Imagen
H-BOP Series Blowout Preventer Safety Female Coupler
Imagen
h-series bop cutaway

8HF8-SS-BOP - Serie-H-BOP Cople Seguridad Prevención de Reventón (Roscas Hembra)

Dixon Distributor? 

Log in to view pricing, inventory, place orders & much more. If you want to create an account, please click the button to begin the registration process.

Atributos

Presión de Operación Máxima
5,000 PSI (345 Bar)
Peso
2.01 lb
Break Quantity
0
Paquete Opcional/Cantidad por Caja
0
Material
Acero inoxidable 316
DE Máximo
Rosca
Hembra NPTF
Sello
FKM
Tamaño de Cuerpo
Used wherever a leak-proof swivel connection is needed in pipelines or in combination with hoses to eliminate hose twisting."
Presión de Reventón
Medida de Rosca
Longitud
Hex

Detalles

Applications

Designed specifically for blow-out prevention systems on drilling rigs

Compatibility & Interchange Data

  • Eaton/Hansen HKFR-Series
  • DNP HNV-BOP Series
  • Interchangeable to ISO7241 Series B

Construction

  • Machined components are manufactured using solid 316 stainless steel bar stock
  • Stainless steel balls, retaining rings, and springs maximize corrosion resistance and extend service life.
  • Steel components are plated using ROHS Compliant Trivalent Chrome
  • Steel coupler sleeves are hardened to resist deformation and maximize service life.
  • Red powder coated coupler sleeve for easy BOP service identification, locking sleeve is standard
  • Blow-out Preventer (BOP) coupling critical seals are severe service FKM
  • PTFE Anti-Extrusion ring protects main coupling valve seal from dynamic impulse pressure damage
  • Valve seals are crimped in place to maintain integrity during excessive flow conditions and pressurized connection
  • Coupler has redundant O-ring sealing system
  • Individually marked with the BOP series designation

Specifications

  • BOP couplings have been fire tested and Lloyd's certified to 700°C (1300°F) in accordance with API 16D. Certificate available upon request.
  • Flujo ÎP = 22 PSI
  • Lloyd's Test Pressure: 5,000 PSI

Recursos