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
Hydrodynamic 33 kHz and 200 kHz Dual Frequency Transducer
Model TC2178
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
Hydrographic Grade Deepwater Singebeam Echosounder
DESO 5DS
The DESO 5DS is a hydrographic grade deepwater singlebeam echosounder designed for reliable high performance in deep ocean surveys. It utilizes very high power transceiver electronics to survey the oceans down to 10km depth.The raw data record is stored in proprietary format by Teledyne’s own software and can be acquired, replayed, and analyzed similar to thermal paper records. Depth data is continuously generated on serial and network interfaces and can be recorded by hydrographic software.The DESO 5DS is based on our latest singlebeam sonar technology, designed as a precise and reliable survey tool for the survey from shallow waters to full ocean depth.The DESO 5DS utilizes the most robust automatic control and bottom detection algorithms available — providing you with precise depth information and brilliant water column profile even under the most challenging conditions.
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product
Hydrophone
RESON TC 4032
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
Hydrophone
RESON TC 4034
The TC4034 broad band spherical hydrophone provides uniform omni-directional characteristics over a wide frequency range of 1Hz to 480kHz.The overall receiving characteristics makes the TC4034 an ideal transducer for making absolute underwater sound measurements up to 480kHz. The wide frequency range also makes the TC4034 perfect for calibration purposes, particularly in higher frequencies.
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product
Hydrophone
RESON TC 4038
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.
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product
Hydrophone
TC4059
The TC4059 broad band spherical hydrophone provides uniform omnidirectional characteristics over a wide frequency range of 1Hz to 480 kHz. The overall receiving characteristics make the TC4059 an ideal transducer for making absolute underwater sound measurements up to 480 kHz. The wide frequency range also makes the TC4059 perfect for calibration purposes, particularly in higher frequencies.TC4059 is provided with a titanium base with O-ring seals for easy installation on underwater electronic cans or housings.
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product
Hydrophone
RESON TC 4033
The TC4033 provides uniform omnidirectional characteristics within the full frequency range of 1Hz to 140kHz. The Typical sensitivity of -203dB re 1V/µPa and the capacitance of 7nF, ensure an excellent signal to noise ratio, thereby allowing TC4033 to be used with extension cables with only a limited reduction in sensitivity. The TC4033 offers excellent acoustic characteristics and durability, which makes it ideal for a wide range of applications and for calibration purposes.
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product
Hydrophone
RESON TC 4035
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
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
Hydrophone
RESON TC 4014
The TC4014-5 broad band spherical hydrophone offers a very wide usable frequency range with excellent omnidirectional characteristics in all planes. The overall receiving characteristics makes the TC4014-5 an ideal transducer for making absolute underwater sound measurements up to 480kHz. The wide frequency range also makes the TC4014-5 perfect for calibration purposes, particularly in higher frequencies.
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product
Hydrophone
RESON TC 4040
The TC4040 is an ideal standard reference hydrophone for calibration of transducers, hydrophones and underwater acoustic measurement systems.The TC4040 offers flat frequency receiving response over a wide frequency range and the relatively high transmitting sensitivity makes it very useful within many areas of underwater acoustic research, tests and measurements.
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product
Hydrophone
TC4047
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
Hydrophone
RESON TC4013
The TC4013 offers a usable frequency range of 1Hz to 170kHz and a high sensitivity relative to its size. It further-more provides uniform omnidirectional sensitivities in both horizontal and vertical planes up to high frequencies.The TC4013 is an excellent transducer for making absolute sound measurements and calibrations within a broad frequency range. It can also be applied as an omnidirectional reference projector.The overall characteristics makes TC4013 extremely applicable for laboratory as well as industrial uses.
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Hydrophones & Transducers
Teledyne Marine manufactures a broad range of hydrophones. From oceanographic research to monitoring industrial processes, we have a range of hydrophones for reference measurement, reference projectors, passive arrays, positioning systems and tracking systems. And if you cannot find the right hydrophone, we'll work with you to develop a solution that meets your specific needs.
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product
Integrated Dual Head (IDH) Multibeam Echosounder - Shallow Water
SeaBat IDH T20/50-R
The SeaBat Integrated Dual Head (IDH) is the latest addition to the leading SeaBat T-series product range. Connected to just one very compact Rackmounted Sonar Processor (RSP), the SeaBat IDH is a complete and powerful sonar system.The SeaBat IDH, which produces 1024 beams per ping, is fully frequency agile from 200 to 400kHz, allowing for improved swath performance, less interference from other sensors and reduced survey time under challenging acoustic conditions.