MCS200HW Multi-Component Analysis System

Brand: Sick AG

The MCS200HW is a multi-component analyzer system for continuous monitoring of up to 10 IR measurement components in flue gases of industrial combustion plants. 

The MCS200HW is hot/wet extractive: All parts which touch media, from the gas sampling probe to the cell, are heated above the dew point and therefore protected from corrosion.

An integrated oxygen sensor also measures oxygen. 

As an option, a TOC measurement can be supplemented via an integrated GMS811 FIDORi. 

Internal reference point monitoring allows for a quick check of the measured values with test gases. 

The web display Measurement of up to 10 IR components plus O2 and TOC.
Features
  • Reliable measurement results, even for water-soluble gas components
  • Only one analyzer necessary for simultaneous monitoring of up to 12 gas components
  • Measurement components can be put together flexibly and extended at any time
  • Convenient, task-oriented operation
  • Remote access without additional software
  • High availability due to certified internal third-party monitoring (QAL3) without test gases
  • Low service costs thanks to minimal maintenance requirements
  • Complete data transmission through only one interface possible

Specifications

Brand

Certifications & Approvals

  • CE

Gas Flow Rate

  • 200 to 400 L/h

Response Time

  • ≤ 200 s

Accuracy

  • ≤ 2 %, Relative to Measuring Range end value

Process Temperature

  • ≤ 1,300° C

Process Pressure

  • 850 to 1,100 hPa

Ambient Humidity

  • ≤ 90 % Relative Humidity, Non-Condensing

Environmental Protection

  • IP54

Communication

  • Ethernet
  • Modbus
  • PROFIBUS DP

Indication

  • LC Display

Material of Construction

  • Aluminum, Coated
  • PTFE
  • Stainless Steel 1.4571

Power Supply

  • 115 V / 230 V, 50/60 Hz

Power Consumption

  • Sample Gas line, Heated: ± 95 W/m
  • ± 1,000 W
  • Gas sampling unit: ± 4
  • Heated probe Tube: ± 450 W

  • Emission Monitoring
  • Measurement of Nitrogen Oxides
  • SO3 Monitoring in Coal-fired Power Plants
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