Integrated electromagnetic flowmeter1

Abstract: Integrated electromagnetic flowmeter information is provided to you by excellent flowmeter and flowmeter production and quotation manufacturers. In fact, the integrated electromagnetic flowmeter is different from the split electromagnetic flowmeter. Its meter head and the flow measurement unit are integrated rather than separate, while the principle and accuracy of the integrated electromagnetic flowmeter and the split electromagnetic flowmeter are related to other measurements. The core of parameter technology is all. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the details of the integrated electromagnetic flowmeter article. In fact, the integrated electromagnetic flowmeter is different from the split electromagnetic flowmeter. Its meter head and the flow measurement unit are integrated rather than separate, while the principle and accuracy of the integrated electromagnetic flowmeter and the split electromagnetic flowmeter are related to other measurements. The core of the parameter technology is the same, so there is no need to worry about the final effect or the difference between the final measurement results. and the readability of the meter in the installation environment. For example, the submersible integrated flowmeter requires that the electromagnetic flowmeter should not be too deep under the liquid surface, otherwise the readability will be affected. For example, why choose the split electromagnetic flowmeter in the deep well, it is also to be more convenient to read the flow value in real time. . The integrated magnetic flowmeter converter connects directly to the sensor and is suitable for field display. As the name implies, it is an independent electromagnetic flowmeter unit, which is fixed at a reasonable position in the pipeline using flange or plug-in installation. Insertion electromagnetic flowmeter: suitable for the measurement of large diameter pipes without cutting pipes with openings. Convenient transportation and high cost performance. It is suitable for places that do not require high measurement accuracy. Split electromagnetic flowmeter: The converter and the sensor are connected by a signal line, which is suitable for on-site measurement environments where the environment is poor and requires remote display. In addition, it is a clamp-on electromagnetic flowmeter, which is clamped and fixed by a pipe, so the shock resistance and resistance are relatively lower, but the price is cheaper. The working principle and characteristics of the integrated and split products are the same, and the selection is the same, except that the integrated electromagnetic flowmeter connects the sensor and converter together. Field displays show that the split-type magnetic flowmeter uses signal cables to switch sensors and converters. The converter can be placed in any suitable location and can be displayed remotely. Of course, ordinary splits are more resistant to high temperatures than integrated splits, and are slightly more expensive. It is almost unaffected by fluid density, pressure, temperature, viscosity and other parameters when measuring volume flow under operating conditions. Split electromagnetic flowmeters are mainly used to measure the flow of industrial pipeline fluids, such as gases, liquids, vapors and other media. It has the characteristics of small pressure loss, large measurement range and high precision. So what are the characteristics of the integrated electromagnetic flowmeter? A: As long as the medium is conductive, the measurement results will not be affected by parameters such as temperature, pressure, density, and viscosity. B: Since the measurement principle of the electromagnetic flowmeter is the Faraday principle, it does not need to use devices like turbine blades for conversion measurement, and the absence of these components means that its measurement will not affect the original flow rate and pressure value of the pipeline medium . C: The pipe diameter can be adapted to a wide range. The minimum electromagnetic flowmeter can reach DN10mm, and the maximum can realize the flow rate measurement of DN3000mm super large pipe. D: Different measurement environments can require more electrode replacement; E: High measurement accuracy, the accuracy can be stably maintained at a high industrial accuracy level of 0.5%; F: It has dual measurement functions of instantaneous and cumulative flow; G: Supports signal remote transmission, The converter uses 16 bits, which is easy to set up; H: It is widely used in various industries and is basically suitable for medium flow measurement in various industries. As long as the medium meets a certain conductivity, the integrated electromagnetic flowmeter can be used for installation and measurement. Integrated electromagnetic flowmeter selection model Diameter (through) LDE10~2400mm code Installation form Y or S integrated F or L split code converter model ZA round ZB square (only for split type) code power supply form AC (AC ) 220VAC50Hz (90~245VAC50Hz) DC (direct current) 24VDC (20~36VDC) LD lithium battery power supply (without signal output) code IfRsHC medium temperature≤65℃≤120℃≤180°C (only for split type) code lining material NE neoprene (≤65℃) PVC polyvinyl chloride (≤70℃) PU polyurethane wear resistance (≤80℃) PTFE polytetrafluoroethylene (≤180℃) code electrode material 316L stainless steel HC Hastelloy CTi titanium Ta tantalum Pt platinum Warm reminder: flowmeter selection must be, medium, diameter (flow range), electrode material, lining material, installation method Before installing an integrated electromagnetic flowmeter Look at the following requirements A: The vibration of the pipeline should not be too high, which will affect the stability; B: Keep away from the interference of electromagnetic fields, which will affect the accuracy of the measurement results; C: Avoid environmental corrosive gases, which directly affects the effective life of the integrated electromagnetic flowmeter; D: The ambient temperature should not be too high, which will damage the internal components of the integrated electromagnetic flowmeter; E: Proper moisture-proof and sun-proof (long-term). What is the knowledge of the location of the pipeline where the integrated electromagnetic flowmeter is installed? The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Integrated Electromagnetic Flowmeter'

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