SDW016 Intelligent COD isivamvo Featured Umfanekiso

SDW016 Intelligent COD uluvo

Inkcazelo emfutshane:

I-SDW016 iyinzwa ye-COD ehlakaniphile esekelwe kwi-ultraviolet enzulu (UVC) indlela yokufunxa ukulinganisa into ephilayo emanzini kunye neteknoloji edibeneyo ye-optical path difference.Yamkela i-RS485 yonxibelelwano yonxibelelwano kunye ne-standard standard ye-ModBus / RTU yonxibelelwano.Inzwa inokukhawuleza (ngemizuzwana) ukulinganisa i-COD, i-BOD, i-TOC, i-turbidity, ukushisa kwamanzi kunye nezinye iiparitha zomgangatho wamanzi, ukubonakaliswa kwexesha langempela lokutshintsha kwamanzi emzimbeni.

I-sensor inekhono le-variable optical path kunye ne-optical path difference function, engagcini nje ukwandisa uluhlu, kodwa iphinde ikhuphe impembelelo yokungcola kwefestile, eyandisa kakhulu ukuchaneka nokuthembeka kokulinganisa.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zokuSebenza

1. I-UVC&VIS itekhnoloji ye-wavelength ephindwe kabini, isusa ngempumelelo impembelelo ye-turbidity kunye ne-chromaticity.

2. Ngoyilo oludityanisiweyo kakhulu lwe-optical, i-double wavelength beam coaxial output, isampuli yesampulu ye-optical path yi.

3. Iseti yokuqonda kunye nokukhanya kokukhanya kokukhanya kokukhanya.

4. Itekhnoloji ye-original optical path difference measurement, ngokusebenzisa inkqubo ye-mechanical of variable optical path kunye nenkqubo yokubala ye-algorithm ye-optical path difference, inokuphelisa ngokufanelekileyo ukuphazamiseka okubangelwa yi-attachments eseleyo ye-brush yokucoca, i-window scratches kunye nokugqoka, njl.

5. Ibhrashi yokucoca ngokuzenzekelayo kunye neteknoloji ye-optical path difference inokufezekisa ukugcinwa kwangempela kwamahhala.

6. Izindlu ezikwaziyo ukumelana nokonakala, IP68, ukusebenza phantsi kwamanzi ixesha elide.

Umzobo wokuBonisa iimpawu

Ukusetyenziswa kwemeko

IParameter yobuGcisa

Ubungakanani bemveliso

IsiKhokelo seNdlela yokuFakela ubungakanani beMveliso

Indlela yokufakela isixhobo kwindawo jikelele iboniswa kulo mfanekiso ulandelayo:

Indlela yesi-2: Kwimekobume ekumgangatho ophantsi kakhulu wamanzi phantsi kweemeko eziqhelekileyo:

Ukufakwa komgangatho womgangatho wamanzi ohlayo (kunye nokufumanisa okanye ukucoca indawo yokucoca indawo evula ngokuthe nkqo ezantsi), ukukhusela izinto ezihlala kwi-lens emanzini, okunenzuzo ekwandiseni ubomi benkonzo ye-lens kunye nokwandisa ukusebenza kokucoca ibrashi;

Uluhlu oluneenkcukacha lweZixhobo kunye neZincedisi

Inombolo yesiriyeli	Igama	Inani	Imodeli yesixhobo	Iyunithi
1	umamkeli	1		iyunithi
2	5Iingcingo zePIN	1		iqhekeza
3	nkqo plate ufakelo amandongomane	1	M42*1.5	amaqhekeza

Iprofayile yekhampani

SHANDONG NOVA TECHNOLOGY Co.,Ltd.yasekwa ngo-2011, kwaye ibekwe National University Science Park of Shandong University, No. 12918, South 2nd Ring Road, Shizhong District, Jinan.Iqela eliphambili livela kwiYunivesithi yaseShandong, amashishini amancinci amancinci eSizwe, amashishini aphezulu, amashishini esofthiwe, iShandong ekhethekileyo kunye namashishini amatsha amatsha, amashishini e-Shandong gazelle.

I-Nova igxininisa kwingcamango yeshishini "yobuchule, indalo, intsebenziswano kunye nokusebenza kakuhle", inika umdlalo opheleleyo kwiinzuzo zokutsha kwezobuchwepheshe kunye nophando lwemveliso kunye nophuhliso, uzinikele kuphuhliso lwezixhobo zokukhusela indalo, isofthiwe kunye nophuhliso lweqonga lelifu kunye nedatha enkulu. iinkonzo, ibonelela ngezisombululo ezipheleleyo zolawulo lwendalo esingqongileyo, kwaye ikhuthaza ukuhlalisana kokhuseleko lokusingqongileyo, usetyenziso lwe-automation yokubeka iliso kokusingqongileyo, ukwaziswa kohlolo lokusingqongileyo, ukwenziwa kwedijithali kovavanyo loxanduva, kunye nokuchaneka kolawulo lokusingqongileyo.

I-Nova inomsebenzi-yunivesithi-uphando lwentsebenziswano kunye neYunivesithi yaseShandong, i-Chinese Research Academy ye-Environmental Sciences, iYunivesithi yaseBeihang kunye nezinye iiyunivesithi, kwaye inamandla okuguqula ngokukhawuleza impumelelo yesayensi kunye nezobuchwepheshe.Ngaphezulu kweminyaka engama-20 yokuqokelela itekhnoloji yelaser, inkampani izenzele ngokuzimeleyo i-quad-core laser particle sensor, inkqubo yokujonga umoya wemoto ehambayo kunye nokubekwa esweni kwegridi yenkqubo yongcoliseko lomoya, njl. njl., itekhnoloji ikhokela eTshayina, kwaye inabo. isicelo samalungelo awodwa omenzi wePTC angama-32 kunye namalungelo awodwa omenzi wechiza asekhaya angama-49.

Inkqubo yenkqubo yokubeka iliso kwimo yeenqwelo-mafutha ezihambayo iqhutywe ngempumelelo ngo-Agasti ka-2017 kwaye iJinan ibe sisixeko sokuqala sokuhlola umoya ngeteksi.Okwangoku, ibonelele ngeenkonzo zedatha yezixeko ezingama-40 + ezifana neBeijing, iShanghai, iXi'an, iTaiyuan, iQingdao, njl. ngenxa yesixeko.