In principle, large-diameter electromagnetic flowmeters are not recommended to be used directly on small-diameter pipelines.
1. Background introduction
Electromagnetic flowmeter is an instrument widely used in industrial flow measurement. However, when large-size electromagnetic flowmeter is installed in small pipelines, it will face some difficulties. Because the size of the electromagnetic flowmeter and the pipe do not match, a suitable solution needs to be found.
Famet Electromagnetic Flowmeter
2. Adaptation Plan 1. Installation Sleeve Large-size electromagnetic flowmeters are usually designed for large-size pipelines, but when installed in small-size pipelines, a sleeve needs to be installed to adapt. Pipe size. Sleeves allow large-sized electromagnetic flowmeters to reduce their inner diameter to match the size of small pipes. Therefore, the electromagnetic flowmeter can work normally on small pipes. 2. Install diameter reducing parts. If a large-sized electromagnetic flowmeter is directly installed on a small pipe, inaccurate measurement may occur. Therefore, you can choose to install diameter reducing parts to adapt to the pipe size. Diameter reducing parts can reduce the inner diameter of the pipe, ensuring the measurement accuracy of large-sized electromagnetic flowmeters.
3. Choose a high-precision electromagnetic flowmeter. If it cannot adapt to the pipe size, you need to consider replacing the high-precision electromagnetic flowmeter. High-precision electromagnetic flowmeters can provide higher measurement accuracy and can be adjusted according to pipe size to suit different applications. However, the cost of replacing electromagnetic flowmeters is very high, and economics needs to be considered. 3. Precautions 1. When installing the electromagnetic flowmeter, it should be installed in strict accordance with the horizontal position, upstream and downstream installation, spindle height and other requirements. 2. Do not install the electromagnetic flowmeter in a fluid medium with vibration, pulsation and impact to avoid affecting the meter. 3. When using a sleeve or reducing piece to adapt to the pipeline, make sure that the inner diameter of the matching sleeve or reducing piece is consistent with the inner diameter of the flow meter to ensure measurement accuracy.
4. It is strongly recommended to clean the pipeline before installing the electromagnetic flowmeter to prevent impurities in the pipeline from affecting the instrument measurement. #electromagnetic flowmeter#[Conclusion]
Adapting large-sized electromagnetic flowmeters to small pipes can be achieved by installing sleeves, reducing parts and replacing high-precision electromagnetic flowmeters. In practical applications, installation and maintenance should be carried out as required to ensure the accuracy and stability of the instrument.
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