304 anti-corrosion stainless steel electromagnetic flowmeter

Description :

　　304 anti-corrosion stainless steel electromagnetic flowmeter

　　While meeting on-site display requirements, it can also output 4-20mA current signals for recording, regulation, and control purposes. It has been widely used in industrial technology and management departments such as chemical, environmental protection, metallurgy, pharmaceuticals, papermaking, and water supply and drainage.

　　1、 Characteristics:

　　The measurement of flow rate is not affected by changes in fluid density, viscosity, temperature, pressure, and conductivity. The sensor induced voltage signal is linearly related to the average flow rate, resulting in high measurement accuracy (0.3-0.5%).

　　There is no obstruction in the measuring pipeline, so there is no additional pressure loss, which has significant energy-saving significance.

　　There are no movable parts inside the measuring pipeline, so the sensor has a long lifespan.

　　The straight pipe section required for the sensor is relatively short, making it easy to install.

　　Reasonable selection of electrode and lining materials can resist corrosion and wear.

　　304 anti-corrosion stainless steel electromagnetic flowmeter

　　2、 Technical data:

　　Nominal diameter: DN6-3000mm

　　Nominal force: 0.6, 1.0, 1.6, 4.0 MPa (high pressure can be processed according to user requirements)

　　Accuracy: ± 0.2% ± 0.5% (indication error)

　　Measurement range (flow rate): 0-1m/s to 0-10m/s

　　Medium temperature: Split type -10 ℃~+80 ℃ (PTFE and F46 lining -40 ℃~+180 ℃) Integrated type -10 ℃~+80 ℃

　　Environmental temperature: -25 ℃~+60 ℃

　　Environmental humidity: 5~RH (relative humidity)

　　Dielectric conductivity: greater than 20 μ S/cm

　　Installation: integrated type, split type

　　3、 Attention:

　　As an industrial flow meter, when designing for users, please carefully check the measured medium and process parameters to ensure correct selection:

　　1. Determination of applicable traffic range. The selection of instrument diameter is determined based on the flow range. For electromagnetic flow meters, they are generally selected in situations where the flow signal is strong and the instrument can work stably for a long time. We suggest that you choose your instrument diameter based on the flow rate flow comparison table and refer to the actual working conditions. We recommend a flow rate range of 1-3m/s, which is beneficial for the instrument to be in a suitable state.

　　2. Selection of lining and electrodes. In addition to determining the diameter and flow range, electromagnetic flowmeters also need to choose relevant conditions such as sensor lining and matching electrodes to improve their economic applicability. The design unit can choose different linings, electrodes, etc. according to the different media of different users

　　3. Pressure and usage situation. In addition to determining the above conditions, the electromagnetic flowmeter should also improve the selection of operating pressure, installation form, shell protection level, explosion-proof requirements, output configuration, and other usage conditions and conditions. The integrated type is suitable for indoor environments with good performance, while the split type is suitable for situations where the sensor is used in harsh environments, with large pipeline vibrations and high temperature of the measured medium. Please choose according to the instrument model markings.

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• Stainless steel electromagnetic flowmeter