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TD_POSIDONIA II_2016_08_b 

 

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Shallow water or full ocean water depth, 

 

500 kg to 300 tons SWL (Safe Working Load) 

 

  

 

 

 

 

 

 

1.4.4.

 

POSIDONIA II MMI (Man Machine Interface software) 

 

Most components in the subsea positioning solution (PHINS, POSIDONIA II, RAMSES) are 

delivered with iXBlue new WEB-based graphic user interface which is progressively installed 

to the full range of products, providing a common look-and-feel to all products. 
 

Directly Ethernet compatible, this new MMI greatly improves the ease of installation and 

operation of the equipment thanks to its interactive menu screens and network 
characteristics. The products are easily interfaced to any TCP/IP network, and running the 

WEB-based MMI is achieved with any terminal with WEB brower installed (PC computer, 

MAC, pocket PC’s, etc…): dedicated PC and software is no longer required. 

 
Using graphic and conversational menu screens the WEB-based GUI allows: 

 

 

Defining the installation parameters i.e., the parameters that do not change from one 

mission to another, for instance orientation and misalignment of AHRS with respect to 
the antenna (MECHANICAL PARAMETERS option), lever arms for external monitoring 

points, the INPUTS (external sensors, UTC), the OUTPUTS and the IP address, network 

mask (NETWORK option) 

 

Defining the set-up parameters i.e., the parameters that may vary from one mission to 

another or even during the same mission: transponders interrogation and reply 

frequencies, etc… 

 

Monitoring  each subsystem operations such as: 

 

Follow the navigation sequence  

 

Display in real time data delivered or used  

 

Be informed of the Status

 

 

 

Record data  

 

Performing maintenance tasks including:  

 

System restart 

 

Firmware updates 

 

Parameters reset 

 

Support contact 

 

Содержание POSIDONIA II

Страница 1: ...TECHNICAL DESCRIPTION POSIDONIA II...

Страница 2: ...Standard configuration performance 14 3 2 How to maintain or improve the performance 14 3 2 1 Use directional transducer 14 3 2 2 Use high accuracy heading and motion sensor 15 3 2 3 Use PRESSURE Sens...

Страница 3: ...www ixblue com TD_POSIDONIA II_2016_08_b Page 3 of 29 6 4 Main junction cable deployable antenna 28 6 5 Main junction cable Flush antenna 29...

Страница 4: ...terms of range accuracy and robustness are available together with a new user interface iXBlue common WEB based interface for unrivalled ease of operation 1 2 General Concept The operation is based o...

Страница 5: ...convert into an absolute geographical position of the target Up to 8 transponders can be tracked with POSIDONIA II within the same interrogation cycle This number of transponders acoustically managed...

Страница 6: ...ed User Interface for System Transponder and Navigation set up o USBL system calibration software o DELPH RoadMap navigation display software o Shipped in re usable transit case User Documentation in...

Страница 7: ...tic array allows similar performances as the deployable but higher operating speed together with safe navigation Such principle does not require the use of sophisticated and expensive deployment machi...

Страница 8: ...lso named beacon is installed on the tracked vehicle s and replies to each surface acoustic array interrogation by sending a coded wideband signal used for the surface deck unit to calculate the posit...

Страница 9: ...brower installed PC computer MAC pocket PC s etc dedicated PC and software is no longer required Using graphic and conversational menu screens the WEB based GUI allows Defining the installation parame...

Страница 10: ...everal outputs are available Ethernet and RS232 format which allow data distribution to different peripherals Industry standard data telegrams are provided to easily interface each sensor to standard...

Страница 11: ...stics must be supervised by iXBlue field operator during commissioning of the system 4 A complete training is recommended for efficient deployment and use of the system Considering all the above it is...

Страница 12: ...d motion sensor close to it After initial calibration of the system to compensate from mechanical misalignments the system is calibrated once for all and can easily be move from one vessel to the othe...

Страница 13: ...er mode in order to preserve signal integrity through umbilical 2 3 Calibration USBL principle requires a perfect knowledge of the attitude of the acoustic array both in heading and P R to measure ang...

Страница 14: ...m Operating range 1 10 000m Operating frequency 16kHz central frequency 4kHz bandwidth Position refresh rate 2 second min acoustic depends on range 10 Hz with predictive filter Communication protocol...

Страница 15: ...olute position must be known with sufficient accuracy calibration procedure and its motion carefully monitored and compensated AHRS sensor in order to get the best performances out of the POSIDONIA II...

Страница 16: ...ble POSIDONIA II automatically integrate this additional information into the algorithm to improve the depth information which in turns allow the system to better estimate bias in X Y data and correct...

Страница 17: ...it allows cross correlating the different data and thus estimating some of the imperfections of each sensor As such data fusion is particularly interesting when using different technologies as it allo...

Страница 18: ...h data rate Noise filtered Robust to GPS and ACOUSTIC outages Higher accuracy and range ii example GAPS PHINS DVL Real field data collected in La Ciotat bay France using such an integrated system Both...

Страница 19: ...f 1 Pa 1m 185 dB ref 1 Pa 1m frequency 8 kHz to 16 kHz 3 dB 8 kHz to 16 kHz 3 dB Beam aperture 200 deg 3 dB 200 deg 3 dB Mechanical Diameter mm 580 800 Height mm 410 245 Weight kg in air 34 180 Weight...

Страница 20: ...y Power consumption 15W continuous 80W peak Rear panel Power supply External power supply 110 240 VAC Synchro OUT Synchro OUT main secondary BNC id front panel Synchro IN Trigger input BNC id front pa...

Страница 21: ...cable 50 m long standard supply Box 3 transit case One 1 off main Electronic acoustic processor hardware USBL BOX One 1 off USBL system calibration software One 1 off DELPH RoadMap navigation display...

Страница 22: ...long standard supply Box 3 transit case One 1 off main Electronic acoustic processor hardware USBL BOX One 1 off USBL system calibration software One 1 off DELPH RoadMap navigation display software On...

Страница 23: ...nce French Research Institute for Sea Sciences All fleet equipped with POSIDONIA II for positioning of deep sea manned submarine NAUTILE and deep sea ROV Victor general use AWI Alfred Wegener Institut...

Страница 24: ...or scientific applications SUBSEA 7 Oil Gas industry sea bed mapping NORWAY KONGSBERG MARITIME multiple applications with HUGIN AUV OCEANEERING for workclass ROV s MIMIC project multiple units install...

Страница 25: ...www ixblue com TD_POSIDONIA II_2016_08_b Page 25 of 29 6 Appendix 6 1 Deployable acoustic array...

Страница 26: ...www ixblue com TD_POSIDONIA II_2016_08_b Page 26 of 29 6 2 Flush acoustic array...

Страница 27: ...www ixblue com TD_POSIDONIA II_2016_08_b Page 27 of 29 6 3 USBL Box electronic cabinet...

Страница 28: ...www ixblue com TD_POSIDONIA II_2016_08_b Page 28 of 29 6 4 Main junction cable deployable antenna...

Страница 29: ...www ixblue com TD_POSIDONIA II_2016_08_b Page 29 of 29 6 5 Main junction cable Flush antenna...

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