Principle of Balanced Flow Meter| Sales quality flowmeter manufacturer

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What type of balanced flowmeter is it? What are the advantages of becoming the first choice for harsh working conditions?

The balanced flowmeter belongs to the innovative differential pressure flowmeter, which is based on the classical differential pressure measurement principle and solves many drawbacks of the traditional orifice plate flow meter through structural innovation, becoming an important milestone in the development of differential pressure flowmeter technology.. The unique advantage of becoming the preferred choice for harsh working conditions significantly reduces permanent pressure loss. The balance flowmeter adopts a porous symmetrical balance design, which disperses fluid impact through multiple function holes, reducing turbulent shear forces and vortex formation. This structure significantly reduces kinetic energy loss, and under the same bending and branching conditions, its permanent pressure loss is only 1/2.5 of that of a conventional orifice flowmeter, thus significantly saving operating energy costs. For example, in steam metering scenarios, long-term operation can reduce pumping energy consumption and carbon emissions. Strong durability and medium adaptability, wear resistance, and long lifespan: After the reduction of turbulent shear force, the direct friction of the medium on the throttling element is reduced, the lifespan of the throttling element is extended, and the β value (diameter ratio) remains stable for a long time. Compatibility with complex media: It can measure mixed gases, gas-liquid two-phase flows (such as moisture), slurries, multiphase water flows, vibrating water flows, electromagnetic interference media, and bidirectional flows, suitable for complex working c

onditions in industries such as chemical, petroleum, and power. No moving parts design: The entire instrument has no mechanical moving parts, reducing the number of fault sensitive points and low maintenance costs. The straight pipe section requires a significant reduction in the length of the balance flowmeter. By optimizing the flow field design, the pressure recovery speed is twice as fast as that of the orifice plate, and the demand for the front and rear straight pipe sections is significantly reduced (usually in 3D and 1D, with a minimum of less than 0.5D). This feature simplifies the installation process, reduces space occupation and pipeline renovation costs, especially suitable for old factory areas or space limited scenarios. High precision and wide range ratio measurement accuracy: After optimizing the flow field, the stability is improved, and the standard accuracy can reach ± 1%, and the customized version can reach ± 0.5%, meeting the requirements of trade settlement level. Range ratio: Easily achieve 10:1 range coverage, adapt to production load fluctuations, and avoid measurement errors caused by flow range exceeding limits. The carbon neutrality technology integration capability balance flowmeter can be combined with a "carbon combustion heat accumulation meter" to dynamically couple flow and heat calculation, and monitor the carbon emission data of the entire steam production process in real time. This plan provides precise carbon accounting tools for high energy consuming industries, helping to achieve carbon neutrality goals. The balanced flowmeter has achieved breakthroughs in energy efficiency, accuracy, installation, and maintenance through porous symmetric design, flow field optimization, and modu

Principle of Balanced Flow Meter

What type of balanced flowmeter is it? What are the advantages of becoming the first choice for harsh working conditions?

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