Ma'aunin Turbidity na Kan layi T6070
Ka'idar na'urar firikwensin tattarawar turbidity/sludge ta dogara ne akan haɗakar hanyar shaƙar infrared da kuma hanyar hasken da aka watsar. Ana iya amfani da hanyar ISO7027 don ci gaba da tantance yawan turbidity ko sludge daidai. A cewar ISO7027 fasahar hasken watsawa ta infrared sau biyu ba ta shafar chromaticity don tantance ƙimar yawan turbidity ba. Ana iya zaɓar aikin tsaftace kai bisa ga yanayin amfani.
Data mai karko, ingantaccen aiki; aikin gano kai da aka gina a ciki don tabbatar da daidaiton bayanai; shigarwa da daidaitawa mai sauƙi.
Amfani na yau da kullun
Mita turbidity ta yanar gizo kayan aiki ne na nazari kan layi wanda aka tsara don auna turbidity na ruwa daga ayyukan ruwa, hanyar sadarwa ta bututun birni, sa ido kan ingancin ruwa a tsarin masana'antu, ruwan sanyaya da ke zagayawa, fitar da iskar carbon, fitar da ruwa daga membrane, da sauransu musamman wajen magance najasa na birni ko ruwan sharar masana'antu.
Ko dai kimanta laka da aka kunna da kuma dukkan tsarin maganin halittu, ko nazarin ruwan sharar da aka fitar bayan an yi maganin tsarkakewa, ko kuma gano yawan laka a matakai daban-daban, na'urar auna laka za ta iya samar da sakamako mai ci gaba da daidaito.
Kayayyakin Mains
85~265VAC±10%,50±1Hz, amfani da wutar lantarki ≤3W;
9~36VDC, amfani da wutar lantarki:≤3W;
Nisan Aunawa
Hawan da ke ƙasa: 0~9999NTU
Ma'aunin Turbidity na Kan layi T6070
Yanayin aunawa
Yanayin daidaitawa
Jadawalin Sauyi
Yanayin Saiti
Siffofi
1. Babban nuni, sadarwa ta 485 ta yau da kullun, tare da ƙararrawa ta kan layi da ta layi, girman mita 144 * 144, girman rami 138 * 138, babban allon nuni mai inci 4.3.
2. An shigar da aikin rikodin lanƙwasa bayanai, injin yana maye gurbin karatun mita na hannu, kuma an ƙayyade kewayon tambaya ba tare da wani sharaɗi ba, don haka bayanan ba za su sake ɓacewa ba.
3. Rikodin MLSS/SS na kan layi na ainihin lokaci, bayanan zafin jiki da lanƙwasa, masu dacewa da duk ma'aunin ingancin ruwa na kamfaninmu.
4.0-20NTU, 0-400NTU, 0-4000NTU, akwai nau'ikan ma'auni iri-iri, sun dace da yanayin aiki daban-daban, daidaiton ma'auni bai kai ±5% na ƙimar da aka auna ba.
5. Sabuwar hanyar shakewa ta allon wutar lantarki na iya rage tasirin tsangwama ta hanyar lantarki yadda ya kamata, kuma bayanan sun fi karko.
6. Tsarin injin gaba ɗaya yana da ruwa kuma yana hana ƙura, kuma an ƙara murfin baya na tashar haɗin don tsawaita rayuwar sabis a cikin mawuyacin yanayi.
7. Shigar da bangarori/bango/bututu, akwai zaɓuɓɓuka guda uku don biyan buƙatun shigarwa na masana'antu daban-daban.
Haɗin lantarki
Haɗin lantarki Haɗin da ke tsakanin kayan aiki da firikwensin: samar da wutar lantarki, siginar fitarwa, hulɗar ƙararrawa ta relay da haɗin da ke tsakanin firikwensin da kayan aiki duk suna cikin kayan aikin. Tsawon wayar jagora don na'urar lantarki mai tsayayye yawanci mita 5-10 ne, kuma lakabin ko launi da ya dace akan firikwensin Saka wayar a cikin tashar da ta dace a cikin kayan aikin kuma ƙara ta.
Hanyar shigar da kayan aiki
Bayanan fasaha
| Kewayon aunawa | 0~9999NTU |
| Na'urar aunawa | NTU |
| ƙuduri | 0.001NTU |
| Kuskuren asali | ±1%FS ˫ |
| Zafin jiki | 0~50 ˫ |
| Yankewar Zafin Jiki | 0.1 ˫ |
| Zafin Jiki Kuskuren asali | ±0.3 |
| Fitowar yanzu | Biyu 4 ~ 20mA, 20 ~ 4mA, 0 ~ 20mA |
| Fitar da sigina | RS485 MODBUS RTU |
| Sauran ayyuka | Rikodin bayanai & Nunin Lanƙwasa |
| Lambobin sadarwa guda uku na sarrafa jigilar kaya | 5A 250VAC,5A 30VDC |
| Tsarin samar da wutar lantarki na zaɓi | 85~265VAC,9~36VDC, amfani da wutar lantarki≤3W |
| Yanayin aiki | Babu wani tsangwama mai ƙarfi a kusa da filin maganadisu sai dai filin geomagnetic. ˫ |
| Zafin aiki | -10~60 |
| Danshin da ya dace | ≤90% |
| Matsayin hana ruwa shiga | IP65 |
| Nauyi | 0.8kg |
| Girma | 144 × 144 × 118mm |
| Girman buɗewar shigarwa | 138 × 138mm |
| Hanyoyin shigarwa | An saka panel & bango ko bututun mai |
