High Pressure Hydrogen Gas Booster DLE 30-2

  • The Maximator high pressure hydrogen gas booster DLE 30-2 is suitable for the oil free compression of hydrogen
  • Working pressure up to 600 bar
  • Single stage, double acting
  • High compression
  • High flow rate
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High pressure hydrogen gas booster DLE 30-2

  • The Maximator gas boosters’ operating principle is similar to a pressure intensifier. A large air piston is charged with low pressure (air piston) and works on a small area with high pressure (high pressure piston),
  • The Maximator high pressure gas boosters are suitable for the oil free compression of gases and air,
  • Maximator boosters can be switched on and off automatically through air pilot switches, contact gauges or external control devices.

Features

  • Pressure regulation via manual pressure regulator or pneumatically actuated valve
  • Operation with compressed air allows use in explosion-proof areas
  • Gas booster automatically stops operating upon reaching pre-selected final pressure
  • Gas booster restarts automatically to compensate leaks
  • No power consumption during long pressure holding periods
  • No heat generation during pressure holding period
  • Easy installation and trouble-free handling of gas boosters
  • Low maintenance thanks to reliable, easy-to-install devices
  • Effective cooling of the high pressure cylinders through integrated exhaust air cooling
  • Working pressure up to 600 bar
  • Flow: 125 lN/min (4.41 SCFM) at an inlet pressure of 25 bar (362 psi) and outlet pressure of 150 bar (2,175 psi)
  • Air drive pressure of 6 bar (87 psi)
  • High compression
  • High flow rate

Working Principle

  • Single stage
  • Double acting

Maximator Hydrogen gas booster DLE 5-2

Performance graphs for DLE 30-2 at different drive pressure are shown below

  • Drive Pressure 4 bar

Hydrogen gas booster DLE 30-2, Graphical result Drive pressure 4bar

  • Drive Pressure 6 bar

Hydrogen gas booster DLE 30-2, Graphical result Drive pressure 6bar

  • Drive Pressure 8 bar

Hydrogen gas booster DLE 30-2, Graphical result Drive pressure 6bar

Materials

High pressure hydrogen gas booster DLE 30-2 has been manufactured using different materials as mentioned below

  • Seal: PTFE, FKM
  • Compressor Head: 1.4404
  • HP Cylinder: 1.4542
  • HP Piston: 1.4305
  • Fittings: 1.4404
  • Balls: 1.4304
  • Springs: 1.4310

Benefits

  • Working pressure up to 600 bar
  • Single stage, double acting
  • High compression
  • High flow rate
  • Low maintenance

Options

  • Inert gas service standard: DLE 30-2(-GG)
  • Oxygen service: DLE 30-2-GG-S
  • Co2 service: DLE 30-2-GG-C
  • In / Outlet – 9/16 -18 UNF: DLE 30-2-UU
  • In / Outlet – 1/4″NPT: DLE 30-2-NN

Application areas

  • Hydrogen compression
  • Testing applications
  • Pilot filling stations

Contact us

  • Contact us and tell us about your requirements. We will identify the suitable gas booster that provide the performance and safety you expect.
Weight24.1 kg
Dimensions79.6 × 21.3 × 23.3 cm
Max Pressure (in bar)

Compressor Type

Manufacturing Readiness (MRL)

Technology Readiness (TRL)

High Pressure Hydrogen Gas Booster DLE 30-2

Data sheet

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    Maximator GmbH

    As an internationally leading company specialized in high-pressure technology, Maximator develops high-performance products and solutions for a variety of uses and applications in the field of high pressure testing and production equipment, hydraulics and pneumatics. Maximator has many years of experience with components, power units and test systems especially for hydrogen applications Many components for the development of this future technology are exposed to extreme stresses. Maximator meets this challenge with innovative high pressure test technology for hydrogen components such as valves, pipes or CGH vessels. We can carry out all legally prescribed testing on pressure bearing components with our test technology: from individual acceptance to type approval testing. We also offer gas control technology for hydrogen applications - approved effective and reliable technology for automotive manufacturers and suppliers.

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