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News > Netsurvey Purchases Two Seabat 7125-SV Systems

Netsurvey Purchases Two Seabat 7125-SV Systems

  02/04/2009
RESON has been awarded a contract by the British-based NetSurvey to deliver two SeaBat 7125-SV multibeam sonar systems in dual-head configuration. The agreement was closed during Ocean Business 09. NetSurvey is working within advanced hydrographic survey services using multibeam technology.
 

 

From SOLAS charting surveys to marine habitat survey, port surveys including quay wall inspection to multibeam specialist services for pipeline and site surveys. The new SeaBat 7125-SV will be used for a variety of application requiring ultra-high resolution.

 

SeaBat 7125-SV offers a number of new and unique features. The new transceiver provides an integrated multiport serial card and is available with PDS2000 pre-installed for data acquisition and display as well as data processing on the same hardware platform. Four video outputs allow multiple user and helm displays to be run.

 

Variable swath coverage of up to 128° featuring a 400kHz frequency offers the preferred combination of swath and resolution. A real-time uncertainity output from the SeaBat 7125 may be used in PDS2000, along with information from other sensor to calculate a TPE (Total Propagated Error). Soundings may be filtered by setting either the relevant IHO order or by defining custom vertical error limit. Other new features in SeaBat 7125-SV are roll stabilisation, XYZ offsets, Quality filter and advanced diagnostic which increase survey efficiency.

 

NetSurvey Ltd. has many years of experience using SeaBat sonar systems. In addition to the new SeaBat 7125 NetSurvey has SeaBat 8124, 8101, 8125, 8111 and 8160 sonar systems in the equipment pool. Two sound velocity probes, SVP-71 will be delivered with the new SeaBat 7125-SV sonar system.

 

 





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Supplier: RESON A/S

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Hydrographic Survey for Riverbed Erosion

 

U.S. Geological Survey were 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 analyzes 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. 

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

 

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