Wedge flowmeter can meet the measurement requirements of most fluids, especially viscous and easily crystallizable media. Its sturdy structure, practical design, and simple measurement principle determine its high precision and reliability.
summary:Wedge flow meters can meet the measurement requirements of most fluids, especially viscous and easily crystallizable media. Its sturdy structure, practical design, and simple measurement principle determine its high precision and reliability. For any of the following fluids, the relationship between flow rate and the square root of differential pressure can be maintained. The viscosity of the medium reaching 3000 centipoise will not affect the accuracy of the wedge flowmeter. The Reynolds number can reach as low as 300-500, with no limit at all. This makes the wedge flowmeter more ideal for measuring fluids that are difficult to measure with traditional flowmeters, such as fuel oil, wastewater, coal tar, iron ore slurry, oil slurry, crude oil, black water, grey water, and so on.
Product Features:
1. Low Reynolds number measurement
2. Low voltage loss
3. Self cleaning function
4. Measurement of high viscosity (500, 1000, 3000 centipoise or higher)
5. Wear resistant and maintenance free (no moving parts)
6. Bidirectional flow measurement
7. Minimum requirement for straight pipe section (upstream 5 times pipe diameter and downstream 2 times pipe diameter)
8. Wide size range: DN15-DN1200
9. Optional wedge wear-resistant coating: In coal slurry gasification process, slag water treatment and other sections, tungsten carbide spraying technology (the coating contains nickel, chromium, boron alloy, with stronger adhesion) can be applied to resist the impact of hard particle containing fluids such as black water and grey water.
10. High range ratio: 10:1
Wedge Flow meterProduct Parameters
measuring medium |
Liquid, gas, steam, mixed phase flow |
turndown ratio |
1:10,1:15 |
Measuring caliber |
15mm≤DN≤1200mm |
measurement accuracy |
Level 0.5, Level 1.0 |
Nominal Pressure |
PN≤42MPa |
material |
Optimal selection can be made based on the measurement medium |
temperature range |
-50℃≤t≤550℃ |