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Product Survey > Single-beam Echosounders > ATLAS Hydrographic GmbH

ATLAS Hydrographic GmbH

  09/02/2012
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Brand ATLAS Hydrographic GmbH
Year of initial development 2005
Product ATLAS DESO 35, 210kHz SW6014 & 33kHz SW6028
Max. power consumption (W) 50
Power (DC, AC) 11-28VDC or 115/230VAC
Weight (in air) and dimensions (w x h x d) of transducer/transceiver SW6014: 0.7kg without cable, 14.5kg with 33m cable; 11cm Ø, 13cm height SW6028: 4.5kg without cable, 13.5kg with 33m cable; 18.4cm Ø, 17cm height
Weight and dimensions (w x h x d) of display and logging unit 5kg; 45cm x 8.9cm x 32.5cm
Portability of logger (rack, desktop, portable) Rack mount or portable
Software platform (Windows, other) ATLAS DESO CONTROL (scope of supply)
Depth range of operation (m) 2-11,000
Frequency range (kHz) Low: 3.5-50 High: 100-1,000 (Manual tuning in 1kHz steps)
Number of frequencies supported simultaneously 3
Power output of transducer at standard frequencies Up to 4kW @ low; 0.3-1kW @ high
Beam angles (along and across) 18° @ 33kHz; 9° @ 210kHz
Depth resolution, accuracy 18cm ± 0.1% depth @ 12kHz; 10cm ± 0.1% depth @ 33kHz; 1cm ± 0.1% depth @ 210kHz
Max. pulse sounding rate 25Hz
Pulse length Freely selectable up to 60 circles
Dynamic range (dB) 212
Are heave, pitch and roll corrections included? Heave included; pitch and roll via data acquisition software
Capable of being operated remotely (e.g. via PC) Operated by PC with ATLAS DESO CONTROL
Supported external data inputs (heave/roll/pitch, positioning) DGPS, heave
Can events and annotations be marked? Yes
Can sound velocity and temperature profiles be included in real time ? Yes
Is real-time coupling to survey/post-processing software possible? Yes
What data are displayed in real time (e.g. depth, classification, thickness)? Digital depth and whole water column including sub-bottom layer
Data output options (e.g. raw data, transducer and motion-corrected depth, sea floor classification) Depth data and whole water column echogram; sea floor classification in post-processing
Data output formats NMEA 0183, ATLAS DESO 25
Data output for sea floor classification? This is realised in our ATLAS DESO 3xx series echosounders by means of an evaluation of the echo reception amplitude inside the ATLAS DESO CONTROL sensor steering and control software. It does not output information about the bottom type itself. This has to be part of a third-party software such as QTC Impact & View
How are data displayed? Digital via ATLAS DESO CONTROL
Connection possibilities RS232, RS422, LAN
How are data internally logged? Hard disk
Main use of the system Inland waterway, coastal and offshore surveying



     


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Hydrographic Survey of Riverbed Erosion

Members of the US Geological Survey were filmed while out on the Missouri River at Williston, North Dakota, USA, performing a hydrographic survey to monitor the state of riverbed erosion. They were using a multibeam echo sounder which transmits sound energy and analyses the return signal (echo) that has bounced off the riverbed or other objects. Multibeam sonars emit sound waves from directly beneath a ship's hull to produce fan-shaped coverage of the riverbed. 


Gauge height at the Williston gauge was approximately 27.65 feet when this video was taken. Additional information about the USGS streamgauge at Williston is available at http://waterdata.usgs.gov/nd/nwis?program=nwisman&site_no=06330000

 

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