Ashida ADR241B Instruction Manual Download Page 75

Page: 75 / 272

ADR241B

Doc ID : ADR241B-DO_IM_01

Ref ID : ADR241B/IM/PC-SI

Rev No.

: 06

Page No. : 75 of 272

3.9

AProLogic

3.9.1

Read AProLogic

To read new AProLogic file from the device right click on AProLogic and select 'Read

AProLogic’. To open existing AProLogic file, double click on *.apl file.

Figure 36: Read AProLogic

Save as dialog box will appear for saving the name of the file. Click OK to save the file.

3.9.2

Edit and Write the AProLogic to a Device

Select a device and expand AProLogic node. Double click on iom file and the file will open in

the main document window. Select output, assign applicable inputs. Edit TOperating, TReset

and HR/SR.

Summary of Contents for ADR241B

Page 1: ...Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM TP Rev No 06 Page No 1 of 272 ADR241B ADR241B Draw Out Version Feeder Protection Relay Instruction Manual Software Version V3 xx Hardware Version V1 xx...

Page 2: ...afety install set test and operate the relay functionality The instruction manual can be used by power engineers and other experienced protective relaying applications It is not the intention of this...

Page 3: ...Section of the equipment documentation is intended to ensure that equipment is properly installed and handled in order to maintain it in a safe condition It is assumed that everyone who will be assoc...

Page 4: ...any action without proper authorization Contact the appropriate person of Ashida Technical Sales office and request the necessary information SYMBOLS AND EXTERNAL LABELS ON THE EQUIPMENT For safety r...

Page 5: ...sed The equipment must be connected in accordance with the appropriate connection diagram Protection Class I Equipment Before energizing the equipment it must be earthed using the protective conductor...

Page 6: ...D C rating of 250 Vdc for example type AJT15 Where UL or CSA Listing of the equipment is not required a high rupture capacity HRC fuse type with a maximum current rating of 16 Amps and a minimum D C r...

Page 7: ...Extender cards are available for some equipment If an extender card is used this should not be inserted or withdrawn from the equipment whilst it is energized This is to avoid possible shock or damage...

Page 8: ...ANGER CTs must NOT be fused since open circuiting them may produce lethal hazardous voltages 7 2 Protective Class Protective Class IEC 60255 27 2005 EN 60255 27 2005 Class I unless otherwise specified...

Page 9: ...I Rev No 06 Page No 9 of 272 Pollution Degree 2 Compliance is demonstrated by reference to safety standards Altitude Operation up to 2000m IEC 60255 27 2005 EN 60255 27 2005 CE MARKING Directives Comp...

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Page 11: ...the Goods 37 2 2 4 Storing the Goods 38 2 2 5 Dismantling the Goods 38 2 3 Installation Procedure 38 2 3 1 Safe Mounting 38 2 3 2 Relay Connection and Diagram 41 2 3 3 Before energizing the relay fol...

Page 12: ...ir ASHIDA Relay Talk System 58 3 3 Procedure 59 3 3 1 ASHIDA Relay Talk System Version2 RTV2 S W 59 3 3 2 Features in RTV2 Software 60 3 3 3 Standard Toolbar buttons 61 3 3 4 Download Device Template...

Page 13: ...e Record 81 3 13 1 Show the Disturbance Record from Device 81 3 13 2 Read Disturbance Record from Device 82 3 13 3 View Disturbance Record file 83 3 14 Measurements 83 3 15 Status 84 3 16 Options 85 3...

Page 14: ...4 13 Programmable Logic control 109 4 13 1 Digital Input DI 109 4 13 2 Digital Output DO 109 Section 5 MEASUREMENT SHEET Sr No Description Page No 5 Measurement Sheet 114 5 1 Measurement 114 Section 6...

Page 15: ...yer 135 7 7 Initialisation 135 7 8 Time Synchronisation 135 7 9 Spontaneous Events 136 7 1 General Interrogation GI 136 7 11 Cyclic Measurements 136 7 12 Commands 136 7 13 Disturbance Records 136 7 14...

Page 16: ...Io Settings 174 8 3 7 2 To View Residual OC 3Io Settings 177 8 3 8 COLD LOAD SETTINGS 179 8 3 8 1 To Set COLD LOAD Settings 179 8 3 8 2 To View COLD LOAD Settings 184 8 3 9 NEGATIVE PHASE SEQUENCE NPS...

Page 17: ...1 To Set C12 User Define 209 8 3 18 2 To View C12 User Define 212 8 3 19 CB Trip 213 8 3 20 CB Close 213 8 3 21 IP Configuration Setting 213 8 3 21 1 To Set IP Configuration 213 8 3 21 2 To View IP Co...

Page 18: ...Overload 237 9 10 1 To Set Thermal Overload 237 9 10 2 To View Thermal Overload 238 9 11 Flow Chart Under Current 239 9 11 1 To Set Under Current 239 9 11 2 To View Under Current 240 9 12 Flow Chart I...

Page 19: ...g Event and Disturbance Record 258 10 1 Overview 258 10 2 Event recording 258 10 3 Disturbance recording 258 10 4 History Fault recording 259 10 5 Over current function 260 Section 11 TESTING AND COMM...

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Page 21: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM I S Rev No 06 Page No 21 of 272 Section 1 Introduction and Specifications...

Page 22: ...ID ADR241B DO_IM_01 Ref ID ADR241B IM I S Rev No 06 Page No 22 of 272 Contents 1 INTRODUCTION AND SPECIFICATIONS 23 1 1 Overview 23 1 2 Features 23 1 3 Technical Specifications 27 1 4 Typical Tests In...

Page 23: ...rrent 3Io IE Protection Inverse Definite time Over Current Protection IEC IEEE ANSI curves according to IEC60255 High Impedance Restricted Earth Fault Protection 64R Inverse Definite time Negative Seq...

Page 24: ...port for convenient relay settings User friendly local operation with key pad Large Liquid crystal display 16X2 with backlight Password Protection Software Support Setting Editor Programmable scheme...

Page 25: ...1 DI Setting Threshold 18VDC 0 35VDC 1 77VDC 2 154VDC 3 Auxiliary Supply 24 230 VDC VAC 2 Cabinet Details Draw Out 1 With IP54 protection cover Only for Draw out Model 4 Communication Ports Disable No...

Page 26: ...R241B IM I S Rev No 06 Page No 26 of 272 52 52 52 52 52 Apply for Transformer Feeder Protection NGR E Fig1 Radial Feeder application 52 52 Apply for Parallel Transformer Feeder Protection 52 52 52 E 5...

Page 27: ...IV Measurement Linearity Range for Non Offset AC Current Linear up to 40 In Auxiliary Supply Input I Nominal operating range 24 230V AC 50Hz 60Hz or 24 230V DC II Voltage operating range 80 of lower n...

Page 28: ...ation loaded condition unloaded 100 000 operations Accuracy of protection function I Phase Over current For operating Value Pick up 1 05 x Setting 5 Drop off 0 95 x Setting 5 For operating Time IDMT C...

Page 29: ...above rated value V Broken Conductor i2 i1 For operating Value Pick up 1 05 x Setting 5 Drop off 0 95 x Setting 5 For operating Time DT Operation 5 or 50ms whichever is greater VI 2nd Harmonic For op...

Page 30: ...III Storage temperature range 25 C to 70 C Terminals specification I AC current and Voltage Input Terminals M4 Threaded terminals for ring lug connection Suitable up to 4 mm 2 II Auxiliary Input outpu...

Page 31: ...Mode 2 KV EUT Condition Energized V Power Frequency Immunity Test IEC60255 22 7 IEC60255 26 ed3 1 Common Mode 300Vrms 2 Differential Mode 150Vrms VI Power Frequency Magnetic Field Immunity Test IEC610...

Page 32: ...tion Limit 79 dB V Quasi peak 66 dB V Average 73 dB V Quasi peak 60 dB V Average Energized Radiated Frequency Range 30 MHz 230 MHz 230 MHz 1000 MHz EUT Condition Limits 50 dB V m 57 dB V m Energized I...

Page 33: ...min Displacement 0 075mm in 3 orthogonal axis III Bump Test IEC 60255 21 2 Class 1 1000 bumps direction of 10gn peak acceleration and 16ms pulse duration in each of the two opposite direction per axi...

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Page 35: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM I P Rev No 06 Page No 35 of 272 Section 2 Installation and Procedure...

Page 36: ...lay following should be checked 41 2 3 4 Relay Operating Condition 41 2 3 5 Current Transformer CT Circuit 41 2 3 6 Insulation and dielectric strength testing 41 2 3 7 Cables and Connectors 41 2 3 8 P...

Page 37: ...considerations regarding product care and personal safety Caution Before lifting or moving the equipment user should be familiar with the Safety Information chapter of this manual 2 2 2 Receipt of th...

Page 38: ...subsequent unpacking make sure that any dust on the carton does not fall inside Avoid storing in locations of high humidity In locations of high humidity the packaging may become impregnated with moi...

Page 39: ...o the panel follow this procedure Insert the relay into the panel cut out as show below Figure 1 Inserting Relay into the panel cut out After inserting the Relay in the Panel fasten the relay to the P...

Page 40: ...ount the protective cover on the relay front panel as shown below Figure 3 mounting protective cover on relay front panel Caution Always use M4x25 screws for Protective Cover fitting After mounting th...

Page 41: ...uit rating and integrity of connection 3 Protective fuse rating 4 Integrity of the earthing connection 5 Current rating of external wiring applicable as per application 2 3 4 Relay Operating Condition...

Page 42: ...consists of up to 18 x M4 screw terminals The wires should be terminated with rings using 90 ring terminals with no more than two rings per terminal The product is supplied with sufficient M4 screws f...

Page 43: ...ial Port connection The rear serial port is intended for use with a permanently wired connection to a remote SCADA system The physical connectivity is achieved using this terminal for signal connectio...

Page 44: ...ded or the appropriate termination of the supply plug in the case of plug connected equipment The protective conductor earth connection must not be removed since the protection against electric shock...

Page 45: ...recommend using 2 x 2 5 mm2 PVC insulated multi stranded copper wire 2 3 11 Output Relay Connections These should be wired with 1 mm PVC insulated multi stranded copper wire terminated with pin type l...

Page 46: ...B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM I P Rev No 06 Page No 46 of 272 2 4 Mechanical Dimensions and Electrical Connection 2 4 1 Mechanical Dimensions ADR241B without IP cover Note All dimensions...

Page 47: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM I P Rev No 06 Page No 47 of 272 2 4 2 Mechanical Dimensions ADR241B with IP cover Note All dimensions in mm...

Page 48: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM I P Rev No 06 Page No 48 of 272 2 4 3 Back Terminal connection diagram for ADR241B...

Page 49: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM I P Rev No 06 Page No 49 of 272 2 4 4 Electrical wiring connection diagram for ADR241B...

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Page 51: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM PC SI Rev No 06 Page No 51 of 272 Section 3 PC Software Information...

Page 52: ...ttons 61 3 3 4 Download Device Template 61 3 4 Substation 62 3 4 1 Adding Substation to RT System 62 3 4 2 Import Substation 63 3 4 3 Export Substation 64 3 5 Bay 65 3 5 1 Adding Bay to Substation 65...

Page 53: ...ad the History Faults from Device 79 3 11 2 To view the History Faults file 80 3 12 Control 81 3 13 Disturbance Record 81 3 13 1 Show the Disturbance Record from Device 81 3 13 2 Read Disturbance Reco...

Page 54: ...2 software It particularly explains about the software setup and working procedure 3 1 1 RTV2 Software Features Connections ADR241B connected to the PC through Front port as well as Rear port Settings...

Page 55: ...Processors 1GHz or above 3 RAM 512MB or above 4 Dot net Framework Microsoft Net Framework 3 51 3 2 2 Microsoft Net Framework 3 5 1 Turn windows features on for Microsoft Net Framework Check the Micros...

Page 56: ...livered as a single installation file named ASHIDA Relay Talk System exe To install ASHIDA Relay Talk System simply open these file and follow the directions To install double click on ASHIDA Relay Ta...

Page 57: ...e installation of ASHIDA Relay Talk System Click Finish and start using ASHIDA Relay Talk System In addition to installing the required files on your system the installation application performs the f...

Page 58: ...4 Uninstalling and Repair ASHIDA Relay Talk System Step1 To Uninstall the software go to windows Control Panel Add Remove Programs Figure 6 Relay Talk System Version2 in Programs Step2 Right click on...

Page 59: ...section will guide the user for using ASHIDA Relay Talk System Version2 do the configuration for ASHIDA of devices and interface with the device To start Relay Talk System Version2 Click Start Progra...

Page 60: ...line offline mode Also to read and write Settings from to device Event list Can view the event list from device in online mode Disturbance Record viewer Can view the Disturbance record from device in...

Page 61: ...wing window will appear Figure 9 Download Device Template screen Close Application Exit About Display application about screen Write Send data to selected device Connect Connect to the selected device...

Page 62: ...Web URL and click save Then click on Refresh button to check available Device templates Select suitable Device template to download and click on Download button 3 4 Substation 3 4 1 Adding Substation...

Page 63: ...rite new substation name Type a substation name and click OK A new substation will be added in RT System 3 4 2 Import Substation To import substation right click on RT System Following context menu wi...

Page 64: ...rt Substation To export substation right click on substation Following context menu will appear Figure 14 Export substation Now click on Export Substation following window will appear Figure 15 Export...

Page 65: ...72 3 5 Bay 3 5 1 Adding Bay to Substation To add a new Bay right clicks on substation Following context menu will appear Figure 16 Add new Bay Click on New Bay following window will appear Figure 17 A...

Page 66: ...n substation Following context menu will appear Figure 18 Import Bay Now click on Import Bay In the Import Bay dialogue select a system archive to import and click Open 3 5 3 Export Bay To export bay...

Page 67: ...ogue In the Export Bay dialogue select a destination path and click Ok 3 6 Device 3 6 1 Adding New Device To add a device right click on bay and select New Device Figure 21 Add new device After Downlo...

Page 68: ...evice template from available types type a device name and click Ok New Device will be added to selected bay 3 6 2 Import Device To import device right click on bay Following context menu will appear...

Page 69: ...272 3 6 3 Export Device To export device right click on Device Following context menu will appear Figure 24 Export Device Now click on Export Device following window will appear Figure 25 Export Devic...

Page 70: ...Setting 3 7 1 Editing connection settings of Device To Edit or Initialize Serial communication Settings Double click on Connection button Following window will appear on screen Figure 26 Serial Connec...

Page 71: ...eflected in bottom status bar at the rightmost corner Figure 28 Offline Online status It is offline in red background at the start of the system turns to online in green background once the driver suc...

Page 72: ...View Settings File Note Settings with gray colour lines are Read Only Settings To edit the editable settings double click on the same Figure 31 Edit settings file 3 8 2 Downloading Settings from Devi...

Page 73: ...tings Click Read Device Settings to read the settings file Following window will appear Figure 33 Read settings file name Type a setting file name and click Ok It will download the device template Aft...

Page 74: ...y 3 8 3 Restore Settings from Device If there is no settings file available it can be retrieve using Restore Settings File from Device Template To restore settings from device right click on Settings...

Page 75: ...ic To open existing AProLogic file double click on apl file Figure 36 Read AProLogic Save as dialog box will appear for saving the name of the file Click OK to save the file 3 9 2 Edit and Write the A...

Page 76: ...B DO_IM_01 Ref ID ADR241B IM PC SI Rev No 06 Page No 76 of 272 Figure 37 Edit TOperating TReset and HR SR 3 9 3 View AProLogic Report To view AProLogic Report open apl file and click on Report Option...

Page 77: ...4 Restore AProLogic from Device If there is no settings file available it can be retrieve using Restore Settings File from Device Template To restore AProLogic from device right click on AProLogic nod...

Page 78: ...occurs Event file will automatically generate under Events node or Events can be read from relay using Read Events 3 10 1 Read Events To read new event file from the device right click on Events and s...

Page 79: ...tomatically get erased and the new fault will recorded on the same Like First In First Out Logic Trip count Tripping Timing Fault Flags and Fault Value with Time and date will display in history fault...

Page 80: ...SI Rev No 06 Page No 80 of 272 Figure 43 Read History faults 3 11 2 To view the History Faults file To View the History Fault file double click on respective History Fault file Following window will...

Page 81: ...ecord continuously recorded till the memory is available when the memory will be full the oldest record automatically gets erased and the new record will record on the same Like First In First out Log...

Page 82: ...6 Show Disturbance Record 3 13 2 Read Disturbance Record from Device To extract disturbance record click Read DR from the grid Following window will appear Figure 47 View Disturbance Record After succ...

Page 83: ...Y DRV Figure 48 View disturbance record in RELAY DRV 3 14 Measurements The relay produces a variety of both directly measured values and calculated values These measurement values are updated on a per...

Page 84: ...06 Page No 84 of 272 Figure 49 View Measurements 3 15 Status Status Screen is provided to view the online value of the status To view status right click on Status node and select show status Status li...

Page 85: ...Options under Tools 3 16 1 System Folders Information In this screen user will find Application system paths those are as follows Application Folder Path Device Template Path RT System Path Figure 51...

Page 86: ...ev No 06 Page No 86 of 272 3 16 3 General Settings Information In this screen user will find General Setting of Device Timeout those are as follows Device connect Timeout Sec Device Read Timeout Sec R...

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Page 88: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM PLF Rev No 06 Page No 88 of 272 Section 4 Protection and Logic Function...

Page 89: ...sidual Over current 50N 51N 96 4 6 Negative Sequence Over current 46 99 4 7 IDMT Characteristics 99 4 7 1 IDMT Characteristics for Phase Ground and Negative Sequence OC 99 4 7 2 C12 User Define Curve...

Page 90: ...the Breaker Failure settings and logic needed for Breaker failure on internal protection trip or external BF initiation Trip Circuit Supervision Describes all the Trip Circuit Supervision settings and...

Page 91: ...omatic reclosing for the temporary fault Programmable Logic control Describes programmable and logic equation that the user can build their own logic for various application 4 2 Application Data It is...

Page 92: ...rfect scaling for current measurement The primary and secondary values of current settings are set in the IED and system nominal frequency as given below table Table 2 The frequency and CT settings SL...

Page 93: ...s displayed on LCD display and Event is stored in the Event Record Trip Output Relay Ve Ve Circuit Breaker CBNO CBNC R1 R2 S4 S3 Figure 1 Logic Diagram for Trip Circuit Supervision When the CB is clos...

Page 94: ...iation through the assigned status Normally after tripping current should become Zero within 100 200ms time depend upon type of fault and breaker mechanism Once the relay trip on fault then the breake...

Page 95: ...able for B and C phase over current function Where n 1 to 2 stages of Over Current The Phase over Current logic checks the phase current is exceed the pickup value IP n and calculated operating time b...

Page 96: ...MT or Definite Time DT provided with the Range of 2 to 250 in step of 1 All major international IDMT curves as well as Definite Time and User Define curves are available The Stage 2 3I0 2 can be progr...

Page 97: ...rth Fault IE Measured or Residual Earth fault 3Io measured earth fault for earth fault detection depend upon external wiring Figure 7 Logic Diagram for Conventional 3OC 1EF Connection Fig 8 in this ca...

Page 98: ...Residual Erath fault 3Io can be use as earth fault Figure 9 Logic Diagram for 3OC 1EF Protection IE Element Connection Fig 10 The show at typical scheme for Dy transformer in this case Ground Earth f...

Page 99: ...1 Enable Yes Figure 11 Logic Diagram for the Negative sequence over current Where n 1 to 2 stages of Negative Sequence Over Current The calculated Negative Sequence Over Current logic checks the Negat...

Page 100: ...a Where t Operation time K Constant see the table I Measured current Is Current threshold setting also refer as Gs as IEC standard notation Constant see the table L ANSI IEEE constant zero for IEC cur...

Page 101: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM PLF Rev No 06 Page No 101 of 272 Figure 12 IDMT Characteristic Graph for IEC Curves...

Page 102: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM PLF Rev No 06 Page No 102 of 272 Figure 13 IDMT Characteristic Graph for IEEE ANSI Curves...

Page 103: ...ne Curve Characteristic 4 7 3 Timer Hold Facility Reset Characteristics The first stage stage 1 of phase over current ground OC EF residual OC 3Io and negative phase sequence NPS OC protection is prov...

Page 104: ...n as t_CLP Timer During this time period relay will activate separate group of setting specified in cold load settings menu and inhibits all other protection function for a set duration When the set t...

Page 105: ...0 then A 0 3 The calculation of the thermal state is given by the following formula i 1 Irms k Ith 1 exp t Te i exp t Te When thermal state reached the Thermal Alarm settings then relay generates Ther...

Page 106: ...6 of 272 0 1 1 0 10 0 100 0 1000 0 1 0 10 0 A B C D E TIME IN SECONDS THERMAL OVERLOAD MULTIPLE OF THERMAL THRESHOLD SETTING Te 10 K 1 05 A THERMAL STATE 0 B THERMAL STATE 30 C THERMAL STATE 50 D THER...

Page 107: ...7 Logic Diagram for reclosing logic The ADR241B is provided with 4 shot Auto reclose function There are 4 timer for auto reclose 1 Dead Time for shot 1 DT1 2 Dead Time for shot 2 DT2 3 Dead Time for s...

Page 108: ...electrical networks These faults can be caused by broken conductors blown fuses or maloperation of a pole of a circuit breaker Open circuit faults will not lead to an increase in phase current and the...

Page 109: ...assigned to any function from AProLogic menu The function can be assigned to any input by assigning the values to them are 0 or 1 i e 0 not assigned and 1 assigned The detail list of logical physical...

Page 110: ...R241B IM PLF Rev No 06 Page No 110 of 272 Logical and Physical Status I 1 Strt I 1 Trip TH Alarm TH Trip I Strt I Trip Bkr Fail Gen Strt Gen Trip Prot active EQU A EQU D S1 S6 SR HR Selection LED Indi...

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Page 112: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM MS Rev No 06 Page No 112 of 272 Section 5 Metering Section...

Page 113: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM MS Rev No 06 Page No 113 of 272 Contents 5 MEASUREMENT SHEET 114 5 1 Measurement 114...

Page 114: ...rimary current in phase C INMAG 00000 A Primary current in Neutral CT I1 000000 A Primary Positive sequence current I2 000000 A Primary Negative sequence current 3I0 00000 A Primary Zero sequence curr...

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Page 116: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM SS Rev No 06 Page No 116 of 272 Section 6 Setting Sheet...

Page 117: ...Over current 119 6 3 Ground Over current 120 6 4 Residual Over current 121 6 5 Negative Sequence Over current 122 6 6 Cold Load 123 6 7 I2 I1 46BC 124 6 8 Thermal Overload 125 6 9 Under Current 125 6...

Page 118: ...0Hz 50Hz 60Hz This setting determines to select the system frequency 8 Ph CT Secondary 1 A 1 A 5 A This setting is used to set the Ph CT Secondary 9 Ph CT Primary 10 A 10 to 5000 A in step of 10A This...

Page 119: ...1 This setting determines Pick up setting for first stage over current element 4 IP 1 TMS 1 00 0 01 to 10 0 in steps of 0 005 This setting for the time multiplier setting to adjust the operating time...

Page 120: ...IE 1 Curve IEC S Inverse 1 IEC S Inverse 1 IEC S Inverse 2 IEC V Inverse IEC E Inverse IEC LT Inverse DT IEEE M Inverse IEEE V Inverse IEEE E Inverse IEEE Inverse IEEE ST Inverse C12 User Defined Thi...

Page 121: ...for the various applications 6 t3Io 1 DT Delay 0 s 0 to100 0 in step of 0 01 s This setting is used to set the time delay for the Definite Time DT setting if selected for first stage residual over cu...

Page 122: ...or the Definite Time DT setting if selected for first stage negative sequence over current element 7 I2 1 tRESET DT Not Editable This setting determines the DT Fix reset release characteristic 8 tI2 1...

Page 123: ...ng characteristic for the first stage over current element 8 tICLP 1 DT Delay 1 00 Sec 0 00 to 100 0s in step of 0 01s This setting is used to set the time delay for the Definite Time DT setting if se...

Page 124: ...o adjust the operating time of the IDMT characteristic 23 3IoCLP 1Curve IEC S Inverse 1 IEC S Inverse 1 IEC S Inverse 2 IEC V Inverse IEC E Inverse IEC LT Inverse DT IEEE M Inverse IEEE V Inverse IEEE...

Page 125: ...used to disable or enable the Thermal Overload Alarm function 3 Ith Alarm 50 50 to 100 in step of 1 This setting determines the alarm setting for thermal overload function 4 Th Trip Enable No Yes No...

Page 126: ...0 to 23 Hrs in step 1 Hour setting needed when relay is not connected to SCADA system 2 SET Minutes 00 00 to 59 Mins in step 1 Minutes setting needed when relay is not connected to SCADA system 3 SET...

Page 127: ...n in step of 0 5In This setting is used to set the current multiplier 3 6 Set T3 1 00 s 000 0 to 200 00 in step of 0 10s This setting is used to set the trip time 3 7 Set M4 2 00 1 5 to 20 0In in step...

Page 128: ...00 to 255 This setting specifies to set the Primary SNTP address 6 Sec SNTP 000 000 000 000 000 to 255 This setting specifies to set the Secondary SNTP address 7 GMT 5 30 0 00 to 12 00 This setting sp...

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Page 130: ...Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM CS Rev No 06 Page No 130 of 272 ADR241B Section 7 Communication...

Page 131: ...eption Codes generated in case of an error 133 7 4 IEC60 870 5 103 134 7 5 Physical Connection and Link Layer 135 7 6 Initialisation 135 7 7 Time Synchronisation 135 7 8 Spontaneous Events 136 7 9 Gen...

Page 132: ...anent SCADA connection via EIA RS 485 The MODBUS interface uses RTU mode communication rather than ASCII mode as this provides more efficient use of the communication bandwidth This mode of communicat...

Page 133: ...dresses depending upon the configuration of the Master station configuration Sr No Function Code Register No of Regs Format Reg Type Address Map 4 Status and Logical Status 02 IP 1 P 1 1 bit R 15009 I...

Page 134: ...Float R 33287 33288 7 4 IEC60 870 5 103 The specification IEC 60870 5 103 Tele control Equipment and Systems Part 5 Section 103 Transmission Protocols defines the use of standards IEC 60870 5 1 to IE...

Page 135: ...the transmit buffer whereas the Reset FCB command does not delete any messages The device will respond to the reset command with an identification message ASDU 5 The Cause of Transmission COT of this...

Page 136: ...e using a Class 2 poll For every query the current online data is reported The device transmits its measurands at 1 2 times the rated value of the analogue value 7 11 Commands A list of the supported...

Page 137: ...9 127 28 IN2 X 1 1 7 9 127 29 IN3 X 1 1 7 9 160 30 IN4 X 1 1 7 9 160 31 IN5 X 1 1 7 9 160 32 IN6 X 1 1 7 9 160 33 IN7 X 1 1 7 9 160 34 IN8 X 1 1 7 9 160 137 CBNO X 1 1 7 9 11 127 136 CBNC X 1 1 7 9 1...

Page 138: ...1 1 T x 2 1 7 124 215 I2 I1 2 T 2 1 7 124 85 50 BF x 2 1 7 126 225 CLP x 2 1 7 126 219 AND EQN 1 2 1 7 121 220 AND EQN 2 2 1 7 121 221 AND EQN 3 2 1 7 121 222 AND EQN 4 2 1 7 121 Sr No INF Description...

Page 139: ...ronization 6 8 255 Sr No INF Description GI TYP COT FUN 9 Semantics of INFORMATION NUMBER General commands in control direction 19 LED Reset ON 20 20 160 92 Output 1 ON OFF 20 20 127 93 Output 2 ON OF...

Page 140: ...ctions CSWI Switch Controller G Generic Functions GGIO Generic Process I O M Metering and Measurement Functions MMXU Measurement 7 17 Protocol map IP 1 Phase Overcurrent Stage 1 51 Data Attribute Data...

Page 141: ...vercurrent Stage 2 46 Data Attribute Dataset I2NPS2PTOC8 ST OpCntRs stVal dchg I2NPS2PTOC8 ST Str general dchg I2NPS2PTOC8 ST Op general dchg I2 I1 1 Broken Conductor Stage 1 46BC Data Attribute Datas...

Page 142: ...chg 3I0CLP 2 COLD LOAD Data Attribute Dataset I0CL2PTOC16 ST OpCntRs stVal dchg I0CL2PTOC16 ST Str general dchg I0CL2PTOC16 ST Op general dchg TCS Trip Circuit Supervision 94 Data Attribute Dataset TC...

Page 143: ...GIO1 ST Ind7 stVal dchg SGGIO1 ST Ind8 stVal Dchg CB NO NC Binary Status Input 1 2 Data Attribute Dataset CBGGIO4 ST Ind1 stVal dchg CBGGIO4 ST Ind2 stVal dchg Binary Control Output 1 Output 8 Data At...

Page 144: ...chg RLEDGGIO9 ST Ind4 stVal dchg RLEDGGIO9 ST Ind5 stVal dchg RLEDGGIO9 ST Ind6 stVal dchg RLEDGGIO9 ST Ind7 stVal dchg RLEDGGIO9 ST Ind8 stVal dchg Relay Healthy Data Attribute Dataset AshidaLPHD1 ST...

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Page 146: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM UG Rev No 06 Page No 146 of 272 Section 8 User Guide...

Page 147: ...View Ground OC Settings 172 8 3 7 RESIDUAL OC 3Io SETTINGS 174 8 3 7 1 To Set Residual OC 3Io Settings 174 8 3 7 2 To View Residual OC 3Io Settings 177 8 3 8 COLD LOAD SETTINGS 178 8 3 8 1 To Set COLD...

Page 148: ...Settings 202 8 3 15 2 To View Error Log 204 8 3 16 STATUS 205 8 3 16 1 To View STATUS 205 8 3 17 RECLOSING 206 8 3 17 1 To Set Reclosing 206 8 3 17 2 To View Reclosing 208 8 3 18 C12 User Define Curv...

Page 149: ...le dual colour LED 3 L3 User programmable dual colour LED 4 L4 User programmable dual colour LED 5 L5 User programmable dual colour LED 6 L6 User programmable dual colour LED 7 L7 User programmable du...

Page 150: ...hen any tripping occurs 8 1 2 Touch Keys The function of relay is controlled by the following keys provided on the Front Plate TARGET RESET Feather Touch Key TARGET RESET to Reset LED and HR Type Outp...

Page 151: ...programmable dual colour LED 7 L7 User programmable dual colour LED 8 L8 User programmable dual colour LED 8 1 4 RS485 Port RS485 Port is provided at the rear side of relay for permanent SCADA connec...

Page 152: ...ion General Setting Password protected window for General Setting setting i e New Password Unit ID Com Port Set RP Parity Set RP Baud Rate Frequency PH CT Secondary PH CT Primary EF CT Secondary EF CT...

Page 153: ...ttings This window will flash for a moment and it will move to the Main Menu GENERAL SETTING 8 2 2 Clear Password Loading of Default Values There are unlinking event when user forgot the password in s...

Page 154: ...control will automatically move to next option IAMAG 00000 IBMAG 00000 This window shows actual Primary load current as per the CT Primary selection 8 3 2 Main Menu Details IAMAG 00000 IBMAG 00000 De...

Page 155: ...y to move to the next option Residual OC Password protected window for Residual OC setting i e 3Io 1 Enable 3Io 1 3Io 1 TMS 3Io 1 Curve t3Io 1 DT Delay 3Io 1 tRESET t3Io 1 tRESET Dlay 3Io 1 2nd HrmBLK...

Page 156: ...for UNDER CURRENT setting i e I Enable I and tI Delay Press the Plus Up arrow key to move to the next option INRUSH BLOCKING Password protected window for INRUSH BLOCKING setting i e 2ndHrm BLK 2nd Hr...

Page 157: ...ss the Left arrow key to operate the CB Press the Plus Up arrow key to move to the next option CB Close Press the Left arrow key to close the CB Press the Plus Up arrow key to move to the next option...

Page 158: ...s the Right arrow key to move to the next option IaMAG 000 00 IbMAG 000 00 This window shows actual Secondary Load Current Press the Right arrow key to move to the next option IcMAG 000 00 InMAG 000 0...

Page 159: ...ting Enter the previously set password by using the up arrow key or the down arrow key Note Default password setting is 0000 Press the Left arrow key to move to the next option New Password 0001 Edita...

Page 160: ...0 i e 9600 14400 19200 28800 38400 and 57600 Press the Left arrow key to move to the next option Frequency 50Hz Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired...

Page 161: ...ing the Plus Up arrow key or the Minus Down arrow key the desired TCS Enable can be set i e Yes No Press the Left arrow key to move to the next option TCS Delay 00 50s Editable Setting By using the Pl...

Page 162: ...Group G1 Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired Active Group can be set i e G1 G2 G3 G4 Press the Left arrow key to move to the next option DR Pre Tri...

Page 163: ...ng Press the right arrow key to move to the next option Unit ID 001 This window shows the set Unit ID Press the right arrow key to move to the next option Com Port USB This window shows the set Com Po...

Page 164: ...arrow key to move to the next option TCS Enable NO This window shows the set TCS Function Press the right arrow key to move to the next option TCS Delay 00 50 S This window shows the set TCS Delay Pr...

Page 165: ...the Main Menu General Setting 8 3 5 PHASE OVER CURRENT SETTINGS 8 3 5 1 To Set Phase Overcurrent Settings Phase Overcurrent Password protected window for Phase Overcurrent setting i e IP 1 Enable IP 1...

Page 166: ...option IP 1 Curve IEC S Inverse 1 Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired IP 1 Curve can be set i e Any of the following Curve Selection IEC S Inverse 1...

Page 167: ...using the Plus Up arrow key or the Minus Down arrow key the desired IP 2 Enable function can be set i e Yes No Press the Left arrow key to move to the next option IP 2 0100 Editable Setting By using t...

Page 168: ...ress the right arrow key to move to the next option IP 1 Enable Yes This window shows the set IP 1 Enable Function Press the Right arrow key to move to the next option IP 1 100 This window shows the s...

Page 169: ...nable Function Press the Right arrow key to move to the next option IP 2 0100 This window shows the set IP 2 Press the Right arrow key to move to the next option tIP 2 Delay 001 00s This window shows...

Page 170: ...or the Minus Down arrow key the desired IE 1 can be set The setting range is from 1 to 400 in step of 1 Press the Left arrow key to move to the next option IE 1 TMS 00 100 Editable Setting By using t...

Page 171: ...1tRESETDelay can be set The setting range is from 000 00 to 100 00s in step of 0 10s Press the Left arrow key to move to the next option IE 1 2nd Hrm BLK Disabled Editable Setting By using the Plus U...

Page 172: ...key the desired IE 2 2nd Hrm BLK function can be set i e Enabled Disabled Press the Left arrow key to move to the next option For SAVE RESET For Cancel Press the Left arrow key to SAVE the changes an...

Page 173: ...ext option tIE 1tRESETDelay 001 00s This window shows the set tIE 1tRESETDelay Press the Right arrow key to move to the next option IE 1 2nd Hrm BLK Disabled This window shows the set IE 1 2nd Hrm BLK...

Page 174: ...d by using the up arrow key or the down arrow key The setting range is from 0000 to 9999 in step of 1 Press the Left arrow key to move to the next option 3Io 1 Enable Yes Editable Setting By using the...

Page 175: ...le Setting By using the Plus Up arrow key or the Minus Down arrow key the desired t3Io 1 DT Delay can be set The setting range is from 000 00 to 100 00s in step of 0 01s Press the Left arrow key to mo...

Page 176: ...o the next option t3Io 2 Delay 001 00s Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired t3Io 2 Delay can be set The setting range is from 000 00 to 100 0s in ste...

Page 177: ...Curve IEC S Inverse 1 This window shows the set 3Io 1 Curve Press the Right arrow key to move to the next option t3Io 1 DT Delay 001 00s This window shows the set t3Io 1 DT Delay Press the Right arro...

Page 178: ...g i e Cold load Enable t_CLP Timer ICLP 1 Enable ICLP 1 ICLP 1 TMS ICLP 1 Curve tICLP 1 DT Delay ICLP 2 Enable ICLP 2 tCLP 2 Delay IECLP 1 Enable IECLP 1 IECLP 1 TMS IECLP 1 Curve tIECLP 1 DT Delay IE...

Page 179: ...sing the Plus Up arrow key or the Minus Down arrow key the desired ICLP 1 can be set The setting range is from 2 to 250 in step of 1 Press the Left arrow key to move to the next option ICLP 1 TMS 00 1...

Page 180: ...2 0100 Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired ICLP 2 can be set The setting range is from 5 to 3000 in step of 1 Press the Left arrow key to move to th...

Page 181: ...S Inverse 1 IEC S Inverse 2 IEC V Inverse IEC E Inverse IEC LT Inverse DT IEEE M Inverse IEEE V Inverse IEEE E Inverse IEEE Inverse IEEE ST Inverse and C12 User Defined Press the Left arrow key to mo...

Page 182: ...lus Up arrow key or the Minus Down arrow key the desired 3IoCLP 1 can be set The setting range is from 2 to 250 in step of 1 Press the Left arrow key to move to the next option 3IoCLP 1 TMS 00 100 Edi...

Page 183: ...Left arrow key to move to the next option 3IoCLP 2 0100 Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired 3IoCLP 2 can be set The setting range is from 5 to 3000...

Page 184: ...ey to move to the next option ICLP 1 Enable Yes This window shows the set ICLP 1 Enable function Press the Right arrow key to move to the next option ICLP 1 100 This window shows the set ICLP 1 Press...

Page 185: ...ey to move to the next option IECLP 1 100 This window shows the set IECLP 1 Press the Right arrow key to move to the next option IECLP 1 TMS 00 100 This window shows the set IECLP 1 TMS Press the Righ...

Page 186: ...3IoCLP 1 TMS Press the Right arrow key to move to the next option 3IoCLP 1 Curve IEC S Inverse 1 This window shows the set 3IoCLP 1 Curve Press the Right arrow key to move to the next option t3IoCLP...

Page 187: ...wn arrow key The setting range is from 0000 to 9999 in step of 1 Press the Left arrow key to move to the next option I2 1 Enable Yes Editable Setting By using the Plus Up arrow key or the Minus Down a...

Page 188: ...e is from 000 00 to 100 00s in step of 0 01s Press the Left arrow key to move to the next option I2 1 tRESET DT Read only Setting I2 1 tRESET is fixed i e DT Definite Time Press the Left arrow key to...

Page 189: ...s Up arrow key or the Minus Down arrow key the desired tI2 2 Delay can be set The setting range is from 000 00 to 100 00s in step of 0 01s Press the Left arrow key to move to the next option I2 2 2nd...

Page 190: ...n I2 1 Curve IEC S Inverse 1 This window shows the set I2 1 Curve Press the Right arrow key to move to the next option tI2 1 DT Delay 001 00s This window shows the set tI2 1 DT Delay Press the Right a...

Page 191: ...SETTINGS 8 3 10 1 To Set I2 I1 46BC Settings I2 I1 46BC Password protected window for I2 I1 46BC setting i e I2 I1 1 Enable I2 I1 1 tI2 I1 1 Delay I2 I1 2 Enable I2 I1 2 and tI2 I1 2 Delay Press the L...

Page 192: ...able Yes Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired I2 I1 2 Enable function can be set i e Yes No Press the Left arrow key to move to the next option I2 I1...

Page 193: ...y to move to the next option I2 I1 1 050 This window shows the set I2 I1 1 Press the Right arrow key to move to the next option tI2 I1 1 Delay 0050 0s This window shows the set tI2 I1 1 Delay Press th...

Page 194: ...g range is from 0000 to 9999 in step of 1 Press the Left arrow key to move to the next option Th Alarm Enable No Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired...

Page 195: ...us Up arrow key or the Minus Down arrow key the desired K can be set The setting range is from 1 000 to 1 500 in step of 0 010 Press the Left arrow key to move to the next option T 010Min Editable Set...

Page 196: ...xt option Th Trip Enable No This window shows the set Th Trip Enable function Press the Right arrow key to move to the next option Ith Trip 100 This window shows the set Ith Trip Press the Right arrow...

Page 197: ...Press the Left arrow key to move to the next option I 100 Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired I can be set The setting range is from 20 to 100 in s...

Page 198: ...e Right arrow key to move to the next option I Delay 001 00s This window shows the set I Delay Press the Right arrow key to move to the Main Menu UNDERCURRENT 8 3 13 INRUSH BLOCKING SETTINGS 8 3 13 1...

Page 199: ...ndHrm Threshold can be set The setting range is from 5 to 70 in step of 1 Press the Left arrow key to move to the next option I UB2H 1000 Editable Setting By using the Plus Up arrow key or the Minus D...

Page 200: ...ETTINGS 8 3 14 1 To Set DATE AND TIME Settings DATE AND TIME Password protected window for DATE TIME setting i e Set Hour Set Minute Set Second Set Date Set Month and Set Year Press the Left arrow key...

Page 201: ...itable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired SET Date can be set The setting range is from 1 to 31 in step of 1 Press the Left arrow key to move to the next op...

Page 202: ...ght arrow key to return to the Main Menu DATE AND TIME 8 3 15 Fault Record Error Records 8 3 15 1 To View Fault Record Settings FAULT RECORD This menu is to view Fault Records and Error Log Press the...

Page 203: ...t occurs in any of these settings Press the Up arrow key to move to the next option IN1 IN2 IN3 IN4 CLP BC CBF TH T This window will show trip flag of Under Current and input status flag IN1 IN2 IN3 a...

Page 204: ...7 16 15 30 225 This window will show Date Time of Fault Press the Left arrow key to return to the main menu TC 0000 This window will show Trip Counter Press the Up arrow key to move to the next option...

Page 205: ...OUTPUT Status Press the Right arrow key to move to the next option OUT 5 OFF OUT 6 OFF OUT 7 OFF OUT 8 OFF This window will show OUTPUT Status Press the Right arrow key to move to the next option IN 1...

Page 206: ...G 8 3 17 1 To Set Reclosing RECLOSING Password protected window for RECLOSING i e Reclosing Dead Time 1 Dead Time 2 Dead Time 3 Dead Time 4 and Reclaim Time Press the Left arrow key to move to the nex...

Page 207: ...Setting By using the Plus Up arrow key or the Minus Down arrow key the desired Dead Time 3 can be set The setting range is from 0 10s to 180 00s in step of 0 10s Press the Left arrow key to move to th...

Page 208: ...t option Dead Time 1 001 00s This window shows the set Dead Time 1 Press the Right arrow key to move to the next option Dead Time 2 001 00s This window shows the set Dead Time 2 Press the Right arrow...

Page 209: ...in step of 1 Press the Left arrow key to move to the next option Set T1 001 0s Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired T1 can be set The setting range i...

Page 210: ...Sec Press the Left arrow key to move to the next option Set M4 02 0 Editable Setting By using the Plus Up arrow key or the Minus Down arrow key the desired M4 can be set The setting range is from 1 5...

Page 211: ...t arrow key to SAVE the changes and move to the next option SAVE Settings This window will flash for a moment and it will move to the Main Menu C12 User Define 8 3 18 2 To View C12 User Define C12 Use...

Page 212: ...w shows the set M4 Press the Right arrow key to move to the next option Set T4 001 0s This window shows the set T4 Press the Right arrow key to move to the next option Set M5 02 0 This window shows th...

Page 213: ...password by using the up arrow key or the down arrow key The setting range is from 0000 to 9999 in step of 1 Press the Left arrow key to move to the next option IP Address 192 168 001 100 Editable set...

Page 214: ...ssword setting Press the Left arrow key to move to the next option Sec SNTP 000 000 000 000 Editable setting By using the Plus Up arrow key or the Minus Down arrow key the Sec SNTP can be set in each...

Page 215: ...his window shows the IP Address settings Press the Right arrow key to move to the next option Subnet Mask 255 255 255 000 This window shows the Subnet Mask settings Press the Right arrow key to move t...

Page 216: ...Rev No 06 Page No 216 of 272 GMT 05 30 This window shows the GMT settings Press the Right arrow key to move to the next option IED Name TEMPLATE This window shows the IED Name settings Press the Right...

Page 217: ...Page intentionally Left Blank...

Page 218: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 218 of 272 Section 9 Flow Chart...

Page 219: ...Pickup 232 9 8 Flow Chart Negative Sequence Overcurrent 233 9 8 1 To Set Negative Sequence Overcurrent 233 9 8 2 To View Negative Sequence Overcurrent 234 9 9 Flow Chart I2 I1 46BC 235 9 9 1 To Set I2...

Page 220: ...FC Rev No 06 Page No 220 of 272 9 18 1 To Set C12 User Define 250 9 18 2 To View C12 User Define 251 9 19 To View CB Trip 252 9 20 To View CB Close 252 9 21 IP Configuration 253 9 21 1 To Set IP Conf...

Page 221: ...nu as given below IAMAG 00000 IBMAG 00000 MEASUREMENT General Setting Phase Overcurrent Ground OC Residual OC COLD LOAD NPS Overcurrent THERMAL OVERLOAD UNDER CURRENT INRUSH BLOCKING DATE AND TIME Ash...

Page 222: ...2 Flow Chart Measurement 9 2 1 To View Measurement MEASUREMENTS IAMAG 00000 IBMAG 00000 ICMAG 00000 INMAG 00000 I1 00000 I2 00000 3I0 00000 i1 000 00 i2 000 00 3io 000 00 I2 I1 000 Thermal State 000...

Page 223: ...For Cancel 3 RESET Set RP Parity None Set RP Baud Rate 57600 Frequency 50Hz Ph CT Secondary 1A Ph CT Primary 0100 TCS Enable No TCS Delay 00 50s 50 BF Byp 50 BF Delay 050 0s 50 BF_I 100 50 BF Reset C...

Page 224: ...ne Set RP Baud Rate 57600 Frequency 50Hz Ph CT Secondary 1A Ph CT Primary 0100 TCS Delay 00 50s 50 BF Byp 50 BF Delay 050 0 Sec 50 BF_I 100 50 BF Reset CB Open 6 5 6 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6...

Page 225: ...1 Enable Yes IP 1 100 IP 1 TMS 00 100 5 Phase Ovecurrent IP 1 Curve IEC S Inverse 1 tIP 1 DT Delay 001 00s IP 1 tRESET DT tIP 1 tRESET Delay 001 00s IP 1 2nd Hrm BLK Disabled IP 2 Enable Yes IP 2 010...

Page 226: ...rcurrent IP 1 Enable Yes IP 1 100 IP 1 TMS 00 100 Phase Overcurrent IP 1 Curve IEC S Inverse 1 tIP 1 DT Delay 001 00s IP 1 tRESET DT tIP 1 tRESET Delay 001 00s IP 1 2nd Hrm BLK Disabled IP 2 Enable Ye...

Page 227: ...IE 1 Enable Yes IE 1 100 IE 1 TMS 00 100 5 Ground OC IE 1 Curve IEC S Inverse 1 tIE 1 DT Delay 001 00s IE 1 tRESET DT tIE 1 tRESET Delay 001 00s IE 1 2nd Hrm BLK Disabled IE 2 Enable Yes IE 2 0100 tI...

Page 228: ...Overcurrent IE 1 Enable Yes IE 1 100 IE 1 TMS 00 100 Ground OC IE 1 Curve IEC S Inverse 1 tIE 1 DT Delay 001 00s IE 1 tRESET DT tIE 1 tRESET Delay 001 00s IE 1 2nd Hrm BLK Disabled IE 2 Enable Yes IE...

Page 229: ...1 Enable Yes 3Io 1 100 3Io 1 TMS 00 100 5 Residual OC 3Io 1 Curve IEC S Inverse 1 t3Io 1 DT Delay 001 00s 3Io 1 tRESET DT t3Io 1tRESET Delay 001 00s 3Io 1 2nd Hrm BLK Disabled 3Io 2 Enable Yes 3Io 2...

Page 230: ...rcurrent 3Io 1 Enable Yes 3Io 1 100 3Io 1 TMS 00 100 Residual OC 3Io 1 Curve IEC S Inverse 1 t3Io 1 DT Delay 001 00s 3Io 1 tRESET DT t3Io 1tRESETDlay 001 00s 3Io 1 2nd Hrm BLK Disabled 3Io 2 Enable Ye...

Page 231: ...00s IECLP 2 Enable Yes IECLP 2 100 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 tICLP 1 DT Delay 001 00s 5 6 IECLP 1 100 5 6 5 6 IECLP 1 Curve IEC S Inverse 1 5 6 5 6 tIECLP 2 Delay 001 00...

Page 232: ...Delay 001 00s IECLP 2 Enable Yes IECLP 2 100 tICLP 1 DT Delay 001 00s IECLP 1 100 IECLP 1 Curve IEC S Inverse 1 tIECLP 2 Delay 001 00s ICLP 1 Curve IEC S Inverse 1 IECLP 1 TMS 00 100 ICLP 2 Enable Ye...

Page 233: ...ord 0000 I2 1 Enable Yes I2 1 100 I2 1 TMS 00 100 5 NPS Overcurrent I2 1 Curve IEC S Inverse 1 tI2 1 DT Delay 001 00s I2 1 tRESET DT tI2 1 tRESET Delay 001 00s I2 1 2nd Hrm BLK Disabled I2 2 Enable Ye...

Page 234: ...nce Overcurrent I2 1 Enable Yes I2 1 100 I2 1 TMS 00 100 NPS Overcurrent I2 1 Curve IEC S Inverse 1 tI2 1 DT Delay 001 00s I2 1 tRESET DT tI2 1tRESET Delay 001 00s I2 1 2nd Hrm BLK Disabled I2 2 Enabl...

Page 235: ...2 9 9 Flow Chart I2 I1 46BC 9 9 1 To Set I2 I1 46BC Password 0000 I2 I1 1 Enable Yes I2 I1 1 050 tI2 I1 1 Delay 0050 0s 5 I2 I1 46BC I2 I1 2 Enable Yes I2 I1 2 050 tI2 I1 2 Delay 0050 0s 5 6 5 6 5 6 5...

Page 236: ..._IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 236 of 272 9 9 2 To View I2 I1 46BC I2 I1 1 Enable Yes I2 I1 1 050 tI2 I1 1 Delay 0050 0s I2 I1 46BC I2 I1 2 Enable Yes I2 I1 2 050 tI2 I1 2 Delay 0050 0s...

Page 237: ...f 272 9 10 Flow Chart Thermal Overload 9 10 1 To Set Thermal Overload Password 0000 Th Alarm Enable No Ith Alarm 050 Th Trip Enable No 5 THERMAL OVERLOAD Ith Trip 100 K 1 050 T 010Min 5 6 5 6 5 6 5 6...

Page 238: ...241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 238 of 272 9 10 2 To View Thermal Overload Th Alarm Enable No Ith Alarm 050 Th Trip Enable No THERMAL OVERLOAD Ith Trip 100 K 1 050 T 010Min 6 6 5...

Page 239: ...41B IM FC Rev No 06 Page No 239 of 272 9 11 Flow Chart Under Current 9 11 1 To Set Under Current Password 0000 I Enablle No I 100 tI Delay 001 00s 5 UNDER CURRENT 5 6 5 6 5 6 5 3 RESET SAVE Settings D...

Page 240: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 240 of 272 9 11 2 To View Under Current I Enable No I 100 tI Delay 001 00s UNDER CURRENT 6 6 6 5 6 5...

Page 241: ...v No 06 Page No 241 of 272 9 12 Flow Chart Inrush Blocking 9 12 1 To Set Inrush Blocking Password 0000 2nd Hrm BLK Disabled 2ndHrm Threshold 20 I UB2H 1000 5 INRUSH BLOCKING 5 6 5 6 5 6 5 3 RESET SAVE...

Page 242: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 242 of 272 9 12 2 To View Inrush Blocking 2nd Hrm BLK Disabled 2ndHrm Threshold 20 I UB2H 1000 INRUSH BLOCKING 6 6 6 5 6 5...

Page 243: ...243 of 272 9 13 Flow Chart Date and Time 9 13 1 To Set Date and Time Password 0000 Set Hour 15 Set Minute 14 Set Second 13 5 DATE AND TIME Set Date 03 Set Month 12 Set Year 15 5 6 5 6 5 6 5 6 5 6 5 6...

Page 244: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 244 of 272 9 13 2 To View Date and Time Time 14 38 29 Date 24 04 2017 DATE AND TIME 6 6...

Page 245: ...FAULT RECORD 4 4 4 6 I 1 ABCN I ABC I 13Io I 1 I2 I 2ABCN I 23Io I 2 I2 IN1 IN2 IN3 IN4 CLP BC CBF TH T A 00000 B 00000 C 00000 N 00000 I1 00669 I200669 3Io 02007 3io 000 00 I2 I1 100 Thermal State 0...

Page 246: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 246 of 272 9 15 To View Error Log Error Log 00 6 Fault Record FAULT RECORD 4 4...

Page 247: ...9 16 1 To View Status OUT1 OFF OUT2 OFF OUT3 OFF OUT4 OFF OUT5 OFF OUT6 OFF OUT7 OFF OUT8 OFF Serial No 17A241B0001 STATUS 6 6 6 5 6 5 IN1 OFF IN2 OFF IN3 OFF IN4 OFF 6 5 SW V3 01 HW V1 00 6 5 Trip C...

Page 248: ...17 Flow Chart Reclosing 9 17 1 To Set Reclosing Password 0000 Reclosing 00000 Dead Time 1 001 00s Dead Time 2 001 00s 5 RECLOSING Dead Time 3 001 00s Dead Time 4 001 00s Reclaim Time 200 0s 5 6 5 6 5...

Page 249: ..._01 Ref ID ADR241B IM FC Rev No 06 Page No 249 of 272 9 17 2 To View Reclosing Reclosing 00000 Dead Time 1 001 00s Dead Time 2 001 00s RECLOSING Dead Time 3 001 00s Dead Time 4 001 00s Reclaim Time 20...

Page 250: ...12 User Define 9 18 1 To Set C12 User Define Password 0000 Set T1 001 0s Set M2 02 0 Set T2 001 0s 5 C12 User Define Set M3 02 0 Set T3 001 0s Set M4 02 0 5 6 5 6 5 6 5 6 5 6 5 3 RESET SAVE Settings D...

Page 251: ...R241B IM FC Rev No 06 Page No 251 of 272 9 18 2 To View C12 User Define Set T1 001 0s Set M2 02 0 Set T2 001 0s C12 User Define Set M3 02 0 Set T3 001 0s Set M4 02 0 6 6 6 5 6 5 6 5 6 5 Set T4 001 0s...

Page 252: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM FC Rev No 06 Page No 252 of 272 9 19 To View CB Trip 6 CB Trip 9 20 To View CB Close 6 CB Close...

Page 253: ...et IP Configuration Password 0000 IP Address 192 168 001 100 Subnet mask 255 255 255 000 Default gateway 192 168 001 001 5 IP Configuration Pri SNTP 000 000 000 000 Sec SNTP 000 000 000 000 GMT 05 30...

Page 254: ...Page No 254 of 272 9 21 2 To View IP Configuration IP Address 192 168 001 100 Subnet mask 255 255 255 000 Default gateway 192 168 001 001 IP Configuration Pri SNTP 000 000 000 000 Sec SNTP 000 000 00...

Page 255: ...Page intentionally Left Blank...

Page 256: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM DR Rev No 06 Page No 256 of 272 Section 10 Analyzing Event and Disturbance Record...

Page 257: ...D ADR241B IM DR Rev No 06 Page No 257 of 272 Contents 10 ANALYZING EVENT AND DISTURBANCE RECORD 258 10 1 Overview 258 10 2 Event recording 258 10 3 Disturbance recording 258 10 4 History Fault recordi...

Page 258: ...the ADR241B will not result in lost data 10 2 Event recording ADR241B relay is providing feature to record and store 512 nos of events in non volatile memory through internally by protection and contr...

Page 259: ...ADR241B relay is provides built in history fault recording facility for recoding the fault with the current symmetrical components parameter value Relay records history fault and stored in to non vola...

Page 260: ...d through the power system simulator for the pre fault and fault simulation the first stage is normal condition for 1000 millisecond and second stage is fault condition for 500 millisecond as given be...

Page 261: ...ADR241B Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM DR Rev No 06 Page No 261 of 272 Event Record...

Page 262: ...Page intentionally Left Blank...

Page 263: ...Doc ID ADR241B DO_IM_01 Ref ID ADR241B IM TC Rev No 06 Page No 263 of 272 ADR241B Section 11 Testing and Commissioning...

Page 264: ...ADR241B Contents 11 TESTING AND COMMISSIONING 265 11 1 Commissioning Test Equipment Required 265 11 2 Checking of External Circuitry 265 11 3 Check Relay Setting 266 11 4 Relay Testing 267 11 5 Pick...

Page 265: ...system Simulator DOBEL make F6150 or any Protective relay ac test source Minimum single phase current source with phase angle control Preferred three phase current source with phase angle control f A...

Page 266: ...MS setting of over current and Earth Fault are entered correctly as per required time grading between feeder and incomer c Ensure instantaneous HF setting done correctly and its definite time delay is...

Page 267: ...libration by following method Connect ADR241B relay to current injector and timer Following chart shows terminal numbers of connections Source Terminal Relay Terminal Relay Connection Current Source A...

Page 268: ...for other element Current Measurement Applied Value Measured value 11 5 Pick up and Trip Test 1 Connect current source at A phase CT terminals 1A 5A current input terminal 2 Set current setting value...

Page 269: ...________ms ________ms Time Delay at 10 times of IP 1 setting ________ms ________ms Earth Protection Test Setting IE 1 ________ IE 1 TMS _______ Threshold Theoretical Value Relay Value IE 1 Threshold _...

Page 270: ...continuity in between NO and C output contact terminal 4 After the Remove voltage of status input respective relay is reset 5 Again check the continuity in between NO and C output contact terminal Bi...

Page 271: ...description of Revision 01 04 05 2017 Original Version 02 03 08 2017 Modified as Per Software Version 1 04 03 08 08 2017 Addition of DI DO information FUN INF for AND equation are added 04 13 11 2017...

Page 272: ...demark or registered trademark of their respective holders No ASHIDA trademarks may be used without written permission The information in this document is provided for informational use only and is su...

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