Gas analyzer Siemens FIDAMAT 6

Gas analyzer Siemens FIDAMAT 6
Manufacturer:
Siemens
Application areas: Environmental protection, Sewage water , Quality control., Emission control.,

FIDAMAT 6 — gas analyzer with flame ionization detector for continuous measurement of total content of organic compounds (hydrocarbon and high-boiling gas mixtures) in air, aggressive and compressed gases. For the first approximation, measurement results are proportional to the number of carbon atoms in molecule.

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Category: Gas analysis equipment

FIDAMAT 6 — gas analyzer with flame ionization detector for continuous measurement of total content of organic compounds (hydrocarbon and high-boiling gas mixtures) in air, aggressive and compressed gases. For the first approximation, measurement results are proportional to the number of carbon atoms in molecule.

There are various FIDAMAT option available for a wide range of application areas: from measurement of small amount of hydrocarbon in pure gas to determination of a total hydrocarbon content in corrosive gases.

Controllable temperature inside gas circuit and a detector also allow to take measurements of mixtures and measurements of hydrocarbon in vapors with up to 100% concentration. Upon customer request the device can be equipped with wear proof corrosion resistant filters and quartz capillaries.

Device properties

  • Solid device design without movable parts.
  • Flame ionization principle of measurements.
  • SIPROM GA software package for remote maintenance.
  • PROFIBUS PA interface (optional).

User benefits

  • High operational reliability.
  • Extremely low sensitivity to extraneous gas.
  • Sample humidity up to 100%.
  • Simple integration into automated systems.

Environmental protection

Sewage water

  • in combination with stripping device
  • control of hydrocarbon content in liquids

Quality control.

Emission control.

Determination of furnace gas as per the legislation of Germany in the field of protection against emissions and air purity guidelines for the following types of fuels(with the approval of German technical state inspection):

  • oil
  • coal
  • gas
  • wastes

Measurement of high-purity gas in such media as:

  • O2
  • CO2
  • rare gases
  • cold sample gases

Measurements of corrosive and condensing gases.

Process optimization.

FIDAMAT 6 — gas analyzer with flame ionization detector for continuous measurement of total content of organic compounds (hydrocarbon and high-boiling gas mixtures) in air, aggressive and compressed gases. For the first approximation, measurement results are proportional to the number of carbon atoms in molecule.

There are various FIDAMAT option available for a wide range of application areas: from measurement of small amount of hydrocarbon in pure gas to determination of a total hydrocarbon content in corrosive gases.

Controllable temperature inside gas circuit and a detector also allow to take measurements of mixtures and measurements of hydrocarbon in vapors with up to 100% concentration. Upon customer request the device can be equipped with wear proof corrosion resistant filters and quartz capillaries.

Device properties

  • Solid device design without movable parts.
  • Flame ionization principle of measurements.
  • SIPROM GA software package for remote maintenance.
  • PROFIBUS PA interface (optional).

User benefits

  • High operational reliability.
  • Extremely low sensitivity to extraneous gas.
  • Sample humidity up to 100%.
  • Simple integration into automated systems.

Environmental protection

Sewage water

  • in combination with stripping device
  • control of hydrocarbon content in liquids

Quality control.

Emission control.

Determination of furnace gas as per the legislation of Germany in the field of protection against emissions and air purity guidelines for the following types of fuels(with the approval of German technical state inspection):

  • oil
  • coal
  • gas
  • wastes

Measurement of high-purity gas in such media as:

  • O2
  • CO2
  • rare gases
  • cold sample gases

Measurements of corrosive and condensing gases.

Process optimization.