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MesskonzeptModel FTC200-OEM -Installation Detectors for Customized Solutions

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The FTC200-OEM is a highly precise and stable Thermal Conductivity Detector (TCD). It is designed for the use as an OEM detector. Since it is not equipped with housing it has protection class 00 and no electro-magnetic shielding. It is not designed for the use in hazardous areas.

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For indication of the signal a 0 to 10V analog output is provided. For internal calibration, configuration and digital indication of the signal a TTL-level RS232 communication device is required. For testing purposes we offer a RS232 to TTL level converter as well as two small windows programs for any PC in order to perform offset and gain calibration.

In given cases, a cross sensitive gas may be measured separately and the signal of this measurement is fed into FTC200 where an internal routine compensates the cross sensitivity.

General:

  • Measurement process  Thermal conductivity
  • Sampling  OEM
  • Connection  6mm pipe
  • Dimensions (WxHxD in mm)  90x40x40
  • Protection class  None
  • Pressure-proof to  20 bar absolut
  • Power supply  18V to 36V DC / 700mA
  • Ambient temperature range  -20°C to 50°C
  • Weight  to 200 g
  • T90 time at 60l/h  < 1sec

Communication:

  • RS232  Yes
  • Current output  —
  • Voltage output  2x, 0-10V
  • Display  —
  • Relays  —
  • Service program SetApp 2.0  Yes
  • Calibration on site  Yes

Options

  • Flow measurement  Yes
  • Flow monitor  Yes
  • Infrared measurement  —
  • Multi Gas Mode  Yes
  • Protection against corrosion  Yes
  • Protection against condensate and dust  Yes
  • Suitable for inflammable gases  customer responsibility
  • Moisture measurement  Yes
  • Cross-sensitivity compensation  Yes, external signal required

Specifications gas analysis

  • Noise  < 1% of smallest range
  • Drift at zero point per week  < 2% of smallest range
  • Repeatability  < 1% of smallest range
  • Non-linearity  < 1% of range
  • Measuring error with ambient temperature change per 10°K  < 1% of smallest range
  • Flow influence between 60l/h and 90l/h per 10l/h  < 1% of smallest range
  • Fault with measurement gas change (Pabs > 800 hPa) per 10 hPa  < 1% of smallest range