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July 2019 – TD 304 OPERATING MANUAL – Doppler Current Profiler Sensor

Page 33

CHAPTER 2

Stand-alone sensor configuration using AADI Real-Time Collector

This chapter describes the sensor configuration using AADI Real-Time Collector when the sensor is used as stand-

alone sensor with serial communication RS-232 or RS-422 via the PC COM-port. The menus shown here are slightly

different from the menus shown when the sensor is working in AiCaP mode and configured through an Aanderaa

Datalogger via serial or USB connection to the PC (described in CHAPTER 3). It’s also possible to use terminal

software to configure a stand-alone sensor, refer CHAPTER 5, but then you need to enter all the commands and send

them to the sensor. With Real-Time collector it’s much easier since the software will then let you configure the sensor

using the available choices in each category. Before connecting the sensor you need to install and start the AADI Real-

Time Collector software on your PC (provided on memory stick delivered with the instrument). If using windows 10

please see

chapter 11.1

For more information about the AADI Real-Time Collector, refer TD 268 AADI Real-Time Collector Operating Manual.

2.1

Establishing a new connection

If the AADI Real-Time Collector program is

being used for the first time, the connection

list will be empty. Click on the

New

button

in the lower left corner to create a new

connection (refer

Figure 2-1

NOTE: This only needs to be done once.

AADI Real-Time Collector will keep the

information for later use and next time you

might select it from the connection list.

Figure 2-1: AADI Real-Time Collector start up menu

Summary of Contents for DCPS 5400

Page 1: ...TD 304 OPERATING MANUAL Doppler Current Profiler Sensor July 2019 Doppler Current Profiler Sensor DCPS 5400 5402 5403 ...

Page 2: ...tion 18 December 2015 3rd Edition 13 July 2018 New Firmware release from image 8 3 6 4th Edition 25 May 2019 New Acoustic Wave Software new Cell States description New structure and reorganization of chapters from image 20 4 26 5th Edition 20 July 2019 Updates and added chapter 9 to 11 from image 20 4 x Copyright Aanderaa Data Instruments AS ...

Page 3: ...filer Sensor Page 3 Contact information Aanderaa Data Instrument AS PO BOX 103 Midttun 5843 Bergen NORWAY Visiting address Sandalsringen 5b 5843 Bergen Norway TEL 47 55 604800 FAX 47 55 604801 EMAIL aanderaa support xyleminc com WEB http www aanderaa com ...

Page 4: ...guration 18 1 7 2 Deployment Settings 20 1 7 3 System Configuration 23 1 7 4 User Maintenance 31 1 8 Manufacturing and Quality Control 32 CHAPTER 2 Stand alone sensor configuration using AADI Real Time Collector 33 2 1 Establishing a new connection 33 2 1 1 Establish connection 35 2 1 2 Control Panel 36 2 2 Changing Values 37 2 3 Deployment Settings 39 2 3 1 Common Settings 40 2 3 2 Site Info 40 2...

Page 5: ... 4 Changing Values 66 3 5 Deployment settings 68 3 5 1 Site Info 70 3 5 2 Orientation 70 3 5 3 Fixed Settings 71 3 5 4 Calculations 71 3 5 5 Input Parameter Pressure 72 3 5 6 Input Parameter Air Pressure 72 3 5 7 Input Parameter Temperature 72 3 5 8 Input Parameter Conductivity 73 3 5 9 Input Parameter Heading 73 3 6 System Configuration 74 3 6 1 Orientation 77 3 6 2 Wave Measurement 77 3 6 3 Curr...

Page 6: ...on of protocol 101 5 5 1 Save and Reset 102 5 5 2 Available commands 103 5 5 3 The Get command 104 5 5 4 The Set command 104 5 5 5 XML commands 105 5 5 6 Examples How to configure sensor in Smart Sensor Terminal mode 105 5 6 Help command output 107 5 7 Output parameters 112 5 7 1 Parameters outside profile data 112 5 7 2 Record State 114 5 7 3 Cell Parameters 116 5 7 4 Cell States 121 CHAPTER 6 So...

Page 7: ... 132 9 1 4 Orientation Steering pin as reference when upside down 132 9 2 Checking the compass 132 9 3 Checking the tilt sensor 133 9 4 Checking the acoustics 133 CHAPTER 10 Maintenance 134 10 1 Retrieval of the sensor 134 10 2 Anti fouling on transducer surface 134 10 3 Factory service 135 10 4 Example of Test Specifications sheet and Certificates 136 CHAPTER 11 Installation 141 11 1 AADI Real Ti...

Page 8: ...s an XML based protocol When used together with one of the Aanderaa Dataloggers the CAN bus based AiCaP communication protocol is used To configure and control the sensor we use sensor properties A complete list of user accessible sensor properties is listed in chapter 1 7 The sensor properties are divided in 4 groups with different access levels Some properties may be set on or off when others ma...

Page 9: ...HAPTER 7 gives information on Cables and EMC guidelines CHAPTER 8 gives additional information for Acoustic Wave CHAPTER 9 gives information about other details such as sensor orientation and how to check the sensor CHAPTER 10 gives information about maintenance CHAPTER 11 gives information on installations and available accessories Applicable Documents Form 572 Test Specification Sheet Form 859 C...

Page 10: ...s the derived unit of frequency in the International System of Units SI kPa Kilopascal unit for measuring pressure mbar Millibar unit for measuring pressure 1mbar 1hPa NOAA National Oceanic and Atmospheric Administration PSU Practical Salinity Unit RS 232 Recommended Standard 232 refers to a standard for serial communication of data RS 422 Differential serial communication for longer cables RXD Se...

Page 11: ... magnetic field The compass heading and tilt pitch roll is measured for each acoustic ping and is used for calculation of the current vectors north east and vertical for each ping At the end of the recording interval a vector average is calculated for each cell to obtain the correct averaged horizontal speed and direction The sensor can also output the horizontal north and east speed components in...

Page 12: ...measurement output These status parameters indicate if the conditions have been good or not The DCPS 5400 sensor 300 meter version has a POM Housing and titanium base plate while DCPS 5402 and DCPS 5403 also have titanium housing The DCPS 5403 has a higher titanium grade grade 5 than DCPS 5402 grade 2 and withstand higher pressure The sensor is available in two versions either the standard version...

Page 13: ...r RS 232 and AiCaP communication between sensor and logger see Figure 1 3 for pin configuration DCPS 5400R 5402R 5403R is using a 10 pin lemo plug for RS 422 connection to external logger see Figure 1 4 for pin configuration For a list of available cables see chapter 11 2 or contact aanderaa sales xyleminc com 1 3 1 Sensor pin configuration 5400 5402 5403 with RS 232 and AiCaP communication Figure...

Page 14: ...LE I 6 Table 1 1 5400 5402 5403 Sensor pin configuration 10 pin plug AiCaP and RS 232 1 3 2 Sensor pin configuration 5400R 5402R 5403R with RS 422 communication Figure 1 4 5400R 5402R 5403R Sensor communication 10 pin plug with RS 422 Table 1 2 5400R 5402R 5403R Sensor pin configuration 10 pin plug RS 422 Signal name Input I Output O Sensor plug Pin no MCBH6F RX I 10 RXD RX I 7 TXD TX O 8 TX O 4 G...

Page 15: ...or connection between sensor and PC in the office lab This cable can also be used to configure all other Aanderaa Smart Sensors The cable is supplied with a USB port providing power to the sensor but since the USB port on a computer normally gives 5V power and the DCPS needs 6 14V the sensor cannot be powered from the computer like for most other Aanderaa Smart Sensors A USB extension is supplied ...

Page 16: ...or it will then return the value stored in this property Interval 5400 17 1min Returned from sensor where 5400 is the product number 17 is the serial number of the sensor and 1min is the value stored as interval To change the value you might send the following command Set Interval 10min This will change the value for this property to 10 minutes Save Always end with save to store setting in flash T...

Page 17: ...hink about the command string sent to the sensor since this is fully controlled by the software see CHAPTER 2 and CHAPTER 3 Some properties of the AiCaP sensor will not be applicable visible when the sensor is connected to a SeaGuardII or SmartGuard Datalogger as these properties will be controlled by the instrument The wave properties are only applicable visible if used in AiCaP mode and Acoustic...

Page 18: ...00R Serial Number INT 1 Serial Number SW ID String 11 Unique identifier for internal firmware SW Version INT 3 Software version Major Minor Built HW ID X String 19 Hardware Identifier X 1 31 unique identifier for hardware High Read Only HW Version X String 9 Hardware Identifier X 1 31 Rev x System Control INT 3 For AADI service personnel only Production Date String 31 AADI production date format Y...

Page 19: ...correlation beam1 beam4 outside cross correlation limit default values are 0 6 If value exceeds the limits a bit in Cell State1 will be set for each individual beam See Cell State definition in Table 5 5 Noise Limit 1 INT 1 Set limit for High ambient noise measured on Beam1 Beam4 default values are 48 If Noise Level Output is enabled and value exceeds the limits a bit in Record Status will be set ...

Page 20: ...r reference user definable Enable Magnetic Declination BOOL 1 Enables use of magnetic declination angle input see Declination Angle for value used 2 No Low Declination Angle Float 1 A value to correct for the magnetic variation on the site where the sensor is used This is the angle in degrees between magnetic north and true north 2 Sound Speed Float 1 Fixed sound speed setting in m s This value is...

Page 21: ...datalogger7 Only in AiCaP mode Air Pressure Parameter Id ENUM 1 A list of all available Air Pressure parameters with hPa or mbar as unit is shown in the dropdown menu Make sure that the correct pressure parameter is selected Only in AiCaP mode Temperature Sensor Id ENUM 1 When the DCPS is connected to AiCaP a list of other available sensors connected to the SmartGuard SeaGuard Datalogger is shown ...

Page 22: ...racy of the estimated current speeds depends on a correct sound speed setting The cell positioning also depends on the sound speed The best way to compensate for variable sound speed is described above in 1 5 A Pressure Tide Wave Tide sensor which is connected to the same SmartGuard SeaGuardII can be used as parameter input to the DCPS sensor to give the calculated depth If no pressure sensor is a...

Page 23: ...al Mode When set to no non polled operation the sensor will sample at the interval given by the Interval property When set to yes the sensor will start to do ping measurements at the selected Polled Pingrate A Do Sample command triggers the end calculations and output of data A Do Output command can be sent to repeat the output of the last calculated data 1 Polled Pingrate ENUM 1 Selectable ping r...

Page 24: ... pressure sensor are connected to the same bus Bandwidth ENUM 1 Selects between Broadband and Narrowband operation See Chapter 2 4 4 or 3 6 3 for explanation No Low Enable Ambiguity Lock BOOL 1 Locks the Broadband algorithm to the speed interval between 0 and 1 2m s Should be used if the user knows that the current speeds are always below 1 2m s Ping Number ENUM 1 The number of ping measurements t...

Page 25: ...nables surface reference for Column 2 If not selected the column will be instrument referenced Note The sensor needs a pressure input to compensate for tidal variations Cannot be used it in combination with downward orientation C2 Cell Size ENUM 1 The Cell size setting for Column 2 in meter Selectable from 0 5 to 5 meter Default setting is 1 meter C2 Distance first Cell Center ENUM 1 The distance ...

Page 26: ...put Storage Only in AiCaP and with Wave License Key Wave Mean Period Tm02 Output ENUM 1 Configuration of Wave Mean Period Tm02 Output Off Storage or Output Storage Only in AiCaP and with Wave License Key Wave Energy Period Tm 10 Output ENUM 1 Configuration of Wave Energy Period Tm 10 Output Off Storage or Output Storage Only in AiCaP and with Wave License Key Energy Spectrum Output ENUM 1 Configur...

Page 27: ...tput ENUM 1 Enables output of the autobeam solution the sensor uses a specific algorithm to define for each cell and ping the best beam solution automatically based on the use of 3 or 4 beams depending on disturbance 5 Off or Output in AiCaP Off Storage or Output Storage AutoBeam Speed Type ENUM 1 Sets the AutoBeam Speed Type If AutoBeam Output is selected then AutoBeam Speed Type will select the ...

Page 28: ...ut of the maximum absolute tilt measured Deg during the recording interval 5 Off or Output in AiCaP Off Storage or Output Storage Tilt Direction Output ENUM 1 Enables the output of the tilt direction of the sensor Deg M 5 Off or Output in AiCaP Off Storage or Output Storage Std Dev Heading Output ENUM 1 Enables standard deviation on heading output The sensor does one heading measurement for each p...

Page 29: ... Mode the sensor uses the Polled Pingrate setting In non polled operation the sensor uses the Interval property and the Ping Number property to calculate the ping rate This is an enumerated value The selectable ping rate is shown when sending a Help command to the sensor or in the drop down list shown in Real Time Collector The input has to be written as shown with Hz as unit This value was not en...

Page 30: ...ts the Datalogger to send out a parameter in real time in addition to saving the parameter to the SD card and Storage for only saving the data to the SD card 6 The sensor can compensate for variable Temperature Conductivity and Pressure when installed on a SeaGuardII or SmartGuard Datalogger If the Datalogger has these sensors connected the DCPS5400 can be configured to take the input from these s...

Page 31: ...setting for owner information company name etc No High Interface String 31 Factory use only RS232 for standard version RS422 for R version High High Baudrate ENUM 1 RS232 baudrate 4800 9600 57600 or 115200 Default baudrate is 115200 The baudrate affects the minimum available Interval setting Flow Control ENUM 1 RS232 RS422 flow control None or Xon Xoff The Xon Xoff characters are also sent for eac...

Page 32: ...t value is 60 Distance Pressure to Center TRD INT 1 Set the distance from pressure sensor reference port to centre of transducer This value is used to instrument depth reference to the centre of transducer instead of pressure sensor port Default value is 0 187 meter Temp Coeff INT 6 Only available if Temperature sensor 4080 is installed and calibrated Doppler Current Profiler Sensor 5400 5402 5403...

Page 33: ...nsor With Real Time collector it s much easier since the software will then let you configure the sensor using the available choices in each category Before connecting the sensor you need to install and start the AADI Real Time Collector software on your PC provided on memory stick delivered with the instrument If using windows 10 please see chapter 11 1 For more information about the AADI Real Ti...

Page 34: ...ct Connection on the left side in the next window as shown below The Advanced Settings are only accessible to change when the port is closed If the settings are grey then you first need to close the port refer Figure 2 4 Open Port Close Port Refer to Figure 2 3 AADI Real Time Collector uses a default setting that fits for most Smart Sensor However the DCPS sensor outputs a large amount of data and...

Page 35: ... the new connection to highlight the line and then click on the Open Port button Figure 2 4 New connection When the connection is established a small window will show up confirming the connection Figure 2 5 Connection established The status changes to green when the port is opened After green light is obtained click on the Control Panel button on the lower right side to continue Figure 2 6 Green S...

Page 36: ...g interval using Fixed Interval The available interval will be dependent on the sensor configuration If you change the configuration it might cause a change in the Fixed Interval so we recommend always checking the interval after configuration is finished The Script is not yet implemented The sensor will output one recording every interval Figure 2 7 Recorder Panel Click on the Device Configuratio...

Page 37: ...ble sensor properties are found in Deployment settings System Configuration and User Maintenance Refer Table 1 5 to Table 1 8 for an overview of the properties Note The screen shots might show minor discrepancies compared to screen shots taken from your sensor due to sensor updates Note We recommend that you verify the system settings prior to starting a recording session 2 2 Changing Values To ch...

Page 38: ...st of configuration changes is correct press Next to start the update process Figure 2 10 Confirm Configuration Changes An automatic process will start with 6 steps transferring and storing the new information setting in the sensor Flash If necessary a reset will be executed Do not switch off before the entire process is completed Figure 2 11 Configuration Update ...

Page 39: ...e information on the properties in Deployment Settings When used as a stand alone sensor without AiCaP Datalogger the fixed settings are used for calculations If the surface cell is enabled or the surface reference is enabled this means that it uses the depth calculated from these fixed settings given in the Deployment Settings NOTE We don t recommend using surface cell or surface referenced cell ...

Page 40: ...mple the sensor is going to be used without Real Time Collector to collect data while running 2 3 2 Site Info Figure 2 15 Site Info Site Info containing four properties Location Geographic Position Vertical Position Reference All these settings are optional information to be entered to store information about the deployment These setting are not used in calculation Geographical Position is used to...

Page 41: ...for cell positioning in the profile and for calculation of current speed values Variable sound speed values can be used while sensor is running in Smart Sensor Terminal mode Default value for sea water is 1500 Air Pressure kPa is the barometric pressure in kPa used to compensate for air pressure The default value is 101 3 Local Gravity Constant m s2 is the local gravity constant in m s2 The defaul...

Page 42: ...nabled the sound speed will be calculated from the other available sensors only in AiCaP mode or by using fixed values This overrides the Sound Speed setting This is mainly used in AiCaP mode where data from sensors connected to the same AiCaP bus are available in real time If a parameter is available from another sensor it will use this in the calculation otherwise it will use the fixed value ...

Page 43: ...ut storage of data Refer chapter 1 7 3 for more information on the properties in System Configuration If you change mode you might need to go back to the Recorder panel and Refresh Status and or Stop Recorder before you can continue to configure The Mode setting will also influence some of the alternatives in the rest of the session For more information on each property see chapter 2 4 1 to 2 4 13...

Page 44: ...s then the individual selection in the next menu User Specified Profile Parameters will be valid For all other settings in Select Profile Parameters the selections of parameters in User Specified Profile Parameters will be overruled NOTE User Specified Profile Parameters are only valid when Select Profile Parameter is set to User Specified The selection for each property in these menus will also b...

Page 45: ...GuardII or SmartGuard Datalogger the mode has to be changed to AiCaP mode first and saved before connecting it to the Datalogger 2 4 2 Terminal Protocol settings Figure 2 22 Smart Sensor Terminal protocol settings The Terminal Protocol settings are available as shown in the Figure 2 22 but are only used if the sensor is set to Smart Sensor Terminal protocol See CHAPTER 5 for more details This mode...

Page 46: ...he Enable Upside Down If the sensor is intended to be deployed downward looking tick the Enable Upside Down However the sensor will work even if the orientation setting is defined as the opposite of the used direction it is able to sense the orientation itself and corrects the calculated current directions heading etc accordingly NB The surface cell and surface reference of columns does not work i...

Page 47: ...Doppler shift outside the 1 25m s range will be wrongly detected to be within the range 0 1 25 m s This is called ambiguity and could hamper the correct operation of the instrument if not corrected for If ambiguity lock is enabled the result will stay in the first loop also between 0 and 1 25 m s so if you know the current will be below 1 25 m s you can use Ambiguity Lock and avoid any error cause...

Page 48: ...urface boundary direction NB Do not use Surface Cell or Surface Reference together with Upside Down enabled refer chapter 2 4 3 The surface reference is ignored if the sensor is upside down while it is running columns forced to be sensor referred If instrument is oriented Upside Down the surface cell is ignored and the data is set as non valid 2 4 6 Column 1 Figure 2 27 Configuration of Column 1 T...

Page 49: ...ment depth due to shorter distance to surface for the side lobs pointing upwards compared to the main lobs and the high reflection from the surface layer The minimum distance to first cell centre should therefore be 10 of deployment depth plus half the cell size If instrument referenced the minimum distance to first cell should be 1 meter blanking zone for 5400 and 2 meter for 5402 and 5403 plus h...

Page 50: ...le cells along the column from instrument to the maximum range given by the scatter condition or from surface and down to the instrument dependent on the configuration C2 Cell Center Spacing Same as for C1 see chapter 2 4 6 2 4 8 Column 3 Figure 2 29 Configuration of Column 3 C3 Enable Column Same as for C2 see chapter 2 4 7 C3 Enable Surface Reference Same as for C1 see chapter 2 4 6 C3 Cell Size...

Page 51: ...utputs the Cell State1 Cell State2 Horizontal Speed and Direction for all the cells not possible to disable Available settings for Select Profile Parameters are Simple Output Basic Output Basic Beam Output Basic 3 Beam Output Basic Beam 3 Beam Output Full Output User Specified Refer Table 2 1 for parameters included in each group Refer to Table 1 5 for definition of the parameters NOTE Enabling mo...

Page 52: ...Difference Output Cross Difference x x x x x Beam Speed Output Beam1 Speed x x x Beam2 Speed x x x Beam3 Speed x x x Beam4 Speed x x x Beam Strength Output Beam1 Strength x x x Beam2 Strength x x x Beam3 Strength x x x Beam4 Strength x x x Std Dev Beam Speed Output Beam1 Stdev x x x Beam2 Stdev x x x Beam3 Stdev x x x Beam4 Stdev x x x Correlation Factor Output in Broadband Beam1 Correlation Facto...

Page 53: ...t Noise Peak Level B1 x Noise Peak Level B2 x Noise Peak Level B3 x Noise Peak Level B4 x Noise Average Level B1 x Noise Average Level B2 x Noise Average Level B3 x Noise Average Level B4 x 2 4 10 User Specified settings Profile Parameters The User Specified Profile Parameters settings are setting that only are in use if User Specified is selected under Select Profile Parameters For all other sett...

Page 54: ...erenced to Magnetic North Vertical Speed Output outputs the measured Vertical Speed based on the four beams Alternatively 3 beams if Enable 4 Beam Auto Replacement is selected Strength Output outputs an average of signal strength from the four transducers Alternatively 3 transducers if Enable 4 Beam Auto Replacement is selected Beam Speed Output outputs the individual speed measurements from each ...

Page 55: ...coustic beam vectors in each cell The Pitch and Roll output is an average from all measurements in the last measurement interval The Heading Output is the average compass reading referenced to north during one measurement interval Pitch Roll Outputs individually outputs Pitch and Roll as an average for one measurement interval Abs Tilt Output Absolute tilt is the tilt between the horizontal plane ...

Page 56: ...ly voltage starts dropping and also used to check power consumption Value is dependent on type of battery or if external power is used Current Output is the measured input current to the sensor This can indicate if something is wrong in the internal electronics if it suddenly starts to rise Air Detect Output is the value measured by the air detects circuit This is a circuit which detects if the se...

Page 57: ...tenance refer to Figure 2 8 Figure 2 35 User maintenance 2 5 1 Mandatory Figure 2 36 Mandatory All sensors are given a Node Description text like DCPS xxx xxx is the serial number of the sensor The user can modify this node description text if required Be aware that the node description changes to Corrupt Configuration if it has lost the configuration in flash Contact the factory if this happens T...

Page 58: ...w Control is used to control the transmission speed between two units Available settings are None and Xon Xoff Default setting is Xon Xoff The Xon Xoff characters are also sent for each Doppler ping measurement To remove the disturbance on the receiver select None Be aware that this may also lead to missing characters when sending commands to the sensor Enable Comm Indicator is enable communicatio...

Page 59: ...ds the Max Tilt Limit Ping Discard Deg value the ping will not be used This is used to avoid bad data from ping when the sensor is tilting to much Max Tilt Limit Ping Discard Deg is the value used to discard ping if Enable Max Tilt Ping Discard is enabled Default value is 60 degrees Distance Pressure To Center TRD m is used to set the distance from pressure sensor inlet port the reference level fo...

Page 60: ...using a cable for surface buoy applications or placed on land To be able to control the DCPS via SeaGuardII or SmartGuard the sensor need to be in AiCaP mode 3 2 Installation of the DCPS on SeaGuardII Note Mount DCPS on the stud and connect the stud in sensor position 1 refer Figure 3 1 Always replace O rings when connecting a sensor or a sealing plug Figure 3 1 SeaGurdII Top End plate Important R...

Page 61: ...the PC Install and start the AADI Real Time Collector software on your PC provided on the Memory stick delivered with the instrument For more information about the AADI Real Time Collector refer TD 268 AADI Real Time Collector Operating Manual Switch on the logger by turning the power to the ON position Wait approximately 30 seconds before the logger starts up and connection is established 3 3 3 E...

Page 62: ...llector start up menu Select USB from the Port Settings drop down menu Figure 3 4 and write a name in the Connection Name box for i e SeaGuardII We recommend using product name and serial number if you want to connect multiple instruments to the same software Figure 3 4 AADI Real time Collector connection settings Click on the Advanced Settings in the right lower section and select Connection on t...

Page 63: ...onnection setting Press Open Port and the connection to the SeaGuardII SmartGuard should be established within a few seconds and the status turn to green After power up it will take approximately 30 seconds before the logger is ready Open Control Panel in the lower right corner refer Figure 3 7 Figure 3 6 AADI Real Time Collector main menu 3 3 4 Control Panel In the Control Panel window you will f...

Page 64: ...able recording interval If you change the configuration of one sensor and this cause a longer processing time the Fixed Interval might be changed Each Sensor will do a calculation based on the configuration for each recording interval If Acoustic Wave is enabled then the recording interval for the group containing the DCPS will be the wave measurement period set by Wave Integration Time in the Sys...

Page 65: ...ware version Under the heading Save configuration to file you can save current settings to a backup file by pressing Save Edit the name for your file and press Save to save the new configuration to file in xml format Figure 3 9 Device configuration User accessible sensor properties are found in Deployment settings System Configuration and User Maintenance Refer Table 1 5 to Table 1 8 for an overvi...

Page 66: ...he actual property and then enter the text or number before pressing Next See example in Figure 3 10where the text for Location has been changed Figure 3 10 Change value Then a list of all properties that has been changed will show up If the list of configuration changes is correct press Next to start the update process Figure 3 11 Confirm Configuration Changes ...

Page 67: ...rring and storing the new information setting in the sensor Flash If necessary a reset will be executed Do not switch off before the entire process is completed Figure 3 12 Configuration Update When the updating process is finished a confirmation will show up Press Finish to continue Figure 3 13 Configuration Update Completed ...

Page 68: ...ler current profiler sensor refer Figure 3 14 If additional sensors are connected to the SeaGuardII platform it is possible to configure the DCPS to take input from these other sensors If pressure sensor and at least conductivity are available it gives the possibility to get the correct sound speed and depth while the sensor is running Figure 3 14 Deployment settings ...

Page 69: ...formation on the properties in Deployment Settings If the surface cell surface reference or acoustic wave is enabled we always recommend using a pressure tide or wave sensor A input parameter will be used in calculation if available and selected NOTE Do not use the DCPS as an external reference Input Parameter Sensor ID even if it is available in the list For more information on each property see ...

Page 70: ...inates unless a GPS input is connected 3 5 2 Orientation Figure 3 17 Orientation Enable Magnetic Declination is normally used when sensor is used close to South Pole or North Pole Declination Angle Deg M is a value to correct for the magnetic variation on the site where the sensor is used This is the angle in degrees between magnetic north and true north Magnetic declination variation is the angle...

Page 71: ...n be altered while sensor is running to compensate for variable salinity Fixed Installation Pressure kPa is the pressure in kPa at the deployment site The value can be altered while sensor is running to compensate for variable pressure NOTE This value is used for calculation of and used to position cells referenced to surface if surface cell or surface referenced cell are selected Temperature Deg ...

Page 72: ... Parameter Id Air Pressure is used to compensate for Air Pressure in calculations like absolute pressure and absolute tide If no sensor is selected the fixed value will be used 3 5 7 Input Parameter Temperature Figure 3 22 internal temperature sensor parameter input Figure 3 22 gives an example of a temperature sensor connected to the Datalogger The Temperature sensor is selected as Temperature Se...

Page 73: ...pth and sound speed These values are used for correct positioning of cells and the correct conversion from Doppler shift to current speeds 3 5 9 Input Parameter Heading Figure 3 24 External compass sensor input The sensor can also take an input from an external Compass like for example the Airmar H2183 Compass Surface buoys are often made of steel The magnetic influence from the buoy can give a bi...

Page 74: ...6 System Configuration Select System Configuration under Device Configuration refer Figure 3 9 The different sensors connected to the same Datalogger will show up as selectable items Refer Figure 3 25 Double click on the DCPS to start configure Figure 3 25 System configuration ...

Page 75: ... you might need to go back to the Recorder panel and Refresh Status and or Stop Recorder before you can continue to configure Some of the settings are only available if Acoustic Wave is enabled The Acoustic wave module is a licensed option Older units and units without Acoustic wave can also be upgraded either by user or at the factory The Mode setting will also influence some of the alternatives ...

Page 76: ... only valid when Select Profile Parameter is set to User Specified The selection for each property in these menus will also be dependent on the mode setting For the DCPS connected to a SeaGuardII or SmartGuard it is possible to select Off Storage or Output Storage If set to Off the sensor does not output data If set to Storage the Datalogger only saves the data to the SD card if inserted If Output...

Page 77: ...ble Upside Down If the sensor is intended to be deployed downward looking tick the Enable Upside Down However the sensor will work even if the orientation setting is defined as the opposite of the used direction it is able to sense the orientation itself and corrects the calculated current directions heading etc accordingly NB The surface cell and surface reference of columns does not work if the ...

Page 78: ... is recommended to use Narrowband Though Narrowband is more power consuming than Broadband the reached measuring range is slightly longer than in Broadband mode Enable Ambiguity Lock is only used with Broadband In Broadband the output of the correlation process is a phase value When the Doppler shift is zero then the phase is also zero When the Doppler shifts increase so will the phase A Doppler s...

Page 79: ... cell enabled Surface Cell Size or the measurement window is centred on the surface At the surface the impedance difference between the water and air creates an almost perfect reflector and the acoustic signal is reflected by the surface Regardless of the cell size used to process the surface cell this cell will be dominated by the infinitesimal thin layer between water and air Although the surfac...

Page 80: ...ells will be referenced to the transducers and located at certain distance from the transducer head C1 Cell Size Whether the instrument is configured in broadband or narrowband the user needs to configure the cell size from 0 5 to 5m The cell could be defined as the volume of water in which the instrument is performing the measurement By defining the cell size the number of cells the cell centre s...

Page 81: ...ful if you want to measure only at certain depths for example 5 15 and 25 meter from surface To obtain this then set Enable Surface Reference enable Cell Size 2 meter Distance First Cell Center 5 meter Number Of Cell 3 and Cell Center Spacing 10 meter 3 6 6 Column 2 Figure 3 34 Column 2 C2 Enable Column If you want more columns The columns can be different mix of both reference and configuration T...

Page 82: ... down to the instrument dependent on the configuration C3 Cell Center Spacing Same as for C1 see chapter 3 6 5 3 6 8 Column 4 Figure 3 36 Column 4 Enable Current From Wave Pings A profiler are normally not able to measure Acoustic Wave and Current simultaneously because the sensor using the same transducer for both operations However with the DCPS you might set the Enable Current From Wave Ping wh...

Page 83: ...Time output in addition to storage on the SD card Figure 3 37 Output Storage Wave Parameters Significant Wave Height Hm0 and Significant Wave Height H1 3 is always both output and stored while the other parameters can be selected as desired by the operator The following parameters are available for selection See chapter 8 3 for a description of each parameter calculation Wave Mean Direction Output...

Page 84: ... outputs the Cell State1 and Cell Stat 2 Horizontal Speed and Direction for all the cells not possible to disable Available settings for Select Profile Parameters are Simple Output Basic Output Basic Beam Output Basic 3 Beam Output Basic Beam 3 Beam Output Full Output User Specified Refer Table 3 1 for parameters included in each group Refer to Table 1 5 for definition of the parameters NOTE Enabl...

Page 85: ... Cross Difference Output Cross Difference x x x x x Beam Speed Output Beam1 Speed x x x Beam2 Speed x x x Beam3 Speed x x x Beam4 Speed x x x Beam Strength Output Beam1 Strength x x x Beam2 Strength x x x Beam3 Strength x x x Beam4 Strength x x x Std Dev Beam Speed Output Beam1 Stdev x x x Beam2 Stdev x x x Beam3 Stdev x x x Beam4 Stdev x x x Correlation Factor Output Beam1 Correlation Factor x x ...

Page 86: ...Peak Level B1 x Noise Peak Level B2 x Noise Peak Level B3 x Noise Peak Level B4 x Noise Average Level B1 x Noise Average Level B2 x Noise Average Level B3 x Noise Average Level B4 x 3 6 11 User Specified Profile Parameters User Specified Profile Parameters settings are setting that only are in use if User Specified is selected under Select Profile Parameters For all other settings the group conten...

Page 87: ...ts the measured Vertical Speed based on the four beams Alternatively 3 beams if Enable 4 Beam Auto Replacement is selected Strength Output outputs an average of signal strength from the four transducers Alternatively 3 transducers if Enable 4 Beam Auto Replacement is selected Beam Speed Output outputs the individual speed measurements from each of the four beams Beam Strength Output outputs the in...

Page 88: ...m the acoustic beam vectors in each cell The Pitch and Roll output is an average from all measurements in the last measurement interval The Heading Output is the average compass reading referenced to north during one measurement interval Pitch Roll Outputs individually outputs Pitch and Roll as an average for one measurement interval Abs Tilt Output Absolute tilt is the tilt between the horizontal...

Page 89: ...Value is dependent on type of battery or if external power is used Current Output is the measured input current to the sensor This can indicate if something is wrong in the internal electronics if it suddenly starts to rise Air Detect Output is the value measured by the air detects circuit This is a circuit which detects if the sensor is in air or water 3 6 14 Output Storage Virtual Sensor The sen...

Page 90: ...d by a trained user It is not recommended to change properties unless instructed To access these check the Include User Maintenance box in the device configuration before clicking on the Get Current Configuration button The password is 1000 The user maintenance settings are accessible by clicking the Edit button under User Maintenance refer to Figure 3 7 Figure 3 43 User Maintenance ...

Page 91: ...nfiguration is saved in two sectors in flash memory A flash sector can be corrupted if the power is lost during the saving of new configuration The double flash sector saving ensures that it does not lose the configuration If one of the sectors is corrupted the other sector is used and also saved to the corrupt sector 3 7 2 Site Info Figure 3 45 Site Info Owner is only used for information and wil...

Page 92: ...ted using product number and serial number and cannot be used on other instruments 3 7 5 Wave Measurement Figure 3 48 Wave Measurement Select Active Wave Cell Default setting is Cell 1 the one closest to the surface but you can also select Cell 2 or Cell 3 Each cell is 2 meter cell size and no overlap Enable Fixed Wave Cell Depth If enabled the Wave Cell Center Depth setting will be used to set th...

Page 93: ...of the DCPS transducers Default value is 0 187 meter which is the distance when pressure sensor is mounted on the top end plate underneath the DCPS 3 8 Sensor software versions for use together with SeaGuardII SmartGuard Sensors with software versions lower than 8 2 4 should be upgraded to newer version Newer software versions with stand alone capabilities can also be used on sensors which are mea...

Page 94: ...ncoming data to file either to a txt file or to xml files 4 1 1 Enabling file output If your connection is open port open status green in the AADI Real Time Collector main menu close the port first to be able to change the file output settings Click on the connection you are using Then click on the Settings button as shown in Figure 4 1 Figure 4 1 AADI Real Time Collector start up menu ...

Page 95: ...put from the list on the left side Check the Collect data to file box to enable file output Select a file format either XML or TXT and choose a base directory where you want the file to be saved Alternatively you may select Continuously store the last message in a single file Click OK in the Advanced Connection Settings window and OK in the Connection Settings window Figure 4 3 Advanced connection...

Page 96: ...l button in the lower right corner Select the interval duration and click the Start Recorder button The shortest interval available depends on the sensor configuration More cells give longer ping processing time and a higher minimum available recording interval Figure 4 5 Recorder panel Data will start logging in the defined directory If it is a txt file the easiest way to view it is in Excel Figu...

Page 97: ...4 2 Viewing incoming data in real time When the sensor is running the incoming data can be viewed under Connection Logs in the main AADI Real Time Collector menu refer to Figure 4 7 and Figure 4 8 Double click on one of the Record numbers to look at the data Click on the signs to open up and see all the data in the message Figure 4 7 Message Log Entry ...

Page 98: ...m the sensor in real time Previous records or newer records can be viewed by clicking on Previous Entry button or Next Entry button An automatic update to the last data message can be enabled by checking the Always show last entry check box The original message content can be seen if clicking on the Original Message tab ...

Page 99: ...smission line explained RS 422 has differential transmission lines with twisted pairs The sensor signals are less influenced by external noise than with RS 232 serial communication which makes it possible to use longer cables RS 422 has one balanced signal pair for the transmitted signal TxD also called TxD and TxD and one balanced signal pair for the received signal RxD also called RxD and RxD Rx...

Page 100: ...imize the current drain the sensor normally enters a power down mode after each sampling the sensor can be awake by any characters on the Smart Sensor Terminal input and will stay awake for a time set by the Comm TimeOut property after receiving the last character If the property Comm TimeOut is set to other than Always On the serial interface will not be activated after power up or the Reset comm...

Page 101: ...ded communication rules The main command MainCmd is followed by an optional subcommand SubCmd or sensor property Property The MainCmd and the SubCmd Property must be separated with the space character When entering new settings the Property is followed by a parenthesis containing comma separated values The command string must be terminated by Carriage Return and Line Feed ASCII code 13 10 The comm...

Page 102: ...er OFF and then back ON or else calculated parameters may be corrupted This forces the sensor to start up with the new configuration input If the Enable Sleep property is set to Yes and the Comm TimeOut property is not set to Always On the sensor enters sleep mode after reset At startup reset the sensor performs measurements according to the interval setting if the mode is Smart Sensor Terminal If...

Page 103: ...imits Do Calc Mintime The sensor calculates the total time it needs for execution of the number of selected pings with the current configuration number of columns number of cells etc The communication time is also included i e this time is dependent on the number of enabled output parameters and baud rate Get ConfigXML Outputs information about the configuration properties in XML format Get DataXM...

Page 104: ...test parameter reading A special version Get All reads out all available properties in the sensor Some properties are passkey protected and will not be shown without first writing the passkey To see all user accessible properties use passkey 1000 5 5 4 The Set command The Set command is used for changing a property The corresponding Get command can be used to verify the new setting as shown in Fig...

Page 105: ... parameters etc Example 1 Configure 1 column the other columns disabled Press Enter to start communicating with the sensor refer chapter 5 4 press Enter Stop Wait for ack Repeat if necessary Set Passkey 1 Set C1 Enable Surface Reference No wait for ack Set C1 Distance First Cell Center 6 0m wait for ack Set C1 Cell Size 2 0m wait for ack Set C1 Number Of Cells 25 wait for ack Set C1 Cell Center Sp...

Page 106: ... Cell Spacing can be found by sending the command Help This gives a printout from the sensor showing a short help text from the sensor refer Figure 5 6 Setting a value which is not shown here for enumerated properties gives an error message ERROR ARGUMENT ERROR A Do Refresh command should always be sent after a reconfiguration of the column settings bandwidth or the ping number This has to be done...

Page 107: ...rst Cell Center 1 5m 1 6m 1 7m 1 8m 1 9m 2 0m 2 1m 2 2m 2 3m 2 4m 2 5m 2 6m 2 7m 2 8m 2 9m 3 0m 3 5m 4 0m 4 5m 5 0m 5 5m 6 0m 6 5m 7 0m 7 5m 8 0m 8 5m 9 0m 9 5m 10 0m 11 0m 12 0m 13 0m 14 0m 15 0m 16 0m 17 0m 18 0m 19 0m 20 0m 22 0m 24 0m 26 0m 28 0m 30 0m 32 0m 34 0m 36 0m 38 0m 40 0m 42 0m 44 0m 46 0m 48 0m 50 0m 60 0m 65 0m 70 0m C1 Number Of Cells 1 2 3 4 5 6 7 8 9 10 12 15 20 25 30 35 40 45 5...

Page 108: ...ic Beam Output Basic 3 Beam Output Basic Beam 3 Beam Output Full Output User Specified NE Speed Output Off Output 3 Beam Combination Output Off Output AutoBeam Output Off Output AutoBeam Speed Type Polar Rectangular Polar Rectangular Vertical Speed Output Off Output Strength Output Off Output Beam Speed Output Off Output Beam Strength Output Off Output Std Dev Speed Output Off Output Std Dev Beam ...

Page 109: ... Reference No same as for surface cell Set C2 Enable Surface Reference No same as for surface cell if column 2 is enabled Set C3 Enable Surface Reference No same as for surface cell if column 3 is enabled Set Enable Tilt Compensation Yes wait for ack Set Enable Fixed Heading No wait for ack Set Bandwidth Broadband wait for ack Set Enable Ambiguity Lock Yes wait for ack Set Ping Number 20 wait for ...

Page 110: ...it for ack Set Correlation Factor Output Off wait for ack Set Noise Level Output Off wait for ack Set Heading Output Off wait for ack Set Pitch Roll Output Off wait for ack Set Abs Tilt Output Off wait for ack Set Max Tilt Output Off wait for ack Set Tilt Direction Output Off wait for ack Set Std Dev Heading Output Off wait for ack Set Std Dev Tilt Output Off wait for ack Set Charge Voltage Output...

Page 111: ...3 it is 3024 cell 0 to 24 If the surface cell is enabled a cell index 0 is also shown treated as a column with 1 cell Cell State 1 and Cell State 2 gives information about the data quality in each cell Horizontal Speed and Direction is the minimum output from each cell The parameter names and values are separated by tabulator ASCII code 09 Example 4 Even more compact output text off and decimal fo...

Page 112: ...and horizontal plane Calculates one value per ping from pitch and roll angles average of all values Max Tilt Deg Float Maximum absolute tilt from the interval Std Dev Tilt Deg Float Standard deviation tilt from all values of the absolute tilt in the interval Indicates if the sensor is moving around with variable tilt during the measurement interval Tilt Direction Deg M Float A tilt direction is ca...

Page 113: ...nd Fixed Installation Pressure can for example be sent to the sensor more often to make the sensor able to calculate its own depth used for correct surface positioning referencing Example 5 The parameters outside the profile data Press Enter to start communicating with the sensor press Enter Stop Stop current measurement Wait for ack Repeat if necessary Set Heading Output Output wait for ack Set P...

Page 114: ...see that bit 0 indicate that the orientation set in configuration Upside Down disabled does not match with the orientation measured by the sensor Bit 19 indicates that the sensor is pinging in air Table 5 3 Record State parameter explained Record State bits Meaning Bit no Bit pattern x don t care Bit 0 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx1 Orientation mismatch configuration vs measurement 1 Bit 1 xxxxx...

Page 115: ...or measures the signal level on Beam 1 before pinging This can indicate that another acoustic transmitter is sending out a sound signal nearby in the water for example an echo sounder on a boat ship The noise level on Beam1 is indicated by two bits bit 1 and 2 which gives three level indications If bit1 is set the noise is above 48dB If bit 2 is set the level is above 38dB and if both are set the ...

Page 116: ...f all pings over the interval duration If the AutoBeam Ouput is enabled and the AutoBeam Speed Type is set to Replace 4 Beam Data the autobeam algorithm output is used instead of the 4 beam solution available from software version 8 2 1 Direction Deg M Float The current direction calculated from the 4 beams combined with compass heading to determine the current direction If the AutoBeam Ouput is e...

Page 117: ...beam 1 3 4 East Beam234 cm s Float Averaged East speed based on a 3 beam solution from beam 2 3 4 East AutoBeam cm s Float East speed from the Autobeam solution The best data found automatically from the different beam solutions Vertical Beam123 cm s Float Averaged Vertical speed based on a 3 beam solution from beam 1 2 3 Vertical Beam124 cm s Float Averaged Vertical speed based on a 3 beam soluti...

Page 118: ... enable output Cell index Always on Not possible to disable Cell Status Always on Not possible to disable Horizontal Speed cm s Always on Not possible to disable This is the 4 Beam solution but it might be overwritten if the AutoBeam algorithm is enabled Direction Deg M Always on Not possible to disable North Speed cm s Set NE Speed Output Off Output East Speed cm s Set NE Speed Output Off Output ...

Page 119: ... Off Output affects the output of this parameter North Beam234 cm s Set NE Speed Output Off Output and Set 3 Beam Combination Output Off Output both set to output to be enabled This is changed from software version 8 2 1 From this version only Set 3 Beam Combination Output Off Output affects the output of this parameter North AutoBeam cm s Set NE Speed Output Off Output and Set AutoBeam Output Off...

Page 120: ...n Output Off Output both set to output to be enabled This is changed from software version 8 2 1 From this version only Set 3 Beam Combination Output Off Output affects the output of this parameter Vertical AutoBeam cm s Set NE Speed Output Off Output and Set AutoBeam Output Off Output From software version 8 2 1 Set AutoBeam Output Off Output and and Set Vertical Speed Output Off Output Beam1 Spe...

Page 121: ...xxxxxxxxxx1xx Hexadecimal xxx4 High broadband cross correlation beam3 above cross correlation high limit 1 3 Binary xxxxxxxxxxxx1xxx Hexadecimal xxx8 High broadband cross correlation beam4 above cross correlation high limit 1 4 Binary xxxxxxxxxxx1xxxx Hexadecimal xx1x Cell has Weak signal strength below weak strength limit 1 default value 40dB 5 Binary xxxxxxxxxx1xxxxx Hexadecimal xx2x Cell has we...

Page 122: ...th Broadband uses a fixed pulse length 1m In narrowband the pulse length follows the column with the smallest cell size If for example narrowband with 2m cell size and 2m pulse length the single ping standard deviation limits becomes 30 40 and 50 cm s 3 The cell can have been configured to be behind the instrument or very close to the instrument This can also change during the deployment dependent...

Page 123: ...x Hexadecimal xCxx Beam 2 cell weak signal strength below weak signal limit 3 default value 48dB 12 Binary xxx1xxxxxxxxxxxx Hexadecimal 1xxx Beam 3 cell weak signal strength below weak signal limit 1 default value 40dB 13 Binary xx1xxxxxxxxxxxxx Hexadecimal 2xxx Beam 3 cell weak signal strength below weak signal limit 2 default value 44dB 12 and 13 Binary xx11xxxxxxxxxxxx Hexadecimal 3xxx Beam 3 c...

Page 124: ...s limited dependent on the sensor configuration The following values were accepted Hz 0 1 0 5 1 2 3 4 5 6 7 8 9 10 6 2 Interval and Polled Pingrate from software version 8 1 27 The Help command gives the available settings for the Interval and the Polled Pingrate The lowest Interval available and the highest Polled Pingrate available is limited After configuration and a Do Refresh command the list...

Page 125: ...red from the factory one for underwater buoy systems and one for cable to land systems 7 1 1 Underwater Buoy systems A common mode line filter on the power lines has to be inserted between the sensor and the system This filter should be as close as possible to the cable output from the system and the ground connection on the filter has to be connected to the common chassis ground of the system or ...

Page 126: ...delivered system drawings cable drawings give details on parts connection and installation overview with best EMC performance best noise and surge immunity In underwater and buoy systems the sensors are delivered with a common mode line filter to be used on the power lines This is necessary to remove any present common mode noise frequencies in the Doppler frequency range In systems with cable to ...

Page 127: ...t Hm0 Hm0 Operational Significant Wave Height H1 3 H1 3 Operational Wave Mean Period Tm02 Tm02 Operational Wave Energy Period Tm10 Tm10 Operational See description and calculation of all parameters in chapter 8 3 8 3 Parameter calculation The Energy Spectrum E f gives the vertical wave energy density for each frequency bin accumulated from all directions Fourier Coefficients Spectrum A1 f B1 f A2 ...

Page 128: ...over all frequency bins The spreading angle is a measure of how wide the directional cone is over which the wave direction is distributed Kumar and Anoop 2013 Significant wave height is defined traditionally as the mean wave height trough to crest of the highest third of the waves H1 3 A modern definition of significant wave height is usually defined as four times the standard deviation of the sur...

Page 129: ...g a fixed point in a specified period of time Frequency has units of waves per second or cycles per second Another unit for frequency is the Hertz abbreviated Hz where 1 Hz is equivalent to 1 cycle per second Wave period are the time it takes for two successive crests one wavelength to pass a specified point Wave speed is the distance the wave travels divided by the time it takes to travel that di...

Page 130: ...ntated towards magnetic North the compass heading is 0 One method is to measure in which direction transducer 1 is pointing Position of transducer 1 is shown in Figure 9 1 Moving transducer 1 clockwise gives an increasing heading Find direction of magnetic north Find x axis on DCPS axis with transducer 1 and 3 opposite side on same axis If a fixed and non moving application align x axis and transd...

Page 131: ... in the Figure 9 2 and Figure 9 3 Use the same methods as described in chapter 9 1 1 Remember that the angle between transducer 1 and the steering orientation pin is 225 degrees Add 225 degrees to the measured orientation of this pin when used as fixed heading setting If larger than 360 subtract 360 from the value If external compass input add 225 degrees to the angle measured between the external...

Page 132: ... at the point where the sensor is placed Also the structure of the building can influence on the earth magnetic field around the sensor Be aware that nearby objects may influence the magnetic field when the sensor is used This can for example be a problem on a buoy as described above or if hanging from a boat The rule of thumb is that the bigger the magnetic object is hard and or soft magnetic the...

Page 133: ...25 degrees and the roll close to 180 Do the same now on transducer 3 The pitch should now be close to 25 degrees and the roll close to 180 Do the same now on transducer 2 The roll should be close to 155 degrees while the pitch should be close to 0 Do the same on transducer 4 The roll should be close to 205 degrees and the pitch close to 0 For software version 8 2 1 and over the roll range is 180 s...

Page 134: ...etrieval of the sensor Clean the Transducer Head after each deployment Note Do not use any form of steel brush or any sharp objects on the Transducer Head as this will damage the acoustic elements The sensor housing will tolerate most cleaning agents Often 30 Hydrochloric acid HCL Muriatic acid or acetic acid will be useful for removing barnacles and similar fouling Be sure to follow the safety pr...

Page 135: ...repair or calibration When returning Doppler Current Profiler Sensor always include the Instrument Service Order Form No 135 see our web pages under Support and Training Normal servicing time is four to six weeks but in special cases the service time can be reduced A main overhaul and service is recommended at the factory every three years ...

Page 136: ...Page 136 July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 10 4 Example of Test Specifications sheet and Certificates Figure 10 1 Example of Test and Specification sheet ...

Page 137: ...July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 Page 137 Figure 10 2 Example of Calibration Certificate compass and tilt page 1 ...

Page 138: ...Page 138 July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 Figure 10 3 Example of Calibration Certificate compass and tilt page 2 ...

Page 139: ...July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 Page 139 Figure 10 4 Example of Calibration Certificate for optional Temperature Sensor ...

Page 140: ...Page 140 July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 Figure 10 5 Example of Pressure Certificate ...

Page 141: ... 64 bit version https support microsoft com en us help 931937 description of windows mobile device center Windows 10 ver 1703 1709 Problem WMDC Windows mobile device center hangs at splash screen Log on with local administrator privileges In the search field enter services Scroll down to Windows Mobile 2003 based device connectivity Right click and click on properties on the Windows Mobile 2003 ba...

Page 142: ...2 July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 Click ok and ok Do the same with Windows Mobile based device connectivity Restart pc and plug in the USB cable from SmartGuard SeaGuard ...

Page 143: ...eaGuardII top end plate Only for use in center hole 5340 Sensor Cable AiCaP and RS 232 Used for remote connection of DCPS between sensor and top end plate via male 8pin Subconn Needs 5662 or 4872 for connection to SeaGuard top end plate or 5245 for connection to SmartGuard 5662 Connection Cable AiCaP Connection between straight plug on SeaGuardII top end plate using sensor hole and 8pin Subconn on...

Page 144: ... 5340 cable Needs 5340 cable for connection 5414 Sensor Cable AiCaP Free end cable for connection between sensor and Aanderaa logger 4860 Sensor Cable RS 232 Free end cable for connection between sensor and 3rd party logger 4834 Sensor Cable Sensor cable with 9pin DsuB for connection between DCPS and PC 5159 Sensor Cable RS 232 RS 232 To be used with Real Time cable ...

Page 145: ...with 9pin DsuB for connection between 10pin Lemo and PC for laboratory use only 11 2 2 For RS 422 use Table 11 2 Available cables for RS 422 4860 Sensor Cable RS 422 Free end cable for connection between sensor and 3rd party logger 4902 Sensor Cable Sensor cable with 9pin DsuB for connection between DCPS and PC RS 422 RS 232 converter included ...

Page 146: ...nt Profiler Sensor 5400 5159 Sensor Cable RS 422 To be used with Real Time cable 5618 Set up and configuration cable Non watertight Set up cable with 9pin DsuB for connection between 10pin Lemo and PC for laboratory use only RS 422 RS 232 converter included ...

Page 147: ...July 2019 TD 304 OPERATING MANUAL Doppler Current Profiler Sensor 5400 Page 147 11 3 Mounting considerations Figure 11 1 Inline mooring frame 5744A ...

Page 148: ...tory or as a part of a flexible user designed observation point The factory also helps users with designing system to solve a specific task The next examples are just two of many hundreds system already delivered First example in Figure 11 2 shows a small system designed for a fish farm measuring Current in multiple layers Salinity at one depth and Oxygen at four depths This system is easily scala...

Page 149: ...mplex buoy system with meteorological sensors satellite communication solar panels as well as Motus directional wave sensor and DCPS This system is also easily scalable with possibilities for adding water quality sensors and single point current measurement for measuring current close to the surface Figure 11 3 Example 2 ...

Page 150: ...anderaa Data Instruments AS P O Box 103 Midtun Sanddalsringen 5b N 5843 Bergen Norway Tel 47 55 60 48 00 Fax 47 55 60 48 01 email aanderaa info xyleminc com www aanderaa com Aanderaa Data Instruments AS is a trademark of Xylem Inc or one of its subsidiaries 2019 Xylem Inc July 2019 ...

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