Pipeline electromagnetic flowmeter, measuring pipeline electromagnetic flowmeter

Abstract: Pipeline electromagnetic flowmeter, measuring pipeline electromagnetic flowmeter information is provided to you by excellent flowmeter and flowmeter production and quotation manufacturers. Introduction of pipeline electromagnetic flowmeters, in fact, electromagnetic flowmeters are generally pipelined. When the medium needs to be flow value control or measurement for transportation in pipelines, the use of pipeline flowmeters will be involved. Pipeline flowmeters are the most The most common is electromagnetic flowmeter, usually called pipeline electromagnetic flowmeter. Pipeline electromagnetic flowmeters generally have two installation methods: plug-in type and flange type. According to the body structure, they can be divided into two types: integrated type and split type. The following is an introduction to pipeline electromagnetic flow. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following are the details of the pipeline electromagnetic flowmeter and measuring pipeline electromagnetic flowmeter. Introduction of pipeline electromagnetic flowmeters, in fact, electromagnetic flowmeters are generally pipelined. When the medium needs to be flow value control or measurement for transportation in pipelines, the use of pipeline flowmeters will be involved. Pipeline flowmeters are the most The most common is electromagnetic flowmeter, usually called pipeline electromagnetic flowmeter. Pipeline electromagnetic flowmeter generally has two installation methods: plug-in type and flange type. According to the body structure, it can be divided into two types: integrated type and split type. The following is an introduction to the relevant information of pipeline electromagnetic flowmeter: ① Pipeline electromagnetic flow What is the basic principle of counting? Answer: The electromagnetic flowmeter measures the flow of the medium according to the law of electromagnetic induction (Faraday's law), which requires the medium to have a certain conductivity. For details, please refer to the article 'The Principle Diagram of Electromagnetic Flow Meter' for a detailed description. ②What is the range of pipe diameters applicable to the pipeline electromagnetic flowmeter? Answer: Due to the existence of two installation forms of electromagnetic flowmeter, especially the plug-in type, the electromagnetic flowmeter can cope with the flow measurement under the DN of various pipelines. Insertion installation does not require flange intervention, especially suitable for large-diameter pipelines. At present, the largest The diameter of the electromagnetic flowmeter has reached 2800mm. ③Pipeline electromagnetic flowmeter model selection model Diameter (pass 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 (DC) 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 Reminder: flowmeter selection must be, medium, diameter (flow range), electrode material, lining material, installation method ④ Pipeline electromagnetic flowmeter installation Note A: Make sure the pipe is secured and free from vibration. The vibrating tube is not conducive to the long-term operation of the electromagnetic flowmeter; B: The environment where the electromagnetic flowmeter is installed must be kept away from electromagnetic interference; C: The environment where the electromagnetic flowmeter must be installed must be suitable. The maintenance space is too small, which is not conducive to the maintenance and management of the electromagnetic flowmeter in the future; D: Avoid allowing corrosive gases to coexist in the environment, and long-term coexistence with corrosive gases will affect the service life of the electromagnetic flowmeter; E: The installation environment temperature should not be Too high, so as not to damage the internal components of the flowmeter; F: The electromagnetic flowmeter should be installed indoors or in a sheltered place. If you must install it outdoors, try using a cover to protect it from moisture and sunlight. No installation is required, but the flowmeter is guaranteed to operate on its own for durability. ⑤ Installation location selection of pipeline electromagnetic flowmeter on pipeline The following shows the installation location specifications for six different pipeline environments. You can separately. In fact, at the heart of the specification for choosing where to install an electromagnetic flowmeter is the stationary pipe and vehicle. in“full tube”state. Conversely, if the pipeline fails, the electromagnetic flowmeter needs to measure the conductivity of the medium. If the pipe fails or air is inserted, the unstable conductivity will directly affect the electromagnetic flowmeter. measurement accuracy. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Pipeline electromagnetic flowmeter, measuring pipeline electromagnetic flowmeter'
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