I-DDG-GYW Inductive Conductivity Izinga eliphezulu lokushisa elingu-130℃ Isithombe Esifakiwe Senzwa

I-DDG-GYW Inductive Conductivity Inzwa yokushisa ephezulu engu-130℃

Incazelo emfushane:

Isetshenziswa kakhulu ekuhlanzeni amapayipi ezitshalo zikagesi nokudla, kanye nokukhiqizwa kwamakhemikhali endaweni engcoliswe kakhulu.Isilinganiso sokugxiliswa kwe-asidi esifanelekile kanye nesilinganiso sokwenziwa kwesisombululo sikasawoti wokugxilisa kakhulu esingaphansi kuka-10%.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Izinkomba Zobuchwepheshe

Yini i-Conductivity?

Umhlahlandlela Wokuziphatha ku-inthanethi

Izici

1. Ukusebenza endaweni yamakhemikhali anokhahlo kuhle kakhulu, izinto ezimelana namakhemikhali ezikhiqizwe i-electrode akukona ukuphazanyiswa kwe-polarized, ukugwema ukungcola, ukungcola futhi kuthinte izehlakalo ezimbozwe ungqimba olungcolile ezifana nezimbi kakhulu, zilula futhi kulula ukuzifaka ngakho-ke wuhla olubanzi kakhulu. kwezicelo.Ama-electrode edizayini asetshenziswa ekuhlanganiseni okuphezulu kwama-asidi (njenge-fuming sulfuric acid) imvelo.

2. Ukusetshenziswa kwemitha yokugxilisa ye-asidi yesiNgisi, ukunemba okuphezulu, nokuzinza okuphezulu.

3. Ubuchwepheshe bezinzwa ze-Conductivity buqeda amaphutha wokuvala kanye ne-polarization.Kusetshenziswa kuzo zonke izindawo zokuthinta ama-electrode kungase kubangele ukuvinjelwa okunokusebenza okuphezulu.

4. Inzwa enkulu yokuvula, ukuzinza kwesikhathi eside.

5. Yamukela uhla olubanzi lwabakaki futhi usebenzise isakhiwo esivamile sokukhweza i-bulkhead, ukufakwa okuguquguqukayo.

Okwedlule: I-DDG-GY Industrial Inductive Conductivity/Inzwa ye-TDS

Olandelayo: I-Oxygen Meter Encibilikisiwe Yedijithali eku-inthanethi

1. Ukucindezela okukhulu (ibha): 1.6MP
2. Izinto zokwakha ze-Electrode: PP, ABS, PTFE ozikhethela
3. Ibanga lokulinganisa: 0 ~ 10ms, 0 ~ 20ms, 0 ~ 200ms, 0 ~ 2000ms
4. Ukunemba (iseli njalo):.± (+25 us ukukala inani lika-0.5%)
5. Ukufakwa: ukugeleza, ipayipi, ukucwiliswa
6. Ukufakwa kwamapayipi: imicu yepayipi 1 ½ noma ¾ NPT
7. Okukhiphayo: 4-20mA noma RS485

I-Conductivity isilinganiso samandla amanzi okudlula ukugeleza kukagesi.Leli khono lihlobene ngokuqondile nokugcwala kwama-ion emanzini 1. Lawa ma-ion conductive avela kusawoti oncibilikisiwe kanye nezinto ezingaphili ezifana nama-alkali, ama-chlorides, ama-sulfide nama-carbonate compounds 3. Izinhlanganisela ezincibilika zibe ama-ion zaziwa nangokuthi ama-electrolyte 40. ama-ion amaningi akhona, ayanda ukuqhutshwa kwamanzi.Ngokufanayo, ama-ion ambalwa asemanzini, i-conductive kancane.Amanzi ahlanjululwe noma ahlanjululwe angasebenza njenge-insulator ngenxa yezinga layo eliphansi kakhulu (uma kungenandaba) le-conductivity 2. Amanzi olwandle, ngakolunye uhlangothi, ane-conductivity ephezulu kakhulu.

Ama-ion aqhuba ugesi ngenxa yokushajwa kwawo okuhle nokubi 1. Lapho ama-electrolyte encibilika emanzini, ahlukana abe izinhlayiya ezine-positive (cation) kanye ne-negative charged (anion).Njengoba izinto ezincibilikisiwe zihlukana emanzini, ukugxiliswa kokushaja okuhle nokubi ngakunye kuhlala kufana.Lokhu kusho ukuthi noma ukuhanjiswa kwamanzi kukhuphuka ngama-ion angeziwe, kuhlala kungathathi hlangothi ngogesi 2

I-Conductivity Theory Guide
I-Conductivity/Resistivity iyipharamitha yokuhlaziya esetshenziswa kabanzi yokuhlaziya ukuhlanzeka kwamanzi, ukuqapha i-osmosis ehlehlayo, izinqubo zokuhlanza, ukulawulwa kwezinqubo zamakhemikhali, kanye namanzi angcolile ezimbonini.Imiphumela ethembekile yalezi zinhlelo zokusebenza ezihlukahlukene incike ekukhetheni inzwa ye-conductivity efanele.Umhlahlandlela wethu oyinkomba uyinkomba ephelele kanye nethuluzi lokuqeqesha elisekelwe emashumini eminyaka obuholi bemboni kulesi silinganiso.

Bhala umyalezo wakho lapha futhi usithumelele wona