Pipe segment electromagnetic flowmeter price

Pipe-segment electromagnetic flowmeter price? When many friends need to use pipe-segment electromagnetic flowmeters at the application site, they will first understand the price after the selection is completed. At the same time, many friends want to know the price first, and then learn about it again. Its selection specification parameters. Let's first end the electromagnetic flowmeter for everyone.　　 Let me give you a brief introduction to the electromagnetic flowmeter. Electromagnetic Flowmeters (EMF for short) is a new type of flow measuring instrument that developed rapidly with the development of electronic technology in the 1950s and 1960s. Electromagnetic flowmeter is an instrument that uses the principle of electromagnetic induction to measure the flow of conductive fluid based on the electromotive force induced when the conductive fluid passes through an external magnetic field.　　 At present, there are some selection requirements for the installation of electromagnetic flowmeters: 　　1, the requirements for the installation site. 　　1) When measuring mixed-phase fluids, choose a place that will not cause phase separation. When measuring two-component liquids, avoid installing them downstream where the mixing is not uniform. When measuring chemical reaction pipelines, install them in the fully completed section of the reaction. 　　2), try to avoid the negative pressure in the measuring tube. 　　3). Choose a place with low vibration, especially for integrated instruments.　　4). Avoid large motors, large transformers, etc. nearby to avoid electromagnetic field interference. 　　5) A place where it is easy to realize a separate grounding of the sensor. 　　6), try to avoid high-concentration corrosive gas in the surrounding environment. 　　7). The ambient temperature is within the range of -25-60℃, and the relative humidity of the environment is within the range of 10%-9O%. Avoid direct sunlight as much as possible. 　　8) The liquid should have the conductivity required for measurement, and the conductivity distribution is required to be substantially uniform. Therefore, the installation of the flow sensor should avoid places that are prone to uneven conductivity, such as adding liquid medicine near its upstream, and the filling point is best located downstream of the sensor. 2. The length of the straight pipe section is required. The electromagnetic flowmeter has relatively low requirements for the front and rear straight pipe sections. For 90o elbows, T-shaped three-way pipes, concentric reducing pipes, and fully open gate valves, they usually only need to be away from the center line of the electrode, not the connection surface of the sensor inlet end. For straight pipe sections >5 times the diameter, 1OD is required for valves with different openings, and the downstream straight pipe sections are 3D. When measuring mixed liquids of different media, the distance between the mixing point and the flowmeter must be at least 30D. 　　 3. Installation position and flow direction. The sensor installation direction can be horizontal, vertical or inclined without restriction. But to measure the solid and liquid two-phase fluid, it is best to install vertically and flow from bottom to top. This can avoid serious local wear of the lower part of the lining during horizontal installation, and solid phase precipitation at low flow rates. When installing horizontally, the axis of the electrode should be parallel to the horizon to prevent the occasional air bubbles in the liquid from rubbing and covering the electrode surface to cause insulation, and also to prevent the bottom electrode from being covered by deposits. When installed vertically, the flow direction should be upwards, so that when there is no flow or small flow, the heavier solid particles contained in the fluid sink, and the lighter limbs and fats rise and leave the sensor electrode area of u200bu200bthe flowmeter. 　　4. The grounding sensor must be grounded separately, and the grounding resistance is below 100Ω. In principle, the grounding of the separated type should be on the side of the sensor, and the grounding of the converter should be at the same grounding point.　　 The above is mainly to introduce the product selection and installation of electromagnetic flowmeters. I think everyone has a detailed understanding of the electromagnetic flowmeter through the above introduction. After the product selection and installation, I must be more interested in the price of the pipe-segment electromagnetic flowmeter. Kaidi is a manufacturer of pipe-section electromagnetic flowmeters. Those who want to know more about the price can go to Kaidi to provide you with professional one-to-one technical selection and guidance. Finally, we will quote you a satisfactory price so that you can buy sex. A reliable product with a higher price.
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