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1. What are the commonly used steam flow meters?
The most commonly used steam flow meters are differential pressure flow meters, vortex flow meters, and differential pressure flow meters. Depending on the Mabu throttling device, there are orifice plates, nozzles, Venturi tubes, averaging tubes (such as Anuba, Veliba, etc.), and even balance flow meters.. Differential pressure flow meters are most commonly used for measuring steam and require temperature and pressure compensation. We recommend the MVX100 multivariable integrated differential pressure flow meter from Fross, which does not require external temperature and pressure compensation, as well as a flow integrator that directly outputs mass flow.
2. Selection of Superheated Steam Flow Meter
The selection of superheated steam flow meters should comprehensively consider the pipe diameter, maximum temperature, maximum pressure, flow range, and measurement accuracy. Common types include vortex street, bend pipe, V-cone, and orifice plate. Among them, vortex street and bend pipe are more suitable for high temperature and high pressure scenarios, while orifice plate and V-cone are less commonly used due to accuracy and pressure loss issues.
. The specific selection suggestions are as follows:1. Common types and characteristics: Vortex simplified code Qingjie flowmeter is suitable for scenarios where the pipeline is less than DN300 and the temperature is ≤ 450 ℃. It is necessary to adopt an integrated design of temperature and pressure compensation to ensure accurate measurement. According to user needs, integrated or split type instruments can be selected, and the instrument diameter can be determined based on the steam consumptio
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2. The core selection criteria are based on the pipeline diameter DN300 as the boundary point: vortex flowmeters are preferred for those smaller than DN300; It is recommended to choose a bent pipe flowmeter for sizes greater than DN300. The temperature and pressure of superheated steam are high (usually>saturated steam temperature), and there are large pressure fluctuations. Therefore, instruments that can withstand high temperature and high pressure should be selected (such as vortex flowmeters that need to support temperatures below 450 ℃). The flow range and accuracy are determined by selecting instruments that match the actual steam consumption range, in order to avoid increasing errors caused by long-term low flow operation. The integrated vortex flowmeter with temperature and pressure compensa

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