Engineered by Nature - We studied whale tubercles, fish gills, mangrove roots, shark skin and coral - and built millions of years of natural engineering directly into our flow conditioners.
Price range: $2,400.00 through $2,475.00
Ultrasonic flowmeters are innovative devices that utilize sound waves to measure the rate of fluid flow in a pipe. One of the key features of these meters is their ability to accurately determine the velocity of the fluid by analyzing the frequency of the ultrasonic waves transmitted and reflected within the pipe.
Interestingly, ultrasonic flowmeters operate based on the principle that when there is no fluid flow, the frequencies of the ultrasonic waves transmitted into the pipe and those reflected from the fluid are identical. This is a crucial aspect of the technology that enables the accurate measurement of fluid flow in various industries, including oil and gas, chemical, and water treatment.
Ultrasonic flowmeters for liquids, slurries ship from stock & configured for you OEM OK
EASY to use Clamp on Ultrasonic Meters. Check our stock & prices that beats our competition
Introducing the revolutionary Ultrasonic flow meter, designed to provide unparalleled accuracy in measuring flow rates. Equipped with innovative features, this device is a game-changer in the field of flow metering. Its unique capabilities ensure accurate and reliable measurements, making it the go-to choice for professionals.
One of its standout features is the large LCD display that provides real-time data on Instantaneous Flow Rate and Total Flow, both of which can be displayed in user-selectable units. This feature ensures maximum convenience and ease of use, allowing for quick and easy monitoring of flow rates.
With its cutting-edge technology and state-of-the-art design, this Ultrasonic flow meter is the perfect tool for a wide range of applications, from industrial processes to scientific research. Don't miss out on this unique device that will change the way you measure flow rates!
As an innovative ultrasonic flow meter, this device boasts a unique feature that sets it apart from others on the market. It is among the very first models that include a built-in data logger, making it simple and convenient to record and access measurements. With the data logger feature, you can effortlessly manage your data, keeping it organized and accessible for efficient analysis.
The gadget boasts a unique dual power capability, enabling it to function with both 24 VDC and universal AC power. Its versatility makes it suitable for a wide range of applications, and with this feature, you can seamlessly switch between power sources to meet your specific requirements. Say goodbye to the hassle of having to choose between different devices for different power sources!
Experience unparalleled functionality and precision with our state-of-the-art Ultrasonic flow meter upgrade. Upgrade now and enjoy unparalleled accuracy and reliability for all your flow measurement needs. 
In a "pinch" one could use KY Jelly from the drug store but it is runny. The goal is to have a material that will not have bubbles in it and provides good sonic coupling. Air bubbles are the "enemy" of ultrasonic transducers. Using traditional Silicone sealant, such as that used for sealing windows, could also be used in an emergency but you MUST assure there are no air bubbles. 
Pipe ID and OD Chart
PDF of How Ultrasonic Flow Meters Work
Note how strap is used.
Sound speed of various materials:
Note: For Fluids that are NOT already Pre Programmed into the Ultrasonic meter you will want to enter in the Sound Speed and Viscosity at the temperature of 20 Degrees C as this is the REFERENCE condition used for the math in the flow meter.
Important notes on the use of Clamp On Meters of all brands:
While it is compelling to utilize these meters because of their ease of installation it is critical that the pipe material, thickness and ID are well known. Many times older pipes can have significant corrosion reducing the inner diameter to such a level that the sonic energy can not penetrate. Frequently banging on the pipe with a double jack can remedy and remove large "mushroom like" growths it can not remove long term built up scale that tends to absorb energy. Banging on some piping systems is NOT an option because it can break or cause a leak. We can not guarantee that a Clamp On Meter is ideal for the installation if the internal condition of the pipe is unknown. We will be happy to provide consultation to give ideas on how to measure flows in such conditions but can not be held to task should the internals of the pipe not be verifiable. Generally we will not refund the purchase price on a system where the pipe condition is difficult to obtain.
Style 1 Manual
1" Thermal Mass Flow Controller
The thermal Mass Flow Meter or Controller is capable of providing direct measurement of mass flow Price range: $3,995.00 through $4,195.00The thermal Mass Flow Meter or Controller is capable of providing direct measurement of mass flow, as opposed to most other methods that measure volumetric flow & require separate measurements for temperature & pressure in order to calculate density &, ultimately, the mass flow.
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Coriolis Mass Flow Meters from 3/8" to 10"
Higly Accurate flow meter for liquids, slurries, & oils. Accuracy of up to 0.1%. $4,500.00A Coriolis flow meter contains a tube which is energized by a fixed vibration. When a fluid (gas or liquid) passes through this tube the mass flow momentum will cause a change in the tube vibration, the tube will twist resulting in a phase shift. This phase shift can be measured & a linear output derived proportional to flow.
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Turbine Flow Meter
Designed for for liquids, diesel, and oil Price range: $1,230.00 through $5,016.00A turbine flow meter is used for volumetric total flow &/or flow rate measurement & has a relatively simple working principle. As fluid flows through the turbine meter, it impinges upon turbine blades that are free to rotate about an axis along the center line of the turbine housing. The angular (rotational) velocity of the turbine rotor is directly proportional to th
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