I-BH-485-DD-1.0 I-Digital Conductivity Sensor

Inkcazo emfutshane:

★ Uluhlu lokulinganisa: 0-2000us/cm
★ Iprotokholi: Modbus RTU RS485
★ Iimpawu: Ukuchasana okunamandla, Ukuchaneka okuphezulu
★ Ukusetyenziswa: Amanzi amdaka, Amanzi omlambo, amanzi okusela, i-hydroponic

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Ii-Index zobugcisa

Yintoni i-Conductivity?

Isikhokelo sokulinganisa ukuHanjiswa koMbane kwi-Intanethi

Iimbonakalo
· Ingasebenza ngokuzinzileyo ixesha elide.

· Isenzi sobushushu esakhelwe ngaphakathi, imbuyekezo yobushushu yexesha langempela.

· Isiphumo sesignali ye-RS485, amandla aqinileyo okulwa nokuphazamiseka, uluhlu lwesiphumo olufikelela kwi-500m.

· Ukusebenzisa iprotokholi yonxibelelwano eqhelekileyo yeModbus RTU (485).

· Umsebenzi ulula, iiparameter ze-electrode zinokufezekiswa ngokuseta okukude, ukulinganiswa kwe-electrode okukude.

· Umbane we-24V DC.

Ngaphambili: I-Digital IoT Conductivity Sensor Modbus RTU RS485

Okulandelayo: I-BH-485-DD-10.0 I-Digital Conductivity Sensor

Imodeli	I-BH-485-DD-1.0
Umlinganiselo wepharamitha	ukuhanjiswa komoya, ubushushu
Uluhlu lokulinganisa	Ukuqhuba: 0-2000us/cm Ubushushu: (0~50.0)℃
Ukuchaneka	Ukuqhuba: ±2 us/cm Ubushushu: ±0.5℃
Ixesha lokuphendula	<60S
Isisombululo	Ukuqhuba: 1us/cm Ubushushu: 0.1℃
Ukunikezwa Amandla	12~24V DC
Ukusasazwa kwamandla	1W
Imo yonxibelelwano	I-RS485 (iModbus RTU)
Ubude bekhebula	Iimitha ezi-5, i-ODM ixhomekeke kwiimfuno zomsebenzisi
Ufakelo	Uhlobo lokutshona, umbhobho, uhlobo lokujikeleza njl.njl.
Ubungakanani obupheleleyo	230mm × 30mm
Izixhobo zezindlu	Yenziwe ngentsimbi eshayinayo

Ukuqhubayindlela yokulinganisa amandla amanzi okudlulisa ukuhamba kombane. Olu buchule lunxulumene ngokuthe ngqo noxinzelelo lwee-ion emanzini
1. Ezi ioni eziqhubayo zivela kwiityuwa ezinyibilikisiweyo kunye nezinto ezingaphiliyo ezifana ne-alkalis, ii-chloride, ii-sulfides kunye nee-carbonate compounds
2. Iikhompawundi ezinyibilika zibe zii-ion zikwaziwa ngokuba zii-electrolytes 40. Okukhona ii-ion zininzi, kokukhona ukuhanjiswa kwamanzi kuphezulu. Ngokufanayo, okukhona ii-ion zimbalwa emanzini, kokukhona ukuhanjiswa kwamanzi kuncinci. Amanzi anyibilikisiweyo okanye angena-ion angasebenza njengesithinteli ngenxa yexabiso lawo eliphantsi kakhulu (ukuba alikho kangako) lokuhanjiswa kwamanzi.
3. Amanzi olwandle, kwelinye icala, anomoya ophezulu kakhulu.

Ii-ion ziqhuba umbane ngenxa yeentlawulo zazo ezilungileyo nezimbi
Xa ii-electrolytes zinyibilika emanzini, ziyahlukana zibe zii-particles ezitshajiswe kakuhle (cation) kunye nezitshajiswe kakubi (anion). Njengoko izinto ezinyibilikisiweyo zahlukana emanzini, amanqanaba etshaji nganye entle nembi ahlala elingana. Oku kuthetha ukuba nangona ukuhanjiswa kwamanzi kusanda ngee-ion ezongezelelweyo, ahlala engathathi cala ngombane.

Ukuqhuba/Ukumelanayiparameter yohlalutyo esetyenziswa kakhulu kuhlalutyo lokucoceka kwamanzi, ukujonga i-reverse osmosis, iinkqubo zokucoca, ulawulo lweenkqubo zeekhemikhali, kunye namanzi amdaka emizi-mveliso. Iziphumo ezinokuthenjwa zezi zicelo ezahlukeneyo zixhomekeke ekukhetheni i-sensor efanelekileyo yokuqhuba umbane. Isikhokelo sethu sasimahla sisixhobo esibanzi sokubhekisa kunye noqeqesho esisekelwe kwiminyaka emininzi yobunkokeli kushishino kolu vavanyo.

Ukuqhuba kombane kukukwazi kwezinto ukuqhuba umbane. Umgaqo apho izixhobo zilinganisa khona ukuqhubela kombane ulula—iipleyiti ezimbini zifakwa kwisampulu, kusetyenziswa amandla kuzo zonke iipleyiti (ngesiqhelo i-sine wave voltage), kwaye umbane odlula kwisisombululo uyalinganiswa.

Bhala umyalezo wakho apha uze uwuthumele kuthi