SmartMeasurement, a pioneer in ultrasonic flow technology, offers a variety of open channel meters using area-velocity measurement techniques. Recent ultrasonic technology advancements now allow for combined velocity and level measurement in one comprehensive solution, enhancing accuracy, reliability, and ease of installation. However, with growing environmental concerns and the need for more efficient water management, there’s been a shift towards more advanced and accurate open channel flow measurement methods.Īrea Velocity Measurement (AVM) technology has seen significant growth due to its application in water management, stormwater runoff, irrigation, hydroelectric penstocks, and industrial discharges. Traditionally, this involved using flumes or weirs in conjunction with liquid level sensors. Open channel flow monitoring is essential for measuring liquid flow in open conduits, such as wastewater effluent, agricultural irrigation channels, and stormwater systems. Lastly, the ALSONIC-DAVM features an integrated sensor combining doppler ultrasonic velocity measurement and piezo level sensing, ideal for portable use across multiple sites. Mounted above the channel, it offers ease of installation and cost-effectiveness. This model’s advanced DSP-based hardware supports a sophisticated algorithm, delivering accurate velocity readings in both clean and dirty environments (with up to 30% suspended solids).Īdditionally, the ALSONIC-SAVM offers similar benefits, with a specialized sensor array designed for partially filled cylindrical channels like sewer pipes.įor a non-contact solution, our microwave radar-technology meter combines velocity and level measurements in one unit. It’s customizable as a 2, 3, or 4 path system, adaptable to various channel geometries and sizes, ensuring optimal accuracy for specific installations. The ALSONIC-AVM, our premier product, utilizes transit time ultrasonic technology. SmartMeasurement presents a diverse range of Area-Velocity open channel flow meters, incorporating the latest technologies for precise measurements.
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