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    Steam Flow Meters

    • Size1 inch to 10 inch
    • Accuracy±2.5% to 3% of actual reading
    • End Connection :SORF flange
    • Orifice Flange assembly :WNRF Class 300
    • Supply TypeManufacturer, Exporter, Supplier, Retailer
    • Preferred Buyer Location All over the world
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    • calendar Member Since 7 Years
    • building Nature of Business Retailer

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    • Size1 inch to 10 inch
    • Accuracy±2.5% to 3% of actual reading
    • Accuracy :±2.5% to 3% of actual reading
    • Typical turndown10
    • Gas Temperature :Up to 70°C
    • MOC of flow element :SS 316
    • Size :1” to 10”
    • MOC of flanges :M.S/C.S/S.S
    • Density compensationOnline monitoring and compensation of density
    • End Connection :SORF flange
    • Communication protocolMODBUS, RTU
    • Communication portRS485, RS232 (optional)
    • Type of flow element :Differential flow element.
    • Power Supply :85 to 265 VAC @ 50Hz
    • Orifice Flange assembly :WNRF Class 300
    • Type of flow elementDifferential flow element

    The SFMc-150 Steam Flow Meter System is engineered to suit your requirement. It has no moving parts and no wiring connections are required during installation.

    The mass flow rate of Saturated and Superheated steam is calculated by measuring the differential pressure across the orifice plate and instantaneous density. Online density compensation is possible because of the online pressure and temperature measurement.

    In conventional system of measurement, the differential pressure generated by orifice plate is measured by DP transmitter. The output of from DP transmitter after square rooting is accepted as proportional to flow rate. This assumption is true only when the density is constant.
    Unfortunately density of compressible fluid is never constant. The density of compressible fluid changes with line pressure and line temperature. Thus, introducing errors in flow rate measurement.



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