Slurry flowmeter

venturimeter97d78

DateTime 07/02/2026 Show 115
Can the mass flowmeter be installed vertically | What type of flowmeter has the same accuracy level as the electromagnetic flowmeter | Can soybean milk liquid be measured with the electromagnetic flowmeter? Is the measurement accurate|

Price:¥1.00Quantity:9999

Market Price:¥1.00Reduced Price:¥1.00

Effevtive Time:7/2/2026

Sale Address:SilverProduction Address:Silver automation instruments

Keywords:Can the mass flowmeter be installed vertically | What type of flowmeter has the same accuracy level as the electromagnetic flowmeter | Can soybean milk liquid be measured with the electromagnetic flowmeter? Is the measurement accurate|

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Company:SILVER AUTOMATION INSTRUMENTS

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1. Can soybean milk liquid be measured by electromagnetic flowmeter? Is the measurement accurate? Electromagnetic flowmeter is a commonly used flow measurement instrument that can be used to measure conductive liquids and slurries. For the measurement of soybean milk liquid, its conductivity and viscosity are mainly considered. First of all, soybean milk liquid is a conductive liquid, and its conductivity is generally within the range of 30-60 mS/cm. This conductivity can generally meet the measurement requirements of electromagnetic flow meters, because electromagnetic flow meters measure the flow velocity of conductive liquids through electromagnetic induction, so as long as the conductivity is sufficient, measurements can be made. Secondly, the lead viscosity of soybean milk liquid is relatively high, between 0.1-0.3 Pa · s. Electromagnetic flow meters have relatively low requirements for viscosity, but if the liquid viscosity is too high, it will cause inaccurate readings of the flow meter. Therefore, in practical application, it is necessary to select an appropriate flowmeter or correct the measurement results according to the actual viscosity of soybean milk liquid. In general, electromagnetic flowmeter can measure conductive liquids such as soybean milk liquid. However, it should be noted that the measurement results are influenced by multiple factors, and appropriate calibration and correction are needed in practical applications to improve measurement accuracy.

2. May I ask if the mass flowmeter can be installed vertically?

The mass flowmeter can be installed vertically.. When installing, it is necessary to consider different media and measurement requirements. The installation requiremen

Slurry flowmeter
ts for measuring liquids are as follows: when measuring liquids, the sensor housing should be installed facing downwards. This can effectively avoid air gathering and blocking in the flow tube, ensuring measurement accuracy. When measuring liquid slurry: the sensor should be installed vertically: at this time, the sensor should be placed vertically like a flag to avoid particle accumulation in the flow tube. The process medium should flow from bottom to top: this flow method can avoid jet air ducts and ensure the stability and accuracy of the flowmeters measurement. In summary, when installing a quality flowmeter vertically, it is necessary to choose the appropriate installation method based on the type of medium being measured.

3. What types of flow meters and electromagnetic flow meters have comparable accuracy levels?

The accuracy levels of Coriolis mass flow meters, high-precision turbine flow meters, multi sound simulated loss channel ultrasonic flow meters, and high-precision volumetric flow meters (elliptical gears, waist wheels, etc.) can be basically equivalent to electromagnetic flow meters, and some high-precision models have even better accuracy than electromagnetic flow meters.

1. Coriolis mass flow meters.

Accuracy parameters: The measurement error of high-precision industrial grade models can reach ± 0.05%~± 0.1%, while the error range of conventional models is ± 0.1%~± 0.5%, fully covering the commonly used accuracy range of electromagnetic flow meters from ± 0.2%~± 1%. Some specialized models have better accuracy

2. Adaptation features: Directly measure mass flow rate, not affected by the density, viscosity, and pressure fluctuations of the measured fluid, and can measure c

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