Ukuqapha Ikhwalithi Yamanzi Ejulile Esezingeni Eliphezulu Okuhlanganisiwe kwe-4G EC kanye neSensor Yezinga

1. Isifinyezo Sabaphathi

Ukuze kuqashwe ikhwalithi yamanzi ajulile ngempumelelo, uhlelo lokuzwa oluhlanganisiwe lwe-4G olufana ne-RD-ETTSP-01 oluhlanganiswe ne-Pneumatic Water Gauge luyindinganiso yemboni. Lesi sixazululo samapharamitha ama-5 silinganisa ngesikhathi esisodwa i-Electrical Conductivity (EC), i-TDS, i-Salinity, i-Temperature, kanye ne-Liquid Level. Ngokusebenzisa i-electrode ye-PTFE engagqwali kanye nesango le-4G/LoRaWAN, opharetha bangadlulisela idatha yesikhathi sangempela kusuka ekujuleni okungu-10m+ kuya kumaseva amafu. Le ndlela yokwakha iqinisekisa ukusebenza okuzinzile ezindaweni zezimboni ezine-acidic noma ezinosawoti omningi lapho ama-transducers endabuko kanye nama-electrode ajwayelekile evame ukwehluleka khona.

2. Kungani ama-electrode e-PTFE esebenza kahle kakhulu ku-Acidic Industrial Waste

Ngokusekelwe eminyakeni yethu eyi-15 yokukhiqiza ama-node e-IoT ezimboni, sithole ukuthi ama-electrode ajwayelekile awohloka ngokushesha ezindaweni ezijulile eziqukethe okuqukethwe okuphezulu kwamaminerali noma ukugeleza kwamanzi ezimbonini. I-RD-ETTSP-01 ixazulula lokhu nge-Umklamo we-electrode ye-PTFE (Polytetrafluoroethylene), enikeza ukumelana okungenakuqhathaniswa nama-asidi, ama-alkali, kanye nezixazululo ezinosawoti omningi.
Ukuqonda Kwezakhiwo:Ukuhlanganiswa ngokomzimba kwe-EC probe kanye ne-Pneumatic Water Gauge ebhulekini lokufaka elihlanganyelwe kuvumela indawo encane, ebalulekile ezimbozweni zemithombo ezingama-intshi angu-4 noma angu-6. Ngokungafani nama-transducers okucindezela avamile angangcolisa emigodini enodaka, i-Pneumatic Gauge isebenzisa ukuzwa kwegesi okuphakathi nendawo ukuze inikeze izinga lokunemba elingu-0.2% ngaphandle kokuxhumana ngqo koketshezi nama-diaphragm angaphakathi azwelayo. Qaphela: Igeyiji ifanele noma yiliphi igesi noma uketshezi olungagqwali insimbi engagqwali.

3. Imininingwane Yobuchwepheshe kanye Nedatha Yokuvinjelwa

Ipharamitha	Ibanga Lokulinganisa	Ukunemba	Isixazululo
I-EC (Ukuqhuba)	0 ~ 2,000,000 µS/cm	±1% FS	10 µS/cm
I-TDS (Ingqikithi Yezinto Eziqinile Ezincibilikisiwe)	0 ~ 100,000 ppm	±1% FS	10 ppm
Usawoti	0 ~ 160 ppt	±1% FS	0.1 ppt
Izinga lokushisa	0 ~ 60 °C	±0.5 °C	0.1 °C
Izinga Lamanzi (I-Pneumatic)	0 ~ 10 amamitha	0.2%	1 mm

Izidingo Zokuxhumana Nogesi Nesignali:

•Ukukhishwa Kwedijithali:I-RS485 (I-Standard Modbus-RTU, Ikheli: 01).

•Umphumela we-Analog:4-20mA, 0-5V, noma 0-10V (Qaphela: I-Analog ivame ukusekela usawoti kuphela).

•I-Voltage Yokuphakelwa:I-DC (ye-4-20mA/0-10V).

•Amandla Okulinganisa Omoya:12-36VDC (24V Okuvamile).

Impedance Ephakeme Yezimpawu Zamanje ze-4-20mA:| I-Voltage Yokuphakelwa | 9V | 12V | 20V | 24V |Ukuphazamiseka Okuphezulu| 125h | 250Ω | 500Ω | >500Ω |

4. Ukuthuthukisa Ukuphathwa Kwe-Aquifer nge-4G/LoRaWAN Ecosystem

Ekusetshenzisweni kwethu emkhakheni, ukuhlanganisa ukuguquguquka kwekhwalithi yamanzi nokushintsha kwamazinga ngesikhathi sangempela kuvumela ukuqagela kwemodeli ye-aquifer. Uhlelo lusekela ama-backhaul amaningi angenantambo:

•I-GPRS/4G/WiFi:Kuhle kakhulu kumasayithi anesembozo seselula esikhona.

•I-LoRa/LoRaWAN:Kuhle kakhulu ekuqapheni okukude kolwandle noma emaqenjini ajulile lapho isango elilodwa lihlanganisa idatha evela kuma-node amaningi (kufika ku-300m ububanzi nge-node ngayinye).

•Ukuboniswa Kwamafu:Amaseva ethu azinikele ahlinzeka ngamadeshibhodi esikhathi sangempela kanye nokutholwa kwedatha yomlando, njengoba kubonakala ekusetshenzisweni kwethu kwama-node okuqapha olwandle.

5. Izimo Zokusebenza Eziqondene Nemboni

Ezemvelo kanye noMasipala	Izimboni kanye Namandla	Ukudla Nezolimo
• Ukuqapha Ukwelashwa Kwendle Ku-inthanethi	• Amanzi Okupholisa Amandla Okushisa	• Ukufuywa Kwezinhlanzi Okunobuningi Obuningi
• Ukusatshalaliswa Kwekhwalithi Yamanzi Ompompi	• I-Metallurgy kanye ne-Electroplating	• Ukulawulwa Kwenqubo Yokuvubela
• Ukulandelela Usawoti Wamanzi Angaphezulu	• Ukungcola Kwemboni Yamakhemikhali	• Ukucubungula Ukudla Nokwenza Amaphepha
• Ukuphrinta Nokudaya Izindwangu	• Izinhlelo Zokubuyisa I-Acid/Alkali	• Ukulinganisa Izakhamzimba Ze-Hydroponic

6. Ukufakwa Kobungcweti: Ukugwema Iphutha "Le-Dead Cavity"

Onjiniyela bavame ukunganaki ukuguquguquka okubonakalayo kokugeleza kwamanzi okuzungeze inzwa. Ukuze ugcine amazinga e-EEAT ekusetshenzisweni kwakho, landela lezi zinqubo:

1.Vimbela “Izimbobo Ezifile”:Ezifakweni zamapayipi noma ezifakwe ngaphansi kwamanzi, qiniseka ukuthi isixhumi se-electrode asiside kakhulu uma siqhathaniswa nesandiso. Uma i-probe igqitshwe kakhulu endaweni encane, amanzi ahlala engashintshi. Lo “Mngxunya Ofile” usho ukuthi inzwa yakho ilinganisa amanzi amadala, okuholela ekubambezelekeni okukhulu kwedatha namaphutha.

2.Ukuqeda Ukuqongelela Kwegesi:Ukuze ufake ipayipi, qiniseka ukuthi ipayipi ligcwele. Amabhamuza omoya noma amaphakethe egesi egumbini lokulinganisa azobangela idatha engahlelekile negxumayo.

3.Ukuhlukaniswa Kwesignali:Isignali yokulinganisa iyisignali kagesi ebuthakathaka.Ikhebula lokuthola kumele liqondiswe ngokuzimela.Ungalokothi uyibophe ngezintambo zikagesi ezinamandla aphezulu noma izintambo zokulawula; ukuphazamiseka kungaphula iyunithi yokulinganisa yemitha.

4.Ukuhlanzeka kwe-Electrode:Ungalokothi uthinte indawo ye-electrode ngezandla ezingagqokile. Izinsalela ezinamafutha ezivela esikhumbeni zizovimbela ukuthintana okunembile kwama-ion kuya kuma-electrode, okwenza ukulinganisa kungasebenzi.

7. Imibuzo Evame Ukubuzwa

Q1: Ngingayilinganisa kanjani inzwa uma ukufundwa kudlula?

A:Ukulinganisa kuhilela ukushintsha i-“Electrode Constant” nge-Modbus. Okokuqala, setha i-constant ibe yi-1.0 (0×03 E8). Kala ikhambi elijwayelekile (isb., 1413 µS/cm). Uma ukufundwa kuphansi kancane, lungisa i-linear multiple (isb., ibe yi-0.98 noma i-0×03 E6) ukuze ifane ne-standard.

Umbuzo 2: Ingabe inzwa ingasinda emfucumfucwini yezimboni ene-asidi ephezulu? 

A:Yebo. Ukusetshenziswa kwe-electrode ye-PTFE kanye nomzimba we-pneumatic gauge wensimbi engagqwali kuqinisekisa ukumelana nama-acid amaningi ezimboni kanye nama-alkali. Kodwa-ke, gwema ukuklwebheka ngomshini kwe-electrode ngesikhathi sokuhlanza, njengoba lokhu kushintsha i-electrode constant.

Umbuzo 3: Ingabe ubude bekhebula bungenziwa ngokwezifiso emithonjeni engamamitha angu-50+? 

A:Izintambo zikhethekile, zivikelwe, futhi zilungisiwe efektri. Nakuba ububanzi obujwayelekile buyi-10m, ubude kumele bucaciswe ngesikhathi senqubo yoku-oda ukuqinisekisa ukulinganiswa okufanele efektri. Ukufaka izintambo ensimini ngezintambo ezingacacisiwe kuzodala amaphutha amakhulu okulinganisa.

Umbuzo 4: Ngingayithola kanjani ikheli ledivayisi "elilahlekile"? 

A:Uma ikheli le-Modbus likhohliwe, sebenzisa ikheli lokusakaza0XFEQaphela ukuthi i-host kumele ixhunywe ku-slave eyodwa kuphela uma usebenzisa lo myalo ukubuza noma ukusetha kabusha ikheli lokuqala.

•Cela Isilinganiso Esenziwe Ngokwezifiso Semisebenzi Yokuqapha I-IoT Yezimboni

Amathegi:Inzwa ye-EC yezinga lamanzi ajulile | Inzwa ye-EC nezinga lamanzi eneseva ye-4G kanye nesofthiwe

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