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What is the "range ratio" of a flowmeter? How to determine the range of vortex flowmeter?
The "range ratio" of a flowmeter refers to the ratio of the maximum flow rate value to the minimum flow rate value that the flowmeter can measure, also known as the range, while meeting the measurement performance requirements. The determination of the range of a vortex flowmeter requires comprehensive consideration of the instrument model, fluid properties, pipeline size and shape, actual flow requirements, and other factors.
1. Definition of "Range Ratio" for Flow Meter Engineering Practice Definition: Range ratio is the ratio of the maximum flow rate to the minimum flow rate that can be measured by a flow meter when the measurement performance requirements are met (such as the indication error not exceeding the maximum allowable error).
. This definition is consistent with the national standard GB/T 25922-2010. Function: The range ratio provides a basis for the initial selection of flow meter types, and the range ratio of different types of flow meters varies greatly.2. Method for determining the range of vortex flowmeter 1 Instrument model differences: Different models of vortex flowmeters have different measurement ranges and accuracies. For example, the Hesheng Measurement and Control LUB series vortex flowmeter significantly improves measurement stability by accurately controlling the sensor probe signal output and using DSP technology to capture vortex signals in low flow areas, with a range ratio of up to 1:35. Reference basis: The instrument manual or technical manual will provide detailed range and accuracy information. Users can choose the appropriate model according to their actual needs. F
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