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PGA TRANSIC Extractive

Process gas analysis systems (PGA) TRANSIC Extractive Oxygen measurement for every application

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Overview

Oxygen measurement for every application


The TRANSIC Extractive process gas analyzer system (PGA) combines the benefits of a transmitter design with the flexibility of an extractive analyzer system. TRANSIC Extractive is the ideal solution for monitoring O2 concentrations in plants and processes across a wide range of industries. The system uses state-of-the-art laser spectroscopy to perform reliable measurements even in difficult conditions. As a modular system, it can be adapted to different industry standards and virtually every application, and can even be used in hazardous areas or hygienic areas without any problems.


At a glance
  • Oxygen transmitter based on modern laser spectroscopy (TDLS)

  • Compact design adapted to specific application conditions

  • Intuitive operation and easy installation

  • Can be combined with sample point switching

  • Flexible for virtually every application

  • Modular extension possible

  • Various Ex approvals available


Applications

Fields of applications

  • Inertization of tanks, pipings and lines

  • Storage, processing, and packaging of food, medicines, and other oxygen-sensitive substances



  • Features
    Industries

    Chemicals, petrochemicals, and refineries

    Metal and steel

    Mining

    Food and beverage

    Consumer goods

    Packaging

    Health care manufacturing

    Measured valuesO2
    AnalyzersTRANSIC100
    Measuring tasks

    Efficiency measurement

    Incineration optimization

    Process monitoring

    Measurement principleCold extractive, Hot extractive
    Measuring methodeO2: Tunable diode laser spectroscopy (TDLS)
    Ambient temperature–20 °C ... +60 °C, Can be expanded on the system side if necessary
  • Performance
    Measuring ranges
    O20 vol. % ... 5 vol. %

    0 vol. % ... 25 vol. %

    0 vol. % ... 100 %
    Process temperature–20 °C +200 °C Can be expanded on the system side if necessary