Amandla eMveliso ephambili yeLonnmeter Guided Wave Radar Level Transmitter

I-Lonnmeter Guided Wave Radar (GWR) Level Transmitter inika amandla okulinganisa kunye nokuthembeka kweetanki zokugcina ioyile ekrwada. Isebenzisa iteknoloji yokulinganisa inqanaba leradar ekhokelwayo ukubonelela ngokulinganisa inqanaba lolwelo okuqhubekayo nokuba kukwi-vapour, i-foam, okanye ulwelo oluphantsi kwe-dielectric. Isikhokelo sesignali somthumeli ecaleni kweprobe sinciphisa ii-echoes ezingezizo ezivela kwii-internal zeetanki kwaye siphucula ukuphindaphindwa kolawulo lwenqanaba leetanki zeoyile ekrwada.

I-Multivariable Transmitter Inciphisa Ukubalwa Kwezixhobo kunye Nokungena Kweenkqubo

I-transmitter yi-transmitter eguquguqukayo ngeendlela ezininzi ekhupha inqanaba kunye nezinye iinguqu zenkqubo ezivela kwi-probe efanayo. Ukudibanisa inqanaba, imiqondiso yokuchonga i-interface, kunye neenguqu zokuxilonga kunciphisa inani lezixhobo ezahlukeneyo kunye nokungena kwenkqubo kuphahla lwetanki. Umzekelo: iyunithi enye eguquguqukayo ngeendlela ezininzi inokuthatha indawo yee-sensors zenqanaba ezahlukeneyo kunye ne-interface, inciphise iindawo zokungena kwaye yenze kube lula ukuhambisa intambo kwiitanki ezinkulu zokugcina ioyile eluhlaza.

Iqinisekiswe uKhuseleko loKhuseleko oluSebenzayo kwaye yenziwe ngobunjineli bokufumaneka kwezityalo

Esi sixhobo siqinisekisiwe kukhuseleko lwezicelo zokhuseleko ezisebenzayo kwaye sinika uxilongo oluyilelwe ukufumaneka kwezityalo. Uxilongo oluqikelelweyo oluzakhelwe ngaphakathi lujonga umgangatho wesiginali kunye nemeko yophando. Olu xilongo lubonisa ukusebenza okuphantsi ngaphambi kokuba kubangele ukungasebenzi, nto leyo evumela ukungenelela okucwangcisiweyo. Iimpawu zokusombulula iingxaki zibonisa ukuvakala okungaqhelekanga kunye nokulahleka kwesiginali, okwenza ukuchongwa kwesizathu kube lula kumaqela olondolozo.

Akukho Zinto Zishukumayo, Ulondolozo Oluncinci, Ufakelo Oluvela Ezantsi Ukuze Kuncitshiswe Umngcipheko Wokuvuza

Iprobe yeradar yamaza akhokelwayo ayinazo izinto ezihambayo, nto leyo ephelisa ukuguguleka koomatshini kwaye inciphisa amaxesha okugcinwa. Ukufakelwa phezulu kunciphisa inani lokungena kophahla kwaye kubeka i-transmitter ngaphezulu kwemveliso egciniweyo, nto leyo enciphisa umngcipheko wokuvuza. Umzekelo: ukufakela itanki ngokutsha ngeprobe yamaza akhokelwayo ebekwe phezulu kudla ngokuthintela utshintsho olubizayo lwendlela okanye udonga olusecaleni kwaye kunciphisa ukuvezwa ngexesha lokufakwa.

Indlela Ezi Zikhono Eziguqulelwa Ngayo Zibe Ziingenelo Zokusebenza

Ukulinganisa ngokuchanekileyo inqanaba lolwelo oluqhubekayo kuvelisa ulawulo oluqinileyo lwempahla kunye nokudluliselwa okuncinci okuphazamisekileyo. Imveliso eguquguqukayo iyanciphisa ukubalwa kwezixhobo kunye nexesha lokugcinwa, nto leyo ephucula ixesha lokusebenza. Ukuxilongwa kwangaphambili kunciphisa ukucima okungacwangciswanga ngokuvumela ukugcinwa okusekelwe kwimeko. Ukufunyanwa kwe-interface okuthembekileyo kwahlula i-oyile ekrwada kwiileya zamanzi, kunceda ulawulo lwepompo, ukulahla i-interface, kunye nemisebenzi ejongene nokugcinwa. Zizonke, ezi zakhono zinciphisa ukungenelela kokugcinwa, zenze kube lula ukujonga iitanki, kwaye zixhasa ukujonga ngokuchanekileyo itanki yokugcina ioyile ekrwada ngee-sensors ze-radar ezikhokelwayo eziphambili kunye nezixhobo zokulinganisa inqanaba lolwelo.

Ngaphambi kokuba usike ube ngumlomo wophahla, qinisekisa ukuqina kwesikhafu, jonga ukuba umhlaba uqhubeka njani, qinisekisa ukuba uhlobo lwegasket luyahambelana, kwaye uqinisekise ukuba isicwangciso sokucoca siyasebenza.

Uvavanyo olujolise kuluhlu lokulinganisa, isisombululo kunye nokuchaneka, ixesha lokuphendula, uvakalelo oluqhubekayo lwe-dielectric, indawo engaboniyo, ubushushu obukhulu benkqubo kunye noxinzelelo, kunye nezixhobo ze-probe.

Ukusombulula Imingeni Eqhelekileyo Yokulinganisa Kwiitanki Zeoyile Ezingcolileyo Nge-GWR

Ukuguquguquka kwesithuba somphunga kunye nomphunga: Indlela iipulses ezikhokelwayo kunye nesikhokelo sophando ezinciphisa ngayo ii-Echoes ezingezizo

Ukwakheka komphunga kunye nokuxinana komphunga kwindawo yomphunga kutshintsha iipropati ze-dielectric zasekuhlaleni ngokukhawuleza. Iipulses ezingakhokelwayo ziyasasazeka kuloo medium iguquguqukayo, zenze ii-echoes ezingezizo okanye ezitshintshayo. I-radar yamaza akhokelwayo ithintela amandla e-electromagnetic ecaleni kweprobe. Indlela ekhokelwayo inciphisa ukusebenzisana nelifu lomphunga kwaye inika umlinganiselo ococekileyo wexesha lokubhabha. Ukungena kwesignali kunye nokucoca okufanisiweyo emva koko kuyityeshela ingxolo ekufutshane nentsimi kunye nokubonakaliswa okufutshane, okungachanekanga. Iindawo zokuncamathisela i-probe kunye nendlela yokuhambisa izinto nazo zinciphisa ii-echoes eziphindaphindeneyo ezivela kwii-internal zetanki ngokugcina amandla aphambili kwindlela eqikelelweyo. Ezi zinto zidibene zinqumla umngcipheko we-echo ongekhoyo kwiitanki ezineendawo zomphunga ezitshintshatshintshayo.

I-Foam kunye ne-Turbulence yomphezulu: Kutheni i-GWR igcina ukuchaneka apho ii-sensors ezingezizo ezonxibelelwano zinokuzulazula khona

Igwebu kunye namaza ayasasazeka okanye afunxe imisebe engeyiyo echukumisayo. Umaleko wegwebu elingaphezulu unokubonakala njengomphezulu wolwelo olungeyonyani kwiintloko ze-radar okanye ze-ultrasonic. I-radar yamaza ekhokelwayo izivavanya kumphezulu we-probe, ngoko ke iziphumo zegwebu zifumaneka kwindawo ethile kwaye zihlala zifakwe kwindawo ekhokelwayo. Indawo yokulinganisa ilandela indawo ye-probe ebonakalayo, ngoko ke ukuxinana komphezulu okwexeshana kubangela utshintsho oluncinci lwe-amplitude yesignali kunakwi-free-space beams. Ngokwenyani, i-GWR igcina i-echo ephambili ibotshelelwe kwi-interface yokwenyani yolwelo ngexesha lokushukuma okukhulu, ngelixa ii-sensors ezingezizo echukumisayo zinokuvelisa imikhondo ezulazulayo okanye enomsindo. Uphononongo lwetekhnoloji oluzimeleyo ludwelisa iindlela ze-radar njengezifanelekileyo kwiindawo eziphazamisekileyo kunye neemeko zegwebu.

Ulwelo olunezilayidi kunye nokuchongwa koMdibaniso: Ukusebenzisa iResidual Wave Timeing ukusombulula iindawo eziphezulu nezisezantsi zemveliso

I-radar ekhokelwayo ibona ii-interfaces ezininzi ngokusombulula ii-echoes ezahlukeneyo ecaleni kweprobe. Umphezulu oyintloko uvelisa ukubuyela kokuqala; umaleko wesibini wolwelo okanye ujongano lwesigaba esisezantsi uvelisa ukubuyela kamva, okwahlukileyo. Ixesha le-Residual wave lilinganisa ixesha eliphakathi kwezi echoes. Ubungakanani besignali, utshintsho lwe-polarity, kunye nexesha kunye zichonga ukuba i-echo yesibini yi-interface okanye i-reflection yetanki. Iinkqubo ze-GWR zanamhlanje zisebenzisa i-echo-tracking kunye ne-deconvolution ukwahlula ukubuya okukufutshane. Umzekelo: ioyile phezu kwamanzi idala umahluko onamandla, ivelisa i-echo yesibini ecacileyo; iioyile ezimbini ezifanayo zivelisa umahluko omncinci we-amplitude ofuna ukucutshungulwa okuphezulu ukuze zahlulwe. Izinzwa ezifakwe kwi-probe zigcina ukudibana rhoqo kwimidiya, ziphucula ukuhambelana kokufunyanwa kwe-interface nokuba iileya zincinci okanye zixutywe kancinci.

Iingxubevange zeDielectric eziphantsi kunye nokubonakaliswa kweMarginal: Ukhetho lweProbe kunye neendlela zokucubungula iSignali zokuqinisa ukubonwa

Ii-crudes ze-dielectric eziphantsi zinciphisa amandla esignali ebonakalisiweyo. Xa umahluko we-dielectric usondela kumda wovakalelo lwe-sensor, ukhetho oluninzi lobunjineli luphucula ukubonwa:

• Khetha iijiometri zeprobe ezandisa intsimi ekhokelwayo kunye nokuvulwa okusebenzayo, njengeeprobe ze-coaxial okanye iirodi ezinkulu. Ezi zigxila intsimi ye-electromagnetic kwaye ziphakamisa i-amplitude yokubuya.
• Sebenzisa iiprobe ezineeprofayili eziphucula i-dielectric (umz., ii-conductors ezirekhodwe okanye ezidityanisiweyo) apho ukuvuleka koomatshini kuvumela khona.
• Yandisa umyinge kwaye udibanise iifestile zokujonga ezinde ukuze uphakamise umlinganiselo wesignali-ingxolo kwiingxolo ezisemacaleni.
• Sebenzisa ulawulo lokufumana isandi oluhambelanayo, ukuvala ixesha, kunye nokususa isandi ukuze ukhuphe isandi esiphantsi kwingxolo.
• Hlanganisa idatha yenqanaba kunye nomlinganiselo ohambelanayo we-inline — ukufundwa koxinano kunye ne-viscosity kunceda ukuqinisekisa ubukho kunye nokwakheka kwe-low-k blends. Iimitha zoxinano oluphakathi kunye neemitha zoxinano oluphakathi ezivela kubavelisi abanjengoLonnmeter zibonelela ngokuhlolwa kwepropathi okuzimeleyo okuqinisekisa ii-echoes ze-radar ezibuthathaka.

Ukukhethwa kweprobe kunye nokucubungula isignali kufuneka kuhambelane noluhlu lwe-dielectric olulindelekileyo kunye neemeko zetanki. Umzekelo, i-coaxial probe kunye ne-echo-avarage zihlala zisombulula ii-blends kunye ne-dielectric constants kufutshane nomda ophantsi ongasetyenziswayo, ngelixa intonga enye encinci inokungaphumeleli kumxube ofanayo.

Ubizo lokuSebenza kwi-RFQ

Ngaba ukulungele ukuphucula umlinganiselo wetanki yakho yokugcina ioyile eluhlaza ngezisombululo zeradar yamaza ezikhokelwayo ezisebenza kakuhle?Ngenisa isicelo sakho seNgqikelelo (RFQ)namhlanje ukuze ufumane izindululo ezenzelwe wena ezihambelana neemfuno zakho zokusebenza kunye nohlahlo-lwabiwo mali.

• Nika iinkcukacha eziphambili zeprojekthi kuquka iinkcukacha zolwelo lwenkqubo, ijiyometri yetanki, iimfuno zokuchaneka komlinganiselo, ukungena kwetanki okuvunyelweyo, kunye nokukhetha kweprotocol yonxibelelwano ukuqinisekisa ukucaphula okuchanekileyo nokufanelekileyo.
• Iqela lethu lobuchwephesha liza kubonelela ngenkxaso eyenzelwe wena, ukusuka ekukhetheni imveliso yokuqala ukuya kwisikhokelo sokulinganisa emva kokufakwa, ukuze kuqinisekiswe ukuthembeka kunye nokusebenza kakuhle kwenkqubo yakho yokulinganisa amanqanaba.
• Nxibelelana nesebe lethu lokuthengisa ngoku ukuze uqalise inkqubo yakho ye-RFQ kwaye ufumane isisombululo esikhuphisanayo kwimingeni yakho yokujonga indawo yokugcina ioyile eluhlaza.