Showing results: 16 - 30 of 48 items found.
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HydroPACT 440 -
Teledyne Marine TSS
The HydroPACT 440 pipe detection system has been established for a number of years as the industry standard, providing accurate and reliable survey data, which provides the position of conductive assets on or beneath the seabed. The system is flexible in its range of uses and can be installed on a variety of vehicles for undertaking survey work.It provides a reliable and simple method for performing accurate submarine surveys on a conductive target such as a cable or pipe.
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SeaGuard Sensor String -
Aanderaa Data Instruments AS
The Aanderaa SEAGUARD® Sensor String Systems are complete and flexible subsea observatories for measurements of e.g. dissolved oxygen, conductivity, temperature, current, pressure and tide.
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HydroPACT Dualtrack -
Teledyne Marine TSS
Dualtrack is the combination of the 440 and the 350 systems to provide the ultimate subsea detection system, capable of tracking and surveying pipes and cables via ROV deployment.It utilizes the same industry standard pulse induction technology as the 440 system to survey accurately regardless of vehicle heading. The accompanying display and control software is Windowsâ„¢ based providing a familiarity factor that a specifically built interface would not.
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TOGSINS -
Teledyne Marine TSS
The new TOGSINS builds on core TSS fibre optic gyro technology by incorporating inertial navigation (INS) capability. As with TOGS, it is available in three standard heading accuracy variants: 0.1° (TOGSINS1), 0.3° (TOGSINS3) and 0.5° (TOGSINS5), all rated for operational depths to 4,000m or 6,000m giving you a range for all your needs.Inertial position data is produced using an INS algorithm, within the firmware framework of TOGS, whilst attitude data is delivered via accurate roll/pitch measurement of 0.01° (TOGSINS1) and 0.05° (TOGSINS3 and TOGSINS5), and a heave performance of 5cm or 5%.
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TOGS -
Teledyne Marine TSS
The new TOGS subsea navigation system is built on core TSS fibre optic gyro (FOG) navigation technology with significant improvements in efficiency and functionality. It is available in three standard heading accuracy variants: 0.1° (TOGS1), 0.3° (TOGS3) and 0.5° (TOGS5), all rated for operational depths to 4,000m or 6,000m. Attitude data is delivered via accurate roll/pitch measurement capabilities of 0.01° (TOGS1) and 0.05° (TOGS3 and TOGS5), and a heave performance of 5cm or 5%.
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P1.7-30 Electrical Penetrator -
Teledyne Marine ODI
ODI's P1.7-30 penetrators meet the same electrical performance characteristics as Nautilus connectors and are used where the need to mate and demate is not necessary, generally at the second end of a pressure-balanced oil-filled (PBOF) assembly with a Nautilus connector at the opposite end. The Penetrator is typically attached directly to a vessel, which can be either pressure balanced or at 1 ATM.
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Subsea -
Rotork plc
We are well versed with supplying subsea product to meet the harsh conditions and stringent demands of subsea applications. The subsea product range encompasses actuator and gearbox designs for retrievable and non-retrievable applications. Our engineering group works closely with contractor and end-user engineers to meet specific project requirements.
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The Swain Meter Company
The SEA CLIP™ by Swain Meter is a high-quality, hydraulically actuated clamp-on DC ammeter for ROV. It is useful for measuring DC currents in subsea cables, cathodic protection systems, and subsea pipes up to 4” in diameter. The SEA CLIP™ can be used with an optional 200-foot cable to a topside meter, or in concert with the Aqua MER™ subsea meter at depths up to 6900 feet of seawater.The Aqua MER™ ROV meter is based on Swain’s proven MER2™ technology, specially adapted to the demanding requirements of the subsea environment and updated to provide RS-485 communication over twisted pair, or fiber optic data transmission protocols.
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Teledyne Marine DGO
Teledyne DGO offers an advanced, high-reliability subsea wellhead single channel electrical feedthrough system for use in intelligent completions with permanent downhole instrumentation. The connection system is designed for long-term reliability in the demanding subsea and downhole environments with sour well (H2S) conditions, as well as aggressive production and packer fluids.
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Dynamic Load Monitoring Ltd.
The Jamming Grapnel can be used as part of a longer grapnel train for clearing the route prior to laying a cable or recovering a subsea cable.
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Teledyne Marine DGO
This Electrical Feedthrough System design provides a high-reliability circuit for transmitting electrical signals from downhole gauges through the wellhead and Subsea Tree to the Subsea Control Module (SCM) for topside monitoring. The system incorporates Teledyne DGO's high integrity glass-seal technology in three critical pressure barriers for maximum long-term reliability. The feedthrough system creates a permanent connection to the Subsea Control Module when the tree is installed onto the wellhead. In addition, a permanent rig-based DHG cable termination is completed to connect the control line to the feedthrough system. The DHG connector is available with a variety of sealing packages, including fully testable, dual metal-to-metal sealing of all downhole tubing hanger interfaces.
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Nautilus WM10-250 -
Teledyne Marine ODI
Trends in subsea oil & gas production are moving towards deeper water and longer step out distances. These trends drive demand for higher power equipment and higher power delivery and distribution capabilities subsea with high pressures and temperatures. Teledyne ODI'™s Nautilus WM10-250 is designed with the benefit of advanced material science testing and certification, and with insulation and redundant sealing systems for reliable performance in long-term harsh environments.
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Dynamic Load Monitoring Ltd.
DLM are world renowned for the design and manufacture of custom design load pins for a host of industries, including offshore moorings, renewable energy and marine & subsea applications.
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Dynamic Load Monitoring Ltd.
DLM have a wide range of specialist monitoring equipment for industry specific applications, ranging from saddleback monitors for PLGR operations to logging subsea loads with our data loggers.
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ALS-2.0 -
Dynamic Load Monitoring Ltd.
The Acoustic Load Shackle is designed for subsea operations where load monitoring is required, either for short term operations lowering an item to the seabed or for longer periods monitoring dynamic loads.