Inzwa ye-Ion yedijithali ye-IoT

Inkcazo emfutshane:

★ Inombolo yoMzekelo: BH-485-ION

★ Iprotokholi: Modbus RTU RS485

★ Iimpawu: Ii-ion ezininzi zinokukhethwa, isakhiwo esincinci sokufakelwa lula

★ Isicelo: Isityalo samanzi amdaka, amanzi angaphantsi komhlaba, ukulima amachibi

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Ngesandla

Intshayelelo

I-BH-485-ION sisivamvo se-ion sedijithali esinonxibelelwano lwe-RS485 kunye neprotocol eqhelekileyo yeModbus. Izinto zokwakha azinawo umhlwa (PPS+POM), zikhusela i-IP68, zifanelekile kwiindawo ezininzi zokujonga umgangatho wamanzi; Esi sivamvo se-ion esikwi-intanethi sisebenzisa i-electrode edibeneyo yodidi lwemizi-mveliso, uyilo lwe-electrode yesalathiso se-double salt bridge kwaye sisebenza ixesha elide; Isivamvo sobushushu esakhelwe ngaphakathi kunye ne-algorithm yokuhlawulela, ukuchaneka okuphezulu; Sisetyenziswe kakhulu kumaziko ophando lwezenzululwazi asekhaya nakwamanye amazwe, imveliso yeekhemikhali, izichumisi zezolimo, kunye namashishini amanzi amdaka endalo. Sisetyenziselwa ukufumanisa amanzi amdaka aqhelekileyo, amanzi amdaka kunye namanzi angaphezulu. Singafakwa kwisinki okanye kwitanki yokuhamba.

Iinkcukacha zoBugcisa

Imodeli	Inzwa ye-Ion yedijithali ye-BH-485-ION
Uhlobo lwee-ion	F^-,Cl^-,Ca₂⁺,HAYI₃^-,NH₄⁺,K⁺
Uluhlu	0.02-1000ppm(mg/L)
Isisombululo	0.01mg/L
Amandla	12V (yenzelwe i-5V, 24VDC)
Ithambeka	52~59mV/25℃
Ukuchaneka	<±2% 25℃
Ixesha lokuphendula	<60s (90% ixabiso elifanelekileyo)
Unxibelelwano	I-RS485 Modbus esemgangathweni
Imbuyekezo yobushushu	I-PT1000
Ubukhulu	D:30mm L:250mm, intambo:3mitha (inokwandiswa)
Indawo yokusebenza	0~45℃ , 0~2bar

I-Ion yesalathiso

Uhlobo lwe-Ion	Ifomula	I-ion ephazamisayo
I-ion ye-fluoride	F^-	OH^-
I-ion ye-chloride	Cl^-	CN^-,Br,I^-,OH^-,S^2-
I-calcium ion	Ca₂⁺	Pb²⁺,Hg²⁺,Si²⁺,Fe²⁺,Cu²⁺,Ni²⁺,NH₃,N / A⁺,Li⁺,Tris⁺,K⁺,Ba⁺,Zn²⁺,Mg²⁺
I-nitrate	NO₃^-	I-CIO₄-, Mna^-, I-CIO₃-,F^-
I-Ammonium ion	NH₄⁺	K⁺,N / A⁺
I-Potassium	K⁺	Cs⁺,NH4⁺,Tl⁺,H⁺,Ag⁺,Tris⁺,Li⁺,N / A⁺

Ubukhulu beSensor

Amanyathelo okulinganisa

1.Qhagamshela i-electrode ye-ion yedijithali kwi-transmitter okanye kwi-PC;

2. Vula imenyu yokulinganisa izixhobo okanye imenyu yesoftware yovavanyo;

3. Hlamba i-electrode ye-ammonium ngamanzi acocekileyo, thabatha amanzi ngetawuli yephepha, uze ufake i-electrode kwisisombululo esiqhelekileyo se-10ppm, vula i-stirrer yemagnethi uze uvuselele ngokulinganayo ngesantya esingaguqukiyo, uze ulinde malunga nemizuzu esi-8 ukuze idatha izinze (oko kubizwa ngokuba kukuzinza: ukuguquguquka okunokwenzeka ≤0.5mV/ min), bhala ixabiso (E1)

4. Hlamba i-electrode ngamanzi acocekileyo, thabatha amanzi ngetawuli yephepha, uze ufake i-electrode kwisisombululo esiqhelekileyo se-100ppm, vula i-magnetic stirrer uze uvuselele ngokulinganayo ngesantya esingaguqukiyo, uze ulinde malunga nemizuzu esi-8 ukuze idatha izinze (oko kubizwa ngokuba kukuzinza: ukuguquguquka okunokwenzeka ≤0.5mV/ min), bhala ixabiso (E2)

5. Umahluko phakathi kwamaxabiso amabini (E2-E1) kukuthambeka kwe-electrode, malunga ne-52 ~ 59mV (25℃).

Ukulungisa ingxaki

Ukuba i-slope ye-ammonium ion electrode ayikho ngaphakathi koluhlu oluchazwe apha ngasentla, yenza le misebenzi ilandelayo:

1. Lungisa isisombululo esisemgangathweni esisandula ukulungiswa.

2. Coca i-electrode

3. Phinda kwakhona "ukulinganisa ukusebenza kwe-electrode".

Ukuba i-electrode ayikafaneleki emva kokwenza le misebenzi ingasentla, nceda unxibelelane neSebe le-BOQU Instrument emva kwenkonzo.

Ngaphambili: Imitha yokuhamba kwe-electromagnetic

Okulandelayo: I-sensor ye-chlorine eseleyo yedijithali ye-IoT

I-BH-485-ION Digital I-Ion Sensor

Bhala umyalezo wakho apha uze uwuthumele kuthi