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IDM T2 User Manual - FINAL OCT 2004

1. The Repay Pus Explorer Window The pane on the right contains a List View with five different Its layout has a tree view on the left showing a Device List of Aicplaspeptions Records Devices Breakers Overes ond the products supported on the first level and listing the locations Filter or substations where equipment is installed at the second level A third level shows the devices installed at the selected location These are selected by clicking on the appropriate tab at the Double clicking on a first level folder icon opens the next level botonar he rics Viewsane where it is available E records J Eoevces J st mesos JP query J Yrer Display Options 31 Their functions are as follows OPTION FUNCTION A list of records available in the selected Station A list of devices installed in the selected Station The title bar on the Replay Plus Explorer window displays the product name IDM followed by the Station Castlebar 110kV followed by the selected device t4 1 Changing the Default Device List Settings Replay Pus displays the IDM devices in the Device List on start up by default However it is possible to change the settings so that only the Stations are displayed To do this Breakers using the IDM using Microsoft Access This option is not available vvhen Displays lists of records generated A filtered version of th
2. Introduction Dispatched with every IDM order is a CD ROM labelled IDM Configuration Database This CD holds calibration files and the original factory installed configuration used during testing of the units A typical Configuration CD will have the following contents m kk cbn m kk csv ReplayPlus mdb This is shown below n Exploring 000123 Z Desktop 1KB CBN File a g My Computer I 1KB Microsoft Ogg 3 Floppy 8 I 1KB CBN File 3 C 1KB Microsoft 2 780KB MDB File IDM Configuration CD Contents The six digit number 000123 in this example is the internal Job Number used by Qualitrol Hathaway during the manufacture of the IDM units Copy from CD Read Only Attribute The ReplayPlus mdb file is a copy of the Replay Plus database used whilst testing the IDM units This database may be copied from the Configuration CD to the hard drive of a PC which is to run Replay Plus Note The database file copied from a CD will have a read only attribute If Reply Plus tries to operate with a database with a read only attribute an error message is displayed Appendix G IDM Configuration CD ROM Hathaway Replay Plus Read Only Error To remove this read only attribute 1 Using Windows Explorer right click on ReplayPlus mdb and select Properties ReplayPlus mdb Properties 2 Un check the Read only box 3 Click on Apply The read only attribute
3. Aw g E Status 5 ummary 5 History Devices 5 ng B MZOO Enabled ba DER Disabled KH ag IDM DA im RTR _ RTR Key violations Pausing Polling 2 The paused polling status is shown on the Replay Plus status bar below the Records tab Polling Paused Polling Paused 3 Pausing polling will pause all future polling jobs Note gt Any poll activity already started i e polling requests shown in the upper In progress section of the Polling Status dialog will be allowed to continue and complete Polling will continue to check device configurations and if a poll time is detected polling requests will be added to a poll queue However whilst polling is paused poll requests will not be processed to actually recover records from devices Polling will stay paused for a user defined time see Polling Replay Settings later in this section for more details Once this time expires polling will return to the Enabled state Such a situation is indicated in the Polling Status dialog by the In Progress column This will display Paused as shown below Polling Status xi In progress Belfast Incomeri 26 DFR Paused o 0 0 Demo Room Demo V2 5 DFR TSS Paused 0 0 0 Training T1_Trainer 2 TSS Paused 0 0 0 Training Trainer 3 DFR Paused 0 0 0 Belfast Incomer1 DFR 15 minutes Demo Roorn Demo 2 DFR TSS 15 minutes Training T1_Trainer T55 15 minutes Training Tra
4. Note gt All baud rates within Windows must match the baud rate of the com port on the DAU Windows settings for both mode and appropriate com port should be set as above Adding a Remote Reply Plus Dial Up PC If the DAU 1s to be configured to poll or automatically transfer new fault records via its modem to a remote Reolay Plus PC this too must be added to the configuration 1 Right click on the extreme right of the IDM Configuration dialog as shown below and select Add Replay BG IDM Configuration My First IDM on My First Station File Edit View Insert Set Help Public Switch Telephone Network elo Fay n Add Emat ia New Replay Name Min x Please type in a name for the Replay R N Remote Replay Local Phone Number a 914 OK Cancel Replay Plus PC Name and Telephone Number irst Station KESI Remote Public Switch Telephone Network Remote Repay Plus PC Added Configure Replay Remote User Access User Name replay Password paaa Save Cancel In the dialog box enter a name for the PC and the PC telephone number An icon representing the remote Replay Plus PC will appear on the right of the IDM Configuration dialog To configure the remote Replay Plus PC right click on the icon y and select Configure Replay mathaway 5 Enter replay in the User Name text box and hathaway in the Password tex
5. being synchronised by a time master and the time master IDM DAU uses IRIG B then the time zone for the time slave must be set to Greenwich Mean Time It is also vvorth mentioning at this point that the Time Zone in the Windows Date Time Properties dialog should also be set to the correct time zone This dialog can be accessed by double clicking on the clock in the Windows Desktop Taskbar 45 About NVRAM Support With an appropriate version of IDM DAU firmware and correct configuration an IDM DAU will store DFR or TSS or both DFR and TSS records to non volatile RAM The IDM DAU automatically maintains the non volatile RAM with the oldest records being automatically deleted as new records are stored into the non volatile RAM Non volatile support is optional and may or not be used as required To enable non volatile support enable the Enable NVRAM check box on the Set Environment dialog Advanced Enabling NVRAM Once enabled a DAU may be configured to send DFR and TSS records to the non volatile RAM by selecting Non Volatile RAM as an Output Destination see below Global Settings Output Destinations To specify output destinations global settings 1 Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set gt Output Destinations 1 ReplayPlus PC Replay ti ia none 2 1501 L50 ti i none z J none ka i none YO
6. pres e KE Fa am 7 g is Li 40 8435 04 IDM T2 Contents Introduction IDM Overview pep 2 About this Manual aa 2 Where to Go for Further Help a 2 WhatisanIDM 222 nee 2 E a eed eee eee whee see 2 WOM ene tebe gue E E E 3 MONL T 2e25 56504585 6652 esd eee eee es bees eeie sees 3 NONG ons abe s LUNURIN ord cous eu seers eer eeeees 3 DT Ss aaa bea at be bond ma kaanak ation meas ara Nan kona 3 DI 4 LSU Local Storage Unit aaa aaa an 4 IDM Installation Configurations 5 IDM Functions aa 6 Replay Plus Overview 2 eee eee eee 7 About Reply PUS 1 Installation Installation Overview 1 na na na nana nn nn nn 9 DFR Upgrade Information ia aaa aaa aaa 9 User Connections 1 ka na nana cee 10 System LAVOU segat visFont cit ibi tG Ai pel d 10 Input Output Connections 0 00000 eee 10 Power Supply and Earthing 0085 10 Analog Inputs 0 000s 10 Event Digital Inputs Standard 11 Alarm Outputs aonana 0000s 11 Ethernet Connections 000 eee eee eee 11 endi PE PEP EE 12 Clock Synchronisation aa 13 LCD Keypad Operation ecsaean 14 Normal Operation 00 ccc cece ee 14 Display Alarms 000 cece eee eee 14 Manual Trigger 0 0 cee ee 14 Test Relays naag mah ie testise th habG aahhh 14 Dal IG WO tesccne AA RAG G E AGA
7. 0 Polling Enabled 1 Polling Paused 2 Polling Disabled Auto Polling Configuration To auto poll a specified device 1 Select the Devices tab _Epevices J amp Hathaway Replay Plus Exploring IDM My First Station 2 Right click File Edit Yiew Comms Polling Tools Help al le a e I on the Device List d Devices evice name Faj Bcm200 i p CBT400 in the right B DFRII 8 mGa IDM hand List View jeti My First Station E My First IDM aa pane of the fig RTR Gare 7 t s e U Replay Plus Bl pavers Explorer in ln DFR1200 bag IMS me and select ka Gj Other Au to Polling Auto Polling an IDM Device 3 This will open a dialog called Auto Polling Polling will automatically recover new records from an IDM device Polling keeps a note of the date and time of the last record recovered from a device via polling and will subsequently recover all records newer than this date and time when next polled Poll time 101 35 Priority HE Poll from LSU T Sar Blog mi Joo 00 Poll Interval 5 15 minutes 15 minutes Ha Continuous t DFR r TSS C Both in J twa Set Auto Polling 4 Options are available to select between Poll time Poll interval and Disabled The default option is Disabled 5 Select Poll time to specify a once per day time for polling Enter this time in 24 hour format 6 Alternatively select Poll In
8. 000 63 Graphics Configuration 0 0 0 c cece eee 64 Advanced Features Sources 0 00 0 eee eee 64 Advanced Features Display Configurations 65 Advanced Features Calculated Channels 65 Advanced Features Combination Channels 65 Advanced Features Distance To Fault Calculation 66 Advanced Features Sequence Components 67 Advanced Features Microsoft Excel Export 67 Advanced Filtering 1 na saa sna nn nn nn e eae 68 Advanced Filtering Overview a 68 Creating a New Filter 68 Saving and Using a Newly Created Filter 70 Importing and Exporting Filters 0 71 Editing or Deleting a Filter aaa die 71 Filter Auto Refresh 0 0 eee eee eee 71 Appendices Appendix A Sample IDM T5 DAU Configuration PONI cinik sia 73 Appendix B DSP Calculations 75 Calculated Quantities 0 aa 75 Appendix C DFR Record Lengths and Sensor OP LINIS ase ee AG AG KPA ND a ee 76 DFR Records waa j NG s d AN eee NG LG NGANGA KATAS 76 Appendix D About IP Addresses 77 INHOQUCIOR aaa banka ni aa EE EOS 71 In Summary Appendix E IDM Hardware Overview and Jumper SCUINGS pah srt oe nde hiwawonwhs 79 IDM T2 DAU Hardware Overview 79 The CPU Board cecirepal oni ii s t aksin i ed 79 The Analog Board 0 0 0 ccc ce 79 Whe Front Panel Board ogisos
9. f DFR Viewer IDM HATHAWAY BELFAST 357 UNDER TRIGGER ON CHANNEL 11 26 02 00 04 23 29 700 BEE srl sasia mal eels see ses none f IDM HATHAWAY BELFAST 357 UNDER TRIGGER ON CHANNEL 11 26702700 04 23 29 700 2 1x10 00 Y x5 00 143 9 kM12 49 0 6 kA 29 0 V 143 9 ky 20 7 LOKA 34 5 V 75 4 k 135 4 1 0kA 34 5 1056 V2 32 0kV VO 13 1k ji2 Dik D D 1kA 9kA 100 0 150 0 200 0 250 0 200 j zi U ni W RED 1 I BLUE 1 Record Viewer Window with Sequence Components 4 Click on the waveform display Moving the red cursor will automatically update the phasor velocity 67 Advanced Filtering Advanced Filtering Overvievv This section explains how to apply user defined filter criteria to records This means that you can choose to display only those records that meet a specified criteria such as date station name etc Note Refer to Using the Filter Display Option earlier in this chapter for an introduction to the Filter tab Creating a New Filter To create a new filter 1 From the Repky Plus Explorer window click on Tools and rd on the then select Advanced Filtering or click on toolbar Alternatively click on the New button This is displayed in this List View pane while the Filter tab LU writer Js active New Filter 2 This will open a dialog called Advanced Filter Y Advanced Filter
10. the polling log will create a log file each hour of all polling activity The log file named PollLogYY MM DD HH txt will be saved in the ReplayPlus directory snjdAejdoy 5 When polling from an LSU the user can apply restrictions on the records to be 7 recovered This can either Last 1 day be the maximum Last 2 days Cab x Number of records or d aree J a Starting from date Last 14 days last day restriction Set LSU Preferences Note that both these restrictions are applied 1 e only records that meet both restrictions will be retrieved 6 The Multiple selection preferences are the default preferences that are displayed when the user modifies auto polling for multiple devices from the manual poll dialog See Poll Now Manual Poll earlier in this section for more details 61 Record Viewer Record Vievver Overvievv To access all record options 1 Select the Records tab O re Records 2 Select a Station in the left hand Device List pane A list of all records in the selected Station will be displayed in the right hand List View pane Records can be sorted by IDM name DAU name and date by clicking on the buttons at the top of each column in the List View pane Click a second time to toggle between an ascending sort and a descending sort Q Hathaway Replay Plus Exploring IDM IP Cogen DFR Sys File Edit View
11. 1 From the Windows NT Control Panel double click on Modems Selecting Direct Connection 2 Select Add 3 Select Don t detect my modem I will select it 11 Click on Next gt and select the com port to be used from a list 12 Click on Finish 4 From the Manufacturers list select Standard Modem 1 Brontthe Types and from the Models list select Dial Up Modems Networking Serial Cable between 2 PCs Modems Properties 7 x General Diagnostics AS S7 The following modems are set up on this computer Properties dialog select Direct Connection and click on Properties Install New Modem xi er Click the manufacturer and model of your modem If your modem is not listed ts or if you have an installation disk click Have Disk Add Remove Properties Dialing preferences Manufacturers Models Standard Modem Types a YoiceView Modem Types Ix Standard 300 bps Modem Standard 1200 bps Modem Standard 2400 bps Modem Standard 9600 bps Modem n Standard 14400 bps Modem la Standard 19200 hns Mader z Have Disk lt Back Cancel Installing Null Modem Driver Windows NT Dialing from New Location Click Dialing Properties to modify how your calls are ialed Dialing Properties Modems Properties 35 Note Windows NT will not support two modems at once As direct connect uses a modem driver it may be ne
12. 11 The digital input connections are via the screw terminals on TB2 3 4 or 5 Event inputs are labelled IN and COM with each COM internally connected mathaway OFA HiB DATA AGOUISITION For a wet Event board an external DC wetting voltage is required to operate the digital inputs directly For a dry Event board a voltage is required to operate the PP and PP inputs and a short applied to the digital inputs This energising voltage is normally from the station battery A DC voltage in the correct range applied across an input is interpreted as a closed contact while the absence of voltage is interpreted as an open contact The current drawn by each input when rated voltage is applied is approximately 4mA The digital inputs are arranged in groups of eight with one common connection The inputs are unipolar only Each group of eight digital inputs is isolated from each other and from ground Caution It is important to connect the digital inputs SWC GND to the main ground of the system Alarm Outputs Each DAU is fitted with Alarm 1 and 2 on TBI Each alarm is in the form of a dry contact rated as follows m 0 4A at 125Vdc The alarm output connections are via screw terminal block TBI Fail Alarm is a normally closed contact that opens when the DAU is switched off of when a critical alarm occurs in the system Operation Alarm is a momentary contact which is closed for 250ms every time the DAU is tri
13. An interval of 0 disables Autorefresh The button is recessed Ama while autorefresh is enabled A second click of the button will disable autorefresh E oS Mo Jo lt IDM rower 72 Appendix A Sample IDM T2 DAU Configuration Form QUALITROL Hathaway IDM Configuration Form T2 Customer Job No Specification No Analog Chan 1 Analog Chan 2 Analog Chan 3 Analog Chan 4 SWC Gnd Analog Chan 5 Analog Chan 6 Analog Chan 7 Analog Chan 8 SWC Gnd Analog Chan 9 Analog Chan 10 Analog Chan 11 Analog Chan 12 SWC Gnd Analog Chan 13 Analog Chan 14 Analog Chan 15 Analog Chan 16 SWC Gnd Recorder Serial No Terminal Signal Name Signal Type amp Channel Full Scale N TB7 1 RIN TB7 2 IN TB7 3 RTN TB7 4 IN TB7 5 RIN 1B 7 6 IN TB7 7 RIN TB7 8 TB 7 9 IN TB7 10 RTN TB7 11 IN TB7 12 RTN 1B7 13 IN TB7 14 RIN 1B 7 15 IN TB7 16 RTN 1B 7 17 TB 7 18 IN TB6 1 RIN TB6 2 IN TB6 3 RIN TB6 4 IN TB6 5 RTN TB6 6 IN TB6 7 RIN TB6 8 TB 6 9 IN TB6 10 RTN TB6 11 IN TB6 12 RTN TB 6 13 N TB6 14 RTN TB6 15 IN TB6 16 RTN TB 6 17 TB 6 18 DAU IP Address DAU Subnet Mask Gateway LSU IP Address Network Interface Station Name 10 baseT only Job No 10 baseT or fibre Serial No IDM Network ID O DC Input O Ac mput O DC Input LI Ac input oO DC Inpu
14. Data Bits should always be set at 8 Parity should always be set at None and Stop Bits should always be set at 1 The Flow Control check box should always be disabled Port Settings for an External NGTS Device The port settings must match the settings of the NGTS device If the NGTS device is a Telefault GPS from Hathaway the default settings are 1200 Baud 7 Data Bits Parity None 2 Stop Bits and Flow Control disabled Click OK then select the type of time source from the following dialog Select Encore for an internal GPS decoder Select NGTS to synchronize to an external GPS clock using the NGTS protocol Right click on the required serial port and select Configure Port The settings made in this dialog box must match those of the device supplying the time code Configuring a DAU as a Time Slave If the DAU is to be synchronized by another DAU in the installation then it is configured as a time slave by right clicking on the DAU and un checking the Set As Time Master option in the menu GB IDM Configuration My First IDM on My First Station File Edit View Insert Help DAU 1 Configure DAU gt Set s Time Master Report DAU Report Calculations Heset DAU Remove DAU Setting DAU as a Time Slave Configuring a DAU with External PPS To configure the DAU with external PPS 1 Right click on the DAU icon WEF and check V the Set A
15. If your network does not automatically assign IP coals ask your network administrator for an address and then type it the sii 4 Enter the IP address n and subnet mask to 7 Specify an IP address be used to IP Address 193 1 1 80 st Mask communicate with the IDM TCP IP Properties Dialog 34 5 Ifthis PC is to be used with an IDM on a different network segment then select the Gateway tab and enter the default gateway for the PC network segment Installing TCP IP for Dial Up or Direct Connect Asynchronous Communications Dial up or direct connect asynchronous communications uses a serial implementation of TCP IP known as PPP For PPP communications the operating system requires A dial up adapter driver TCP IP protocol on the dial up adapter These can be installed as above from Network Neighborhood properties Caution Do NOT adjust TCP IP gt Dial up Adapter Properties as the Reoky Plus software will automatically make any adjustments required Installing Direct Connect Communications Windows 95 98 To communicate directly with the IDM through the COMI port a Null modem driver must be installed on the PC This type of communications also uses PPP 1 Place the Reolay Plus CD ROM in the CD ROM drive Click on Cancel if Replay Pus automatically begins to install 2 From the Windows Control Panel double click on Modems F 3 Select Add 4 Select m
16. e banaba CN IDM A baka im Belfast kuj Belfast bf Incomer z mak Incomeri ka cushalingi eee Denver HA CO YUE ea B RTR k s RTR Key Violations aag Cg 55M i E teste TON Caj BCM200 E E ef ca cushalingi pal DFR1200 L a cushalingt OS fa Cg ms E pl Saj Denver Sj MDR i Ej Denver 1 km Other Bel 3 YUE nE VUE400 itest botim pz RTR kaa RTR Key Violations E oil SSM Ga ma ROM2NN F Zi Cua 050302 aaa osjosjoz Show IDM Devices Under Stations Disabled Q Hathaway Replay Plus Exploring IDM Castlebar 1 10k t4_1 m H m File Edit View Comms Polling Tools Help Using The Fi Iter Display a ala a x E Device List m n Option LIDM Name DauName NetworkID Date Info prod kj BCM200 Du 1 cbar ren 1 28 02 02 15 09 53 879632 Manual Trig none Filter Overview vf CBT400 tai cbar t4_1 05 03 02 11 09 56 269068 Manual Trig none r41 cbart4 1 4 05 03 02 11 09 56 269068 Manual Trig none pi The Filter tab Friter a filtered lt version of the Records tab allows the user to a Castlebar 110kv i aa Me ou ais apply filter criteria and to list only those records s that meet a specified criteria such as date test testis station name etc A pr Co cushaing cushaling 1 a Ca Denver E Deets When is launched the opening display will gam E gi show the Filter tab The filter applied will be io RTR Key Violations zi Records m EEE ane ES a Ka AA AA the filter in use when Replay Pl
17. from the remote IDM Apr 05 2000 12 34 00 Apr 05 2000 12 58 00 Apr 05 2000 13 01 00 Apr 05 2000 13 04 00 Apr 05 2000 13 06 00 Apr 05 2000 13 07 00 Apr 05 2000 13 09 00 Apr 05 2000 14 12 00 gt Trigger the remote IDM data segment from the List View Get SER 2 Use the Starting Date Time drop down list to select the start date and enter the start time Retrieve C55 Segment Cancel Retrieved CSS Data in hours and minutes 52 3 Use the Duration box to specify the length of data segment required The maximum length of a data record that can be retrieved is 90 minutes Note The CSS data record to be retrieved must be contained vvithin one CSS data segment Retrieving Sequence of Event Data Sequence of Event data is available in three different categories Events Sensors and Warnings To retrieve Sequence of Event data 1 Select the Devices tab LL EJ 2 Right click on the device name and select Get SER gt Events Sensors Warnings 3 When SER data is retrieved from the DAU it is stored in an SER log on the Replay Plus database and this data can be viewed by right clicking on the device name and selecting View SER Log gt Events Sensors Warnings For IDM installations with an LSU all SER data is automatically transferred to the LSU and is retrieved as above 53 IDM Polling Polling Overvievv IDM polling enables Reply PUS to automatically recove
18. portion of it may result in severe civil and criminal penalties and will be prosecuted to the maximum extent possible under law 1 Cancel Qualitrol Hathavvay Installation VVizard Note Should the program not start automatically use Windows Explorer to select the CD DVD drive where the Replay Pus CD ROM is located In the root directory open the ReplayPlus folder and double click on the SETUP EXE program J 4 Choose how you wish to install the program Setup Type Click the type of Setup you prefer then click Next Py Program will be installed with the most common options Recommended for most users Compact Program will be installed with minimum required options t Custom You may choose the options you want to install Recommended for advanced users C ReplayPlus Destination Directory Browse lt Back Cancel Select the Type of Setup Required 24 mathaway The following installations are possible Typical with all available features Compact with a minimum number of features or Custom with only those feature required The default destination directory will be displayed This can be changed by clicking on Browse and selecting the desired directory Click on Next gt to start the installation When the Database options dialog appears read the following caution before proceeding snjdAejdoy Caution For reinst
19. to the display configuration E SS YT CM rover REC DFR Viewer HIGH DAM 500 KY FR 27 1 2380 01 05 99 20 17 10 550 BE Ka File Edit Trace Yiew Graphics Tools Window Help laj xi gt are ste sma 0 0 50 0 40 0 20 0 ojo 0 0 0 60 0 60 0 100 0 120 0 140 0 160 0 160 0 200 0 220 0 240 0 260 1 A 1 2 4799 5 1 3 1 02 0 48 kA LINE ZE A PHASE 344 98 944 95 A LINE ZE B PHASE 4799 6 1019 9 i 1 1 524 97 359 98 LINE ZE C PHASE i 1019 9 4204 6 i 0 00 0 00 A LINE ZE NEUTRAL i 4204 8 455 4 1 U 415 06 242 12 KV LINE ZE A PHASE i 455 4 420 8 183 03 419 38 KV LINE 2E B PHASE 1 420 6 449 6 LI LI 223 38 172 94 KV LINE 2E C PHASE T pi CT 449 6 Y Y Y UY NG LI LI 1320 1 76 4 32 KV LINE 2E NEUTRAL 1320 1 1019 0 247 34 227 33 EV Urs 456 7 1 571 2 1 19 9 237 3 kV Ust 1 O wo J N 721 5 227 5 227 35 10 00 kV Utr 247 5 MAIN 1 DCU PLC T MAIN 1 DCU PLC R MAIN Z PUTT PLC MAIN 2 PUTT PLC i BREAKER ZE1B OPE BREAKER ZEZB OPE LINE ZE p UNDERVOL EI y yIyIyyYJJIIJ jJ JJ J J jyjyjyjjjII wVVCc V LINE ZE GND OVER 4 gt 4 gt TM 183 19 ms TR 166 39 ms TM TA 16 81 ms NUM HA Start Qy Exploring Temp 5 COMTRACE 9 Hathaway Replay Plus Ex prr Viewer HIGH ami E ga 1251 Typical Record Vievver VVindovv Analog Channel Label Menu Right clicking on
20. APT B 5 2 PP B5 3 SWC Gnd Events 5 Events 9 in TB 4 4 cou Events 11 in TB 4 8 coulTe 4 9 Events 12 in TB 4 10 cou Te 4 11 SWC Gnd 1B4 12 Events 13 in TB 4 13 com TB 4 14 Events 14 in TB 4 15 coujte 4 16 Events 15 B4 17 B4 18 Events 16 B4 19 com TB 4 20 t PP B4 1 APT B4 2 PP B4 3 Q O F C Fitted O 24v C1 48 v J110 125v 12207250 v Events 10 O B Events 17 B3 4 B3 5 LI Fitted L 24v O 48v O 110 7125V 220 250v B3 6 B3 7 B 3 8 comi TB 3 9 Events 20 con TB 3 11 SWC Gnd TB 3 12 B3 15 B3 16 B3 17 B 3 20 OI Events 18 o Events 19 ELIS ES o Events 21 O O ES Events 22 O oi aja Events 23 Q O ES Events 24 i Q ES PP APT PP Events 25 E B2 4 B2 5 Oited J24v 048v Liion125v 220 250 v B 2 6 B 2 8 B 2 9 B 2 10 B2 11 B2 12 Q O Events 26 E Q UJ N N Events 27 O SEE ES ES E kaho Events 28 o SWC Gnd Events 29 B 2 13 B2 16 B2 17 B2 18 B2 19 B2 20 PP B 2 1 APT B 2 2 PP B2 3 Q O ES Events 30 O Events 31 lala o Events 32 O O o olz Note For wet contact event boards apply voltage across IN amp COM For dry contact event boards connect contact across IN amp COM and apply wetting voltage to PP and PP APT input is not used Alarm Outputs R
21. COMI and COM2 ports use the key sequence lt Enter gt lt up arrow gt lt up arrow gt lt up arrow gt lt Enter gt The baud rates for COM1 and COM will be displayed Toggle IP Name This menu option enables the user to either display the DAU name or its IP address on the second line of the normal run time operation LCD display To display the IP address of the DAU use the key sequence lt Enter gt lt up arrow gt lt up arrow gt lt Enter gt To return to displaying the DAU name use the key sequence lt Enter gt lt up arrow gt lt up arrow gt lt Enter gt Erase NV Storage To erase the non volatile memory of a DAU use the key sequence lt Enter gt lt up arrow gt lt Enter gt The LCD will then display the following Enter to confirm Esc to cancel If lt Enter gt is pressed the display will then count through the NV memory blocks from 1 to 128 erasing them During this process AL 5 will remain lit Erasing the non volatile RAM takes approximately two minutes When the non volatile RAM is completely erased the IDM DAU will automatically return to normal operation 17 LEDS Normal Run Time Mode IDM DAU LEDs 5 OK AL1 AL3 WAN GPS Alarm 9 AL2 AL4 ALG PPS OK GPS PPS LEDs The green LED marked OK should flash constantly indicating that the systems is healthy The green LED marked PPS flashes every second this is to indica
22. DAU will illuminate appropriate LEDs as described previously To Send Configuration 9 Click on Send Configuration from the IDMCal startup screen Send Configuration to a DAU Fa 10 On the dialog Configuration Filepath shown click on fc VDMCaMDAU RawConfig01 cfg Browse and Direct comms Port 1 locate the Send required Cancel configuration file Sending Configuration File 11 When the correct file has been selected click on Send As the file is being transferred the LEDs on the DAU will flash 12 When the file has been completely transferred reset the DAU manually using lt Reset gt on the keypad The DAU will attempt to run and if there are still corruption errors detected the DAU will illuminate appropriate LEDs as described previously To Send Application 13 Click Send Application from the IDMCal startup screen 14 On the dialog NG Ga AKN shown click on fc VIDMCal DAU vx020501_2 3 31 bin Direct comms Port 1 Browse and locate the required configuration file Sending Application File 15 When the correct file has been selected click on Send As the file is being transferred the LEDs on the DAU will flash 16 When the file has been completely transferred reset the DAU manually using lt Reset gt on the keypad The DAU will attempt to run and if there are still corruption errors detected the DAU will illuminate appropriate LEDs as described pre
23. Database Version Number The database used by Replay Plus contains a version number and this version number is checked and validated by Replay Plus As new versions of Replay Plus are made available the version of the database may increase as additional features and enhancements are added Thus when a Configuration CD is used it is possible that a database version number discrepancy may be reported 88 If this occurs then two scenarios are possible m The database on the Configuration CD is older than that required by Replay Plus OT m The database on the Configuration CD is newer than that required by Replay Plus The Configuration CD Contains an Older Database Version If the Configuration CD contains an older database version Replay Plus will report this with a typical dialog as shown Warning Invalid Database xX Replay Plus Version 2 0 1697 must use database version 1 0 37 Click YES and Replay Plus will convert your database from version 1 0 34 while preserving all your data Click NO to choose another database Click Cancel to Abort Older Database Version Discrepancy The information in this dialog indicates the database version required by Replay Pus is a higher version than that reported by the selected database file To proceed 1 Click on Yes 2 Reply PUS will then automatically update the database file 3 Click the OK button on all dialogs that follow as they Data
24. Fault Recorders The CPU Board The major component parts of the CPU board Qualitrol Hathaway PCB 12 8292 12 8320 comprise An Intel 386EX embedded microprocessor running the VXworks real time operating system An Analog Devices Digital Signal Processor for mathematical computations A Xilinix FPGA for glue logic Intel 1MByte flash memory for non volatile program storage 16MByte of DRAM for volatile data storage Other peripheral devices include CPU reset and auxiliary reset push switches are accessible at the A SMC91C96 chip for ethernet RJ45 or fibre connection RS232 and RS485 line drivers receivers Dallas Real time clock chip Optional Oncore GPS module or IRIG B and 1pps support via RS485 fibre or opto coupler front of the board Connectors allow the use of ribbon cables to interconnect the boards and the DFR chassis to complete the upgrade The CPU board plugs into the DFR chassis backplane The Analog Board The major component parts of the Analog board Qualitrol Hathaway PCB 12 8293 comprise m An Analog Devices AD977 16 bit serial ADC and associated 16 channel multiplexer 16 independent signal conditioning channels comprising sample hold and operational amplifiers with associated scaling resistors and filtering Capacitors Analog and digital event signals are taken from the DFR Fault Recorders existing signal conditioners Interface connectors allow the use of rib
25. OK Cancel snidAejdoy Note Qualitrol Hathavvay cable 16 1943 is used to connect a dot matrix printer directly to the DAU serial port Refer to Installation Connecting Peripherals for more details This completes the hardware definition part of the IDM configuration 44 IDM Configuration IDM Configuration Overview The next part of the configuration involves entering some configuration information that is common to the complete installation and to all the functions within the IDM Global Settings Environment To specify environment global settings Q IDM Configuration My First IDM on My First Station 1 File Edit View Insert Help Right click in the bottom portion of the IDM Configuration Public Switch Telephone Network dialog and from the menu select Set gt Environment Output Destinations Global Settings Menu Set Environment Network Time Settings GMT Greenwich Mean Time Dublin Edinburgh London Lisbon 2 This dialog is used to specify the time zone in which the equipment is to be used the nominal power system line I Butonetically adjust dock For daylight sayings Advanced mere IEn frequency and to t Cc T Enable NYRAM Lart NDARE a enable NVRAM global TSS and C93 Sample Rete O cancel f support 1 Set Environment Details required Note If the IDM DAU is a time slave
26. Set address 7 Node ID of DAU 4 Click OK 5 Click on Send Configuration from the IDMCal startup screen gs san f 0 6 On the dialog shown click on Browse to locate the Selecting Communication Information required cfg file Send Configuration to a DAU 7 Click on Send to send the configuration file to the DAU 8 Close IDMCal Selecting Configuration File About IDM Calibration Files The kk cbn and kk csv are calibration files for the individual IDM DAUs and are linked to a specific DAU through its serial number For example kk99219 csv and kk99219 cbn are for a DAU whose serial number is kk99219 There are tyvo types of calibration file cbn and csv The csv files comma separated variables provide details of the DAU calibration in spreadsheet format for ease of reading These files are not needed or used by the DAU or by Replay Plus and are provided to allow viewing of a DAUs original calibration The cbn file calibration binary file is the actual calibration of the DAU A copy of this file is stored in non volatile flash memory of the DAU and serves as its calibration in lieu of potentiometers etc Sending Calibration Files Should it become necessary the IDMCal program may be used to send a cbn file back to a DAU To do this 1 Identify the serial number of the DAU Identify the required cbn file on the Configuration CD and copy this file from the CD to a t
27. TSS Og IMs Delete Device a mor Get IDM or CSS directory is required er Directory Selecting Communication Options 5 Ifthe directory is from an IDM click on Get Directory If the directory is from a LSU further options are available If these default settings are not appropriate set the Starting from date and specify the Number of records to limit the size of the directory to be retrieved then click on Get Directory The following communications options are provided Retrieve an IDM configuration and save to the Reply Pus database Retrieve IDM Config 6 For DFR and TSS records when the directory has been Reset DAU Reset the remote IDM displayed highlight the records to be retrieved and click on Load a DFR TSS or CSS directory Retrieve Now j the IDM or LSU and Load Directory ps a sah CSS Directory When a CSS Directory has been retrieved it contains a list of segments of CSS data stored in the LSU hard drive optionally select and retrieve record files Synchronise the IDM real time Set Clock 7 clock to the Replay Plus PC clock To retrieve CSS data Remote Manual Trigger s CSS Recordings on LSU 1 Select the required Start Time End Time Apr 03 2000 13 58 00 Apr 03 2000 14 16 00 Apr 03 2000 14 18 00 Apr 03 2000 14 39 00 Apr 03 2000 14 40 00 Apr 03 2000 14 46 00 Retrieve Seq uence of Event Data Apr 03 2000 14 47 00 Apr 04 2000 11 10 00 Apr 04 2000 11 12 00 Apr 04 2000 11 19 00
28. a name for the DAU pot 0n canal Network Channels Calculations Advanced Channels Calculations Settings C User Defaults Advanced Creating DAU DAU 1 Creating DAU entries in database Please wait T Enable Non Volatile RAM Creating Advanced DAU 10 Note that when Advanced is the chosen option it is not possible to specify Channels Calculations that tab is disabled When using Advanced the number of analogs and events and the calculations defaults are derived from the DAU chosen in the Advanced settings dialog 11 The configuration for a new DAU may be created with non volatile support allowing non volatile RAM to be selected as an output destination for DFR and TSS records If non volatile RAM is to be supported by the DAU then the Enable Non Volatile RAM check box should be enabled M 12 When all new DAU details have been completed an icon representing the DAU Ha will appear in the IDM Configuration dialog 3 IDM Configuration My First IDM on My First Station 13 There are two File Edit View Insert Set Help p connections on the right DAU 1 Publi f aap Taha H aaa DAU icon New DAU Added These represent the two DAU serial ports COMI and COM2 with These represent the two DAU serial ports COMI and COM with COMI at the top The COM ports can be configured by right clicking on these connections 39 Adding a LSU or PC If an LSU or a PC running Replay PUS is to b
29. an analog channel label displays the Analog Hide a trace and leave but do not reformat display Channel Label menu E2 DFR Viewer D TEMP REC83 dat HATHAWAY Systems Belfast FQ Rec 267 Fle Edt Trace View Graphics Took Window Help Delete amp Tidy Remove the trace from the arm oj ENEE ma ml display and reformat the display Pi Delete Others Delete unselected channels Hide oe ba APA Increase signal trace size on all EEE S Ga increase Sarn selected channels Decrease Gain Fit to Graticule 2 z es i Decrease signal trace size on all Equalize larateule Linnts Decrease Gain 2 49 6 49 Trace Settings selected channels Horizontal cursors E i A Rescale trace size to match 0 04 0 03 a Fit to Graticule ticul Pan to Max value pie cule 0 22 0 22 Pan to Min value Cu Zoom trace so that area selected Copy _ m E a 0 07 0 07 Wg NG Vertical Zoom by vertical cursors fills the display bara area Selecting Analog Channel Label Menu 63 mathaway snjdAejdoy mathaway Equalize Uses the same trace scaling for all Advanced Features Sources Graticule Limits selected channels The Record Viewer contains a number of advanced features for the analysis of fault records including Fault Location Trace Settings Opens the Trace Settings menu Symmetrical Component analysis and the calculation of real and Horizontal Enables horizontal cursors for reactive power flow For these
30. channel Label m The channel full scale the FSD field cannot be changed it is part of the calibration data stored in flash memory in the DAU and is the full scale of the analog input m The secondary Nominal value of the analog channel e g 1A or 63 5V The primary transformer TX Ratio e g 2000 5 The Channel Type field defines the channel type and is normally set AC volts or AC current The Units field is the units used to calibrate the analog input normally V or A Configure Event Channels To configure the event channels 1 Right click on the DAU icon Ha and select Configure DAU gt Inputs gt Events IDM Configuration My First IDM on My First Station 2 xi File Edit View Insert Help DAU 1 GPS 1 DAU Event Channels Configuration Disabled E Event 2 Low Disabled 5 E Event 3 Low DAU Event Configuration Wiz Bi Event 4 Bai events Low Label 1 Event 1 Bi Event i Normal State ven ow low FT Bai Event 8 Low bad Ed Event 9 Low Triggering T Low High Save and Send Close Event Channel Configuration 2 First select the number of event channels that the DAU is equipped with Caution Be sure to make the correct selection here as all data entered later will be lost if you have to change this field 3 To enter details for one of the event channels double click on an entry in the List View Each event channel can be configured with changes to
31. cross trigger message from another DAU When triggered the DAU now moves to the fault state where it begins to fill the post trigger buffer and remains here while any of the sensors are in the active state When all sensors return to the non triggered state the DFR function then moves to the post fault state where it continues to record for the duration of the post fault configuration setting storing data in the post trigger buffer When complete the DFR function moves briefly to the directory entry state where it makes an entry in the DFR directory then returns to the pre fault state where it begins to fill the pre fault buffer for a new record Appendix C DFR Record Lengths and Sensor OP Limits However should a sensor remain permanently in the triggered state the sensor is automatically disabled after its OP Limit time at which point the DFR function moves straight from the fault state to the directory entry state without passing through the post fault state While the DFR is in the post fault state if a new sensor operation occurs it will return to the fault state and remain in this state until all sensors return to the non triggered state or reach their OP Limit time R nevv record OP Limit new sensor time out trigger nevv sensor trigger sensor trigger Y Pre Fault all sensors de trigger Post Fault State State Directory end of Entry State record
32. fiom Cancel Description Default Settings Method C Ethemet Direct connect C Modem PALA User name Direct connect replay Comms Port Password 2 naa xxxxxxxx Direct Connect Details snidAejdoy Configuring an IDM Having made an entry in the Devices tab for a new IDM we now need to enter all the configuration information 1 Right click on the entry in the List View and select Configure IDM amp Hathaway Replay Plus Exploring IDM My First Station File Edit View Comms Polling Tools Help al Ho gi vi Contents of My First Station Analysis circuit Auto Polling tij IP Cogen DFR Sys Retrieve IDM Config N Ba IPCO DFR Reset DALI Gi My First Station My First IDM Load Directory Cf TEST Set Clock feng RTR Remote Manual Trigger buuin RTR Key Violations Diagnostics i o SSM Get SER mi 0g BCM200 E View SER Log C DFR1200 be IMS Delete Device efi MDR movi 0 Other Configure IDM 2 The IDM Configuration dialog will be displayed This 1s where we enter all device configuration including analog and event channel labels trigger settings record lengths etc This dialog provides a graphical user interface for specifying all equipment that will be installed in the substation including the DAU itself an LSU if required modems and clock synchronization equipment Adding a DAU LSU or PC Adding a DAU 1 From the IDM Configuration dialog sel
33. has been removed Replay Plus M will now successfully operate with this database ReplayPlus mdb Properties Replacing Installed Database The database file on the Configuration CD may be used to replace the database installed by Replay Plus To replace the installed database 1 Copy the database file from the Configuration CD to the hard drive of the selected PC and remove the read only attributes as outlined above 2 Start Reply Plus From the Edit menu select Settings 3 Click on Browse beside the Master Database field Replay Settings 000123 ReplayPlus mdb M Not Available In This Version x ee Replay Settings Dialog 4 The following dialog is displayed allowing the user to locate the required database file Select Master Database 71 x Eda so 8 ela se ReplayPlus mdb ReplayPlus mdb All ccess97 Databases LI VA Selecting the Master Database 5 Highlight the selected database file the database file copied from the Configuration CD and click on Open 6 Click the Browse button beside the Device Records field and specify the folder into which records are to be stored 7 Click on OK and Replay Plus is ready to operate with this pi Select Directory ci GJReplayPlus configs DAUDATA database POLLING SERDATA Selecting Device Records Directory 86 Generating IDM Default Configurations With Reola
34. in the dialog to be updated automatically to show the progress of the polling tasks Thus at 12 30 the lower Pending section of the dialog changes to indicate that the next polling activity will be to three devices at 12 45 a result of their polling being configured for a 15 minute interval Polling Status xi In progress Type LinProgress Records Received Belfast Incomer1 26 DFR Yes 0 0 0 Demo Room Demo Y2 5 DFRITSS No 0 0 0 Training T1_Trainer 2 TSS No 0 0 0 Pending ID Type Polingat Poll Interval Incomeri DFR i 15 minutes Demo Y2 DFR TSS 15 minutes T1_Trainer T55 15 minutes Belfast Demo Room Training Polling Status 2 The upper In progress section of the dialog now indicates the status of the actual polling that is now in progress Three devices are to be polled and the first of these is actually being polled at this particular instant in time shown by the Yes indication in the In Progress column As polling continues devices which have been polled are removed from the upper In progress section and the In Progress column becomes Yes for the next device in the list indicating that this is the device being polled at this instant 56 Polling Status x In progress i Type InProgress Records Received Belfast Incomeri 26 DFR Yes 39 17 0 Demo Room Demo Y2 5 DFR TSS No 0 0 0 Training T1_Trainer 2 TSS No 0 0 0 Pending Station Name m Type Polingat Poll Interval Be
35. install a clean database To do this save your original database under a unique name and rename the ReplayPlus new file with the extension mdb Backup Database Replay Plus may be configured to create a backup copy of the Replay Plus database file when the program is closed To do this 1 From the Repky Plus Explorer window click on Edit and then select Settings 2 Open the House Keeping tab Click on Browse in the Location for Back Up Database field and specify a location for the backup database file 3 Disable the Disable Back Up check box to allow Replay Plus to create a backup copy of the database file MREPLAYPLUS pi Select Directory Delete temporary d at Cit H SS ReplayPlus GBcM200 TE BCM200 E ceT400 configs CJ DAUDATA DFR1200 Choosing Backup Database 4 When Reply Plus is closed a backup copy of the database is made into the specified location This file is called ReplayPlusdbBackup mdb Note 1 This file is a backup copy of the database only and does not include any data records data records are stored separately from the database Accessing the Demo Database 1 Install the Replay Pus software and follow the instructions 2 Select the Custom installation Check the Demo files and Extras options to install the demo files in a demo folder inside the folder selected for the Replay Plus installation 3 After the installation has been completed run
36. now required Connect the channels in the Group as required to the relevant injection source and set the injection levels as required recommended 80 of FSD for the configured input range With the injection source On measure using a 4 digit DVM capable of Real RMS measurement for AC channels the injected level and type this DVM reading exactly into the FSD text box on the dialog Ensure the correct RMS DC selection is made and click on Next Repeat this process for all channels and groups required Step 6 Finish Calibration Once all Groups have been calibrated the Finish option is displayed Click on Finish and IDMCal will retrieve from the IDM the current calibration values These values are displayed in table form with a Zero Offset value and a FSD value listed for each of the possible seventeen channels Only the channels calibrated need to be checked Please note the calibration values in the table below ZERO OFFSET LIMIT BIT CALIBRATED FSD VALUE FSD VALUE LIMIT LEVELS S b K CHANNEL CALIBRATED NUMBER ZERO OFFSET 20 20 20 20 20 20 20 20 20 20 100 20 100 20 100 20 100 20 100 20 100 20 20 100 Click on Save to save the calibration results to file The file name given to the calibration results is the serial number of the chassis All calibration files must be stored safely to a common storage area which should in turn be backed up to a remote archive 84
37. oars TN Hap i 3 Right click on the ices Cg BCM200 C9 CET400 EH Ba DFRII CN IDM f m cso C9 home dj IP Cogen DFR Sys C9 IPCO DFR Caj My First Station C9 TEST C9 RTR aj RTR Key Violations Cg ssm 9 BCM200 E 9 DFR1200 C9 ms C9 MDR gj Other record name in the List View pane of the Replay Plus Explorer Edit Annotation a Edit info od Export Record oc Delete Bah o O N N rm rm Add Record Selecting Record Options The following record options are provided OPTION DESCRIPTION Displays additional information View Heade pale about the record Editing and display of user notes Edit Annotation describing aspects of the record Add brief notes to the Info field in Edit Info the List View pane Copy the record file to a Export Record ie l destination directory Permanently delete the selected Delete a record s from Replay Plus Opens the record in the Viewer or Open Record opens a new record in a new window if viewer is already open Overlays a new record in the current Viewer window Add Record 62 Typical Record Viewer A typical record viewer window is shown on the following page Channel labels and signal values for the two cursor positions are displayed in the left hand pane with the wave forms displayed in the right hand pane The red Measurement Cursor 1s positioned by a l
38. run Replay Pus 1 In the List View on the right select the Devices tab EJbevices at the bottom 2 Right click owihe File Edit View Insert Help Config as Listing relevant DAU in the Config as Listing No SERs List View and select Configure IDM 3 Select Config as Listing No SERs from the View menu Creating a Default Configuration sadipuoddy This will show the configuration of the DAU as a text file in WordPad 4 Using Windows Explorer locate the file RAVVCONFIGO1 cfg normally located in the same folder as the Replay Plus application and approximately 46k in size and copy it to a temporary folder This is the binary configuration file that can be sent to a DAU 5 Close Replay Plus DSP FPGA File This file is available on the Replay Pus CD or from Qualitrol Hathaway A typical file name where 319 represents the FPGA version and 1006 represents the DSP version would be as follows 31941006 59c7 dat d All 10 channel TI DAUs m 319h1006_c40b dat h All 16 channel T2 T3 T5 DAUs x 16 channel T2 DAUs that use Line Sync 319x1016 fofo dat Note It is critical for correct operation of the DAU that the correct file DSP FPGA file is selected 1 Application File This file is available on the Replay Pus CD or from Qualitrol Hathavvay A typical file name where x y and z are the application version numbers would be a
39. signals and three phase current signals A neutral current is also required for fault location however if this has not been recorded it can be calculated by adding the three phase currents using the Calculated Channels function described previously To configure the Distance to Fault option 1 Before the Distance to Fault function can be used Sources information must be entered for the faulted circuits See Sources described previously 2 For Distance to Fault calculations additional line data must be added for each circuit by clicking on the Line Data button on the Waveforms Sources for Analysis dialog The data required includes the positive sequence and zero sequence line impedance the line length and the VT and CT ratios Line Data for DTF calculation and Relay characteristics xi aa 9 z Relay BNarACtEnSiICTAngEn E1 Enter Line Data 3 After entering this data save the Sources or the Graphics Configuration which will contain the Sources data as reloading them in the future will eliminate the need to re enter the Line Data 4 The Distance to Fault calculation is performed using one and a half cycles of data around the measurement cursor position The measurement cursor should be placed in the centre of the most stable portion of the fault 5 From the Tools menu in the Record Viewer select Distance to Fault 6 To perform a Distance to Fault calculation select the faulted circuit then select
40. the drop down list Configure Communications U S Robotics 56K Voice EXT U S Robotics 56K Voice EXT Enabling Dial Up or Direct Communications mathaway Adding a New Installation Creating a New Station To enter configuration information for a new installation the first step is to create an entry for the new location or Station To do this QE Hathaway Replay Plus Exploring IDM File Edit View Comms Tools Help 1 Right click on E gj mi the IDM folder Device List Contents Empty E E Devices in the Device ale List on the left ae and select Add 1 Add New Station p Y View DFR Records se M View TSS Records Bc Y View CSS Records DFR1200 IMS MDR 2 E other Adding a Station New Station Enter a name for DOPRDPDDNI the new Station then click OK 3 Click on the new station to select it and you are now ready to take the next step and create a new device Creating a New Device 1 Select the required Station from the Device List on the left 2 Inthe List View on the right select the Devices tab Eievices at the bottom 3 This will display a list of any existing devices in the Station Right click on a blank area in the List View and select Add New Device to display the IDM Details dialog This dialog is used to name the device specify how we will communicate with it and provide details such as phone number IP address etc Shou
41. types of sensor level and rate of change Each level sensor can have two threshold levels which allow it to be used as a window sensor Each rate of change sensor may be configured with a different rate of change setting for rising and falling signals The setting for the falling edge should be a negative number Sensors can be configured to operate on any of the 100 quantities calculated within the DAU by the DSP processor The complete list of calculated quantities is displayed in the Select Sensor Calculation dialog To configure the sensors 1 Right click on the DAU icon Ha and select Configure DAU gt Inputs gt Sensors DAU Sensor Channels Number OF Sensor Channels sz VV ET Disabled A Disabled 63 00 0 00 500 ms Ms Disabled 63 00 0 00 500 ms E Disabled 63 00 0 00 500 ms 5 Disabled 63 00 0 00 500 ms Me Disabled 63 00 0 00 500 ms H Disabled 63 00 0 00 500 ms A Disabled 63 00 0 00 500 ms E Disabled 63 00 0 00 500 ms Baio Disabled 63 00 0 00 500 ms Bd Disabled 63 00 0 00 500ms mj DAU Sensor Channels List The DAU Sensor Channels dialog contains a summary list of the 32 sensors available in each DAU The list contains the Sensor No the calculated quantity that the sensor will operate on the sensor Type the threshold settings and the OP Limit time P Sensor 1 Configuration x 2 To edit sensor settings double click on a sensor number to open the Sen
42. using the communication information specified in the Device Details dialog 51 mathaway Communications Communications Overview Retrieving IDM Directory and To access all IDM communications options Records 1 Select the Devices tab _ Sevices amp Hathaway Replay Plus Exploring IDM My First Station To retrieve the IDM directory and records 1 Select the Devices tab Epoevices 2 Right click File Edit View Comms Polling Tools Help ale S ai vi on the Device List Contents of My First Station 8 2 Right click on the device name device name From ese AA AP and select LOa iIrecto i Device Details in the right My First IDM Default D N ry AJ kapi Analysis er e First 10M Default DAL O aa IDM Auto Polling hand List 3 U h F d d li o Gm csD a DFR C tss C c5 8 ry 9 home Configure IDM View pane Se ony Cry oom Sete Hn IP Cogen DFR Sys Retrieve IDM Config Starina Mom date 1 POR babag ai the aa select whether the directory S n ne d NETET Replay Plus should be retrieved from the DAU do TEST Set Clock Wumber Gh Records n CJ RTR Remote Manual Trigger Explorer poo 0 or the LSU C9 RTR Key Violations Diagnostics p Cg 55m Get SER gt cl BCM200 E View SER Log gt Cancel Get Directory C9 DFR1200 n 4 Next select whether a DFR
43. will also remove access to the User Manager Change Password and Change Key functions and these are removed from the Tools menu in the Replay Pus Explorer window To re enable security 1 From the Repky Plus Explorer window click on Tools and then select Enable Security 2 Enter a valid password 29 Hathaway Replay Plus Eg 3 i Security Enabled Security will be enabled and this is confirmed Confirmation User Manager The Replay Plus User Manager allows users to be created edited and deleted User access privileges are also set within the User Manager The User Manager is accessible only to users with Administrator privileges To access the User Manager 1 From the Repay Plus Explorer window click on Tools and then select User Manager User Manager 2 This will open the j Full Access Read Only and Comms Access User Read Only Access Manager N dialog Et AddUser Delete User The Reply Pus User Manager The User Manager displays all the currently defined users In the example shown there are three users defined Each user is listed by User Name and to the right the User Access Level displays the access level currently assigned to that user The access levels define which features of Replay Plus are available to each user They are Full Access m Read Only and Comms Access m Read Only Access Access levels are described in more detail later To add a new user to the
44. 27 5 227 35 10 00 kV Utr 571 2 19 99 237 32 kV Ust 2347 5 MAIN 1 DCU PLC T MAIN 1 DCU PLC E MAIN 2 PUTT PLC MAIN 2 PUTT PLC BREAKER ZE1B OPE BREAKER ZEZE OPE LINE 2E UNDERVOL LINE 2E GND OVER a 4 NIKI r TM 183 19ms TR 166 39ms TMTR 16 81ms NUM O A Start QJ Exploring Temp COMTRACE CF Hathaway Replay Plus Ex EJDFR Viewer HIGH a BBA 1251 Repky Plus Master Station Software When used with the IDM it provides the following functions Communications via direct connection modem or twisted pair or fibre optic Ethernet network m Local or remote configuration of IDM DAUs Data retrieval from IDMs Data analysis presentation and management A user interface similar to Windows Explorer is used to display lists of records and installed devices and a drag and drop interface is used for IDM configuration All device configuration information lists of records and record summary results are stored in a Microsoft Access database to provide open access to the data however Microsoft Access is not required to run Replay PUS Installation Overview DFR Upgrade Information The information given in this section relates specifically to a DFR II B Fault Recorder which has been upgraded to an IDM T2 DAU Note 1 For information on how to upgrade an existing DFR 0 I II and IIB chassis using the IDM 16 32 DFR upgrade kit please refer to t
45. 5 TTL or fibre inputs to up to eight fibre lpps outputs It also provides regulated DC power to the hub and integral modem if fitted PSU for HUB 1pps Board Power 1pps Converter Board 20 1pps Converter Board The Ipps Converter Board is located underneath the Hub shelf internal plate It provides facilities to receive a pps via fibre BNC voltage pulse or RS485 and then echo that input pps via fibre outputs enabling pps distribution over long distances The board has several jumpers that configure its operation Note Fibre type is 62 5 125um multimode Access to these jumpers is provided through cut outs in the Hub shelf internal plate Typically the Ipps Converter Board is used to facilitate distribution of a pps signal between clusters of IDM DAUs For example a Master IDM DAU with an internal GPS will output a pps signal via RS485 This may be connected to a lpps Converter Board RS485 input and so provide fibre pps signals for sending long distances to other IDM DAUs The fibre pps from the lpps Converter Board may be connected directly to the pps fibre input of remote IDM DAUs The lpps Converter Board supports an external pps pulse via the BNC connector The external pulse must be normally 0Vdc rising to 5Vdc but not exceeding 20Vdc Such an external pulse may be connected to the BNC observing the following polarity BNC centre voltage pulse BNC outer 0Vdc The pulse must be greater than 10ms wi
46. A 120R terminated RS485 FIBRE OPTIC 122 A ETHERNET TX p in FIBRE OPTIC Service alarm ETHERNET RX C Operate alarm 80 P17 RS485 120R terminated COMMS No termination P19 1pps VIA 120R terminated RS485 No termination FIBRE OPTIC ETHERNET TX FIBRE OPTIC ETHERNET RX 50 60Hz LINE SYNCH Line synch IRIG B Enabled SERIAL O P TO uP VIA J24 25B Disabled factory defaults not customer specific J205 1206 fitted J205 1206 parked 81 Step 1 Equipment Checklist The following equipment is required for IDM calibration m 4 digit DVM m AC injection test set PC running IDMCal software version 2 12 or better Caution Dangerous voltages may be present during testing Anti static procedures must be followed Step 2 Initial Tests To calibrate an IDM VT CT board the following information is required m Number of Voltage channels and their analog channel numbers m Selected Voltage range s m Number of Current channels and their analog channel numbers m Selected Current range s The IDM is calibrated to the customers requirement with the CPU board Analog board Event board and VT CT board 1 and 2 in place All jumpers on the VT CT and Analog boards will have been configured as per customer requirements Step 3 Calibration Configuration Run the IDMCal program Click on Calibrate a DAU from the startup screen The Select Groups then FSD s
47. Click on Save to save this configuration to disk Next the DAU can be calibrated either by Calibrate Some Groups which allows selected group or groups to be calibrated or Calibrate All Groups which calibrates all groups An accurate AC Voltage and Current source will be required to calibrate the DAU If an accurate three phase AC test set is not available it is possible to use a single phase test set and connect all channels in a Group together to the same source with voltage channels connected in parallel and currents connected in series A 4 digit DVM should be used to measure the volts and amps injected to provide accurate calibration Also the injected signals should be in the region of 80 of the configured FSD where possible Polarity of all connections should be checked Step 4 Zero Offset Calibration Once the calibration profile has been setup for the DAU then all channels to be calibrated must have their input terminals shorted together to allow the Zero Offset calibration process to be completed The first IDMCal calibration process carries out this test first for all the selected channels in a Group Note that each selected Group is processed in turn with Zero Offset calibration followed by FSD calibration then on to the next Group until all Group s are calibrated Click on Next This fixes the zero offsets Step 5 Full Scale Calibration Once a Group has been calibrated for Zero Offset FSD calibration is
48. Configuration dialog and from the menu select Set gt SER 43 10 Use the drop down lists to specify the type of SER text string to be printed Global SER Settings Buffer Destinations Events none Sensors non My Printer Printer SER Type 3 none Warnings none mi Cancel Specify Type of SER Record to be Printed For DFR Records SER D C55 File Edit View Insert Set Help DAU 1 3 My Printer p Telep Environment Output Destinations ra IDM Configuration My First IDM on My First Station 1 i Select DFR Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set gt DFR 12 Enable the Send to check box to allow DFR records to be automatically printed Global DFR Settings Pre Fault Length ms 100 Post Fault Length ms 250 Memory Settings fe Gyernrite On Jo Gyernrite Records Not summarised Overwrite Record IF Not Sent To 2 My Printer Printer 3 none 4 none ponies Palos IT Destination IT Destination 2 128 64 32 Ja Destination 2 IS Destination 4 Event Op Limit ms Xtrig Op Limit ms 500 500 pAutocomm Destinations 1 none Ja benda Settings Iv nsa Settings I IG ndlt Settings IN sendita Settings Enable Autocomms of DFR Records to a Printer
49. Configuration dialog to display the Routing Table dialog 2 Inthe Destination side of the table enter the Net ID the network portion of the IP Address of the remote devices that will be communicating with the IDM 3 Inthe Gateway side of the table enter the IP Address of the Gatevvay to be used Sa as isht To communicate with re a PC with IP Address perj 193 1 2 131 the entry in the routing table should be 193 1 2 0 since this is the Network Address of this Class C IP Setting the Default Gateway Address To communicate with a PC with IP Address 145 222 9 66 the entry in the routing table should be 145 222 0 0 since this is the Network Address of this Class B IP Address Details of the Default Gateway can be obtained from your network administrator Adding a Time Source to a DAU If the DAU being configured is the only one in the installation or if it is to be a Time Master in a multiple DAU installation then it can derive time from its own free running internal clock or it can be synchronized to an external time source The following time synchronization options are available m Internal GPS decoder m Internal IRIG B decoder m External Serial NGTS time string All of these options use the COM2 serial port to transfer time synchronization information to the DAU microprocessor Note If an IRIG B or GPS decoder are to be used then jumpers J24 and 325 on the CPU board must be set to the B posi
50. DFR State Transition Diagram 76 Appendix D About IP Addresses Introduction p IP addresses are used to uniquely js 5 identify devices connected to a TCP IP L LI network and they consist of four bytes Uno 194 1 1 x normally written as four decimal numbers separated by a period e g Pal 194 9 165 22 There are three different classes of IP address Class A Class B and Class C and each address is divided into two parts the Net ID and the Host ID The Net ID m Gateway uniquely identifies the network segment and the Host ID uniquely identifies a device or host connected to Default Default that network segment Gateway Gateway Class C addresses are those where the 197 55 121 x first octet 1s equal to or greater than 192 Class B addresses are those where the first octet is equal to or greater Ni than 128 and less than 192 and Class A addresses are those where the first 194 56 1 x octet is less than 128 Typical Network Topologies In addition to the IP address the TCP IP protocol uses the Subnet Mask to determine if a device is located on the local or Class A Network Host ID remote network segment ass The default subnet mask for a Class A IP Address 1s 255 0 0 0 for a Class B address is 255 255 0 0 and for a class C Ad
51. ITE 1 YELLOW 4 RED 2 3 ORANGE 3 2 DAU RS232 a BLACK N E Serial Port m g 5 Computer 7 6 BLUE 8 i 6 9 9 4 Screen 9 Ba Screen PI P2 9 way D Type 9 way D Type Connector Female Connector Female DAU RS232 Port to PC Cable 16 1949 However the most practical method of local connection is via the LAN where data transmission rates are much faster 10Mbits s The PC needs to be fitted with a standard Ethernet network card to connect in this way 22 N43 is sjell Hi o IDM power 23 Replay Pus Installation Installing Replay Plus The Reply Plus software is supplied on a CD ROM To install the software do the following 1 Close all open Windows programs 2 Place the Replay Pus CD ROM in your CD ROM or DVD drive 3 The setup program is automatically launched The Qualitrol Hathaway Installation Wizard will appear To continue click on Next gt Welcome Welcome to the Hathaway Replay Plus Setup program This program will install Hathaway Replay Plus on your computer lt is strongly recommended that you exit all Windows programs before running this Setup program Click Cancel to quit Setup and then close any programs you have running Click Next to continue with the Setup program WARNING This program is protected by copyright law and international treaties Unauthorized reproduction or distribution of this program or any
52. L LO T T RAT 22109j01 10 37 28 AM 220501 10 37 28 AM TAGINI 2 22 4n DM Further information to assist the diagnosis may be available in the COMTRACE window Wecfovuul TULAK oT FU 5 22 2001 10 37 03 AM Job 1 Sending T comman Get DFR Directory to IDM Incomer2 Net 27 at station Belfast IP 194 1 1 1 DAUID 0 5 22 2001 10 37 24 AM Job 1 TCP IP error Socket error 10065 at station Belfast recorder Incomer2 IP 194 1 1 1 5 22 2001 10 37 24 AM Job VI IDM Command Failed COMTRACE E Window Mug a OANA ae di TI ar Example 2 Failure to Get a Record When data requested Data req is a greater number than data received Data Recv the most likely cause is that records were not obtained from a device X Belfast X Belfast Poll History Error Incomeri 26 Incomeri 26 22 05 01 11 11 TSS Manual 24 13 11 22 05 01 11 11 DFR Manual 32 19 13 A further examination of the Task History confirms that this is indeed the issue namely that polling failed to recover records from the device Folling Record Tal d B rast INCOmMer1 22 US 01 IN IS AM Polling Record Failed Belfast Incomeri 27 05 01 11 14 15 AM Polling Record Falled Belfast Incomeri 22 05 01 11 14 15 AM Comms Data transfer Failed due to a File error 22 05 01 11 13 42 AM Polling Directory received Belfast Incomeri 210501 11 11 53 AM Dallina Dallina cermrnlska Pal ark Toci SOG 104991 AM Record F
53. N 2 Use the drop down lists numbered 1 4 to specify the storage devices Set Output Destinations Replay Plus PCs LSUs or non volatile RAM can be used as destinations where the IDM DAU can automatically transfer records Note gt If records are to be transferred to the remote Master Station then the modem to be used must also be specified in the right hand drop down list Global Settings DFR To specify DFR global settings 1 Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set gt DFR Global DFR Settings Vv Sarit Ori Ej GREK T Por Tare gq Hazri i E WESUNBLGT Ee Im WESUNBLON si E D SUNBHGTN N O bendita a Set DFR Settings 2 This dialog box is used to specify record pre fault and post fault time the sample rate of the stored record Op limits for event triggers and cross triggers and to enable autocomms of records to selected destinations Note For more information on setting record lengths and OP limits refer to Appendix C 3 To enable autocomms of DFR records to a given destination enable the Send to check box To select which portion of a record is sent to a selected output destination click on the Settings button Autocomm Destination Settings 4 Records can be GR RrESnGget nis transferred at effective sample rates of 128 64 or 32 samples per EMGUN Oy oaie ms cy
54. NG NO oe 14 Examine IDS pe YA 15 Disable ITIPPEN aja ora kaa Sha d k e 15 Channel Check 42am ea o5ee05 KGG kk ERE Gg dees ia 15 Version Numbers 2 4606 kwek e 16 Show Baud Rates ccc ccc cee eens 16 Toggle IP Name a 16 Erase NV Storage 2 466064 oe dd e dace nds 17 LEDs Normal Run Time Mode 18 IDM DAU LEDs 0 0 00 ani 18 OR GPS PPS LEDS gu ga es 4643 KG AT KAG 18 Alarm NJ N seeks ke eeoeaeasaeees 18 ALI AL6 LEDs 0 0 0c eee 18 Connecting Peripherals nn saa na nn nn nena ni 19 Peripheral Type Sese es s KAU 19 PEripheralS e LSU je wada ner da de e e 20 Peripherals Hub Shel aaa aa aaa aaa 20 Peripherals Modem aa e eens 21 Peripherals Printer a 21 Peripherals Local P je t t dha d km ad Be ee pd dae 22 ReplayPlus Repky Plus Installation na aa aa nn nn nn nn eee 24 Installing Replay PUS 24 System Requirements 1 o vje k ak naii karika 29 The Access Database and File Storage 26 About the Access Database aaa 26 Folder UGE gene ee 26 Changing to a Different Database 26 Backup Database g gje de ede d nd e d 21 Accessing the Demo Database 0 005 2 Reply Plus Security sx nda eee es 28 Security Overview 1 0 ccc ccc cc eee eee eens 28 User AS UA LOT ia e n e ropni ronset 28 Administrator Privileges aaa 28 User Access Level Privileges iii iii an
55. Note When retrieving DFR records with Reply Plus either manually or using the polling software then the configuration for output destination 1 will be used to select which event and analog channels are to be included in the record DAU Configuration TSS About TSS The TSS Triggered Slow Scan function when enabled is triggered by the same sensors that trigger the DFR function and it records up to nine channels of data selected from the list of 100 quantities calculated each cycle by the DSP Records are created at scan rates of 10 Hz and 50 Hz on systems with a line frequency of 50Hz and scan rates of 12 Hz and 60 Hz on systems with a line frequency of 60Hz Records of up to 10 minutes in length can be created with the pre trigger and post trigger times being fully configurable To select this option 1 Right click on the DAU icon Ha and from the menu select Configure DAU gt TSS DAU TSS Configuration DAU 1 2 Use the nine combo boxes to select which signals are to be recorded in each of the nine channels and enable the Events On checkbox to record the event channels in the slow scan DAU TSS Configuration record Note For a complete list of the quantities calculated by the DSP that can be recorded by the TSS and CSS functions refer to Appendix B DAU Configuration CSS About CSS The CSS Continuous Slow Scan function like the TSS function records up to nine channels of d
56. Number 1 contain this same information For the 20A current channels 6 11 go to the analog channel numbers 6 7 8 9 10 11 and change the corresponding Group Number to 2 Now go to channel 6 and enter the FSD value as 20 and the Units value as A Channels 7 8 9 10 and 11 are automatically updated with this information as they are in the same Group 2 Similarly for the 100A current channels 12 16 Go to the analog channel numbers 12 13 14 15 16 and change the corresponding Group Number to 3 Now go to channel 12 and enter the FSD value as 100 and the Units value as A Channels 13 14 15 and 16 are automatically updated with this information as they are in the same Group 3 Select Groups then FSD s and Units x Approx FSD Units Group 1 17 Approx FSD Units Group 1 17 oo d ap nf IF A SS aaa paaa a sa af kh PE af F PH 1a o f f 5 eo W 14 100 3 af FH i oe REH wh FFs ae ee ad T Pn sl Load Calibrate Some Groups Calibrate All Groups Example Analog Channel Configuration Unavailable analog channels do not need to be configured Any unused channels can be removed by deleting the group number given to these channels Note Z The Group Number allocation is free form Assign a different group number to each group of similar analog channels However the Wizard calibrates Groups of channels in ascending Group Numbers and not analog channel numbers
57. OP rie S gliela B ore E Tt E e53 seve _Apply noriter cose Advanced Filter Default Settings 68 Note The Advanced Filter dialog will retain the settings of any previous selected filter when opened unless the New button is clicked in which case it will be reset to blank defaults w Record Type Filter Enable the Record Type check box M Filtering can be performed on any or all of five criteria Record Type DFR TSS etc Date and Time Operation manual trigger event trigger etc Device Station IDM name Info or Annotation The filter criteria is determined by the check boxes in the Filter On field At least one check box must be enabled for each filter All five boxes may be selected on the same filter Clear All disables all check boxes l If the Filter Type is set to and records which match all the selected criteria combined will be listed An Or Filter Type will list records which match any one or more of the selected criteria Select Show to displays records which match the selected criteria or select Hide to display records except for those which match the selection Advanced Filter Record Type IDM records will always be either DFR TSS or CSS Any or all record types can be selected Y Advanced Filter Pe DFR and T55 mathaway Date and Time Filter Unlike any other date and time filter Recently is from a E
58. Reolay Pus User Manager 1 Click on Add User 2 This will open the User Name fiohn Replay P Jus User Password Access Level Full Access ka Read Only and Comms Access Nx Read Onl Enter User Details Enter a User Name This name must be unique on your PC i e two users cannot be assigned the same name It can contain letters or numbers and is case sensitive Enter a Password The password is limited to eight characters For security each character is displayed as an asterisk when it is typed and must be entered twice Both entries must be identical Select a user Access Level from the drop down list This determines the range of operations available when the user is logged onto Repky Plus Click on OK when all details have been entered To delete an existing user from the Replay Plus User Manager 1 Select the user to be deleted from the User Name list in the User Manager dialog and click on Delete User Delete User pa 2 Click on Yes to IN Are you sure you want to delete user john 7 delete the user CE e Delete User To edit an existing user in the Replay Plus User Manager L Right click on the user whose details are to be edited from the User Name list in the User Manager dialog and click on Edit User Details User Manager Full Access Read Only and Comms Access ose Edit User Details 2 This will open the Reply Plus User di
59. Replay Plus versions exists the user should not proceed with the database upgrade if at all possible Its use must be strictly limited to emergency situations for example to facilitate the recovery of a faulty IDM DAU unit or when all other options have been exhausted The correct procedure is to update the version of Replay Plus 89 Recovery Introduction If an IDM DAU should appear to be faulty i e there is no display shown on the LCD and there are several LEDs on then the procedure outlined in this appendix may be used to try and recover the DAU The types of faults are as follows AL4 On DAL AL3 DAL2 AL4 This pattern means corrupt application AL3 On OOK DAL1 AL3 GPS Alarm vAL2 ALG PPS This pattern means corrupt DSP FPGA AL5 On OOK JAB FARE YANG Alarm BP AL2 AL4 ALG This pattern means corrupt configuration Appendix H IDM DAU mathaway AL6 On KOLS DAL1 AL3 WA GPS Alarm TAWA NAWA YAN PPS This pattern means corrupts checksums Note gt Normally corrupt checksums will be shown with one of the others but it is possible for any combination of these red LEDs to be shown Files Required for DAU Recovery If the DAU has detected a corruption then the following files are required Configuration m DSP FPGA Application Configuration File To generate a configuration file
60. Storage About the Access Database Replay Plus uses a Microsoft Access database to store information about IDM DAUs The database is located in the folder specified during the installation of Replay Plus by default this is C ReplayPlus The default name of this database is Replayplus mdb If you use multiple databases they require different names or should be placed in different folders Folder Structure Replay Plus creates working folders to store record data and the default working directory is C ReplayPlus WrkDir However if a different directory is chosen for your database that directory should also be used for your working folder For example if you choose to place a database called IDM mdb in a directory C hathaway then your working directory should also be C hathaway Master Database Path p WrkDir Default Device Records Path IDM Device record files dat record files dat record files dat record files dat Replay Plus Hierarchical Folder Structure Changing to a Different Database When you first run Reolay Plus you are asked to specify the directory in which your database resides and at this point you may change to a different database if required System Database Location Use this dialog to specify the location of 2 Relay Ps copat database IA Replay Plus network shared drive This may be on a loc
61. User DC Inputs 0 1V 10V i Analogs 300V Existing User Inputs Ethernet Power I P Power I P Shelf fitted with RJ45 RJ45 Hub Shelf Ethernet Hub and 1pps Converter Board Ethernet AN Laptop PC At Site Serial Ethernet Power I P Internal Desktop PC Remote IDM T2 Installation 19 Peripherals LSU A rear view picture of the LSU is shown below ai ke SA PER bo me one E 2 Bors LSU Rear The LSU is equipped with the following RJ45 Ethernet connection Integral modem LPT1 printer port COM1 serial port COM2 dongle Hub Shelf Rear LPT1 Printer Port COM2 Dongle Dongle LED Monitor Key board VGA COM1 Service Port Mouse RI45 Ethemet 1 Telephone line connection Multitech Modem is dependent on modem type LSU Rear Connections COM2 is used to indicate normal operation via a flashing LED on the dongle and to allow proper shutdown of the operating system The LPT printer port enables printing of DFR and SER data 8 Port RJ45 Ethernet Hub Peripherals Hub Shelf A rear view picture of the Hub shelf is shown below It is used for Ethernet connections to a DAUs and LSUs The Hub shelf is equipped with the following m RJ45 Ethernet hub for LAN connections pps Converter board The Ipps Converter board converts 1pps RS48
62. a 30 Replay Plus Explorer 4 nn nenen 31 The Reply Plus Explorer Window 31 Using The Device List Tree 2 aa oma haah s d 32 Using The Filter Display Option 32 Configuring Ethernet Communications 34 Installing TCP IP for Network Communications 34 Installing TCP IP for Dial Up or Direct Connect Asynchronous Communications 000000 34 Installing Direct Connect Communications Windows 95 98 ee ee ee EA ee ere eee eee 34 Installing Direct Connect Communications Windows NT E 35 Making a Network Connection to the IDM 36 Configuring Reply Plus for Network Communications 36 Configuring Reply Plus for Dial Up or Direct Communications a an aeaaaee ete ees 36 Adding a New Installation 37 Creating a New Station 0 0 0 0 ccc eee ee OJ Creatine a New DEVICE 2 mesa ndi da d ada 37 Ethernet Communications aa aaa 37 Modem Communications aaa 37 Direct Connection RS232 aaa 37 Connheuring an IDM 1 esi e da WENG 38 Adding a DAU LSU or PC 1 1 aa s s pe 38 Setting the Default Gateway e 39 Adding a Time Source to a DAU iii 40 Adding and Configuring a Modem 41 Adding a Remote Replay Pus Dial Up PC 42 Adding and Configuring a Local Printer 42 IDM Configuration 00000 e eee ee 45 IDM Configuration Overview ae 45 Global Settings Env
63. ailed Confirmation Further information to assist the diagnosis may be available in the COMTRACE dialog 5 22 2001 11 13 43 AM Job 39 Sending command Get DFR Record to IDM Incomeri Net 26 at station Belfast IP 194 168 175 36 DAUID 0 5 22 2001 11 13 43 AM Job 39 TCP IP error Socket error 10065 at station Belfast recorder Incomeri IP 194 168 1 75 36 5 22 2001 11 13 43 AM Job 39 IDM Command Failed COMTRACE Window ons sos Q mg AS s s oat m r n anana gen aar nr 58 In both these particular examples there is an obvious problem with communications to the specified device not being established correctly Polling History Errors Record Retry Where poll errors have resulted in some records not being During the next polling session the specific records that were missed the first time round will be requested again from the There are a total of three retries for such records and after three failed attempts no further attempts are made by Polling to recover such records A new poll session will recover previously missed records and any additional new records that may have been recorded since the last poll session Pausing and Disabling Polling Polling has three states Enabled Paused and Disabled To Pause Polling 1 From the Reply Plus Explorer window click on Polling and then select Paused Hathaway Replay Plus Explorer File Edit view Comms Polling Tools Help
64. al drive or on a GIREPLAYPLUS ReplayPlus mdb T Do not show this dialog at start up again Specify Database Location 26 It is also possible to change to a different database while Replay Plus is open To do this 1 File Edit View Comms Polling Tools l Device List Devices File From the Replay Plus Explorer window click on Edit and then i select Settings 2 vi Edit Settings Replay Settings Directories House Keeping Global Filtering Annotation Strings DFR 11 Analysis Poling Browse for Database This will open a dialog called Replay Settings Open the Directories tab In the System Databases field click on Browse in the Master Database field and locate the required database ZI System Databases Master Database C ReplayPlus ReplayPlus mdb IV Select master database at start up Not Available Not Availab De ja ReplayPlus z tj al c k A Dfrii Rtr parapan Bem200 e Idm R RTR Key Violations EaRepleyriu Cbt400 Ims Serdata configs Mdr Ssm Daudata Other ValidPath Polling WikDir KI SI Files of type Jan Access97 Databases 7 Cancel T Open as read only 14 In the Device Records field click on Browse Select the directory that you have chosen for the different database Note During installation Replay Pus creates a file called ReplayPlus new This is a default database and can be used should you need to
65. alls or upgrades do NOT check Install New Database Only check Install New Database when you no longer need any part of the previous database or if you are installing the Replay Plus software for the first time If you check Install New Database this version of the software overwrites all database files Before installing a new database be sure to archive all database files you may want to preserve Database Options 8 Database options xi T Install New Database Path for Database JEAREPLAY I ReplapPlus mdb Verify the Path for Database is correct If necessary click Browse and select the correct path Continue with the installation by following the instructions as prompted by the Qualitrol Hathaway Installation Wizard Note For Replay Plus to communicate with the IDM the following operating system services are required when using Windows 95 98 Dial up Networking with TCP IP must be installed when using Windows NT 4 0 Remote Access Services RAS must be installed consult your IT professional or Windows help for more assistance System Requirements Windows 9X Me NT 4 0 2000 XP Pentium 90MHz or better PC 32Mb RAM 1Gb hard drive An available serial port and modem for dial up communications A network connection for Ethernet communications Microsoft Access for analysis when using custom queries and reports 25 The Access Database and
66. alog Edit the details and click on OK 30 User Access Level Privileges Access to the various features of Reply Plus of are dependant on the User Access Level assigned These are as follows User Administrator NO RESTRICTIONS All features are available including Configure IDM Reset DAU Auto Polling and Remote Manual Trigger Access to User Manager Change Password Change Key and Disable Security Full Access As Administrator except NO ACCESS to User Manager Change Password Change Key and Disable Security Read Only and Comms m As Full Access with limited functionality for Stations IDM Devices and IDM Records m NO ACCESS to Configure IDM Retrieve IDM Config Reset DAU Set Clock Delete Device Add New Station Rename Station Delete Station Add New Device Edit Annotation Edit Info Delete Record Read Only m As Read Only and Comms Access with no Comms and limited functionality for Record Import IDM Devices and IDM Records KAG NO ACCESS to Comms Import File Import Directory Preview File Device Details Auto Polling Load Directory Remote Manual Trigger Get SERs View SER Log Poll Station Poll Device Replay Pus Explorer The Reply Plus Explorer Window All IDM devices and records are accessed using the Replay Plus Explorer window shown below This is the default display when the software is loaded Hathaway Replay Plus Explorer a s o Ej 7 Device et
67. and Units dialog allows the analog channel configuration of the DAU to be set Click on Load to select a pre formatted setup to be loaded This is useful for calibrating multiple IDM for the same configuration If no suitable setup is available fill in the DAU channel format configuration data on the dialog The numbers on the left hand side of the columns headed Approx FSD and Units are the analog channel numbers 82 Appendix F Generic IDM Calibration Procedure 4 IDM DAU Calibration IDMCal File Comms Help Send Application Send Configuration Get DAU Calibration Consts Send DSP FPGA View Send Calibration Consts Send Application amp Config Hecewe Dump Reset Dau End dump Close Calibrate a DALI IDM DAU Calibration Utility IDMCal Startup Screen For each analog channel available on the DAU complete the FSD and Units fields Each analog channel can be assigned a Group Number 1 17 where analog channels of the same FSD and units may be assigned the same Group Number All channels given the same Group Number will contain the same FSD and Unit information automatically Example DAU configuration as follows m Five 80V voltage channels 1 5 m Six 20A current channels 6 11 m Five 100A current channels 12 16 Select Group Number 1 Channel 1 type in the channel full scale FSD and its units i e 80 and V respectively Now all channels 1 17 in Group
68. and suitable for mounting in the relay panel of the feeder or item of equipment being monitored They can be equipped with an optional internal GPS decoder or synchronized by an external time source e g IRIG B The DAU Channel Configuration Sheet provided with each recorder gives full details of the analog and event channel configuration and the supply voltage for each recorder Sample forms for each recorder type are included in Appendix A IDM Installation Configurations In those installations where more than one IDM DAU is installed at a given location then they communicate with each other using twisted pair or fibre optic Ethernet To interconnect devices using Ethernet a hub is required and some sample network topologies are shown below Twisted pair Ethernet communications also known as 10Base T has a maximum range of 100m 300 feet under normal conditions however care should be taken in substation installations to avoid induced transients from other conductors For this reason it is not normally recommended to extend twisted pair Ethernet cables beyond an adjacent cubicle in a substation environment Fibre optic Ethernet networks also known as 10Base FL can be extended to over kilometre while using multi mode fibre This figure installation with modem local printer H Single DAU Installation oe a Sy LAN WAN yp PC NE KY 10B
69. aneously as a series of 1 s and 0 s denoting the event state Channel check mode does take into account the event channel normal alarm configuration settings Thus a 1 indicates current flow in the event channel and a 0 indicates no current flow in the event channel Setting the events as active high or active low in the IDM DAU configuration does not affect the state shown by event channel check mode 16 If there are more than 16 events in the DAU use the lt up arrow to increase or the lt down arrow to decrease the event channels being viewed Viewing will automatically be limited to the physical event channels available in the IDM DAU Use lt left arrow gt or lt right arrow gt to toggle the mode of operation into analog channel check mode Use lt Esc gt to return to normal DAU operation Version Numbers To view the current version of DAU firmware and DSP Cyclic Redundancy Checksum use the key sequence lt Enter gt lt up arrow gt lt up arrow gt lt up arrow gt lt up arrow gt lt Enter gt This displays the firmware version and DSP CRC in 4 digit hexidecimal format In addition to the firmware version number the letters TP or AUI will be shown m TP Indicates the firmware is twisted pair and will use the RJ45 Ethernet connection AUI Indicates the firmware will operate over the fibre optic Ethernet connection Show Baud Rates To view the baud rate settings for the DAU
70. ase T or 10Base FL network shows a single DAU communications and Networked IDM Installation with Connection to a WAN The above figure shows a networked IDM installation with a connection to a Wide Area Network where data can be automatically transferred to a remote PC on the network 10Base T or 10Base FL network Networked IDM Installation The above figure shows a networked IDM installation with a local PC and LSU for mass storage local printing and remote communications IDM Functions DFR Fault Recording Function High speed recording monitoring the transient response of the povver system and equipment during and just after a system fault or transient disturbance JES DFR Viewer South DAUI 1 09 06 99 07 44 08 180162 Ehli TSS Triggered Slow Scan Function Slow speed recording monitoring specified calculated power quantities for up to 30 minutes before during and after a transient fault or disturbance at scan rates up to once per cycle Calculated quantities available include rms voltage and current real and reactive power sequence components and frequency fg DFR Viewer South DAU1 1 09 06 99 07 44 08 180162 Triggered Slow Scan Function CSS Continuous Slow Scan Function A slow scan function providing recorded calculated quantities for up to 15 da
71. ata calculated by the DSP However in the CSS function instead of being triggered the records are continuously stored creating a history of 15 days worth of data on the LSU Required sections of this data can be retrieved remotely using the Replay Plus Master Station To configure this option 1 Right click on the DAU icon Heal select Configure DAU gt CSS and from the menu DAU CSS Configuration DAU 1 2 Use the nine combo boxes to select which signals are to be recorded in each of the nine channels DAU CSS Configuration 48 Note The CSS function is only available when an LSU is included as part of the IDM installation Configure Analog Channels Having defined all the hardware that is part of the IDM installation we must now configure the equipment and we will start with the analog inputs To configure the analog channels 1 Right click on the DAU icon Ha and select Configure DAU gt Inputs gt Analogs 2 First select the number of analog channels that the DAU is equipped with 10 or 16 Caution Be sure to make the correct selection here as all data entered later will be lost if you have to change this field 3 To enter details for one of the analog channels double click on an entry in the List View AC Volt 2000 1 Analogue 1 Configuration Analog Channel Configuration Each analog channel can be configured vvith changes to the follovving fields m The
72. base updated to version 1 0 35 report the database updating progress Update Database When all database updates have been completed Replay Plus will run as normal Database updated to version 1 0 36 Update Database The Configuration CD Contains a Newer Database Version If the Configuration CD contains a newer database version Replay Plus will report this with a typical dialog as shown Warning Invalid Database Ea Replay Plus Version 2 0 1697 must use database version 1 0 37 Click YES and Replay Plus will convert your database from version 1 0 99 while preserving all your data Click NO to choose another database Click Cancel to Abort Newer Database Version Discrepancy The information in this dialog indicates the database version required by Replay Plus is a lower version than that reported by the selected database file To proceed 1 Clickon Yes 2 Reply PUS will then force the database to temporarily have the correct database version number Hathaway Replay Plus 3 Click on OK on the lt gt resulting dialog to allow Replay Plus to launch Update Database Temporarily 4 When Reply Plus is running the following dialog will appear to indicate that the database is not the correct version Click on Yes to continue filecony Database Incompatibility Caution It is strongly recommended that if such an incompatibility between database versions and
73. be displayed on the LCD This value will be updated approximately once per second Similarly event state may be displayed Groups of 16 events are displayed simultaneously on the LCD where a 1 indicates current flow in the event channel and a 0 indicates no current flow in the event channel Channel check mode only allows display of analog and event channels that are physically available and connected to the IDM DAU Quantities computed by the DAU such as real and reactive power are not available for selection by Channel Check Mode To access channel check mode use the key sequence lt Enter gt lt up arrow gt lt up arrow gt lt up arrow gt lt up arrow gt lt up arrow gt lt Enter gt The LCD will then display the following Enter to confirm Esc to cancel Use lt Enter gt to start channel check mode in the last used mode or in the analog check mode if the IDM DAU has been restarted since this option was last used There are two modes of operation analog and event mode to display analogue values and event states respectively Use lt Esc gt to terminate channel check mode AA caution During channel check mode normal DAU functions are not available Thus the DAU vvill not trigger and record data as normal There is no automatic timeout from channel check mode and an IDM DAU will remain in channel check mode indefinitely until terminated by the user or the DAU is res
74. bon cables to interconnect the boards and the DFR chassis to complete the upgrade The Analog board plugs into the DFR chassis backplane The Front Panel Board The major component parts of the Front Panel board Qualitrol Hathaway PCB 12 8294 comprise A2 row 16 character LCD u Ten status LEDs Keypad RS232 and CPU board interface connectors are also provided a l ky EEA E i Vi Nx SS IDM T2 Mk I CPU Board 12 8292 Jumpers LINE SYNCH RANGE FUNCTION OPTIONS JUMPER SETTING IRIG B SERIAL O P TO uP VIA 324 25B factory defaults not customer specific COM PORT 2 Se IDM T2 Mk II CPU Board 12 8320 Jumpers EVENT POLARITY Active high JI out FUNCTION BOOT BLOCK Not protectec 12 out WRITE a Sa PROTECT Protected J2 int RS485 P17 16Mb 33 inr aii GA Kole NA SST KH a POLARITY nie ae cnabieq J5 A AUVO Ty Jit UVUL BOOT BLOCK Not protected RANGE OPTIONS JUMPER SETTING C ly puod L sadi EQ and jabber T St je WRITE PROTECT Protected J2 in pano DATA FLASH Protectet 329 in 12 1 WRITE E PROTECT Not protectec J29 out External P6 J13 B 28F400 A19 114 A LOOPBACK U12 FLASH 28F400 A19 J14 A tooma Disabled KE P17 RS485 120R terminated J17 A COMMS iw D HES E FLASH SELECT 1pps via GPS IRIG B J26 A 1pps SELECT Internal Xtal 1pps J26 B aa ALARM TYPE P19 ipps VI
75. cct_10 2 circuits 10 analog channels However if 16 analogs have been selected there are three possible settings for the calculations default u Default2cct 16 u Default3cct_16 u Default4cct_16 2 circuits 16 analogs 3 circuits 16 analogs 4 circuits 16 analogs im New DAU Name Pila Ka 6 The Advanced tab Please type in a name for the DAU allows DAUS to be bau _Cancel created based on the settings of existing DAUs By default the settings defined under the Channels Calculations tab Network Channels Calculstions Advanced Channels Calculations Settings User Defaults I Enable Non Volatile RAM New DAU Name Advanced Settings above are applied to anew DAU ia Advanced settings To supercede these PE defaults click on Settings to open the Advanced Settings dialog Advanced Settings 8 This dialog allows the default configuration values for a new DAU to be derived from an existing DAU The Station drop down list shows all existing IDM stations The IDM Name field lists all the IDM devices at the selected station and the DAU Name field shows the name of the DAU at the selected IDM 9 Click on OK to return to the New DAU Name dialog Unless the User Defaults option is selected see previous when OK is clicked the DAU will be created with defaults from the chosen Advanced DAU w New DAU Name iol x Please type in
76. cessary to temporarily uninstall any existing modems setup on your PC Making a Network Connection to the IDM Use a standard UTP network cable to connect to the IDM if the connection is made using a hub While it is always recommended to connect to the IDM using a hub it is possible to connect a PC directly to the IDM using a crossover UTP network cable Since the IDM is equipped with a fibre and twisted pair network port and the auto detect defaults to the fibre port it is not possible to walk up and plug in with a crossover cable The network connection must be established as the DAU is powered up It is possible to Ping a DAU to verify that a network connection is established by typing Ping lt IP Address gt from a DOS window A valid connection is indicated by a response of the form Reply from 194 168 175 35 bytes 32 time 2ms TTL 254 While error conditions result in messages including Request timed out The netvvork is unreachable Configuring Replay Plus for Network Communications 1 From the Comms menu in Reply Plus select Configure Comms 2 Enable the TCP IP Local Ethernet check box 36 Enabling TCP IP Configuring Replay Pus for Dial Up or Direct Communications 1 From the Comms menu in Reply Pus select Configure Comms 2 Enable the TCP IP Local Ethernet check box 3 Enable the TCP IP PPP check box for the com port to be used 4 Select the modem to be used from
77. cle Set Autocomm Destination Settings 5 The data transfer can be restricted to selected portions of the pre trigger and post trigger data using the slide controls To transfer the complete record enable the Full Record check box 46 Global Settings TSS To specify TSS global settings 1 Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set 5 TSS Global TSS Settings 2 Using this dialog the TSS function is enabled or disabled and the sample rate can I GYENONLAR GOT ON GRS T U JESH EHOM be selected between 10Hz or 12 Hz and 50Hz or 60 Hz Set Global TSS Settings 3 The pre trigger length can be set in the range 5 600 seconds and the post trigger length can be set in the range 5 600 seconds To enable autocomms of TSS records to a given destination enable the Send to check box Global Settings CSS To specify CSS global settings 1 Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set gt CSS Global CSS Settings 2 This dialog is used to enable the CSS function and select the LSU as the output destination Ja Sendito Ja Sendito Set Global CSS Settings Global Settings SER To specify SER global settings 1 Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set gt SER 2 Ifa LSU is configured as available t
78. de The second is marked as the rising edge of this pulse Hub Shelf Internal Plate ss Dynamode JP2 Position JP2 must be in position JP2 1 2 unless there are JP1 Position multiple boards comprising a RS485 chain In this case boards in the chain must have JP2 2 3 selected no RS485 termination and the last board in the chain must have JP2 1 2 to terminate the RS485 chain JPI is user set to select the source of pps either JP1 1 2 to select the RS485 input as the source of the pps signal or JP1 2 3 to select both the fibre and BNC inputs as the source of the pps signal Note If JP1 2 3 is selected source of pps input is fibre or BNC then only a single source of pps must be connected to the board either the fibre or the BNC but not both Additionally with JP1 2 3 selected the RS485 will function as an output and echo the received pps pulse on the RS485 Peripherals Modem For a single DAU installation a modem can be connected to any IDM serial port to allow remote 1pps Converter Board Jumper Positions POSITION Note that JP3 must be in position JP3 1 2 FUNCTION COMMENT RS485 pps input Fibre or BNC pps input RS485 termination on No RS485 termination Normal mode Test mode Select source of pps input as RS485 Select source of pps input as Fibre or BNC Fitted to last or only board in RS485 dais
79. dress is 255 255 2990 Class B For a device on one network segment to communicate with a device on a remote network segment it must know the IP Address of the default gateway All network traffic from one network segment to another will Class C pass through the default gateway This default gateway IP Address must form part of the configuration of all devices that wish to communicate with other devices on remote network segments IP Addresses 77 Some typical network topologies are shown on the previous page In Summary All devices on the same network segment must have unique IP Addresses The NetID of the IP Addresses of all devices on one network segment must be identical An incorrect subnet mask may result in devices being unable to communicate on the network A default gateway must be added to the configuration to communicate with devices on a different network segment Note If in doubt contact your network administrator for details of the correct IP Address subnet mask and default gateway 78 Appendix E IDM Hardware Overview and Jumper Settings IDM T2 DAU Hardware Overview A standard IDM T2 DAU contains the following PCBs m A CPU board PCB 12 8292 Mk 1 PCB 12 8320 Mk II m An Analog board PCB 12 8293 Mk I A Front Panel board PCB 12 8294 This hardware is specifically designed to facilitate the upgrade of DFR 0 DFR I DFR II or DFR IIB
80. e Records Filter meet a specified criteria Using The Device List Tree tab listing only those records that The Replay Plus Device List works similar to Windows Explorer Selecting a Station from the Device List will display all records for that Station in the main Records pane The user may also expand open a Station either by double clicking on it or clicking the 4 tree icons to show the devices under that Station These are the same devices which appear in the Devices tab for each station Selecting a device under a Station will display only the records which are associated with that particular device The records displayed when a device is selected are a subset of the records for that Station In effect the device acts as a filter The example below shows three records in the List View pane for the t4 1 device at Station Castlebar 11OKV QE Hathaway Replay Plus Exploring File Edit View Comms Polling Tools Edit Settings 1 From the Repky Plus Explorer window click on Edit and then select Settings 2 This will open a dialog called Replay Settings Open the House Keeping tab and disable the Show IDM devices under stations check box l Click on OK Show IDM Devices Under Stations Enabled Browsing Devices in the Device List 32 Device List Device List pon Cg BCM200 Sancai CBT400 ee aj DFRII
81. e installed in the substation then these are installed in a similar fashion 1 Ifa LSU is to be added select Insert gt LSU on LAN from the IDM Configuration dialog The following dialog will be displayed and it is used to specify the LSU IP Address and assign it a name 5 New LSU Name Details of the LSU IP Address is included on the DAU Configuration sheet PEJ Please type in a name for the LSU suot Cancel IP Address 184 fi fi 35 mm Sub NetMask 255 New LSU Details 2 Ifa Reply Plus PC is to be installed in the substation select Insert 5 Replay on LAN from the IDM Configuration dialog The following dialog will be displayed and it is used to specify the PC s IP Address and assign it a name 3 When all new LSU and or Replay Plus PC details have been completed icons representing the LSU 9 and Replay Plus PC will appear in the IDM Configuration dialog 3 IDM Configuration My First IDM on My File Edit View Insert Set Help Note The IP addresses selected for the DAU LSU and PC must all have the same Network ID For more details refer to Appendix D About IP Addresses 1 DAU LSU and Replay Plus PC Added Setting the Default Gateway If it is intended to have direct network communications between the IDM and remote computers then a default gateway must be specified in the configuration 1 Select Edit gt Routing Table from the IDM
82. e user Administrator can change the Administrator password To do this 1 From the Reply Plus Explorer window click on Tools and then select Change Password Change Password Enter new password 2 This will open a dialog Sook ia NI called Change am 7 Password Changing the Password 3 Enter the new Administrator password The password must be eight characters in length and re entered for verification purposes Click on Accept to use the new password Changing the Reoky Pus Customer ID Only the user Administrator can change the Replay Plus Customer ID To do this 1 From the Repky Plus Explorer window click on Tools and then select Change Key 2 This will open the Replay Pus Security dialog 3 Enter a valid ID and password and click on Unlock Replay to use the new Replay Plus Customer ID Disabling and Enabling Security Only the user Administrator can disable the security features of Replay Plus To do this 1 From the Repky Plus Explorer window click on Tools and then select Disable Security 2 Enter a valid password The administrator s password is required to change this setting 1 3 Security will be disabled and this is confirmed Enter Password Hathaway Replay Plus E3 Confirmation Caution When security is disabled the Log On dialog is not shown when Replay Pus is started and Replay Pus will launch without requesting a password Disabling security
83. ecorder Failure TB1 5 normally closed contact TB 1 6 Recorder Triggered TB1 7 normally open contact 81 8 Earth 61 4 Supply Voltage Positive supply voltage DC Power Supply Terminals Negative supply voltage DC n n or AC supply live AC i AC supply neutral AC u n IRIGB Om Om Sample IDM T2 DAU Configuration Form Part 2 74 mathaway Appendix B DSP Calculations Calculated Quantities The following quantities are calculated every cycle by the DSP processor in the IDM SYMBOL DESCRIPTION Phase Angle Single Phase Real Power 13 Pn where n A B or C P3 Three Phase Real Power Qn where n A B or C Q3 Three Phase Reactive Povver Sn where n A B or C Ee Three Phase Apparent Power PPS PPS4 Positive Phase Sequence Current ZPS ZPS Zero Phase Sequence Current Fa Frequency Hm nth where nth is harmonic Harmonic number Total Harmonic Distortion Single Phase Reactive Power 3 Single Phase Apparent Power 3 saJipuoddy 75 DFR Records A DFR record can be divided into three parts Eu Pre fault section m Fault section Post fault section The DFR function records continuously and in the absence of any sensor operations remains in the pre fault state filling the pre trigger circular buffer The DFR function can be triggered either by the operation of one of it s own sensors or by the receipt of a
84. ect Insert 5 DAU GB IDM Configuration My First IDM on My First Station File Edit View Insert Set Help HR LSU on LAN ane Inserting a DAU 2 The New DAU Name dialog box is displayed This is used to confirm the DAU IP Address and to assign a DAU name Additionally the number of analog and event channels is specified along with the number of circuits Alternatively a new DAU can be created based on the configuration of an existing DAU 38 mien nel eee al 3 The IP Address Please type in a name for the DAU should be the same as pai 0k Cancel the IP address Netwoik Channels Calculations Advanced specified in the IDM LS NN N Details dialog and the Subnetmask 255 f255 255 kjo IP Address on the DAU Configuration sheet supplied with New DAU Name Network Details the equipment a New DAU Name olx 4 Inthe Channels Calcula tions tab specify the number of analog channels 10 or 16 and event channels 8 Please type in a name for the DAU pat ok cos Network Channels Calculatio Advanced Number of Analogues no v Number of Events 16 ti Calculations Defaults Default2cct_10 ti 16 24 or 32 Nevv DAU Name according to your Channels Calculations DAU type 5 The choice of Calculations Defaults depends on the number of analogs specified If 10 analogs have been specified there is only one possible setting m Default2
85. ed I TaskMan I Comms T Analysis Enable the Polling check box to display the 21x 08 08 2002 13 01 15 08 08 2002 13 01 15 08 08 2002 13 00 44 08 08 2002 13 00 13 08 08 2002 13 00 13 08 08 2002 13 00 12 08 08 2002 13 00 12 08 08 2002 13 00 12 08 08 2002 13 00 10 08 08 2002 13 00 10 08 08 2002 13 00 04 08 08 2002 12 46 09 08 08 2002 12 46 09 08 08 2002 12 45 38 08 08 2002 12 45 07 08 08 2002 12 45 07 08 08 2002 12 45 06 08 08 2002 12 45 06 08 08 2002 12 45 06 08 08 2002 12 45 04 08 08 2002 12 45 04 s pe nA Send to Notepad i polling activity Station Name 1D Poll Date Time Type Function Data req Data Recv Data Errors X Training Trainer 3 22 08 2002 15 15 00 DFR Interval 0 0 0 W Training T1_Trainer 2 22 08 2002 15 15 00 TSS Interval O 0 0 P4 Demo Room Demo V2 5 22 08 2002 15 15 00 TSS Interval O 0 o Demo Room Demo 2 5 22 08 2002 15 15 00 DFR Interval O 0 0 Belfast Incomeri 26 22 08 2002 15 15 00 DFR Interval O 0 0 N ote o x Training Trainer 3 22 08 2002 15 01 08 DFR Interval O 0 o W Training TI Trainer 2 22 08 2002 15 00 05 TSS Interval 0 0 0 Demo Room Demo Y2 5 22 08 2002 15 00 05 TSS Interval O 0 0 Pai P4 Demo Room Demo V2 5 22 08 2002 15 00 04 DFR Interval O 0 0 Belfast Incomer1 26 22 08 2002 15 00 00 DFR Interval 1 1 0 X Training Trainer 3 22 08 2002 14 45 00 DFR Interval O 0 0 W Training TI Trainer 2 22 08 2002 14 45 00 TSS Interval O 0 0 Nasi pana Next Page
86. ed History gives an archive of polling activity for all devices for which polling is enabled These three options may be viewed as giving polling information based upon time So Status gives the future and present shovving details of the next poll to be carried out along with details of a poll whilst it is actually in progress When a poll is completed the details of the poll are accumulated into the Summary Thus the Summary gives a review of recent poll activity History gives an archive record of polling information listing the individual poll activities for each device 55 About IDM Polling Operation Polling operates by maintaining knowledge of the date and time of the last record successfully recovered from a device via polling Thereafter it will recover all records newer than this date andime when the device is next polled If a situation develops whereby old records were not successfully recovered by polling but a newer record was most likely because of a communications problem then polling will not automatically recover these old records During certain times specifically when polling has control of the communications program to carry out polling requests some normal user selected commands that involve communications will not be allowed Polling has priority over operator requests that involve communications to devices If the user selects a command that requires communications and cons
87. eft click and the blue Reference cursor is positioned using Shift left click These options can be reversed by clicking on Bag Analog channels are auto scaled for optimum viewing and configuration options permit only active channels i e analog channels with a valid signal or event channels with changes of state to be displayed By default instantaneous values are displayed at the cursor position However clicking er displays rms values for ac signals To display active channels only check the Show only active channels box in the File gt Preferences menu Use the Max Percentage full scale for noise setting in the File gt Preferences menu to set the signal level below which the viewer will set analog channels as inactive The Trace Select Analogs menu or the E button can be used to over ride the inactive channel setting or select individual traces for display Toolbar buttons al and al can be used to expand and compress the time axis and the a button displays the full time axis Clicking on analog channel labels to select a single or multiple channels permits the EJ and ZI buttons to be used to increase or decrease the amplitude scaling of the channels The vertical position of analog channels can be changed by clicking and dragging the analog channel label A snap feature automatically aligns the overlayed traces about their horizontal axis The a and el buttons can be used to undo and redo changes
88. emporary folder on a PC running IDMCal 2 Run IDMCal software 3 Select Set DAU Address Comport from the Comms menu specify and specify the appropriate information to communicate with the DAU 4 Click on View Send Calibration Consts from the IDMC al startup screen 5 On the dialog shown locate the required cbn file and highlight this cbn file by clicking on it kk99219 cbn Calibration Binary Files cbn A VA Selecting Calibration File 6 Click on Open and the calibration binary file will be displayed Calibration Results i Calibration Results 7 Click the Send to DAU button to send the cbn file to the DAU 8 Close IDMCal and run Replay Plus 9 Inthe List View on the right select the Devices tab Eipevices at the bottom 10 Right click on the relevant DAU in the List View and select Configure IDM Q IDM Configuration daul on 000123A File Edit View Insert Help 11 Right click on the relevant DAU icon a co 7 and select v Set s Time Master lt lt Report DAU LL Report Calculations _ 12 A DAU Report dialog will be displayed which shows calibration details lecting R DA Selecting Report DAU of the DAU DAU Report for DAU1 1 36 DAU Calibration Details 13 Click on Save 14 Click on Save and Send in the IDM Configuration dialog and calibration of the DAU is fully restored
89. eply Plus is installed gt cd rom contents JEN m Repky Pus software build 1700 nhat i m Replay Pls manual NG N Vi m Adobe Acrobat Reader 5 m Hathaway product information gt cd key CD key 1FE 00 wGGbHU9U 0285 4107 Password hathaway The CD key and password are case sensitive Please keep this information in a secure place Sample Customer ID and Password 28 Replay Pus Log On Each time Replay Plus is started the Log On dialog is displayed Replay Plus Log On The User Name is the name of the user who is logging on and may be altered The Password is the assigned password for Log On Details that user The user name and password are case sensitive The Log on button becomes active once an eight character password is entered When Log on is clicked and the password has been validated Replay Plus will be loaded If an invalid password is entered an error will be displayed and Replay Plus will not run Hathaway Replay Plus Quit will exit Replay Plus Invalid Password Administrator Privileges The Administrator has unrestricted access to all features of Replay Plus In addition only the Administrator has access to the following high level security features Changing the Administrator password Changing the Reply Plus ID Disabling or enabling security The Replay Pus User Manager Changing the Administrator Password Only th
90. equently would interfere with polling the following dialog will be displayed Hathaway Replay Plus PE The user may click on OK button and wait until later IDM Polling is in progress Polling in Progress Alternatively choose Paused or Disabled from the Polling menu to pause or disable polling Polling Status Example As explained previously Polling Status gives details of the next polls and any polls that are actually in progress From the Replay Plus Explorer window click on Polling and then select Status The Polling Status dialog will be displayed Polling Status Pa In progress Name 10 Type In Progress Records Received Errors Pending Belfast Demo Room Training Incomer 1 26 DFR Demo 2 5 DFR TSS T1_Trainer 2 TS5 15 minutes 15 minutes 15 minutes I Auto refresh Polling Status 1 The lower section of the dialog Pending shows the next poll activity while the upper section In Progress shows details of any poll that may be in progress In the example shown above the lower Pending section indicates that polling of three devices is scheduled to take place at 12 30 One of the devices is configured to poll DFR only one to poll TSS only and one to poll both DFR and TSS The blank In progress section indicates that there is no polling activity presently in progress The Auto refresh check box in this example has been enabled I to allow the information
91. et SER 165 is issued when channel check mode begins and SER 166 when channel check mode ends Analog Channel Check Mode The LCD will display Check Chan x on the top line of the LCD where x is the analogue channel number that is currently being viewed The second line of the LCD will show the secondary value for that analog channel The value is shown to 3 decimal places followed by units mV V mA A etc followed by a signal type identifier AC or DC For ac channels the secondary value show is rms Use lt up arrow gt to increase or lt down arrow gt to decrease the analog channel number that is currently being viewed Viewing will be automatically limited to the physical analog channels available in the DAU Use lt left arrow gt or lt right arrow gt to toggle the mode of operation into event channel check mode Use lt Esc gt to return to normal DAU operation Event Channel Check Mode The LCD will display the word Events in the centre of the top line confirming that channel check mode is selected for event information Top left on the LCD displays the event number for the event channel state that is displayed bottom left on the LCD Similarly top right on the LCD displays the event number for the event channel state that is displayed bottom right on the LCD The events channel state on the bottom line are in numeric sequence from left to right The event state for 16 event channels is shown simult
92. functions to work correctly we Cursors signal measurement need to specify the channels that contain the three phase voltage and current signals for each of the circuits being monitored Only display the signal within the graticule area To specify the channels Change the colour of the analo Select Colour 9 9 1 From the Tools menu in the Record Viewer select channel trace Waveform Sources Cut Cut a channel from the display Copy Copy a channel from the display Clip to Graticule Waveform Sources for Analysis 71x Load Save Specific Source File Load Sources Load from Record Save s Save to Record Default Source File D replayplus configs idmtss sre Save Default Delete Default Line1 Line 2 Line3 Line 4 Cancel Close this menu Cancel snidAejdoy Graphics Configuration Right click on the right hand graphics pane to display the Graphics Configuration menu 2 DFR Viewer D TEMP REC83 dat HATHAWAY Systems Belfast FQ Rec 26 02 90 File Edit Trace View Graphics Tools Window Help Line Name S Fi 2 Select Channels Va Yb Yb Va 147 33 56 36 kV V RED 1 Add Annotation Ye c Load Sources la e mee 229 38 234 08 ky V YEL 1 Select Background Colour Ib Ibf Ie Je Icf x 75 15 171 09 kV V BLUE 1 In P3 Total 1 x 8 56 6 43 kV vV NTEL 1 278 Select
93. ggered This is equivalent to the Fault Alarm on DFR systems Ethernet Connections There are two types of ethernet connection a 10Base T and a 10Base FL Both operate at a speed of 10Mbits sec The 10Base T connection is via the RJ45 socket P15 on the CPU board and is used for short range communication over standard twisted pair cables The 10Base FL connection is via the two ST fibre connectors P13 14 on the CPU board and is used for longer range communication over fibre optic cables These connections are at the front of the CPU board and run through the spare I O card slot on the DAU rear The white coloured connector is for transmit and the grey colour for receive The connectors are suitable for 62 5 125 micron multi mode fibre cable The wavelength used is 1300nm The IDM uses TCP IP protocol Ethernet Firmware Installation Two versions of firmware exist for IDMs A typical file name where x y and z are the firmware version numbers would be as follows Mm vx080201_x y z bin For RJ45 twisted pair ethernet only vxAUI080201 x y z bin For fibre optic ethernet only Unless otherwise stated the shipping default firmware is of the vx type which will only support RJ45 twisted pair networking If fibre optic network cabling is being used the vxAUI firmware needs to be uploaded to the DAU Firmware is updated using IDMCal software Refer to Appendix H IDM DAU Recovery for more informa
94. hanges made in the dialog will then be applied to all the chosen devices The defaults for the multiple selections are set in the Polling section of the Replay Settings dialog see next Also refer to Auto Polling Configuration earlier in this section for more information on Auto Polling Replay Settings Polling The Replay Settings dialog enables the user to set default polling parameters 1 From the Repky Plus Explorer File Edit View Comms Polling Tools pe i select Settings window click on Edit and then I ACM2nn Edit Settings 2 This will open a dialog called Replay Settings Open the Polling tab wm Replay Settings HEI Directories House Keeping Global Filtering Annotation Strings DFR m Analysis Polling LSU preferences Pause Timeout 25 minutes Starting From date Last 5 days kaj Log Polling Number of records 200 Multiple selection preferences Poll time 00 00 Poll interval jis minutes ti Disabled I Poll from LSU OK Cancel Replay Settings Polling 3 The Pause Timeout to the length of time in minutes that polling will remain paused Manual Poll Incomeri Demo Y2 T1 Trainer Trainer Choose Multiple Devices Choose the multiple devices in the Manual Poll dialog and click on Auto polling The Auto Polling dialog vvill be displayed 4 Ifthe Log Polling ch eck box is enabled
95. hannel allocation IDM T2 DFR II B DAU Dimensions Input Output Connections See IDM T2 DFR II B DAU Rear picture next page Power Supply and Earthing The standard DAU power supply is a universal input with the following ranges m 85V to 320Vdc m 90V to 250Vac 50 60Hz The burden of the DAU is 40VA 10 is 9 NA Ko 4 CI o pa fie ke IDM T2 DFR II B DAU Rear All analog channels are calibrated in the factory and there is no need for site adjustments The DAU configuration sheet provided at the back of this manual will list the calibration details of each analog channel Fach analog channel is fully isolated from each other and from ground Caution It is important to connect the analog inputs SWC GND to the main ground of the system The following also applies m Accuracy of reading better than lt 1 of full scale Where a DAU is supplied with a combination of current and voltage channels always ensure that the selected input channel is a current channel before connecting a CT circuit Event Digital Inputs Each DAU is fitted with up to 32 digital inputs in increments of eight The digital input sensitivity can be 24V 48V 110 125V or 220 250V dc with a tolerance of 20 The DAU configuration sheet gives the digital input details The purpose of the digital inputs is to monitor the state of external contacts normally associated with protection relays and plant
96. he DFR Upgrade Installation Manual available from Hathaway document number 37 8275 User Connections System Layout The power is connected to the PSU 10 way terminal block labelled Input The labels AC and AC are for live and neutral of an AC supply The labels and show the polarity of the DC supply A dimensioned picture of the 9U rack mounting IDM T2 DFR II B DAU is shown below It is an easy device to mount All analog event and alarm signal conditioning is internal to the chassis All input signal connections to the device are via screw It is very important to connect a ground to the CHASS GND terminal blocks on the rear panel The IDM is small enough to ba ng screw This connection is the chassis ground of the instrument mount directly into the protection panel of the equipment being monitored 127 Analog Inputs The DAU has 16 analog inputs in increments of four connected via TB6 and TB7 wer supply is 304 8MM Note Total depth including po Analog inputs can be AC voltage via interposing transformers AC current via 120mQ or 600mQ shunts or DC voltage via DC isolation amplifiers The IN and RTN labels on the rear 400 05 anel show the connection of each m p m 1534 9U input to ensure correct phase relationship is maintained between the signals The DAU configuration sheet provided at the back of this manual will confirm the c
97. he manufacturer and model of modem to be used listed then click New Manufacturers Model U 5 Robotics Courier 34 Data Fax LI 5 i Texas Instruments obotics Courier 2400 Toshiba Turbomodem s R R R R R R Robotics Courier 32bis with ASL R U 5 U 5 U 5 U 5 U 5 Modem Type 5 We now need to configure the serial port for the modem being used G IDM Configuration My First IDM on My First Station File Edit View Insert Set Help jt Badi Remove Connected Device Pu elepl Replay Plus Configure Modem Port Configure Comm Port Data Bits 38400 Je gt Parity Stop Bits None fi z T Flow Control Xon lt off Cancel Modem Port Settings Data Bits should always be set at 8 Parity should always be set at None and Stop Bits should always be set at 1 The Flow Control check box should always be disabled Select Modem Type for My Modem y Click the manufacturer and model of your modem IF your modem is not obotics Courier Dual Standard v 34 Fax obotics Courier Dual Standard v 34 ony obotics Courier Y 32bis Y FC FAX obotics Courier HST Dual Standard Y 32bis4 obotics Courier HST Dual Standard Fax HAS Cancel Right click on the required serial port and select Configure Port snidAejdoy A modem connection can sustain a Baud Rate of 38400
98. hen SERs are automatically sent to this LSU and the following dialog will be displayed IDMConfig 3 No further selections are available for SERs if there is a LSU present madi LSU Present 4 Ifno LSU is present in the configuration SERs may be sent to a defined output destination 5 Use the drop down lists in the dialog to select the output destination for each type of SER available Were the selected output destination is to be accessed using a modem again select the modem using the drop down list Global SER Settings none aaa aaa Ca Ca fo Hd Coa Set Global SER Settings DAU Configuration DFR To select this option G IDM Configuration My First IDM on My First Station 1 Right click on the EMEF DAU icon E m from the menu select Configure DAU gt DFR and MENGN Configuring DAU gt DFR 47 DAU DFR Configuration DAU 1 1 Replay Plus PC Replay DAU DFR Configuration 2 This dialog allows the selection of which analog and event channels are to be included in DFR records sent to each destination Use the Destination drop down list to select the destination to be configured and channels to be included can be moved to and from the Chosen Channels list using the Add gt gt and lt lt Remove buttons The default condition is to include all analog and event channels in each output destination
99. ilter display options 30 Configuring Ethernet Communications Installing TCP IP for Network Communications To communicate with an IDM using Ethernet the PC must be equipped with an Ethernet network adapter either ISA PCI or PCMCIA The IDM Ethernet communications uses the TCP IP protocol and so the following network components are required E A network adapter driver TCP IP protocol on the network driver to be used 1 From the Windows desktop right click on Network Neighborhood ga and select Properties to show the Network dialog Configuration Identification Access Control 2 Ifnot already installed choose Add to add the driver for the The following network components are installed CA Client for Microsoft Networks nd 3Com EtherLink XL COMBO 10Mb Ethernet NIC ects T 3Com dAMON Smart qent PC Software IPX SPX compatible Protocol TCP IP network adapter to 4 Add Bencve Properties Primary Network Logon I Client for Microsoft Networks bd File and Print Sharing be used and install the Microsoft TCP IP protocol 3 Next select TCP IP gt Network Adapter and click Properties to display the TCP IP Properties dialog Network Dialog TCP IP Properties Bindings Advanced NetBl05 DNS Configuration Gateway WINS Configuration IP Address An IP address can be r Ph assigned to this computer
100. iner DFR i 15 minutes Refresh Cancel Polling Status Paused To restart polling that has been paused from the Replay Plus Explorer window click on Polling and then select Enabled To Disable Polling 1 From the Repky Plus File Edit View Comms Po ling Tools Help Explorer window click on aa oe r Polling and then select Devi a p pe a Enabled Disabled ag MBO Paused 3 on a DFRII enver IDM E 7 o BIR 2 The disabled polling mu RIR Key Violations status is shown on the Disabling Polling Replay PUS status bar below the Records tab Caution Polling Disabled Clicking on Disabled will stop the polling engine and all jobs in the In Progress queue are lost Polling Disabled Stop Poll Job s Flush Queue When a poll job is in progress two new items appear in the Polling menu Stop Poll Job s and Flush Queue Hathaway Replay Plus Explorer File Edit view Comms Polling Tools Help f Als SG E a Device List ae Devices Clicking Stop Poll Job s will terminate the current poll Any poll activity already i ag BG v Enabled i blang Naan started actual communications a BA arog to the device is in progress fi RTR Key Violatior_Flush Queue will be allowed to continue Stop Poll Job s Flush Queue and complete Clicking Flush Queue will remove all pending jobs from the In Progess queue Poll Now Man
101. ing Graphics Configuration Waveform Sources for Analysis Select Graphics Configuration to display the Graphics 2 Sources can be created for up to four circuits or lines in any Configuration menu one record and each set of sources is enabled by entering a name in the Line Name text box Graphics Configuration 24x This dialogue Default Channel Height 50 x can be used to 3 Use the drop down lists in the Select Channels field to Detauk Channel Separation J Cancel change the select the channels that contain the three phase voltage and Event Height graphics current signals for each circuit or line The neutral current or L Edit amp Print Da F toro background definition In is only required for the fault location function T Display all Analog Points Cursor Values colour display IM Smooth Analog Points Instant I Normalise Graticule Limits Paa time values as 4 The Load Sources and Save As options can be used to save T Show active events P i P ae Pi absolute time and retrieve Sources definitions from files on disk hovvever Scales Font Size ae i i 2 hh OM 2 2 decimal places and adjust the it is more convenient to use Display Configurations as a font and mechanism to save and retrieve Sources information see Time Scale Background Colour 5 PAMARAAN resolution of Display Configurations section t Relative to Trigger the cursor Cycles from Trigger values Sources are also u
102. ironment 45 Global Settings Output Destinations 45 Global Settings DFR 0 00 46 Global Settings TSS aa 46 Global Settings CSS ce 46 Global Settings SER 46 DAU Configuration DFR aaa aaa 47 DAU Configuration TSS aaa 47 DAU Configuration CSS a 48 Configure Analog Channels a 48 Configure Event Channels 0 00000 sues 49 Goni our e CMCUNS vj mga de da e DAL 49 Report DAU and Report Calculations 49 Configure Sensors 0 0 es 50 Sending Configuration to the DAU 50 Communications ka kana nana sesa se aaa 51 Communications Overview 0 00 c cece eee eee 51 Retrieving IDM Directory and Records 51 Retrieving Sequence of Event Data 53 IDM POUING agawa Wa FGE KANA indit wees 54 Polling Overview 2 a 54 Auto Polling Configuration aaa aaa 54 Polling Operation 0 0 00 55 Polling History Errors 2 0 0 0 eee eee 58 Pausing and Disabling Polling 58 Stop Poll Job s Flush Queue 59 Poll Now Manual Poll aaa aaa aaa 59 Replay Settings Polling 0000005 60 Record VIEWEF aux d eee siew PAANAN 62 Record Viewer Overview 0 00 cee ee eee ees 62 Typical Record Viewer 0 0 c cece eee eee 62 Analog Channel Label Menu
103. is an IDM TI DAU enclosed in a carrying case for portable use The IDM T4 DAU Access to the 10 analog and 16 event channels is via 4mm safety connectors accessible at the rear of the case External VT boxes and CT clamps are used for monitoring feeder circuits These isolated signals are then fed to the 10 analog channels of the IDM DAU The IDM T5 DAU The IDM T5 DAU is equipped with two IDM T3s in a 6U 19 rack mountable enclosure that is 326mm deep Fach has 16 analog and 32 event channels independent of each other IDM T6 LSU Local Storage Unit The IDM T6 DAU is an IDM T3 DAU enclosed in a carrying The LSU is a industrial PC based device that provides the case for portable use following functions in an IDM installation Non volatile storage for DFR TSS and CSS records Modem sharing between multiple DAUs m Printing records from multiple DAUs The LSU is equipped with two serial ports an internal 56K modem a minimum 20Gbyte hard drive and a network interface card equipped with a 10 base T and AUI port It runs the multi tasking Linux operating system The IDM T6 DAU Access to the 16 analog and 32 event channels is via 4mm safety connectors accessible at the rear of the case The LSU Local Storage Unit CHI CH13 CI CH14 o CHI o CHI CI IDM T6 DAU Rear All IDM DAU types are equipped with fully internal signal conditioning making them very compact units
104. itrol Hathaway Replay Plus software package provides a powerful platform for the acquisition analysis and reporting of data from power system substations The IDM Data Acquisition Unit DAU has six standard formats or types A 3U rack mounting model the IDM TI Type 1 The IDM T2 Type 2 an upgrade kit for Qualitrol Hathaway DFR 0 DFR I DFR II and DFR II B fault recorders giving them the functions of the IDM T3 m A 6U rack mounting model the IDM T3 Type 3 A portable model the IDM T4 Type 4 which is based on the 3U IDM T1 A 6U rack mounting model the IDM T5 Type 5 A portable model the IDM T6 Type 6 which is based on the 6U IDM T3 IDM T1 The IDM T1 DAU The IDM T1 DAU 1s equipped with 10 analog channels and 16 or 32 event channels in a 3U 19 rack mountable enclosure that is 312mm deep IDM T2 Upgraded IDM T2 DAU The IDM T2 DAU is a powerful cost effective upgrade that extends the life of existing DFRs providing all the functions of the IDM including GPS time synchronization higher scan rates and software sensors The upgrade retains the signal conditioning of the original DFR allowing an upgrade to be performed without requiring any modification to protection wiring IDM T3 The IDM T3 DAU The IDM T3 DAU is equipped with 16 analog channels and 32 event channels in a 6U 19 rack mountable enclosure that 1s 326mm deep IDM T4 The IDM T4 DAU
105. itssih ini sp DA EL GnG 79 IDM T2 Mk I CPU Board 12 8292 Jumpers 80 IDM T2 Mk II CPU Board 12 8320 Jumpers 80 Appendix F Generic IDM Calibration Procedure 82 Step 1 Equipment Checklist iii 82 Step 2na TESS aa kaaa ha been hee dene hee Eas 82 Step 3 Calibration Configuration 82 Step 4 Zero Offset Calibration 83 Step 5 Full Scale Calibration 83 Step 6 Finish Calibration iii 83 Appendix G IDM Configuration CD ROM 85 Introduction ceeds Geek wes penisi rat e eee 85 Copy from CD Read Only Attribute 85 Replacing Installed Database 05 85 Generating IDM Default Configurations 86 Sending IDM Default Configurations 87 About IDM Calibration Files 0005 87 Sending Calibration Files ii 87 Database Version Number 00 cee eee 88 Appendix H IDM DAU Recovery 90 MOON ne ta beadens baweeee amen es 90 Files Required for DAU Recovery 90 DAU Recovery Procedure 0000 0 ee eee 91 Boot Loader Mode xa ves sk d i d e EES ga Appendix I Upgrading LSU Code 93 LSU Upgrade Procedure aaa aaa 93 IDM Overview About this Manual This manual assumes no previous knowledge of operation of this type of test equipment Although details are given on
106. l full scale or as a percentage of nominal When setting trigger levels as a percentage of nominal a value of 120 will trigger at 20 above nominal and a setting of 80 will trigger at 20 below nominal 7 When setting thresholds with respect to the nominal value ensure that the secondary nominal value has been correctly set for the analog channel on the Analog Channel Configuration dialog Example Sensor Configuration Configure Sensor 7 to be set a Voltage Window Trigger on Channel 2 1 Open the DAU Sensor Channels dialog and double click on the entry for sensor 7 2 Inthe Sensor Type drop down list select Window 3 Click on Change and in the Select Sensor Calculation dialog choose the signal from channel 2 and click on OK 4 Click on Configure and enter values in the of Nominal field to set threshold levels with respect to the nominal value 5 To set an upper trigger level of 20 above nominal enter 120 in the Upper of Nominal threshold text box 6 To set a lower trigger level of 15 below nominal enter 85 in the Lower of Nominal threshold text box 7 Click OK twice Close then Save and Send in the IDM Configuration dialog to send the new configuration to the DAU Sending Configuration to the DAU Having completed the configuration the new data must be sent to the DAU To send the configuration click on Save and Send This creates a binary configuration file and sends it to the DAU
107. ld we select one mode of communications now say Ethernet it is possible to change to any of the alternatives later Ethernet Communications When selecting Ethernet communications we must specify the Method as Ethernet the IDM Name and the IP Address If the installation is not going to be directly connected to a network then use the default IP Address Otherwise consult your network administrator for details of appropriate IP Addresses 37 ES Idm details JO x Station IDM Name Network ID Model fi IDM Cancel Description Default Settings Method t Ethernet Modem Ethernet IP Address pa aj i eS C Direct connect Ethernet Communication Details Modem Communications When selecting Modem communications we must specify the Method as Modem the IDM Name the telephone number and the PC Com port to which the modem will be attached ES Idm details OU x Station IDM Name My First Station New IDM Network ID Model fi EN Cancel Description Defaut Settings Method Ethernet Modem f Modem Phone Number User name C Direct connect 303 799 8200 repay 0 Comms Port Password 2 NG Pra Modem Communication Details Direct Connection RS232 When selecting Direct Connect communications we must specify the Method as Direct connect the IDM Name and the PC Com port that will be used for communications ES Idm details OU x Station IDM Name Network ID Model fi
108. lfast Incomeri 26 DFR 12 45 15 minutes Demo Room Demo V2 5 DFR TSS 12 45 15 minutes Training T1_Trainer 2 T55 12 45 15 minutes IV Auto refresh Polling Status 3 As polling progresses further the Records and Received columns indicate how may records polling is recovering from the device Polling continues in this way with devices which have been polled being removed from the In progress section and the In Progress column becoming Yes for the next device to be polled Polling Status x In progress Records Received 0 0 Training T1_Trainer 2 TSS Yes 0 Pending Name p Type PPolinga Poll Interval Belfast Incomeri 26 DFR 12 45 15 minutes Demo Room Demo V2 5 DFR TSS 12 45 15 minutes Training T1_Trainer 2 T55 12 45 15 minutes I Auto refresh Polling Status 4 Again as polling continues the Records and Received columns indicate how may records polling is recovering from the device Polling Summary Example As explained previously Polling Summary gives an overview of the polling for all devices for which polling is enabled From the Replay Plus Explorer window click on Polling and then select Summary The Polling Summary dialog will be displayed Polling Summary x The poll history is displayed one page at a time Station Name ID Least Date Time Type DataRecv Data Errors No Pol Belfast Incomer1 26 08 08 2002 13 00 04 DFR 40 0 0 Dem
109. lt down arrow gt lt down arrow gt lt Enter gt If the master DAU is configured for and locked to the GPS then the number of satellites and length of time locked will be displayed If the master DAU is configured for but not locked to the GPS then the time satellite lock has been lost will be displayed If the master DAU does not receive the GPS time string then a error message to this effect will be displayed A Slave DAU displays the time elapsed in minutes since the last hourly time synchronisation packet was received from the master DAU Note gt On power up reset the master DAU sends a series of time packets every minute for the first five minutes and then every hour to the slave DAUs Additionally with the Satellite Info option displayed pressing lt Enter gt again will give details on the antenna status The antenna status will be reported as passed open or short These antenna status messages are self explanatory and the antenna status option is included to facilitate diagnosis of potential cable antenna problems m passed Antenna correctly detected m OPEN Open circuit in cable from GPS module to antenna E SHORT Short circuit in cable from GPS module to antenna This antenna status information is available to be updated every minute after receipt of the GPS time string from the GPS module which is observed as a short flash of the GPS LED on the keypad Upon receipt
110. m Qualitrol Hathavvay in the floppy drive at the rear of the LSU Cautioni The LSU should not be powered down at any time during or after this process 2 Press and hold in the dongle button Dongle LED until the dongle LED stops flashing and the disk drive begins Dongle to run LSU Dongle COM2 3 The upgrade will automatically take place and the LSU will resume normal operations This exercise takes approximately 20 minutes 4 When the dongle LED begins flashing and no floppy disk drive activity is evident the 3 5 diskette should be removed Appendix I Upgrading LSU 93
111. n Save The modified filter settings can be saved under the same name or a new name Deleting a Filter BE To delete an existing filter select the filter from the filter list on the Replay Plus Explorer window the Filter tab must be active and click on Delete T55 Only New Edit De rkID Date Time Operation Info 20 02 02 09 18 48 440283 Sensors 2 none 20 02 02 09 47 39 780283 Sensors 2 none 20 02 02 10 18 17 170284 Sensors 2 none Delete Filter Hathaway Replay Plus ES Delete filter TSS Only Click Yes to permanently delete the filter 71 Filter Auto Refresh The filter display in the Replay Plus Explorer window is refreshed automatically when a new record appears in Replay Plus To refresh the display manually click on Refresh List This button is shown in the List View pane while the Filter tab is active Alternatively the filter display can be set to refresh at a fixed time interval Clicking on Autorefresh will open a dialog called Filter Auto Refresh Settings T Belfast Incomer DALI1 1 36 26 30 11 01 10 42 58 270284 Se TE Belfast 30 11 01 11 08 36 210283 s4 ES Belfast TA 30 11 01 11 32 14 680283 Se EE Belfast 30 11 01 12 03 02 020281 Se ES Belfast Every Jo seconds 30 11 01 12 33 52 370283 Se Every b minutes Enter O to disable refreshing Set Filter Auto Refresh Refreshing can be set at 0 99 seconds or 0 99 minutes
112. nable the Date check box I variable start date depending on what the current date is 1 e running the filter today will list records from an older start date than running the same filter next week t Fiter Type f LA a Operation Filter Filter On Status Record Type Date Operation Device Infofanno Enable the Operation check box M EH t Show Hide IV Record Type Date Only x P Date Operation Fiber Filter Type R I Device one en ilter Name DFR and T55 7 I Info Anno t Inclusive Exclusive TE Status Pagara Type baka Gperation Device Infof nag Clear All Status t Show Hide Filter Listview Cancel IV Record Type Trigger gereve e ese ee eooseq IV Date None Manual T Event Advanced Filter Date and Time IZ Operation T Sensor I x Trigger T Device Contains Text I Infoj nno Records can be filtered based on their timestamp by either date Clear an time or both combined Filter Listview Cancel Advanced Filter Operation snjdAejdoy There are four possible date and time filtering modes selectable from the drop down list All IDM records can be filtered on any combination of the Date Only day month and year following operation trigger states Time Only hours minutes and seconds Date and Time combination of date and time m None m Recently records in the last n months days hours Manual
113. o Room Demo V2 5 08 08 2002 13 00 12 DFR 0 0 0 Demo Room Demo V2 5 08 08 2002 13 00 12 TSS 0 0 0 Training T1_Trainer 2 08 08 2002 13 00 13 TSS 1 0 0 Training Trainer 3 08 08 2002 13 01 15 DFR 0 0 2 history history that failed Acknowledge Cancel Polling Summary History Error fel Es The dialog lists all devices for which polling is enabled along Pas The line was busy with the time of the most recent poll carried out on the device The Data Recv column is a cumulative count of the records that History Error have been recovered from the device by polling since last Acknowledged by the user The Data Errors column is a cumulative count of the number of Polling Task History data errors that have occurred During normal operation this will essentially be the number of records during which a communications error was encountered To view specific errors double click on any error on the list and an explanation of the error will be displayed Clicking the Acknowledge button clears the Polling History Additionally polling activity is recorded in the main Replay Plus Task History From the Replay Plus Explorer window click on Tools and then select Vievv Task History The Next Page and Last Page buttons are used to navigate through the history Use the Show All option to show all poll Use Show Errors only to view only the poll The No Poll column is a cumulative count of the number of ie Task Histo
114. odem type Other 5 Enable the Don t detect my modem I will select it from a list check box M mathaway 6 Click on Have Disk then Browse e ban axi 14 From the Direct General Connection Comedian 1 From the Open dialog select G3 Direct connection Properties select a D ReplayPlus DirectConnect mdmcbx4 inf use baud rate of your CD ROM drive letter ID as appropriate Pot EE 011 ZJ 38400 and Fe enable the Only ea zix 8 Click OK ma connect at tr AA fa zit this speed mdmcisc2 in AA 9 Click on OK 38400 E check box M t r DiectCo Heres in the Install From Disk 15 Click OK dialog Setting Direct Connection Properties Selecting inf File Note 10 Inthe Install New Modem dialog select Virginia Tech from the Manufacturers lis and select Direct Connection from the Models list gt Further DAU com port configuration is required within Replay Plus Refer to Adding and Configuring a Modem later in this section for more information snjdAejdoy Install New Modem LAS Click the manufacturer and model of your modem If your modem is not listed N or if you have an installation disk click Have Disk Installing Direct Connect Communications Windows NT Windows NT has its own null modem driver To install this Manufacturers Models NULL Modem Types Direct Connection Have Disk lt Back Cancel
115. of a GPS time packet the antenna status displayed on the LCD of the DAU may be refreshed by pressing lt Enter gt Note gt The Antenna Status option is not available for Slave DAUs or Master DAUs without GPS Examine IDs To examine the DAU node and network ID use the key sequence lt Enter gt lt down arrow gt lt down arrow gt lt down arrow gt lt down arrow gt lt Enter gt This displays the current DAU node within the specified network Disable Triggers To disable the triggers use the key sequence lt Enter gt lt up arrow gt lt up arrow gt lt up arrow gt lt Enter gt The LCD will then display the following Esc to confirm Enter to cancel 15 Use lt Enter gt to cancel disabling triggers Use lt Esc gt to display the following DISABLED 60min Esc to re enable Use lt up arrow gt to increase disable time in 30min steps Use lt down arrow gt to decrease disable time in 30min steps Use lt enter gt to default to 60min disabling Use lt Esc gt to re enable triggers Channel Check Channel Check Mode Overview Channel check mode enables the DAU to display analog and event information on the LCD display to facilitate checking of user inputs It can assist in commissioning or checking of user inputs to an DAU where a pc running Replay PUS is not available Using the integral keypad of an DAU the user may select an individual analog channel and its present secondary value will
116. ollowing table G Z U Clock Synchronisation Each IDM DAU has an internal free running clock for time stamping recorded data This clock can be synchronized to an external source via a 1 pulse per second 1pps applied on one of two inputs These connections are at the front of the CPU board and run through the spare I O board slot on the DAU rear The ST fibre connector U500 on the CPU board m Pins 1 and 3 of P19 on the CPU board RS485 multidrop These connections are at the front of the CPU board and run through the spare I O board slot on the DAU rear Master DAUs can be equipped with an internal GPS or IRIG B time decoder A BNC socket is provided for the connection of the GPS antenna or via the IRIG BNC for IRIG B 003 DC level or 1kHz modulated BCD SB data format signal Note The DAU can be equipped with either a GPS decoder or an IRIG B decoder The internal GPS module connects to P21 on COM2 and jumpers J24 and 325 on the CPU board must be set to the B position For IRIG support via COM2 install U50 and jumpers J205 and J206 should be fitted Additionally jumpers J24 and J25 on the CPU board must be set to the B position Where multiple DAUs are installed at one site one DAU the Time Master can be used to synchronize other DAUs time slaves using a I pps one pulse per second signal In this way all DAUs are synchronized to the same time 10s even if there is no accurate e
117. on Add Select Exact Match to only include records with info or annotation that entirely match the entered strings 1 e the whole string will be included Selecting Contains Text means that for a record to match its info or annotation must contain the entered string but need not match exactly To delete items from either list select the entry or entries then click on Del 70 Saving and Using a Newly Created Filter Filter Name Before a filter can be used it must be given a name Enter a name in the Filter Filter Name DFR and T55 ti ype Date Operation saro wara Enter Filter Name Name drop down list This name can be up to 50 characters long Save Click on Save to add the current filter to the filter list on the Replay Plus Explorer window Pa Ka ork andTss TF New Ear baes Filter Saved and Added to Filter List Caution If there is already a filter with the same name as the new filter the existing filter will automatically be replaced with the new one Filter Listview Click on Filter Listview to immediately view the current filter settings in the Replay Plus Explorer window Only those records which match the current filter will be visible Filtering On Filtering On The status bar at the bottom of the Replay Plus Explorer window displays the message Filtering On while Filter Listview is active To cancel the current Filter Listvie
118. r DFR records or TSS records or both record types from IDM DAUs and LSUs All polling configuration information is stored in the Replay Plus database Polling is disabled by default and will remain so until enabled by the user To Enable Polling File Edit wiew Comms Poling Tools Help sal ale a E sa FET IE E Tr Summar y Device List kini Devices siess BCM200 non gt CBT400 pain Md C JDFRII pren IDM KANG CRTR of RTR Kep violations Enabling Polling Polling Enabled Polling Enabled 1 From the Replay Plus Explorer window click on Polling and then select Enabled Polling status is shown on the Replay PUS status bar below the Records tab Caution Problems can arise if there are several PCs each running Reply Plus and all sharing a central database Each PC will run polling according to the polling configuration defined in the central database It is envisaged that if this is the case polling should run on only one PC This single PC is nominated as the Polling Master When polling is enabled this setting is stored in the registry of the PC The registry key that contains the polling status is as follows HKEY CURRENT USER Software VB and VBA Program Settings Task Manager Window PollState This key is created when Replay Plus is closed for the first time It contains one of the following values
119. rieve IDM Config imu 0 Other al Other Reset DALI Poll Now IDM Poll Now Device 4 A Manual Poll dialog will be displayed listing all the devices not just those for which polling is enabled at that Station mathaway Auto Polling Poll time 7 Poll Interval t 15 minutes t 15 minutes Disabled 1 hour Continuous Priority 5 Poll from LSU I Do 5 The user may select and highlight multiple devices in the dialog Choose to poll for DFR records only TSS records only or both DFR and TSS records and then click the Poll now button Manual Poll xi Training T1 Trainer 2 IDM Polling every 15 mins Trainer 3 IDM Polling every 15 mins t DFR TSS C Both Auto polling Poll now Cancel Polling Device Trainer 6 Polling of the specified devices will immediately be initiated In progress Name m Type _ In Progress Records Received Errors Training Trainer 3 DFR Yes 0 0 0 Pending D type Polingat Pollinterval Belfast Incomeri 26 DFR 13 30 15 minutes Demo Room Demo V2 5 DFR TSS 13 30 15 minutes Training T1_Trainer 2 T55 13 30 15 minutes Training Trainer 3 DFR 13 30 15 minutes M Auto refresh Refresh i Device Trainer Polled 7 The user may also set the auto polling settings for multiple devices at this point DFR TSS C Both Set Auto Polling for Multiple Devices 10 All c
120. ry times a directory was not obtained from the device being polled Directory Failed Training Trainer Polling Polling complete Training Trainer Polling Directory Failed Training Trainer Polling Directory received Training T1_Trainer Polling Polling complete Training T1 Trainer Polling Directory received Demo Room Demo 2 Polling Polling complete Demo Room Demo Y2 Polling Directory received Demo Room Demo 2 Polling Polling complete BelfastjIncomeri Polling New Record Belfast Incomer1 DAU1 1 36 Polling Directory received Belfast Incomer1 Polling Polling complete Training Trainer Polling Directory Failed Training Trainer Polling Directory Failed Training Trainer Polling Directory received Training T1_Trainer Polling Polling complete Training T1_Trainer Polling Directory received Demo Room Demo 2 Polling Polling complete Demo Room Demo 2 Polling Directory received Demo Room Demo 2 Polling Directory received Belfast Incomer1 Polling Polling complete Belfast Incomer 1 This may be a consequence of for example a modem problem Clicking the Acknowledge button clears the Polling Summary Polling History Example As explained previously Polling History gives an archive of the polling activity per polling request for all devices for which polling is enabled From the Replay Plus Explorer window click on Polling and then select History View Task History The Poll History dialog will be display
121. s Time Master option IDM Configuration My First IDM on My First Station 2 File Edit View Insert Set Help Right click on the DAU icon again and from the Configure DAU gt DFR v Set As Time Master pal l menu select Report DAU l css i Report Calculations Becta Co nfi g u re DAU z v Use External PPS Memory Inputs Reset DAU gt and from the sub menu check V the Use External PPS option Remove DAU Use External PPS Adding and Configuring a Modem If a modem is to be used for remote communications to the DAU then it needs to be added and configured A modem can be installed on COMI or COM2 However if a GPS module is present in the DAU it requires COM2 leaving only COM 1 free for the modem GB IDM Configuration My First IDM on My First Station 1 Add a modem by right clicking on the File Edit View Insert Help DAU 1 Add Printer m required serial port and selecting Add Telephon Modem Add Time Source Replay Plus Add Replay Contigure Port Adding a Modem 41 si New Modem Name Please type in a name for the Modem JM y Modem Phone Number 771 913 OK Cancel Modem Name and Number Add a Modem name and DAU phone number to the dialog box as shown 3 To configure the modem right click on the modem and select Configure Modem 4 In the dialog box shown select t
122. s follows vx080201_x y z bin For RJ45 twisted pair ethernet only For fibre optic ethernet only vxAUI080201_x y z bin DAU Recovery Procedure 1 Connect the DAU to a PC running IDMCal using the correct serial cable Qualitrol Hathaway cable 16 1949 Refer to Chapter 2 Connecting Peripherals for more information on this cable Connect this cable between the pc COM port and COMI on the DAU 2 Run IDMCal Select Set DAU Address Comport from the Comms menu 9i 3 Select Select Communications Method Communi c ati ons LA o Method Cancel ethod to XMODEM IP Address Port 200 100 51 34 serial and the Re Port to the COM p Pa port on the PC Network ID 38400 that is connected g to the DAU The 5 z Baud rate shall Selecting Communications i 38400 Method e set to 4 Click on OK To Send DSP FPGA 5 Click on Send DSP FPGA from the IDMCal startup screen 6 On the dialog DSP FPGA Filepath shown click on fc IBMCal DAU 323d1 006_f3d dat Browse and Direct comms Port 1 locate the required DSP FPGA file Sending DSP FPGA File 7 When the correct file has been selected click on Send As the file is being transferred the LEDs on the DAU will flash 8 When the file has been completely transferred reset the DAU manually using lt Reset gt on the keypad The DAU will attempt to run and if there are still corruption errors detected the
123. s for each of the analog inputs are calculated by default and do not require this configuration Report DAU and Report Calculations Having completed the IDM configuration we must now retrieve the DAU calibration information so that it can be merged with the configuration data This permits the Replay Plus software to derive the scaling of the calculated quantities generated by the DSP processor on the DAU at run time and include it as part of the configuration To retrieve the DAU calibration information 1 Right click on the DAU icon Ha and select Report DAU Reply Plus now retrieves and displays the calibration information for the DAU analog channels 2 Click Save to add this to the configuration To display the scaling for the DSP calculated quantities right click on the DAU icon Ha and select Report Calculation Note I When changes are made to the DAU calibration or configuration items that effect channel scaling e g transformer ratios then new calibration information must be retrieved from the DAU using Report DAU Replay Plus will automatically merge it with the new configuration and it must be sent back to the DAU Configure Sensors About Sensors Sensors or analog triggers are used to trigger the DFR and TSS functions within the IDM Each DAU can be configured with up to 32 software sensors that will operate on any of the 100 quantities calculated by the DSP processor There are two main
124. s with the display configuration Advanced Features Calculated Channels When analysing DFR records the Waveforms function in the software can be used to calculate and plot additional quantities derived from the recorded ac signals Since most of these calculations use the three phase voltage and current waveforms as inputs to the calculations the Sources options must be configured before this option is enabled To access this option 1 From the Tools menu in the Record Viewer select Select Calc Channels 65 2 Select up to 12 vvaveforms for display Available vvaveforms include rms voltage and current phase angles real and reactive povver and frequency Select Calculation Channels Advanced Features Combination Channels The Calculated Waveforms option is used to combine recorded signals to produce a new signal To access this option 1 From the Tools menu in the Record Viewer select Select Comb Channels This example shows how three phase currents are combined to produce a calculated neutral current Select Combination Channels Advanced Features Distance To Fault Calculation The Replay Plus software includes a fault location function that can be used to perform impedance based fault location using recorded voltage and current waveforms from fault records To use the Distance to Fault package the fault record must contain three phase to ground voltage
125. sed by the viewer to ensure that the same displayed scaling factors are applied for each three phase group of Graphics Configuration voltages and currents to simplify the analysis of records 64 Note If the Distance To Fault function is to be used then additional data must be entered in the Line Data dialog Advanced Features Display Configurations Having configured the presentation of a record in the viewer it is possible to save the display configuration for later use in a number of different ways m Use the File gt Graphics Configurations gt Save with Record to save the current display configuration with the record file so that it is automatically re used when the file is opened at a later date m Use the File gt Graphics Configurations gt Save Named Configuration or the toolbar button to save the configuration to a user named file m Use the ra and Sal toolbar buttons to save the configuration where it can be recalled using the Gi and buttons m Use the File gt Graphics Configurations gt Save Recorder Default option to save the current display configuration as the default for the current record type DFR TSS CSS from the current recorder This option ensures that all new records or each type from each recorder can be pre assigned a default display configuration Sources definitions are also stored with display configurations so that they can be automatically assigned to record
126. sor Configuration dialog Sensor Configuration EI 3 Select a sensor type to allow Select Calculation the sensor to be applied to a signal Now click on Change to select a signal in the Select Sensor Calculation dialog After the signal has been selected ensure the sensor type is correct for this signal Sensors available include Over Value Under Value R O C rate of change and Window Select a Sensor Calculation Note For a complete list of available calculated quantities refer to Appendix B DSP Calculations For details of the how the sensor OP Limit setting controls the record length refer to Appendix C DFR Record lengths and Sensor OP Limits If the calculation that the sensor is to be applied to is Frequency the types of sensor available are Frequency Over Under Window and Rate of Change 4 Nowclick on Configure and set the threshold Sensor Threshold Configuration of Full Scale Primary Units Upper I 12 00 I 12 00 A Lower I 8 50 I 8 50 A x Ratio Sec FSD Primary FSD nal 100 004 100 004 ames Set Sensor Threshold Configuration of Nominal I 120 00 AN 85 00 SN Sec Nominal 10 004 5 Over and under sensors require one threshold setting Window sensors require two and R O C sensors have different threshold settings for rising and falling signals 6 Sensor thresholds can be set in primary units as a percent of the channe
127. t Show All C Show Errors only Acknowledge Cancel session Poll History 97 To reduce the number of history and log entries made if polling is set for Continuous no entry is made if it is determined that there are no records to be recovered for a particular poll Polling History Errors The red cross beside an entry in the Poll History would indicate a possible error and vvould vvarrant further investigation unless an explanation vvas readily available Typical errors are failure to get a directory and failure to geta record recovered from devices details of the particular records and devices involved are stored in a database table Example 1 Failure to Get a Directory When both data requested Data req and data received Data Recv are both zero the most likely cause is that a directory was not obtained from the device appropriate devices ldmwame_ Network IP Pol Date Time __ Type Function Datareg _ Data recy Data fare X Belfast Poll History Error Incomer2 27 22 05 01 10 37 DFR Manual 0 A further examination of the Task History confirms that this is indeed the issue namely that polling failed to recover a directory from the device PO my LT CLLUT r TOL ONCE 0 UN Sat 7 MLN L Folling Folling complete BelFast Incomerz Folling Directory Failed Belfast Incomerz Dallina Dallina rammlsks Dama Donm s anma W Directory Failed Confirmation ddf U
128. t oO AC Input O DC Input oO AC Input oO DC Input oO AC Input oO DC Input LI Ac input oO DC Input D Ac input oO DC Input O AC Input oO DC Input L Ac input O DC Input LI Ac input oO DC Input oO AC Input oO DC Input oO AC Input oO DC Input oO AC Input oO DC Input AC Input oO DC Input oO AC Input oO DC Input L AC Input LSU Included Time Synchronization LI Time Master C External 1pps LSU Serial No LI Time Slave L Free Running C internal GPS Modem Required L Ext Serial Time String L internal IRIG B Model 1PPS input Time Zone Fibre Daylight Savings RS485 TB4 O I Input O Vinput O I Input LI Vinput O I Input O V Input 1 input O V Input O I Input O V Input O I Input LI v input O I Input LI v input O I Input O V Input O I Input LI Vinput O I Input LI v input O I Input O V Input O I Input O V Input O I Input O V Input O I Input O V Input O input O V Input 1 input LI v input Sample IDM T2 DAU Configuration Form Part 1 73 Terminal Event Channel Name Events 1 C Fitted O 24v O 48 v L 110 125v 72207250 v Events 2 Events 3 in TB 5 8 Events 4 in TB 5 10 B5 11 1B5 12 in TB 5 13 OMITB 5 14 Events 6 in TB 5 15 OM TB 5 16 Events 7 in TB 5 17 B 5 18 Events 8 in TB5 19 B 5 20 PP B 5 1
129. t box type both lowercase Click on Save Adding and Configuring a Local Printer If a printer is to be used for local printing of SER and DFR records then it needs to be added to a DAU and configured ey IDM Configuration My First IDM on My First Station 1 Add a printer by File Edit View Insert Set Help right clicking on the DAU 1 ii Pub required serial port Teleph Bs e and selecting Add saa Printer Configure Port Adding a Printer 2 Inthe dialog box Please type in a name For the Printer Pers shown enter a name Cie for the printer My Printer Printer Name ine 3 To configure the printer right click on the printer and select Configure Printer Printer Setup Print Density 4 Use the Print Density drop down list to select the quality of the printout Select 8 pin for an 8 pin dot matrix printer e g an Epson LX 300 and 24 pin for a 24 pin dot matrix printer e g an Epson LQ 300 Dots Per Head C 8 pin t 24 pin OK Cancel Printer Setup 5 We now need to configure the serial port for the printer being used BG IDM Configuration My First IDM on My First Station Right click on the required serial port File Edit View Insert Set Help and select Configure Port ee Remove Connected Device Public Telephon Configure Printer Port snidAejdoy Configure Comm Port Baud Ra
130. te Data Bits er t Je X Parity Stop Bits None kd I X Printer Port Settings The Baud Rate will default to 9600 This should be set to correspond with the baud rate of the printer being used Refer to your printers documentation for more information Data Bits should always be set at 8 Parity should always be set at None and Stop Bits should always be set at 1 The Flow Control check box should always be enabled M 7 We now need to select the type of record to be printed ra IDM Configuration My First IDM on My First Station File Edit View Insert Set Help DAU 1 9 My Printer Pu Telep Environment Output Destinations Select Output Destinations Output Destination Settings 3 none xi Wa none 4 linone wi wa none Specify Printer Output Destination Right click in the bottom portion of the IDM Configuration dialog and from the menu select Set 5 Output Destinations 8 From the dialog box shown use the drop down lists to specify which output destination to assign to the printer Note Z Output destination 1 is not available for printing For SER Records ra IDM Configuration My First IDM on My First Station File Edit View Insert Set Help DAU 1 3 My Printer Pu Teleph Environment DFR 155 GSS Output Destinations Select SER 9 Right click in the bottom portion of the IDM
131. te and Time Filter Recently 69 Records may be filtered on the basis of Station Name IDM Name or both combined This is selected from the fiom Name Only IDM Name Only m ka Station and IDM Name DESH Incomer 1 drop down list Select Filter The Station and or IDM Name drop down lists contain names of the available devices To add a device select a Station IDM Name from the drop down lists and click on Add Further Stations and or IDMs can be added to the list in the same way Items on the list are presented in the format Station Name IDM Name where Station Name means any IDM at the chosen Station and IDM Name means any Station with the chosen IDM To remove one or more Station IDM Names from the list select the entry or entries then click on Del Info Annotation Filter Enable the Info Anno check box M Y Advanced Filter Ea Filter Filter Type G and Cor Filter On Filter Name DFR and T55 x Status Record Type Date Operation Device Infoj nno I Status IV Record Type IV Date IV Operation IV Device IV Info Anno Clear All t Match Contains Text CU Uy Advanced Filter Info Anno Filtering may be performed on the record info and annotation text Fither or both may be set to one or more search text strings To add a string to either list typed it into the box below the chosen list then click
132. te pulse per second If there is a GPS installed in the DAU the green LED marked GPS should flash once every minute to indicate an active string from the module Alarm LED The red Alarm LED flashes to indicate an operational change has taken place This could be due to one of the following example conditions E New application configuration or DSP files being uploaded to the DAU m The DAU being reset A trigger condition m GPS lost lock AL1 AL6 LEDs The red LEDs ALI AL6 should not be lit during normal operation Caution If any of the AL1 AL6 LEDs are lit this indicates an error and should be reported Refer to Appendix H IDM DAU Recovery for more information 18 Connecting Peripherals Peri pheral Types The block diagram is an IDM T2 installation showing i i I connections to peripherals It is possible to connect peripheral devices to the RS232 port of any DAU Access to other devices is via the Ethernet LAN There are five types of peripheral device LSU Local Storage Unit Hub shelf Modem Printer Local PC Transmission Substation e DFR 0 I II or II B User Alarm Outputs 125Vdc 5A User Event Inputs 80 130 or 260Vac 24 220Vdc i GPS User Voltage Inputs Antenna NE Analogs Events Alarms Antenna User Current Inputs 20 or 100A Analogs Fibre IDM T2 1PPS RS485 P19
133. terval to enable polling as every 15 minutes once per hour or continuous Poll sessions vvill then occur at 15 minute one hour boundaries or continuous as determined by the clock of the Replay Plus PC For dial up connections continuous is every 2 minutes 7 Next select to poll for DFR records only TSS records only or both DFR and TSS records 8 Use the Priority setting if there are several polling task to be performed at the same time Those tasks with a higher priority number receive preferential treatment by the polling program 10 indicates highest priority 1 indicates lowest priority 9 Enable the Poll from LSU check box to enable polling from a connected LSU 10 Click on Accept when all entries have been made Polling Operation The Polling menu in the Replay Plus Explorer window gives options to monitor the status and progress of polling Hathaway Replay Plus Exploring IDM These options are File Edit View Comms Polling Tools Hel Pp eee Device List m Status History S Devices umma i p BCM200 Enabled ee w0 CBT400 Paused m History bo DFRII v Disabled NU Ge IDM ca My First Station s RTR ca RTR Key Violations oof SSM val BCM200 E Fessessseseed a DED120N Polling Menu Status is used to show details of the next poll and any poll that may be presently in progress Summary shows details of the polling for all devices listing only the devices for which polling is enabl
134. the Replay Plus software and click on Edit and then Settings on the toolbar 27 This will open a dialog called Replay Settings Open the Directories tab In the System Databases field click on Browse in the Master Database field Select C ReplayPlus demo ReplayPlus mdb In the Device Records field click on Browse Select C ReplayPlus demo WrkDir The demo records can now be accessed using the Replay Plus Explorer Replay Plus Security Security Overvievv Replay Plus provides security features that allow additional users to be created or removed Each user is assigned an access level which determines what features are available to them On installation of Replay Pus the user Administrator is created by default User Administrator Administrator Password The Administrator s password is the Customer Password that is supplied along with the ReplayPlus Customer ID on each Replay Plus CD Replay Plus Security Replay Plus Customer ID pee Please insert your Customer ID in the boxes below You will find this located on the back of your Replay Plus CD box Ka a a ee Customer Password Please insert the password that corresponds with your Customer ID This password will have been provided to you by Hathaway po Quit Unlock Replay ReplayPlus Security The ID and password are both case sensitive and must be entered exactly as printed This must be performed once when a new build of R
135. the following fields m The channel Label m Select the Normal State for the event input m Select the edges on which transitions should cause a trigger Low High or both m Select a Debounce time in the range 0 10 ms A trigger condition will only occur when an event input remains in a triggered state for a period longer than the de bounce time 49 Configure Circuits About Circuits To permit the DSP processor to calculate three phase quantities such as real and reactive power and sequence components it must be configured with the definitions of the three phase voltage and current inputs for each circuit being monitored To configure the circuits 1 Right click on the DAU icon Ha and select Configure DAU gt Inputs 7 Circuits Circuit Settings DAU 1 Circuit One va vb Ve Yn circuit 1 fi Va z J2 vb x fs Yc x Disabled x la Ib Ic In 6 121 zj 5 161 vj 6 161 Disabled 7 Circuit Two Va vb Ve vn ficutz2 Mi va zj 2 vb 3 ve Disabled la Ib Ic In 4 121 zj 5 161 fe tct zfs Tj ee Cancel Enter Circuit Settings 2 Type a circuit name for each circuit and select the analog channels that record the three phase voltage and current signals for each circuit In many cases the voltage signals will be shared between multiple circuits The neutral current and voltage channels I and V are not currently used but are included for future expansion 3 The rms calculation
136. the manner in which the IDM should be used reference should also be made to the Help menu within Replay Pus software for further instructions Introduction This Section First time users of the IDM should read this section which describes the capabilities of the system and the operational overview to understand how the IDM functions Installation Gives information on IDM installation with details of the various inputs and outputs Replay Plus Describes how to configure IDM parameters using the Qualitrol Hathaway Replay Plus software package Note Some Replay Plus and IDMCal software screens and dialog boxes shown in this manual may have updated due to continuous product enhancement Where to Go for Further Help If problems are experienced with the setup or the use of the IDM Data Acquisition System please contact Qualitrol Hathaway Instruments Division 15 Wildflower Way Belfast BT12 6TA Northern Ireland Telephone 44 28 9022 5200 Fax 44 28 9022 5225 Qualitrol Hathaway Instruments Division 2 Inverness Drive East Englewood Colorado 80112 USA Telephone 1 303 799 8200 Fax 1 303 799 8200 e mail sales hathaway systems com Internet www qualitrolcorp com Whatis an IDM The IDM is an advanced multifunction distributed data acquisition system designed to address the data recording requirements of a modern transmission or distribution power substation The product when coupled with the Qual
137. the fault type 66 7 Ifthe voltage and current values displayed in the viewer are Distance to Fault Calculation Distance 94 38 Km RA 61 155 Xr 5 593 Distance to Fault Calculation primary values then the Apply VT CT Ratio to cursor values box should be left unchecked Note The phasing of the recorded neutral current must be such that for a phase to ground fault the fault current flowing in the faulted phase is in phase with the recorded neutral circuit If required the Calculated Waveforms function can be used to invert the phase of the neutral current by multiplying it by 1 Advanced Features Sequence Components To access this option 1 From the Tools menu in the Record Vievver select Sequence Components Sequence Components Enabling Sequence Components 2 Select which used and then and sequence components as required Advanced Features Microsoft Excel Export From the File menu in the Record Viewer select Export Data to export portions of the fault record to an Microsoft Excel spreadsheet Data is exported from the selected analog channels from the section between the two cursor positions to a spreadsheet automatically opened in Excel circuit s are to be enable the analysis of voltage current 3 Results are displayed in a new window where the voltage phasors have a arrowhead and the current phasors have a circular pointer
138. tion on updating firmware As the network will not be active if the wrong firmware is installed the uploading will have to be executed through direct connect or XModem The firmware is referred to as Application within IDMCal Serial Ports The DAU has two serial ports 1 and 2 Port 1 is accessible on the front panel 9 way D type connector as well as the rear panel 25 way D type connector Port 2 is accessible via the 25 way D type connector connected to P16 on the CPU board The pin out for the RS232 1 and 2 is given in the following table 12 en Tre Pin 3 TXD DTR Pin5 GND Pin 9 25 WAY D A modem PC or printer can be connected to the serial ports via standard serial cables Port 2 can be configured as an RS485 output via internal link selection Set jumper J6 to position A on the CPU board for RS485 and to position B for RS232 When the DAU is equipped with an internal GPS time decoder or IRIG B time decoder these devices use the COM 2 port to interface to the processor and it is no longer available for external use Inside the front panel two jumpers J24 and J25 select whether the ports is available for external use or is configured for use by an internal time decoder For both jumpers position A is selected for external use and position B is selected for an internal time decoder The pin out for the 10 way DIL header RS485 connection P17 on the CPU board is given in the f
139. tion which dedicates COM2 for time synchronization and it is unavailable for other functions 1 To configure the DAU COM2 port for time synchronization right click on the connection from the icon and select Add Time Q IDM Configuration My First IDM on My First Station Sou rce File Edit View Insert Help The New Time Source Name dialog will be Add Modem Add Printer displaved 1 play AddiReniay Configure Port Adding a Time Source 40 New Time Source Name Please type in a name For the Time Source Add a New Time Source Name Configure Time Source Configure the Time Source Select IRIG B to use an external TTL IRIG B signal 4 We now need to configure the serial port for the time source being used Whatever time source has been attached to a COM port of a DAU the configuration of the serial port must match that of the time code device The black line between the DAU icon and the time source icon represents the serial port where the upper line represents COM1 of the DAU and the lower line represents DAU COM2 GB IDM Configuration My First IDM on My First Station File Edit View Insert Set Help Configure Time Source Port Baud Rate Data Bits 3600 aj E aj Parity Stop Bits JNone x fi x Time Source Port Settings Port Settings for an Internal GPS Decoder Internal IRIG B Decoder The Baud Rate should be set at 9600
140. trigger minutes m Event trigger m Sensor trigger Date Only means that a date field is specified but no time m X trigger Time Only requires a time to be specified but no date so all records on all dates will be searched with the time restriction Alternatively or additionally specify a text string in Contains Date and Time is a combination of the two specifying a Text Any records with an operation containing the string will time on a given date match Select From to match all records with timestamps since a Device Filter specified date time Select TO to match all records older than Enable the Device check box I the specified date time Select TO and Both to match records between two specified dates times Filter Type eae Select Inclusive to include records on the specified date s PN os a ERRET time s in the filter Exclusive does not include records on the e TF Status specified date s time s 7 Record Type Station and IDMName IV Date Station S Record Type Date Joperai If Recently is selected from the 4 Ka E e E Show C Hide drop down lis the matching records T inola e Portable 5 Recently El will be no older than a user defined Clear Al ah time range from the current date Fiter Listview Cancel Last 2 Months 5 This range may be specified either in months days hours or minutes Advanced Filter Device From 0 to 9999 units is permitted Da
141. ual Poll A Poll Now facility is available allowing immediate polling of specified units as defined by the user To do this h Hathaway Replay Plus Exploring IDM Training File Edit View Comms Polling Tools Help kal al vi 1 Select the Devices tab E Devices Right click on a Station in the Contents of Train Device List and select Poll E aj Belfast a efi Demo Room Ec gar cay vo ES 2 Note the user can also E right click on IDM in ae the Device List and ia select Poll to display all Stations and devices Poll Now Station 3 Similarly right clicking on a single device and selecting Poll enables the user to manual poll a single device h Hathaway Replay Plus Exploring IDM File Edit View Comms Polling Tools Help al bje 2 zi I Hathaway Replay Plus Exploring IDM File Edit View Comms Polling Tools Help sil lei si 2 YI Device List Content Device List Contents Empty Devices an 5 BCM200 p c BCM200 B CBT400 i SEN Faj cBT400 Bk Ga DERII fo DFRIT Faj IDM Et Fi Belfast Add New Station FF Demo Room Ej Training mon TI Trainer S v View DFR Records i v View TSS Records i v View C55 Records faq RTR l Device Details iu RTR Key Violations Analysis circuk m m SSM ri i BCM200 E k s BCM200 E a bo Gal DFR1200 bo DFR1200 fi IMS u IMS Configure IDM B MDR MDR Ret
142. us was last closed The records that meet the filter criteria will be displayed in the List View pane GQ Hathaway Replay Plus Exploring IDM Belfast sal Ala 5 mj v Devicelist Belfast N New Edit Delete 3 Operation Info Incomeri DALI1 1 36 20 06 01 08 08 44 660283 Sensors 2 none Incomeri DAU1 1 36 14 02 02 15 27 53 230284 Sensors 2 none Incomeri DAU1 1 36 14 02 02 15 59 53 680283 Sensors 2 none Incomeri DAU1 1 36 14 02 02 16 32 28 520284 Sensors 2 none Incomeri DAU1 1 36 14 02 02 22 29 51 490283 Sensors 2 none Incomeri DAU1 1 36 15 02 02 07 15 10 200284 Sensors 1 none Incomeri DAU1 1 36 15 02 02 Q8 29 10 340283 Sensors 2 none Reply Plus Explorer Window showing Filtered Records Changing the Default Tab Settings Replay Plus displays the Filter tab on start up by default However it is possible to change the settings so that the Records tab is displayed by default To do this Q Hathaway Replay Plus Exploring 1 From the Replay Plus Explorer setae al x window click on Edit and then select Settings Edit Settings 2 This will open a dialog called Replay Settings Open the House Keeping tab and disable the Start on Filter view automatically check box F and click on OK sa Replay Settings ciRepayeus Changing the Default Display Option Note Refer to Advanced Filtering later in this chapter for more detailed information on setting f
143. viously Boot Loader Mode Boot Loader mode allows new binary files Configuration DSP FPGA or Application to be sent to the IDM DAU via its COM 1 serial port The Boot Loader will automatically install such new files to the IDM DAU When in Boot Loader mode the IDM DAU Recovery procedure outlined in the previous section may be used If required the IDM DAU may be put into Boot Loader mode manually On the IDM CPU board there are two small push button switches which should be operated as described below to force the IDM DAU into Boot Loader mode 1 Press the Reset and Boot Loader buttons together 2 Release the Reset button first then the Boot Loader button two seconds later J2 3 The red LEDs ALI AL6 the red Alarm LED and the green OK LED are illuminated and the Boot Loader is active Note On IDM T1 and T4 DAUs the Reset button is on the left and the Boot Loader button is on the right On IDM T2 T3 and T5 DAUs the Reset button is on the bottom and the Boot Loader button on the top Boot Loader mode communicates through the front panel RS232 port at 38400 baud The The red LEDs ALI AL6 the red Alarm LED and the green OK LEDs flash when data is being transferred The Boot Loader must be restarted to download each new data file Code LSU Upgrade Procedure If an upgrade of the Local Storage Unit code is necessary 1 Insert the upgrade 3 5 diskette available fro
144. w click on x on the toolbar to open the Advanced Filter dialog again Disable all the check boxes in the Filter On field or click on Clear All and click on Apply No Filter Note 5 Filter Listview unlike Save does not permanently store the filter settings To keep the settings of a Filter Listview it must be saved to the Filter List Importing and Exporting Filters Filters may be imported or exported This is useful for example to share the same filter between multiple PCs Y Advanced Filter To import or export a filter click on Filter Filter Import Export N Import Export on the Advanced Filter dialog and then select Import or Export from the menu Both importing and exporting will open a standard Windows file dialog where the directory and file name is chosen All filters are given the extension flr Editing or Deleting a Filter Editing a Filter Pale E3 To modify an existing filter select the filter from the filter list on the Replay Plus Explorer window the Filter tab must be active and click on Edit 27 07 01 07 43 09 120253 Manual Trig none 27 07 01 07 43 10 580272 Sensors 14 none 27 07 01 07 43 11 960272 Sensors 14 none Edit Filter This will open the Advanced Filter dialog Alternatively click on x on the toolbar to open the Advanced Filter dialog with the most recently defined filter Edit the filter settings and click o
145. ween the DAU name and the IP address Note Exiting Menu Options gt All the following menu options can be accessed from the normal run time display Pressing lt esc gt at any time whilst in the menu option will return the DAU to the run time display Display Alarms To view the last eight alarms use the key sequence lt Enter gt lt Enter gt The LCD will then display the following Line 1 Displays the alarm time and date lt hh gt lt mm gt lt ss gt lt dd gt lt mm gt lt yy gt Line 2 Displays the alarm message From the keypad use lt left arrow gt and or lt right arrow gt to scroll along the alarm text Use lt up arrow gt lt down arrow gt to go through the available alarms 14 LCD Keypad Operation At this stage pressing the lt Reset gt key will clear any LEDs associated with an alarm Manual Trigger To initiate a manual trigger use the key sequence lt Enter gt lt down arrow gt lt Enter gt After a manual trigger has been sent the DAU will return to run time mode Test Relays To test the two status relays use the key sequence lt Enter gt lt down arrow gt lt down arrow gt lt Enter gt Then lt up arrow or lt down arrow to select which relay Then lt Enter gt lt up arrow gt Relay closed lt down arrow gt Relay open lt Enter gt pulse Satellite Info To examine the satellite information use the key sequence lt Enter gt lt down arrow gt
146. xternal time source The following figure shows how DAUs are interconnected for I pps synchronisation via RS485 Note 2 For DAUs with clock synchronisation using RS485 E multidrop the last Slave in the chain has jumper J20a on the CPU board inserted for correct RS485 termination The pin out for P19 is given in the following table The connections are via a screw terminal adapter block that plugs into P19 and runs through the spare I O board slot on the DAU rear A loop in Pin 2 A loop out B loop in Pin 4 B loop out Pin 1 is located at the top of the connector RS485 Twisted Pair Cable LLTI Pin 1 si TE mas O 5 S 5 O 3 aa P1 D S Q P O Time Master Time Slave 1 CPU Board CPU Board Time Slave 3 Time Slave 2 DAU Interconnection for 1pps Synchronisation 13 Normal Operation The LCD displays the follovving during run time operation Line 1 This displays the time and date lt hh gt lt mm gt lt ss gt lt dd gt lt mm gt lt yy gt The display is updated every second An underscore will appear between the time and date to indicate that time synchronisation cannot be guaranteed Line 2 This displays the DAU name To view the IP address of the DAU from the keypad use key sequence lt left arrow gt lt up arrow gt lt right arrow gt lt down arrow gt Then press down arrow again to toggle bet
147. y PUS setup to use the default database from the Configuration CD it is possible to generate default configurations for IDM DAUs The database for 000123 in this example contains two IDM DAUs Bs Hathaway Replay Plus Exploring IDM4 000123A Gj 0001238 Po E Other Database for 000123 Containing Two IDM DAUs To create a default configuration 1 Inthe List View on the right select the Devices tab Soevices at the bottom 2 Right click on the relevant DAU in the List View and select Configure IDM 8 IDM Configuration daul on 000123A 3 Select Config as Listing No SERs from the View menu This will show the configuration of the DAU ss a text file in WordPad Config as Listing No SERs Creating a Default Configuration 4 Using Windows Explorer locate the file RAVVCONFIGO1 cfg normally located in the same folder as the Reply Plus application 5 Copy this file to another folder and rename it in this example Default kk99219 cfg is suggested 6 Close WordPad Sending IDM Default Configurations Should it become necessary the IDMCal program may be used to send a default configuration file back to the IDM DAU To do this 1 Create a default configuration file for the DAU as outlined previously 2 Run IDMCal software 3 Select Set DAU Address Comport from the Comms menu specify and specify the appropriate information to communicate with the DAU
148. y chain Fitted to boards which are not in the last RS485 daisy chain Must be selected Not for user selection 21 access to that particular DAU For a networked DAU installation an internal modem in the LSU is used to allow remote access to it and the DAUs Modem access allows an operator to remotely configure DAU parameters and download data The IDM uses standard PPP for serial communications Peripherals Printer For a single DAU installation an EPSON dot matrix printer can be directly connected to the DAU serial port for a basic format local hardcopy Hathaway cable 16 1943 is used for this connection and its details are shown on the next page For a networked DAU installation an EPSON dot matrix printer can be directly connected to the LSU parallel port for a basic format local hardcopy Local printout is for DFR records only YELLOW 20 m _ _ _ _ ae i m _ i ORANGE 2 m A no 2 DAU RS232 QI i Printer 8 4 Serial POR P1 P2 25 way D Type 9 vvay D Type Connector Male Connector Female DAU RS232 Port to Printer Cable 16 1943 Peripherals Local PC A PC running Hathaway Reply Plus software can be directly connected to a serial port for local configuration and analysis of data Hathaway cable 16 1949 is used for this connection and its details are shown below WH
149. ys for long term power stability monitoring This function requires a Local Storage Unit LSU an industrial PC based storage device with a hard disk drive providing the long term data storage facility Quantities available for recording are the same as those available for TSS recording FE DFR Viewer South DAU1 1 09 06 99 07 40 51 420633 re i Continuous Slow Scan Function Replay Pus Overview About Replay Plus Replay PUS will run on Windows 9X Me NT 4 0 2000 XP The KB Replay Plus Master Station suite of software applications provides configuration communication data analysis and management for a range of Qualitrol Hathavvay Products f DFR Viewer HIGH DAM 500 KV FR 27 1 2380 01705799 20 17 10 550 BEI xj E Ele Edt Trace View Graphics Tools Window Help l81xj gjejajusjojsi ajqjaleje sje Sosa D 80 0 50 0 40 0 20 0 olo 20 0 40 0 60 0 50 0 100 0 120 0 140 0 160 0 180 0 200 0 220 0 240 0 260 1 3 1 02 0 48 KA LINE ZE A PHASE 1 2 4799 8 344 98 944 95 A LINE ZE B PHASE 4799 8 1013 9 524 97 359 98 A LINE ZE C PHASE 1019 9 4204 8 0 00 0 00 A LINE ZE NEUTRAL 4204 6 455 4 420 8 455 4 415 06 242 12 KV LINE ZE A PHASE 183 03 419 38 KY LINE ZE B mi 420 8 449 6 223 38 172 94 KV LINE ZE C PHASE 449 6 1320 1 5 76 4 32 KV LINE 2E NEUTRAL 13 0 1 1019 0 247 34 227 33 kV Urs 58 7 721 5 3

IDM T2 User Manual - FINAL OCT 2004

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