Ambient Air Monitoring, Process Gas Monitoring

Dr. Födisch MCA Mobile Multi Component Analyser Series

The Dr. Födisch MCA 14 m and MCA 16 m is a mobile measuring system for temporary emission measurement of pollutants in flue gas and for process control.

SKU
MCA14/16m
Price

We will finalise a price once we receive your enquiry.

  • Description

  • Features & Applications

  • Downloads

The Dr. Födisch MCA 14 m and MCA 16 m is a mobile measuring system for temporary emission measurement of pollutants in flue gas and for process control.

The MCA 14 m measures the concentrations of up to ten infrared gas components and evaluates them internally. Visualisation, operating and data logging are realised via the delivered software.

The MCA 16 m is a hot gas analyser in lightweight 2-case design. It measures the concentrations of up to ten infrared gas components and evaluates them internally. Visualisation, operating and data logging are realised via the delivered software.

MCA 14 m

  • Mobile hot gas analyser system in small format
  • No instrument air necessary
  • Continuous, extractive measurement of up to ten infrared components and oxygen
  • Field-proven components, modern photometer technology
  • Self-sustaining operation by pump supply
  • Long operation times, high reliability
  • Easy placement directly at the measuring point
  • Pre-calibrated – immediately deployable
  • Integrated zero gas provision with ambient air
  • Visualisation and operating via delivered software
  • Optionally integrated thermal printer or RS232 connection for data output

MCA 16 m

  • Mobile hot gas analyser system as lightweight 2-case design (without gas cooler)
  • No instrument air necessary
  • Up to twelve infrared components and oxygen
  • Field-proven components, modern photometer technology
  • Self-sustaining operation by pump supply
  • Long operation times, high reliability
  • Easy placement directly at the measuring point
  • Pre-calibrated – immediately deployable
  • Integrated zero gas provision with ambient air
  • Visualisation and operating via delivered software

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