Imagine a large-scale water treatment facility where every drop of water’s journey is meticulously monitored. In this setting, ultrasonic flow meters play a pivotal role, accurately measuring the flow of water through vast networks of pipes. These advanced devices, employing high-frequency sound waves, have transformed the facility’s operations, offering precise data without the need for disrupting the flow or altering the infrastructure. This scenario exemplifies how ultrasonic flow meters are revolutionizing fluid flow measurement across various industries.
Smart Measurement offers the most comprehensive array of ultrasonic flow meters in the industry.Â
At Smart Measurement, we’re at the forefront of this revolution, offering a diverse range of ultrasonic flow meters that are unmatched in the industry. Our meters, known for their unparalleled accuracy and non-intrusive, clamp-on installation method, represent a key innovation in modernizing fluid flow measurement. This approach dramatically reduces installation costs by eliminating the need for extensive pipe modifications and minimizes operational disruptions, making it a highly efficient solution. Embracing these innovations is in step with the ASME guidelines on flow measurement, setting new industry standards for accuracy and efficiency.
Designed for versatility and precision, our ultrasonic flow meters cater to the varied needs of different sectors, from water management to chemical processing. They stand as a testament to our commitment to advancing industry standards and enhancing operational efficiency through cutting-edge technology.
Ultrasonic flow meters stand out in the realm of flow measurement technologies, primarily due to their unique clamp-on installation method. This innovative approach offers a multitude of benefits, particularly in situations where operational continuity is crucial, and pipe modifications are impractical.
When it comes to choosing the right ultrasonic flow meter, understanding the unique characteristics of the fluid in your application is crucial. This includes considering factors like the presence of suspended solids or gas bubbles. At Smart Measurement, we’ve developed a range of ultrasonic flow meters tailored to meet the specific demands of various industrial environments, ensuring that you find the perfect match for your unique scenario.
The ALSONIC-FX shines in scenarios involving clean water with minimal solids or aeration (≤ 1-2%). This meter is a fusion of superior performance and affordability, making it an ideal choice for applications requiring a clamp-on ultrasonic flow meter. It’s particularly effective in municipal water treatment facilities, where its precision and cost-effectiveness ensure optimal operation.
In environments where fluids contain a higher concentration of particles (up to 30%), the ALSONIC-DSP is your go-to solution. Available in both single and dual-path configurations, this meter is engineered to deliver accurate flow measurements in more challenging, particle-rich fluids. It’s a popular choice in industries like mining and wastewater management, where its robust design and precise measurement capabilities are invaluable.
For applications that demand mobility, such as field monitoring or temporary system checks, the ALSONIC-HL is perfect for clean liquids, while the ALSONIC-DSPPL adeptly handles fluids with up to 30% solids content. These portable meters offer the ultimate in flexibility, providing accurate measurements on the go without sacrificing precision.
Each model in our ultrasonic flow meter lineup is designed with precision and reliability at its core, ensuring that you have the most suitable tool for your specific flow measurement challenges. Whether it’s for a permanent installation in a controlled environment or a portable solution for on-site assessments, Smart Measurement’s ultrasonic flow meters deliver accuracy and efficiency in every application.
Smart Measurement excels in offering high-quality, non-intrusive clamp-on ultrasonic flow meters for permanent installation. These meters, utilizing advanced transit time or Doppler technologies, are crafted for both reliability and adaptability. Equipped with industry-standard electronic outputs, they are available in configurations suitable for various industrial settings, including explosion-proof and non-explosive transmitter options. This range is particularly favored in sectors where long-term, dependable flow measurement is essential, such as in manufacturing plants and large-scale processing facilities.
Our portable clamp-on ultrasonic flow meters are designed to cater to a wide spectrum of measurement needs. Whether you're facing standard flow scenarios or more complex fluid dynamics, these meters offer the perfect blend of flexibility and precision. Featuring options for SD data card and USB-based data logging, as well as multi-path transducer configurations, they are ideal for applications requiring detailed analysis of challenging fluids, such as environmental monitoring or field diagnostics.
Recognizing the diverse demands of open channel flow measurement, our range includes ultrasonic meters for every budget and accuracy requirement. Our Doppler technology meters provide a cost-effective solution for straightforward installations, while our multi-path transit time area-velocity meters are designed for scenarios where high accuracy is paramount. These meters are widely used in applications like irrigation management and stormwater monitoring, where precise flow data is crucial.
Reflecting the shift towards more efficient and sustainable technologies, our selection of ultrasonic flow meters for municipal/residential water flow and BTU/energy measurement is expanding. As these ultrasonic solutions become more cost-effective, they are increasingly replacing traditional mechanical water meters, offering superior efficiency and a maintenance-free experience. This range is particularly relevant for water utilities and energy management systems looking to upgrade their measurement infrastructure.
Our comprehensive portfolio includes non-invasive, clamp-on meters that utilize either transit time or Doppler ultrasonic flow measurement technologies. These meters are adaptable to various industrial requirements, with installation options ranging from clamp-on to threaded or flanged setups, ensuring seamless integration into any system.
Fluid velocity is measured by sending ultrasonic pulses from an upstream transducer to a downstream transducer and back again. These signals are emitted alternately in the flow direction and against it. As the fluid in which the signals propagate is flowing, the transit time of the ultrasonic signals in the flow direction is shorter than against the flow direction. The resulting difference in transit time, ∆t, is measured and allows the flowmeter to determine the average fluid velocity along the propagation path of the ultrasonic signal. A flow profile correction is then performed in order to obtain the area-averaged flow velocity, which is proportional to the volumetric flow rate based on user-entered information about the process application.
Smart Measurement’s Transit time techniques offer the widest range of prices and capabilities in the industry from liquids having 30% suspended solids or less with our AlsonicDSP product line with the highest accuracies to low-cost techniques capable of measuring a few percent of bubbles or particles in the flow stream. With transit time techniques Smart Measurement is able to offer low-cost water or BTU (energy) flow meters, to more complicated open channel flow measurement techniques.Â
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Doppler ultrasonic flow meters measure velocity by sending sonic signals into the flow stream and then receiving signals reflected back from particles or bubbles entrained in the fluid. The velocity is measured as a function of the frequency shift due to the motion of these reflective materials. A pair of transducers outside the pipe, or one transducer inside of the pipe, transmits an ultrasonic signal into the moving fluid. A portion of this signal is reflected by suspended solids, entrained gases or flow turbulence back toward the transducer. Electronic circuitry compares the transmitted frequency with the received frequency. The difference, or frequency shift, is proportional to fluid velocity. When the liquid is not moving (a zero-flow condition) the transmitted and received frequencies are identical.
The Smart Measurement family of clamp-on Doppler ultrasonic flow meters may be used in pipes containing liquids having up to 40% particles or solids and in open-channel sewer applications. Clamp-on, insertion, and inline installation methods are available for closed pipe applications. For open-channel applications, the transducer is installed at the bottom of the channel and used in conjunction with level a transmitter to measure the complete area-velocity flow profile.
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