Ambient Air Monitoring, Continuous Emission Monitoring (CEMS)

Dr. Födisch MCA 10 Series Multi Component Analyser

The Dr. Födisch MCA 10 is an extractive measuring system for continuous emission measurement of pollutants in flue gas and for process control.

SKU
MCA10
Price

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  • Description

  • Features & Applications

  • Downloads

The Dr. Födisch MCA 10 is an extractive measuring system for continuous emission measurement of pollutants in flue gas and for process control. The system design consists basically of three logic units:

  • Multi component analyser MCA 10 HWIR
  • Visualisation PC with user software
  • PLC for analyser system

The Dr. Födisch MCA 10 Maritime is an extractive hot gas measuring system for emission measurement as well as for process control of exhaust treatment systems at sea shipping. The analyser system MCA 10 maritime is certified in compliance with MEPC.259(68) for continuous monitoring of SO2 and CO2 in flue gas. It is based on the long‑time proven, suitability tested multi component analyser MCA 10 HWIR.

MCA 10

  • Modularly structured hot gas analyser system (without gas cooler), compact 19″ format
  • Up to twelve infrared components
  • Field-proven components, modern photometer technology
  • Long operation times, high reliability (6 months maintenance interval)
  • Pre-calibrated – immediately deployable
  • Intergrated control, integrated zero gas provision
  • Self-control (additional control of inlet temperature)
  • Zero point drift control
  • Remote diagnosis and system setting via Ethernet
  • Connection of external device (TOC, Hg)

MCA 10 Maritime

  • Compact and robust measuring system with easy operating
  • Gas path continuously heated, no gas cooler needed
  • Appropriate for measurement preliminary and subsequent to exhaust treatment systems on ships
  • Measurement of up to 8 infrared components and oxygen
  • Internal measuring point switch‑over possible
  • Correction of cross‑sensitivity and air pressure
  • Low‑maintenance technology with high measuring accuracy
  • Long‑term stability by automatic zero point calibration
  • Automatic reference point calibration by adjusting filter (optional)
  • Low‑maintenance fan instead of air conditioner
  • Remote control (optional) via Ethernet or UMTS router

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