;=================================================================== ; [Main] : Starting point for locating configuration info. ; This is a list of all supported configurations. The most appropriate ; configuration is selected for use, based on the following: ; ; Custom : If the keyword Custom is present, then it will be used ; This is intended for non-standard configurations in which the ; actual parameters do not match the major configuration type as ; defined in the Config=0 in the main sonar. ; Config From Sonar.ini : If this Configuration is present it will ; be used. ; Default : otherwise a section called Default will be used as the configuration name. ; ; Each name maps to a section which defines the meaning of each sensor ; ; If a system is not listed here, then this new diagnostic format is not ; support for this system (yet). ; Only SIB card systems currently are supported. ;=================================================================== [Main] ; Customized Settings ; Custom = Custom ; Sediment Classification University Special ATAPI_SC = SedimentClassification ; Woods Hole Special. SIB_512W = StandardCombinedSystem SIB_WHOISE = WHOISpecialEng4FrequencySystem ATAPI_SBSS = StandardCombinedSystem ; Dynamically Focussed SSL plus SB and SSH SIB_4500DF = DynamicFocusCombinedSystem ; Single Frequency Sas SIB_4400SAS = SasSingleFreq ATAPI_SAS = SasSingleFreq ; Subbottom only systems ATAPI_FSSB = Standard_FSSB SIB_3100 = GeoPortable SIB_3200XS = Standard_FSSB ; Dual Frequency with Multiping SIB_4200FS = Sib_4200 ATAPI_4200 = Sib_4200 ; Multiping Single Frequency SIB_4300MP-X = Sib_Mpx ATAPI_MPX = Sib_Mpx [Custom] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = Unused ADC2 = POW5V ADC3 = POW12V ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = SIB_Pressure2000PSI ADC6 = Preamp5Volt ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_SB ;=================================================================== ; There is one section for each device configuration ; Each section should include 8 keywords, ADC0 thru ADC7, which ; defines the interpretation of each Low Rate ADc value. The ; Parameters for each ADC are in the pointed to section. The keyword ; post points to a section name for power on self test parameters. ;=================================================================== [Standard_FSSB] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = Unused ADC2 = POW5V ADC3 = POW12V ADC4 = Unused ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Preamp5Volt ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_SBShallow [DynamicFocusCombinedSystem] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = SIB_WaterTemperatureSensor ADC2 = Unused ADC3 = Unused ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Unused ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_DF [StandardCombinedSystem] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = SIB_WaterTemperatureSensor ADC2 = Unused ADC3 = Unused ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Unused ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_Combined [WHOISpecialEng4FrequencySystem] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = SIB_WaterTemperatureSensor ADC2 = Unused ADC3 = Unused ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Unused ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_WHOISE [SasSingleFreq] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = SIB_WaterTemperatureSensor ADC2 = Unused ADC3 = Unused ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Unused ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_NoSB [GeoPortable] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = Unused ADC2 = POW5V ADC3 = POW12V ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Preamp5Volt ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_SB ; Dual frequency with multiping [Sib_4200] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = SIB_WaterTemperatureSensor ADC2 = Unused ADC3 = Unused ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = Unused ADC6 = Unused ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_4200 ; 4300 MPX [Sib_Mpx] ADC0 = SIB_AmbientTemperatureSensor ; Water Temperature Sensor on ADC1 ADC1 = SIB_WaterTemperatureSensor ADC2 = Unused ADC3 = Unused ADC4 = POW48V ; ADC5 : Presure sensor ADC5 = SIB_Pressure500PSI ADC6 = Unused ; ADC7 : Preamp for second input ADC7 = Unused Post = Post_SIB_MPX [SedimentClassification] ADC0 = SIB_AmbientTemperatureSensor ADC1 = SIB_SCLeakDetector ADC2 = SIB_SCSeaWtrTemperature ADC3 = SIB_SC12VoltSupply ADC4 = SIB_SCPowerAmpTemperature ADC5 = SIB_SCAnalogBoardTemperature ADC6 = Unused ADC7 = Unused Post = Post_SIB_SB ;=================================================================== ; [AnyPowerAmpFeedbackParameterSet] : Parameters for specific amp feedback test ; The keywords for a power amp feedback diagnostic are as follows ; MaxOffMean=1000 ; Maximum amp off mean value counts ; MaxOffSdev=1000 ; Maximum amp off standard deviation counts ; MinOnSdev=40000 ; Minimum amp on standard deviation counts ; Power=100 ; Transmit power setting modifier percent. Must be between 0 and 100 ; HasAmpEnable=1 ; Set to 0 if there is no amp enable control (amp is always on) ;=================================================================== ;[AnyPostSpecificationSection] : Power On Self Test Parameters ; The keywords for power on self test are as follows ; InterfaceDiagnostics=1 ; If set to 1 then the interface diagnostics are run ; HealthSensors=0 ; If set to 1, any checks defined with Post=1 in for ; any of the 7 low rate ADCs are run. This is normally ; used to check for valid 48 volt power. ; AmbientTemperature=0 ; This is a bit mask of 2 bits. ; Bit 0: If set to 1, the ambient temperature sensor check ; is run. This only fails if the temperature sensor ; reading is invalid ; Bit 1: If set to 1, then continuous monitoring of the ; ambient temperature sensor is done. If the sensor ; indicates that the system is too hot, pinging is turned off ; The value 3 enables both checks. ; SubNHeartBeat=0 ; Where N is the subsystem slot number (0, 1, or 2). This is a ; bit mask. Bit 0, if set, will send a heartbeat chirp pulse out ; on the first DAC (which is normally the port side for a side-scan) ; or the only DAC for a subbottom system. Bit 1, if set, will ; send a heartbeat chirp pulse out on the second DAC. ; SubNHeartBeatPower=100 ; Power setting (1 to 100) for heartbeat pulse. ; SubNAmpFeedbackM= ; Where N is the subystem slot number (0, 1, or 2). Where M is a ; sequential number starting with 0. Defines a power amp diagnostic ; diagnostic. The first keyword that is missing stops the definition ; of feedback diagnostics. If specified, the keyword has the following ; format: ; ADC DAC KEYWORD ; ADC : Internal ADC channel number for feedback (this is the universal serial ; stream channel number. ; DAC : Internal DAC channel SLOT number for feedback (either 0 or 1) ; KEYWORD : Section in this file for diagnostic parameters for this item. ; See the [AnyPowerAmpFeedbackParameterSet] comments for allowed values ; in this section. ; Dynamic Focus System [Post_SIB_DF] Sub0HeartBeat=3 InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 Sub0AmpFeedback0=1 0 4500DFCombinedPampFeedback Sub0AmpFeedback1=3 0 4500DFCombinedPampFeedback Sub0AmpFeedback2=1 1 4500DFCombinedPampFeedback Sub0AmpFeedback3=3 1 4500DFCombinedPampFeedback ; Combined deep system [Post_SIB_Combined] Sub0HeartBeat=1 InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 Sub0AmpFeedback0=1 0 DeepTowPampFeedback ; SIB based WHOI Combined System [Post_SIB_WHOISE] InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 ; SIB based subbottom system [Post_SIB_SB] Sub0HeartBeat=1 InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 Sub0AmpFeedback0=1 0 StandardPampFeedback [Post_SIB_SBShallow] Sub0HeartBeat=1 InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 Sub0AmpFeedback0=1 0 StandardShallowPampFeedback [4500DFCombinedPampFeedback] MaxOffMean=1001 MaxOffSdev=1002 MinOnSdev=27001 Power=99 HasAmpEnable=1 [DeepTowPampFeedback] MaxOffMean=1001 MaxOffSdev=1002 MinOnSdev=27001 Power=99 HasAmpEnable=1 [StandardPampFeedback] MaxOffMean=1001 MaxOffSdev=1002 MinOnSdev=40001 Power=99 HasAmpEnable=1 [StandardShallowPampFeedback] MaxOffMean=1001 MaxOffSdev=1002 MinOnSdev=40001 Power=99 HasAmpEnable=0 [Post_SIB_4200] Sub0HeartBeat=3 InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 [Post_SIB_MPX] Sub1HeartBeat=3 InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 [Post_SIB_NoSB] InterfaceDiagnostics=1 HealthSensors=1 AmbientTemperature=3 ;================================================================== ;[AnyAdcSpecificSection] ; The keywords for a particular ADC are as follows ; Description= ; This is the english description of the parameter for operator display. ; If this is blank, the entire section is considered invalid. ; ShortDescription= ; This is an abbreviated description, limited to 20 chars. ; CriticalityLowMethod=0 ; Method to apply if value is below threshold. Choose from: ; 0 : No action required ; 1 : Notify operator ; 2 : Notify operator, require override to proceed ; 3 : Notify operator, shutdown sonar unless operator overrides ; 4 : Notify operator, shutdown sonar immediately ; CriticalityLowTimeout=0 ; Timeout value in seconds for critical low event handling ; CriticalityHighMethod=0 ; Method to apply if value is above threshold. ; CriticalityHighTimeout=0 ; Timeout value in seconds for critical high event handling ; Gain=0 ; Offset=0 ; The measured value in engineering units is RawValue * Gain + Offset ; CriticalLow=0 ; CriticalLowMessage= ; WarningLow=0 ; WarningLowMessage= ; WarningHigh=0 ; WarningHighMessage= ; CriticalHigh=0 ; CriticalHighMessage= ; Thresholds and message to display when event happens ; SupportedDeviceType=0 ; Type of sensor attached. This can be any of the following: ; 0 : Unknown / unsupported ; 1 : Water temperature sensor ; 2 : Pressure sensor ; 3 : 48 Volt Power Supply ; 4 : Ambient Temperature Sensor ; Units=0 ; Engineering units of data after gain and offset. This can be: ; 0 : Unknonw / nonstandard ; 1 : Degrees C ; 2 : Meters ; 3 : PSI ; 4 : milli-bar ; 5 : Pascals ; 6 : Volts ; 7 : Amps ; 8 : Meters per Second ; MinimumValid=0 ; MaximumValid=0 ; If outside this range then the sensor is broken. ; Post=0 ; If non-zero, this entry is used for the power on self test in the sonar. ;================================================================== ;================================================================== ; This is a 2000 PSI pressure sensor (4200-FS) ;================================================================== [SIB_Pressure2000PSI] Description = Pressure PSIA ShortDescription = PSIA CriticalityLowMethod = 1 CriticalityLowTimeout = 3 CriticalityHighMethod = 1 CriticalityHighTimeout = 3 Gain = 0.0625 Offset = 26.7 CriticalLow = -40 CriticalLowMessage = WarningLow = -40 WarningLowMessage = WarningHigh = 2500 WarningHighMessage = Tow Fish Approaching Max Depth Rating CriticalHigh = 3000 CriticalHighMessage = Tow Fish Passed Max Depth Rating SupportedDeviceType = 2 Units = 3 MinimumValid = -30 MaximumValid = 2500 [SIB_Pressure500PSI] Description = Pressure PSIA ShortDescription = PSIA CriticalityLowMethod = 1 CriticalityLowTimeout = 3 CriticalityHighMethod = 1 CriticalityHighTimeout = 3 Gain = 0.0156 Offset = 401.7 CriticalLow = -40 CriticalLowMessage = WarningLow = -40 WarningLowMessage = WarningHigh = 1267 WarningHighMessage = Tow Fish Approaching Max Depth Rating CriticalHigh = 1488 CriticalHighMessage = Tow Fish Passed Max Depth Rating SupportedDeviceType = 2 Units = 3 MinimumValid = -30 MaximumValid = 2500 ;================================================================== ; This is the ambient air temperature sensor on the SIB Card ;================================================================== [SIB_AmbientTemperatureSensor] Description = Ambient Temperature Sensor DegC ShortDescription = Amb DegC CriticalityLowMethod = 1 CriticalityLowTimeout = 3 CriticalityHighMethod = 3 CriticalityHighTimeout = 3 Gain = 0.005 Offset = 96.0 CriticalLow = -20.0 CriticalLowMessage = Internal Temperature Critically Low WarningLow = -10.0 WarningLowMessage = Internal Temperature Low WarningHigh = 60.0 WarningHighMessage = Internal Temperature High CriticalHigh = 65.0 CriticalHighMessage = Internal Temperature Critically High (Ping Off) SupportedDeviceType = 4 Units = 1 MinimumValid = -25.0 MaximumValid = 92.0 ;================================================================== ; This is a water temperature sensor ;================================================================== [SIB_WaterTemperatureSensor] Description = Water Temperature Sensor DegC ShortDescription = Wtr DegC CriticalityLowMethod = 1 CriticalityLowTimeout = 1 CriticalityHighMethod = 1 CriticalityHighTimeout = 1 Gain = 0.001695 Offset = 37.7648 CriticalLow = -15 CriticalLowMessage = Housing Temperature Reading Low WarningLow = -30 WarningLowMessage = WarningHigh = 100 WarningHighMessage = CriticalHigh = 75 CriticalHighMessage = Housing Temperature Reading High SupportedDeviceType = 1 Units = 1 MinimumValid = -25 MaximumValid = 92 ;================================================================== ; This is the Power Supply for 48 Volts ;================================================================== [POW48V] Description = 48 Volt Power Supply ShortDescription = PWR48V CriticalityLowMethod = 2 CriticalityLowTimeout = 3 CriticalityHighMethod = 2 CriticalityHighTimeout = 3 Gain = 0.001 Offset = 32.768 CriticalLow = 40.0 CriticalLowMessage = Check 48 Volt Power Supply WarningLow = 44.0 WarningLowMessage = 48 Volt Power Supply Low WarningHigh = 55 WarningHighMessage = 48 Volt Power Supply High CriticalHigh = 60.0 CriticalHighMessage = Check 48 Volt Power Supply SupportedDeviceType = 3 Units = 6 MinimumValid = -0.5 MaximumValid = 65.0 Post = 1 ;================================================================== ; This is the Power Supply for 12 Volts on Sandwich Card ;================================================================== [POW12V] Description = 12 Volt Power Supply ShortDescription = PWR12V CriticalityLowMethod = 2 CriticalityLowTimeout = 3 CriticalityHighMethod = 2 CriticalityHighTimeout = 3 Gain = 0.001 Offset = 32.768 CriticalLow = 11.0 CriticalLowMessage = Check 12 Volt Power Supply WarningLow = 11.0 WarningLowMessage = 12 Volt Power Supply Low WarningHigh = 12.5 WarningHighMessage = 12 Volt Power Supply High CriticalHigh = 12.5 CriticalHighMessage = Check 12 Volt Power Supply SupportedDeviceType = 0 Units = 6 MinimumValid = -0.5 MaximumValid = 15.0 Post = 1 ;================================================================== ; This is the Power Supply for 5 Volts on Sandwich Card ;================================================================== [POW5V] Description = 5 Volt Power Supply ShortDescription = PWR5V CriticalityLowMethod = 2 CriticalityLowTimeout = 1 CriticalityHighMethod = 2 CriticalityHighTimeout = 1 Gain = 0.001 Offset = 32.768 CriticalLow = 4.5 CriticalLowMessage = Check 5 Volt Power Supply WarningLow = 4.5 WarningLowMessage = 5 Volt Power Supply Low WarningHigh = 5.5 WarningHighMessage = 5 Volt Power Supply High CriticalHigh = 5.5 CriticalHighMessage = Check 5 Volt Power Supply SupportedDeviceType = 0 Units = 6 MinimumValid = -0.5 MaximumValid = 15.0 Post = 1 ;================================================================== ; This is the preamp on a SIB : FSSB Type system ;================================================================== [Preamp5Volt] Description = Pre-Amp Feedback Voltage ShortDescription = PAMP5V CriticalityLowMethod = 2 CriticalityLowTimeout = 3 CriticalityHighMethod = 2 CriticalityHighTimeout = 3 Gain = 0.0005 Offset = 16.384 CriticalLow = 4.5 CriticalLowMessage = Pre-Amp Voltage Low. Check Sea Cable & Towfish Connections. WarningLow = 4.5 WarningLowMessage = Pre-Amp Voltage Outside Expected Range. WarningHigh = 6.0 WarningHighMessage = Pre-Amp Voltage Outside Expected Range. CriticalHigh = 6.2 CriticalHighMessage = Pre-Amp Voltage High. Check Sea Cable & Towfish Connections. SupportedDeviceType = 0 Units = 6 MinimumValid = -10.0 MaximumValid = 10.0 Post = 1 ; ===================================================== ; Deep Tow Sensors : For Sediment Classification System ; ===================================================== ; Leak detector on +-16 Volt Scale [SIB_SCLeakDetector] Description = Leak Detector -12V To 12V ShortDescription = LD V CriticalityLowMethod = 1 CriticalityLowTimeout = 10 CriticalityHighMethod = 0 CriticalityHighTimeout = 10 Gain = 0.0005 Offset = 0 CriticalLow = -13.0 CriticalLowMessage = Invalid Reading WarningLow = -13.0 WarningLowMessage = Invalid Reading WarningHigh = 0.0 WarningHighMessage = Leak Detected CriticalHigh = 0.0 CriticalHighMessage = SupportedDeviceType = 0 Units = 6 MinimumValid = -13.0 MaximumValid = 13.0 ; Sea Water Temperature Sensor on +- 8 Volt Scale ; Gain and offset adjusted for specific resistors of ; 4 DegC Actual from 6.83 Theoretical ; 23.7 Actual from 27.86 Theoritical [SIB_SCSeaWtrTemperature] Description = Water Temperature Sensor DegC ShortDescription = Wtr DegC CriticalityLowMethod = 1 CriticalityLowTimeout = 10 CriticalityHighMethod = 1 CriticalityHighTimeout = 10 Gain = -0.0026 Offset = -19.0523 ;Gain = -0.0028 ;Offset = -17.7778 CriticalLow = 0.0 CriticalLowMessage = WarningLow = 0.0 WarningLowMessage = WarningHigh = 100.0 WarningHighMessage = CriticalHigh = 100.0 CriticalHighMessage = SupportedDeviceType = 1 Units = 1 MinimumValid = 0 MaximumValid = 100.0 ; 12 volt Supply on +- 16 Volt Scale [SIB_SC12VoltSupply] Description = 12 Volt Supply Monitor V ShortDescription = 12 V CriticalityLowMethod = 1 CriticalityLowTimeout = 100 CriticalityHighMethod = 1 CriticalityHighTimeout = 10 Gain = 0.0005 Offset = 0 CriticalLow = 11.5 CriticalLowMessage = Invalid Reading WarningLow = 12.5 WarningLowMessage = Invalid Reading WarningHigh = 0.0 WarningHighMessage = Leak Detected CriticalHigh = 0.0 CriticalHighMessage = SupportedDeviceType = 0 Units = 6 MinimumValid = -13.0 MaximumValid = 13.0 ; Power Amp Temperature on +- 8 volt scale [SIB_SCPowerAmpTemperature] Description = Power Amp Temperature Sensor DegC ShortDescription = Amp DegC CriticalityLowMethod = 1 CriticalityLowTimeout = 10 CriticalityHighMethod = 1 CriticalityHighTimeout = 10 Gain = -0.0028 Offset = -17.7778 CriticalLow = 0.0 CriticalLowMessage = WarningLow = 0.0 WarningLowMessage = WarningHigh = 100.0 WarningHighMessage = CriticalHigh = 100.0 CriticalHighMessage = SupportedDeviceType = 0 Units = 1 MinimumValid = 0 MaximumValid = 100.0 ; Analog Board Temperature on +- 8 volt scale [SIB_SCAnalogBoardTemperature] Description = AnCard Temperature Sensor DegC ShortDescription = Anc DegC CriticalityLowMethod = 1 CriticalityLowTimeout = 10 CriticalityHighMethod = 1 CriticalityHighTimeout = 10 Gain = -0.0028 Offset = -17.7778 CriticalLow = 0.0 CriticalLowMessage = WarningLow = 0.0 WarningLowMessage = WarningHigh = 100.0 WarningHighMessage = CriticalHigh = 100.0 CriticalHighMessage = SupportedDeviceType = 0 Units = 1 MinimumValid = 0 MaximumValid = 100.0