Hydrogen Low Pressure Shut-Off Valve - Parker

  • Designed for low pressure hydrogen systems up to 22 Bar (305 PSI)
  • Compact valves offer high flow capacity in a small footprint.
  • These valves provide reliable, long-lasting performance in hydrogen fuel management applications.

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Hydrogen Low Pressure Shut-Off Valve - Parker

  • Designed for low pressure hydrogen systems up to 22 Bar (305 PSI), these compact valves offer high flow capacity in a small footprint. These valves provide reliable, long-lasting performance in hydrogen fuel management applications.

Product Features

  • Designed for use in H2 systems up to 22 barG(305 psig)
  • H2 Material compatibility
  • Maximized orifice and flow diameters to enable high flow coefficient in a compact size
  • Different coils and connection available depending upon customer requirements
  • Cartridge version available for design flexibility

Typical Applications

  • H2 Fuel Systems
  • H2 Fuel Cell Electric Vehicles (FCEVs)
  • H2 ICEs
  • Zero Emissions & Next Generation Powertrain Initiatives 

Key Design Attributes

  • Valve Function: 2/2 Normally Closed
  • Flow Direction: Unidirectional as marked
  • Maximum Operating Pressure: 319 psig (22 Bar)
  • Media: Gaseous Hydrogen at -40C to +85C
  • Operating Temperature: -40C to +85C
  • Valve Body: Material 316L SS, Ports SAE J1926(-8, ¾-16 UNF)
  • Orifice Diameter: 0.43 in (11mm)
  • Transportation Class Solenoid Coil: Rated Voltage/Wattage 12VDC or 24VDC/17W, DT04-2P Deutsch connector, UL Class H(180C) Coil Encapsulation System, IP69K Moisture Ingress Protection
  • Internal Seal Material: HNBR / Buna-N
  • Internal Component Materials: Austenitic and Ferritic Stainless

Contact us

  • Interested? Please contact Parker Hannifin by filling in the contact vendor or RFQ form.
Parker Hannifin

Parker Hannifin is a Fortune 250 global leader in motion and control technologies. For more than a century the company has been enabling engineering breakthroughs that lead to a better tomorrow. Parker is supporting the global decarbonisation efforts through a broad range of solutions, hydrogen-compatible components and systems enabling safe and efficient operation for a variety of applications.

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