Teledyne Marine RESON B.V.
Teledyne RESON, together with Teledyne BlueView and Teledyne Odom Hydrographic make up the Teledyne Marine Acoustic Imaging Group (TMAIG). We develop some of the world's most sophisticated sonar technology. The group offers the strongest collective product portfolio in the market for subsea acoustic imaging and multibeam echosounder solutions.
- +45 4738 0022
- support@teledyne-reson.com
- Fabriksvangen 13
Slangerup, 3550
Denmark
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Product
Hydrophone
RESON TC 4032
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The TC4032 general purpose hydrophone offers a high sensitivity, low noise and a flat frequency response over a wide frequency range. The high sensitivity and acoustic characteristics makes TC4032 capable of producing absolute sound measurements and detecting even very weak signals at levels below “Sea State 0”. The TC4032 incorporates an electrostatically shielded highly sensitive piezoelectric element connected to an integral low-noise 10dB preamplifier. The TC4032 preamplifier is capable of driving long cables of more than 1.000 meters, and the preamplifier features an insert calibration facility.
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Product
Multibeam Echosounder - Shallow Water
SeaBat T20-P
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The ultimate combination of portability and performance. With the SeaBat Portable Sonar Processor mobilization time is reduced to help you focus on getting the job done. Fully adaptable to a wide range of applications the T20-P uses compact low-weight transducers in a 1°x1° configuration. The Portable Sonar Processor is water resistant and is capable of time tagging typical support sensors.
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Product
Hydrophone
TC4047
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The TC4047 miniature hydrophone offers a useable frequency range from 1kHz to 170kHz. The hydrophone incorporates a high quality 20dB low-noise pre-amplifi er which provides optimal conditions for signal transmission. The high sensitivity provides excellent signal to noise ratio and immunity against induced cable noise. The hydrophone is omnidirectional up-to 100kHz and has uniform receiving characteristic from 1kHz to 100kHz. An insert calibration circuit enables remote testing of the hydrophone condition. The hydrophone comes with a SEACON connector. The sensor element is permanently encapsulated in Special formulated NBR to ensure long term reliability. The rubber has been specially compounded to ensure acoustic impedance close to that of water. The strainrelief and outer jacket of the cable is made of high density polyurethane. TC4047 can be used in sea or fresh water.
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Product
Multibeam Echosounder - Deep Water
HydroSweep MD/30
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The HydroSweep MD/30 is a deep water multibeam echosounder ideally suited for seabed mapping in medium and deep waters down to 7,000 m water depth. The HydroSweep MD/30 utilizes operating frequencies between 24 and 30 kHz to map the acquire bathytric depth information as well as sidescan and backscatter data.
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Product
Deep Water Multibeam Echosounders
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Deep Water Multibeam Echosounders by Teledyne Marine RESON
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Product
ROV/AUV/USV Multibeam Echosounders
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ROV/AUV/USV Multibeam Echosounders by Teledyne Marine RESON
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Product
Multibeam Echosounder - Subsea
SeaBat T50-S
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The T50-S is a new addition to the leading SeaBat product range engineered from the ground up to evolve with your business.Combined with a Subsea Sonar (SSP), the T50-S produces unprecedented clean data, providing faster operational surveys and reduced processing time in a fully integrated sonar processing and data storage unit housed in a subsea pressure vessel.
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Product
Multibeam Echosounder - Deep Water
HydroSweep MD/50
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The HydroSweep MD/50 is a high resolution multibeam echosounder ideally suited for seabed mapping in mid and shallow water based on a sonar frequency range between 52 kHz to 62 kHz. Beside bathymetric depth information from 5 m to more than 2000 m, sidescan data and backscatter data for seabed classification can be acquired.
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Product
700-800 kHz and 0.25 Degree Receiver Beamwidth Multibeam Echosounder
SeaBat T51-ASV
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The SeaBat T51-ASV is built around the popular SeaBat® T51 and maintains the incredible SeaBat® data quality in a smaller form factor. Optimized power requirements ensure extended and crucial mission time on battery-powered vehicles. With full swath width at 700-800 kHz and 0.25° receiver beamwidth, there is no compromise between resolution and efficiency.
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Product
Acoustic Transducer
RESON TC 1026
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Ideal for taking long or short baseline measurements, the TC 1026 is a powerful communications transducer for transponder, telephone and acoustic telemetry systems.
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Product
Hydrodynamic 33 kHz and 200 kHz Dual Frequency Transducer
Model TC2178
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Model TC2178 is an optimized and hydrodynamic 33 kHz and 200 kHz dual frequency transducer ideal for navigation and hydrographic echosounder systems. The transducer has excellent piezoceramic elements which will ensure the highest reliability and quality in echosounding.
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Product
Hydrophone
RESON TC 4035
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The TC4035 is a miniature probe hydrophone specifi cally designed as a standard reference hydrophone for sound measurements in the frequency range 100 to 500kHz. The hydrophone incorporates a 10dB low-noise preamplifier, which includes an insert calibration circuit for convenient electrical testing of the hydrophone condition. The pre-amp has a drive capability for cable length up to 25 meters.
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Product
Hydrophone
TC 4037
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Incorporating a 10dB low-noise preamplifier able to drive a 25-metre cable and a wide usable frequency range, the TC 4037 is a spherical probe hydrophone that’s ideal for measuring sounds in the 100 to 500kHz range.
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Product
200-400 kHz Multibeam Echosounder
SeaBat T20-ASV
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The SeaBat® T20-ASV is built around the renowned SeaBat® T20 and maintains the incredible SeaBat® data quality in a smaller form factor. Now, optimized power requirements ensure extended and crucial mission time on battery-powered vehicles. The T20-ASV is available for system integrators only.
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Product
Hydrophone
RESON TC 4038
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The TC4038 is a miniature probe hydrophone, specifically designed as a standard reference hydrophone for high frequencies in the range: 100kHz to 1.2MHz. The TC4038 provides a flat frequency response and omnidirectional characteristics in the specified frequency range. The sensor element has excellent stability, which ensures reliable sensitivity over long periods of time.





































































