Showing results: 31 - 45 of 48 items found.
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Cygnus Instruments Ltd.
Cygnus have created a range of versatile underwater and subsea thickness gauges for use by divers and engineers. These measuring devices provide a simple and time-saving method of obtaining ultrasonic thickness measurements in underwater conditions.
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Teledyne Marine ODI
Qualified 100m Subsea Ethernet jumpers designed for data transmission and real-time situational awareness and monitoring. The typical Ethernet harness system consists of wet-mateable, Nautilus connectors, Nautilus penetrators, and pressure balanced, oil-filled (PBOF) hose conduits. Internally, the Ethernet signals are transmitted over custom Ethernet cabling sealed to seawater ingress by two independent barriers. Seven and 12-way configurations are available. Subsea connection of the harnesses may be accomplished by ROV, Diver-Mate or Stab-Plate applications. For Ethernet needs above 100 meters, see Extended Ethernet Flying Leads.
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Micron Echo Sounder -
Tritech International Ltd.
The Micron Echo Sounder utilises Digital Sonar Technology (DST) and is designed to complement the Micron Sonar. The Micron Echo Sounder can also act as a stand-alone altimeter, providing accurate height off the seabed and other subsea distance measurements.
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Teledyne Marine Impulse-PDM
The underlying science of adhesion and immersion has been extensively studied, simulated, and tested at Teledyne Impulse-PDM's laboratory in Alton, UK. With more than 25 years' experience in subsea engineering, Impulse-PDM offers high quality design and development services for all connectivity requirements.
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E²FL -
Teledyne Marine ODI
Due to vast geographies and complex field layout configurations, Subsea Ethernet transmission requirements may reach beyond the 100 meter maximum. Extended Ethernet Flying Leads (E²FL) enables Ethernet transmission beyond the limits of the previous 100 meter Ethernet assemblies.
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Teledyne Marine ODI
Due to vast geographies and complex field layout configurations, Subsea Ethernet transmission requirements may reach beyond the 100 meter maximum. Extended Ethernet Flying Leads (E²FL) enables Ethernet transmission beyond the limits of the previous 100 meter Ethernet assemblies.
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Teledyne Marine Cable Solutions
Ruggedized Ethernet cables from Teledyne Storm Cable are used in a variety of applications, from the land based Oil & Gas industry to deep water subsea applications. The cables are designed to maintain the integrity of high speed Ethernet data transmission while surviving in harsh environments.
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Thames Side Sensors Limited
They are used in many diverse applications including cranes, winches, agricultural equipment (such as tractors), fishing, marine, offshore, subsea, aerospace, process industries, mining, hoisting gear, elevators and floor conveyors, cable laying machinery and many others. The load information provided by the pin can be used for process control, weight/force measurement, overload protection and safety related aspects.
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P10-250 Electrical Penetrator -
Teledyne Marine ODI
For higher subsea power requirements, the P10-250 from Teledyne ODI is designed to provide reliable barrier protection at extreme pressures and temperatures. The penetrator extends through a wall or bulkhead and connects to medium voltage cables to supply an external power source. In electric submersible pumping (ESP) applications, the penetrator transfers power to the motor while maintaining a pressure barrier between the motor and the seawater.
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LinkQuest Inc.
Using leading-edge "Broadband Acoustic Spread Spectrum Technology", accurate sound wave traveling time between LinkQuest's subsea precision transponders and surface station can be measured. When the system is integrated with a Kinematic GPS, motion sensors and a gyro on the surface vessel or undersea vehicle, sub-centimeter acoustic positioning can be achieved.
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MCDU -
Teledyne Marine ODI
The Modular Connectorized Distribution Unit (MCDU) is a modular family of factory-qualified subsea distribution units that provide oil-filled, pressure-balanced junctions for flexible underwater configurations.A new configuration has recently been introduced with a lighter, more cost-effective frame, highly visible ROV lifting handles, and wide openings to facilitate installation and removal of the housing. The compact frame design negates the need for lifting wires, making it easy for ROVs to install and retrieve the unit from the sea floor.
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CIMS -
Teledyne Marine Cormon
Cormon Integrated Monitoring Software (CIMS) processes real-time corrosion, erosion, pressure, or temperature data from up to 50 monitoring sensors to provide a complete picture of pipeline and device health. Alarm functions can be configured to ensure that potential issues are identified with ample time for correction, reducing operational risk and unplanned downtime. CIMS is the only industry software that can bring together data from both topside and subsea sensors, giving operators a comprehensive view into the entire asset integrity program.
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Teledyne Marine RD Instruments
Teledyne RDI’s new Tasman DVL represents the next generation of DVL technology, taking your navigation to the next level. Teledyne RDI’s long-standing Workhorse Navigator was the first DVL to enter the market, and remains the gold-standard for precision subsea navigation around the globe. However, the new Tasman DVL, with its wide array of advanced features, reduced size, and increased range, is ready to replace this industry icon. Other new features include enhanced broadband signal processing and an innovative, cost-effective field-replaceable phased array transducer design.
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Omnisens
In both underground and subsea cables incipient faults often result in temperature events. Using optical fibers integrated into the power cable or laid close by, Distributed Temperature Sensing (DTS) helps detect changes and faults allowing the operator to intervene before the cable fails. It is suitable for deployment in any cable where an optical fiber is present, including HVDC, HVAC, export, inter-array, transmission and distribution.
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Teledyne Marine Benthos
The first in a series of Teledyne Benthos USBL deliverables, the "Short Range USBL" is geared toward the tracking and positioning of shallow water autonomous or remotely operated vehicles. Leveraging Teledyne Benthos extensive technical expertise and field experience in acoustic positioning and communications, this new system brings it all together with a powerful topside processing package, intuitive user interface, communications, and highly accurate, field proven subsea electronics.
