ECH Scientific Limited
  1. Companies
  2. ECH Scientific Limited
  3. Products
  4. ECH Scientific MobilGC - Reliable ...

ECH Scientific MobilGCReliable On-Site Gas Chromatography for LPG Analysis

SHARE

The MobilGC is a gas-phase chromatograph designed for ease of use and robust field applications. When combined with the Sampling Box, it enables precise gas composition measurements according to ASTM standards D 2163 (LPG analysis) and D 2598 (evaluation method). Thanks to its rugged case and internal gas supply, the MobilGC allows reliable LPG analysis directly at the measurement site. The system offers measurement sensitivity that meets the ASTM requirements, covering a range from 0.1% to 100% for clean gas components.

Most popular related searches
  • Inorganic salts
  • Building materials
  • Metals and alloys
  • Molecular sieves
  • Oxides/hydroxides
  • Cement
  • Determination of LPG composition
  • Measurement of Motor octane number (MON)
  • Check purity of LPG (content of pentane)
  • Analysis of refrigerants
  • Production and measurement of calibration mixtures
  • Simple sample preparation with Sampling Box
  • Sample loop with 5 ml volume (also other sizes applicable)
  • MobilGC with internal carrier gas supply for on-site analysis
  • With up to 80 operating hours
  • Easy refilling of gas supply
  • Measurement sensitivity 0.1 to 100 %
  • Result as concentration, as total MON number or as MON value for each component

MobilGC with thermal conductivity detector (TCD)

  • Robust device with simple handling
  • Only one gas type required
  • Helium as carrier gas (according to standard ASTM D 2163)
  • Simple sample handling
  • Device Type: Main unit
  • Power supply: 230 V/50 Hz
  • Power input: Max. 240 W
  • Dimensions (L x H x D) : 560 x 460 x 320 mm
  • Weight: 23 kg
  • Data connection: RS 232
  • Device control: PC Software
  • Resolution: 0.1 to 100 %
  • Resolution: 0.01 %
  • Typical duration: 2 to 30 min (depending on sample)
  • Temperature of column oven: Max. 250 °C, controllable with individual temperature program