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Coriolis Density Concentration Meter

Short Description:

Coriolis density meter, aka Coriolis concentration meter, operates on Coriolis effect of moving liquids. Liquid density is measured according to the correlation between the Coriolis force and density, then concentration is calculated further via density and concentration values. Just for the stable and precise principle, it lasts long time without drifts caused by sensors.


  • Accuracy: ±0.001g/cc or ±1.0kg/m3
  • Repeatability: ±0.001g/c or ±0.1kg/m3
  • Process Temperature: –10℃~+60℃
  • Ambient Temperature: –10℃~+85℃
  • Temperature Coefficient: O.1kg/m3/℃ (after correction)
  • Working Pressure: 3000psi (207bar); 1450psi (100bar)
  • Explosion-Proof Grade: Ex d Ⅱ B T6 Gb
  • Viscosity Range: 0-20000CP
  • Built-in Temperature Sensor: PT100
  • Material of Parts Contacting with Fluids: Stainless steel 316L, titanium (customizable)
  • Material of Shell: Aluminum Alloy
  • Power Requirements: 24VDC,50mA
  • Product Detail

    Product Tags

    Coriolis Density Meter

    Oil refining and blending of petrochemical industry are typical application of the Coriolis density meter. At the same time, it's an ideal option for viscous fluids like vegetable oil and beverages containing sugar. Fine chemical engineering often take the good advantages of inline concentration meter for accurate liquid measurement, such as weak acid- or alkali-based solution contacting with anti-corrosion parts directly. It also works in industries like paper manufacturing, wine production, salt processing, printing and dyeing.

    Compared to similar inline density meters, it outperforms than others in viscous fluid measurement, especially in dirty or adverse working environments. It's maintenance-free and integrated into pipelines to provide continuous density and concentration monitoring.

    Highlights

    Integrated plug-and-play design

    Continuous density monitoring

    No moving parts and less maintenance

    Customizable material of parts contacting with fluids (316L or titanium)

    Feature built-in temperature sensor

    Attentions

    ◮Applicable to places without shock and vibration;

    ◮No frozen mediums for fear of sensor damage;

    ◮Avoid direct contact with corrosive medium;

    ◮Prevent slag from accumulating in the tank;

    ◮Do violent throwing or knocking;

    ◮Do not measure highly corrosive liquids;

    ◮Do not exceed nominal pressure in operation;

    ◮Ban pipeline welding when installing the density meter.

     


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