Features

  • Designed for Carrier Gas in GC, GC-MSD and “FAST GC”
  • UHP Purity that meets the needs required by the track analysis
  • Security system with audible alarms, display messages and automatic production stop in case of gas leaks
  • Availability of the automatic switch with inert gas when Hydrogen alarm
  • Parallel connection from series up to 4 stacked generators
  • Modular configuration
  • Equipped with the innovative HT PEM cell for high purity
  • Removable water tank for easy cleaning and water change; automatic water loading pump included for external water supply
  • Maintenance: simple substitution of the deionizing bag and drier, only after 50.000l of H2 produced
  • CPU with Touch Screen Display connectable with CAN-BUS to the generators (up to 32 units), which allows the monitoring of operational status
  • Hydrogen production proportional to consumption, with the minimum gas storage within the instrument
  • CPU equipped with LAN connection
FLOW RATE 200/400/600 Nml/min ± 10% a 2000 m slm
(possibility to connect in parallel up to 4 stacked generators)
TECHNOLOGIES EMPLOY HT PEM electrolytic cell
OUTPUT PRESSURE 2 - 8 bar ± 3% /30 - 116 psi ± 3%
PURITY 99,9999 %
Oxygen < 1 ppm
MOISTURE’ Better than -70° C dew-point ATP at 20°C
REQUIREMENTS OF DEMINERALIZED WATER Required resistivity >1 MΩ cm @25°C; ASTM Type II
Advised resistivity >10 MΩ cm @25°C; ASTM Type I
ELECTRICAL SUPPLY 115/230 VAC (+/– 10%) 50-60 Hz
HyGen 200: 110W
HyGen 400: 180W
HyGen 600: 250W
INDEX OF PROTECTION IP20
NOISE < 50 dBA
OPERATING TEMPERATURE 5°C - 35°C / 40°F - 95°F
ENVIRONMENTAL HUMIDITY max 90% without condensation
MAX ALTITUDE 2000 m slm
DIMENSIONS Height: 40 cm + 7 cm (base) /15.8” + 2.8”
Width: 38 cm/14.9”
Depth: 53 cm/20.8”
WEIGHT 30 kg/67 lbs
PNEUMATIC CONNECTIONS Hydrogen output : G 1/8” female AISI 316
Exhaust: quick coupling for plastic pipe 4 mm
Input demineralized water: flexible hose with ¼” connection

 

 

 

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Applications
  • Carrier gas
  • In GC as a fuel for the flame of detectors FID, NPD, FPD and ATF
  • In ICP for collision reaction interface