Sequence File Documentation Created On: --------------------------------------- Date: Monday, November 16, 2015 Time: 4:08:08 PM By Operator: administrator --------------------------------------- Path: "C:\GTS Files\Sequences\210000190\210000190_210000400.seq" Version: 0.0.0.0 Type: Normal Module Load Option: Use step load option Module Unload Option: Use step unload option Model Option: Use Station Model Number of sequences: 13 Total number of steps: 249 Sequence File Globals: --------------------------------------- ReportFileName (String) "" UUTPartNumber (String) "" PartNum1 (String) "210000190" PartNum2 (String) "210000400" ThermisterSimulation (Array of Containers) ... ThermisterSimulation[0] (GXProgResInfo) ... ThermisterSimulation[0].Mode (Number) 4 ThermisterSimulation[0].Value1 (Number) 100000 ThermisterSimulation[0].Value2 (Number) 0.5 ThermisterSimulation[1] (GXProgResInfo) ... ThermisterSimulation[1].Mode (Number) 4 ThermisterSimulation[1].Value1 (Number) 29000 ThermisterSimulation[1].Value2 (Number) 0.5 ThermisterSimulation[2] (GXProgResInfo) ... ThermisterSimulation[2].Mode (Number) 4 ThermisterSimulation[2].Value1 (Number) 7100 ThermisterSimulation[2].Value2 (Number) 0.5 UUT_PowerNorm (Array of Containers) ... UUT_PowerNorm[0] (UUT_Power_Info) ... UUT_PowerNorm[0].Unit (Number) 1 UUT_PowerNorm[0].Voltage (Number) 24 UUT_PowerNorm[0].Current (Number) 3 UUT_PowerNorm[0].Foldback (Boolean) True UUT_PowerNorm[1] (UUT_Power_Info) ... UUT_PowerNorm[1].Unit (Number) 3 UUT_PowerNorm[1].Voltage (Number) 22 UUT_PowerNorm[1].Current (Number) 8 UUT_PowerNorm[1].Foldback (Boolean) True DigIn (Array of Containers) ... DigIn[0] (DigIO) ... DigIn[0].Module (Number) 0 DigIn[0].Port (Number) 0 DigIn[0].LSBLine (Number) 0 DigIn[0].Lines (Number) 8 DigIn[1] (DigIO) ... DigIn[1].Module (Number) 0 DigIn[1].Port (Number) 0 DigIn[1].LSBLine (Number) 8 DigIn[1].Lines (Number) 1 DigOut (Array of Containers) ... DigOut[0] (DigIO) ... DigOut[0].Module (Number) 2 DigOut[0].Port (Number) 4 DigOut[0].LSBLine (Number) 0 DigOut[0].Lines (Number) 4 ScopeChanInfo (Array of Containers) ... ScopeChanInfo[1] (ScopeChanInfo) ... ScopeChanInfo[1].Channel (Number) 1 ScopeChanInfo[1].DC_Coupled (Boolean) True ScopeChanInfo[1].Max_Voltage (Number) 100 ScopeChanInfo[1].Enable (Boolean) True ScopeChanInfo[2] (ScopeChanInfo) ... ScopeChanInfo[2].Channel (Number) 2 ScopeChanInfo[2].DC_Coupled (Boolean) True ScopeChanInfo[2].Max_Voltage (Number) 100 ScopeChanInfo[2].Enable (Boolean) True ScopeChanInfo[3] (ScopeChanInfo) ... ScopeChanInfo[3].Channel (Number) 3 ScopeChanInfo[3].DC_Coupled (Boolean) True ScopeChanInfo[3].Max_Voltage (Number) 100 ScopeChanInfo[3].Enable (Boolean) True ScopeChanInfo[4] (ScopeChanInfo) ... ScopeChanInfo[4].Channel (Number) 4 ScopeChanInfo[4].DC_Coupled (Boolean) True ScopeChanInfo[4].Max_Voltage (Number) 100 ScopeChanInfo[4].Enable (Boolean) True ChromaLoads (Array of Containers) ... ChromaLoads[0] (ChromaLoadConfig) ... ChromaLoads[0].Chan (Number) 1 ChromaLoads[0].Range (Number) 2 ChromaLoads[0].Resistance (Number) 135 ChromaLoads[1] (ChromaLoadConfig) ... ChromaLoads[1].Chan (Number) 2 ChromaLoads[1].Range (Number) 2 ChromaLoads[1].Resistance (Number) 270 UUT_PowerTurnOn (Array of Containers) ... UUT_PowerTurnOn[0] (UUT_Power_Info) ... UUT_PowerTurnOn[0].Unit (Number) 1 UUT_PowerTurnOn[0].Voltage (Number) 24 UUT_PowerTurnOn[0].Current (Number) 2 UUT_PowerTurnOn[0].Foldback (Boolean) False UUT_PowerTurnOn[1] (UUT_Power_Info) ... UUT_PowerTurnOn[1].Unit (Number) 3 UUT_PowerTurnOn[1].Voltage (Number) 22 UUT_PowerTurnOn[1].Current (Number) 0.5 UUT_PowerTurnOn[1].Foldback (Boolean) False ITARelays (Array of Containers - by reference) ... ITARelays[0] (RelayInfo) ... ITARelays[0].RelayType (Number) 1 ITARelays[0].Unit (Number) 1 ITARelays[0].Chan (Number) 8 ITARelays[1] (RelayInfo) ... ITARelays[1].RelayType (Number) 1 ITARelays[1].Unit (Number) 1 ITARelays[1].Chan (Number) 9 ITARelays[2] (RelayInfo) ... ITARelays[2].RelayType (Number) 1 ITARelays[2].Unit (Number) 1 ITARelays[2].Chan (Number) 10 ITARelays[3] (RelayInfo) ... ITARelays[3].RelayType (Number) 1 ITARelays[3].Unit (Number) 1 ITARelays[3].Chan (Number) 11 ITARelays[4] (RelayInfo) ... ITARelays[4].RelayType (Number) 1 ITARelays[4].Unit (Number) 1 ITARelays[4].Chan (Number) 12 ITARelays[5] (RelayInfo) ... ITARelays[5].RelayType (Number) 1 ITARelays[5].Unit (Number) 1 ITARelays[5].Chan (Number) 1 ITARelays[6] (RelayInfo) ... ITARelays[6].RelayType (Number) 1 ITARelays[6].Unit (Number) 1 ITARelays[6].Chan (Number) 2 ITARelays[7] (RelayInfo) ... ITARelays[7].RelayType (Number) 2 ITARelays[7].Unit (Number) 1 ITARelays[7].Chan (Number) 1 ITARelays[8] (RelayInfo) ... ITARelays[8].RelayType (Number) 1 ITARelays[8].Unit (Number) 1 ITARelays[8].Chan (Number) 4 ITARelays[9] (RelayInfo) ... ITARelays[9].RelayType (Number) 1 ITARelays[9].Unit (Number) 1 ITARelays[9].Chan (Number) 13 ITARelays[...] --- Maximum Array Element Display Exceeded DMMSigToMuxMap (Array of Containers) ... DMMSigToMuxMap[1] (MuxChanInfo) ... DMMSigToMuxMap[1].Sub_Mux (Number) 1 DMMSigToMuxMap[1].Mux_Chan (Number) 1 DMMSigToMuxMap[1].Setting_Sec_ (Number) 0.5 DMMSigToMuxMap[2] (MuxChanInfo) ... DMMSigToMuxMap[2].Sub_Mux (Number) 1 DMMSigToMuxMap[2].Mux_Chan (Number) 2 DMMSigToMuxMap[2].Setting_Sec_ (Number) 0.5 DMMSigToMuxMap[3] (MuxChanInfo) ... DMMSigToMuxMap[3].Sub_Mux (Number) 1 DMMSigToMuxMap[3].Mux_Chan (Number) 3 DMMSigToMuxMap[3].Setting_Sec_ (Number) 0.5 DMMSigToMuxMap[4] (MuxChanInfo) ... DMMSigToMuxMap[4].Sub_Mux (Number) 1 DMMSigToMuxMap[4].Mux_Chan (Number) 4 DMMSigToMuxMap[4].Setting_Sec_ (Number) 0.5 DMMSigToMuxMap[5] (MuxChanInfo) ... DMMSigToMuxMap[5].Sub_Mux (Number) 1 DMMSigToMuxMap[5].Mux_Chan (Number) 5 DMMSigToMuxMap[5].Setting_Sec_ (Number) 0.5 DMMSigToMuxMap[6] (MuxChanInfo) ... DMMSigToMuxMap[6].Sub_Mux (Number) 1 DMMSigToMuxMap[6].Mux_Chan (Number) 6 DMMSigToMuxMap[6].Setting_Sec_ (Number) 0.5 DMMSigToMuxMap[7] (MuxChanInfo) ... DMMSigToMuxMap[7].Sub_Mux (Number) 1 DMMSigToMuxMap[7].Mux_Chan (Number) 7 DMMSigToMuxMap[7].Setting_Sec_ (Number) 0.5 Channel (Number) 0 Version (String) "1.1" Sequence: "MainSequence" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 12 Number of Main steps: 9 Number of Cleanup steps: 4 Locals: --------------------------------------- UUTSerialNumber (String) "" QPSI_Status (QPSI_Status1) ... QPSI_Status.Temp (Number) 0 QPSI_Status.ValveType (Number) 0 QPSI_Status.MotorFeedback (Number) 0 QPSI_Status.IDcode (Number) 0 QPSI_Status.DoorOpen (Number) 0 QPSI_Status.TimeOut (Number) 0 QPSI_Status.OverTemp (Number) 0 QPSI_Status.Power24V (Number) 0 QPSI_Status.HeaterCooler (Number) 0 QPSI_Status.MOT_Error (Number) 0 QPSI_Status.MOT_Done (Number) 0 LastQSPI_Cmd (QPSI_Cmd) ... LastQSPI_Cmd._Valve_Pos_ (Number) 0x0 LastQSPI_Cmd.Ext__Fan (Boolean) False LastQSPI_Cmd.Int__Fan (Boolean) False LastQSPI_Cmd.Heat (Boolean) False LastQSPI_Cmd.Cool (Boolean) False LastQSPI_Cmd.Clear_Error (Boolean) False ResultList (Array of Containers) ... FixtureID (Number) 9 Setup --------------------------------------- Step: "ReportPartNumber" StepType, Adapter: AdditionalResults, Description: Records 1 Additional Result(s) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Locals.UUTSerialNumber=RunState.Root.Locals.UUT.SerialNumber Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Empty Serial Number Prompt" StepType, Adapter: Message Popup, Description: "Empty Serial Number Check" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Precondition: Locals.UUTSerialNumber== "" Post Action: Terminate Record Result: False Step: "Scanned Part # Not Serial# Prompt" StepType, Adapter: Message Popup, Description: "Scanned Serial Number Check" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Precondition: Locals.UUTSerialNumber== FileGlobals.UUTPartNumber Post Action: Terminate Record Result: False Step: "Enable ITA Power" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Vacuum On(Fixture Down)" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Fixture Down Detect" StepType, Adapter: Pass/Fail Test, LabVIEW Description: Pass/Fail Test, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Read FixtureID.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: RunState.Step.Result.PassFail Step: "Fixture ID" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 36, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Read FixtureID.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Step: "Set Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Step: "Set Valve Type 0x0" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetValveType.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "ITA Power" StepType, Adapter: Sequence Call, Sequence Description: Call Fixture Power in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test UUT Power" StepType, Adapter: Sequence Call, Sequence Description: Call UUT Power in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Post Action: On Fail Terminate Step: "Initialize UUT" StepType, Adapter: Sequence Call, Sequence Description: Call Initialize in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Status Bits" StepType, Adapter: Sequence Call, Sequence Description: Call Status Bits in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Valve ID Bits" StepType, Adapter: Sequence Call, Sequence Description: Call Valve ID in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Fan Control" StepType, Adapter: Sequence Call, Sequence Description: Call Fans in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler Drive" StepType, Adapter: Sequence Call, Sequence Description: Call Heater/Cooler Drive in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Thermistor Input" StepType, Adapter: Sequence Call, Sequence Description: Call Thermistor in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Valve Motor Drive" StepType, Adapter: Sequence Call, Sequence Description: Call Motor Drive in Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Cleanup --------------------------------------- Step: "UUT Power OFF Primary and Heater" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS All On or Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Record Result: False Step: "InitsPowerSupplies" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Vacuum OFF(Fixture Up)" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Step: "Disable ITA Power" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Sequence: "PreUUTLoop" --------------------------------------- Comment: Test UUTs calls this before looping on UUTs. Is empty in model file. Override this in the client file to perform an action before any UUTs are tested. Type: Callback Disable Results for All Steps: True Goto cleanup on failure: True Number of Setup steps: 0 Number of Main steps: 11 Number of Cleanup steps: 0 Main --------------------------------------- Step: "InitsPowerSupplies" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Init Mux" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\CfgMuxGroups.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "InitSystemRelays" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\InitPXI_Relays.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "QPSI Init" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "InitChromaLoads" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Chroma\ConfigChromaLoad_CR Mode.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Cfg DMM for DC Volts " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\DMM Configure.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "InitScope" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Tektronix TDS3054C\Scope Initialize.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Cfg Scope" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Tektronix TDS3054C\CfgScope.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Do While" StepType, Adapter: NI_Flow_DoWhile, Description: FileGlobals.UUTPartNumber != FileGlobals.PartNum1 && FileGlobals.UUTPartNumber != FileGlobals.PartNum2 && RunState.NextStep.Result.ButtonHit != 2 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "ScanPartNumber" StepType, Adapter: Message Popup, Description: "ScanPartNumber" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Post Expression: FileGlobals.UUTPartNumber= Step.Result.Response , Step.Result.ButtonHit != 2 Post Action: if ((Step.Result.ButtonHit != 2) == False) Terminate Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Sequence: "PostUUTLoop" --------------------------------------- Comment: Test UUTs calls this after looping on UUTs. Is empty in model file. Override this in the client file to perform an action after all UUTs are tested. Type: Callback Disable Results for All Steps: True Goto cleanup on failure: True Number of Setup steps: 0 Number of Main steps: 6 Number of Cleanup steps: 0 Main --------------------------------------- Step: "Disable ITA Power" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Step: "InitChromaLoads" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Chroma\ConfigChromaLoad_CR Mode.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "InitsPowerSupplies" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "InitSystemRelays" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\InitPXI_Relays.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Cfg DMM for DC Volts " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\DMM Configure.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Cfg Scope" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Tektronix TDS3054C\CfgScope.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Sequence: "Fixture Power" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: True Number of Setup steps: 1 Number of Main steps: 2 Number of Cleanup steps: 0 Locals: --------------------------------------- ResultList (Array of Containers) ... Setup --------------------------------------- Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.5) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "Set Mux SPI+5V" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test SPI+5V" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 4.9 <= x <= 5.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Flow Properties: Post Expression: RunState.Sequence.Main["Test SPI+5V"].Result.Units = "DCV" Sequence: "ReportOptions" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 0 Number of Main steps: 10 Number of Cleanup steps: 0 Locals: --------------------------------------- ResultList (Array of Containers) ... Main --------------------------------------- Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.NewFileNameForEachUUT = True Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.DirectoryType = "SequenceFileDirectory" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Run Mode: Skip Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.UseOnTheFlyReporting = True Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.IncludeTimes =True Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.BaseName = FileGlobals.UUTPartNumber Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.Directory = "Reports" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Run Mode: Skip Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.ReportFilePath = "C:\\GTS Files\\Sequences\\"+FileGlobals.UUTPartNumber+"\\Reports\\" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.GeneratePath = True Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.BodyGenerator = "seq" Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Parameters.ReportOptions.DisableReportGeneration = False Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Sequence: "UUT Power" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: True Number of Setup steps: 6 Number of Main steps: 10 Number of Cleanup steps: 2 Locals: --------------------------------------- QSPI_Status (QPSI_Status1) ... QSPI_Status.Temp (Number) 0 QSPI_Status.ValveType (Number) 0 QSPI_Status.MotorFeedback (Number) 0 QSPI_Status.IDcode (Number) 0 QSPI_Status.DoorOpen (Number) 0 QSPI_Status.TimeOut (Number) 0 QSPI_Status.OverTemp (Number) 0 QSPI_Status.Power24V (Number) 0 QSPI_Status.HeaterCooler (Number) 0 QSPI_Status.MOT_Error (Number) 0 QSPI_Status.MOT_Done (Number) 0 ResultList (Array of Containers) ... Index (Number) 0 Setup --------------------------------------- Step: "InitsPowerSuppliesStartup" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "SetMotorPos" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetMotorPosition.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Pre Expression: FileGlobals.Channel = 2 Step: "Clear Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "UUT Power ON Primary and Heater" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS All On or Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Record Result: False Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "CheckPowerStatus" StepType, Adapter: Pass/Fail Test, LabVIEW Description: Pass/Fail Test, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\CheckUUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.PassFail Flow Properties: Post Action: On Fail Goto UUT Power OFF Primary and Heater (Cleanup) Step: "Check+24VQuCurrent" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\MeasUUT Supplies.vi, Number of Measurements: 2 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: 24V_QuCurrent Comparison Type: GELE Low Limit: 0.15 High Limit: 0.3 --------------------------------------- Measurement Name: 24Vs_Qu_Current Comparison Type: GELE Low Limit: 0 High Limit: 0.01 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Flow Properties: Post Action: On Pass Goto Set Mux 24V Fused Step: "Set Mux 24V Fused" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test 24V Fused" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 23.75 <= x <= 24.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Flow Properties: Post Expression: RunState.Sequence.Main["Test VCC"].Result.Units = "DCV" Step: "Set Mux VCC" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test VCC" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 4.9 <= x <= 5.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Flow Properties: Post Expression: RunState.Sequence.Main["Test VCC"].Result.Units = "DCV" Step: "Set Mux 3.3V" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test 3.3V" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 3.2 <= x <= 3.4, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Flow Properties: Post Expression: RunState.Sequence.Main["Test 3.3V"].Result.Units = "DCV" Step: "Set Mux 22Vs" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test 22Vs" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 21.9 <= x <= 22.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Flow Properties: Post Expression: RunState.Sequence.Main["Test 22Vs"].Result.Units = "DCV" Cleanup --------------------------------------- Step: "UUT Power OFF Primary and Heater" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS All On or Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Precondition: AnyOf: FAIL Test 24V Fused FAIL Test VCC FAIL Test 3.3V FAIL Test 22Vs End AnyOf Record Result: False Step: "UUT Power OFF Debug" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS All On or Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Run Mode: Skip Record Result: False Sequence: "Initialize" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 6 Number of Main steps: 8 Number of Cleanup steps: 4 Locals: --------------------------------------- QPSI_Status (QPSI_Status1) ... QPSI_Status.Temp (Number) 0 QPSI_Status.ValveType (Number) 0 QPSI_Status.MotorFeedback (Number) 0 QPSI_Status.IDcode (Number) 0 QPSI_Status.DoorOpen (Number) 0 QPSI_Status.TimeOut (Number) 0 QPSI_Status.OverTemp (Number) 0 QPSI_Status.Power24V (Number) 0 QPSI_Status.HeaterCooler (Number) 0 QPSI_Status.MOT_Error (Number) 0 QPSI_Status.MOT_Done (Number) 0 LastQSPI_Cmd (QPSI_Cmd) ... LastQSPI_Cmd._Valve_Pos_ (Number) 0x0 LastQSPI_Cmd.Ext__Fan (Boolean) False LastQSPI_Cmd.Int__Fan (Boolean) False LastQSPI_Cmd.Heat (Boolean) False LastQSPI_Cmd.Cool (Boolean) False LastQSPI_Cmd.Clear_Error (Boolean) False Local (String) "" ResultList (Array of Containers) ... Position (Number) 1 FeedbackDelay (Number) 10 Direction (Number) 0 Setup --------------------------------------- Step: "SetPowerSuppliesNormalCurrent" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Status Faults" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Open Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Valve ID Bits" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetValveType.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "Test Motor Error Bit" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MOT_Error Flow Properties: Post Action: On Fail Goto Step: "Move Valve" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.1) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "SetMotorPos" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetMotorPosition.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Identification Data" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 6, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.IDcode Step: "Test Motor Done Bit" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MOT_Done Flow Properties: Looping: Stop after 1 iterations pass or after a maximum of 100 iterations. Loop result is pass if 1 pass within 100 iterations. Step: "Test Motor Error Bit" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == 0 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MOT_Error Step: "Test Motor Pos Bits" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MotorFeedback Cleanup --------------------------------------- Step: "UUT Power OFF Primary and Heater" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS All On or Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Precondition: FAIL Test Motor Error Bit Run Mode: Skip Record Result: False Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.5) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Run Mode: Skip Step: "Reset Valve" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Run Mode: Skip Step: "UUT Power ON Primary and Heater" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS All On or Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Record Results: False Flow Properties: Run Mode: Skip Record Result: False Sequence: "Status Bits" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 0 Number of Main steps: 37 Number of Cleanup steps: 0 Locals: --------------------------------------- QSPI_Status (QPSI_Status1) ... QSPI_Status.Temp (Number) 0 QSPI_Status.ValveType (Number) 0 QSPI_Status.MotorFeedback (Number) 0 QSPI_Status.IDcode (Number) 0 QSPI_Status.DoorOpen (Number) 0 QSPI_Status.TimeOut (Number) 0 QSPI_Status.OverTemp (Number) 0 QSPI_Status.Power24V (Number) 0 QSPI_Status.HeaterCooler (Number) 0 QSPI_Status.MOT_Error (Number) 0 QSPI_Status.MOT_Done (Number) 0 LastQSPI_Cmd (QPSI_Cmd) ... LastQSPI_Cmd._Valve_Pos_ (Number) 0x0 LastQSPI_Cmd.Ext__Fan (Boolean) False LastQSPI_Cmd.Int__Fan (Boolean) False LastQSPI_Cmd.Heat (Boolean) False LastQSPI_Cmd.Cool (Boolean) False LastQSPI_Cmd.Clear_Error (Boolean) False ResultList (Array of Containers) ... Main --------------------------------------- Step: "***************** Test Power Availible Bit ************************" StepType, Adapter: Statement, Description: Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Turn 24Vs ON" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS On_Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Power Avail bit ON" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.Power24V Step: "Turn 24Vs Off" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS On_Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Power Avail bit Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.Power24V Step: "Turn 24Vs ON" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS On_Off UUT Power.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Power Avail bit On" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.Power24V Step: "******************* Test Heater/Cooler Bit ***********************" StepType, Adapter: Statement, Description: Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler bit On" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.HeaterCooler Step: "Clear Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler bit Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.HeaterCooler Step: "Set Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler bit On" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.HeaterCooler Step: "********************** Test Door Open Bit ***********************" StepType, Adapter: Statement, Description: Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Door Open bit On" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.DoorOpen Step: "Close Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Door Open bit Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.DoorOpen Step: "Open Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Door Open bit On" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.DoorOpen Step: "******************* Test Over Temperature Bit *****************" StepType, Adapter: Statement, Description: Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test OverTemp Bit On" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.OverTemp Step: "Clear Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Overtemp Bit" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test OverTemp Bit Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.OverTemp Step: "Set Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test OverTemp Bit On" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.OverTemp Step: "*********************** Test Timout Bit **************************" StepType, Adapter: Statement, Description: Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Timout Bit is Off" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == 0 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.TimeOut Step: "Wait 6 Sec" StepType, Adapter: Wait, Description: TimeInterval(6) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Timout Bit after 6 Seconds" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.TimeOut Step: "Wait 10 Sec" StepType, Adapter: Wait, Description: TimeInterval(10) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Timout Bit after 10 Seconds" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.TimeOut Step: "Clear Timout Bit" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Timout Bit can be Cleared" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QSPI_Status.TimeOut Sequence: "Valve ID" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 0 Number of Main steps: 4 Number of Cleanup steps: 1 Locals: --------------------------------------- QPSI_Status (QPSI_Status1) ... QPSI_Status.Temp (Number) 0 QPSI_Status.ValveType (Number) 0 QPSI_Status.MotorFeedback (Number) 0 QPSI_Status.IDcode (Number) 0 QPSI_Status.DoorOpen (Number) 0 QPSI_Status.TimeOut (Number) 0 QPSI_Status.OverTemp (Number) 0 QPSI_Status.Power24V (Number) 0 QPSI_Status.HeaterCooler (Number) 0 QPSI_Status.MOT_Error (Number) 0 QPSI_Status.MOT_Done (Number) 0 ValveType (Number) 0x0 ResultList (Array of Containers) ... Main --------------------------------------- Step: "For" StepType, Adapter: NI_Flow_For, Description: Locals.ValveType = 0; Locals.ValveType < 16; Locals.ValveType += 1 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "Set Valve ID Bits" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetValveType.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Valve ID Status Bits" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == Locals.ValveType, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.ValveType Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Cleanup --------------------------------------- Step: "Reset Valve type" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetValveType.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Sequence: "Fans" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 4 Number of Main steps: 15 Number of Cleanup steps: 1 Locals: --------------------------------------- ResultList (Array of Containers) ... Index (Number) 4 Setup --------------------------------------- Step: "SetChromaLoads" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Chroma\ConfigChromaLoad_CR Mode.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "SetPowerSuppliesNormalCurrent" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Errors" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "Test Internal Fan OFF" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, ReadChromaLoadPower.vi, Number of Measurements: 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: Measurement 0 Comparison Type: LT Limit: 1 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Step: "Turn Internal Fan ON" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.2) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Internal Fan ON" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, ReadChromaLoadPower.vi, Number of Measurements: 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: Measurement 0 Comparison Type: GE Limit: 8 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Step: "Turn Internal Fan OFF" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.2) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Internal Fan OFF" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, ReadChromaLoadPower.vi, Number of Measurements: 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: Measurement 0 Comparison Type: LT Limit: 1 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.2) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test External Fan OFF" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, ReadChromaLoadPower.vi, Number of Measurements: 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: Measurement 0 Comparison Type: LT Limit: 1 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Step: "Turn External Fan On" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.2) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test External Fan ON" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, ReadChromaLoadPower.vi, Number of Measurements: 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: Measurement 0 Comparison Type: GE Limit: 15 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Step: "Turn External Fan Off" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.2) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test External Fan OFF" StepType, Adapter: NI_MultipleNumericLimitTest, LabVIEW Description: Multiple Numeric Limit Test, ReadChromaLoadPower.vi, Number of Measurements: 1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed --------------------------------------- Measurement Name: Measurement 0 Comparison Type: LT Limit: 1 --------------------------------------- End of Measurements --------------------------------------- Data Source: Step.NumericArray Cleanup --------------------------------------- Step: "InitChromaLoads" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Chroma\ConfigChromaLoad_CR Mode.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Sequence: "Heater/Cooler Drive" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 5 Number of Main steps: 12 Number of Cleanup steps: 4 Locals: --------------------------------------- QPSI_Status (QPSI_Status1) ... QPSI_Status.Temp (Number) 0 QPSI_Status.ValveType (Number) 0 QPSI_Status.MotorFeedback (Number) 0 QPSI_Status.IDcode (Number) 0 QPSI_Status.DoorOpen (Number) 0 QPSI_Status.TimeOut (Number) 0 QPSI_Status.OverTemp (Number) 0 QPSI_Status.Power24V (Number) 0 QPSI_Status.HeaterCooler (Number) 0 QPSI_Status.MOT_Error (Number) 0 QPSI_Status.MOT_Done (Number) 0 ResultList (Array of Containers) ... Index (Number) 6 Setup --------------------------------------- Step: "SetPowerSuppliesNormalCurrent" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Lambda\PS Config all UUT Supplies.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Close Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Status Faults" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "Set Mux Heater/Cooler Out" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler Drive is Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, -0.1 <= x <= 0.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Step: "Turn Heater On" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.1) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler Drive is ON" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, -22 <= x <= -20, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Step: "Turn Heater Off" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler Drive is Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, -0.1 <= x <= 0.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Step: "Turn Cooler On" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.1) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Cooler Drive is On" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 20 <= x <= 22, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Step: "Turn Cooler Off" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Heater/Cooler Drive is Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, -0.1 <= x <= 0.1, C:\GTS Files\Sequences\210000190\GTS Labview Source\Agilent 34411A\ReadDMM.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Step.Result.Numeric Cleanup --------------------------------------- Step: "Clear Mux" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\PI-PXI-612-002 MUX\SetMuxChan.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Open Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Sequence: "Thermistor" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 5 Number of Main steps: 10 Number of Cleanup steps: 3 Locals: --------------------------------------- QPSI_Status (QPSI_Status1) ... QPSI_Status.Temp (Number) 0 QPSI_Status.ValveType (Number) 0 QPSI_Status.MotorFeedback (Number) 0 QPSI_Status.IDcode (Number) 0 QPSI_Status.DoorOpen (Number) 0 QPSI_Status.TimeOut (Number) 0 QPSI_Status.OverTemp (Number) 0 QPSI_Status.Power24V (Number) 0 QPSI_Status.HeaterCooler (Number) 0 QPSI_Status.MOT_Error (Number) 0 QPSI_Status.MOT_Done (Number) 0 ResultList (Array of Containers) ... Setup --------------------------------------- Step: "Set 0 degree C Input Resistor" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Geotest\SetGX.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Close Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Status Faults" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Main --------------------------------------- Step: "Test Door Open bit Off" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 0, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.DoorOpen Step: "Set 0 degree C Input Resistor" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Geotest\SetGX.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(1.0) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test @ 0 degrees" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, -1 <= x <= 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.Temp Step: "Set 25 degree C Input Resistor" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Geotest\SetGX.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(1.0) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test @ 25 degrees" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 24 <= x <= 26, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.Temp Step: "Set 63 degree C Input Resistor" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Geotest\SetGX.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(1.0) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test @ 63 degrees" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, 63 <= x <= 65, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.Temp Cleanup --------------------------------------- Step: "Clear Column Heater/Cooler bit " StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Open Door" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Set Overtemp Condition" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\Control_ITARelay.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Sequence: "Motor Drive" --------------------------------------- Type: Normal Disable Results for All Steps: False Goto cleanup on failure: False Number of Setup steps: 7 Number of Main steps: 49 Number of Cleanup steps: 1 Locals: --------------------------------------- MotorBurst (Obj) ... MotorBurst.Duration (Number) 0 MotorBurst.Phase (Number) 0 MotorDriveLimits (Array of Containers) ... MotorDriveLimits[0] (LocalLimits) ... MotorDriveLimits[0].HiLim (Number) 0 MotorDriveLimits[0].LoLim (Number) 0 MotorDriveLimits[1] (LocalLimits) ... MotorDriveLimits[1].HiLim (Number) 0 MotorDriveLimits[1].LoLim (Number) 0 MotorDriveA (Obj) ... MotorDriveA.Amplitude (Number) 0 MotorDriveA.FrontPeriod (Number) 0 MotorDriveA.EndPeriod (Number) 0 MotorDriveB (Obj) ... MotorDriveB.Amplitude (Number) 0 MotorDriveB.StartPeriod (Number) 0 MotorDriveB.EndPeriod (Number) 0 ScopeAquInfo (ScopeAquireInfo) ... ScopeAquInfo.StartTime (Number) 0 ScopeAquInfo.TimePerRecord (Number) 0.4 ScopeAquInfo.RecordLength (Number) 100000 ScopeAquInfo.SingleAqu (Boolean) True BusyLoop (Number) 0 Local (Number) 0 QPSI_Status (QPSI_Status1) ... QPSI_Status.Temp (Number) 0 QPSI_Status.ValveType (Number) 0 QPSI_Status.MotorFeedback (Number) 0 QPSI_Status.IDcode (Number) 0 QPSI_Status.DoorOpen (Number) 0 QPSI_Status.TimeOut (Number) 0 QPSI_Status.OverTemp (Number) 0 QPSI_Status.Power24V (Number) 0 QPSI_Status.HeaterCooler (Number) 0 QPSI_Status.MOT_Error (Number) 0 QPSI_Status.MOT_Done (Number) 0 Position (Number) 0 PositionStep (Number) 0 ResultList (Array of Containers) ... FeedbackDelay (Number) 10 Direction (Number) 0 Setup --------------------------------------- Step: "InitScope" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Tektronix TDS3054C\Scope Initialize.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Run Mode: Skip Step: "Cfg Scope" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Tektronix TDS3054C\CfgScope.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Reset Valve type" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetValveType.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: Locals.Position=1 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Reset Valve" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "ResetMotorPos" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetMotorPosition.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Clear Status Faults" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Looping: Number of Loops: 5 Loop result is Failed if < 100% of iterations pass. Main --------------------------------------- Step: "For" StepType, Adapter: NI_Flow_For, Description: Locals.Direction = 0; Locals.Direction < 2; Locals.Direction += 1 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "For" StepType, Adapter: NI_Flow_For, Description: Locals.PositionStep = 0; Locals.PositionStep <5; Locals.PositionStep += 1 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "If" StepType, Adapter: NI_Flow_If, Description: Locals.Direction == 0 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: ++Locals.Position Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: " Set Duration and EndPeriod based on Local.Position" StepType, Adapter: Statement, Description: Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "If" StepType, Adapter: NI_Flow_If, Description: Locals.Position ==2 || Locals.Position ==6 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "DurationiLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["Duration"].HiLim=100, Locals.MotorDriveLimits["Duration"].LoLim=45 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "EndPeriodLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["EndPeriod"].HiLim=2.5,Locals.MotorDriveL imits["EndPeriod"].LoLim=0.5 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Else If" StepType, Adapter: NI_Flow_ElseIf, Description: Locals.Position ==3 || Locals.Position ==5 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "DurationLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["Duration"].HiLim=32,Locals.MotorDriveLim its["Duration"].LoLim=28 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "EndPeriodLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["EndPeriod"].HiLim=2.5,Locals.MotorDriveL imits["EndPeriod"].LoLim=0.5 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Else If" StepType, Adapter: NI_Flow_ElseIf, Description: Locals.Position ==4 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "DurationLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["Duration"].HiLim=220,Locals.MotorDriveLi mits["Duration"].LoLim=150 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "EndPeriodLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["EndPeriod"].HiLim=7.0,Locals.MotorDriveL imits["EndPeriod"].LoLim=2.0 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "Else" StepType, Adapter: NI_Flow_Else, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "Statement" StepType, Adapter: Statement, Description: --Locals.Position Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "If" StepType, Adapter: NI_Flow_If, Description: Locals.Position ==1 || Locals.Position ==5 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "DurationLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["Duration"].HiLim=100,Locals.MotorDriveLi mits["Duration"].LoLim=45 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "EndPeriodLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["EndPeriod"].HiLim=2.5,Locals.MotorDriveL imits["EndPeriod"].LoLim=0.5 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Else If" StepType, Adapter: NI_Flow_ElseIf, Description: Locals.Position ==4 || Locals.Position ==2 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "DurationLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["Duration"].HiLim=32,Locals.MotorDriveLim its["Duration"].LoLim=28 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "EndPeriodLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["EndPeriod"].HiLim=2.5,Locals.MotorDriveL imits["EndPeriod"].LoLim=0.5 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Else If" StepType, Adapter: NI_Flow_ElseIf, Description: Locals.Position ==3 Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "DurationLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["Duration"].HiLim=220,Locals.MotorDriveLi mits["Duration"].LoLim=150 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "EndPeriodLimits" StepType, Adapter: Statement, Description: Locals.MotorDriveLimits["EndPeriod"].HiLim=7.0,Locals.MotorDriveL imits["EndPeriod"].LoLim=2.0 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "Clear Status Faults" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Flow Properties: Looping: Number of Loops: 5 Loop result is Failed if < 100% of iterations pass. Step: "Arm Scope" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Tektronix TDS3054C\InitiateAquire.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.5) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Move Valve" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(50e-3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "SetMotorPos" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\SetMotorPosition.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "Test Motor Done Bit" StepType, Adapter: Numeric Limit Test, LabVIEW Description: Numeric Limit Test, x == 1, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MOT_Done Flow Properties: Looping: Stop after 1 iterations pass or after a maximum of 10 iterations. Loop result is pass if 1 pass within 10 iterations. Step: "Test Motor Error Bit" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == 0 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MOT_Error Flow Properties: Post Action: On Fail Terminate Step: "Read Motor Position Bits" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, x == Locals.Position Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.QPSI_Status.MotorFeedback Step: "Wait" StepType, Adapter: Wait, Description: TimeInterval(0.3) Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "MeasMotorDrive" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\Common\MeasMotorDrive_r2.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Step: "BurstDuration" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, Locals.MotorDriveLimits["Duration"].LoLim <= x <= Locals.MotorDriveLimits["Duration"].HiLim, millisecond Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorBurst.Duration Flow Properties: Pre Expression: RunState.Sequence.Main["BurstDuration"].Limits.UseLowExpr=True , RunState.Sequence.Main["BurstDuration"].Limits.UseHighExpr=True Step: "DriveA-Ampliitude" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, 45 <= x <= 47, volts peak-to-peak Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorDriveA.Amplitude Step: "DriveA-FrontPeriod" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, 3.5 <= x <= 5, millisecond Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorDriveA.FrontPeriod Step: "DriveA-EndPeriod" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, Locals.MotorDriveLimits["EndPeriod"].LoLim <= x <= Locals.MotorDriveLimits["EndPeriod"].HiLim, millisecond Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorDriveA.EndPeriod Step: "DriveB-Ampliitude" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, 45 <= x <= 47, volts peak-to-peak Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorDriveB.Amplitude Step: "DriveB-FrontPeriod" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, 3.5 <= x <= 5, millisecond Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorDriveB.StartPeriod Step: "DriveB-EndPeriod" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, Locals.MotorDriveLimits["EndPeriod"].LoLim <= x <= Locals.MotorDriveLimits["EndPeriod"].HiLim, millisecond Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorDriveB.EndPeriod Step: "TestDirection" StepType, Adapter: Numeric Limit Test, Description: Numeric Limit Test, Locals.Direction == 0 ? -100:75 <= x <= Locals.Direction == 0 ? -75:100 Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed Data Source: Locals.MotorBurst.Phase Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Step: "End" StepType, Adapter: NI_Flow_End, Description: Module Load Option: Load dynamically Module Unload Option: Unload when sequence file is closed Cleanup --------------------------------------- Step: "Reset Valve" StepType, Adapter: Action, LabVIEW Description: Action, C:\GTS Files\Sequences\210000190\GTS Labview Source\SPI\SendCmdReadStatus.vi Module Load Option: Preload when execution begins Module Unload Option: Unload when sequence file is closed