Indlela esebenza ngayo:
Imitha yamanzi ye-electromagnetic: Ngokusekelwe emthethweni kaFaraday wokungeniswa kwe-electromagnetic, lapho uketshezi oluqhubayo ludlula ensimini yamagnetic esetshenzisiwe, luzosika umugqa wokungenisa amandla we-magnetic ukuze lukhiqize amandla e-electromotive abangelwayo, futhi lunqume ijubane lendawo elinganisiwe ngokulinganisa amandla e-electromotive force, bese luthola inani lokugeleza. Ipayipi lokulinganisa lidinga ukuba nokuqhuba okuthile kwamanzi alinganisiwe.
Imitha yamanzi ye-Ultrasonic: Ngokubona umehluko wesikhathi obangelwa ukushintsha kwesivinini lapho umsebe we-ultrasonic usakazeka emanzini aphezulu naphezulu, izinga lokugeleza kwamanzi litholakala ngokuhlaziya nokucubungula, ukuze kubalwe ngokwengeziwe izinga lokugeleza kwamanzi.
Ukusebenza kokulinganisa:
Ukunemba kokulinganisa:
Zombili zingafinyelela ukunemba okuphezulu kokulinganisa, futhi ngokuvamile zingahlangabezana nezidingo zezimo ezinembile kakhulu njengokuxazulula ukuhweba. Kodwa-ke, ezisetshenzisweni ezithile, ukunemba kokulinganisa kwamamitha amanzi kagesi kuzinzile kakhulu emazingeni okugeleza aphakathi naphezulu; Imitha yamanzi ye-ultrasonic ingagcina nokunemba okuhle kokulinganisa ngesivinini sokugeleza esiphansi.
Isilinganiso sebanga:
Ububanzi bokulinganisa bemitha yamanzi kagesi buphakeme kunokuvamile, futhi eminye imikhiqizo ingafinyelela ku-1:400 noma ngaphezulu, okungazivumelanisa nobubanzi obukhulu bokugeleza. Isilinganiso sobubanzi bamamitha amanzi e-ultrasonic naso sihle kakhulu, ngokuvamile singcono kuno-100:1, futhi sisebenza kangcono ekulinganisweni kokugeleza okukhulu nokugeleza okuncane.
Izici zemishini:
Impahla yokugqoka:
Azikho izingxenye ezihamba ngomshini ngaphakathi kwemitha yamanzi kagesi kanye nemitha yamanzi ye-ultrasonic, futhi ayikho inkinga yokuguguleka ngomshini, ngakho-ke ukunemba akunabo ubuhlobo obuncane nesikhathi sokusetshenziswa, futhi umjikelezo wokuqinisekisa ojwayelekile mude.
Ukulahlekelwa yingcindezi:
Akukho sakhiwo sokuvimba ngaphakathi kwemitha yamanzi kagesi, futhi ukugeleza kwamanzi kungadlula kahle ngokulahlekelwa okuncane kwengcindezi; Imitha yamanzi ye-ultrasonic nayo inezici zokulahlekelwa okuncane kwengcindezi, ihlangabezana nezinga eliphansi lokulahlekelwa kwengcindezi δp10.
Izinga lokuvikela:
Zombili, njengemikhiqizo ye-elekthronikhi, zinezidingo eziphakeme zamazinga okuvikela, futhi ngokuvamile zidinga ukufinyelela ku-ip68 ukuze zivumelane nezimo ezahlukahlukene zokusetshenziswa eziyinkimbinkimbi.
Izidingo zokufaka:
Izidingo zesigaba samapayipi aqondile:
Izidingo zesigaba sepayipi eliqondile semitha yamanzi ye-ultrasonic zikhululekile, futhi imikhiqizo ehamba phambili embonini ingaba ngcono kune-u3d0, okungukuthi, i-upstream idinga ubude bokuvulwa kwesigaba sepayipi ngokuphindwe kathathu, futhi i-downstream ingaxhunywa ngqo nepayipi eligobile.
Izidingo zemitha yamanzi kagesi ziphakeme kakhulu, ngokuvamile u-10d5 noma u-5d3, okungukuthi, indawo ephezulu idinga ubude bombhobho wengxenye yepayipi izikhathi eziyi-10 noma ezi-5, kanti indawo engezansi idinga ubude bombhobho wengxenye yepayipi izikhathi eziyi-5 noma ezi-3.
Indlela yokufaka:
Ukufakwa kwemitha yamanzi ye-Ultrasonic kuyaguquguquka, kungaba ukufakwa okuvundlile, okuqondile noma okuthambekele; Amamitha amanzi e-electromagnetic ngokuvamile angafakwa kuphela ngokuvundlile noma ngokuma, futhi ama-electrode kumele abe sendaweni efanayo evundlile.
Ukunikezwa kwamandla nokukhuthazela:
Isidingo sokunikezwa kwamandla:
Imitha yamanzi kagesi isekelwe esimisweni sokungeniswa kwe-electromagnetic, ukusetshenziswa kwamandla kukhulu kakhulu, ngokuvamile kudinga amasekhondi angu-15 ukukala ukugeleza.
Imitha yamanzi ye-ultrasonic inamandla aphansi okusetshenziswa kanye nomjikelezo wokulinganisa omfushane kakhulu.
Impilo yebhethri:
Impilo yebhethri yemitha yamanzi kagesi ngokuvamile iyiminyaka emi-3-5; Impilo yebhethri yemitha yamanzi ye-ultrasonic ingafinyelela eminyakeni eyi-6-10 ngaphansi komjikelezo wamanje wokulinganisa okungenani amasekhondi angu-1.
Ukulwa nokuphazamiseka:
Imitha yamanzi ye-electromagnetic: Ububanzi besiginali ye-electrode ekhiqizwa yinzwa ku-converter yayo bubuthakathaka, isiginali isengozini yokushintsha ensimini yamagnetic, futhi ukusebenza kokuphazamiseka kwe-anti-electromagnetic kubi kakhulu.
Imitha yamanzi ye-Ultrasonic: Lapho i-transducer ithumela futhi yamukela izimpawu ze-ultrasound, uma sekunamabhamuza emanzini, okuzothinta ukulinganisa okuvamile, ikhono lokulwa nokuphazamiseka kwamabhamuza libuthakathaka.
Izindleko:
Ngokuvamile, ngezinga elifanayo lokusebenza nokusebenza, intengo yamamitha amanzi e-ultrasonic izoba phezulu kuneyamamitha amanzi e-electromagnetic. Kodwa-ke, ngokombono wezindleko zokusetshenziswa nokugcinwa kwesikhathi eside, izindleko zizonke zamamitha amanzi e-ultrasonic zingaba nenzuzo enkulu ngenxa yezici ezifana nomsebenzi omncane wokulungisa kanye nokuphila isikhathi eside kwenkonzo.
Isikhathi sokuthunyelwe: Novemba-05-2024