<?xml version="1.0"?>
<Translation xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema">
	<LanguageName>English</LanguageName>

	<btInterfaceSensorText>Interface sensor</btInterfaceSensorText>
	<btAnalogSensorText>Analog sensor</btAnalogSensorText>
	<btFreqSensorText>Frequency sensor</btFreqSensorText>
	<lbChooseSensorText>Choose the sensors type</lbChooseSensorText>
	<ddbCalibrationText>Calibration</ddbCalibrationText>
	<miCalibAnalogSensor>Analog sensor</miCalibAnalogSensor>
	<miCalibFreqSensor>Frequency sensor</miCalibFreqSensor>
	<ddbLanguageText>Language</ddbLanguageText>
	<mesNoLangInfo>No information about [{0}] language</mesNoLangInfo>
	
	<modbusNoAnswerError>No answer from the device</modbusNoAnswerError>
	<modbusHostIDError>Host ID error in modbus answer</modbusHostIDError>
	<modbusCRCError>CRC error in modbus answer</modbusCRCError>
	<modbusBufferLenError>Wrong modbus answer length</modbusBufferLenError>
	<modbusIllegalError>Illegal modbus operation</modbusIllegalError>
	<modbusUnknownError>Unknown modbus error</modbusUnknownError>
	
	<omniHostIDError>Host ID error in omnicomm answer</omniHostIDError>
	<omniCRCError>CRC error in omnicomm answer</omniCRCError>
	<omniBufferLenError>Wrong omnicomm answer length</omniBufferLenError>
	<omniMasterError>Wrong omnicomm master prefix</omniMasterError>
	
	<btBackToMainText>Back</btBackToMainText>
	<btConnectText>Connect</btConnectText>
	<btDisconnectText>Disconnect</btDisconnectText>
	<lbPortText>Port:</lbPortText>
	<lbModbusIDText>Modbus ID:</lbModbusIDText>
	<lbBaudrateText>Baudrate:</lbBaudrateText>
	<lbValueTypeVText>Voltage, V</lbValueTypeVText>
	<lbValueTypeFText>Frequency, Hz</lbValueTypeFText>
	<StatusLabelConnectOnText>Connection: on</StatusLabelConnectOnText>
	<StatusLabelConnectOffText>Connection: off</StatusLabelConnectOffText>
	<miFileText>File</miFileText>
	<miFileSaveText>Save</miFileSaveText>
	<miFileLoadText>Load</miFileLoadText>
	<miViewText>View</miViewText>
	<miViewStandartText>Standart</miViewStandartText>
	<miViewExtendedText>Extended</miViewExtendedText>
	<miChangeFirmwareText>Change firmware</miChangeFirmwareText>
	<miThermoText>Thermocompensation</miThermoText>
	<lbPowerSupplyText>Supply voltage, V</lbPowerSupplyText>
	<lbSensorReadingsText>Sensor readings, l</lbSensorReadingsText>
	<lbImmersionLevelText>Immersion level, %</lbImmersionLevelText>
	<lbInnerCoreAvgText>Internal oscillator avg. frequency, Hz</lbInnerCoreAvgText>
	<lbInnerCoreText>Internal oscillator inst. frequency, Hz</lbInnerCoreText>
	<lbTempSensorOnText>Temperature sensor ON</lbTempSensorOnText>
	<lbTempText>Head temperature</lbTempText>
	<lbApprTypeText>Approximation type</lbApprTypeText>
	<lbApprSizeText>The number of approximation points</lbApprSizeText>
	<lbAvgTypeText>Averaging type</lbAvgTypeText>
	<lbAvgIntervalText>Averaging interval, s</lbAvgIntervalText>
	<lbEngineStateText>Engine state</lbEngineStateText>
	<lbEngineStateOnText>On</lbEngineStateOnText>
	<lbEngineStateOffText>Off</lbEngineStateOffText>
	<lbDeltaPowerSupplyText>Power supply voltage difference, V</lbDeltaPowerSupplyText>
	<lbAvgAdaptEngineOnTimeIntervalText>Averaging interval with the running engine, s</lbAvgAdaptEngineOnTimeIntervalText>
	<lbAvgAdaptEngineOffTimeIntervalText>Averaging interval with the stopped engine, s</lbAvgAdaptEngineOffTimeIntervalText>

	<label1Text>Consumption Current, mA:</label1Text>
	
	<lbFullTankFreqText>Full tank frequency, Hz</lbFullTankFreqText>
	<lbEmptyTankFreqText>Empty tank frequency, Hz</lbEmptyTankFreqText>
	<lbFreqRangeText>Output frequency range, Hz</lbFreqRangeText>
	<lbErrorCodeText>Error code</lbErrorCodeText>
	<lbSWVersionText>SW Version</lbSWVersionText>
	<lbOmniAutoOnText>Periodic data output mode</lbOmniAutoOnText>
	<lbOmniAutoPeriodText>Periodic data output interval, s</lbOmniAutoPeriodText>
	<lbOmniNetModeText>Network mode</lbOmniNetModeText>
	<lbOmniMaxNText>Maximum N value</lbOmniMaxNText>
	<lbOmniCurrNText>Current N value</lbOmniCurrNText>
	<gbParamsText>Sensor parameters</gbParamsText>
	<gbOmnicommText>Omnicomm</gbOmnicommText>
	<btTableClearText>Clear the table</btTableClearText>
	<btTankEmptyText>Empty tank</btTankEmptyText>
	<btTankFullText>Full tank</btTankFullText>
	<btDryCalibrationText>"Dry" calibration</btDryCalibrationText>
	<TempSensorOnText>On</TempSensorOnText>
	<TempSensorOffText>Off</TempSensorOffText>
	<ApprTypeLinearText>Piecewise-linear</ApprTypeLinearText>
	<ApprTypePolyText>Polynomial</ApprTypePolyText>
	<AvgTypeRunText>Running average</AvgTypeRunText>
	<AvgTypeExpText>Exponential</AvgTypeExpText>
	<AvgTypeAdaptText>Adaptive</AvgTypeAdaptText>
	<OmniAutoNoneText>Off</OmniAutoNoneText>
	<OmniAutoASCIIText>Binary</OmniAutoASCIIText>
	<OmniAutoBinText>Text</OmniAutoBinText>
	<OmniNetOnlineText>Online</OmniNetOnlineText>
	<OmniNetOfflineText>Offline</OmniNetOfflineText>
	<gbPolyText>Polynomial</gbPolyText>
	<btEditText>Edit</btEditText>
	<btEditCancelText>Cancel</btEditCancelText>
	<btEditOkText>OK</btEditOkText>
	<WritingActiveMessage>Wait until writing is over</WritingActiveMessage>
	<ReadingActiveMessage>Wait until reading is over</ReadingActiveMessage>
	<WriteDoneMessage>Done!</WriteDoneMessage>
	<ApprTableDataErrorMessage>Invalid value</ApprTableDataErrorMessage>
	<ApprTableTooShortMessage>The table must contain at least 2 points</ApprTableTooShortMessage>
	<WritePolyRequest>The table contains less then 2 points. Do you want to write the polynomial anyway?</WritePolyRequest>
	
	<TarImmersHeaderText>Immersion level, %</TarImmersHeaderText>
	<TarVolumeHeaderText>Fuel volume, l</TarVolumeHeaderText>
	<PolyCoeffHeaderText>Coefficient</PolyCoeffHeaderText>
	<PolyValueHeaderText>Value</PolyValueHeaderText>
	
	<GraphUserChartLabel>Original curve</GraphUserChartLabel>
	<GraphApproxChartLabel>Approximated curve</GraphApproxChartLabel>
	<GraphMenuSaveAs>Save image as...</GraphMenuSaveAs>
	<GraphMenuPageSetup>Page setup...</GraphMenuPageSetup>
	<GraphMenuPrint>Print...</GraphMenuPrint>
	<GraphMenuPointValues>Show point values</GraphMenuPointValues>
	<GraphMenuUnZoom>Un-zoom</GraphMenuUnZoom>
	<GraphMenuDefaultScale>Set scale to default</GraphMenuDefaultScale>

	<Error0>No errors</Error0>
	<ErrorX>Unknown error</ErrorX>
	<Error300>The top and the bottom values are not calibrated</Error300>
	<Error320>The top value is not calibrated</Error320>
	<Error340>The generator frequency is equal to 0</Error340>
	<Error360>Division by zero, the sensor is calibrated at the same point</Error360>
	<Error380>EEPROM reading error</Error380>
	<Error400>Out of range, F is greater than (Fmax + 10%)</Error400>
	<Error420>Out of range, F is lesser than (Fmin - 10%)</Error420>
	<Error440>Short-circuit in a contact gauge</Error440>
	
	<btOpenFirmFileText>Specify firmware file</btOpenFirmFileText>
	<btDownloadFirmText>Download</btDownloadFirmText>
	<FirmCRCErrorMessage>Firmware file CRC error</FirmCRCErrorMessage>
	<InvalidAnsErrorMessage>Invalid answer from the device</InvalidAnsErrorMessage>
	<FirmFileNotSpecifiedErrorMessage>Firmware file is not specified</FirmFileNotSpecifiedErrorMessage>
	
	<ThermoFileOpenFailMessage>Unable to read thermo_stock.xml file</ThermoFileOpenFailMessage>
	<ThermoFileSaveFailMessage>Unable to save thermo_stock.xml file</ThermoFileSaveFailMessage>
	
	<ThermoFormText>Thermocompensation</ThermoFormText>
	<ThermoCalibModeText>Mode</ThermoCalibModeText>
	<ThermoCalibRangeText>Range</ThermoCalibRangeText>
	<ThermoCalibTableText>User data:</ThermoCalibTableText>
	<ThermoCalibTableColumnNumText>#</ThermoCalibTableColumnNumText>
	<ThermoCalibTableColumnFreqText>F, Hz</ThermoCalibTableColumnFreqText>
	<ThermoPolyPowText>Polynomial power</ThermoPolyPowText>
	<ThermoCurrentCoeffsText>Current coefficients:</ThermoCurrentCoeffsText>
	<ThermoCoeffsTableColumnPowText>Power</ThermoCoeffsTableColumnPowText>
	<ThermoCoeffsTableColumnCoeffText>Coeff.</ThermoCoeffsTableColumnCoeffText>
	<ThermoClearText>Clear</ThermoClearText>
	<ThermoPolyCoeffsText>Polynomial coefficients</ThermoPolyCoeffsText>
	<ThermoLoadFileText>Load</ThermoLoadFileText>
	<ThermoSaveFileText>Save</ThermoSaveFileText>
	<ThermoCalcCoeffsText>Calculate</ThermoCalcCoeffsText>
	<ThermoWriteText>Write</ThermoWriteText>
	<ThermoReadText>Read</ThermoReadText>
	<ThermoWriteDefaultText>Write default</ThermoWriteDefaultText>
	<ThermoChartXLabelText>Temperature</ThermoChartXLabelText>
	<ThermoChartYLabelText>Coefficient</ThermoChartYLabelText>
	<ThermoChartYReadingLabelText>F, Hz</ThermoChartYReadingLabelText>
	<ThermoChartTitleText>Approximation chart</ThermoChartTitleText>
	<ThermoChartReadedText>Readed</ThermoChartReadedText>
	<ThermoChartRestoredText>Restored</ThermoChartRestoredText>
	<ThermoChartResultText>Resultant</ThermoChartResultText>
	<ThermoCalcFailMessage>Unable to calculate with current coefficients</ThermoCalcFailMessage>
	<ThermoPolyFailMessage>The polynomial is undefined</ThermoPolyFailMessage>
	
	<SMSParamsText>Parameters</SMSParamsText>
	<SMSIDText>Device ID</SMSIDText>
	<SMSBaudrateText>Baudrate</SMSBaudrateText>
	<SMSTimeoutText>Timeout</SMSTimeoutText>
	<SMSRequestText>Request</SMSRequestText>
	<SMSResponceText>Responce</SMSResponceText>
	<SMSCheckText>Check</SMSCheckText>
	<SMSGenerateText>Genarate</SMSGenerateText>
	
	<CalibFormText>Calibration</CalibFormText>
	<btDoCalibText>Calibrate</btDoCalibText>
	<btCancelCalibText>Cancel</btCancelCalibText>
	<calibStageTimeoutMessage>Stage opearation timeout</calibStageTimeoutMessage>
	<calibShortcutReqMessage>Connect the probe to the central tube</calibShortcutReqMessage>
	<calibShortcutRemoveMessage>Disconnect the probe from the central tube</calibShortcutRemoveMessage>
	<calibStage1Message>Establishing connection...</calibStage1Message>
	<calibStage2Message>Connect the probe to the central tube...</calibStage2Message>
	<calibStage3Message>Calibration request...</calibStage3Message>
	<calibStage4Message>Wait for ready state...</calibStage4Message>
	<calibStage5Message>Disconnect the probe from the central tube...</calibStage5Message>
	<calibStage6Message>Output value check...</calibStage6Message>
</Translation>