Izici
I-DDG-2090 uchungechunge lwamathuluzi okulawula imboni asuselwa kukhompyutha encane amamitha anemba okulinganisaof conductivity noma resistivity of solution.Ngemisebenzi ephelele, ukusebenza okuzinzile, ukusebenza okulula kanye
ezinye izinzuzo, zingamathuluzi alungile okulinganisa nokulawula kwezimboni.
Izinzuzo zaleli thuluzi zihlanganisa: Isibonisi se-LCD esinokukhanya kwangemuva nokuboniswa kwamaphutha;okuzenzakalelayoisinxephezelo sezinga lokushisa;okukhiphayo kwamanje okuhlukile okungu-4~20mA;isilawuli sokudlulisa kabili;ukubambezeleka okulungisekayo;ethusayo nge
imibundu ephezulu naphansi;inkumbulo yokwehlisa amandla kanye neminyaka engaphezu kweyishumi yokugcina idatha ngaphandle kwebhethri eliyisipele.
Ngokuya ngebanga lokumelana nesampula yamanzi okukalwa, i-electrode ene-k engaguquki engu-0.01, 0.1,I-1.0 noma i-10 ingasetshenziswa ngokugeleza, ukucwiliswa, ukufaka i-flanged noma ipayipi.
Ibanga lokulinganisa:0-2000us/cm(I-Electrode: K=1.0) |
Ukulungiswa: 0.01us/cm |
Ukunemba: 0.01us/cm |
Ukuzinza: ≤0.02 us/24h |
Isixazululo esijwayelekile: Noma yisiphi isisombululo esijwayelekile |
Ibanga lokulawula: 0-5000us/cm |
Isinxephezelo sezinga lokushisa: 0~60.0℃ |
Isignali yokuphumayo: 4 ~ 20mA okukhiphayo kokuvikela okukodwa, Kungaphinda kabili okukhiphayo kwamanje. |
Imodi yokulawula okukhiphayo: Oxhumana nabo abaphumayo baVULIWE/VUMA (amasethi amabili) |
Umthwalo we-relay: Max.230V, 5A(AC);Okuncane.l l5V, 10A(AC) |
Umthwalo wamanje ophumayo: Ubukhulu.500Ω |
I-voltage esebenzayo: AC 110V ±l0%, 50Hz |
Ubukhulu bebonke: 96x96x110mm;Ubukhulu bomgodi: 92x92mm |
Isimo sokusebenza: izinga lokushisa le-ambient: 5℃ 45℃ |
I-Conductivity isilinganiso samandla amanzi okudlula ukugeleza kukagesi.Leli khono lihlobene ngokuqondile nokugxila kwama-ion emanzini
1. Lawa ma-ion conductive avela kusawoti oncibilikisiwe kanye nezinto ezingaphili njengama-alkali, ama-chlorides, ama-sulfide nezinhlanganisela ze-carbonate.
2. Izinhlanganisela ezincibilika zibe ama-ion zaziwa nangokuthi ama-electrolyte 40. Uma 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 ahambisa ugesi ngenxa yezindleko zawo ezinhle nezingezinhle
Lapho ama-electrolyte encibilika emanzini, ahlukana abe izinhlayiya ezine-positive charge (cation) kanye ne-negative (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.