Plug in flowmeter | Compressed air plug in flowmeter domestic brand

『Insertion flowmeter』Related information(clamp on meter|electromagnetic meter|venturi meterrotameter|orifice meter|ultrasonic flow meter|mass flow meter|coriolis mass flow meter|coriolis flow meter|magnetic flow meter|magmeter flow meter|magflow flow meter|mag meter flow meter|electromagnetic flow meter|vortex flow meter|turbine flow meter|thermal mass flow meter|thermal flow meter|rotameter flow meter)

Which flowmeter is more stable?

2. Domestic brands of compressed air insertion flow meters

The main domestic brands of compressed air insertion flow meters include Jingwei, Jiangsu Huaikong, Fenghui, and Jiangsu Huajie, and can choose the appropriate model according to the measurement range, accuracy, pressure, and temperature requirements.. 1. Jingwei Guangzhou Jingwei Automation Technology Co., Ltd. products, measuring range 1-1500000 m ³/h, dedicated to compressed air, protection level IP65, supports customized specifications

2. Jiangsu Huaikong Jiangsu Huaikong Instrument Technology Co., Ltd. products, measuring range 0-100000 m ³/h, suitable for various gases, complete flange connection specifications, plug-in coverage within DN500 and DN500-1000 pipe diameter

3. Fenghui Putian Fenteng Network Technology Co., Ltd. sales, measuring range 0-9999 m ³/h, suitable for gas media, pipe diameter compatible with DN25-DN1200

4. Jiangsu Huajie Jiangsu Huajie Instrument Co., Ltd. products, accuracy level: Zhouyuwei Gas ± 1.5%

(Insertion type ± 2.5%), the working pressure of the rolling cover can be selected from 1.6MPa to 6.4MPa, and the medium temperature covers -40~350 ℃ (divided into ordinary type, medium temperature type, and high temperature type).

3. Working principle of plug-in electromagnetic flowmeter

The working principle of plug-in electromagnetic flowmeter is based on Faradays law of electromagnetic induction, and its core is to calculate the flow rate by measuring the induced electromotive force generated by the movement of conductive fluid in a magnetic field.

. The following is a detailed explanation of the specific principle: Basic formula: Accordin
Insertion flowmeter
g to Faradays law of electromagnetic induction, when a conductive medium (such as a liquid) cuts a magnetic induction line vertically at an average flow velocity ν, the induced electromotive force E generated between the two electrodes can be expressed as: E=B × L × ν, where: E: Induced electromotive force (unit: volt, V) B: Magnetic excitation induction intensity (unit: Tesla, T) L: Effective length of the cut magnetic induction line (unit: meter, m) ν: Average flow velocity of the fluid (unit: meter/second, m/s) The relationship between flow velocity and flow rate: When the magnetic field intensity B and effective length L are constant, the induced electromotive force E is... The flow velocity is directly proportional to. By measuring E, the average flow velocity of the fluid can be directly obtained. If the cross-sectional area A of the tested pipeline is known (which can be calculated by the inner diameter D of the pipeline, A=π D2/4), the volumetric flow rate Qv (unit: cubic meter/second, m3/s) can be expressed as: Qv=A × ν=(π D2/4) × (E/BL). After further simplification (when the insertion structure is fixed, L is related to the inner diameter D of the pipeline), the relationship between volumetric flow rate and induced electromotive force can be expressed as: Qv=K × E, where K is a constant and is related to parameters such as magnetic field strength and pipeline size. Key feature: Linear relationship: When the magnetic induction intensity B is constant, the volumetric flow rate Qv exhibits a strict linear relationship with the induced electromotive force E, making it easy to measure and calibrate. Unrelated parameters: Flow calculation is independent of physical properties such as temperature, density, and pressu

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