DRRMS_X_FAT Report_EN_Domestic General_X_R1.00_(EN_TSDG9001.0086.0001)
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DRRMS Factory Acceptance Test ReportNR Electric Co.,Ltd.Preface CopyrightVersion:R1.00P/N:EN_TSDG9001.0086.0001Copyright©NR2010.All rights reservedWe reserve all rights to this document and to the information contained herein.Improper use in particular reproduction and dissemination to third parties is strictly forbidden except where expressly authorized.The information in this manual is carefully checked periodically, and necessary corrections will b e included in future editions.If nevertheless any errors are detected,suggestions for correction or improvement are greatly appreciated.We reserve the rights to make technical improvements without notice.NR ELECTRIC CO.,LTD.69Suyuan Avenue.Jiangning,Nanjing211102,China Tel:86-25-87178185,Fax:86-25-87178208 Website:Email:nr_techsupport@DRRMS Factory Acceptance Test Report Table of Contents Preface (i)Table of Contents (iii)Chapter1Establish Test Environment (1)1.1Test Environment (1)1.2Configuration of RCS-9798A (2)1.3Configuration of PCS-9010(Server&Local HMI) (3)1.4Front-end Configuration (6)Chapter2Communication Services between RCS-9798A and IEDs (7)2.1Record of Communication Services Test (7)Chapter3Clock Synchronization (11)3.1Test Functions of RCS-9785C (11)3.2Test of Clock Synchronization Function of DRRMS (12)Chapter4PCS-9010DRRMS Front-end Function (15)4.1FE Communication (15)Chapter5PCS-9010DRRMS Online Tool (17)5.1System Clock Synchronization (17)5.2Graph Browsing (17)5.3Event Alarm (18)5.4Settings and Operation Management (20)5.5Relay Faults and Grid Faults (22)5.6Historical Fault Information Query (23)5.7Waveform File Management (23)5.8Panel Information (24)5.9Authority Check (25)5.10Authority Management Tool (25)Chapter6PCS-9010DRRMS WEB Tool (27)Chapter7Manual Version History (29)DRRMS Factory Acceptance Test ReportChapter1Establish Test Environment Chapter1Establish Test Environment1.1Test EnvironmentThe first step of the test procedure of NR Digital Relays Remote Monitoring System(DRRMS for short)is to establish the test environment.The hardware and software configuration to establish the test environment are listed as below:Server(For example:SSP Centraline Server):IP address:198.87.91.200Subnet mask:255.255.255.0Type:HP ML370OS:Windows2003Server EnterpriseDatabase system:Oracle9iSoftware PCS-9010DRRMS softwareLocal HMI(For example:Local HMI of MOB):IP address:198.87.91.201Subnet mask:255.255.255.0Type:FUJITSU TX-150OS:Windows2003Server EnterpriseSoftware PCS-9010DRRMS softwareAvalanche Test Server:IP address:198.87.91.220Subnet mask:255.255.255.0Type:IBM X3500OS:Windows7.0Software Substation automation test environment V1.0RCS-9798A Protection Management Unit:Upward:IP address:198.87.91.199Subnet mask:255.255.255.0Gateway:198.87.91.199Downward:Chapter 1Establish Test EnvironmentIP address 1:198.120.0.199Subnet mask 1:255.255.0.0IP address 2:198.121.0.199Subnet mask 2:255.255.0.0RCS-9785C Clock Synchronization Unit :IP address:198.120.0.20Subnet mask:255.255.255.0IP address:198.121.0.20Subnet mask:255.255.255.0PCS-9611Feeder Management Relay 1:IP address 1:198.120.0.11Subnet mask 1:255.255.0.0IP address 2:198.121.0.11Subnet mask 2:255.255.0.0PCS-9611Feeder Management Relay 2:IP address 1:198.120.0.12Subnet mask 1:255.255.0.0IP address 2:198.121.0.12Subnet mask 2:255.255.0.0PCS-9611Feeder Management Relay 3:IP address 1:198.120.0.13Subnet mask 1:255.255.0.0IP address 2:198.121.0.13Subnet mask 2:255.255.0.0TOSHIBA GRL150:Serial port connection,address:3,port number:aSIEMENS 7SD61:Serial port connection,address:2,port number:b“Wireshark ”:A software tool for monitoring NTP message“Substation automation test environment V1.0”:A software tool for avalanche test1.2Configuration of RCS-9798AFunctional description:Configure RCS-9798A by using RCS9798Configuration Tool to realize successful communication between RCS-9798A and PCS-9010main station.No.Test contentTest method and procedure Test result Select IEC61850for PCS-96111Configure downward communicationprotocol Select IEC60870-5-103Chapter 1Establish Test Environmentprotocol forGRL150and 7SD612Add downward IEDs Add IEDs:PCS-9611X 3,TOSHIBA GRL150X 1,SIEMENS 7SD61X 13Configure upward communicationprotocol Select NW103protocol 4Downloadcommunicationconfiguration1.3Configuration of PCS-9010(Server &Local HMI)Functional description:Access the PCS-9010DRRMS Configuration Tool (DRRMS Configuration Tool for short)by clicking the drrms icon on the desktop.DRRMS Configuration Tool supports offline configuration,the main functions include:1)DRRMS main station modeling,2)Interrogation of substation configuration,3)Interrogation of device configuration,4)File interrogation,5)Import .svg graphic file,6)Import/edit graph,7)Verify/publish database,8)Front-end configuration....NOTE :In this manual:Logic database (ldb for short)is an offline database which is not in service.The modification on ldb will not influence the operation of DRRMS.Logic database (ldb for short)is an offline database which is not in service.The modification on ldb will not influence the operation of DRRMS.Program name:drrms Test resultNo.Test content Test method and procedureLocal HMI Server 5Add Area Click “Add Area”in the right-click menu under theroot node in left node tree area to add newChapter1Establish TestEnvironmentTest resultNo.Test content Test method and procedure LocalHMIServersub-area of the grid into the node tree.Click“Publish Model”button to publish ldb verifiedsuccessfully to pdb.Check the publishing resultof the model through PCS-9010DRRMS OnlineTool.6Delete Area Click“Delete Area”in the right-click menu under the area in left node tree area to delete the sub-area of the grid into the node tree.Click “Publish Model”button to publish ldb verified successfully to pdb.Check the publishing result of the model through PCS-9010DRRMS Online Tool.7Delete Substation Click“Delete Substation”in the right-click menu under the substation in left node tree area to delete the substation model on the node tree. Click“Publish Model”button to publish ldb verified successfully to pdb.Check the publishing result of the model through PCS-9010DRRMS Online Tool.8Add Bay Click“Add Bay”in the right-click menu under the substation in left node tree area to add new bay under the substation.Click“Publish Model”button to publish ldb verified successfully to pdb. Check the publishing result of the model through PCS-9010DRRMS Online Tool.9Delete Bay Click“Delete Bay”in the right-click menu under the bay in left node tree area to delete the bay model on the node tree.Click“Publish Model”button to publish ldb verified successfully to pdb. Check the publishing result of the model through PCS-9010DRRMS Online Tool.10Add Graph Click“Add Graph”in the right-click menu under root node,area,substation,bay and devices etc. in left node tree area to add a graph under the corresponding node.11Delete Graph Click“Delete Graph”in the right-click menu under the graph in left node tree to delete the graph on the node tree.12Retrievesubstation modelClick“Retrieve Model”in the right-click menuunder the substation in left node tree area toobserve the interrogation result of the informationChapter1Establish Test EnvironmentChapter1Establish TestEnvironmentTest resultNo.Test content Test method and procedure LocalHMIServersupports downloading multiple files inbatches.1.4Front-end ConfigurationFunctional description:The configuring work of the Front-end Configurator mainly includes the configuring of the channel group,channel,data model and protocol.Program name:fe_configTest result No.Test content Teat method and step LocalHMIServer17Addcommunicationchannel groupSelect“Add Channel Group”by right-clicking thetree list of Front-end Configurator,and then pop upa configuration dialog to create a communicationchannel group.18Deletecommunicationchannel groupSelect“Delete Channel Group”in the tree list ofFront-end Configurator to delete the selectedcommunication channel group.19Configurecommunicationchannel groupConfigure the information of the communicationchannel group.20AddcommunicationchannelSelect“Add Channel”by right-clicking under thechannel group to pop up a dialog to addcommunication channel.21DeletecommunicationchannelSelect“Delete Channel”by right-clicking under thechannel to delete the selected communicationchannel.22ConfigurecommunicationchannelConfigure the information of the communicationchannel.Chapter2Communication Services between RCS-9798A and IEDs Chapter2Communication Services between RCS-9798A and IEDs2.1Record of Communication Services TestFunctional description:Test the communication and application functions between RCS-9798A and the protection devices.Test resultNo.Test content Test method and procedureRCS-9798A LocalHMIS erver23ClocksynchronizationSend clock synchronization messagesfrom RCS-9798A and check whether thetime displayed on RCS-9798A and thetime displayed on the device are thesame.N/A N/A24Alarm information Alarm simulation test.Check whether the device can send out the alarm information to RCS-9798A and whether RCS-9798A can display the received alarm information correctly.25Status changeinformation ofbinary inputsSimulation test.Check if the device can send out thestatus change information of binary inputsto RCS-9798A and whether RCS-9798Acan display the received informationcorrectly.26OperationinformationSimulation test.Check whether the device can send outthe action information to RCS-9798A andwhether RCS-9798A can display thereceived information correctly.27DFR function Fault simulation test.The disturbance&fault recording(DFR for short)device generates the records of waveform recording.Check whether RCS-9798A can retrieve the records of waveform recording of the device successfully.Chapter2Communication Services between RCS-9798A andIEDsTest resultNo.Test content Test method and procedureRCS-9798A LocalHMIS erver28Communicationstatus informationDisconnect the network cable ofRCS-9798A or the device,or disconnectthe power supply of the device during thecommunication process to test whetherRCS-9798A can acquire correctcommunication status of this device.29GeneralinterrogationRCS-9798A sends general interrogationto the designated device at regular time.RCS-9798A will directly compare theretrieved binary inputs and waveform listswith the actual binary inputs andwaveform lists of the device and checkwhether they are the same.30Retrieve settinggroup No.Retrieve the active setting group No.ofthe designated device from RCS-9798A.RCS-9798A will directly compare theretrieved setting group No.with the actualsetting group No.of the device and checkwhether they are the same.31Retrieve settings Retrieve the active settings of the designated setting group No.of the designated device from RCS-9798A. RCS-9798A will directly compare the retrieved settings with the actual settings of the device and check whether they are the same.32Retrieve analogvaluesRetrieve the analog values of thedesignated device from RCS-9798A.RCS-9798A will directly compare theretrieved analog values with the actualanalog values of the device and checkwhether they are the same.33Retrieve VEBIsettingsRetrieve the VEBI settings of thedesignated device from RCS-9798A.RCS-9798A will directly compare theretrieved VEBI settings with the actualVEBI settings of the device and checkwhether they are the same.Chapter2Communication Services between RCS-9798A and IEDsTest result No.Test content Test method and procedureRCS-9798A LocalHMIS erver34Modify setting Send the command to modify setting to the device from RCS-9798A and check whether the setting was modified successfully.35Enable/DisableVEBISend the command to enable/disableVEBI from RCS-9798A to the protectiondevice and check whether the VEBI wasenabled/disabled successfully.36Avalanche test Use software“Substation automation test environment V1.0”to simulate60 sets of PCS-9611and they are triggered to release alarm messages simultaneously,check the alarm messages are received accordingly.Chapter2Communication Services between RCS-9798A and IEDsChapter3Clock Synchronization Chapter3Clock Synchronization3.1Test Functions of RCS-9785CNo.Test content Test method and procedure Test result37LED Energize RCS-9785C,check:1)The LED“HEALTHY”is on,and there is noalarm signal.2)The LED“PPS”flashes per second.3)If the LED“MASTER”is off,modify the setting[Running mode]from“Slave”to“Master”in the submenu“Device setting”,check the LED “MASTER”is on.4)If the LED“MASTER”is on,modify the setting[Running mode]from“Master”to“Slave”in the submenu“Device setting”,check the LED “MASTER”is off.38Network 1)Configure the setting[Net timing]as“ON”inthe submenu“Device setting”,and then use the software tool“Wireshark”to monitor SNTP broadcast messages per minute for the4 network segments from the2Ethernet ports.39IRIG-B(Optical signal)1)In the submenu“Channel setting”:configure the settings[Input channel A]and[Input channel B]as“ON”,configure the settings[Fiber-optic channel A]and[Fiber-optic channel B]as“LIGHT ON”and select the jumpers JP1~JP8on the opticaloutput module NR1217according to instructionmanual.configure the settings[Electrical channel A]and[Electrical channel B]as“TTL”.2)Select the jumpers JP11and JP22on NR1217to make the output signals as IRIG-B signal.3)Ensure the electrical input port of the GPSmodule NR1141is disconnected.4)Connect an optical signal to NR1141fromNR1217with a multi-mode optical fiber.5)Check“Input CHNL-A:ON/Y”and“InputCHNL-B:ON/Y”displayed on the main menu ofRCS-9785C,and ensure that there is no alarmChapter3ClockSynchronizationsignal.40IRIG-B(Electric signal)1)In the submenu“Channel setting”:configure the settings[Input channel A]and[Input channel B]as“ON”,configure the settings[Fiber-optic channel A]and[Fiber-optic channel B]as“LIGHT ON”and select the jumpers JP1~JP8on the opticaloutput module NR1217according to instructionmanual.configure the settings[Electrical channel A]and[Electrical channel B]as“RS-485”.2)Select the jumpers JP11and JP22on NR1205to make the output signals as IRIG-B signal.3)Ensure the optical input port of the GPS moduleNR1141is disconnected.4)Connect an electrical signal to NR1141fromNR1205with a twisted-pair shielded cable.5)Check“Input CHNL-A:ON/Y”and“InputCHNL-B:ON/Y”displayed on the main menu ofRCS-9785C,and ensure that there is no alarmsignal.41Time Zone 1)Record the current date&time of theRCS-9785C.2)Modify the setting[Time zone]in the submenu“Device setting”.3)Check the current date&time of theRCS-9785C.42Antenna 1)De-energize RCS-9785C.2)Connect the antenna to the RCS-9785C,3)Energize RCS-9785C,in general,7satelliteswill be tracked in five minutes.3.2Test of Clock Synchronization Function of DRRMSFunctional description:RCS-9785C is used as clock source in DRRMS system.For the convenience of clock modification in the test,the antenna should not be connected to the RCS-9785C.Other devices adopt the SNTP network clock synchronization through the Ethernet switch,or the IRIG-B signal clock synchronization through the electrical cable.No.Test content Test method and procedure Test result 43Local HMI1)Modify the current time of the workstation.Chapter3Clock Synchronization2)Wait a few minutes.3)Current time of the workstation should be thesame as the RCS-9785C after the clocksynchronization is successful.44RCS-9798A 1)Modify the current time of the RCS-9798A.2)Wait a few minutes.3)Current time of the RCS-9798A should be thesame as the RCS-9785C after the clock synchronization is successful.45PCS-96111)Modify the current time of the PCS-9611.2)Wait a few minutes.3)Current time of the PCS-9611should be thesame as the RCS-9785C after the clock synchronization is successful.467SD611)Modify the current time of the7SD61.2)Wait a few minutes.3)The current time of the7SD61should be samewith the RCS-9785C after the clock synchronization is successful.47GRL1501)Modify the current time of the GRL150.2)Wait a few minutes.3)The current time of the GRL150should besame with the RCS-9785C after the clock synchronization is successful.Chapter3Clock SynchronizationChapter4PCS-9010DRRMS Front-end Function Chapter4PCS-9010DRRMS Front-end Function4.1FE CommunicationFunctional description:The PCS-9010DRRMS Front-end(FE for short)module is applied to receive various information sent by each RCS-9798A and provides the information to SCADA module and DRRMS management module.The information received includes:1)Running status of the protection devices;2)Acquired data;3)Tripping reports of the protection devices;4)Tripping reports of the circuit breakers;5)Alarm and supervisory information of the protection devices;6)DFR files;7)Settings of the protection devices;8)Alarm and events of the DRRMS substation;9)Configuration information of RCS-9798A;…Program name:fe_configTest result No.Test content Test method and procedureLocalHMIServer48Status display ofRCS-9798A andprotection deviceBrowse the status of each RCS-9798A in FErunning tools and the running status of eachprotection device corresponding to thisRCS-9798A.49Real-time data ofprotection deviceBrowse the binary input status of the protectiondevice.50Browse theinformation of allchannel setsClick the“Browse all channel sets”button in themenu or the toolbar.51Browse theinformation of allchannelsClick the“Browse all channels”button in the menuor the toolbar.Chapter4PCS-9010DRRMS Front-endFunctionTest resultNo.Test content Test method and procedureLocalHMIServer52Browse theinformation of allsubstationsClick the“Browse all substations”button in themenu or the toolbar.53Browse the channelpropertyBrowse the channel property by double-clickingthe channel in the tree list or by clicking theright-button menu of the channel in the tree list.Chapter5PCS-9010DRRMS Online Tool Chapter5PCS-9010DRRMS Online Tool5.1System Clock SynchronizationFunctional description:Check the clock correctness and consistency of each HMI computer of the PCS-9010DRRMS system.Test result No.Test content Test method and procedureLocalHMIServer54Clock of eachHMI computerof thePCS-9010DRRMSsystemCheck whether the clock of each HMI computer issynchronized.55RTUsynchronizationThe clock of RCS-9798A can be synchronized ifcorresponding RCS-9798A is enabled to receive clocksynchronization message from PCS-9010DRRMS.Right-click a substation on the left of node tree in thePCS-9010DRRMS Online Tool,select“RTUSynchronization”to send out clock synchronizationmessages to RCS-9798A.5.2Graph BrowsingFunctional description:Browse the following graphs:System configuration graph,flow chart,protection management unit status supervisory chart, substation primary system chart and secondary device template chart.Program name:drrmsChapter5PCS-9010DRRMS OnlineToolTest resultNo.Test content Test method and procedureLocalHMIServer56Regional flow chart Use PCS-9010DRRMS Online Tool to view every area flow chart,view geographic distribution of substations and substations accessing master station of protection and fault information management in the system.57Substation primarysystem diagramUse PCS-9010DRRMS Online Tool to view theprimary wiring diagram imported by each substationand automatically connected secondary equipment,click secondary equipment and enter intoappropriate device screen.58Device informationgraphClick the device in the substation primary systemchart,and browse device information,protectivemeasurement,state variables,alarms,etc.In caseof a number of state variable signals from thedevice,view whether the value of any state variableis changed.In case of any change in protectivetelemetering of the device,view whether the valueof protective measurement on the screen ischanged59Communicationstatus of protectionmanagement unitUse PCS-9010DRRMS Online Tool to viewcommunication status of RCS-9798A,and observeworking condition of RCS-9798A.60System nodesupervisionUse PCS-9010DRRMS Online Tool to viewsystem node supervision map,and observe runningconditions of each system node.61Next/Previous Page Click the“Previous”or“Next”button in the PCS-9010DRRMS Online Tool to browse the previous/next page,with the selected node in the node tree on the left following the changes.5.3Event AlarmFunctional description:When PCS-9010has received event information from substation,it will sort them and then display the alarm signals..The alarm signals include audio alarm,save into history database/real-time database,etc.Chapter5PCS-9010DRRMS Online Tool Program name:drrmsTest result No.Test content Test method and procedureLocalHMIServer62Protectionoperation,fault locationIn the“Relay Operations”sub-Tab page of the“Events”Tab page in PCS-9010DRRMS Online Tool,check theprotection action,fault location,etc.issued byRCS-9798A.63Alarms In the“Alarms”sub-T ab page of the“Events”Tab page in PCS-9010DRRMS Online Tool,check the protection alarm information issued by RCS-9798A.64EBI/VEBIStatusIn the“EBI/VEBI Status”sub-Tab page of the“Events”Tab page in PCS-9010DRRMS Online Tool,check thestatus change information of the EBI/VEBI issued byRCS-9798A.EBI:Enabling binary inputsVEBI:Virtual enabling binary inputs65Status changeof binary InputsIn the“Binary Inputs”sub-Tab page of the“Events”Tabpage in PCS-9010DRRMS Online Tool,check thebinary status change events issued by RCS-9798A.66CommunicationstatusIn the“Communication”sub-Tab page of the“Events”Tab page in PCS-9010DRRMS Online Tool,check thecommunication status change information issued byRCS-9798A.67SettingSurveillanceIn the“Setting Surveillance”sub-Tab page of the“Events”Tab page in PCS-9010DRRMS Online Tool,check the setting changes of protection device.68PersistentEventsIn the“Persistent Events”sub-Tab page of the“Events”Tab page in PCS-9010DRRMS Online Tool,check theitems in“Persistent Communication Events”,“Persistent Protection Alarms”,“Persistent SettingChanges”.69Relay Faults In the“Relay Faults“Tab page in PCS-9010DRRMS Online Tool,check the tripping element,fault time, fault phase,auto-reclosing,fault location,waveform file name,etc.70Grid Faults In the“Grid Faults”Tab page in PCS-9010DRRMS Online Tool,check the grid faults information generated by the comprehensive analysis.E.g.:tripping events,alarms,settings,EBI/VEBI,relay faults,etc.Chapter5PCS-9010DRRMS OnlineToolTest resultNo.Test content Test method and procedureLocalHMIServer71HierarchicalalarmSelect the area,substation,primary equipment andsecondary device in the node tree on the left window ofPCS-9010DRRMS Online Tool,and display the eventquery,relay fault and grid faults on the right windowaccording to the selected options on the leftwindow(Grid faults will not be filtered by area).72Alarm search Click the“Filter”on the right window in PCS-9010 DRRMS Online Tool,the“Event Filter”dialog will pop up.Customize the search conditions in the dialog,such as Start time/End time,and after acknowledgment, search relevant events,relay faults and grid faults information in history database.73AcknowledgealarmIn the right window in the PCS-9010DRRMS OnlineTool,click“Ack&All”,or double click a certain entry toacknowledge all or to acknowledge one by one.Thealarm acknowledgment status will be refreshed andsent out to other computers.5.4Settings and Operation ManagementFunctional description:Browse and compare active setting group No..active settings and virtual enabling binary inputs (VEBI for short)etc.;and store history values about them.Program name:drrmsTest result No.Test content Test method and procedureLocalHMIServer74Browse settinggroup No.1.Select protection device from left node tree in thePCS-9010DRRMS Online Tool.2.Send the command to retrieve setting group No.tothe selected device to show the setting group No.3.Observe whether the device address matches withthe integrated address,and whether the setting groupNo.is consistent with the value viewed on the protectiondevice.75Browse activesettings1.Select a protection device from left node tree in thePCS-9010DRRMS Online Tool.Chapter5PCS-9010DRRMS Online ToolTest result No.Test content Test method and procedureLocalHMIServer2.Select a CPU number or all CPU numbers.3.Issue the read setting command to protection device,and display protection settings in batch.4.Observe whether device address and setting groupNo.match with the integrated values,and whether thesetting are consistent with the value displayed onprotection device.76Browse VEBIsettings1.Select a protection device from left node tree in thePCS-9010DRRMS Online Tool.2.Select a CPU number or all CPU numbers.3.Issue the read VEBI setting command,and displaythe value of the VEBI settings after return.4.Observe whether the device address matches withthe integrated address,and whether the VEBI state isconsistent with the value displayed on protectiondevice.77Comparecurrent settingswith historicalsettings1.Select protection device from left node tree in thePCS-9010DRRMS Online Tool.2.After uploading the settings of device,the results ofthe comparison of current value and historical value canbe seen, “≠”will be displayed if consistent.78Comparecurrent VEBIwith historicalVEBI1.Select protection device from left node tree in thePCS-9010DRRMS Online Tool.2.After upload the value of the VEBI,the comparisonresults of the current and historical values of VEBI canbe seen, “≠” will be displayed if consistent.79Save settingsas historicalsettings1.Select the“Settings”Tab page of protection device.2.Click“Save as history value”and checked the result.80Save VEBI ashistorical VEBI1.Select protection device“VEBI”Tab page.2.Click“Save as history value”and checked the result.81Print the settingvalue sheetAfter select protection device,click the“print”button onthe“Settings”Tab page,print the setting value sheet bythe customized options.82Check settings View the results of daily settings checking,and analyze whether the check is successful by the refresh time. View whether the alarm information has changes in valuing,or whether the pressure plate state changes.。