Ukuqapha real-time kwenziwe lula: izinzwa ze-terbidity yamanzi online

Esikhathini sanamuhla sezimboni, ukuqapha isikhathi sangempela sekhwalithi yamanzi kubaluleke kakhulu. Noma ngabe kusezimisweni zokwelashwa kwamanzi, izikhungo zokukhiqiza izimboni, noma izinhlelo eziqondile zokuphuza zamanzi, ukulondolozela ubumsulwa nokucaca kwamanzi kubalulekile.

Ithuluzi elilodwa elibucayi eliguqule inqubo yokuqapha i-turbidity yamanzi i-BOQE ehlanganiswe inzwa yokulungisa amanzi ehlanganisiwe enobubanzi obuhlukile ngesibonisi.

Kule bhulogi, sizongena ezintweni ezibalulekile nezinzuzo zalesi sensor yokusika isisusa, siqinisekisa ukuthi kufaneleka kanjani ukubhekisisa kwe-turbidity, kuqinisekisa ukunemba kwedatha, futhi kunikeza ukulungiswa okulula, okwenza kube yimpahla ebaluleke kakhulu yezimboni ezahlukahlukene.

Yini inzwa yokulungisa amanzi?

Ngaphambi kokuthi sisebenzise izici ezinhle kakhulu ze-boqu'sInhlanganisela ye-turbidity ehlanganisiwe yohlobo oluphansi oluhlanganisiwe olunesibonisi, ake siqale ukuqonda umqondo oyisisekelo wenzwa yokuzilungisa yamanzi.

Ngamafuphi, inzwa yama-turbidity ye-Water iyithuluzi eliyinkimbinkimbi enzelwe ukukala amafu noma ukufudumala koketshezi okubangelwa inani elikhulu lezinhlayiya ngakunye okumiswe kulo. Lezi zinhlayiya, ezinjengoSilt, ubumba, udaba lwe-organic, kanye ne-plankton, zingasakaza futhi zimunca ukukhanya, okuholela ekunciphiseni okusobala noma ukuhlukumeza okuncishisiwe emanzini.

  •  Umgomo:

Inzwa yokulungisa ama-turbidity yamanzi isebenza ngokususelwa emgabeni wokuhlakazeka kokukhanya. Lapho ukukhanya kudlula esampukane yamanzi, izinhlayiya ezimisiwe zixhumana nokukhanya, zibenze kusakaze ngezindlela ezahlukahlukene.

I-sensor ibona futhi ilinganise lokhu kukhanyisa okuhlakazekile, okwenza ukuthi kunikeze ukulinganiswa kokuqina. Lokhu kulinganiswa kubalulekile kuzicelo ezahlukahlukene, kufaka phakathi izitshalo zokwelashwa kwamanzi, ukuqapha imvelo, izinqubo zezimboni, nokuningi.

Manje, ake sihlole izici ezihlukile ezibekele i-boqu's water turbidity sensor ngokwahlukana kanye nezinhlelo zokusebenza ezihamba ngobanzi ezisebenza endaweni yezimboni.

Ukucaciswa okuthuthukisiwe nge-EPA Proligressip 90-degree Sclusing indlela:

Inhliziyo ye-turbidity sensor ehlanganisiwe yama-turbidity ehlanganisiwe kaBoqu ilele ekusetshenzisweni kwayo kwendlela ye-EPA Production 90-degree Screating indlela. Le ndlela ethile ihambelana kahle nokuqapha okuphansi kwe-turbidity, okuvumela ukufundwa okunembile futhi okunembile ngisho nasezindaweni ezinamazinga aphansi wokujijeka.

Ngokukhipha ukukhanya okufana nomthombo wokukhanya we-sensor kusampula yamanzi, izinhlayiya emanzini zihlakaze ukukhanya. Isamukeli se-Silicon Photocell kaSilicon Photocell bese sithwebula ukukhanya okusakazekile endaweni enama-90-degree e-angle esele. Ngokubala okuthuthukile ngokusekelwe kulobu budlelwano, inzwa ithola inani le-turbitity yesampula yamanzi.

  •  Ukusebenza okuphezulu ekubhekweni kwama-rubidity aphansi

Indlela ye-EPA Production Screating Method ihlinzeka ngokusebenza okuphezulu uma kuziwa ekubhekeni umshubelo ophansi. Ngokuthola amandla awo abucayi, inzwa ingathola ushintsho lomzuzu emazingeni okuTurbidity, okwenza kube kuhle ngezicelo lapho kugcinwa khona amanzi acacile kakhulu.

inzwa yokulungisa amanzi

  •  I-boon yezitshalo zokwelashwa kwamanzi

Izitshalo zokwelashwa kwamanzi zincike kakhulu ekulinganisweni kwe-turbitity enembile ukuqinisekisa ukusebenza kwenqubo yazo. I-sensor ye-boqu, ngokunemba kwayo nokuqina, iba yithuluzi elibalulekile ekwelashweni kwamanzi arsenal, okuvumela abahlinzeki ukuthi bathathe izinyathelo ezisheshayo noma nini lapho amazinga okuvuthayo ephambuka ebangeni elifunekayo.

  •  Ukuthola amanzi okuphuza asezingeni eliphakeme

Ezinhlelweni zamanzi okuphuza aqondile, ukulondolozwa kwamanzi ukucaca akunakuxoxiswana. Indlela ye-EPA Isimiso esingu-90-Degree inika amandla iziphathimandla zamanzi ukuze zilondoloze amazinga aphezulu kakhulu ekhwalithi yamanzi, ukuhlinzeka ngamanzi aphephile futhi ahlanzekile okuphuza emphakathini.

Ukuqina kwedatha okungenakuqhathaniswa nokuzala:

Ukungaguquguquki kanye nokwethembeka kwimininingwane yokuguquguquka kubalulekile ngokwenza izinqumo ezinolwazi futhi kuthathe izinyathelo zokulungisa ngesikhathi. Ukuhlanganiswa kwe-turbidity ye-turbidity yama-turbidity ehlanganisiwe kwamanzi okuphansi okuhlanganisiwe okuhlanganisiwe kudlula idatha ekuletheni idatha ezinzile nezezimali, ukukhuthaza ukwethenjwa kwinqubo yokuqapha.

  •  Ukufundwa okuqhubekayo kokuqonda kwangempela kwesikhathi

Ngokwazi okuqhubekayo kokufunda okuqhubekayo, inzwa inikezela ngemininingwane yesikhathi sangempela ekuguquguqukeni kwe-turbidity. Ama-opharetha angabheka ukushintshana kwezishintshambisi ngokuhamba kwesikhathi, okubavumela ukuba bakhombe izitayela namaphethini, futhi babhekane nezinkinga ezingaba khona ngaphambi kokuba zikhule.

  •  Ukuqinisekisa ukunemba kwedatha ezikhungweni zokukhiqiza izimboni

Ezindaweni ezahlukahlukene zokukhiqizwa kwezimboni ezincike emanzi, ukunemba kwemininingwane okungaguquki kubalulekile ukuze kugcinwe ikhwalithi yomkhiqizo nokusebenza kwenqubo. Ukufundwa okuzinzile okuzinzile nokuvelela kabusha kusiza abakhiqizi ukuthi bandise imisebenzi yabo futhi banciphise ingozi yokuphazamiseka kokukhiqiza.

  •  Ukunika amandla izinqumo eziqhutshwa yidatha

Emhlabeni oqhutshwa idatha, ukuba nemininingwane ethembekile kuyisihluthulelo sokwenza izinqumo ezinolwazi kahle. I-sensor yokuqina ye-turbidity inikeza isisekelo sokwenza izinqumo eziqhutshwa yidatha emikhakheni ehlukahlukene, iqinisekise ukuthi izinketho zisuselwa kudatha enembile ne-to-to-date turbidity.

Ukuhlanza okwenziwe lula kanye nokulungiswa:

Noma yiliphi ithuluzi lezimboni kufanele libe lula ukuligcina ukukhulisa ukusebenza kahle futhi linciphise isikhathi sokuphumula. Inzwa yokobutha yama-turbidity ye-turbidity ye-boqu ehlanganisiwe ka-boqu yenzelwe ukulula engqondweni, okwenza kube nomoya opholile ukuze uhlanze futhi uwulondoloze.

  •  Isikhathi sokuphumula esincane, ukukhiqizwa okuphezulu

Ukulula kokuhlanza nokulungiswa kuqinisekisa ukuthi inzwa in phezulu futhi isebenza ngesikhathi esincane, yandisa ukusebenza kahle kwenqubo yokuqapha. Lesi sici sizuzisa kakhulu izicelo ezibucayi lapho ukuqapha okuqhubekayo kubalulekile khona.

  •  Ukonga izindleko zesikhathi eside

Ngokuqondisa imisebenzi yokuhlanza nokuhlanza, inzwa inomthelela okongeni izindleko zesikhathi eside. Izindleko zokuphumula ezincishisiwe nezindleko zokulungiswa okuphansi zengeza ekudluliselwe kwayo njengotshalomali olubalulekile lwezimboni ezibheke ukwenza imisebenzi yazo.

  •  Isikhombimsebenzisi esisebenziseka kalula sokulungiswa kwamahhala

I-Serbidity Sensor yamanzi ye-Boqu ifakwe isibonisi esisebenziseka kalula esiqondisa abasebenza ngenqubo yesondlo. Lesi sibonisi esibonakalayo sikwenza umsebenzi, okwenza sifinyelele kuchwepheshe nabasanda kufika.

inzwa yokulungisa amanzi

Izici Zokuphepha Ezithuthukisiwe kanye Nezicelo Ezibanzi:

Ngaphandle kwemisebenzi yayo eyinhloko, inzwa yokulungisa amanzi ehlanganisiwe ye-BOKOQu

  •  Ukuqinisekisa ukuphepha kwedivayisi ne-opharetha

Ukuvikelwa kwe-Sensor Polsor Popularm Okuhle nobubi buqinisekisa ukuphepha kwensiza kanye nabaqhubi bayo, ukuvimba izingozi zikagesi ezingaba khona ngesikhathi sokufakwa nokulungiswa.

  •  Ukuqina futhi okuthembekile kuzilungiselelo ezahlukahlukene

I-sensor's Rs485 A / B Surminal Ukuvikelwa kwamandla okuphakelwa kwamandla okuvikelwa amandla kuqinisekisa ukuthi kuhlala kuqine futhi kuyathembeka, ngisho nasekufuneni indawo yezimboni. Lokhu kuqina kwenza kube ukukhetha okuhle kwezicelo ezahlukahlukene kuyo yonke imboni ehlukene.

Amagama okugcina:

Ekuphetheni, inzwa ye-turbidity ye-boqu ehlanganisiwe ephansi ehlanganiswe ne-advery imele umguquki womdlalo emkhakheni wokuqapha kwama-turbitity wesikhathi sangempela.

Ngendlela yayo yokusakazeka ye-EPA 90-degree, idatha ezinzile, ukulungiswa okulula, kanye nezicelo eziguquguqukayo, le nzwa iyisixazululo sezimboni ezisezingeni elifanelekile.

Ukumukisa lobu buchwepheshe obusika-onqenqemeni elikuhlomisa izimboni ezinamandla okuvikela izinqubo zazo, uthuthukise umkhiqizo, futhi uqinisekise ukulethwa kwamanzi ahlanzekile futhi aphephile emiphakathini.


Isikhathi sePosi: Jul-14-2023