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ROV Self Sealing Mono Couplings
Couplings

ROV Self Sealing Mono Couplings

Individual Self-Sealing Hydraulic Couplings for ROV Make and Break

Individual male and female self sealing hydraulic couplings which allow deployment and intervention using a work class free flying ROV. The male fixed coupling attaches to the subsea structure and is self sealing with a metal poppet, while the female free coupling carries a self-sealing metal poppet with dual resilient seals on the retrievable half.

10,000 psi

Working Pressure

Coupling

Connector Type

Datasheet

Each coupling is supplied as an independent self-sealing pair: the male fixed half is mounted to the subsea structure and seals on a metal poppet, while the female free half carries a self-sealing metal poppet with dual resilient seals on the retrievable side. Both are designed for system pressure make and break by ROV, with seal selection driven by the chemical and fluid types in service.

The couplings are rated to a maximum working pressure of 690 BAR (10000 PSI) over a ⅜” (9.52mm) nominal bore, with a make-up force of 150N spring force and a seawater break-open pressure of 15 BAR. A coated ROV handle aids visibility and durability subsea, and a carrier frame, parking receptacles and long term dummies support handling and stowage of couplings not in use.

The same base design can be configured to suit different ROV tooling and system requirements through a choice of T-Type, D-Type or Fishtail handles and Non-Vented, Vented or Poppetless coupling types. Seal materials available include Nitrile 90°, Elast-o-lion, Chemraz 510, Kalrez 4079, Kalrez 0090 and Viton.

Key Features

  • Coated ROV handle for visibility and durability subsea
  • Carrier frame for jumper
  • Parking receptacles
  • Long term dummies
  • Handle types — T-Type, D-Type, Fishtail
  • Coupling types — Non-Vented, Vented, Poppetless
  • Seal materials selected to suit chemical / fluid type

Materials

Nitronic 50 HSST STL 316L

Applications

  • Deployment and intervention of subsea hydraulic lines using a work class free flying ROV.
  • System pressure make and break of individual jumper connections by ROV.