I-FROOT SEN0189 i-Turbidity Sensor
Intshayelelo
I-gravity arduino turbidity sensor ibona umgangatho wamanzi ngokulinganisa amanqanaba e-turbidity. Isebenzisa ukukhanya ukufumanisa amasuntswana amisiweyo emanzini ngokulinganisa ukuhanjiswa kokukhanya kunye nesantya sokusasazeka, okutshintsha kunye nenani lezinto eziqinileyo ezimisiweyo (TSS) emanzini. Njengoko i-TTS isanda, inqanaba le-turbidity yolwelo liyenyuka. Izixhobo zokuqonda i-turbidity zisetyenziselwa ukulinganisa umgangatho wamanzi kwimilambo kunye nemilambo, amanzi amdaka kunye nemilinganiselo yokungcola kwamanzi, izixhobo zokulawula ukuhlalisa amachibi, uphando lwezothutho zentlenga kunye nemilinganiselo yaselabhoratri.
Esi sivamvo solwelo sibonelela ngeendlela zokuphuma kwe-analog kunye nedijithali. I-threshold iyahlengahlengiswa xa ikwimo yesignali yedijithali. Ungakhetha indlela ngokwe MCU yakho.
Phawula: Umphezulu weprobe awunamanzi.
Inkcazo
- Umsebenzi weVoltagE: 5V DC
- Ukusebenza kwangoku: 40mA (MAX)
- Ixesha lokuphendula : <500ms
- Ukumelana ne-Insulation: 100M (uMzu)
- Indlela yemveliso:
- Imveliso ye-analog: 0-4.5V
- Isiphumo seDijithali: Umgangatho ophezulu/umgangatho wesiginali (ungahlengahlengisa ixabiso lomgubasi ngokulungisa i-potentiometer)
- Ubushushu bokusebenza: 5℃~90℃
- Ubushushu boGcino: -10℃~90℃
- Ubunzima: 30g
- Imilinganiselo yeAdapter: 38mm*28mm*10mm/1.5intshi *1.1intshi*0.4intshi
Umzobo woQhagamshelwano
Inkcazo yojongano:
- "D/A" Utshintsho lweSignali yokuPhuma
- Isiphumo soMqondiso, ixabiso lemveliso liya kuhla xa likulwelo olunobunzima obuphezulu
- "D": Isiphumo soMbonakaliso weDijithali, amanqanaba aphezulu kunye aphantsi, anokuthi alungelelaniswe ngumqobo we-potentiometer
- I-Threshold Potentiometer: unokutshintsha imeko yokuqalisa ngokulungisa i-threshold potentiometer kwimowudi yesignali yedijithali.
ExampLes
Nazi ezimbini exampngaphantsi:
- Example 1 isebenzisa imo yemveliso yeAnalog
- Example 2 isebenzisa imowudi yemveliso yeDijithali
Le yitshathi yereferensi yokwenziwa kweemephu ukusuka kumthamo wemvelisotage ukuya kwi-NTU ngokobushushu obahlukileyo. umz. Ukuba ushiya i-sensor kumanzi acocekileyo, oko kukuthi i-NTU <0.5, kufuneka ikhuphe "4.1±0.3V" xa ubushushu buyi-10 ~ 50℃.
Phawula: Kumzobo, iyunithi yokulinganisa i-turbidity iboniswa njenge-NTU, ikwabizwa ngokuba yi-JTU (i-Jackson Turbidity Unit), 1JTU = 1NTU = 1 mg/L. Jonga kwi-Turbidity wikipedia
Q1. Molo, ndihlala ndifumana i-0.04 kwi-port ye-serial, kwaye akukho tshintsho, nokuba ndivimba ityhubhu yokuhambisa.
A. HI, nceda ujonge ikhebula loqhagamshelo lweprobe, ukuba uyiplaga ngecala elingalunganga, aliyi kusebenza.
Q2. Ubudlelwane phakathi kwe-turbidity kunye ne-voltage njengokuhamba:
Kuyo nayiphi na imibuzo / iingcebiso / izimvo ezipholileyo ukwabelana nathi, nceda undwendwele iForam yeDFRobot
Kaninzi
- Zocwangco
- Probe_Dimension
- I-Adapter_Dimension
Yifumane kwiGravity: I-Analog Turbidity Sensor ye-Arduino
Udidi: I-DFRobot > iiSensors & Modules > iiSensors > I-Liquid Sensors
Eli phepha ligqityelwe ukulungiswa nge-25 kaMeyi 2017, ngo-17:01.
Umxholo ufumaneka phantsi kwe-GNU yeLayisensi yoXwebhu yamahala 1.3 okanye kamva ngaphandle kokuba kuphawulwe ngenye indlela.
Umgaqo-nkqubo wabucala Malunga ne-DFRobot yeMveliso ye-Electronic Wiki kunye neSifundo: Arduino kunye neRobhothi Wiki-DFRobot.com Disclaimers
Amaxwebhu / Izibonelelo
 |
I-DFROBOT SEN0189 i-Turbidity Sensor [pdf] Incwadi yokusebenzisa I-SEN0189 i-Turbidity Sensor, i-SEN0189, i-Turbidity Sensor, i-Sensor |
