Integrated intelligent vortex flowmeter with temperature and pressure compensationIt can be installed indoors or outdoors, and sensors can be installed horizontally, vertically, or diagonally on pipelines. However, when measuring liquids and gases, attention should be paid to the installation position to prevent interference from bubbles and droplets. The integrated intelligent vortex flowmeter with temperature and pressure compensation must ensure that the upstream and downstream straight pipe sections have the necessary length. When connecting with pipelines, pay attention to the following issues.

① The inner diameter D of the upstream and downstream piping is the same as the inner diameter D 'of the sensor, and the difference satisfies the following condition: 0.95D ≤ D' ≤ 1.1D.

② The piping should be concentric with the sensor, with a coaxiality of less than 0.05D '.

③ The sealing gasket cannot protrude into the pipeline, and its inner diameter can be 1-2mm larger than the inner diameter of the sensor.

④ If it is necessary to perform a cut-off inspection or clean the sensor, a bypass pipeline should be installed.

⑤ Reducing the impact of vibration on the temperature pressure compensation integrated intelligent vortex flowmeter during on-site installation is worth paying attention to. Try to avoid vibration sources as much as possible

The complete installation includes front and rear straight pipe sections, and the flow regulator is a measure to ensure height measurement. Assembly at the manufacturing plant can better ensure installation quality.Integrated intelligent vortex flowmeter with temperature and pressure compensationMaintenance and upkeep:

1) During the installation and connection process of the temperature and pressure compensation integrated intelligent vortex flowmeter, it is necessary to ensure the accuracy of every link, including on-site inspection before installation, instrument wiring during installation, system grounding, and other aspects. All rights reserved by Control Engineering Network, in order to ensure that the temperature and pressure compensation integrated intelligent vortex flowmeter can detect real data and accurately output it.

2) For the operational measuring system, the methods of comparative confirmation and substitution can be used to confirm and eliminate faults in the measuring instruments during operation.

3) Regularly clean the temperature and pressure compensation integrated intelligent vortex flowmeter as a whole, and if necessary, blow the sensing head of the instrument to avoid the condensation of impurities at the sensing head. Adding heat tracing devices in the measuring straight pipe section and instrument section during cold seasons is also beneficial in alleviating the condensation of impurities at the measuring instruments.

4) Regularly drain the pipeline, especially the moisture in front of the straight pipe section. Based on the specific situation of the temperature and pressure compensation integrated intelligent vortex flowmeter, assign a dedicated person to regularly discharge the water, minimize the moisture in the measuring pipe section, and maximize the elimination of fluid pulsation.

5) Strengthen toIntegrated intelligent vortex flowmeter with temperature and pressure compensationManagement of measurement system data, setting up timed printing function, and analyzing the operation of instruments based on printed data combined with production conditions.