PRODUCT DATASHEET TELEDYNE MARINE ROV Wet-Mateable Connector designed for use in deep subsea pumping, processing & boosting applications – Three way 250 A connector Nautilus WM10-250 is designed to provide a subsea, wet-mateable connection between components requiring high voltage and/or high current. The contact and seal mechanisms were designed using Teledyne ODI’s experience with the industry- standard Nautilus electrical wet-mateable connector providing a reliable sealing and mating mechanism throughout the life of the connector. Teledyne ODI’s Nautilus WM10-250 is designed with the benefit of advanced WM10-250 Flying Lead material science testing and certification Patent #7,959,454 with insulation and redundant sealing systems for reliable performance in longterm harsh environments. The wet-mate connectors are designed based on ODI’s field proven Nautilus technology. The connection systems are tested beyond industry standards and in addition to two independent electrical barriers, each socket contact features unique dual redundant oil-filled chambers providing enhanced mechanical barriers. Since each phase is fully shielded, the connector system can be operated wet or dry, allowing motor operation on dry land or deep water applications An ODI ROV Shuttle Assist Mating System is incorporated into the design to aid in the mating and demating operation to reduce ROV mating time.A Gross Alignment Funnel is also available for vertical mating configurations. PRODUCT FEATURES • Three Way • 6/10(12)kV • 250 A • 4, 35

PRODUCT DATASHEET TELEDYNE MARINE Nautilus WM10-250 ROV Wet-Mateable Connector designed for use in deep subsea pumping, processing & boosting applications – Three way 250 A connector TECHNICAL SPECIFICATIONS GENERAL SPECIFICATIONS Operational Depth Operational Pressure ELECTRICAL SPECIFICATIONS Operational Temperature Storage Temperature Subsea Mate/De-Mate Cycles Mate/Demate Force Configurations Available Material Number of Circuits Operational Voltage Operational Current Frequency 4,350 psi Compensated 5,300 psi Internal Differential 23˚F to 86˚F (-5˚C to +30˚C) -13˚F to 140˚F (-25˚C to +60˚C)...