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How to resolve deviations in the measurement values of Rosemount flowmeters

2020-11-16View Original

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Hi, this is the Industrial Control Expert. It’s another new Monday, and the piece of industrial control knowledge we’re sharing with you today relates to the Rosemount series of devices. The vortex flowmeters in this series have excellent vibration resistance, no zero-point drift, and high reliability. It is mainly used for measuring the flow rate of fluids in industrial pipelines, such as gases, liquids, vapors, and various other media. When measuring the volumetric flow rate under operating conditions, it is hardly affected by parameters such as fluid density, pressure, temperature, and viscosity. If there are issues with the measurement values of Rosemount vortex flowmeter models in the vortex series, the following information can help diagnose the problem: 1. To rule out electromagnetic interference as the cause, replace the connection wires with shielded wires; if the meter still does not display correctly, the issue lies within the sensor itself. In such cases, the vortex flow sensor should be removed and sent back to the manufacturer for repair. 2. If the circuit board is found to be intact, the problem usually lies with the piezoelectric probe, and a brand new one needs to be replaced. 3. Within the normal measurement range of the Rosemount vortex flowmeter series, it exhibits good linearity and high accuracy. When used in the over-range area, nonlinear behavior is very likely to occur, resulting in fluctuating readings, and it also affects the service life of the sensor. 4. When the flow rate in the pipeline is high, it is recommended to use a Rosemount vortex flow meter with a flow range that matches, rather than selecting a vortex flow meter based solely on the size of the measurement pipeline. When the damage to the sensors in Rosemount’s vortex flowmeter series is not too severe, they exhibit a certain degree of linearity at low flow rates and within a limited range; this can be misleading. However, once the flow rate increases slightly, the readings provided by the vortex flowmeter become abnormal immediately. So this needs to be determined on-site.

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