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    testo 340 - Flue gas analyser for use in industry

    0632 3340
  1. Flue gas analysis with up to 4 gas sensors - freely configurable with sensor change on site by the user
  2. testo 340 flue gas analyzer, calibration protocol, shoulder strap, O2 sensor and integrated flow and pressure difference measurements   
  3. Can measure CO, COlow, NO, NOlow, NO2 or SO2
  4. Industrial use design
  5. Measuring range extension even with high gas concentrations
  6. Measurement data management on PC or notebook
    7. Emission checks in industry: Professional technology meets practical design. The testo 340 combustion analyser is an easy-to-use flue gas analyser that can be fitted with up to four different gas sensors.  Available in 3 different kit configurations 
    Precise technology: That’s what you want to be able to rely on when you’re working out in the field. But precise technology is nothing if it is not versatile, easy to use and adaptable for use in the field. The testo 340 flue gas analyser ticks all these boxes.
    The testo 340 combustion analyser. For industrial emission measurements and more

    Which sensors do you need in the course of your daily work and which measurements do you normally need to carry out? The testo 340 comes standard-fitted with an O2 sensor and four more sensors (CO, NO, NOlow, NO2 or SO2) for you to choose from, allowing you to customise your analyser to suit your individual demands. The analyser’s compact design and the reliable technology tucked away inside ensure increased mobility, making it ideal for use in international service operations and for installing or carrying out checks on firing plants or energy production systems. To find out more about the different application possibilities and to see which industrial applications your testo 340 flue gas analyser is suitable for just click on the “Applications” tab.
    High gas concentrations? No problem with the testo 340!

    The flue gas analyser has an extended measuring range which allows you to carry out measurements even when gas concentrations are very high (i.e. during industrial flue gas analysis). The extended measuring range (thinning) is activated automatically when high gas concentrations suddenly occur. The demands on the sensor are no different to when the flue gas analyser is used in low gas concentrations.
     
    Available in 3 different kit configurations 
     
     

    testo 340 flue gas analyzer, calibration protocol, shoulder strap, O2 sensor and integrated flow and pressure difference measurements.

    PLEASE NOTE: Your testo 340 must be fitted with a second gas sensor for it to work. Up to three additional sensors can be fitted.

    Differential Pressure - Piezoresistive

    Measuring range
    -200 to 200 hPa
    Accuracy
    ±1.5 % of mv (Remaining Range)
    ±0.5 hPa (-49.9 to 49.9 hPa)
    Resolution
    0.1 hPa

    Absolute Pressure

    Measuring range
    +600 to +1150 hPa
    Accuracy
    ±10 hPa
    Resolution
    1 hPa

    Flue gas Oâ‚‚

    Measuring range
    0 to 25 Vol.%
    Accuracy
    ±0.2 Vol.%
    Resolution
    0.01 Vol.%
    Reaction time t₉₀
    < 20 s

    Accessories

  7. Accessories
    testo easyEmission software
    testo easyEmission software
      :
      0554 3334
      £ 263.00 £ 315.60
      1
    • Accessories
      Mains unit international
      International mains unit
        :
        0554 1096
        £ 52.00 £ 62.40
        1
      • Accessories
        testo-Schnelldrucker IRDA mit kabelloser Infrarot-Schnittstelle
        testo fast printer IRDA
          :
          0554 0549
          £ 209.00 £ 250.80
          1

          • Analysis of the gas atmosphere (thermal processes)

          Flue gas analysis is used for thermal manufacturing processes, from ongoing emission control, via setting and optimisation of combustion systems, through to process monitoring. Flue gas analysis instruments serve to optimise operations and save fuel. At the same time, flue gas measurement enables checking and monitoring of flue gas emission limit values laid down by the authorities, along with functional testing of permanently installed emission instruments. Flue gas analysis instruments are increasingly used for monitoring process and product quality.

          Advantages of the testo 340

          Ideal for measurements at high concentrations

          • When recording extremely high concentrations, the measuring range extension is automatically activated. This enables continuation of the measurement. The gas sensor is not subjected to any higher stress than it is at low gas concentrations. This ensures the sensor has the longest possible service life.

          testo 340

          Service measurement on industrial engines

          Flue gas analysis instruments are one of the items of equipment that are used on a daily basis by service engineers to achieve optimum tuning of engines. Flue gas measurement is used on industrial engines when they are commissioned, at regular maintenance intervals or for troubleshooting when they are running in an unstable way. The background to flue gas measurement is tuning the engine to the optimum operating parameters while complying with the limit value regulations in force. Maintenance work that is carried out regularly makes an important contribution to avoiding downtimes over the long term, to ensuring the quality of the system and thus a high level of efficiency and to having a significant influence on emission levels.

          Advantages of the testo 340
          Separate NO and NO2 measurement

          • The real NOx value is measured with the NO and NO2 sensor combination. In gas engines, the NO2 component of the NOx value can fluctuate greatly, so the separate measurement of each of the gases is necessary for correct NOx values.

          Measurements even at high CO concentrations

          • At unexpectedly high concentrations (up to 50,000 ppm), the automatic dilution of the sensor with fresh air allows measurements even when the engine conditions are not defined, without negatively affecting the service life of the sensor.

          Special flue gas probes for industrial engines as an accessory

          • These probes are highly heat-resistant and specially designed to compensate for different pressure conditions, e. g. for measurements before and after the catalytic converter.

          Engine-specific parameters

          • The most important parameters for industrial engines such as O2, CO, NO, NO2, NOx and Lambda can be displayed simultaneously.

          testo 340

          Service measurement on industrial burners

          The testo 340 flue gas analysis instrument offers service engineers a vast range of technical functions. In addition to compliance with environmental regulations, it can also be used to check correct functioning and to optimise burner efficiency. Flue gas measurement is used on industrial burners for safe and efficient commissioning, at regular maintenance intervals or for troubleshooting when they are running in an unstable way.

          Advantages of the testo 340
          Time saving through helpful instrument pre-settings

          • Typical fuels, a sensible sequence of flue gas parameters in the display and useful instrument settings are preset for each application. Tips on the display take the user through the measurement (no prior knowledge specific to the instrument needed). The testo 340 is ready for operation within just a few minutes.

          Unrestricted measuring at high concentrations

          • When commissioning burners or carrying out measurements on unfamiliar systems, very high concentrations can occur unexpectedly. The measuring range extension is automatically activated in such cases.

          Always ready for use – even in tough day-to-day work

          • The robust housing protects the measuring instrument from knocks.

          testo 340