In industrial production, measurement errors caused by complex working conditions have always been a difficult problem in flow measurement. The wedge-shaped flowmeter effectively addresses this issue through its design and multiple advanced technologies, ensuring high-precision measurement even under complex operating conditions.

1、 Dealing with high viscosity medium working conditions

In industries such as petroleum and chemical, high viscosity media such as heavy oil and asphalt are often encountered. This type of medium has poor fluidity and is prone to adhere to the measuring components in traditional flow meters, resulting in inaccurate measurements. The detection component of the wedge-shaped flowmeter adoptsVThe wedge-shaped block, with its smooth top angle facing downwards, has a special structure that provides good flow guidance for high viscosity media. When the high viscosity medium flows through the wedge-shaped throttling element, it can pass smoothly without causing stagnation on the upstream side of the throttling element. For example, in the production and transportation process of coal tar pitch, the wedge-shaped flowmeter can accurately measure its volumetric flow rate and mass flow rate, and the measurement accuracy can reach±1.0%～±1.5%Some instruments that have been separately calibrated have higher accuracy, effectively avoiding measurement errors caused by high viscosity of the medium.

2、 Adapt to low Reynolds number operating conditions

The Reynolds number is an important parameter for determining the flow state of a fluid, and in some special operating conditions, the Reynolds number of the fluid is relatively low. At low Reynolds numbers, the linear relationship between flow rate and differential pressure is affected by ordinary flow meters, resulting in increased measurement errors. But the lower limit of the Reynolds number coefficient range of the wedge-shaped flowmeter can reach300The upper limit is reached1×10⁶Above, even at very low Reynolds numbers in pipelines (even as low asRe = 500The square root relationship between flow rate and differential pressure can still be maintained. For example, in some fine chemical production, the fluid flow rate is slow, the viscosity is high, and the Reynolds number is low. Using a wedge flowmeter can accurately measure the flow rate and avoid measurement deviation caused by low Reynolds number.

3、 Dealing with media containing suspended particles or bubbles

In many industrial production processes, fluids may contain suspended particles or bubbles, such as mud, coal water suspension, etc. These impurities can affect the measurement accuracy of traditional flow meters, easily causing blockage of measuring components or distortion of measurement signals. Wedge flowmeterVThe design of the wedge-shaped block structure is special and has a guiding effect, which can facilitate the smooth passage of liquids or viscous liquids containing suspended particles, prevent particle accumulation on the upstream side of the throttling element, and effectively avoid blockage problems. At the same time, its measurement accuracy is not affected or limited by the characteristics of the dielectric constant of the fluid medium, and it can accurately measure the flow rate of media containing bubbles. For example, in the mud conveying pipeline of a mining beneficiation plant, a wedge-shaped flowmeter can stably and accurately measure the flow rate of mud.

4、 Compensate for changes in fluid parameters under working conditions

In actual production, parameters such as viscosity, temperature, and density of fluids may change, which can affect the accuracy of flow measurement. Wedge flowmeter has compensation functions for fluid viscosity changes, temperature changes, density changes, etc. It can monitor changes in fluid parameters in real-time through built-in sensors and algorithms, and automatically correct measurement results. For example, in chemical production, the temperature and density of the fluid during the reaction process will constantly change. The wedge-shaped flowmeter can adjust the measurement data in a timely manner according to these changes, ensuring that the measurement accuracy is not affected.