Tag: Process Gas

Process Gas

  • Venturi Inline Air Flow Transmitter FDM08

    Venturi Inline Air Flow Transmitter | FDM08

     Price range: R20,762.00 through R34,611.00 ex vat

    Venturi Inline Air Flow Transmitter - Overview

    The Venturi technology provides a more stable and reliable solution for air flow measurement. The unique design ensures more accurate measurement data. It is suitable for use with general gases, vapours, polluted gases, or high-humidity gases. There are no moving or electronic parts inside the pipeline resulting in long-term stability. It uses shorter front and rear straight pipe sections compared to other standard throttling devices (approximately 2.5D in the front and 2D in the rear). It is also designed to minimise pressure loss in the pipeline, reducing fluid kinetic energy loss.

    Venturi Inline Air Flow Transmitter - Features

      • Venturi inline air flow measurement
      • Wide range of applications
      • Sensor type: Differential pressure sensor
      • Air flow measuring range: 200 ... 500 Nm³/h
      • Output signal: 4 ... 20 mA
      • Accuracy: ±2%
      • IP rating: IP65 (Housing)
      • Precision measurement: Venturi tube
      • Stable performance
      • Easy installation
      • Low pressure loss

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  • Thermal Mass Diff. Pressure Signal Processor FDM06-X

    Thermal Mass Diff. Pressure Signal Processor | FDM06-X

    Thermal Mass Diff. Pressure Signal Processor  - Overview

    This high-accuracy thermal-mass differential-pressure sensor includes K-factor correction. The real-time display and versatile outputs make this the ideal tool. It is compatible with multiple throttling devices such as Pitot Tubes, Averaging Flow Tubes, Annubar Tubes, Venturi Tubes, Orifice Plates and V-Cones. It is a hot-wire sensor with a turndown ratio of 100:1 . Its Outputs include 4 ... 20 mA, 0 ... 10 V, Relay, and RS-485. It is accurate at 60 m/s: ±(1.5% F.S.) and has an IP rating of IP65.

    Thermal Mass Diff. Pressure Signal Processor  - Features

    • Thermal mass differential pressure principle
    • High accuracy ±1.5% F.S.
    • No need for temperature or pressure compensation
    • Turndown ratio 100:1 with high sensitivity design
    • On-site K-factor correction
    • Real-time display & system integration
    • Versatile outputs: Analogue, Relay, RS-485
    • Easy installation
    • High compatibility to wide range of differential pressure elements

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