##// END OF EJS Templates
Projects » CurrentTester
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    [Tester]

    TesterType = "HSMP2"

    TesterName = "Hochstrommessplatz 2"

    MaxCurrent = 1000

    MaxTemperature = 250

    MaxAmbientTemperature = 50

    TemperatureWarning- = 10

    SensorsEnable.<size(s)> = "15"

    SensorsEnable 0 = "True"

    SensorsEnable 1 = "True"

    SensorsEnable 2 = "True"

    SensorsEnable 3 = "True"

    SensorsEnable 4 = "True"

    SensorsEnable 5 = "True"

    SensorsEnable 6 = "True"

    SensorsEnable 7 = "True"

    SensorsEnable 8 = "True"

    SensorsEnable 9 = "True"

    SensorsEnable 10 = "False"

    SensorsEnable 11 = "False"

    SensorsEnable 12 = "False"

    SensorsEnable 13 = "False"

    SensorsEnable 14 = "False"

    SensorsDescription.<size(s)> = "15"

    SensorsDescription 0 = "NI-9212: Ch0"

    SensorsDescription 1 = "NI-9212: Ch1"

    SensorsDescription 2 = "NI-9212: Ch2"

    SensorsDescription 3 = "NI-9212: Ch3"

    SensorsDescription 4 = "NI-9212: Ch4"

    SensorsDescription 5 = "NI-9212: Ch5"

    SensorsDescription 6 = "NI-9212: Ch6"

    SensorsDescription 7 = "NI-9212: Ch7"

    SensorsDescription 8 = "NI-9219_1: Ch0"

    SensorsDescription 9 = "NI-9219_1: Ch1"

    SensorsDescription 10 = "NI-9219_1: Ch2"

    SensorsDescription 11 = "NI-9219_2: Ch0"

    SensorsDescription 12 = "NI-9219_2: Ch1"

    SensorsDescription 13 = "NI-9219_2: Ch2"

    SensorsDescription 14 = "NI-9219_2: Ch3"

    VoltageDescription.<size(s)> = "5 2"

    VoltageDescription 0 = "NI-9215: Ch0"

    VoltageDescription 1 = "Pr�flingsspannung [V]"

    VoltageDescription 2 = "NI-9219_1: Ch2"

    VoltageDescription 3 = "Zero Flux- Spannung [V]"

    VoltageDescription 4 = ""

    VoltageDescription 5 = "Strom [A]"

    VoltageDescription 6 = ""

    VoltageDescription 7 = "Widerstand [mOhm]"

    VoltageDescription 8 = ""

    VoltageDescription 9 = "Leistung [W]"

    CalibrationPassword = "48c8947f69c054a5caa934674ce8881d02bb18fb59d5a63eeaddff735b0e9801e87294783281ae49fc8287a0fd86779b27d7972d3e84f0fa0d826d7cb67dfefc"

    

    [Hardware]

    SimulateDevices = False

    DI_E-Stop = ""

    DI_Setup = ""

    PowerSupply_VISAName = "TCPIP0::10.1.2.40::30000::SOCKET"

    PowerSupply_Address = "0"

    PowerSupply_Baudrate = "0"

    PowerSupply_OutputVoltage = "10,000000"

    PowerSupply_OverVoltageProtection = "9,800000"

    PowerSupply_MinCurrent = "0"

    PowerSupply_Check = False

    PowerSupply_WarningPower = "9000,000000"

    PowerSupply_AbortPower = "10000,000000"

    PowerSupply_PID = "FALSE"

    PowerSupply_PID_Time = "1,000000"

    PowerSupply_PID_ProportionalGain = "0,100000"

    PowerSupply_PID_IntegralTime = "0,180000"

    PowerSupply_PID_DerivativeTime = "0,000000"

    AbortCurrentDifference = "0,000000"

    Measurement_Channels.<size(s)> = "17"

    Measurement_Channels 0 = "NI9215/ai0"

    Measurement_Channels 1 = "NI9219_1/ai2"

    Measurement_Channels 2 = "NI9212/ai0"

    Measurement_Channels 3 = "NI9212/ai1"

    Measurement_Channels 4 = "NI9212/ai2"

    Measurement_Channels 5 = "NI9212/ai3"

    Measurement_Channels 6 = "NI9212/ai4"

    Measurement_Channels 7 = "NI9212/ai5"

    Measurement_Channels 8 = "NI9212/ai6"

    Measurement_Channels 9 = "NI9212/ai7"

    Measurement_Channels 10 = "NI9219_1/ai0"

    Measurement_Channels 11 = "NI9219_1/ai1"

    Measurement_Channels 12 = "NI9219_1/ai2"

    Measurement_Channels 13 = "NI9219_2/ai0"

    Measurement_Channels 14 = "NI9219_2/ai1"

    Measurement_Channels 15 = "NI9219_2/ai2"

    Measurement_Channels 16 = "NI9219_2/ai3"

    Measurement_Sample = "<size(s)=17> 40,000000 40,000000 2,000000 2,000000 2,000000 2,000000 2,000000 2,000000 2,000000 2,000000 40,000000 40,000000 40,000000 40,000000 40,000000 40,000000 40,000000"

    ShuntResistance = "0,005"

    Measurement_Check = False

    Measurement_Delay = "1"

    DMM_VISAName = "NI9219_1/ai3"

    DMM_ContactLimits = "<size(s)=2> 0,000000 10,000000"

    TemperatureGain = "<size(s)=15> 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000 1,000000"

    TemperatureOffset = "<size(s)=15> 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000 0,000000"

    VoltageGain = "<size(s)=5> 1,000000 -1,000000 1,000000 1,000000 1,000000"

    VoltageOffset = "<size(s)=5> 0,000000 0,000000 0,000000 0,000000 0,000000"

    AllowedContactFails = "2"

    

    [HSMP2]

    DMM_Configuration.Maximum = "10500,000000"

    DMM_Configuration.Minimum = "0,000000"

    DMM_Configuration.Configuration = "4-Wire"

    DMM_Configuration.CurrentExcitationSource = "Internal"

    DMM_Configuration.CurrentExcitationValue = "0,000500"

    DMM_Sample = "40,000000"

    Configuration_AI_Voltage.<size(s)> = "2"

    Configuration_AI_Voltage 0.Maximum = "10,000000"

    Configuration_AI_Voltage 0.Minimum = "-10,000000"

    Configuration_AI_Voltage 0.InputTerminalConfiguration = "Differential"

    Configuration_AI_Voltage 1.Maximum = "10,000000"

    Configuration_AI_Voltage 1.Minimum = "0,000000"

    Configuration_AI_Voltage 1.InputTerminalConfiguration = "Differential"

    Configuration_AI_Thermocouple.<size(s)> = "15"

    Configuration_AI_Thermocouple 0.Maximum = "250,000000"

    Configuration_AI_Thermocouple 0.Minimum = "0,000000"

    Configuration_AI_Thermocouple 0.Type = "K"

    Configuration_AI_Thermocouple 0.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 0.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 1.Maximum = "250,000000"

    Configuration_AI_Thermocouple 1.Minimum = "0,000000"

    Configuration_AI_Thermocouple 1.Type = "K"

    Configuration_AI_Thermocouple 1.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 1.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 2.Maximum = "250,000000"

    Configuration_AI_Thermocouple 2.Minimum = "0,000000"

    Configuration_AI_Thermocouple 2.Type = "K"

    Configuration_AI_Thermocouple 2.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 2.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 3.Maximum = "250,000000"

    Configuration_AI_Thermocouple 3.Minimum = "0,000000"

    Configuration_AI_Thermocouple 3.Type = "K"

    Configuration_AI_Thermocouple 3.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 3.CJC_Value = "10,000000"

    Configuration_AI_Thermocouple 4.Maximum = "250,000000"

    Configuration_AI_Thermocouple 4.Minimum = "0,000000"

    Configuration_AI_Thermocouple 4.Type = "K"

    Configuration_AI_Thermocouple 4.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 4.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 5.Maximum = "250,000000"

    Configuration_AI_Thermocouple 5.Minimum = "0,000000"

    Configuration_AI_Thermocouple 5.Type = "K"

    Configuration_AI_Thermocouple 5.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 5.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 6.Maximum = "250,000000"

    Configuration_AI_Thermocouple 6.Minimum = "0,000000"

    Configuration_AI_Thermocouple 6.Type = "K"

    Configuration_AI_Thermocouple 6.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 6.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 7.Maximum = "250,000000"

    Configuration_AI_Thermocouple 7.Minimum = "0,000000"

    Configuration_AI_Thermocouple 7.Type = "K"

    Configuration_AI_Thermocouple 7.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 7.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 8.Maximum = "250,000000"

    Configuration_AI_Thermocouple 8.Minimum = "0,000000"

    Configuration_AI_Thermocouple 8.Type = "K"

    Configuration_AI_Thermocouple 8.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 8.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 9.Maximum = "250,000000"

    Configuration_AI_Thermocouple 9.Minimum = "0,000000"

    Configuration_AI_Thermocouple 9.Type = "K"

    Configuration_AI_Thermocouple 9.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 9.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 10.Maximum = "250,000000"

    Configuration_AI_Thermocouple 10.Minimum = "0,000000"

    Configuration_AI_Thermocouple 10.Type = "K"

    Configuration_AI_Thermocouple 10.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 10.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 11.Maximum = "250,000000"

    Configuration_AI_Thermocouple 11.Minimum = "-200,000000"

    Configuration_AI_Thermocouple 11.Type = "K"

    Configuration_AI_Thermocouple 11.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 11.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 12.Maximum = "250,000000"

    Configuration_AI_Thermocouple 12.Minimum = "-200,000000"

    Configuration_AI_Thermocouple 12.Type = "K"

    Configuration_AI_Thermocouple 12.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 12.CJC_Value = "25,000000"

    Configuration_AI_Thermocouple 13.Maximum = "250,000000"

    Configuration_AI_Thermocouple 13.Minimum = "-200,000000"

    Configuration_AI_Thermocouple 13.Type = "K"

    Configuration_AI_Thermocouple 13.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 13.CJC_Value = "10,000000"

    Configuration_AI_Thermocouple 14.Maximum = "250,000000"

    Configuration_AI_Thermocouple 14.Minimum = "-200,000000"

    Configuration_AI_Thermocouple 14.Type = "K"

    Configuration_AI_Thermocouple 14.CJC_Source = "Built-In"

    Configuration_AI_Thermocouple 14.CJC_Value = "25,000000"

    Configuration_AI_NI9219_Resistance.<size(s)> = "7"

    Configuration_AI_NI9219_Resistance 0.Maximum = "800,000000"

    Configuration_AI_NI9219_Resistance 0.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 0.Configuration = "4-Wire"

    Configuration_AI_NI9219_Resistance 0.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 0.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 0.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 0.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 0.ABC = "<size(s)=3> 1,224E-3 2,31E-4 3,938074E-9"

    Configuration_AI_NI9219_Resistance 1.Maximum = "250,000000"

    Configuration_AI_NI9219_Resistance 1.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 1.Configuration = "2-Wire"

    Configuration_AI_NI9219_Resistance 1.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 1.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 1.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 1.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 1.ABC = "<size(s)=3> 1,224E-3 2,31E-4 3,938074E-9"

    Configuration_AI_NI9219_Resistance 2.Maximum = "250,000000"

    Configuration_AI_NI9219_Resistance 2.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 2.Configuration = "2-Wire"

    Configuration_AI_NI9219_Resistance 2.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 2.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 2.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 2.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 2.ABC = "<size(s)=3> 3,81E-3 -6,02E-7 -6E-12"

    Configuration_AI_NI9219_Resistance 3.Maximum = "250,000000"

    Configuration_AI_NI9219_Resistance 3.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 3.Configuration = "2-Wire"

    Configuration_AI_NI9219_Resistance 3.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 3.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 3.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 3.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 3.ABC = "<size(s)=3> 1,224312924E-3 2,308955523E-4 3,938074268E-9"

    Configuration_AI_NI9219_Resistance 4.Maximum = "10500,000000"

    Configuration_AI_NI9219_Resistance 4.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 4.Configuration = "2-Wire"

    Configuration_AI_NI9219_Resistance 4.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 4.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 4.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 4.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 4.ABC = "<size(s)=3> 0,001224 0,000231 3,938074E-9"

    Configuration_AI_NI9219_Resistance 5.Maximum = "250,000000"

    Configuration_AI_NI9219_Resistance 5.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 5.Configuration = "2-Wire"

    Configuration_AI_NI9219_Resistance 5.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 5.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 5.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 5.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 5.ABC = "<size(s)=3> 0,001224 0,000231 3,938074E-9"

    Configuration_AI_NI9219_Resistance 6.Maximum = "250,000000"

    Configuration_AI_NI9219_Resistance 6.Minimum = "0,000000"

    Configuration_AI_NI9219_Resistance 6.Configuration = "2-Wire"

    Configuration_AI_NI9219_Resistance 6.CurrentExcitationSource = "Internal"

    Configuration_AI_NI9219_Resistance 6.CurrentExcitationValue = "0,000500"

    Configuration_AI_NI9219_Resistance 6.RTD_Type = "Pt3750"

    Configuration_AI_NI9219_Resistance 6.R0 = "1000,000000"

    Configuration_AI_NI9219_Resistance 6.ABC = "<size(s)=3> 0,003810 -6,020000E-7 -6,000000E-12"

    Configuration_AI_NI9219_Type.<size(s)> = "7"

    Configuration_AI_NI9219_Type 0 = "RTD"

    Configuration_AI_NI9219_Type 1 = "Resistance_Thermistor"

    Configuration_AI_NI9219_Type 2 = "Thermocouple"

    Configuration_AI_NI9219_Type 3 = "Resistance_RTD"

    Configuration_AI_NI9219_Type 4 = "Resistance_RTD"

    Configuration_AI_NI9219_Type 5 = "Resistance_RTD"

    Configuration_AI_NI9219_Type 6 = "Resistance_RTD"

    POS_Config.IP = "10.1.2.1"

    POS_Config.Port = "502"

    POS_AxesNames.<size(s)> = "3"

    POS_AxesNames 0 = "X"

    POS_AxesNames 1 = "Y"

    POS_AxesNames 2 = "Z"

    POS_Reference_Axes = "<size(s)=3> 1,000000 1,000000 308,000000"

    POS_Limits_Axis1 = "<size(s)=2> 0 155"

    POS_Limits_Axis2 = "<size(s)=2> 0 303"

    POS_Limits_Axis3 = "<size(s)=2> 0 309"

    POS_AxesFlipped.<size(s)> = "3"

    POS_AxesFlipped 0 = "True"

    POS_AxesFlipped 1 = "True"

    POS_AxesFlipped 2 = "False"

    Pos_MaxVelocity = "300"

    Pos_MaxAcceleration = "15000"

    Pos_MaxJerk = "140000"

    Pos_DO_E-Stop_Index = "0"

    Pos_DO_Setup_Index = "2"

    ForceLimit_Axis3 = "<size(s)=1> 0,000000"

    ForceLimit_Axis3_Text.<size(s)> = "1"

    ForceLimit_Axis3_Text 0 = ""

    ForceLimit_Axis3_AO_Limits = "<size(s)=2> 0,000000 100,000000"

    ForceLimit_AI_Index = "0"

    AirCooling_AI_Index = "1"

    AirCooling_AO_Index = "0"

    

    [DefaultValues]

    WorkingStroke = "0"

    MaxTemperature = "<size(s)=15> 50,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000 250,000000"

    MeasurementTime = "1"

    NominalCurrent = "0"

    TableControl = False

    SensorsColor = "<size(s)=15> 16776960 16711680 16744448 16744640 16711935 10879142 8388863 8421631 423327 9567230 14869218 14869218 14869218 14869218 14869218"

    Sensors+.<size(s)> = "15"

    Sensors+ 0 = "True"

    Sensors+ 1 = "True"

    Sensors+ 2 = "True"

    Sensors+ 3 = "False"

    Sensors+ 4 = "False"

    Sensors+ 5 = "False"

    Sensors+ 6 = "False"

    Sensors+ 7 = "False"

    Sensors+ 8 = "False"

    Sensors+ 9 = "False"

    Sensors+ 10 = "False"

    Sensors+ 11 = "False"

    Sensors+ 12 = "False"

    Sensors+ 13 = "False"

    Sensors+ 14 = "False"

    SensorsFunction.<size(s)> = "15"

    SensorsFunction 0 = "Umgebungstemperatur"

    SensorsFunction 1 = "Pr�flingstemperatur"

    SensorsFunction 2 = "Temperatur 3"

    SensorsFunction 3 = "Temperatur 4"

    SensorsFunction 4 = "Temperatur 5"

    SensorsFunction 5 = "Temperatur 6"

    SensorsFunction 6 = "Temperatur 7"

    SensorsFunction 7 = "Temperatur 8"

    SensorsFunction 8 = "Temperatur 9"

    SensorsFunction 9 = "Temperatur 10"

    SensorsFunction 10 = "Temperatur 11"

    SensorsFunction 11 = "Temperatur 12"

    SensorsFunction 12 = "Temperatur 13"

    SensorsFunction 13 = "Temperatur 14"

    SensorsFunction 14 = "Temperatur 15"

    ForceLimit_Z = "0"

    MovingParameter.Velocity = "20,000000"

    MovingParameter.Acceleration = "50,000000"

    MovingParameter.Jerk = "140000,000000"

    Learning_Steps.X = "1,000000"

    Learning_Steps.Y = "1,000000"

    Learning_Steps.Z = "1,000000"

    

    [Pathes]

    User = "C:\Work\CurrentTester\support\User.txt"

    ReportsFolder = "C:\Work\CurrentTester\support\ResultData_HSMP2"

    ProtocolsFolder = "C:\Work\CurrentTester\support\ResultData_HSMP2\Protocols"

    CurrentProfilesFolder = "C:\Work\CurrentTester\support\CurrentProfiles"

    Applicants = "C:\Work\CurrentTester\support\Applicants.txt"

    

    [Report]

    FileNameFormat = "%s_TestResults.txt"

    ReportNameFormat = "%s_TestReport_%s.xlsx"

    ReportTemplate_German = "C:\Work\CurrentTester\support\ReportTemplates\TemplateGerman.xlsx"

    ReportTemplate_English = "C:\Work\CurrentTester\support\ReportTemplates\TemplateEnglish.xlsx"

    

    [Protocol]

    ProtocolNameFormat = "%s_A%d_Report_%s.docx"

    ProtocolTemplate_German = "C:\Work\CurrentTester\support\ReportTemplates\ProtocolTemplateGerman.dotx"

    ProtocolTemplate_English = "C:\Work\CurrentTester\support\ReportTemplates\ProtocolTemplateEnglish.dotx"

    ProtocolComment_German = "Alle Messungen sind mit einem galvanisch isoliertem Thermosensor Type K durchf�hrt worden.\0ADie Testergebnisse und Auswertungen beziehen sich ausschlie�lich auf die Muster, die zu diesem Test unter Laborbedingungen verwendet wurden und auf den verwendeten Testaufbau!"

    ProtocolComment_English = "All measurements were carried out with a galvanically isolated Type K thermal sensors.\0AThe test results and evaluations refer exclusively to the samples that were used for this test under laboratory conditions and to the test setup used!"

    ProtocolDataFolderName = "Bilder|Messungen"

    

    [StateMessages]

    Info.<size(s)> = "29"

    Info 0 = "Aktivierter Not-Halt oder eine T�r steht offen! Ein Teststart ist nicht m�glich"

    Info 1 = "Zum Anlegen eines neuen Tests "Neuer Test" klicken"

    Info 2 = "Grunddaten anlegen oder bestehenden Test �ffnen"

    Info 3 = "Testdaten anlegen"

    Info 4 = "Der Schl�sselschalter muss in die Position "Automatik" gebracht werden und die automatische Achsensteuerung soll aktiviert werden um den Test starten zu k�nnen oder den Strom manuell einzustellen!"

    Info 5 = "Test geladen"

    Info 6 = "Laufende Pr�fung..."

    Info 7 = "Pr�fung erfolgreich abgeschlossen"

    Info 8 = "Fehler aufgetreten!"

    Info 9 = "Test abgebrochen!"

    Info 10 = "Test abgebrochen! Maximale Temperatur wurde �berschritten"

    Info 11 = "Test abgebrochen! Fehlerhafte Kontaktierung"

    Info 12 = "Test abgebrochen! Messrate ist zu hoch"

    Info 13 = "Test abgebrochen! Stromprofil- Generierung ist fehlgeschlagen"

    Info 14 = "Test abgebrochen! Eingestellte Abschaltleistung der Stromquelle wurde erreicht"

    Info 15 = "Test abgebrochen! Gemessener Strom liegt au�erhalb des definierten Bereichs"

    Info 16 = "Testprotokoll wird erstellt... Bitte warten"

    Info 17 = "Testprotokoll erstellt"

    Info 18 = "Der letzte Test ist geladen..."

    Info 19 = "Testdaten zur Testberichterstellung laden und ausw�hlen"

    Info 20 = "Testbericht wird erstellt... Bitte warten"

    Info 21 = "Testbericht erstellt"

    Info 22 = "Test ist gespeichert"

    Info 23 = "Achsen werden initialisiert..."

    Info 24 = "Referenzfahrt l�uft..."

    Info 25 = "X-Achse wird referenziert..."

    Info 26 = "Y-Achse wird referenziert..."

    Info 27 = "Z-Achse wird referenziert..."

    Info 28 = "Position wird angefahren..."

    Result.<size(s)> = "29"

    Result 0 = "Not-Halt"

    Result 1 = ""

    Result 2 = "Bereit"

    Result 3 = "Bereit"

    Result 4 = "Einrichtbetrieb"

    Result 5 = "Bereit"

    Result 6 = "Pr�fung l�uft"

    Result 7 = "Pr�fung fertig"

    Result 8 = "Fehler"

    Result 9 = "Pr�fung Stop"

    Result 10 = "Pr�fung Stop"

    Result 11 = "Pr�fung Stop"

    Result 12 = "Pr�fung Stop"

    Result 13 = "Pr�fung Stop"

    Result 14 = "Pr�fung Stop"

    Result 15 = "Pr�fung Stop"

    Result 16 = "Bereit"

    Result 17 = "Bereit"

    Result 18 = "Bereit"

    Result 19 = "Bereit"

    Result 20 = "Bereit"

    Result 21 = "Bereit"

    Result 22 = "Bereit"

    Result 23 = ""

    Result 24 = "Einrichtbetrieb"

    Result 25 = "Einrichtbetrieb"

    Result 26 = "Einrichtbetrieb"

    Result 27 = "Einrichtbetrieb"

    Result 28 = "Einrichtbetrieb"

    

    [DialogMessages]

    Messages.<size(s)> = "8"

    Messages 0 = "Achtung Einrichtbetrieb!\0AM�gliche Gefahren:\0A-Klemmgefahr\0A-Hei�e Oberfl�chen\0A-Lichtbogen"

    Messages 1 = "Bitte achten Sie darauf, dass die hellblau markierten Felder in der gew�hlten Sprache sind"

    Messages 2 = "Geben Sie die f�r die Testberichterstellung erforderlichen Daten ein. Bitte achten Sie darauf, dass die hellblau markierten Felder in der gew�hlten Sprache sind"

    Messages 3 = "\0A\0A\0ADas Stromprofil f�r die gew�hlte Datengruppe ist nicht identisch!\0ABitte die Datenreihe mit dem nicht passenden Stromprofil entfernen"

    Messages 4 = "W�hlen Sie eine Testkonfigurationsdatei zum Laden aus"

    Messages 5 = "W�hlen Sie einen Ordner aus, der die Testergebnisse zum Laden enth�lt"

    Messages 6 = "W�hlen Sie einen ID-Ordner aus, der alle Testergebnisse zum Laden enth�lt"

    Messages 7 = "Die Merkzetteldaten werden gel�scht!\0ABitte best�tigen Sie die Operation oder schlie�en Sie das Dialogfeld, um den Vorgang abzubrechen ..."