H2 Pressure Leak Testing Equipment- 1050 Bar Gas

Poppe + Potthoff GmbH

  • H2 pressure leak testing of various components in the hydrogen industry
  • Pressure tests according to EG79 / EU406 and R134
  • Pressure intensifier up to 1.050 bar
  • System suitable for 95/5 forming gas/H2, N2 and helium
  • Leak tests can be also carried out with helium or nitrogen
  • CE/UL-compliant

H2 Pressure Leak Testing Equipment - 1050 Bar Gas

  • Leak test with forming gas (5% H2 or Helium)
  • Ambient temperature from -60 °C up to +210 °C via an integrated climate chamber
  • Technical design according to prevalent and proven state-of-the-art technology
  • Safety and security concept within climate chamber
  • Separate burst test with water for new component validation
  • Optional water bath for leaks available
  • Modular Design

Key features

  • Modular design consisting of pressure module, safety test chamber and temperature chamber
  • Leakage measuring unit is fully integrated (1*10-6 mbar*l/s)
  • Rough leakage detection
  • Accumulation test during ambient tempering
  • Leak Testing of hydrogen components
  • Pressure tests according to EG79 / EU406 and R134
  • Pressure intensifier up to 1.050 bar
  • System suitable for 95/5 forming gas/H2, N2 and helium
  • Leak tests can be also carried out with helium or nitrogen
  • CE/UL-compliant

Applications

  • Research and Development of H2 Components and Systems

Contact us

  • Interested? Please contact Poppe + Potthoff by filling in the contact vendor form.
Brand Poppe+Potthoff
Min Ambient Temperature (in °C) -60
Poppe + Potthoff GmbH Specialist in Hydrogen Systems. As a Tier-One supplier for various industries Poppe + Potthoff designs and manufactures H2 supply systems for fuel cells, H2-combustion engines and dual fuel engines, from e.g. rails, high pressure lines, tubes, valves to hydrogen distributors. Our H2 Supply System solutions enable hydrogen pressures up to 700 bar in both mobile and industry applications. Special testing machines for burst and function testing or validating the hydrostatic strength of media carrying components complement our portfolio.
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