Ultrasonic Flow Transmitters use Sing Around method.
May 28, 2008 -
Designed for measuring flows to 400 gpm in ¾-3 in. pipe and to 3,000 gpm in 4-10 in. pipe, respectively, ClarkSonic Models CSLFC and CSLFB have no moving parts and incorporate mixed-signal ASIC that combines timing, control, and transducer drive circuitry. Sing Around method lets products measure flow rates of acoustically conductive liquids, including clean liquids and those with entrained solids, while remaining unaffected by changes in fluid temperature, density, and viscosity.
Bring "Sing Around" Technology to Wide Range of Applications
Clark Solutions ClarkSonic Ultrasonic Flow Transmitters are ideal for measuring flow in most clean liquids and many liquids with entrained solids. Applications include monitoring flow rates of chilled or heated water as part of a green technology program as well as in municipal, process, and industrial systems. ClarkSonic Ultrasonic Flow Transmitters free users from having to calibrate the transmitter to fluid temperature, viscosity, or density making them very easy to deploy and very reliable.
Hudson, MA - Clark Solutions-a leading manufacturer and distributor of pumps, valves, and flow instrumentation has introduced ClarkSonic Ultrasonic Flow Transmitters. These transmitters are ideal for measuring flow rates of acoustically conductive liquids, including most clean liquids and many liquids with entrained solids. ClarkSonic Model CSLFC Ultrasonic Flow Transmitters are designed for flows to 400 GPM in 3/4" to 3" pipe, and ClarkSonic Model CSLFB Ultrasonic Flow Transmitters are designed for flows to 3000 GPM in 4" to 10" pipe. ClarkSonic Ultrasonic Flow Transmitters feature no moving parts, excellent long-term stability, no pressure drop, broad fluid compatibility, and high accuracy at approximately half the cost of similar instruments.
At the heart of the ClarkSonic Ultrasonic Flow Transmitter is a proprietary mixed signal ClarkSonic ASIC, (Application Specific IC,) which allows sophisticated timing, control and transducer drive circuitry to be combined on a single integrated circuit. The ClarkSonic ASIC uses a special algorithm that is an improvement upon the standard single-path measurement technique. ClarkSonic transmitters utilize the "sing around" method, where the ultrasonic transducer alternates between transmitting and receiving to measure differences in flight time between upstream and downstream transmissions. The flight time of the sound pulse from the transmitting transducer to the receiving transducer will be shortened if the pulse is launched in the direction of flow, and increased if launched opposite to the direction of flow. By alternating the transmitting and receiving transducers, the difference in these transit times can be used to calculate the velocity of the flow, which when multiplied by the area of the pipe results in a measure of volumetric flow rate. The primary advantage of the Sing Around method is that the velocity of the fluid is being measured independent of the relative speed of sound in that given fluid. The output of ClarkSonic transmitters is also unaffected by changes in fluid temperature, density and viscosity.
About Clark Solutions:
Clark Solutions has a fifty-year history of providing unique solutions to the measurement, control, and monitoring of pressure, flow, and level in liquids and gases. Located in Hudson, Massachusetts, the company offers instrumentation, valves, and pumps to record, monitor, and control flow, velocity, pressure, temperature, humidity, level, gas concentration, and other properties. For more information contact Clark Solutions, 10 Brent Drive, Hudson, MA 01749, Tel. 978-568-3400, Fax. 978-568-0060, or visit our web site at http://www.clarksol.com.
Contact:
Donald Tyler
Clark Solutions
978-568-3400
http://www.clarksol.com
Contacts:
General Information:
Donald Tyler
USA
Phone: 978-568-3400 Company Information: Name: Clark Solutions Address: 10 Brent Dr. City: Hudson State: MA ZIP: 01749 Country: USA Phone: 800-253-2497 FAX: 978-568-0060 http://www.clarksol.com
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