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Ultrasonic Level sensors are well suited for water level monitoring. It is attempted in this application as a non-inclusive measurement method, which eliminates the need for direct contact with the water surface. This feature reduces the risk of contamination and corrosion, making them suitable for water management situations. Furthermore, ultrasonic sensors provide greater accuracy and reliability, enabling accurate measurements even under extreme conditions. <br>
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LiquiLevelULS UltrasonicLevelSensor Ultrasoniclevelsensor Committedtoprocessautomationsolutions TechnicalSpecification Nikeson|Nitgatan|SE-33333|Smalandsstenar|Sweden.www.nikeson.com.info@nikeson.com
Theultrasoniclevelsensorisa low-cost,non-contactandeasy-to-installmeasurementdevice. Itis abletomeettheevery-dayneedsofcommercialproduction,aswellservingamorespecializedrole in thetechnologicallyadvancedaerospace industry,thusplacingit firmlyinthecategoryofhigh-level measurementtechnology.Unlikeotherlevelindicatorswithlimiteduses,theeasy-to-install ultrasonic levelindicatorisahighlyaccuratedevicewithenoughspecializedusestoensurethattheneedsofthe customerare met. Features • Non-contact. • Noteffectedbymaterial property,suchas pressureenvironments,viscosityand specificgravity. • Integratedkeypadwithsecuritycode. • Easyinstallationandlowoperatingcosts. • Canbeusedinaversatileofapplication. • Maintenance-free. • Easytosetprogramnoneedtotrain personal. • Fullyisolatedanalog4-20maoutput. • Betteraccuracyandstabilityindifficult conditions. • Internaltemperaturecompensationimproves accuracy MainFunction Levelmeasurement Distancemeasurement Volumemeasurement. Pumpcontrol Principle Theprincipleofoperationoftheultrasonicsensorsystemistousetheultrasonicpulseswhichare transmittedbythetransducertothesurfacetobemonitoredandarereflectedbacktothetransducer, thetimeperiodbetweentransmissionandreceptionofthesoundpulsesisdirectlyproportionalto the distancebetweenthetransducerandsurface Thelatestmicrocomputertechnologyandtheprovenprocessingsoftwareselectthelevelechofrom amonganynumberoffalseechoesandcalculatetheexactdistancetotheproductsurface. Nikeson|Nitgatan|SE-33333|Smalandsstenar|Sweden.www.nikeson.com.info@nikeson.com
B=Blankingdistance D=Distancefromtransducertomaterialsurface L=Heightinsilo ThedistanceDis determinedfromthevelocityofsoundandthetimeperiodtbytheformula: D=V*T/2 Example: Withthevelocityofsound=334.1M/s,atimeperiodof60m/scorrespondstoatransmissionpathof 20.046Mandthustoadistanceof 10.023M. Anintegratedtemperaturesensordetectsthetemperatureinthevessel andcompensatesthe influenceoftemperatureonthesignalrunning time. Nikeson|Nitgatan|SE-33333|Smalandsstenar|Sweden.www.nikeson.com.info@nikeson.com
Display LevelCurrentTemperature • Applicationfield • Sewage/wastewater/tapwatertreatmentequipment.Suchassilos,opentanks,damsandwells. • Liquidssuchasedible-oils,saucesandbeverages. • Chemicalmaterialsuchassolvent,paints,carbonicacid,waterlimeslurryand wax. • Granularmaterialssuchasflour,wheatandcorn. • Chemicalfibers,petrochemicalmaterialssuchasplasticpowders,plasticgranulesandplastic chips. Nikeson|Nitgatan|SE-33333|Smalandsstenar|Sweden.www.nikeson.com.info@nikeson.com
Parameter Nikeson|Nitgatan|SE-33333|Smalandsstenar|Sweden.www.nikeson.com.info@nikeson.com
Installation Thetransducershouldnotbemountedtoocloseto thetankwall,thebuild-uponthetankwallcause falseechoes. Keeptransducer perpendiculartoliquid. Whenyoumountthetransduceronthesolidtank, thetransducermustpointtothetankoutlet. Mountthetransducerawayfromtheinlettoavoid falseechoes. Asisillustratedbythefigureontheright,thetransducer shouldbemountedonthetopofguidetubetoprevent thefalseechoesfromturbulenceandfoam.Theguide tubeshouldcomewithaventholeattopofthetubeto allowtheliquidvapourgoout ofthetube. Thetransducershouldnotbemountedtoocloseto thetankwall,thebracketcancausestrongfalse echoes. Nikeson|Nitgatan|SE-33333|Smalandsstenar|Sweden.www.nikeson.com.info@nikeson.com