High voltage resistant electromagnetic flow meter

High voltage resistant electromagnetic flow meterThe manufacturer of the production quotation for this flowmeter product model belongs toElectromagnetic FlowmeterClassification: For more direct sales price quotations of electromagnetic and flow control instruments, please feel free to call us for consultation. Below are the product information details of high-voltage electromagnetic flow meters.

High pressure resistant flowmeterHow is it classified? Those who are generally familiar with electromagnetic flow meters must know that high-pressure electromagnetic flow meters can be divided into several levels according to different pressure resistance levels. The conventional pipeline electromagnetic flow meters on the market nowadays generally have the same pressure resistance level, mainly divided according to the diameter. Generally, for small diameter electromagnetic flow meters, such as those between DN10 and DN150, the pressure resistance can reach 4.0MPA; The larger the caliber, the smaller the pressure resistance it can withstand. For example, the pipeline between DN200-DN600 can withstand a pressure of 1.6MPA. And some large-diameter pipelines, such as those between DN700-DN1200, can withstand a pressure of 1.0MPA. Other than that, those with higher pressure resistance or smaller pipe diameters need to be customized from manufacturers. Ordinary distributors or agents may not have the ability to do so.

You need to purchaseHigh pressure resistant electromagnetic flowmeterIf so, pay special attention and be sure to search for genuine electromagnetic materials to customize. Because electromagnetic flow meters are widely used in industrial settings, the measured media are mostly chemical products, acid liquids, alkaline liquids, etc. If the quality of electromagnetic flow meters is not up to standard on site and high-pressure pipelines leak, it will pose a great threat to human life safety.

Furthermore, for high-pressure electromagnetic flow meters, besides the diameter and pressure rating, other selection options are also important.

Firstly, the accuracy of the electromagnetic flowmeter. Conventional electromagnetic flow meters can generally achieve an accuracy of 0.5 or 1.0 level. The higher the accuracy, the more accurate the test and the smaller the error. This is particularly important in situations where industrial control is required.

Next is the lining and electrodes of the electromagnetic flowmeter. The correct selection method for the inner lining data of electromagnetic flow meters should be based on the corrosiveness, wear resistance, and temperature of the measured medium. The inner lining data can be divided into several main types: polytetrafluoroethylene (F4/PTFE), chloroprene rubber (CR), polyurethane rubber (PU), polytetrafluoroethylene (F46/FEP), and copolymer (PFA). And electrodes are divided into several types, such as 316L stainless steel electrodes, titanium electrodes, Ha B electrodes, Ha C electrodes, tantalum electrodes, tungsten carbide electrodes, etc.

Another important selection factor is the temperature resistance level of the high-pressure electromagnetic flowmeter. The temperature resistance level can be divided into three levels: T1/T2/T3. The temperature resistance level and lining information are also related. Generally speaking, CR/PU is used for temperatures ≤ 60 ℃; PTEP/FEP is used for temperatures ≤ 120 ℃; PFA is used for temperatures ≤ 200 ℃.

The rest is about the selection of power supply methods and output signals. The commonly used power supply methods are 24VDC and 220AC, and lithium batteries can also be used for power supply. And the output signal can be 4-20mA, RS485 output, pulse signal, HART output, etc.

The above is the complete content of electromagnetic flowmeter products. Welcome to inquire about the selection and quotation of electromagnetic flowmeter by phone.

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