Teledyne Marine ODI
Teledyne ODI provides subsea electrical and fiber optic interconnect systems for the harshest environments and at any ocean depth. Wet mateable connectors include signal and high-power electrical, fiber optic, and hybrid electro-optical products all based on patented oil-filled, pressure-balanced technology. Dry mate submersible connectors also provided.
- +1 386 236 0780
- ODI_Marketing@teledyne.com
- 1026 North Williamson Blvd.
Daytona Beach, Florida 32114
United States
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10 kV Subsea Power System
The Teledyne Oil and Gas 10 kV subsea power electrical connection system is a three-phase system rated to 250 A and 6/10 (12) kV. The electrical connection system is designed to provide power to motors used for subsea pumping systems.
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15kV Subsea Power System
The Teledyne Oil and Gas 15kV subsea power electrical connection system is a three-phase system rated to 220 A and 8.7/15 (17.5) kV. The electrical connection system is designed to provide power to subsea production systems.
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Bulkhead Penetrator for Subsea Applications with 4, 7, or 12 Circuits, 30 A
P1.7-30 Electrical Penetrator
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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Dry Mate Connector
Triton API 16D
API 16D: 3rd Edition Compliant Test PortsUtilizes Engineering-grade Plastics Instead of Traditional GRE MaterialUnique Keying and Color CombinationsPBOF Integration
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Electrical Penetrator with High Pressure Barrier, Rated at 10 kV and 250 A
P10-250 Electrical Penetrator
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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Ethernet Flying Lead
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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Extended Ethernet Flying Lead
E²FL
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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Extended Ethernet Flying Lead (E²FL)
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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FIre-Resistant Ceramic Penetrator Rated for 5kV and 200A
Flameguard P5-200
The FlameGuard™ P5-200 is a key enabling technology for a 5 kV - 200 A, three-phase dry mate electrical feedthrough system. Designed for offshore topside oil and gas platforms, where explosive and flammable conditions are likely, the feedthrough system is used to provide an electrical connection to downhole pumping systems. The feedthrough system is designed for dry tree operators and ESP pump manufacturers who want to reduce operating expenses over the life of the field, while improving system reliability and reducing safety risks.
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Gross Alignment Funnel / Enhanced Latch Indicator (GAF/ELI)
A wet-mate connector system designed to optimize ROV mating efficiency, the Gross Alignment Funnel (GAF) can be used in conjunction with the Enhanced Latching Indicator (ELI) to overcome severe approach angles of ROV connectors during mating. In conditions with low visibility and heavy current, the system aids in aligning the mating halves and providing a clear visual indicator when a successful mate occurs. Easily installed on an existing Nautilus or Rolling Seal bulkhead mounted connector, the system reduces ROV operator variability, resulting in faster mating and demating operations.
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Hybrid / Optical Dry Mate Connector
The Teledyne ODI Dry-Mate Submersible connector series is designed to directly complement the wet-mate hybrid connector series (Rolling Seal), and also for use as a stand-alone connection system. Two standard shell sizes are available, depending on the circuit configuration. In addition, straight, 45°, or 90° termination versions can be provided. Used in conjunction with Teledyne ODI's oil-filled hose, this system is designed for submersible applications up to 9,100 psi. A unique tri-lobe keying system assures proper alignment.
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Junction Boxes
Junction boxes are used for complex power and signal distribution. The junction boxes have redundant mechanical barriers. The mechanical integrity of the junction box is verified during helium leak testing and hydrostatic testing of the jumper assembly. Thermal and pressure compensation is provided by the radially compliant hose or by purpose built bladder compensators, hose lengths must be sized according to the junction box internal dead volume.
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Modular Connectorized Distribution Unit
MCDU
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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Optical Extended CAN Bus Jumper
EOFL-C
Optical Extended CAN Bus Jumper, using fault tolerant to optical conversion to extend the range, can extend up to 5 kilometers subsea.Qualified repeater housing protected on each side by highly reliable glass to metal sealed penetrators.
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Optical Penetrator
The Optical Penetrator from Teledyne ODI resides at the wall or bulkhead of the vessel in which the equipment is located, providing a differential barrier, fluid isolation, and reliable optical feed-through.