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The Ainiuba flow meter has become an ideal alternative to orifice plates, thanks to its features such as easy installation, low pressure loss, high strength, resistance to wear, and no leakage. It can be widely used for measuring the flow rate of blast furnace gas, compressed air, steam, and other liquids and gases in industrial and mining enterprises. 1. Its unique internal secondary averaging structure provides high precision (reading ±1%) and high repeatability (±0.1%). 2. The outer impact tube of the Aoniuba flow meter is manufactured from a single piece of material without any welding; as a result, it possesses higher strength compared to similar products made with a welded double-body structure. This also makes it easier to use materials that are resistant to high temperatures and corrosion. a. The honeycomb hexagonal stable structure generates a unique flow pattern, ensuring the stability of low-pressure signals; the resulting differential pressure is higher than that of similar products, thereby improving the range ratio. b. Suitable for square or rectangular pipes. c. To address the inevitable clogging issue when measuring dirty media with similar products, online removable types are available, along with manual and automatic purging solutions and devices, enabling maintenance without shutting down production. d. The velocity tube + three-valve assembly + temperature and pressure compensation + transmitter form an integrated structure, offering convenient use. e. No drift in the flow coefficient, ensuring long-term stability. f. Offers unique, intuitive resonance verification to ensure long-term stable operation. g. Low pressure loss and low energy consumption, resulting in significant energy-saving effects. h. Easy to install, reducing labor costs; low price with fast delivery (3-5 days)
I’ve always been curious about Bourdon tube flowmeters, but unfortunately I’ve been unable to find any relevant design information or technical specifications, so I can’t gain an in-depth understanding of them…………
You can add me on QQ at 1033011703; I’ll send you some materials
You can add me on QQ at 1033011703; I’ll send you some materials