Isivamvo se-Io yedijithali yedijithali Umboniso obonakalisiweyo

Isivamvo se-Io yedijithali ye-IoT

Inkcazelo emfutshane:

★ Inombolo yoMzekelo: BH-485-ION

★ iProtocol: Modbus RTU RS485

★ Iimpawu: Iiyoni ezininzi zingakhethwa, isakhiwo esincinci sofakelo olulula

★ Isicelo: Isityalo samanzi amdaka, amanzi aphantsi komhlaba, i-aquaculture

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Imanyuwali

Intshayelelo

I-BH-485-ION yinzwa ye-ion yedijithali kunye ne-RS485 yonxibelelwano kunye neprotocol ye-Modbus eqhelekileyo.Imathiriyeli yendlu ayinyibiliki (PPS+POM), ukhuseleko lwe-IP68, ilungele iindawo ezininzi zokujongwa komgangatho wamanzi; Le sensor ye-ion ye-intanethi isebenzisa i-electrode ye-industrial composite electrode, ireferensi yoyilo lwebhulorho yetyuwa ephindwe kabini kwaye inobomi obude bokusebenza; Yakhiwe- kwinzwa yobushushu kunye ne-algorithm yembuyekezo, ukuchaneka okuphezulu;Isetyenziswe ngokubanzi kumaziko ophando lwezenzululwazi asekhaya nakwamanye amazwe, imveliso yeekhemikhali, isichumiso sezolimo, kunye namashishini amdaka aphilayo.Isetyenziselwa ukukhangela ugutyulo jikelele, amanzi amdaka kunye namanzi angaphezulu.Inokufakwa kwi-sink okanye kwi-tank yokuhamba.

Inkcazo yobuGcisa

Umzekelo	I-BH-485-ION i-Digital Ion sensor
Uhlobo lweIons	F^-,Cl^-,Ca₂⁺,HAYI₃^-,NH₄⁺,K⁺
Uluhlu	0.02-1000ppm(mg/L)
Isigqibo	0.01mg/L
Amandla	I-12V (ilungiselelwe i-5V, i-24VDC)
Ukuthambeka	52~59mV/25℃
Ukuchaneka	<±2% 25℃
Ixesha lokuphendula	<60s (90% ixabiso elifanelekileyo)
Unxibelelwano	Umgangatho we-RS485 Modbus
Imbuyekezo yobushushu	PT1000
Ubungakanani	D:30mm L:250mm, intambo:3meters(inokwandiswa)
Indawo yokusebenza	0~45℃ , 0~2bar

Reference Ion

Uhlobo lwe-Ion	Ifomula	Ukuphazamisa ion
Iion yefluoride	F^-	OH^-
I-chloride ion	Cl^-	CN^-,Br, mna^-,OH^-,S^2-
I-calcium ion	Ca₂⁺	Pb²⁺,Hg²⁺,Si²⁺,Fe²⁺,Ku²⁺,Ni²⁺,NH₃,N / A⁺Li⁺,Tris⁺,K⁺,Ba⁺,Zn²⁺uMg²⁺
Nitrate	NO₃^-	CIO₄-, mna^-,CIO₃-,F^-
Ammonium ion	NH₄⁺	K⁺,N / A⁺
Potassium	K⁺	Cs⁺,NH4⁺Tl⁺,H⁺,Ag⁺,Tris⁺Li⁺,N / A⁺

Ubungakanani boluvo

Amanyathelo okulinganisa

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

2. Vula imenyu yokulinganisa isixhobo okanye imenyu yovavanyo lwesoftware;

3. Hlanza i-electrode ye-ammonium ngamanzi acocekileyo, ufunxe amanzi ngetawuli yephepha, kwaye ubeke i-electrode kwisisombululo esiqhelekileyo se-10ppm, vula i-magnetic stirrer kwaye ushukumise ngokulinganayo ngesantya esingaguqukiyo, kwaye ulinde malunga nemizuzu eyi-8 kwidatha. ukuzinzisa (okuthiwa ukuzinza: ukuguquguquka okunokwenzeka ≤0.5mV / min), bhala ixabiso (E1)

4.Hlala i-electrode ngamanzi acocekileyo, ufunxe amanzi ngetawuli yephepha, kwaye ubeke i-electrode kwisisombululo esiqhelekileyo se-100ppm, vula i-magnetic stirrer kwaye ushukumise ngokulinganayo ngesantya esingaguqukiyo, kwaye ulinde malunga nemizuzu eyi-8 ukuze idatha ihambe. ukuzinzisa (okuthiwa ukuzinza: ukuguquguquka okunokwenzeka ≤0.5mV / min), bhala ixabiso (E2)

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

Ukulungisa ingxaki

Ukuba ithambeka le-ammonium ion electrode alikho kuluhlu oluchazwe ngasentla, yenza le misebenzi ilandelayo:

1. Lungiselela isisombululo esiqhelekileyo esisanda kulungiswa.

2. Coca i-electrode

3. Phinda kwakhona "i-electrode operation calibration" kwakhona.

Ukuba i-electrode isengafanelekile emva kokwenza imisebenzi engentla, nceda uqhagamshelane neSebe le-After-service Department ye-BOQU Instrument.

Ngaphambili: Imitha yokuhamba yombane

Okulandelayo: I-IoT yedijithali intsalela ye-chlorine sensor

I-BH-485-ION yeDijithali ye-Ion ye-Intanethi

Bhala umyalezo wakho apha kwaye uwuthumele kuthi