Medium-pressure stainless steel quick coupling for hydrogen transfer up to 550 bar - RBH08

  • Stäubli RBH08 quick connectors designed for all hydrogen applications with maximal allowable pressure up to 550 bar (7977,08 psi)
  • Diameter: 8 mm
  • Operating temperature from -40°C to +85°C (-40 to +145°F)
  • Stainless steel construction for durability
  • Lightweight and compact form factor for effortless handling
  • Trustworthy and safety push button lock to ensure secure connections
  • Reliable connections of medium-pressure hydrogen gas circuits
  • Quality performance in corrosive environments without compromising reliability

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Quality and robust materials

  • Mainly austenitic stainless steel
  • Non-corrosive and resistant to medium-pressure and hydrogen compatibility

Ergonomic design

  • One-hand operation allowing for quick, easy handling and efficiency
  • Robust locking systems, reliability, safety during hydrogen transfer, long product lifetime, low TCO (Total Cost of Ownership)
  • Double shutoff connector, designed to hold maximum allowable pressure even when disconnected

Easy and safe connection

  • Simple button disconnection
  • Connected by pushing the socket directly on the plug
  • Disconnected by pressing the locking button

Application areas

  • Hydrogen production, hydrogen storage, hydrogen transportation,…

Other products

  • Other products are available to meet different pressure requirements:
    • FHH08: 1000 bar (14500 psi)
    • FHH11: 700 bar (1050 psi)

Check the technical data sheet for more information.

Contact us

  • Choose Stäubli as your trusted partner for unparalleled hydrogen reliability and expertise.
  • For comprehensive information on RBH08, visit our website
Stäubli

With over 30 years of expertise in advanced quick-connectors, Stäubli has been at the forefront of creating filling systems for natural and hydrogen gas. Our offerings are engineered to conform to the latest environmental norms and regulatory mandates, ensuring they fulfill your essential safety and reliability criteria.

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