Ungalinganisa kanjani i-Nitrogen Dew Point? I-Nitrogen Dew Point Transmitter izokusiza!

Iyini i-Nitrogen Dew Point?

I-nitrogen dew point izinga lokushisa lapho igesi ye-nitrogen iqala ukuminyana ibe isimo esiwuketshezi, uma kubhekwa ingcindezi ethile kanye nomswakama. siphinde sithi "izinga lokushisa lamazolo" noma nje "indawo yamazolo" ye-nitrogen.

Iphuzu lamazolo liyipharamitha ebalulekile okufanele icatshangelwe lapho usebenza negesi ye-nitrogen, ngoba ingathinta ukuziphatha kanye nezakhiwo zegesi. Isibonelo, uma iphoyinti le-nitrogen lamazolo liphezulu kakhulu, lingase liphumele ekwakhekeni komswakama noma iqhwa ngaphakathi kwesistimu ye-nitrogen, engabangela ukugqwala, ukungcoliswa, noma ezinye izinkinga. Ngakho-ke, kubalulekile ukulawula iphuzu lamazolo e-nitrogen ukuqinisekisa ukuthi igesi ihlala yomile futhi ingenakho ukungcola okungadingeki.

Ngokuvamile sinezindlela ezihlukahlukene zokulawula iphuzu lamazolo e-nitrogen, njengokususa umswakama ngokusebenzisa izindlela zokomisa noma ngokusebenzisa igesi ye-nitrogen enezinga eliphansi lamazolo. Izilinganiso zamazolo ngokuvamile zivezwa ngamadigri Celsius noma Fahrenheit.

Kungani ibaluleke kangaka I-Nitrogen Dew Point?

I-nitrogen dew point iyipharamitha ebalulekile yokuqapha nokulawula emisebenzini ehlukahlukene yezimboni lapho kusetshenziswa igesi ye-nitrogen. I-nitrogen dew point isho izinga lokushisa lapho igesi ye-nitrogen iqala ukuminyana ibe yisimo esiwuketshezi ngenxa yokugcwala komswakama noma okunye ukungcola kwegesi.

Esinye sezizathu eziyinhloko zokuthi kungani i-nitrogen dew point ibalulekile yingoba ingathinta ngqo ikhwalithi nokusebenza komkhiqizo wokugcina noma inqubo. Isibonelo, embonini yokudla, i-nitrogen ivame ukusetshenziselwa ukupakisha ukwandisa isikhathi seshelufu semikhiqizo ebolayo. Uma indawo yamazolo enayitrojeni ingalawulwa ngendlela efanele, ingaholela ekwakhekeni komswakama kanye nokungcoliswa ngaphakathi kwephakeji, okungadala ukonakala futhi kube nomthelela omubi kwikhwalithi yomkhiqizo.

Ukwengeza, iphuzu lamazolo e-nitrogen libalulekile ezimbonini ezifana nokukhiqiza i-electronics, lapho i-nitrogen isetshenziselwa ukudala umoya ongasebenzi ukuze kuvinjelwe i-oxidation kanye nokungcoliswa kwezingxenye ezibucayi. Uma indawo yamazolo enayitrojeni ingalawulwa kahle, umswakama ungacinana ezingxenyeni ezithile bese udala ukugqwala noma omunye umonakalo.

Sekukonke, ukuqapha nokulawula indawo yamazolo e-nitrogen kubalulekile ekuqinisekiseni ikhwalithi nokusebenza ngempumelelo kwezinqubo zezimboni ezithembele kugesi ye-nitrogen. Ngokugcina indawo efanelekile yamazolo, izimboni zingathuthukisa ukusebenza kahle kwazo, zinciphise ukungcola futhi zithuthukise ikhwalithi yemikhiqizo yazo noma amasevisi.

Wake Wazibuza Ukuthi Ungalinganisa Kanjani Iphuzu Le-Nitrogen Dew?

Uma impendulo inguyebo, jabulani! Lesi sihloko sizocubungula izindlela nezindlela ezahlukahlukene ezisetshenziswa ukukala le pharamitha ebalulekile.

Okokuqala, kubalulekile ukubamba iphuzu lamazolo e-nitrogen nokuthi kungani linokubaluleka okukhulu kangaka. Iphuzu lamazolo limelela izinga lokushisa lapho umswakama wegesi ushintsha ube uketshezi. Ku-nitrogen, indawo yamazolo iyipharamitha eyinhloko edinga ukulinganiswa nokulawula emisebenzini eminingi yezimboni. Lokhu kusuka ekukhiqizweni kwamakhemikhali kuya ekucutshungulweni kokudla kanye nokukhiqizwa kwama-electronics.

Indlela yesibuko esibandayo iphakathi kwezindlela ezivame ukusetshenziswa kakhulu zokukala indawo yamazolo e-nitrogen. Kuhlanganisa ukupholisa indawo yensimbi epholishiwe, noma isibuko, ezingeni lokushisa elingaphansi kwendawo yamazolo elindelwe yegesi ye-nitrogen. Ngemva kwalokho, igesi ivunyelwe ukugeleza phezu komhlaba, futhi njengoba iphuzu lamazolo lisondela, umswakama uzoqala ukugoqa esibukweni. Kamuva, izinga lokushisa lesibuko liyalinganiswa futhi lisetshenziswe ukuze kutholakale iphuzu lamazolo.
Enye indlela evamile yokukala indawo yamazolo e-nitrogen yindlela ye-capacitive. Kuhilela ukusebenzisa inzwa ye-capacitive ukukala ukuguquguquka kokungaguquki kwe-dielectric yefilimu ye-polymer njengoba umswakama ufinyela endaweni yayo. Izinga lokushisa lapho umswakama ujiya khona bese kusetshenziswa ukuze kutholakale indawo yamazolo.
Okokugcina, kukhona indlela ye-infrared, esebenzisa inzwa ye-infrared ukuthola ubukhona bomswakama kugesi ye-nitrogen. Njengoba igesi iphola futhi isondela endaweni yamazolo, ukugxila komswakama kugesi kuzokhula, futhi inzwa ye-infrared ingakwazi ukukubona lokhu. Izinga lokushisa okwenzeka ngalo lokhu libe selisetshenziswa ukuze kutholwe iphuzu lamazolo.

Sengiphetha, ukukala indawo yamazolo e-nitrogen kuyipharamitha ebalulekile emisebenzini eminingi yezimboni, futhi kunezindlela nezindlela ezahlukahlukene zokukala lepharamitha ngokunembile. Kungakhathaliseki ukuthi ukhetha indlela yesibuko esibandayo, indlela ye-capacitive, noma indlela ye-infrared, kubalulekile ukuqinisekisa ukuthi usebenzisa indlela efanele yohlelo lwakho lokusebenza futhi unamathela kuzo zonke izinqubo ezifanele zokuqinisekisa izilinganiso ezinembile nezithembekile.

Yini i-HENGKO engayinikeza?

I-nitrogen dew point inkomba esetshenziselwa ukukala okuqukethwe kwamanzi ku-nitrogen.I-Dew point transmitteringasetshenziswa ukukala iphuzu lamazolo e-nitrogen. Ngaphansi kwezimo ezivamile, 99.5% ubumsulwa nitrogen yezimboni, iphuzu amazolo kufanele -43 ℃; I-nitrogen ehlanzekile engu-99.999%, indawo yamazolo ingafinyelela -69℃ noma ngaphezulu. Sebenzisa i-HENGKOI-HT608 dew point transmitterukukala iphuzu lamazolo e-nitrogen ukuqapha ukuhlanzeka kwe-nitrogen.

I-nitrogen inemisebenzi eminingi. Ayisebenzi ngamakhemikhali futhi ingasetshenziswa njengegesi evikelayo. Embonini yokudla, kungasetshenziswa ukufutha ukupakishwa kokudla ukuze kunwetshwe isikhathi seshelufu sokudla futhi kugwenywe ukulimala kwezokuthutha. Embonini yezimoto, ingasetshenziswa ukunweba impilo yesevisi yamasondo ezimoto, ukunciphisa amathuba okungqubuzana okungajwayelekile kwamasondo, ukwehlisa ngempumelelo isimo sokugqwala kwenjoloba, futhi kube nomthelela omkhulu ekugwemeni ukuqhunyiswa kwamasondo nokuqhekeka.

I-nitrogen yezimboni ikhiqizwa ikakhulukazi ngamajeneretha e-nitrogen, okungukuthi, amajeneretha e-nitrogen. Ijeneretha ye-nitrogen isebenzisa umoya ocindezelwe njengezinto ezingavuthiwe namandla, futhi ikhiqiza i-nitrogen enobumsulwa obungu-95% kuya ku-99.9995% ngokusebenzisa i-press swing adsorption. Isistimu yomoya ocindezelweyo idinga umoya owomile, okudinga futhi ukusetshenziswa komshini wokuhambisa amazolo ukukala indawo yamazolo futhi uhlole ukoma komoya ngokufanele. I-HT608 yochungechunge lwe-dew point transmitter ingafakwa endaweni yokukhipha umoya yesistimu yomoya ecindezelwe. Lesi sidlulisi sincane ngosayizi, kulula ukusifaka, siyashesha ukuphendula, futhi siyazwela kakhulu. Ingakwazi ukukala umswakama womkhondo kumagesi ahlukahlukene futhi ifaneleka okuqukethwe umswakama. Izikhathi ezihlukahlukene zokuhlaziya ku-inthanethi ezinezidingo eziqinile zokulawula.

Imishini yokukhiqiza i-nitrogen ngokuvamile inetafula elijwayelekile lokuqhathanisa iphuzu lamazolo. Uma uthola ukuthi ukwanda kwendawo yamazolo emoyeni kungase kube ngenxa yokuphuma komoya ngokweqile kwejeneretha ye-nitrogen, hlola ukugeleza; hlola ukuthi isikhangisi esicushiwe sekhabhoni sidinga ukushintshwa kufakwe ikhabhoni ecushiwe, isihlungi esinezigaba ezintathu Ukuthi i-elementi yokuhlunga idinga ukushintshwa yini, noma ukudonsa okuzenzakalelayo konakele futhi akukwazi ukudonsa ngokujwayelekile, okubangela ukwanda komswakama, njll.