I-DDG-GY I-Industrial Inductive Conductivity/Inzwa ye-TDS eFakelweyo Umfanekiso

I-DDG-GY Industrial Inductive Conductivity/TDS Sensor

Inkcazelo emfutshane:

★ Uluhlu lokulinganisa: 0-2000ms / cm

★ Iprotocol: 4-20mA okanye i-RS485 imveliso yesignali

★ Iimpawu: Ukuchasana okunamandla, ukuchaneka okuphezulu

★ Isicelo: Ikhemikhali, Amanzi asetyenzisiweyo, amanzi omlambo, iplanti yombane

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Izalathisi zobuGcisa

Yintoni i-Conductivity?

Umlinganiselo wokuSebenza kwi-Intanethi

Iimbonakalo

1. Ukusebenza kwiindawo ezibuhlungu zeekhemikhali kugqwesileyo, imathiriyeli enganyangekiyo yeekhemikhali eyenziwe yi-electrode ayiphazamisi i-polarized, ukunqanda ubumdaka, ubumdaka kunye nokuchaphazela izinto ezigubungeleyo ezigqumayo ezinje zimbi kakhulu, zilula kwaye kulula ukuzifaka ke lululuhlu olubanzi kakhulu. yezicelo.Yila ii-electrode ezisetyenziswa kugxininiso olukhulu lweeasidi (ezifana ne-asidi ye-sulfuric evuthayo) okusingqongileyo.

2. Ukusetyenziswa kwemitha yoxinaniso lwe-asidi yesiNgesi, ukuchaneka okuphezulu, kunye nokuzinza okuphezulu.

3. I-teknoloji ye-conductivity sensor isusa iimpazamo zokuvala kunye ne-polarization.Ukusetyenziswa kuzo zonke iindawo ze-electrode zoqhagamshelwano kunokubangela ukuvaleka okunomsebenzi ophezulu.

4. Inzwa enkulu yokuvula, ukuzinza kwexesha elide.

5. Yamkela uluhlu olubanzi lweebakaki kwaye usebenzise isakhiwo esiqhelekileyo sokuxhoma i-bulkhead, ukufakwa okuguquguqukayo.

Ngaphambili: I-DDG-30.0 i-Industrial Conductivity Sensor

Okulandelayo: I-DDG-GYW Inductive Conductivity Iqondo eliphezulu le-130℃ Inzwa

1. Uxinzelelo oluphezulu (ibha): 1.6MP
2. Izinto zomzimba we-Electrode: PP, ABS, PTFE ozikhethelayo
3. Uluhlu lokulinganisa: 0 ~ 20ms / cm, 0-200ms / cm, 0-2000ms / cm
4. Ukuchaneka (iseli rhoqo):.± (+25 kuthi ukulinganisa ixabiso le-0.5%)
5. Ufakelo: ukuhamba-hamba, umbhobho, ukucwiliswa
6. Ufakelo lwemibhobho: imisonto yombhobho 1 ½ okanye ¾ NPT
7. Isignali yemveliso: 4-20mA okanye RS485

Ukuqhubangumlinganiselo wokukwazi kwamanzi ukudlula ukuhamba kombane.Esi khono sinxulumene ngokuthe ngqo noxinaniso lwe-ion emanzini 1. Ezi ion zokuqhuba zivela kwiityuwa ezinyibilikileyo kunye nezixhobo ze-inorganic ezifana ne-alkalis, i-chlorides, i-sulfides kunye ne-carbonate compounds 3. Iikhompawundi ezinyibilikayo kwi-ion ziyaziwa ngokuba yi-electrolytes 40. ion ezininzi ezikhoyo, iphezulu conductivity yamanzi.Ngokunjalo, iiyoni ezimbalwa ezisemanzini, kokukhona ziqhuba kancinci.Amanzi adityanisiweyo okanye ahlanjululweyo anokusebenza njenge-insulator ngenxa yexabiso layo eliphantsi kakhulu (ukuba alinakuhoywa) 2. Amanzi olwandle, ngakolunye uhlangothi, ane-conductivity ephezulu kakhulu.

I-Ions iqhuba umbane ngenxa yeentlawulo zabo ezintle kunye nezibi 1. Xa i-electrolytes ichitheka emanzini, iyahlukana ibe yi-positive charge (cation) kunye ne-negative charge (anion) particles.Njengoko izinto ezinyityilisiweyo ziqhekeka emanzini, ugxininiso lwentlawulo nganye elungileyo kunye nengalunganga ihlala ilingana.Oku kuthetha ukuba nangona i-conductivity yamanzi inyuka ngee-ion ezongeziweyo, ihlala ingathathi hlangothi ngombane 2

I-Conductivity/Resistivity yiparameter yokuhlalutya esetyenziswa ngokubanzi yokuhlalutya ukucoceka kwamanzi, ukubeka iliso kwi-osmosis ebuyela umva, iinkqubo zokucoca, ulawulo lweenkqubo zeekhemikhali, nakumanzi amdaka kwimizi-mveliso.Iziphumo ezithembekileyo kwezi zicelo ezahlukeneyo zixhomekeke ekukhetheni i-sensor conductivity efanelekileyo.Isikhokelo sethu esisincomayo sisalathiso esibanzi kunye nesixhobo soqeqesho esisekwe kumashumi eminyaka yobunkokeli boshishino kulo mlinganiso.

I-Conductivity kukukwazi kwempahla ukwenza umsinga wombane.Umgaqo-nkqubo apho izixhobo zokulinganisa i-conductivity ilula-iipleyiti ezimbini zifakwe kwisampuli, amandla asetyenziswa kuwo wonke amacwecwe (ngokuqhelekileyo i-sine wave voltage), kwaye i-current edlula kwisisombululo ilinganiswa.

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