TRITECH SUPER SEAKING DUAL FREQUENCY PROFILING SONAR

TRITECH SUPER SEAKING DUAL FREQUENCY PROFILING SONAR

The Tritech SeaKing suite of sensors is comprised of an ever increasing range of products that are continually being revised.

The Super SeaKing Dual Frequency Profiling Sonar Head uses the latest technological advances available in transducer design. Using composite transducer technology this sonar offers substantially increased ranges and image resolution.

Utilising side lobe suppression techniques, improved SNR and a reduced beam width. The Super SeaKing DFP provides high quality profile data never before available from a mechanical scanning profiler.

Operating at 0.6MHz and 1.1MHz this new profiler has been designed with a hard boot, which offers increased protection over conventional mechanical scanning profilers.As part of the SeaKing suite of survey sensors the Super SeaKing DFP can be run simultaneously with a number of SeaKing sensors all communicating overone network. This offers the obvious financial benefit where only one processor is required to run a number of sensors as well as the simplified logistics of running a suite of sensors over one communication link and operated by one control unit.

Download files

  • 29/01/2024

    Oceanscan participated at the annual BINDT Workshop and Burns Supper event in Johnstone (Glasgow) on Friday 26 January 2024.

  • Read More...
  • 15/01/2024

    Oceancan sponsors Exail's annual 2024 User Conference which takes place on the 23rd January 2024 in Saint-Germain in Paris. 

  • Read More...
  • 22/10/2024

    Venterra Group Plc, the offshore wind services business, today announces the acquisition of Oceanscan Holdings Limited, a leading group of companies that provide subsea and non-destructive test equipment, geotechnical services and specialist personnel to the offshore energy market.

  • Read More...
  • 24/01/2024

    Geoforce Technical Services, an Oceanscan company, has acquired a new powerful VKG Vibrocorer system enabling an operator to obtain sediment cores.

  • Read More...
Connections