F-900
Date:2017-03-15 11:31:33

portable ethylene analyzer


The F-900 Portable Ethylene Analyzer provides measurements of ethylene in real time. Quality Assurance professionals use the F-900 to collect the data they need to manage ethylene gas accurately and efficiently—in controlled atmosphere facilities, cold storage, and shipping containers.

Until recently, sensitive ethylene measures were available only through complex and expensive gas sampling and gas chromatography analysis. The F-900 is an economical, yet precise, solution to ethylene measurement.

The F-900 Research Kit enables the stand-alone unit to take in-situ measurements of ethylene flux from fruits and leaves non-destructively. By using the Injection Port Kit, users can take small-volume, point-in-time measurements ofethylene. Additional sensors for measuring CO2and O2can be added TOT and F-900 for complete ripening gas analysis.


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Features

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  • - highly sensitive C2H4sensors
    with A lower detection limit of
    .04 ppm (40 film schedule)

  • - perform is non-destructive measurements

  • - rapid response time

  • - functional across broad temperature and humidity range

  • - co2and O2sensing capability (optional)

  • - compact and lightweight (2.43 kg)

  • - real-time, continuous monitoring

  • - internal data logging and storage (4GB SD card)

  • - user adjustable sampling rate

  • - terminal block for communication with ventilation or other controlled atmosphere systems

  • - optional injection port kit for small volume static samples

  • - trans F CTI VE display enables easy viewing in varied light conditions

  • - functional across overseas temperature and humidity range


Specifications

main unit

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C2H4PP B sensor

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C2H4ppm sensor


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co2ppm sensor (optional)

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co2PCT sensor (optional)

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O2sensor (optional)

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calibration schedule

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* standard gas required

+typically < 5% per month


uses

  • - monitoring controlled atmosphere facilities to ensure ethylene levels Don OT exceed critical threshold is

  • - inspecting shipping containers for levels of ethylene production or accumulation

  • - measuring flux from A single fruit to understand how ethylene emission levels may vary across treatments

  • - measuring head-space accumulation for analysis of small-volume samples or fruits with low ethylene emission rates


Collection