Norwegian Bokmål
The HDM series is an underwater connector designed for ROV comms module applications, hydraulic power unit (HPU) applications, optical fibre paths for comms or video, coaxial paths for video or combinations of all above. Rated up to 6.000 MSW to meet most ocean floor applications.The HDM Series electrical connector from Hydro Bond Eng. are marine renewables industry proven and they have developed shell sizes and pin configuration up to 11.1 kV at 320 Amps current rating. Partial Discharge technology is also used in our termination process to assure continuity and insulation resistance of the connection in long life subsea applications.
Features:
Robust, compact, high integrity design.
-Proven shock and vibration tested design.
-High pin densities.
-Positive metal key way prevents misalignment and rotation.
-Scoop proof design.
-Double O-ring barrel seals for ease of maintenance and reliability.
-Locking grub screws on coupling ring.
-Depth rated to 345 ata or 690 ata as option.
-Fully open face pressure sealed.
-Available in 6 shell sizes.
-Pin densities from 3 to 73 ways.
-Hard gold plated contacts and multi leaved sprung sockets for positive connection.
-Optional cost effective pressure sealing caps.
-Voltage ratings up to 11.1 kV RMS. Current ratings up to 320 Amps.
-Standard and reverse gender configurations available.
-Standard material is 316 Stainless Steel and Titanium, Aluminium Silicone Bronze, Nickel Aluminium Bronze etc. on request. -Non Magnetic versions available.
-1 metre conductor tails on all bulkhead connectors as standard.
-Optional earth bonding.
-Termination options include fully water blocked, mechanical strain terminations and oil filled options.
-Moulding options include Polyurethane and Polyethylene.
Benefits:
-Long life connector with easily maintained O-ring seals.
-Designed for continual mate and demate usage.
-Easy to use pressure sealing caps.
-Individual conductor Boot Seals allow mating in adverse conditions.
-Pins are protected during mating cycle.
-Space saving high pin density designs require less space.
-Wide variety of pin configurations allows cost effective system design.
-Standard and reverse gender configurations allow for safe system design.
-Wide variety of metal options allows for best corrosion resistant design.