OneJapanese TYLAN flow meterReasons for inaccurate values
1.The problem with the Japanese tylan flowmeter itself.
The accuracy and stability of the Japanese Tylan flowmeter are the key factors to ensure the accuracy of the measurement results. If the sensor of the Japanese Tylan flowmeter fails, such as blockage, wear, aging, etc., it will lead to deviation of the measurement results. In addition, factors such as the installation method of the Japanese Tylan flowmeter and the vibration of the pipeline may also affect the accuracy of the measurement results.
2.Effect of fluid properties.
Factors such as the physical properties, chemical properties and flow state of the fluid will affect the measurement results of the Japanese Tylan flow meter. For example, changes in parameters such as temperature, pressure, density, and viscosity of fluids, as well as impurities, bubbles, and vapors in fluids will have an impact on the measurement of Tylan flowmeters.
3.Problems with pipes and electrodes.
Factors such as the cleanliness, smoothness, and flatness of the pipes and electrodes of the Japanese Tylan flowmeter will affect the accuracy of the measurement results. If there are impurities, rust or wear inside the pipe or electrode, it will cause deviation in the measurement results of the Japanese TYLAN flow meter.
4.Influence of the external environment.
The external environment of the Japanese Tylan flowmeter can also have an impact on the measurement results. For example, changes in environmental factors such as temperature, pressure, and humidity, as well as the presence of interference sources such as magnetic fields and electric fields, may have an impact on the measurement results of the Japanese Tylan flow meter.
Our company has an experienced maintenance team, with perfect maintenance equipment and testing methods, which can quickly locate the cause of the fault and provide effective maintenance solutions. At the same time, the company maintains close cooperation with Tylan flowmeter manufacturers, and can obtain new technical information and maintenance support in a timely manner to ensure the reliability of maintenance services. In addition, it also provides 24-hour ** consultation and emergency maintenance services to meet the maintenance needs of customers at different times.
IIJapanese TYLAN flow meterRepair method
1.Check the sensor of the Japanese Tylan flow meter.
Regularly check the sensor of the Japanese tylan flowmeter, including whether the sensor is blocked, worn, aging and other phenomena. If a fault is found, the sensor needs to be cleaned or replaced in a timely manner. At the same time, it is also necessary to check the installation method and pipeline vibration of the Japanese tylan flowmeter to ensure that the installation is correct and the pipeline vibration is small.
2.Consider the effects of fluid properties.
When performing flow measurement, it is necessary to fully consider the influence of factors such as the physical properties, chemical properties and flow state of the fluid. For example, for special fluids such as high temperature, high pressure, and easy crystallization, it is necessary to select suitable Japanese TYLAN flowmeters and measurement methods, and carry out corresponding protective measures.
3.Maintain the cleanliness and flatness of the pipes and electrodes.
Clean the pipes and electrodes regularly to remove impurities, rust and wear from the inside. At the same time, it is also necessary to maintain the smoothness and flatness of the pipes and electrodes to avoid protrusions or depressions to ensure the accuracy of the measurement results of the Japanese TYLAN flow meter.
4.Avoid interference from the external environment.
In the installation and use of Japanese TYLAN traffic metering, it is necessary to avoid the interference of the external environment. For example, environmental factors such as temperature, pressure, and humidity need to be kept in a relatively stable state, while staying away from interference sources such as magnetic fields and electric fields. In addition, measures such as shielding and grounding can also be taken to reduce the impact of interference on the Japanese TYLAN flowmeter.