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High viscosity liquid flowmeter

『High viscosity liquid 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)

1. What flowmeter is good for slow liquid flow rate? When the liquid flow rate is slow, it is preferred to choose elliptical gear flowmeter, electromagnetic flowmeter or Coriolis mass flowmeter that are sensitive to low flow rate. 1. The elliptical gear flowmeter measures flow rate by a fixed volume driven by liquid to rotate the elliptical gear, with high accuracy (± 0.5%~1%) and minimal viscosity impact. Suitable for high viscosity fluids such as crude oil and Mu Lu lubricating oil, and can maintain accurate measurement even in low flow rate environments. two The electromagnetic flowmeter measures flow velocity based on the principle of generating electromotive force by cutting magnetic induction lines with conductive liquid, with minimal pressure loss and the ability to capture extremely low flow velocities (such as below 0.1m/s). Conductive liquids such as acid, alkali, and salt solutions are commonly used in this type and are widely used in the chemical and water treatment industries. three The Coriolis mass flowmeter utilizes the Coriolis effect generated by fluid vibration to directly measure mass flow rate, with the highest accuracy and no interference from temperature and density. Low flow rate scenarios with strict requirements such as pharmaceuticals and food processing are preferred, but there are high requirements for installation location and liquid cleanliness.

2. There are several types of flow meters.

1. Differential pressure flow meters are based on the pressure difference generated by throttling devices (such as orifice plates and nozzles) to measure flow. They have a simple structure and are widely used, but have limitations in terms of large pressure loss and are suitable for conve

High viscosity liquid flowmeter
ntional fluid monitoring scenarios.

. two Electromagnetic flowmeter uses Faradays law of electromagnetic induction to measure the flow rate of conductive liquids, with high accuracy and no pressure loss, especially suitable for industrial scenarios with high corrosiveness or particle containing media such as acid, alkali, and mud. three Vortex flowmeter achieves measurement by detecting the vortex frequency generated by the fluid passing through the blocking fluid. It has a wide range and is suitable for a variety of media, including gases, liquids, and vapors. It is commonly used for pipeline monitoring in the energy industry. four The volumetric flow cytometer calculates the flow rate of a fixed volume of fluid, with extremely high accuracy, and is particularly suitable for precise measurement of high viscosity fluids such as oils and syrups. It is commonly used in the petrochemical and food processing fields. five Ultrasonic flowmeter measures flow rate through the difference in propagation speed of ultrasonic signals in fluids. It is a non-contact installation and suitable for large diameter or difficult to contact pipelines, such as water conservancy projects or sewage pipe network monitoring.

3. What are the applicable working conditions for a 700mm V-cone flowmeter?

The applicable working conditions for a 700mm caliber V-cone flowmeter can be divided into two categories: general industrial working conditions and special working conditions. The core is suitable for fluid measurement scenarios with high flow rate, high viscosity, and multiple impurities.

Universal family standard operating conditions - Measurement medium is clean liquid: such as clean water, thermal oil, softened water and othe

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