX0.0.2 CB1 ON QX0.0.2 DI11 IX0.0.3 CB1 OFF QX0.0.3 DI04 IX0.0.4...
  • Page 56 IEEE DEVICE Relay elements Status & Control Signal PLC input address NUMBER PHASE INSTANTANEOUS OVER CURRENT1 LOW STAGE 150PL – P IX0.1.0 (Addr0.0) START (PULSE) PHASE INSTANTANEOUS OVER CURRENT1 LOW STAGE IX0.1.1 150PL – OP OPERATE (PULSE) (Addr0.1) PHASE INSTANTANEOUS OVER CURRENT1 HIGH STAGE IX0.1.2 150PH –...
  • Page 57 IX0.1.30 PHASE TIME OVER VOLTAGE HIGH STAGE OPERATE (PULSE) 59PH – OP (Addr3.6) IX0.1.31 GROUND INSTANTANEOUS OVER VOLTAGE START (PULSE) 64 – IP (Addr3.7) IX0.1.32 GROUND INSTANTANEOUS OVER VOLTAGE OPERATE (PULSE) 64 – IOP (Addr4.0) IX0.1.33 GROUND TIME OVER VOLTAGE LOW STAGE START (PULSE) 64L –...
  • Page 58 IX0.1.62 RECLOSING SHOT #3 (PULSE) 79 – S3 (Addr7.6) IX0.1.63 RECLOSING SHOT #4 (PULSE) 79 – S4 (Addr7.7) IX0.2.0 RECLOSING SHOT #5 (PULSE) 79 – S5 (Addr8.0) IX0.2.1 RECLOSING SUCCESS (LATCH) 79 – SC (Addr8.1) IX0.2.2 RECLOSING FAIL/LOCK-OUT (LATCH) 79 – FL (Addr8.2) IX0.2.3 CB1 ON SW (PULSE)
  • Page 59 PHASE INSTANTANEOUS OVER CURRENT2 LOW STAGE IX0.2.41 250PL - OP OPERATE (PULSE) (Addr13.1) PHASE INSTANTANEOUS OVER CURRENT2 HIGH STAGE IX0.2.42 250PH – P START (PULSE) (Addr13.2) PHASE INSTANTANEOUS OVER CURRENT2 HIGH STAGE IX0.2.43 250PH – OP OPERATE (PULSE) (Addr13.3) IX0.2.44 PHASE TIME OVER CURRENT2 LOW STAGE START (PULSE) 251PL - P (Addr13.4)

  • Page 60: Ordering Information

    6. Ordering Information 6. Ordering Information 6. Ordering Information 6. Ordering Information GIPAM 2000 GIPAM 2000 GIPAM 2000 GIPAM 2000 F I F I F I F I D D D D T y p e T y p e...

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