Entec EVRC2A-N6-NT User Manual Download Page 178

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RECLOSER CONTROL EVRC2A-N6,NT

http://www.entecene.co.kr

168

HANCED

TEC

HNOLOGY

Figure 7-10. Phasor Diagram for I

Directional Polarization

The negative sequence directional controls in the following four settings should be enabled.

PRIMARY SETTING / PROTECTION / DIRECTION / NEQ DIRECTION / Type

Range

OFF, FOR, REV

Default

OFF

Step

OFF :

None direction

FOR :

Forward direction

REV :

Reverse direction

PRIMARY SETTING / PROTECTION / DIRECTION / NEQ DIRECTION / M.T.A

Range

0 ~ 359 degree

Default

135

Step

1 degree

Enter the maximum torque angle. The maximum torque angle setting
determines the directional operating current for the polarizing voltage.

imum

Tor

-V

orqu

e Li

Maximum Torque Angle :
set 135 degree

Polarizing Referance

Voltage:

Fault Current

[NEQ DIRECTION]
Type: OFF
>M.T.A: 135
M.P.V: 0.20

[NEQ DIRECTION]
>Type: OFF
M.T.A: 135
M.P.V: 0.20

Summary of Contents for EVRC2A-N6-NT

Page 1: ...OL EVRC2A N6 NT USER S MANUAL ENTEC ELECTRIC ELECTRONIC CO LTD ENTEC Copyright 2002 by ENTEC ELECTRIC ELECTRONIC CO LTD all right reserved Forerunner Distribution Automation Release Date Feb 2013 Manual Revision 7 13 ...

Page 2: ......

Page 3: ...After the Ver5 00 the manual is applied to the EVRC2A N Network type 1 Support ETIMS ENTEC Integration Management Software function add the setup menu This function is used to interface with ETIMS over Ethernet port 2 Separate Communication setting into Protocol and Port settings 3 Describe elements consisting of Protection section in order of the menu shown in LCD 4 Add CLOSE Function at Normal F...

Page 4: ...et up in SYSTEM SETUP menu 2 Change Supply Outage to Power Quality in some menus Change S Outage Counter to Power Quality in MAINTENANCE menu Change Supply Outage to Power Quality in EVENT RECORDER menu Change S Outage Count and S Outage Event to P Quality Count and P Quality in RELAY SETUP CLEAR SAVED DATA menu 3 Add HARMONICS in MAIN MENU 6 METERING menu Jun 2012 Ver6 02 Changed the manual based...

Page 5: ...se Control Change Range of Reclose 1 in 7 1 Reclose 79 Aug 2012 Ver7 00 Changed the manual based on EVRC2A_N6 firmware V6 15 upgrading 1 Change 5 3 Clock 2 Change 5 8 Time Set Display Type Add Set Type GMT Sign GMT Hour GMT Min and Evt Send Type set up in RELAY SETUP TIME SET DIS TYPE menu 3 Change SEF Pickup Current Setup in 7 4 Sensitive Earth Fault SEF 4 Change 9 3 Clock 5 Change 10 1 4 Synchro...

Page 6: ...7 12 1 Changed the manual based on EVRC2A_NT firmware V7 07 upgrading Delete Tx Delay set up in COMMUNICATION PROTOCOL SETUP DNP1 and DNP2 menu Change the description for Tx Delay setting in 5 2 2 1 DNP3 0 Protocol Option 2 Change the description for TX Post Delay and TX Pre Delay in 5 2 3 1 PORT2 RS232 3 Change the setting examples of Use of VD CVD or RVD in 6 2 Line VS Sensing 6 2 3 Setting Exam...

Page 7: ...otection Elements 11 2 5 Monitoring 16 2 6 Recorder 19 2 7 Communications 22 3 USER INTERFACE PANEL 23 3 1 Construction 24 3 2 LCD Display 33 3 3 Using the LCD Menu 37 4 SELECT SETBANK 40 5 RELAY SETUP 41 5 1 Passcode 41 5 2 Communication 42 5 3 Clock 76 5 4 Event Recorder 78 5 5 Clear Saved Data 79 5 6 Factory Debug 79 5 7 Gas Sensor Type 80 5 8 Time Set Display Type Option 80 6 SYSTEM SETUP 82 6...

Page 8: ...ercurrent 46 138 7 6 Phase High Current Trip 50P 1 142 7 7 Ground High Current Trip 50G 1 144 7 8 Negative Sequence High Current Trip 46 50 1 146 7 9 Phase High Current Lockout 50P 2 148 7 10 Ground High Current Lockout 50G 2 150 7 11 Negative Sequence High Current Lockout 46 50 2 152 7 12 Cold Load Pickup 154 7 13 Directional Controls 67 162 7 14 Undervoltage 27 170 7 15 Overvoltage 59 172 7 16 F...

Page 9: ...ENT RECORDER 241 12 1 Waveform Capture 241 12 2 System Event Recorder 245 12 3 Load Profile 247 12 4 Diagnostic Event Recorder 250 12 5 Fault Trip Event Recorder Option 252 12 6 Power Quality Event Recorder Option 254 13 INSTALLATION 257 13 1 User Interface Door and Power Switch 257 13 2 Vent and Outer Cover 258 13 3 Dimensions and Mounting Plan 259 13 4 Earth Wiring Diagram 261 13 5 Inner Structu...

Page 10: ... 278 13 23 Battery Change 278 13 24 Battery Protection 278 13 25 Communications 279 13 26 Communication Cables 281 13 27 Hardware Block Diagram 282 13 28 Recloser Trip and Close Circuits 283 13 29 Uninterruptible Power Supply for Trip Close 284 13 30 Main Board 285 13 31 Analog Board 286 13 32 Recloser EVR Wiring Diagram 287 13 33 Recloser EPR Wiring Diagram 288 13 34 Recloser Current Transformer ...

Page 11: ...isplays the present trip alarm conditions and measured system parameters y Recording of past trip alarm or control events maximum demand levels and energy metering is also performed y Users can operate Close and Trip and also control EVRC2A with key buttons on the user interface panel Protection Enabled Ground Enabled SEF Enabled Reclose Enabled Control Locked Remote enabled Alternate settings Pro...

Page 12: ... Negative Sequence Directional Control y Automatic Reclosing Up To 4 Shots y Cold Load Pickup with Voltage Control y Sequence Coordination Control y Two Under voltage Elements y Two Over voltage Elements y Under frequency Element y Over frequency Element y Loop Control Option y Loss of Phase Option METERING y Phase Ground and Sensitive Ground Current and Phasors y Line and Phase Voltage and Phasor...

Page 13: ...ere may be no gas pressure monitoring COMMUNICATIONS y Front Panel PORT1 RS232 Serial Port EVRC2A interface software y Side panel PORT2 RS232 Serial Port EVRC2A interface software DNP 3 0 MODBUS or IEC60870 5 101 Protocol Option y Side panel PORT3 RS485 or R232 Serial Port DNP 3 0 MODBUS or IEC60870 5 101 Protocol Option y Side panel PORT4 RJ45 Port DNP 3 0 MODBUS or IEC60870 5 104 Protocol and EV...

Page 14: ...5 cycles 32 events y Fault trip event recorder last 512 events Option y Power Quality event recorder last 512 events Option USER INTERFACE y Fault indicators y Manual Battery Load Test Battery Voltage and Charge Voltage y Dual Functional keypads y 20 4 Character Display LCD or VFD Vacuum Fluorescent Display y 32 LED indicators Fault indications sequence status battery status etc y RS232 port y Con...

Page 15: ... y Based on user requirement prepare 110V 220V Selectable Switch Option User available DC power Output Option y DC Power Voltage 12 15 24Vdc y DC Power Continuous 40W y DC Power for 60Sec 60W Voltage Divider Inputs VD Standard Capacitor Voltage Divider Inputs CVD Only EVR y Maximum Input Voltage 5V y Burden 2e 6 VA y System Voltage 15 27 38 y Capacitor value Phase Capacitor value 20 Resistance Vol...

Page 16: ... Burden 0 6VA 300V 0 2VA 220V 0 05VA 120V 0 02VA 67V Current Transformer Inputs CT y Current Inputs IA IB IC and IG SEF y IA IB IC IG Input Current Range 1A Nominal 2A continuous 25A 1 second Burden 0 38VA 1A y SEF Input Current Range 0 05A Nominal 0 16A Continuous 0 6A 1 second Burden 0 0375VA 0 05A Control Inputs Option y Control Inputs 8 Channel y Nominal Voltages and Operating Range 250Vdc 15 ...

Page 17: ...ontacts Option y Control Outputs 8 Channel Normal Open 5 Channel Normal Close 2 Channel ALARM 1 Channel y 300Vac 350Vdc Varistor for differential surge protection y Operate Release time 5ms at 20 68 y Maximum operating power L R 7ms 125Vdc 0 1A 48Vdc 0 8A 24Vdc 3A cosΦ 0 4 250Vac 3A 125Vac 5A ...

Page 18: ...IEEE SWC Tests for Protective Relays and Relay Systems 3 oscillatory 1 to 1 5 5 fast transient 1 2 50 y IEEE C37 90 2 1987 IEEE Trial Use Standard Withstand Capability of Relay Systems to Radiated Electromagnetic Interference from Transceivers 10 V m 150 and 450 5 W transmitter 10 Vibration Test y IEC 255 21 1 1988 Electrical relays Part 21 Vibration shock bump and seismic tests on measuring relay...

Page 19: ...e G RMS Current Phase SEF RMS Current A 1 of 2 CT 20 CT VOLTAGE A N A B RMS Voltage B N B C RMS Voltage C N C A RMS Voltage R N R S RMS Voltage S N S T RMS Voltage T N T R RMS Voltage 1 SYMMETRICAL COMPONENTS I1 I2 3I0 V1 V2 3V0 A 1 of 2 CT 1 POWER FACTOR Phase A B C 3Φ Phase Rate 0 02 1 000 to 1 000 3ΦREAL POWER Phase A B C 3Φ Phase MW 2 32 000 to 32 000 3ΦREACTIVE POWER Phase A B C 3Φ Phase MVar...

Page 20: ...tage 0 02 40 00 70 00 HARMONICS 1st 7th Harmonic of Current 1st 7th Harmonic of Voltage THD of Current THD of Voltage 1 1 3 3 0 to 100 0 to 100 0 to 100 0 to 100 UNBALANCE Voltage unbalance V2 V1 in source side Voltage unbalance V2 V1 in load side Current unbalance I2 I1 2 2 2 0 to 999 0 to 999 0 to 999 If the VT connection type is set to delta all single phase voltage quantities are displayed as ...

Page 21: ... in steps of 0 01s Reset Type Instantaneous Linear Low Set Definite Time 1 600 in steps of 1s supported from Ver 6 03 of EVRC2A N6 NT Pickup Level Accuracy 5 Timing Accuracy 5 of trip time or 20 Phase Ground Negative Sequence Instantaneous Overcurrent Protection Pickup Level OFF 10 to 20000 in steps of 1A Dropout Level 95 to 98 of Pickup Time Delay 0 00 to 10 00 in steps of 0 01s Active Trip 1 to ...

Page 22: ...ENU STATUS CONTROL TYPE menu Reclose Control Operations to Lockout phase trip 1 to 5 in steps of 1 Operations to Lockout ground trip 1 to 5 in steps of 1 Operations to Lockout SEF trip 1 to 5 in steps of 1 Operations to Lockout Negative Seq trip 1 to 5 in steps of 1 Operations of Fast curve phase trip 0 to 5 in steps of 1 Operations of Fast curve ground trip 0 to 5 in steps of 1 Operations of Fast...

Page 23: ...curacy at 0 time delay 50 max 5 of trip time or 20 NOTE As per the user s request for the products that are dispatched with ZCT installed the SEF Pickup Level setting range of the protection element is 0 4 to 200 0 in steps of 0 1A To check whether the product is dispatched with ZCT installed check MAIN MENU STATUS CONTROL TYPE menu Phase Directional Control Polarizing Voltage Positive Sequence Vo...

Page 24: ...racy 20 Overvoltage 1 2 Protection Pickup Level 0 00 to 1 25 in steps of 0 01 x VT Dropout Level 95 to 98 of Pickup Time Delay 0 00 to 600 00 in steps of 0 01s Active Phases Any One Any Two All Three Timing Accuracy 20 Under Over frequency Minimum Voltage 0 00 to 1 25 in steps of 0 01 x VT in Phase A Minimum Current 10 to 1600 in steps of 1A in Phase A Under frequency Pickup Level 40 00 to 60 00 i...

Page 25: ...C2A N6 NT http www entecene co kr 15 ENHANCED TECHNOLOGY Loss of Phase Option Pickup Level 0 00 to 1 25 in steps of 0 01 x VT Dropout Level 102 to 105 of Pickup Time Delay 0 10 to 100 00 in steps of 0 01s Time Accuracy 20 ...

Page 26: ...age Maximum 0 00 to 1 25 in steps of 0 01 x VT Maximum Voltage Difference 0 00 to 1 25 in steps of 0 01 x VT Maximum Angle Difference 0 to 100 in steps of 1 Maximum Frequency Difference 0 00 to 5 00 in steps of 0 01 Synchro check Phase R AB S CB T of Load side Trip Counters Number of Pickup Limit 1 to 20000 in steps of 1 Trip Counter Set 0 to 10000 in steps of 1 Recloser Wear Pickup Wear 0 to 100 ...

Page 27: ... to 60 in steps of 1cycle Detect Function of Voltage Swell DISABLE ENABLE Detect Level of Voltage Swell 1 05 to 1 25 in steps of 0 01 x VT Detect Time of Voltage Swell 1 to 60 in steps of 1cycle Detect Function of Voltage Unbalance DISABLE ENABLE Detect Level of Voltage Unbalance 1 to 100 in steps of 1 Detect Time of Voltage Unbalance 0 1 to 60 0 in steps of 0 1s Detect Function of Current Unbalan...

Page 28: ... www entecene co kr 18 ENHANCED TECHNOLOGY Live Load Blocking Option Blocking Pickup Voltage 0 10 to 0 90 in steps of 0 01 x VT in Load side Dropout Level 95 to 98 of Pickup Time Delay 0 00 to 600 00 in steps of 0 01s Timing Accuracy 20 ...

Page 29: ...elays 8ch Input y Sample Rate 16 per cycle y Trigger Position 1 to 15cycle y Storage capacity 32 events with 15cycle SYSTEM EVENT RECORDER y Trigger Source Protection Elements 52A Contact Sequence status Front panel control AC supply External control Fail operation External input status System alarm V1 Source V2 Load Power Quality detect etc y Trigger Time each 1 4 cycle y Trigger type Pick up and...

Page 30: ...tatus y Trigger Time each 1 4 cycle y Trigger type Pick up and Dropout y Storage Capacity Last 512 Events LOAD PROFILE y Trigger Source Demand Current A B C G Demand Real Power A B C 3ф Demand Reactive Power A B C 3ф Demand Power Factor 3ф Demand Energy 3ф Trigger Time 5 10 15 20 30 60minute y Storage Capacity Total 5120 Events 213days 60min FAULT TRIP EVENT RECORDER Option y Trigger Source Trigge...

Page 31: ...om version 6 12 of EVRC2A N6 NT y Storage Capacity Last 512 Events COUNTER y Trip Counter 0 to 65 534 y Fault Counter 0 to 65 534 y System Restart Counter 0 to 65 534 y Supply Outage Counter 0 to 60 000 Option y Supply Outage Time 0 to 9 999 hours Option y Sag Counter 0 to 60 000 Option y Swell Counter 0 to 60 000 Option y Voltage Unbalance Source Side Counter 0 to 60 000 Option y Voltage Unbalanc...

Page 32: ...nd EVRC2A Interface software Side panel Port3 Option RS485 or RS232 1200 19200bps No Parity 8 Data bits 1 Stop bit DNP 3 0 Modbus or IEC60870 5 101 Protocol and EVRC2A Interface software Side panel Port4 Option RJ 45 10BASE T 100BASE T DNP 3 0 Modbus or IEC60870 5 104 Protocol and EVRC2A Interface software NOTE The Port3 type of EVRC2A N is a fixed RS485 port However the Port3 type of EVRC2A N6 NT...

Page 33: ...tion describes the User Interface Panel front panel The User interface Panel control is used for y Directly control the recloser y Verify control status y View system status y View metering value y View information stored in the EVRC2A unit y View and change the EVRC2A settings Figure 3 1 User Interface Panel ...

Page 34: ...l section 3 1 1 Operation Section OPEN Pressing OPEN push button sends a trip signal to the Recloser CLOSE Pressing CLOSE push button sends a close signal to the Recloser Units operating with firmware version 2 18 or later have a feature of Close Time Delay The Close Time Delay allows a delay of 0 00 to 600 00 seconds after pressing the close push button before closing the recloser POSITION LED In...

Page 35: ...able PROTECTION ENABLED All Protection elements are enabled GROUND ENABLED Ground Protection elements are enabled SEF ENABLED SEF Protection elements are disabled RECLOSE ENABLED Reclose function is enabled CONTROL LOCKED Front panel function is unlocked REMOTE ENABLED Remote control is enabled ALTERNATE SETTINGS Alternate setting is disabled Primary Setting is enabled PROGRAM 1 Program 1 function...

Page 36: ...nabled push button on the front panel Reclose Enabled When Reclose Enable LED is on the reclose 79 element is enabled The enabled reclose element can be disabled by pressing the Recloser Enabled push button on the front panel Control Locked When Control Locked LED is on all functions in operation section and all functions in Local control section are locked These can be unlocked by pressing the Co...

Page 37: ...urrent on the phase or neutral lines is above the minimum pickup setting as programmed in any of the EVRC2A over current elements y Phase Instantaneous over current Elements y Phase Time over current Elements y Phase Definite Time High Current Lockout Element y Ground Instantaneous over current Elements y Ground Time over current Elements y Ground Definite Time High Current Lockout Element y Sensi...

Page 38: ... an over current fault has occurred on the neutral line y SEF Indicates a sensitive earth fault has occurred on the neutral line y FI RESET Reset fault indication Lamp test 3 1 4 Voltage Elements Section Indicates that voltage pickup element is operated y Two Under voltage Elements y Two Over voltage Elements y Synchronism Element y Under Over frequency Element 27 Under voltage pickup 59 Over volt...

Page 39: ...uence Status Section 3 1 6 System Diagnostic Section Indicates Diagnostic status of the EVRC2A Control run indicates green the EVRC2A has successfully passed its internal diagnostic test Self Check Red indicates the EVRC2A has failed in its internal diagnostic test CONTROL RUN Status of EVRC2A systems shows normal SELF CHECK Status of EVRC2A systems shows warning Figure 3 7 System Diagnostic Secti...

Page 40: ...attery Load Testing LOAD V On Test Battery is disconnected from the Figure 3 9 Battery Test Mode charge circuit and connect the battery with load resistor and check the battery Load resistor shall be connected with AC supply CHARGE V Display the voltage of charge circuit STATUS Display Battery status and charge circuit status B OK When the battery voltage is between 21V 28V B HI When the battery v...

Page 41: ...alue METER Up arrow key is used to move to the meter menu operable in menu starting mode AWAKE Down arrow key is used for panel awake from sleep mode EVENT Left arrow key is used to move to the event menu operable in menu starting mode SET Right arrow key is used to move to the setting menu operable in menu starting mode FUN To move to main menu when present mode is in starting mode ESC To cancel ...

Page 42: ... Key ENT key is used to select a menu by using Up and Down arrow key Enter key is also used to accept a new setting by using Up or down arrow key Key Use the left and right arrow keys to move cursor in the data input mode and change display message Key Use Up and Down arrow keys to move through the various menus and to decrease or increase value in the data input mode PORT1 PORT1 is the port to co...

Page 43: ...u BANKs which can be changed individually BANK in Primary Setting Menu is applied to System BANK in Alternate Setting EditBank Setting Menu is not applied to System Press Alternate Enabled button and make the lamp on Alternate setting Menu is applied to the system EditBank Setting is used for setting value EVRC2A Main Menu consists of 8 sub menus Figure 3 11 Main Menu Tree 3 2 2 Select Setbank Con...

Page 44: ...AY SET LOOP CONTROL option and SET GROUP CHANGE option PROTECTION Set items related to protection elements MONITORING Set items related to measurement and maintenance SAVE SETTINGS Save all changed values 3 2 4 Alternate Setting The same as PRIMARY SETTING 3 2 5 Editbank Setting The same as PRIMARY SETTING 3 2 6 Status OPTO INPUTS Shows status of External port RELAY OUTPUTS Shows status of Output ...

Page 45: ...TOR Shows any damage Interrupter RELAY OUTPUT TEST Tests External Output port POWER QUALITY Shows counters and time related with supply outage and counters related with swell sag and unbalance Option For more details refer to see 11 MAINTENANCE 3 2 9 Event Recorder It shows about Event recorder items For more details refer to see 12 EVENT RECORDER ...

Page 46: ...5 H C LOCKOUT GND 16 H C LOCKOUT NEQ 17 CLOD LOAD PICKUP 18 DIRECTION 19 VOLTAGE 20 FREQUENCY 21 OTHER ELEMENT 22 USER CURVE SET 23 LOSS OF PHASE MONITORING 1 DEMAND 2 SYNCHROCHECK 3 TRIP COUNTER 4 RECLOSER WEAR 5 BATTERY TEST 6 FAULT LOCATOR 7 GAS LOW LOCK 8 EXT TRIP LOCK 9 LIVE LOAD BLOCK COMMUNICATION 1 PROTOCOL SETUP 2 PORT SETUP 3 DIALUP MODEM 1 4 DIALUP MODEM 2 5 EVENT ETC CLEAR SAVED DATA 1...

Page 47: ... menus You can choose any sub menu by using key Press ENT key to select the sub menu As above explanation you can move and select sub menu 3 3 1 View Example To see External input port status Move to MAIN MENU STATUS OPTO INPUTS The following screen is displayed STATUS OPTO INPUTS OPEN Shows External Input is de asserted CLOSE Shows External Input is asserted Only 4 lines are displayed on LCD Scre...

Page 48: ...urrent Elements 2 As above screen to move to Phase use key and press ENT key to move into value column 3 Use keys and keys to change a new value Press ENT key and then you can see the changed Phase value NOTE You must save all changed values at Setting Save menu 3 3 3 Help Function Help function displays the detail requirements for the setting User can check the detail requirements of a setting af...

Page 49: ...code and press ENT key 2 If Passcode is correct screen Left appears otherwise screen Left appears again 3 If screen appears press ENT key to save changed value NOTE The changed setting can be effective after it is saved If the save procedure is canceled the setting keeps previous value However by EVRC2A version 5 30 if a setting related with communication is changed and then saved the changed sett...

Page 50: ... different sets depending on Distribution circumstance SELECT SETBANK PRIMARY Range BANK1 6 Default BANK1 Step Set Primary for BANK1 SELECT SETBANK ALTERNATE Range BANK1 6 Default BANK2 Step Set Alternate for BANK2 SELECT SETBANK EDIT Range BANK1 6 Default BANK3 Step Set Edit for BANK3 SELECT SETBANK Primary BANK1 Alternate BANK2 Edit BANK3 SELECT SETBANK Primary BANK1 Alternate BANK2 Edit BANK3 S...

Page 51: ... According to a recloser type there may be no Gas Sensor Type 5 1 Passcode PRIMARY ALTERNATE or EDITBANK SETTING RELAY SETUP PASSCODE y Press PASSCODE to store changed value y PASSCODE has 4 digits y Passcode change procedure is as follows Enter the old PASSCODE and press ENT key Enter new PASSCODE and press ENT key To change and store PASSCODE enter ENT key After changing PASSCODE new PASSCODE wi...

Page 52: ...o parity 8 1 User Interface Side Panel PORT4 RJ45 10BASE T 100BASE T User Interface Side Panel PORT1 RS232 A port to interface with Interface Software PORT2 RS232 Option The Port2 is a port for a serial communication for MODBUS DNP3 0 or IEC60870 5 101 protocol A user can select the protocol and configure the Port2 for the selected protocol by changing baud rate and or other settings for the Port2...

Page 53: ...its settings NOTE From EVRC2A version 5 30 if a setting related with communication is changed and then saved the changed setting is applied after rebooting During IEC60870 5 104 or DNP3 0 communication through Port2 Port3 or Port 4 a user can connect with the Interface Software ETIMS ENTEC Integration Management Software and use it Please refer to DNP3 0 Protocol Technical Manual MODBUS Protocol T...

Page 54: ...fault DISABLE Step Select whether to use DNP3 0 Protocol or not COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Use Port Range P2 232 P3 232 P3 485 P4 TCP Default DNP1 P2 232 Step DNP2 P3 232 Select DNP3 communication port COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Master Address Range 0 65519 Default 60000 Step 1 Enter the master station address COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Slave Address Ra...

Page 55: ...2 Step 1 Enter the number of retries that will be issued for a given data link layer COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 D L Timeout Range 1 255 sec Default 55 Step 1 sec Set a waiting time between Data Link Frame transfer till to receive Data Link Confirm ACK of Master If there is no Data Link Confirm receiving and Data Link retry is available EVRC2A will send Data Link Frame again COMMUNIC...

Page 56: ...ge 0 01 300 00 sec Default 0 10 Step 0 01 sec Enter a time delay between frames when Multi frame replies COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Tx Delay Range 0 00 OFF 0 01 300 00 sec Default 0 05 Step 0 01 sec Delay time of sending Real data after RTS Signal is on NOTE The setting does not apply to communication and is not indicated from Ver 7 07 of EVRC2A_NT COMMUNICATION PROTOCOL SETUP DNP1 ...

Page 57: ...er setting Unsol Time starting and elapsing when the first event occurs COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Class 1 Range DISABLE ENABLE Default DISABLE Step Select the unsolicited response mode of Class 1 events COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Class 2 Range DISABLE ENABLE Default DISABLE Step Select the unsolicited response mode of Class 2 events COMMUNICATION PROTOCOL SETUP DNP1 ...

Page 58: ...rt Range 0 65535 Default 20000 Step 1 Set the TCP IP port number of EVRC2A for UDP communication COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Keep Alive Check Time Range 0 OFF 1 600 sec Default 10 Step 1sec Set the Time period that checks the communication connecting status during the idle status COMMUNICATION PROTOCOL SETUP DNP1 or DNP2 Fragment Size Range 64 2048 Default 2048 Step 1 Set the size of...

Page 59: ...OL SETUP IEC60870 5 101 to select setting for IEC60870 5 101 Protocol COMMUNICATION PROTOCOL SETUP IEC60870 5 101 Function Range DISABLE ENABLE Default DISABLE Step Select whether to use IEC60870 5 101 protocol COMMUNICATION PROTOCOL SETUP IEC60870 5 101 Use Port Range P2 232 P3 232 P3 485 Default P2 232 Step Select a port to use IEC60870 5 101 communication COMMUNICATION PROTOCOL SETUP IEC60870 5...

Page 60: ...MUNICATION PROTOCOL SETUP IEC60870 5 101 Retries Range 0 255 Default 0 Step 1 Set the Data retires number COMMUNICATION PROTOCOL SETUP IEC60870 5 101 Conf Timeout Range 1 255 sec Default 15 Step 1 sec Set the wait time till receive the Data Confirm ACK of master after transferring the Data If there isn t the Confirm during this setting time and Data retries is available EVRC2A transfers the Data a...

Page 61: ...maximum size of received frame COMMUNICATION PROTOCOL SETUP IEC870 5 101 Rx Frame TO Range 0 OFF 1 255 sec Default 15 Step 1 sec Enter the maximum amount of time to wait for a complete frame after receiving the frame sync COMMUNICATION PROTOCOL SETUP IEC870 5 101 Tx Frame Size Range 0 261 Default 261 Step 1 Enter the maximum size of transmitted frame IEC60870 5 101 Tx Frame Size 261 COT Size 1 IOA...

Page 62: ...e time out for repetition of frames or incremental application layer timeout COMMUNICATION PROTOCOL SETUP IEC870 5 101 Select Timeout Range 0 OFF 1 255 Default 5 Step 1 Enter the period after a previously received select will timeout COMMUNICATION PROTOCOL SETUP IEC870 5 101 CMD Termination Range NO YES Default YES Step Select whether to send Activation Termination upon completion of commands othe...

Page 63: ...cation using the IEC60870 5 104 through communication port4 Move to PRIMARY ALTERNATE or EDITBANK SETTING RELAY SETUP COMMUNICATION PROTOCOL SETUP IEC60870 5 104 to select setting for IEC60870 5 104 Protocol COMMUNICATION PROTOCOL SETUP IEC60870 5 104 Function Range DISABLE ENABLE Default DISABLE Step Select whether to use IEC60870 5 104 protocol or not COMMUNICATION PROTOCOL SETUP IEC60870 5 104 ...

Page 64: ...edgements in case of no data message t2 t1 COMMUNICATION PROTOCOL SETUP IEC60870 5 104 Time Out t3 Range 1 255 sec Default 20 Step 1sec Select the Timeout for sending test frame in case of a long idle state COMMUNICATION PROTOCOL SETUP IEC60870 5 104 Event Period Range 0 255 sec Default 5 Step 1 Select the delay time before events are sent Single event or several events occur and then if new event...

Page 65: ...reviously received select will timeout COMMUNICATION PROTOCOL SETUP IEC870 5 101 CMD Termination Range NO YES Default YES Step Select whether to send Activation Termination upon completion of commands other than set point commands COMMUNICATION PROTOCOL SETUP IEC870 5 101 CSE Termination Range NO YES Default YES Step Select whether to send Activation Termination upon completion of set point comman...

Page 66: ...RNATE or EDITBANK SETTING RELAY SETUP COMMUNICATION PROTOCOL SETUP MODBUS to select setting for MODBUS Protocol COMMUNICATION PROTOCOL SETUP MODBUS Function Range DISABLE ENABLE Default DISABLE Step Set whether to use MODBUS communication or not COMMUNICATION PROTOCOL SETUP MODBUS Use Port Range P2 232 P3 232 P3 485 P4 TCP Default P4 TCP Step Select MODBUS communication port COMMUNICATION PROTOCOL...

Page 67: ...DT communication at the use of Port4 Ethernet COMMUNICATION PROTOCOL SETUP MODBUS TCP Port Range 0 65535 Default 502 Step 1 Set the TCP IP port number of EVRC2A for TCP communication COMMUNICATION PROTOCOL SETUP MODBUS UDP Port Range 0 65535 Default 502 Step 1 Set the TCP IP port number of EVRC2A for UDP communication MODBUS TCP UDP Select TCP TCP Port 502 UDP Port 502 MODBUS TCP UDP Select TCP TC...

Page 68: ...ate for PORT2 COMMUNICATION PORT SETUP PORT1 RS232 Parity Bit Range NONE ODD EVEN Default NONE Step Select whether to use Parity Bit COMMUNICATION PORT SETUP PORT1 RS232 Data Bit Range 7 8 Default 8 Step Select the Data Bit COMMUNICATION PORT SETUP PORT1 RS232 Stop Bit Range 1 2 Default 1 Step Select the Stop Bit NOTE The above set values marked with are indicated from Ver 7 04 of EVRC2A_NT PORT1 ...

Page 69: ...ignal is Asserted transfer a data COMMUNICATION PORT SETUP PORT2 RS232 DCD Function Range OFF ON Default OFF Step Set whether to use DCD signal or not OFF Regardless of DCD signal transfer a data ON After confirming DCD signal is Asserted transfer a data COMMUNICATION PORT SETUP PORT2 RS232 RTS Function Range OFF ON AUTO Default AUTO Step Set whether to use RTS signal and the mode or not OFF RTS s...

Page 70: ...1 msec Set a delay time for checking DCD signal which determines modem status before sending RTS signal in 2 wire communication type If DCD signal is ON EVRC2A does not transfer the data and treat it as DCD Fail after the set time It is available if DCD Function setting is ON COMMUNICATION PORT SETUP PORT2 RS232 TX Post Delay Range 0 60000 msec Default 50 Step 1 msec Set the delay time of RTS OFF ...

Page 71: ...to select setting for PORT4 COMMUNICATION PORT SETUP PORT4 TCP IP IPAddr 1 4 Range 0 255 Default Step 1 Select the IP Address for EVRC2A IP Address 192 xxx xxx xxx IP Addr 1 2 3 4 is COMMUNICATION PORT SETUP PORT4 TCP IP Gateway Addr 1 4 Range 0 255 Default Step 1 Select the Gateway Address Gateway Address 192 xxx xxx xxx Gateway Addr 1 2 3 4 is COMMUNICATION PORT SETUP PORT4 TCP IP SubnetMask Ran...

Page 72: ... TCP IP K Alv Interval Range 1 255 sec Default 2 Step 1sec After checking the communication connecting status check the status again if there isn t any reply during the setting time COMMUNICATION PORT SETUP PORT4 TCP IP K Alv Retry Range 1 255 Default 1 Step 1 Check the communication connecting maintainance status as much as the setting number If there isn t a respond take as communication fail an...

Page 73: ...owing setting shall be confirmed Configure port speed must be done Set DNP communication speed the same as the speed between EVRC2A and Modem and set DNP communication speed slower than the speed between modems Configure answer mode frequently The modem will answer an incoming call on the second ring using the command ATS0 2 Configure Data Carrier Detect must be done Data Carrier Detect should fol...

Page 74: ...ecting and negotiating a common protocol and speed This is very useful for a dialing modem as it prevents a human being accidentally repeatedly called The speaker can be annoying on answering modems The AT command is ATM1 5 2 4 2 Operation functions when to use Dialing Modem Transmitting a Communication Packet y Checks DCD is asserted Check Online y The Communication packet is transmitted Dial whe...

Page 75: ...tware Maximum 5 phone numbers are able to be assigned for receiving SMS and maximum 6 events on a signal message per one phone number can be sent at a time The total maximum events for each a phone number are 48 events Following information are included in a single message for SMS Device Name This is the device name sending a short message Point index Description This point index description to in...

Page 76: ...l Type Already set in modem Default Dial type ATDP Pulse Dial At Insert Calling String which a user wants 1 In order to change each alphabet A Z space use button use button to move cursor 2 Push the ENT button after Calling String is changed then is shown If ENT button is pushed at then Calling String is changed Change of setting is completed and then is shown If the ESC button is pushed at is sho...

Page 77: ...d be inputted with X Insert Calling Number which a user wants at 1 Use button to change each number 0 9 X and use button to move a cursor 2 Press ENT button after changing and then is shown Calling Number is changed if ENT button is pushed Changing setting is completed and then is shown If the ESC button is pushed at is shown but changed setting is not applied yet NOTE The changed setting is effec...

Page 78: ... Insert Initial String which a user wants on 1 Use button to change each number alphabet space or special character and use button to move a cursor 2 Press ENT button after changing and then is shown NOTE continuous double spaces or the character next to is ignored Initial String is changed if ENT button is pushed Changing setting is completed and then is shown If the ESC button is pushed at is sh...

Page 79: ...red as a connection failure after the setting time the status of modem failure is maintained COMMUNICATION DIALUP MODEM CONNET PARAM Idle Time Range 0 255 sec Default 60sec Step 1 sec Setting the Modem connection close time During setting time the connection is closed after the setting time COMMUNICATION DIALUP MODEM CONNET PARAM SMS Use Option Range DIABLE ENABLE Default DIABLE Step Enable or dis...

Page 80: ...is to send one event s information max 25 characters including description and the occurring time of event in one SMS message Multiple type is to send maximum 4 events information max 11 characters respectively including only description of each event in one SMS message NOTE The setting items SMS Use SMS Time and SMS Type are shown on the menu of EVRC2A supporting SMS function CONNECT PARAMETER SM...

Page 81: ...d Use EVRC2A interface program to set Event Active enable or disable of AI point and the Threshold value and Deadband value COMMUNICATION EVENT ETC SKIP at Fault Range NO YES Default YES Step Determine whether Threshold and Deadband AI event is generated during Fault pickup COMMUNICATION EVENT ETC Fault I Evt Range NO YES Default YES Step NO No Fault current event generated YES Fault current event...

Page 82: ... is buffed for the same point LAST Only last event is buffed for the same point COMMUNICATION EVENT ETC CI Queue Size Range 32 64 128 256 Default 256 Step Set the Counter Queue Size COMMUNICATION EVENT ETC CI Evt Mode Range ALL LAST Default ALL Step Set the Counter Event Mode ALL All Counter is buffed for the same point LAST Only last event is buffed for the same point EVENT ETC AI Evt Mode ALL CI...

Page 83: ...at of AI points associated with a voltage on previous version is fixed to support 10V per 1count COMMUNICATION EVENT ETC AI P Unit Range 1K 10K Default 10K Step Set the data format of AI Analog Input points associated with a power 1K 1K per 1count of transmitted data If active power is 660kW the corresponding AI point transmits 660 10K 10K per 1count of transmitted data If active power is 660kW th...

Page 84: ...ded as event YES Daily Energy is recorded as event NOTE This setting is supported from version 6 12 of EVRC2A_N6 NT COMMUNICATION EVENT ETC Time Syn Ref Range LOCAL GMT Default LOCAL Step Set Reference Time Type It signifies the time data type when Time Synching with the master station NOTE This setting is set to be GMT and the setting values associated with GMT in TIME SET DIS TYPE menu are set u...

Page 85: ... type for event recorders in DNP Communication NOTE The location of Evt Time Type setting depends on EVRC2A_NT version y Ver 7 04 and later Within RELAY SETUP COMMUNICTION EVENT ETC menu y Prior to Ver 7 04 Within RELAY SETUP TIME SET DIS TYPE The name of this setting is indicated as Evt Sent Type EVENT ETC Daily Energy NO Tims Syn Ref LOCAL Evt Time Type LOCAL ...

Page 86: ...sor is marked to be able to change current date and time 1 Use button to change number and press button to move to next item 2 After all settings for time are changed press ENT button to save Press ENT button at to save the changed time settings If procedure of saving is completed is shown If ESC button is pressed at is shown and the changed time settings are not saved SAVE TIME ABORT SAVE TIME SU...

Page 87: ... to the TIME SET DIS TYPE menu s Set Type setting 1 Use button to change number and press button to move to next item 2 After all settings for time are changed press ENT button to save Press ENT button at to save the changed time settings If procedure of saving is completed is shown If ESC button is pressed at is shown and the changed time settings are not saved SAVE TIME ABORT SAVE TIME SUCCESS S...

Page 88: ...DER RELAY SETUP EVENT RECORDER Len of Pre F Range 0 14 cycle Default 4 Step 1 cycle Enter the length of prefault in fault cycle RELAY SETUP EVENT RECORDER Load Profile Range ON OFF Default ON Step Select On or Off for Load Profile recording Recorded Load Profile can be viewed in menu EVENT RECORDER RELAY SETUP EVENT RECORDER L P save time m Range 5 10 15 20 30 60 min Default 15 Step Set Load Profi...

Page 89: ...Status y Load Profile y Diagnostic y Max Demand y Energy y Counter y Wear Monitor y Fault Trip y P Quality Counter y P Quality Event y Communication Buffer y All Saved Data NOTE It is recommended to have Backup data because Cleared Deleted data can not be recovered 5 6 Factory Debug This menu is for Manufacturer s maintenance purpose FAULT CYCLE DATA DATA CLEARED FAULT CYCLE DATA PRESS ENT TO CLEA...

Page 90: ...ccording to a recloser type they may be no this setting on the menu 5 8 Time Set Display Type Option It is to set Date Display for all related Menu Move to PRIMARY ALTERNATE or EDITBANK SETTING RELAY SETUP TIME SET DIS TYPE RELAY SETUP TIME SET DIS TYPE GMT Sign Range Default Step Set GMT time and the local time off set direction Local time is faster than GMT time select otherwise select RELAY SET...

Page 91: ...ion If the time type of the DNP communication event is set to be GMT the time of event transmitted is not correct NOTE The above set values marked with are indicated from Ver 6 15 of EVRCA RELAY SETUP TIME SET DIS TYPE Disp Type Range YMD MDY Default YMD Step YMD it displays in turn Year Month Date MDY it displays in turn Month Date Year RELAY SETUP TIME SET DIS TYPE Time Syn Ref Range LOCAL GMT D...

Page 92: ...res that have settings specified in multiples of CT rating When the relay is ordered the phase ground and sensitive ground CT inputs must be specified as 1 Amp As the phase CTs are connected in wye star the calculated phasor sum of the three phase currents Ia Ib Ic Neutral Current 3 I0 is used as the input for the neutral over current In addition a zero sequence core balance CT which senses curren...

Page 93: ...URRENT SENSING GND CT Ratio Range 1 1200 Default 1000 Step 1 Enter the ground CT primary current value PRIMARY SETTING SYSTEM SETUP CURRENT SENSING SEF CT Ratio Range 1 1200 Default 1000 Step 1 Enter the sensitive earth CT primary current value CURRENT SENSING PHA CT Ratio 1000 GND CT Ratio 1000 SEF CT Ratio 1000 CURRENT SENSING PHA CT Ratio 1000 GND CT Ratio 1000 SEF CT Ratio 1000 CURRENT SENSING...

Page 94: ... Wye or Delta WYE Install type wye DELTA Install type delta If installed VT of Capacitor Voltage Divide type VD W If the user system made to 3 phase 4 wire VD D If the user system made to 3 phase 3 wire PRIMARY SETTING SYSTEM SETUP LINE VT SENSING VS 2nd v Range 30 0 250 0 V Default 100 0 Step 0 1 V Enter Secondary Nominal Voltage V This setting is the voltage across the VT secondary winding when ...

Page 95: ...59 Ф N 100 V 155 9 38 Ф Ф 21 94 Ф N therefore 21 94 Ф N 140 7 V 155 9 Use of External PT by User Line is Wye connection type and has VФ Ф 15 If external rated PT is 14400 120 then VT Ratio is 14400 120 Because of 15 Ф Ф 8 66 Ф N VT2nd v is 8 66 Ф N 120 71 2V Line with Delta connection type and has VФ Ф 15 If external rated PT is 14400 120 then VT Ratio is 14400 120 and VT2nd v is 15 Ф Ф 120 125V T...

Page 96: ... DELTA Install type delta If installed VT of Capacitor Voltage Divide type VD W If the user system made to 3 phase 4 wire VD D If the user system made to 3 phase 3 wire PRIMARY SETTING SYSTEM SETUP LINE VL SENSING VT 2nd v Range 30 0 250 0 V Default 100 0 Step 0 1 V Enter Secondary Nominal Voltage V This setting is the voltage across the VT secondary winding when nominal voltage is applied to the ...

Page 97: ...e of the recloser body unit 1P T One phase voltage sensing installed to the T phase of the recloser body unit NOTE When the voltage sensor to the load side is installed to only one phase or none of the phase the following functions performed by the voltage measurement are operated incorrectly if this setting is changed y Directional Control y Loss of Phase y Synchronism Check y Voltage Unbalance D...

Page 98: ...SETUP SYSTEM POWER Install Direction Range NOR NORMAL REV REVERSE Default NOR Step Select the install direction of Recolser During operating after setup change only this setting to convert a load side to a source side or reversely NOTE When the voltage sensor to the load side is installed to only one phase or none of the phase the following functions performed by the voltage measurement are operat...

Page 99: ... Put real phase of power system to a bushing or a terminal of a control device As example if setting value is cab it means that bushing A is connected with phase C and bushing B is connected with phase A NOTE The Phase Combination setting will be shown from version 6 04 of EVRC2A N6 NT In order to get the details relevant to the connection for EVRC2A N6 NT from version 6 04 refer the following fig...

Page 100: ...Vr Ia C T IC ABC Vb Vs Ib A R IA Vc Vt Ic B S IB Case 4 acb acb Va Vr Ia A R IA ABC Vb Vs Ib C T IC Vc Vt Ic B S IB Case 5 bac bac Va Vr Ia B S IB ABC Vb Vs Ib A R IA Vc Vt Ic C T IC Case 6 cba cba Va Vr Ia C T IC ABC Vb Vs Ib B S IB Vc Vt Ic A R IA Case 7 abc abc REVERSE Va Vr Ia R A IA RST Vb Vs Ib S B IB Vc Vt Ic T C IC Case 8 cab cab Va Vr Ia S B IB RST Vb Vs Ib T C IC Vc Vt Ic R A IA Case 9 b...

Page 101: ...ult 5 Step 1 min Enter the sleep mode entering time Setting the interval time of which Panel indicator turns into Sleep mode On sleep mode press button to be out from the sleep mode 6 6 Opto Input Set Option 6 6 1 Description Menu to set External input terminal function and Debounce time The opto input is available as an ordering option Figure 6 2 Input logic EXTERNAL Function execute X X INPUT RE...

Page 102: ...Disable CONTROL Locked Unlocked ALTERNATE SETTINGS Enable Disable PROGRAM1 Enable Disable PROGRAM2 Enable Disable HOT LINE TAG Enable Disable FAULT INDICATION RESET BATTERY LOAD TEST OUTPUT RELAY 1 8 RESET For more details refer to Appendix A OPTO INPUT FUNCTION PRIMARY SETTING SYSTEM SETUP OPTO INPUT SET I1 Debounce Range 0 01 9 99 sec Default 0 02 Step 0 01 sec Enter debounce time to prevent cha...

Page 103: ...set External Output Terminal Function and Output type The output relay is available as an ordering option Figure 6 3 Output logic Protective Elements Function Occurrence LATCH Pulse T PULSE R S Q OUTxx Relay S R LATCH Y OPTO INPUT SET OUTxx Reset Latch Type OUTPUT RELAY TEST 2s Pulse Status LCD Display Relay Setting 50 51 27 59 etc ...

Page 104: ... BLOCK MECHANISM LOCK GAS LOW LOCK EXT TRIP LOCK INST FAULT DELAY FAULT HIGH CURRENT LOCKOUT FAULT PHASE FAULT GROUND FAULT SEF FAULT NEQ FAULT For more detail refer to Appendix B RELAY OUTPUT FUNCTION NOTE The function marked with is an option That function may not be supported by the option type PRIMARY SETTING SYSTEM SETUP OUTPUT RELAY SET O1 Type Range PULSE LATCH S R LATCH Default S R LATCH S...

Page 105: ...HANCED TECHNOLOGY PRIMARY SETTING SYSTEM SETUP OUTPUT RELAY SET O1 Pulse T Range 0 01 99 99 sec Default 0 05 Step 0 01 sec Sets Duration time if OUTPUT TYPE is PULSE Output 2 8 is the same as above OUTPUT RELAY SET O1 Func NONE O1 Type S R LATCH O1 Pulse T 0 05 ...

Page 106: ...er has a fault OCR Function is operated and the load side is disconnected MIDpoint Recloser MID When a fault is occurred in the source side of MIDpoint Recloser and backup C B or Sectionalizing Recloser operates the line becomes DV status and if it continues it is figured as a permanent fault then automatically the setting is changed to Alternate setting After changed to Alternate setting when TIE...

Page 107: ...of Recloser s Source side VLDLT RUN Displays loop control function is operating due to the dead line voltage of Recloser s Load side AUTO RESTORE T RUN Displays Restoring status after Loop control operation LOOP CONTROL KEY Use PROGRAM KEY to use Loop control on User interface Panel Figure 6 4 Loop Control Key Program 1 Enable Disables Loop control function Lamp is on when Loop control function is...

Page 108: ...tage response side when Recloser type is SEC MID VS Recloser s Source Side A B C phase Voltage VL Recloser s Load Side R S T phase Voltage Standard Model EVRC2A uses VD Voltage divider CVD or RVD to measure the voltage It measures only A B C R phases phase S and T are not measured PRIMARY SETTING SYSTEM SETUP LOOP CONTROL VRS to Tie Range VS VL VS VL Default VS Step Voltage Response Side to Tie Th...

Page 109: ...ase A Phase B 1PP BC Phase B Phase C 1PP CA Phase C Phase A PRIMARY SETTING SYSTEM SETUP LOOP CONTROL VL wire Range 3PN 3PP 1PN A 1PN B 1PN C 1PP AB 1PP BC 1PP CA Default 3PN Step Line VL Wire Select Recloser Load side R S T phase voltage sensor VD or VT connection type Selected phase is used to figure dead live line voltage Select 1PN A to measure R phase voltage for VD CVD or RVD type Control S ...

Page 110: ...n auto change PRIMARY SETTING SYSTEM SETUP LOOP CONTROL Cng Alt Tie Range OFF ON VS ON VL ON BOTH Default OFF Step Change Alternate Setting at Tie Point Set value is used in TIE Select if Primary setting is automatically changed to Alternate setting after set time LL Regain T To use this function Loop control setting value of Primary and Alternate shall be set as the same OFF Turn off auto change ...

Page 111: ...ep Select After Manual Open Setting Value is used in TIE To select Loop control function automatically enable after recloser is opened by manual operation Manual open is referred when the operation signal is coming from remote or local When Loop control function is enabled PROGRAM 1 LED on User interface panel is turned on DISABLE After Manual open Loop control function is not automatically activa...

Page 112: ... becomes Live line Restore auto close and change to Primary setting PRIMARY SETTING SYSTEM SETUP LOOP CONTROL DL V Max Range 20 0 70 0 Default 50 0 Step 0 1 Dead Bus Maximum Voltage Sense Dead Line Voltage In Live Line when a voltage is decreased below a set value it determines Dead Line In Source side it is figured from a selected phase from VS Wire In Load side it is figured from a selected phas...

Page 113: ... 00 Step 0 01 sec Live Bus Pickup Time Delay DL Pickup T shall be finished and during reset time the line shall not be Live Line SEC s reset Time shall be longer than MID 5 seconds and MID s shall be longer than TIE s 5 seconds When timer is finished SEC is opened MID changes Settings from Primary to Alternate if Chg Alt Mid is enable and TIE is closed automatically after changing settings form Pr...

Page 114: ...e to a fault after Loop control After LL Regain T and changed Settings while backward distributing line operating if a fault occurs and MID trips within a set time MID reclose MID trips once and lockouts If a fault occurs and MID trips after a set time reclosing is executed After LL Regain T when a fault occurs and TIE trips within a set time TIE also trips once and lockout If a fault occurs and T...

Page 115: ...RECLOSER CONTROL EVRC2A N6 NT http www entecene co kr 105 ENHANCED TECHNOLOGY 6 8 2 Loop Control Logic Diagram Figure 6 5 Sectionalizing Recloser Logic ...

Page 116: ...RECLOSER CONTROL EVRC2A N6 NT http www entecene co kr 106 ENHANCED TECHNOLOGY Figure 6 6 MID Point Recloser Logic ...

Page 117: ...RECLOSER CONTROL EVRC2A N6 NT http www entecene co kr 107 ENHANCED TECHNOLOGY Figure 6 7 TIE Point Recloser Logic ...

Page 118: ...ETTING CB1 RC1 RC2 RC3 RC4 RC5 CB2 Type Select SEC MID TIE MID SEC VRS S M VS VS X VS VS VRS Tie X X VS VL X X VS Wire 3PN 3PN 3PN 3PN 3PN VL Wire 1PN A 1PN A 1PN A 1PN A 1PN A Cng Alt Mid X ON X ON X Cng Alt Tie X X ON X X LC After Cl ENABLE ENABLE X ENABLE ENABLE LC After Op X ENABLE X OT Both DL X X 10 00 X X Auto Rest T 5 00 5 00 5 00 5 00 5 00 DL V Max 50 0 50 0 50 0 50 0 50 0 LL V Min 70 0 7...

Page 119: ...ng Live line within a set time SEC RC1 MID RC2 TIE RC3 operate To operate LL Regain T from SEC MID TIE in turn MID shall have longer time set than SEC TIE shall have longer time set than MID When LL Regain T is enable SEC RC1 is opened automatically MID RC2 changes to Alternate setting Step3 When LL Regain T is finished TIE RC3 changes to Alternate setting automatically and then automatically clos...

Page 120: ...s not becoming Live line within a set time MID RC2 TIE RC3 operate To operate LL Regain T from MID TIE in turn TIE shall have longer time set than MID When LL Regain T is enable MID RC2 changes to Alternate setting automatically Step3 When LL Regain T is finished TIE RC3 automatically close after changing to Alternate setting Step4 When closing TIE RC3 MID RC2 trip once and lockout because of F2 f...

Page 121: ...T is set by summing all reclosing time of back line equipment Step2 LL Regain T is set and if the line is not becoming Live line within a set time TIE RC3 operate When LL Regain T is enable TIE RC3 changes to Alternate setting automatically Step3 When closing TIE RC3 TIE RC3 trip once and lockout because of F3 fault F3 is isolated by Loop control operation the rest of region shall be alive by back...

Page 122: ...installed for CB2 side Table 6 4 3 Reclosers Setting SETTING CB1 RC1 RC2 RC3 CB2 Type Select SEC TIE SEC VRS S M VS X VS VRS Tie X VS VL X VS Wire 3PN 3PN 3PN VL Wire 1PN A 1PN A 1PN A Cng Alt Mid X X X Cng Alt Tie X ON X LC After Cl ENABLE X ENABLE LC After Op ENABLE OT Both DL X 10 00 X Auto Rest T 5 00 5 00 5 00 DL V Max 50 0 50 0 50 0 LL V Min 70 0 70 0 70 0 DL Pickup T 22 0 22 0 22 0 LL Regai...

Page 123: ...the same setting time Step2 LL Regain T is set and if the line is not becoming Live line within a set time SEC RC1 TIE RC2 operate To operate LL Regain T from SEC TIE in turn TIE shall have longer time set than SEC When LL Regain T is finished SEC RC1 is opened automatically TIE RC2 automatically changes to Alternate setting and close F1 is isolated by Loop control operation the rest of region sha...

Page 124: ...s Dead line time and the accumulated time becomes DL Pick T When a line is Dead Line LL Regain T operates Step2 LL Regain T is set and if the line is not becoming Live line within a set time TIE RC2 automatically changes to Alternate setting and close When closing TIE RC2 MID RC2 trip once and lockouts because of F2 Step3 After removing the fault close SEC RC1 Step4 Manually open TIE RC2 and chang...

Page 125: ...oup Change When this function is used Primary setting is applied if power flow is forward and Alternate setting is applied if power flow is reverse backward PRIMARY SETTING SYSTEM SETUP SET GROUP CHANGE Time interval Range 10 180sec Default 30 Step 1sec If power flow is changed for this set time setting group is changed Applying rules y This function is operated when Power line system is in normal...

Page 126: ... Default 20 Step 1 sec It is to set event recording detect supply outage and to set time to get recovered from supply outage Refer to 11 4 Power Quality Option for more information SYSTEM SETUP POWER QUALITY SAG Func Option Range Disable Enable Default Disable Step It is to set event recording of sag enable or disable SYSTEM SETUP POWER QUALITY SAG Pickup Option Range 0 30 0 95 VT secondary nomina...

Page 127: ...evel is set by multiplying a set value in here to source side rated voltage SYSTEM SETUP POWER QUALITY SWL Duration Option Range 1 60 cycle Default 5 Step 1 Set a detect time for voltage swell voltage high SYSTEM SETUP POWER QUALITY UBI Func Option Range Disable Enable Default Disable Step It is to set event recording of current unbalance enable or disable NOTE This setting is supported from versi...

Page 128: ...c Default 4 0 Step 0 1 sec Set a detect time of current unbalance NOTE This setting is supported from version 6 12 of EVRC2A N6 NT SYSTEM SETUP POWER QUALITY UBI Limit Option Range 0 630 A Default 10 Step 1 A Set the minimum current value to detect the current unbalance element If load current is smaller this level then current unbalance status point does not maked NOTE This setting is supported f...

Page 129: ...et a detect level of voltage unbalance for Power Quality Voltage unbalance is calculated by following formula 100 1 2 V V UVrate NOTE This setting is supported from version 6 12 of EVRC2A N6 NT SYSTEM SETUP POWER QUALITY UBV Duration Option Range 0 1 60 0 sec Default 4 0 Step 0 1 sec Set a detect time of voltage unbalance NOTE This setting is supported from version 6 12 of EVRC2A N6 NT POWER QUALI...

Page 130: ...CLOSER CONTROL EVRC2A N6 NT http www entecene co kr 120 ENHANCED TECHNOLOGY 7 PROTECTION Protective Elements Block diagram ANSI Designations Figure 7 1 Protective Elements Block Diagram ANSI Designations ...

Page 131: ...sitive Earth Fault protection 51SEF Phase directional time control 67P Ground directional time control 67G Negative sequence directional time control 67I2 Directional Sensitive Earth Fault 67SEF Phase instantaneous high current trip 50P1 Ground instantaneous high current trip 50G1 Negative sequence instantaneous high current trip 46 50 1 Phase High current trip lockout 50P2 Ground High current tri...

Page 132: ...lternate settings by one operating lockout or by RECLOSE ENABLED push button on user interface panel The Reclose Element should be enabled to the following settings PRIMARY SETTING PROTECTION OPERATIONS Lockout PHA Range 1 5 Default 4 Step 1 Select the total number of the phase trip operations This setting is used to change the total number of the phase trip operations PRIMARY SETTING PROTECTION O...

Page 133: ...ge 0 5 Default 2 Step 1 Select a number for the ground fast curve operations This setting is used to change the number of the ground fast curve operations The difference between setting OPERATION Lockout GND and setting OPERATION Fast Curve GND is the number of remaining ground delay curve operations PRIMARY SETTING PROTECTION OPERATIONS Fast Curve NEQ Range 0 5 Default 2 Step 1 Select a number fo...

Page 134: ...ration PRIMARY SETTING PROTECTION INTERVALS Reclose 4 Range 1 00 600 00 sec Default 15 00 Step 0 01 sec This setting is used to change the first reclose interval time between the first trip operation and the close operation PRIMARY SETTING PROTECTION INTERVALS Reset T AR Range 1 00 600 00 sec Default 30 00 Step 0 01 sec Select Reset time for auto reclose The Reset time for auto reclose is used for...

Page 135: ...vercurrent trip occurs after a manual close and this timer expires the auto reclose logic automatically resets Traditionally the Reset Time from lockout setting is set shorter than the Reset time for auto reclose setting PRIMARY SETTING PROTECTION INTERVALS C P Wait Range 1 00 600 00 sec Default 60 00 Step 0 01 sec Select the close power waiting time This timer is used to set the close power waiti...

Page 136: ...e recloser s 52a contacts do not change status of the recloser opened y The close power waiting time delay has expired The Lockout State is cleared when the recloser has been manually closed by local remote control and the reset time has expired The following diagram shows the typical full protection sequence containing 2F2D two fast and two delay operations followed by lockout 1 1st Trip 1st TCC ...

Page 137: ...me the recloser will operate lockout after the completion of the remaining sequence The following block diagram shows the reset sequence operation after the 3rd reclosing as the fault current is cleared 1 1st Trip 1st TCC 2 1st Reclose Interval Time 3 2nd Trip 2nd TCC 4 2nd Reclose Interval Time 5 3rd Trip 3rd TCC Figure 7 3 Reset Sequence operation after the 3rd reclosing as the fault current is ...

Page 138: ... Alternate settings and PROTECTION ENABLED in user interface panel Multiple time curves and time dials are available for the phase time overcurrent element to respectively coordinate with other protection elements in the EVRC2A and other external devices on the distribution system ANSI IEC ESB USER and non standard time current curves are included in the EVRC2A A User Programmable curve option is ...

Page 139: ... If function Trip the feature is operational When the feature asserts a TRIP condition Trip operates If function Trip AR the feature is operational When the feature asserts a TRIP condition TRIP and any other selected output relays operate PRIMARY SETTING PROTECTION PHASE FAST Relays 0 8 Range OFF 0 8 Default OFF Step 1 Selects the relays required to operate when the feature generates a Trip Maxim...

Page 140: ...shifting of the selected base curve in the vertical time axis PRIMARY SETTING PROTECTION PHASE FAST Time Adder Range 0 00 10 00 sec Default 0 00 Step 0 01 sec An additional time delay is added to the time delay resulting from the time overcurrent curve function PRIMARY SETTING PROTECTION PHASE FAST M R T Range 0 00 10 00 sec Default 0 00 Step 0 01 sec The minimum time delay that will occur between...

Page 141: ... relays such as most static units which set the energy capacity directly to zero when the current falls below the reset threshold The Linear selection can be used where the relay must coordinate with electromechanical units PRIMARY SETTING PROTECTION PHASE FAST Low Set Definite Time Range OFF 1 600sec Default OFF Step 1sec Low set definite time is used to restrict a trip time to be a definite time...

Page 142: ... both PROTECTION ENABLED and GROUND ENABLED in user interface panel Multiple time curves and time dials are available for the ground time overcurrent element to closely coordinate with other protection elements within the EVRC2A and other external devices on the distribution system ANSI IEC ESB USER and non standard time current curves are included in the EVRC2A A User Programmable curve option is...

Page 143: ...function Trip AR the feature is operational When the feature asserts a TRIP AR condition it trips and alarms PRIMARY SETTING PROTECTION GROUND FAST Relays 0 8 Range OFF 0 8 Default OFF Step 1 Selects the relays required to operate when the feature generates a Trip PRIMARY SETTING PROTECTION GROUND FAST Curve Range ANSI MI ANSI NI KG 165 Default ANSI STI Step Select the desired curve type ANSI Mode...

Page 144: ... Range INST LINEAR Default INST Step Overcurrent tripping time calculations are made with an internal energy Capacity memory variable When this variable indicates that the energy capacity has reached 100 a time overcurrent trip is generated If less than 100 is accumulated in this variable and the current falls below the dropout threshold of the pickup value the variable must be reduced Two methods...

Page 145: ... to be a definite time adjacent to a pickup current by T C curve When the trip time is greater than the low set definite time low set definite time is applied for operation NOTE This setting is supported from version 6 03 of EVRC2A N6 NT Ground Delay Time Overcurrent Setup The ground delay time overcurrent settings process is very similarly to the ground fast time overcurrent GROUND FAST M R T 0 0...

Page 146: ...ION ENABLED and SEF ENABLED in user interface panel For user systems a directional SEF is available The directional control is polarized by a zero sequence voltage V0 The VD or PTs should be connected Wye grounded The SEF element in the following three settings should be enabled SEF Pickup Current Setup PRIMARY SETTING PROTECTION PICKUP CURRENT S E F Range OFF 4 160A prior to Ver 6 15 of EVRC2A OF...

Page 147: ...MARY SETTING PROTECTION SEF ELEMENT Relays 0 8 Range OFF 0 8 Default OFF Step 1 Selects the relays required to operate when the feature generates a Trip PRIMARY SETTING PROTECTION SEF ELEMENT Time Delay Range 0 00 600 00 sec Default 1 00 Step 0 01 sec The Time delay of Sensitive Earth Fault setting programs a definite time delay for the Sensitive Earth Fault If set to zero phase high current trip ...

Page 148: ...to closely coordinate with other protection elements in the EVRC2A and other external devices on the distribution system The Reset type can be either instantaneous or linear The negative sequence time delay reset mode applies to the ANSI IEC ESB USER curves The instantaneous mode is used to coordinate with other instantaneous reset devices such as a recloser or other protective equipment on the di...

Page 149: ... the relays required to operate when the feature generates a Trip PRIMARY SETTING PROTECTION NEG SEQ FAST Curve Range ANSI MI ANSI NI KG 165 Default ANSI STI Step Select the desired curve type ANSI Moderately Normally Very Extremely Short Inverse Definite Time 1s 10s IEC Standard Very Extremely Long Short Inverse ESB Normally Very Long Very Inverse User programmable curves U1 U2 U3 U4 McGraw Ediso...

Page 150: ...ble and the current falls below the dropout threshold of the pickup value the variable must be reduced Two methods of this resetting operation are available Instantaneous and Linear The Instantaneous selection is intended for applications with other relays such as most static units which set the energy capacity directly to zero when the current falls below the reset threshold The Linear selection ...

Page 151: ...6 NT http www entecene co kr 141 ENHANCED TECHNOLOGY Negative Sequence Delay Time Overcurrent Setup The negative sequence delay time overcurrent settings process is very similarly to the negative sequence fast time overcurrent ...

Page 152: ...five settings should be enabled for phase high current trip PRIMARY SETTING PROTECTION H C TRIP PHA Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operational If function Trip the feature is operational When the feature asserts a TRIP condition Trip operates If function Trip AR the feature is operational When the feature asserts a TRIP AR condition it trips and a...

Page 153: ... the phase high current trip If set to zero phase high current trip operates instantaneously PRIMARY SETTING PROTECTION H C TRIP PHA Active Trip Range OFF 1 5 Default OFF Step 1 If Active Trip OFF the feature is not operate If Active Trip 2 then phase high current trip is enabled for the second trip operation and every following trip operation H C TRIP PHA Pickup A 4000 Time Delay 0 00 Active Trip...

Page 154: ...t in the following five settings should be enabled for ground high current trip PRIMARY SETTING PROTECTION H C TRIP GND Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operational If function Trip the feature is operational When the feature asserts a TRIP condition Trip operates If function Trip AR the feature is operational When the feature asserts a TRIP AR cond...

Page 155: ... the phase high current trip If set to zero phase high current trip operates instantaneously PRIMARY SETTING PROTECTION H C TRIP GND Active Trip Range OFF 1 5 Default OFF Step 1 If Active Trip OFF the feature is not operate If Active Trip 2 then phase high current trip is enabled for the second trip operation and every following trip operation H C TRIP GND Pickup A 4000 Time Delay 0 00 Active Trip...

Page 156: ...ve settings should be enabled for negative sequence high current trip PRIMARY SETTING PROTECTION H C TRIP NEQ Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operational If function Trip the feature is operational When the feature asserts a TRIP condition Trip operates If function Trip AR the feature is operational When the feature asserts a TRIP AR condition it t...

Page 157: ... the phase high current trip If set to zero phase high current trip operates instantaneously PRIMARY SETTING PROTECTION H C TRIP NEQ Active Trip Range OFF 1 5 Default OFF Step 1 If Active Trip OFF the feature is not operate If Active Trip 2 then phase high current trip is enabled for the second trip operation and every following trip operation H C TRIP NEQ Pickup A 4000 Time Delay 0 00 Active Trip...

Page 158: ...g time of phase high current lockout element should be set for equal to or faster than and phase high current trip element The phase high current lockout element is enabled in the Primary Alternate setting and PROTECTION ENABLED in user interface panel The phase high current lockout element is not affected by the cold load pickup scheme The phase high current lockout element in the following five ...

Page 159: ...c The Time delay of phase high current trip setting programs a definite time delay for the phase high current trip If set to zero phase high current trip operates instantaneously PRIMARY SETTING PROTECTION H C LOCKOUT PHA Active Trip Range OFF 1 5 Default OFF Step 1 If Active Trip OFF the feature is not operate If Active Trip 2 then phase high current trip is enabled for the second trip operation ...

Page 160: ...ment in the following five settings should be enabled for ground high current lockout PRIMARY SETTING PROTECTION H C LOCKOUT GND Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operational If function Trip the feature is operational When the feature asserts a TRIP condition Trip operates If function Trip AR the feature is operational When the feature asserts a TRI...

Page 161: ...e phase high current trip If set to zero phase high current trip operates instantaneously PRIMARY SETTING PROTECTION H C LOCKOUT GND Active Trip Range OFF 1 5 Default OFF Step 1 If Active Trip OFF the feature is not operate If Active Trip 2 then phase high current trip is enabled for the second trip operation and every following trip operation H C LOCKOUT GND Pickup A 8000 Time Delay 0 00 Active T...

Page 162: ...ENABLED on user interface panel Negative sequence high current lockout is not affected by the cold load pickup scheme The negative sequence high current lockout element in the following five settings should be enabled for the negative sequence high current lockout PRIMARY SETTING PROTECTION H C LOCKOUT NEQ Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operationa...

Page 163: ... 01 sec The Time delay of phase high current trip setting programs a definite time delay for the phase high current trip If set to zero phase high current trip operates instantaneously PRIMARY SETTING PROTECTION H C LOCKOUT NEQ Active Trip Range OFF 1 5 Default OFF Step 1 If Active Trip OFF the feature is not operate If Active Trip 2 then phase high current trip is enabled for the second trip oper...

Page 164: ...ting of Make use I the condition to decide the restoration of load supply will be changed If YES is set the decision is made when the load current becomes over 2A If NO is set the decision is made when a recloser is closed 52A by local or remote control When a distributed system is closed after long time outage the inrush current over overcurrent pickup level may occur At occurrence of the cold lo...

Page 165: ...ter the restoration of load supply manually closing or restoration of load current protection functions are normally operated when the Restore minimum time RMT is expired Figure 7 4 The Cold Load Pickup Characteristic The cold load pickup function is operated according to the following rules The setting to use the cold load pickup function is set to be ON set to TRIP or TR AR the cold load pickup ...

Page 166: ...rent during the RMT the cold load pickup function is reset after reset time Refer the Inrush Current 3 in Figure 7 5 The Restore Minimum Time Characteristic Figure 7 5 The Restore Minimum Time Characteristic If high current trip and high current lockout functions are activated and the fault current is higher than the current setting of High current trip and high current lockout the high current tr...

Page 167: ...lti and E CLT Time are set to be 3 0 and 60min respectively over 30 min after power loss the applied cold load multiple is 2 If the minimum working currentis set to be 200A the current of Over Current Pickup becomes 400A twice as much as the minimum working current In addition after 60 min the cold load multiple is fixed to be 3 Over Current Pickup Level Step Down If power is restored manual close...

Page 168: ...RIP TR AR Default TRIP Step If function OFF the feature is not operational If function Trip the feature is operational If function Trip AR the feature is operational When the feature asserts a TRIP AR condition it trips and alarms PRIMARY SETTING PROTECTION COLD LOAD PICKUP CLPU COMMON Relays Range OFF 0 8 Default OFF Step 1 Selects the relays required to operate when the feature generates a Trip ...

Page 169: ...ercurrent element while cold load pickup feature is activated PRIMARY SETTING PROTECTION COLD LOAD PICKUP CLPU TYPE1 GND Range 10 20000A Default 2000 Step 1A Selects the raised pickup current for the ground overcurrent element while cold load pickup feature is activated PRIMARY SETTING PROTECTION COLD LOAD PICKUP CLPU TYPE1 SEF Range 4 2000A Default 20 Step 1A Selects the raised pickup current for...

Page 170: ...detection from cold load pickup value back to nominal pickup level PRIMARYSETTING PROTECTION COLD LOAD PICKUP CLPU TYPE1 RMTFunc PHA Range OFF ON Default ON Step Set whether to use Phase Minimum operation current reset function ON After recloser close and after Restore Minimum Time RMT time Inrush Current Restraint algorithm is stopped and phase overcurrent protection function operates Pickup leve...

Page 171: ... This setup is to rise or drop the current for Over Current Pickup of a protection element PRIMARYSETTING PROTECTION COLD LOAD PICKUP CLPU TYPE2 E CLPMulti Range 0 0 OFF 1 0 5 0 Default 2 0 Step 0 1 Set the multiple of cold load If OFF is set the cold load multiple is not applied and the setting of minimum working current is always applied for overcurrent pickup current PRIMARY SETTING PROTECTION ...

Page 172: ...ectional controls settings can be different in the Primary and Alternate settings NOTE In case of VD CVD or RVD type Recloser EVRC2A only measures voltages without checking directional elements 7 13 1 Phase Directional Controls 67P The positive sequence voltage V1 provides the direction of phase pole in the power system The phase direction is determined as comparing the positive sequence voltage V...

Page 173: ...Y SETTING PROTECTION DIRECTION PHASE DIRECTION M T A Range 0 359 degree Default 300 Step 1 degree Enter the Maximum Torque Angle The Maximum Torque Angle setting determines the range of current direction for the polarizing voltage For typical distribution systems the faulted angle of the phase will be approximately 30 60 degree Maximum Torque Line V1 Z e r o T o r q u e L i n e Forward Reverse I1 ...

Page 174: ...will be blocked by M P V YES indicates that directional elements will be operated regardless of M P V 7 13 2 Ground Directional Controls 67G The zero sequence voltage 3V0 provides the direction of ground control in the power system The ground direction is determined as comparing the zero sequence voltage 3V0 to the direction of the zero sequence current Ig The Maximum Torque Angle is set between 0...

Page 175: ...zation The ground direction control in the following four settings should be enabled PRIMARY SETTING PROTECTION DIRECTION GROUND DIRECTION Type Range OFF FOR REV Default OFF Step OFF None direction FOR Forward direction REV Reverse direction M a x i m u m T o r q u e L i n e V0 Z e r o T o r q u e L i n e F o r w a r d R e v e r s e Ig V0 Polarizing Referance Voltage Fault Current GROUND DIRECTION...

Page 176: ...ith high resistance grounding or floating neutrals this M P V will be approximately 0 20 x VT For system with solidly grounded or resistively grounded the M P V will be approximately 0 10 x VT PRIMARY SETTING PROTECTION DIRECTION GROUND DIRECTION BLOCK OC Range NO YES Default NO Step The BLOCK OC setting determines the overcurrent tripping conditions when the polarizing voltage drops below minimum...

Page 177: ...negative sequence current I2 The Maximum Torque Angle is set between 0 to 359 degree The factory default value for maximum torque angle has a lead of 135 degree over V2 If the polarized voltage drops below minimum polarized voltage the negative sequence direction control will lose direction and will not trip Then any fault on the distribution line may trip due to the negative sequence overcurrent ...

Page 178: ... Forward direction REV Reverse direction PRIMARY SETTING PROTECTION DIRECTION NEQ DIRECTION M T A Range 0 359 degree Default 135 Step 1 degree Enter the maximum torque angle The maximum torque angle setting determines the directional operating current for the polarizing voltage M a x i m u m T o r q u e L i n e V2 Z e r o T o r q u e L i n e F o r w a r d R e v e r s e I2 Maximum Torque Angle set ...

Page 179: ...TECTION DIRECTION NEQ DIRECTION BLOCK OC Range NO YES Default NO Step The BLOCK OC setting determines the overcurrent tripping conditions when the polarizing voltage drops below minimum polarizing voltage If BLOCK OC NO then tripping by the overcurrent elements will be permitted If BLOCK OC YES then tripping by the overcurrent elements will be blocked NOTE EVRC2A version prior to 5 1 this setting ...

Page 180: ...ecting for the cold load pickup during periods To increase security all undervoltage elements add two power frequency cycle of intentional delay to prevent incorrect operation Undervoltage 1 Setup The undervoltage 1 should be enabled to the following settings PRIMARY SETTING PROTECTION VOLTAGE UNDER VOLTAGE 1 Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operati...

Page 181: ...tage Used to prevent the undervoltage 1 element for voltage below this level Setting to 0 10 xVT will allow a dead line to be considered a trip condition PRIMARY SETTING PROTECTION VOLTAGE UNDER VOLTAGE 1 Pickup Type Range 1P 2P 3P Default 1P Step Select the type of phase required for operation 1P Function operates when one or more than one phase voltage value is under the pickup voltage level 2P ...

Page 182: ...wing settings PRIMARY SETTING PROTECTION VOLTAGE OVER VOLTAGE 1 Function Range OFF TRIP TR AR Default OFF Step If function OFF the feature is not operational If function Trip the feature is operational If function Trip AR the feature is operational When the feature asserts a TRIP AR condition it trips and alarms PRIMARY SETTING PROTECTION VOLTAGE OVER VOLTAGE 1 Relays 0 8 Range OFF 0 8 Default OFF...

Page 183: ...equired for operation 1P Function operates when one or more than one phase voltage value is over the pickup voltage level 2P Function operates when two or more than two phase voltage values are over the pickup voltage level 3P Function operates when all three phase voltage values are over the pickup voltage level Overvoltage 2 Setup The overvoltage 2 settings process a very similar method to the o...

Page 184: ...frequency 81O Overfrequency element is provided for trip alarm and control when the frequency rises above a specified frequency setting for a specified time delay The overfrequency element can be ON or OFF in the Primary Alternate settings The power system frequency is measured from the zero crossing on the VA N voltage input for Wye connected VTs and VA B voltage for Delta connected VTs The overf...

Page 185: ...sec Default 2 00 Step 0 01 sec Set the definite time delay for underfrequency PRIMARY SETTING PROTECTION FREQUENCY Overfreqency Pickup Hz Range 50 00 70 00 Hz Default 55 00 Step 0 01 Hz Enter the level of which the overfrequency element is to pickup For example if the system frequency is 60 and load shedding is required at 65 00 enter 65 00 for this setting PRIMARY SETTING PROTECTION FREQUENCY Ove...

Page 186: ...of current required for any phase to allow the frequency element to operate PRIMARY SETTING PROTECTION FREQUENCY NFCL Func Range OFF ON Default OFF Step Enable or disable CLOSE function when the frequency becomes normal PRIMARY SETTING PROTECTION FREQUENCY NFCL TD Range 0 0 6000 0 sec Default 60 0 Step 0 1 Set the time delay before CLOSE operation FREQUENCY Min I A 0 01 NFCL Func OFF NFCL TD 60 0 ...

Page 187: ...eries 2 The identical reclose interval time should be set for all Reclosers in series 3 To coordinate the protection characteristics an additional delay operation time at least 100 ms should be applied to the Time Current Curve characteristics of Back up Recloser not to those of Down line Reclosers 4 The reset time of Back up Recloser should be set longer than any reclose interval time of all Down...

Page 188: ...ons of Back up Recloser is increased one step Back up Recloser performs trip operation instead of activating Sequence Coordination feature at the last sequence of the full sequence If Auto Reclose switch is set to one TRIP Sequence Coordination function cannot be operated EVR 1 EVR 2 Faulted Back Up Down line Close Open Close Open Time Starting Reset Time Counter Increase Trip Counter without Trip...

Page 189: ...erformed by pressing FI RESET button or shall be performed automatically after High Voltage line becomes normal MANUAL It shall be reset by pressing FI RESET button PRIMARY SETTING PROTECTION OTHER ELEMENT D T M Close Range 0 00 600 00 sec Default 0 00 Step 0 01 sec Time delay for manual close OTHER ELEMENT L O Priority GND F I Reset AUTO D T M Close 0 00 OTHER ELEMENT Seq Coordi OFF L O Priority ...

Page 190: ...o ANSI IEEE C37 112 and IEC 255 3 The operation times and reset times are defined as follows ANSI IEEE Trip Time Sec TD α Mβ 1 γ TA IEC Trip Time Sec TD α Mβ 1 TA ESB Trip Time Sec TD α Mβ 1 γ TA USER DEFINED Trip Time Sec TD α Mβ 1 γ TA Reset Time Sec TD Rt 1 M2 Table 7 2 Curve Factor TD Time dial TA Time adder α β γ Characteristic constant M Multiples of pickup current Rt Reset characteristic co...

Page 191: ...PRIMARY SETTING PROTECTION USER CURVE SET USER CURVE 1 Factor r Range 0 0000 150 9999 Default 1 8000 Step 0 0001 User defined curve factor γ PRIMARY SETTING PROTECTION USER CURVE SET USER CURVE 1 Factor rt Range 0 0000 150 9999 Default 59 5000 Step 0 0001 User defined curve factor rt 2 USER CURVE 2 3 4 USER CURVE 2 4 the same as USER CURVE 1 above USER CURVE 1 Factor b 2 0000 Factor r 1 8000 Facto...

Page 192: ... 2 000 0 0475 1 992 Table 7 4 IEC Curves α β γ Rt Standard Inverse 0 1400 0 0200 0 0 9 700 Very Inverse 13 500 1 000 0 0 13 500 Extremely Inverse 80 000 2 000 0 0 80 000 Long Time Inverse 135 000 1 000 0 0 135 00 Short Time Inverse 0 0500 0 0400 0 0 0 500 Table 7 5 ESB Curves α β γ Rt Standard Inverse 0 011 0 02 0 042 9 000 Very Inverse 3 985 1 95 0 1084 3 985 Long Time Very Inverse 15 94 1 95 0 4...

Page 193: ...efinite Time 10sec 0 0 10 0 10 0 Table 7 8 Non Standard Curves McGraw Edison recloser curves Phase Ground Old New Old New A 101 1 102 B 117 2 135 C 133 3 140 D 116 4 106 E 132 5 114 F 163 6 136 H 122 7 152 J 164 8 113 KP 162 8 111 L 107 9 131 M 118 11 141 N 104 13 142 P 115 14 119 R 105 15 112 T 161 16 139 V 137 17 103 W 138 18 151 Y 120 KG 165 Z 134 ...

Page 194: ... 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 05 13 00 RECLOSER CLEARING TIME CURVE ANSI MODERATELY INVERSE CURVES ARE AVERAGE CLE...

Page 195: ...3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 50 13 00 RECLOSER CLEARING TIME CURVE ANSI NORMALLY INVERSE CURVES ARE AVERAGE CLEARI...

Page 196: ...0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 50 13 00 RECLOSER CLEARING TIME CURVE ANSI VERY INVERSE CURVES ARE AVERAGE CLEARING TIM...

Page 197: ...3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 50 13 00 RECLOSER CLEARING TIME CURVE ANSI EXTREMELY INVERSE CURVES ARE AVERAGE CLEAR...

Page 198: ... 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 50 13 00 RECLOSER CLEARING TIME CURVE ANSI SHORT TIME INVERSE CURVES ARE AVERAGE CLE...

Page 199: ... 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 50 13 00 RECLOSER CLEARING TIME CURVE ANSI SHOTR TIME VERY INVERSE CURVES ARE AVER...

Page 200: ...2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 0 05 0 2 0 3 0 4 0 6 0 7 0 8 1 0 5 0 1 RECLOSER CLEARING TIME CURVE IEC STANDARD INVERSE CURVES ARE AVERAGE CLEARING TIME VA...

Page 201: ... 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 0 0 5 0 1 0 2 0 3 0 4 0 5 0 6 0 7 RECLOSER CLEARING TIME CURVE IEC VERY INVERSE CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR ...

Page 202: ...0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 0 0 5 0 1 0 2 0 3 0 4 0 5 0 6 0 7 RECLOSER CLEARING TIME CURVE IEC EXTREMELY INVERSE CURVES ARE AVERAGE CLEARING TIME VARIATIO...

Page 203: ...3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 0 0 5 0 1 0 2 0 3 0 4 0 5 0 6 0 7 RECLOSER CLEARING TIME CURVE IEC LONG TIME VERY INVERSE CURVES ARE AVERAGE CLEARING TIME VARIA...

Page 204: ...2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 1 00 0 8 0 7 0 6 0 5 0 2 0 3 0 4 0 1 0 05 RECLOSER CLEARING TIME CURVE IEC SHORT TIME INVERSE CURVES ARE AVERAGE CLEARING TI...

Page 205: ...0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 0 50 1 00 2 00 3 00 5 00 4 00 7 00 9 00 11 00 RECLOSER CLEARING TIME CURVE ESB INVERSE CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 ...

Page 206: ...0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 05 13 00 RECLOSER CLEARING TIME CURVE ESB VERY INVERSE CURVES ARE AVERAGE CLEARING TIME VAR...

Page 207: ...0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 2 00 3 00 4 00 5 00 7 00 9 00 11 00 1 00 0 50 13 00 RECLOSER CLEARING TIME CURVE ESB LONG TIME VERY INVERSE CURVES ARE AVERAGE CLE...

Page 208: ...6 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 D1 D2 RECLOSER CLEARING TIME CURVE D1 D2 CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01 SECOND...

Page 209: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 E D C B A RECLOSER CLEARING TIME CURVE A B C D E CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01...

Page 210: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 KP M L N RECLOSER CLEARING TIME CURVE KP L M N CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01 S...

Page 211: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 T R V P RECLOSER CLEARING TIME CURVE P R T V CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01 SEC...

Page 212: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 Y W Z RECLOSER CLEARING TIME CURVE W Y Z CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01 SECONDS...

Page 213: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 5 4 2 3 1 RECLOSER CLEARING TIME CURVE 1 2 3 4 5 CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01...

Page 214: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 9 7 8 8 6 RECLOSER CLEARING TIME CURVE 6 7 8 8 9 CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01...

Page 215: ...ECLOS 22 N SER CONTR Non Standard ROL EVRC2A d Curves 11 Figure 7 33 A N6 NT ENHA 13 14 15 3 Non Stand ANCED TEC 16 17 18 dard Curves CHNOLOGY s 11 13 14 http Y 15 16 17 1 p www ent 18 tecene co kr 205 r ...

Page 216: ... 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 100 200 300 400 500 600 700 800 900 1k 2k 3k 4k 5k 6k 7k 8k 9k 10k 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 09 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 F KG J H RECLOSER CLEARING TIME CURVE F H J KG CURVES ARE AVERAGE CLEARING TIME VARIATIONS 5 OR 0 01 S...

Page 217: ...nal When the feature asserts a TRIP condition Trip operates If function Trip AR the feature is operational When the feature asserts a TRIP AR condition it trips and alarms PRIMARY SETTING PROTECTION LOSS OF PHASE Relays 0 8 Range OFF 0 8 Default OFF Step 1 Selects the required relays to operate when the feature generates a Trip PRIMARY SETTING PROTECTION LOSS OF PHASE Pickup xVT Range 0 00 1 25 De...

Page 218: ... LIVE LOAD BLOCK Option 8 1 Demand 8 1 1 Description EVRC2A is programmed to monitor following items to be operated as user sets y Phase Current demand value y Ground current demand value y Negative sequence current demand value 8 1 2 Related Setting Menu 1 Function Setting Select for system to operate when Demand elements were picked up PRIMARY SETTING MONITORING DEMAND Function Range OFF TRIP TR...

Page 219: ... Calculated by Thermal Exponential demand ROL Calculated Rolling demand 4 Time constant Setting Setting for 90 Response time in Thermal calculation method PRIMARY SETTING MONITORING DEMAND Time Constant m Range 5 10 15 20 30 60 min Default 5 Step Enter the time required for a steady state current to indicate 90 of the actual value 5 Phase demand pickup current setting Setting for Phase demand pick...

Page 220: ...A Range OFF 10 1600A Default 300A Step 1A Set Ground demand pickup current 7 Negative sequence demand pickup current Setting Setting for Negative sequence demand pickup current PRIMARY SETTING MONITORING DEMAND NEQ PU A Range OFF 10 1600A Default 600A Step 1A Set Negative sequence demand pickup current DEMAND PHA PU A 600 GND PU A 300 NEQ PU A 600 DEMAND Time Constant m 5 PHA PU A 600 GND PU A 300...

Page 221: ...connected for phase neutral voltage Vr Vs or Vt for phase phase voltages Vab or Vcb on load side in recloser The synchronism check element in the following settings should be enabled PRIMARY SETTING MONITORING SYNCHROCHECK Function Range OFF ALARM Default OFF Step If function OFF the feature is not operational If function ALARM the feature is operational PRIMARY SETTING MONITORING SYNCHROCHECK Rel...

Page 222: ...m angle difference of the synchronism voltages An angular differential between the synchronism voltage angles below this value is within the permissible limit for synchronism PRIMARY SETTING MONITORING SYNCHROCHECK M F D Hz Range 0 00 5 00 Hz Default 2 00 Step 0 01 Hz Enter the maximum frequency difference of the synchronism voltages A frequency differential between the synchronism voltages below ...

Page 223: ...unction Setting Select for system to operate when Trip Counter reaches Limit value set by user PRIMARY SETTING MONITORING TRIP COUNTER Function Range OFF ALARM Default OFF Step OFF OFF Monitoring ALARM Generate Alarm signal 2 Alarm Output Relay Setting Select Relay output for alarm PRIMARY SETTING MONITORING TRIP COUNTER Relays 0 8 Range OFF 0 8 Default OFF Step 1 Maximum 4 of Relay outputs can be...

Page 224: ...Trip Counter limit value was picked up 4 Clear value Setting Use to synchronize EVRC2A counter with Recloser Counter PRIMARY SETTING MONITORING TRIP COUNTER Counter set Range 0 10000 Default 0 Step 1 Enters a value for Trip Counter Clear 5 Stored Value Clear Select 7 Counter in PRIMARY SETTING RELAY SETUP CLEAR SAVED DATA to clear the Trip Counter TRIP COUNTER Relays 0 8 OFF Limit 10000 Counter se...

Page 225: ...Setting PRIMARY SETTING MONITORING RECLOSER WARE Function Range OFF ALARM Default ALARM Step Select for system to operate when Recloser wear elements were picked up 2 Pickup Setting PRIMARY SETTING MONITORING RECLOSER WARE Pickup Range 0 0 50 0 Default 20 0 Step 0 1 Enter Pickup value of contact life 3 Rated Voltage Setting PRIMARY SETTING MONITORING RECLOSER WARE Rated Volt kV Range 15 27 38 Defa...

Page 226: ...ING MONITORING RECLOSER WARE A Wear Set Range 0 00 100 00 Default 100 00 Step 0 01 Enter a value of Phase A s contact wear PRIMARY SETTING MONITORING RECLOSER WARE B Wear Set Range 0 00 100 00 Default 100 00 Step 0 01 Enter a value of Phase B s contact wear PRIMARY SETTING MONITORING RECLOSER WARE C Wear Set Range 0 00 100 00 Default 100 00 Step 0 01 Enter a value of Phase C s contact wear RECLOSE...

Page 227: ...G RELAY SETUP CLEAR SAVED DATA to clear value Insert the value set in PRIMARY SETTING MONITORING RECLOSER WEAR A B C Wear from LCD menu 8 5 Battery Test PRIMARY SETTING MONITORING BATTERY TEST BT Time day Range 0 OFF 1 7 day Default OFF Step 1 day Select the period for automatically checking the battery status BATTERY TEST BT Time day OFF ...

Page 228: ...duced by comparing the prefault current and voltage to the fault current and voltage For more accurate calculation the prefault data is required at least 2 cycles and the after fault data is required at least 2 cycles If the line impedance per unit and total length were known the fault distance can be easily achieved but source impedance is not required Fault data may not be accurate for a close i...

Page 229: ...ITORING FAULT LOCATOR Z1 Inductive Range 0 1 6000 0 Default 10 0 Step 0 1 Enter the total imaginary components of the feeder positive sequence impedance in actual ohms PRIMARY SETTING MONITORING FAULT LOCATOR Z0 Resistive Range 0 1 6000 0 Default 10 0 Step 0 1 Enter the total real components of the feeder zero sequence impedance in actual ohms PRIMARY SETTING MONITORING FAULT LOCATOR Z0 Inductive ...

Page 230: ...nal sent from SCADA is received And EVRC2A can be reset from close lock status by FI Reset command PRIMARY SETTING MONITORING EXT Trip Lock Function Range DISABLE ENABLE Default DISABLE Step If function ENABLE EVRC2A will be open and then close locked when the signal from SCADA is received If function DISABLE the function is not activated even if the signal is received PRIMARY SETTING MONITORING E...

Page 231: ...erated when manually closed locally or remotely If function BOTH the function is operated when reclosed or manually closed PRIMARY SETTING MONITORING Live Load Blocking Pickup xVT Range 0 10 0 90 Default 0 30 Step 0 01 Enter the pickup value as a fraction of the secondary nominal voltage in load side As example if secondary voltage of load side is 100V and a user wants that the close lock is opera...

Page 232: ...nal Input is asserted Use button to see all input port statuses 9 2 Relay Outputs Move to MAIN MENU STATUS RELAY OUTPUTS to see external output port status STATUS OPTO INPUTS Display 8 output port statuses They are indicated as OPEN or CLOSE depending on the output signal status OPEN Shows External Output is de asserted CLOSE Shows External Output is asserted Use button to see all output port stat...

Page 233: ...en can vary according to the EVRC2A version Prior to Ver 6 15 of EVRC2A STATUS CLOCK Check current time From Ver 6 15 of EVRC2A STATUS CLOCK Check current time ⓐ Indicates the local time type s present time ⓑ Indicates the GMT time type s present time CURRENT TIME L ⓐ G ⓑ CURRENT TIME L2009 01 01 09 00 00 G2009 01 01 00 00 00 CURRENT TIME 2009 11 05 21 02 38 ...

Page 234: ... ZCT is installed or not If the letter located at ⓐ is X then it is a product that was dispatched without ZCT installed normal mode while if the letter located at ⓐ is S then it is a product that was dispatched with ZCT installed special option as per user s request Depending on whether the product was dispatched with ZCT installed or not the setting range of the S E F in the PICKUP CURRENT menu a...

Page 235: ... 10 METERING The following values are contained in the metering elements of EVRC2A y Current y Voltage Source Side Load Side y Frequency y Synchronism Voltage y Power y Energy y Demand y System y Harmonics y Unbalance NOTE Unbalance is supported from version 6 12 of EVRC2A N6 NT ...

Page 236: ...rrent and phasor A Lag ISG Displays the measured sensitive earth RMS current and phasor A Lag I2 Displays the calculated negative sequence RMS current A You can confirm in MAIN MENU METERING CURRENT MAIN MENU METERING CURRENT LINE CURRENT A A 0 B 0 C 0 G 0 SG 0 I2 0 PHASE A CURRENT 0 A 0 0 Lag PHASE B CURRENT 0 A 0 0 Lag PHASE C CURRENT 0 A 0 0 Lag GROUND CURRENT 0 A 0 0 Lag SENSTV CURRENT 0 A 0 0...

Page 237: ...ltage POS SEQ Displays the calculated positive sequence RMS voltage and phasor Lag NEG SEQ Displays the calculated negative sequence RMS voltage and phasor Lag ZERO SEQ Displays the calculated zero sequence RMS voltage and phasor Lag You can confirm in MAIN MENU METERING S VOLTAGE or L VOLTAGE MAIN MENU METERING S VOLTAGE or L VOLTAGE VOLTAGE kV AN 0 00 AB 0 00 BN 0 00 BC 0 00 CN 0 00 CA 0 00 AVER...

Page 238: ...sor deg y Synchro Frequency y Synchrocheck delta Phasor voltage frequency You can confirm in MAIN NEMU METERING SYNCHRO VOLTAGE MAIN MENU METERING SYNCHRO VOLTAGE Display measured values of Synchronism Voltage Frequency and Synchronism Delta Use button to check metering information of Synchronism voltage NOTE The SYNCHRO VOLTAGE menu screen can vary according to the EVRC2A version FREQUENCY Hz 0 0...

Page 239: ... values are contained in the energy metering y Positive watthour MWh start date Year Month Date Hour Minute Second y Negative watthour MWh start date Year Month Date Hour Minute Second y Positive varhour Mvar start date Year Month Date Hour Minute Second y negative varhour Mvar start date Year Month Date Hour Minute Second The updated rate of the energy meters is based on the Time Constant setting...

Page 240: ...n 10 1 7 Demand The following values are contained in the demand metering Actual demand maximum demand with Value Current Real power Reactive power and Date Year Month Date Hour Minute Second During each demand value the EVRC2A also captures and stores maximum values for the measurements listed below It functions as a standard maximum meter When a new maximum value is determined the old value is r...

Page 241: ...HASE I2 CURRENT DEMAND 0 A MAX 0 A 10 01 01 00 00 00 PHASE A REAL POWER DEMAND 0 00 MW MAX 0 00 MW 10 01 01 00 00 00 PHASE B REAL POWER DEMAND 0 00 MW MAX 0 00 MW 10 01 01 00 00 00 PHASE C REAL POWER DEMAND 0 00 MW MAX 0 00 MW 10 01 01 00 00 00 3P REAL POWER MW DEMAND 0 00 MW MAX 0 00 MW 10 01 01 00 00 00 P A REACTIVE POWER DEMAND 0 00 MWar MAX 0 00 MWar 10 01 01 00 00 00 P B REACTIVE POWER DEMAND...

Page 242: ...EMU METERING SYSTEM MAIN MENU METERING SYSTEM System metering display 10 1 9 Unbalance The following values are contained in the unbalance metering y Voltage unbalance V2 V1 Source Side y Voltage unbalance V2 V1 Load Side y Current unbalance I2 I1 You can confirm in MAIN NEMU METERING UNBALANCE MAIN MENU METERING SYSTEM Unbalance metering display NOTE This menu is supported from version 6 12 of EV...

Page 243: ...d Voltage Harmonics display THD You can confirm in MAIN NEMU METERING HARMONICS THD MAIN MENU METERING HARMONICS THD This menu is to display the total harmonic distortion of current and voltage Current A You can confirm in MAIN NEMU METERING HARMONICS Current A MAIN MENU METERING HARMONICS Current A This menu is to display the 1st 7th harmonic of current through phase A Use keys to move to next va...

Page 244: ...MU METERING HARMONICS Current B C Voltage A You can confirm in MAIN NEMU METERING HARMONICS Voltage A MAIN MENU METERING HARMONICS Current A This menu is to display the 1st 7th harmonic and THD of voltage in phase A Use keys to move to next value Voltage B C The same Menu as Voltage A function You can confirm in MAIN NEMU METERING HARMONICS Voltage B C ...

Page 245: ...e SEF RMS Current A 1 of 2 CT 20 CT VOLTAGE A N A B RMS Voltage B N B C RMS Voltage C N C A RMS Voltage R N R S RMS Voltage S N S T RMS Voltage T N T R RMS Voltage 1 SYMMETRICAL COMPONENTS I1 I2 3I0 V1 V2 3V0 A 1 of 2 CT 1 POWER FACTOR Phase A B C 3Φ Phase Rate 0 02 1 000 to 1 000 3ΦREAL POWER Phase A B C 3Φ Phase MW 2 32 000 to 32 000 3ΦREACTIVE POWER Phase A B C 3Φ Phase MVar 2 32 000 to 32 000 ...

Page 246: ...ltage 0 02 40 00 70 00 HARMONICS 1st 7th Harmonic of Current 1st 7th Harmonic of Voltage THD of Current THD of Voltage 1 1 3 3 0 to 100 0 to 100 0 to 100 0 to 100 UNBALANCE Voltage unbalance V2 V1 in source side Voltage unbalance V2 V1 in load side Current unbalance I2 I1 2 2 2 0 to 999 0 to 999 0 to 999 If the VT connection type is set to delta all single phase voltage quantities are displayed as...

Page 247: ...th system operation The recorded counter items are below In order to check counter information go to MAINTENANCE COUNTERS For more detail information refer to 8 3 1 Trip Counter Explanation y Trip y Fault y System Restart 11 2 Wear Monitor EVRC2A displays the each phase s contact wear of the recloser In order to check information of the recloser s contact wear go to MAINTENANCE WEAR MONITOR For mo...

Page 248: ...ENT button and then is shown Press FUN button at and then is shown The output signal has been asserted for 2 sec If the test is completed the message END TESTING is shown and then back to the previous menu If the ESC button is press at is shown and the output test is canceled OUTPUT RELAY TEST SELECT RELAY RLY 1 Press FUN Start TEST Canceled OUTPUT RELAY TEST SELECT RELAY RLY 1 Press FUN Start TES...

Page 249: ... minute second It indicates the number of outage on a load side They indicate the numbers of sag on A B C phase They indicate the numbers of swell on A B C phase It indicates the number of voltage unbalance on a source side It indicates the number of voltage unbalance on a load side It indicates the number of current unbalance NOTE The number of times and the hour do not increase during the outage...

Page 250: ...CHNOLOGY 11 4 2 Related Setting Menu 1 Function Setting For more details please refer to 6 10 Power Quality Option 2 Stored Value Clear Select 10 P Quality Count in PRIMARY SETTING RELAY SETUP CLEAR SAVED DATA to clear the Supply Outage Counter and Power Quality Counter ...

Page 251: ... WAVEFORM CAPTURE y SYSTEM EVENT RECORDER y LOAD PROFILE y DIAGNOSTIC EVENT RECORDER y FAULT TRIP Option y POWER QUALITY Option 12 1 Waveform Capture In case of Fault Waveform Capture records 32 Data of 15 Cycle with 16 Smple per 1 Cycle resolution Fault cycle summary is displayed on LCD screen Captured fault waveforms can be showed by the interface software ...

Page 252: ...27 Under Voltage Trip 59 Over Voltage Trip 81 Under Frequency Trip A B C G Fault phase shows LED ON S Sensitive Earth Fault Q Negative Sequence Fault O Other Trip Demand Current Trip Loss of Phase etc Each phase fault current unit Ampere A Event occurred time Year Month Day or Month Day Year Hour Minute Second Fault Location Indicated when Fault Locater function is ON For more details about settin...

Page 253: ...ful to examine 12 1 2 Data Channels Stores following data y 5 currents Ia Ib Ic Ig Isef y 3 voltages Va Vb Vc not passed digital filter y 85 logic input states y 8Ch output relays y 8Ch Inputs 12 1 3 Sample Rate Captures one period of 16 sampling per cycle 12 1 4 Storage capacity The capacity of storage is last 32 events of 15cycles 12 1 5 Related Setting Menu 1 ON OFF Setting Fault Cycle waveform...

Page 254: ...n of Pre F Range 0 14 Default 4 Step 1 Usually sets 4 cycles as default 3 Stored Value Clear Select 1 FAULT CYCLE in PRIMARY SETTING REALY SETUP CLEAR SAVED DATA to clear the stored value 12 1 6 Interface software Interface software shows Data and captured waveform below Figure 12 1 Data and captured waveform showed by Interface Software EVENT RECORDER Fault Cycle ON Len of Pre F 4 Load Profile ON...

Page 255: ...tatus y System alarm etc y V1 Source V2 Load y Power Quality detect NOTE For more details about Trigger Source refer to Appendix C EVENT TEXT DESCRIPTION 12 2 2 Trigger Time Monitors changes of Trigger source status in every 1 4 cycle 12 2 3 Trigger type Stores type of Trigger source Pickup assert or Dropout deassert 12 2 4 Storage Capacity Stores last 2048 events 12 2 5 Related Setting Menu Syste...

Page 256: ...SER CONTROL EVRC2A N6 NT http www entecene co kr 246 ENHANCED TECHNOLOGY 12 2 6 Interface software Interface software shows system status events Figure 12 2 System Status Events showed by Interface Software ...

Page 257: ...ee next value press key y On screen use or key to see screen in term 12 3 1 Trigger Source y Demand Current A B C G y Demand Real Power A B C 3ф y Demand Reactive Power A B C 3ф y Demand Power Factor 3ф y Demand Energy Positive Watthour 3ф Positive Varhour 3ф 12 3 2 Trigger Time y 5 10 15 20 30 60 Minute 12 3 3 Storage Capacity y Stores 5120 events PF ENERGY 3P 0001 P F 0 0 MWh 0 0 MVh 0 0 10 01 2...

Page 258: ...cords load profile OFF No record of load profile 2 Recording time interval setting PRIMARY SETTING RELAY SETUP EVENT RECORDER L P save time m Range 5 10 15 20 30 60 min Default 15 Step Sets the interval time between Records 12 3 5 Stored value Clear Select 3 LOAD PROFILE in PRIMARY SETTING RELAY SETUP CLEAR SAVED DATA to clear EVENT RECORDER Len of Pre F 4 Load Profile ON L P save time m 15 EVENT ...

Page 259: ...CLOSER CONTROL EVRC2A N6 NT http www entecene co kr 249 ENHANCED TECHNOLOGY 12 3 6 Interface software Interface software shows load profile data Figure 12 3 Load Profile Data showed by Interface Software ...

Page 260: ...ng to a recloser type there may be no diagnosis of gas pressure status y NOTE For more details about Trigger Source refer to Appendix C EVENT TEXT DESCRIPTION 12 4 2 Trigger Time Monitors status of Trigger source in every 1 4 cycle 12 4 3 Trigger type Stores type of Trigger source Pickup assert or Dropout deassert 12 4 4 Storage Capacity Stores last 512 events 12 4 5 Related Setting Menu System au...

Page 261: ...CLOSER CONTROL EVRC2A N6 NT http www entecene co kr 251 ENHANCED TECHNOLOGY 12 4 6 Interface software Interface software shows Diagnostic events Figure 12 4 Diagnostic Events showed by Interface Software ...

Page 262: ... 512 events can be stored Display fault sequence shot counter Display fault type Display current of each phase when fault occurs Display fault time 12 5 1 Trigger Source y Target elements A A Phase Overcurrent Trip B B phase Overcurrent Trip C C phase Overcurrent Trip G G phase Overcurrent Trip S Sensitive Earth Overcurrent Trip Q Negative Sequence Overcurrent Trip 27 Under Voltage Trip 59 Over Vo...

Page 263: ...city Stores last 512 events 12 5 4 Related Setting Menu System automatically maintains fault trip event recorder User can clear only stored events 1 Stored Value Clear Select 9 Fault Trip in PRIMARY SETTING RELAY SETUP CLEAR SAVED DATA to clear 12 5 5 Interface software Interface software shows Fault Trip events Figure 12 5 Fault Trip Events showed by Interface Software ...

Page 264: ...T RECORDER POWER QUALITY Displays the order of the event occurrence and events from the most recent event to the oldest event Total 512 events can be stored Displays the event type and detect value OUTAGE S power supply side outage OUTAGE L load side outage SAG A B C A B C phase sag SWL A B C A B C phase swell UBL SV Voltage Unbalance on source side UBL LV Voltage Unbalance on load side UBC Curren...

Page 265: ...status of Trigger source in every 1 4 cycle 12 6 3 Storage Capacity Stores last 512 events 12 6 4 Related Setting Menu 1 Function and Outage duration Settings Refer to menu 11 4 2 Related Setting Menu 2 Stored Value Clear System automatically maintains power quality event recorder User can clear only stored events Select 11 P Quality Event in PRIMARY SETTING RELAY SETUP CLEAR SAVED DATA to clear 1...

Page 266: ...RECLOSER CONTROL EVRC2A N6 NT http www entecene co kr 256 ENHANCED TECHNOLOGY Figure 12 6 Power Quality Events showed by Interface Software ...

Page 267: ...er and down or top and bottom To open the door pull the handle Control Power Switch After opening the User Interface Door you see 2 Switches Left side switch is for Battery Power right side one is for AC Power Turning on either one of two activates control AC Power Outlet For user convenience AC Power Outlet is located on User Interface Door Fuse is installed for safety from overload Location of f...

Page 268: ... Air Vent and Outer Cover Outer Cover It is for blocking the direct ray of light to delay raising temperature inside of Control Cubicle The gap between control cubicle and cover is 10mm Air Vent To protect control part from humidity by temperature fluctuation Vents are on left and right side covered with Outer Cover ...

Page 269: ...an Figure 13 3 Dimensions and Mounting Plan y EVRC2A has Small size and Large size depending on Recloser Type y Small size is available for EVR1 EVR2 Large size is available for EVR3 y Large size is able to make User available Space larger the space unit is referred to Figure 13 6 Mount Accessories Dimensions ...

Page 270: ...2 27 EVR3 38 y For installation on a Pole the lifting hole is indicated y Weight of EVRC2A small size is 85 and large size is 90 y EVRC2A should be fixed top and bottom with 16 5 8 Bolt y There is an Exit hole for external cable that can be connected to additional functioning hardware y The diameter of the hole is 22 0 866 and two of Standard Receptacle MS22 Series can be extended ...

Page 271: ...Earth Wiring Diagram Figure 13 4 Earth Wiring Diagram y After installation of Control cubicle connect the ground y Earth Terminal can connect with core of cable size up to 12 0 470 diameter y Earth cable from Pole Neutral and from EVRC2A Earth Terminal must be connected to the ground ...

Page 272: ...de one is for 220Vac or 110Vac option Heater Optional Heater is 40W Battery Use 2 of 12Vdc in series Use screwdriver for replacement Fuse TF1 TF2 TF3 are for circuit protection refers to see 13 20 Fuse Terminal Block Place for AC Power line there are two ports for user User Available Space Space for additional hardware connection Installation and space size refers to Figure 13 6 Mount Accessories ...

Page 273: ... 13 6 Mount Accessories Dimensions Figure 13 6 Mount Accessories Dimensions y Shows base plate measurements that can be attached in User Available Space y On Base plate 10 M6 Nut is used to fix the base plate y Available space for height of base plate is from 101 6 4 to 177 8 7 ...

Page 274: ...ditional power should be attached For more details contact manufacturer Input of the additional power is referred to Figure 13 7 Terminal Block and Fuses y Remove cable coating at the end of cable length of 8mm 0 315 With using CN5 connector terminal on side panel should be connected to Wire size AWG24 up to 12 y To change Voltage ratings disconnect Jumper Pin in JP3 Figure 13 31 ANALOG BOARD and ...

Page 275: ...Terminal 4 5 are for connecting additional AC Power Terminal 4 is connected with TF3 for protection terminal 5 is in series with AC Power y On TF3 Fuse AC Power Outlet is connected with 40W Heater Reference for branching y In AC line connection blue wired line is for Neutral white wired line is for Phase wire green wired line is for the ground y Terminal 6 7 8 are spare for Recloser 52 contact y T...

Page 276: ... In Figure 13 8 EVRC2A Wiring Diagram VD Type CN1 is marked as Earthing System For non Earthing system refer to Figure 13 11 Current Inputs Wiring Diagram y CN2 is Voltage Input Connector Figure 13 8 EVRC2A Wiring Diagram VD Type is VD CVD Capacitor Voltage Divider or RVD Resistance Voltage Divider type and Figure 13 9 EVRC2A Wiring Diagram VT Type is VT type y VT type is standard and VD type is f...

Page 277: ...gure 13 9 EVRC2A Wiring Diagram VT Type y Figure 13 9 EVRC2A Wiring Diagram VT Type is wiring diagram of VT type of which Voltage Input is optional y CN2 is Voltage Input Connector For wiring refer to Figure 13 13 VT Wiring Diagram y VD type and VT type are not exchangeable VT type is standard and VD type is optional ...

Page 278: ... Monitors and controls Close and Trip Power CN8 RECLOSER STATUS Open Close Lock Pressure CN9 CN10 OUTPUTS and INPUTS Option OUT1 OUT5 A Contact OUT6 OUT7 B Contact OUT8 ALARM IN01 IN08 PORT2 Option SERIAL RS232 PORT3 Option SERIAL RS485 422 PORT4 Option ETHERNET NOTE 1 I O Terminal CN10 CN9 has functions to control basic operation of Recloser and can be connected with SCADA System for use 2 Remove...

Page 279: ...ontinuous y 25A 1 second y Burden 0 19VA 0 5A Current IG should be connected with SEF A09 A10 of Side Panel in Non Earthing System IG A07 A08 should be connected to each other SEF Input Current Range y 0 05A Nominal y 0 16A Continuous y 0 6A 1 second y Burden 0 0375VA 0 05A Figure 13 11 Current Inputs Wiring Diagram Recloser Phase should match with User system Refer to Figure 13 14 Phase Rotation ...

Page 280: ...ider or RVD Resistance Voltage Divider measures Voltage with using Capacitor or Resistance installed in each Bushing of Recloser y VD Type and VT Type are not exchangeable y Current Inputs and Voltage Inputs should be the same phase If CT Inputs changed Phase rotation Voltage Inputs phase should be re arranged y Option CVD 15 27 38 Class y Option RVD 15 27 Class ...

Page 281: ...Diagram Figure 13 13 VT Wiring Diagram y VD CVD or RVD Type can not be used when VT Voltage Transformer Type was selected y VT wiring should match Current Inputs y Voltage Inputs VA VB VC VR VS VT Input Voltage Range Vphase Vcom Continuous 300V Burden 0 6VA 300V 0 2VA 220V 0 05VA 120V 0 02VA 67V ...

Page 282: ...curacy phase rotations of User system and Recloser should be the same y Figure 13 14 Phase Rotation shows the same phase rotation between User System and Recloser y If the phase rotation is not the same in User system and Recloser correct CT and VD CVD or RVD wiring in side panel to be matched y EVR Recloser phase A is the Bushing the nearest from Trip lever on the side ...

Page 283: ...r Power AGND Pressure Sensor Power 12Vdc Cable shield and Ground not connected Recloser Status 69b locked a connect Recloser Status Common 24Vdc Recloser Status 52b Monitored Trip Recloser Status 52a Monitored Close not connected not connected a b c d e f g h j k m n p r s 52 common Auxiliary 52b Auxiliary 52a Auxiliary Close and Trip Coil Common Close and Trip Coil Common Close and Trip Coil Comm...

Page 284: ...RECLOSER CONTROL EVRC2A N6 NT http www entecene co kr 274 ENHANCED TECHNOLOGY Figure 13 15 Control Receptacle Figure 13 15 Control Receptacle shows Female Receptacle installed in Control EVRC2A ...

Page 285: ... winding or out of gearing Push Plug Body little by little with shaking left and right side into Receptacle repeat this to complete connection Turn Plug nut to tighten for Control Cable de assembling do the opposite way of Control Cable assembling Figure 13 16 Recloser Receptacle Figure 13 17 Control Cable 13 18 AC Power Receptacle Pin Descriptions Table 13 3 AC Power Receptacle Pin Descriptions P...

Page 286: ... 25 6 385 31 75 Input Line of Transformer in UPS Module AC Power Terminal Block TF2 3A 220Vac 6A 110Vac 0 25 1 25 6 385 31 75 Input Line of Transformer in Control EVRC2AAC Power Terminal Block TF3 10A 0 25 1 25 6 385 31 75 AC Power outlet and Heater User Available AC Power Inside Relay Module F1 Analog board 1A 0 197 0 787 5 20 Trip Control Inside Relay Module F2 Analog board 1A 0 197 0 787 5 20 C...

Page 287: ...discharge rate of batteries is approximately 3 per month when batteries are stored at an ambient temperature of 20 68 The self discharge rate varies with ambient temperature y The approximate depth of discharge or remaining capacity of an battery can be empirically determined from Figure 13 20 Open Circuit Voltage y Turn off NFB1 to disconnect Battery from circuits Remove Battery Connector CN11 31...

Page 288: ... screwdriver For Battery wire de assembling disconnect Jumper wire first and disconnect CN11 wire red and black When CN11 is disconnected first battery short is considered in case of worker s mistake For Battery wire connection connect CN11 wire red and black first and connect Jumper wire later Reference Figure 13 19 Battery 13 24 Battery Protection Battery protection is to protect the battery fro...

Page 289: ...rt2 Definition 1 N C DCD Data Carrier Detect 2 RXD RXD Receive Data 3 TXD TXD Transmit Data 4 N C DTR Data Terminal Ready 5 GND GND Ground 6 N C DSR Data Set Ready 7 N C RTS Request To Send 8 N C CTS Clear To Send 9 N C N C No Connection Positions User Interface Panel Male Side Panel Male Figure 13 21 RS232 Port Cable CC201 CC201 202 203 Purposes Maintenance DNP 2 RS232 485 Pin Functions for Port3...

Page 290: ...Clear To Send IN 9 N C No Connection Note PORT3 provides RS 485 communication and uses Digital power and insulated power of CPU Part for surge protection Each terminal is Anti Over voltage To minimize the noise of communication line Terminal Resistor is used in the both end of the line and Twisted Shied Cable is advisable for connecting cable In order to use RS 485 the Pin4 and Pin5 of RS485 Port ...

Page 291: ...3 26 Communication Cables 1 Cable CC201 Connect to Computer Figure 13 24 Cable CC201 connect to computer 2 Cable CC202 Connect to Modem etc option Figure 13 25 Cable CC202 connect to modem etc 3 Cable CC203 Connect to Modem etc option Figure 13 26 Cable CC203 connect to modem etc ...

Page 292: ...RECLOSER CONTROL EVRC2A N6 NT http www entecene co kr 282 ENHANCED TECHNOLOGY 13 27 Hardware Block Diagram Figure 13 27 Hardware Block Diagram ...

Page 293: ... Capacitor IGBT Insulated Gate Bipolar Transistor F Fuse UPS Uninterruptible Power Supply y Recloser Trip and Close Power is charged from C1 C2 C3 in UPS module y C1 is used for Trip power C2 C3 are used for Close power y Trip Close runs when IGBT is ON MC runs and the charged Capacitor transfer the Power to TC CC eventually Recloser runs y F1 F2 are Fuses to protect IGBT from MC damage These are ...

Page 294: ...acitor for Trip Close Its rated output voltage is 120Vdc y Trip and Close Capacitor are individually located and do not affect to each other during Trip and Close y UPS Module runs by 120Vac Power or by Backup Battery y Transformer in EVRC2A connected with External AC Power generates 120Vac y Sealed lead acid Type is used for Battery Battery voltage does not run under 20Vac runs over 20Vdc ...

Page 295: ...OL EVRC2A N6 NT http www entecene co kr 285 ENHANCED TECHNOLOGY 13 30 Main Board Figure 13 30 MAIN BOARD Indicates Firmware Upgrade Port RTC Real Time Clock and main parts location Also indicates backup battery type ...

Page 296: ...Analog Board Figure 13 31 ANALOG BOARD y JP1 JP2 JP3 are Jumper Connecter defining User Available DC Power Output Rating y F1 F2 are use to protect IGBT for Close and Trip y F3 is for Relay Module protection y JP1 JP2 JP3 are Jumper Connectors and define User Available DC Power rating ...

Page 297: ...32 Recloser EVR Wiring Diagram Figure 13 32 Recloser EVR Wiring Diagram Recloser EVR standard wiring diagram y CT Protection is automatically protected when Control Cable is disconnected y The capacity of CVD is 20 and also automatically protected when Control Cable is disconnected ...

Page 298: ... Recloser EPR Wiring Diagram Figure 13 33 Recloser EPR Wiring Diagram Recloser EPR standard wiring diagram y CT Protection is automatically protected when Control Cable is disconnected y The resistance of RVD is 100MΩ and also automatically protected when Control Cable is disconnected ...

Page 299: ...VD Source Phase B G CVD Source Phase A H CVD Load side Phase T J CVD Load side Phase S K CVD Load side Phase R R Cable shield and Ground EPR RECLOSER 1 Pin R is connected to Ground 2 RVD Resistance 10MΩ 3 For RVD Protection MOV is connected between Phase and Ground y For voltage measuring use High Impedance AC Voltmeter Digital Multimeter at Output Pin y Voltage Measuring Method 1 measure MOV volt...

Page 300: ...Vdc 0 5 and N L Pressure Sensor Output N Pressure Sensor Power AGND P Pressure Sensor Power 12Vdc 2 Sensor Output is Pin L and N 3 SF6 Gas is the insulating material and is affected by depending on pressure density 4 Figure 13 35 Pressure Changes depending on Temperature and Sensor Output voltage shows pressure changes depending on temperature and Sensor Output voltage depending on pressure 5 EVR ...

Page 301: ...Pin Function 1 Sensor Power is delivered from Pin P 9 30Vdc and N 2 Sensor Output is Pin L and N L Pressure Sensor Output N Pressure Sensor Power AGND P Pressure Sensor Power 12Vdc Figure 13 36 Pressure Changes depending on Sensor Output voltage 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 4 0 4 5 5 0 0 8 0 7 0 6 0 5 0 4 0 3 0 2 0 1 0 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 Pressure bar Output voltage Vdc ...

Page 302: ...2 common Auxiliary b 52b Auxiliary c 52a Auxiliary 13 38 Recloser Trip and Close Coil Table 13 14 Trip and Close Coil Description Pin Function 1 Pin d e and f are combined as one line 2 Pin g h and j are combined and placed as one line 3 Pin m p and r are combined and placed as one line 4 Close Coil Resistance 5Ω 5 Trip Coil Resistance 2Ω d Close and Trip Coil Common e Close and Trip Coil Common f...

Page 303: ...eatu RATINGS A 1 5Arms 4 5Arms Accuracy 7Vrms 4c Accuracy BI01 02 D BI03 04 D BO01 04 130mA 350 5ms 6kg RTS20 325 150 521 258 2M 20 50 AC180 26 AC 90 132 Max 150W ANCED TEC t ault Simulati of Trip time ode OCR Mo 7 Recloser Te ures AND FEATUR 3ch Burden 1ch 3ch Para 1 or 0 4mA ch Burden ov 1 or 0 02V DC12 150V o DC12 150V P 0V ON Resis 010 1 2kg ca 270 RTS201 348 AL CA 64 Select A 2 Select AC W CH...

Page 304: ... NO Battery Value 15V 1 Check battery NFB 2 Check battery connection SYSPW FAIL System power FAIL 1 SYS ALARM display 2 Protection disabled 1 12V FAIL display 2 5 V FAIL display 3 12V FAIL display 4 REF1V FAIL display 5 REF2V FAIL display 1 12V FAIL System power 12V FAIL Value 11V or 13V 1 SYS ALARM display 2 Protection disabled 1 Check System power connection 2 Check System power cable fault 3 Re...

Page 305: ...n Processing Module D RAM FAIL Data RAM FAIL SYS ALARM display Replace Main Processing Module S RAM FAIL Setting RAM FAIL 1 SYS ALARM display 2 Change to Default Setting Replace Main Processing Module R RAM FAIL RTC NV RAM FAIL SYS ALARM display Replace Main Processing Module RTC FAIL RTC Time FAIL 1 SYS ALARM display 2 Set up time data at 0 hr 0 min and 0 sec on Jan 1 200 Replace Main Processing ...

Page 306: ...k Table 13 2 Figure 13 8 Figure 13 9 Figure 13 10 Figure 13 15 Reference 3 control Box inside CN6 connection state check Figure 13 8 Figure 13 9 Figure 13 10 Reference Etc 1 That control switch point of contact check 2 control Box inside FUSE state check Figure 13 31 Reference 3 Replace Relay Module 4 Replace Recloser Fail of current voltage measurement Current measure Control Cable 1 Connection s...

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