Images are representations only.

CUP-BB5HP - Multi-Stage, API, Barrel Radially Split Pump

Brand: ClydeUnion Pumps
The ClydeUnion Pumps CUP-BB5HP encompasses heavy duty, radially split diffuser type, multi-stage pumps available in two configurations: inline or back-to-back impeller arrangements.

Both of which are designed as engineered-to-order solutions and manufactured to the latest edition of API 610 and API 682.

The full ClydeUnion Pumps CUP-BB5HP range offers proven design history, evolving from our legacy OK and HMBS machines to provide the industry with a very comprehensive hydraulic coverage, and optimum efficiency levels.

The advanced design of the CUP-BB5HP includes key features such as our pioneering Shear Ring cartridge locking system which enables rapid withdrawal of all the pump internals as a cartridge without disturbing pump alignment or pipework.

This greatly reduces the time required to maintain the equipment compared to conventional methods.
The ClydeUnion Pumps CUP-BB5HP encompasses heavy duty, radially split diffuser type, multi-stage pumps available in two configurations: inline or back-to-back impeller arrangements.

Both of which are designed as engineered-to-order solutions and manufactured to the latest edition of API 610 and API 682.

The full ClydeUnion Pumps CUP-BB5HP range offers proven design history, evolving from our legacy OK and HMBS machines to provide the industry with a very comprehensive hydraulic coverage, and optimum efficiency levels.

The advanced design of the CUP-BB5HP includes key features such as our pioneering Shear Ring cartridge locking system which enables rapid withdrawal of all the pump internals as a cartridge without disturbing pump alignment or pipework.

This greatly reduces the time required to maintain the equipment compared to conventional methods.

Specifications

Capacity

  • Up to 12,330 Usgpm (2800 m³/hr)

Delivery

  • Up to 13,450 ft (4100 m)

Temperature

  • Up to 350°F (180°C)

Speeds

  • Up to 6600 rpm

Flange Drilling

  • ANSI or BS

Applications

  • Produced Water Injection
  • Seawater Injection
  • Flowline Displacement
  • Main Oil Lines