1. Especially suitable for measuring media with high viscosity, low Reynolds number, suspended particles or bubbles;
2. The permanent pressure loss is smaller than that of the orifice plate;
3. The wedge-shaped component has a special structural design, which has a guiding effect and prevents blockage;
4. It has compensation functions for fluid viscosity changes, temperature changes, density changes, etc;
5. Resistance to vibration, impact, dirt, and corrosion;
6. Equipped with bidirectional flow measurement function;
7. Good repeatability and high measurement accuracy, calibrated one by one before leaving the factory, with an accuracy of ± 0.5% (even uncalibrated ones can reach ± 3%);
8. The wedge-shaped flowmeter has a simple, sturdy, and highly reliable structure, easy installation, and low operation and maintenance costs;
9. No moving parts, wear-resistant, and do not require recalibration for long-term use.
10. It can measure corrosive media. As differential pressure measurement uses a diaphragm type double flange differential pressure transmitter, corrosive media cannot enter the pressure pipe and differential pressure transmitter. Therefore, as long as corrosion-resistant materials are used to process wedge-shaped throttling components, the instrument can ensure the measurement of corrosive media.

1. Pipe diameter: pipe diameter, wall thickness, material
2. Measuring medium
3. Medium temperature (℃)
4. Working pressure of medium (MPa): maximum pressure, normal pressure, minimum pressure
5. Medium working flow rate (m3/h, kg/h, Nm3/h): maximum flow rate, normal flow rate, minimum flow rate
6. Medium viscosity (mPa. s)
7. Medium density (kg/m3)

1. Ensure that the fluid flow in the pipeline adjacent to the upstream of the wedge flowmeter approaches a typical fully developed turbulent flow state without vortices.
2. Ensure that the difference in the average inner diameter of the pipeline with at least 2D length on the upstream side of the wedge flowmeter does not exceed ± 3% of the average inner diameter.
3. Wedge flow meters can be installed and used on pipelines with the same nominal diameter as horizontal or vertical pipelines. The inner wall of the pipeline should be smooth, clean, and free of attachments. When installing vertically, when measuring liquids, the fluid should flow from bottom to top, and attention should be paid to making the wedge-shaped flowmeter easy to remove bubbles to avoid causing zero drift of the instrument.