COUPLING HIGH PRESSURE - PAM HP GRIP-W5 - NBR - DN200

Code article : 278508

Description

Connection between pipe ends and/or fittings and accessories from PAM Building, PAM HP GRIP INOX (W5) couplings are used in sections where end thrust efforts have to be addressed. The autogrip couplings with built-in claw rings are alternativeRead more

Product variants

Article number. DN DN Angle Length Height Width Weight
278505 100 - - 89 156 139 1.40
278506 125 - - 114 192 166 2.60
278507 150 - - 114 218 191 3.20
278508 200 - - 114 269 241 5.00
278509 250 - - 114 357 304 8.60
278510 300 - - 114 410 357 10.00

All dimensions are in mm and nominal weights are in kg

Technical infos & product description

Product description

Connection between pipe ends and/or fittings and accessories from PAM Building, PAM HP GRIP INOX (W5) couplings are used in sections where end thrust efforts have to be addressed. The autogrip couplings with built-in claw rings are alternative solutions for securing junctions whilst addressing pressure.PAM HP GRIP INOX (W5) couplings are recommended for networks where external stresses are high due to climate exposure such as pollution, condensation, or saline mist.EPDM gasket is suitable for most types of effluents, while NBR gasket is recommended for wastewater and runoff water liable to contain hot oil, solvents or hydrocarbons.

Recommended use :

  • Rainwater
  • Domestic use
  • Valve water

Major benefits :

  • The PAM HP GRIP Couplings are self-anchored Couplings with built-in claw rings.
  • The 2-in-1 solution: coupling and grip collar with only one product.
  • Stainless steel W5 (AISI 316L) couplings are recommended for buried or aerial networks in aggressive environments such as seaside, bridges, etc...

Technical infos

  • Pressure resistance according to EN 877 - DN 100 to 400: 10 bar / DN 500 to 600: 4 bar.
  • EPDM gasket: suitable for most projects.
  • NBR (nitrile) gasket: suitable for projects with effluents containing solvents or hydrocarbons
  • Industry product standards : EN 877