FID 520 – Analyzer

FID 520 – Analyzer

Tecnologia

Chemiluminescent

Measured gas

Acetaldehyde – C2H4O, Butane – C4H10, Ethane – C2H6, Ethylene – C2H4, Methane – CH4, Propane – C3H8, Propylene – C3H6

Manufacturer

Orthodyne

  • Description

Description

FID520 Carbotras analyser

The FID520 is an analytical system that measures CH4, C2H2, C2H4, C2H6, C3H8, C3H6, nC4H10, iC4H10 and 1,3C4H6 impurities in ppm level in various gases, such as Oxygen, Air, Carbon Dioxide, Nitrogen, Argon, Helium and Hydrogen.

PRINCIPLE

The FID520 module is composed of a flame ionization detector placed in a temperature regulated chamber and coupled with GC technology.
This analyser has been designed for stand-alone operation. Easy configuration and quick start-up make this new system ideal for process gas analysis.
In addition to its user-friendly interface, this analyser has its own chromatographic software that allows the concentration of CH4, C2H2, C2H4, C2H6, C3H8, C3H6, nC4H10, iC4H10 and 1,3C4H6 to be displayed directly.
The equipment status, together with any programmable alarm levels, are signalled to the exterior by output relays.
Eight analog 4-20 mA outputs provide information about CH4, C2H2, C2H4, C2H6, C3H8, C3H6, nC4H10 + iC4H10 and 1,3C4H6 concentration levels.

Type of configuration
  • FID520 : Plug and Play solution with a Mass Pressure Controller on the carrier gas and Mass Flow Controllers on both feeding gases.
  • FID521 : Solution with a Mass Pressure Controller on the carrier gas and a capillary system on both feeding gases.
Applications
  • Air separation plants
  • Cryogenic truck loading station
  • Specialty gas laboratories
  • Process control
  • Steel industry

    Request information

    Fill out the form without obligation, you will be contacted as soon as possible by one of our advisors that will provide you with the information you seek

    I express my free, specific, informed and unequivocal intention to accept the treatment of personal data concerning myself.

    Contact Us For Any Information

    ×