KROHNE Tidalflux 4110 PF Electromagnetic Flow Meter

Electromagnetic flow sensor for electrically conductive liquids in partially filled pipelines.

Features

  • Measurement in partially filled pipelines
  • Patented, non-contact level measurement
  • Up to DN 1800 / 72"
  • Electromagnetic process flow measurement
  • For use in applications when abrasion resistance is very high
  • For use in water and wastewater sector

The KROHNE TIDALFLUX PF electromagnetic flow meter measures the volumetric flowrate of electrically conductive liquids in partially filled pipelines. The electromagnetic flow meter and capacitive flow-level measuring system built into the wall of the measuring tube provide accurate flow measurements in partially filled pipelines, with levels between 10 and 100% of the pipeline.

The KROHNE TIDALFLUX PF electromagnetic flow meter has a measuring error < 1% of the measured value. Exact measurements with a low time contact can be taken using your KROHNE TIDALFLUX PF electromagnetic flow meter, even in cases of wave motion and heavy contamination.

Fields of Application for the KROHNE TIDALFLUX PF Electromagnetic Flow Meter

  • Wastewater measurement in partially filled pipelines
  • Abrasion resistance: very high
  • Chemical resistance:
    • Alkaline solutions (e.g. NaOH) – up to 10% at 86°F (30°C)
    • Acids (e.g. HNO3) – up to 5% at 68°F (20°C)

Precision from KROHNE

  • Measuring error < 1% of the measured value
    • Exact measurements with a low time constant, even in cases of wave motion and heavy contamination
  • Meter sizes DN200-1800 / 8"-72"
  • Determination of the flow level and of the filled tube cross-sectional area by means of capacitive level measurement and the known inside tube diameter without affecting the flow profile
  • Measurements possible down to 10% filling of the measuring tube
  • Patented, capacitive, and non-contact flow level measuring system integrated in the liner
  • Determination of the flow velocity by means of the proven electromagnetic measuring principle