Inzwa ye-FROOT SEN0189 Turbidity

Isingeniso

Inzwa ye-gravity arduino turbidity ithola ikhwalithi yamanzi ngokulinganisa amazinga e-turbidity. Isebenzisa ukukhanya ukuze ithole izinhlayiya ezimisiwe emanzini ngokulinganisa ukudluliswa kokukhanya nezinga lokuhlakazeka, elishintsha nenani lengqikithi yezinto eziqinile ezimisiwe (TSS) emanzini. Njengoba i-TTS ikhula, izinga le-liquid turbidity liyakhula. Izinzwa ze-turbidity zisetshenziselwa ukukala ikhwalithi yamanzi emifuleni nasemifudlaneni, amanzi angcolile kanye nezilinganiso zokungcola, ukulawula izinsimbi zokuhlalisa amachibi, ucwaningo lokuthuthwa kwenhlabathi kanye nezilinganiso zaselabhorethri.
Le nzwa yoketshezi inikeza izindlela zokuphuma kwesignali ye-analog neyedijithali. I-threshold iyalungiseka uma ikumodi yesiginali yedijithali. Ungakhetha imodi ngokusho kwe-MCU yakho.
Qaphela: Ingaphezulu le-probe alivimbeli amanzi.

Ukucaciswa

• I-Operating Voltage: 5V DC
• Ukusebenza kwamanje: 40mA (MAX)
• Isikhathi sokuphendula : <500ms
• I-Insulation Resistance: 100M (Min)
• Indlela Yokuphuma:
• Ukukhishwa kwe-analog: 0-4.5V
• Okukhipha Idijithali: Isignali yezinga eliphezulu/eliphansi (ungalungisa inani lomkhawulo ngokulungisa i-potentiometer)
• Izinga Lokushisa Lokusebenza: 5℃~90℃
• Izinga Lokushisa Lokugcina: -10 ℃ ~ 90 ℃
• Isisindo: 30g
• I-adaptha Ubukhulu: 38mm*28mm*10mm/1.5inch *1.1inches*0.4inch

Umdwebo wokuxhumana

Incazelo Yesixhumanisi:

1. Ukushintsha kwesiginali yokuphuma kwe-“D/A”
   1. Okukhiphayo Kwesiginali, inani lokuphumayo lizokwehla uma likuketshezi olunodaka oluphezulu
   2. “D”: Okukhiphayo Kwesiginali yeDijithali, amazinga aphezulu naphansi, angalungiswa yi-threshold potentiometer
2. I-Threshold Potentiometer: ungashintsha isimo se-trigger ngokulungisa i-threshold potentiometer kumodi yesignali yedijithali.

ExampLes
Nawa ama-ex amabiliampkancane:

• ExampI-le 1 isebenzisa imodi yokuphuma kwe-Analog
• ExampI-le 2 isebenzisa imodi yokuphuma kwedijithali

Leli shadi lereferensi lemephu elisuka ku-voltage yokuphumayotage kuya ku-NTU ngokwezinga lokushisa elihlukile. isb Uma ushiya inzwa emanzini ahlanzekile, okungukuthi i-NTU <0.5, kufanele ikhiphe “4.1±0.3V” lapho izinga lokushisa lingu-10~50℃.

Qaphela: Emdwebeni, iyunithi yokulinganisa imfucumfucu ikhonjiswa njenge-NTU, futhi yaziwa ngokuthi i-JTU (Jackson Turbidity Unit), 1JTU = 1NTU = 1 mg/L. Bheka ku-Turbidity wikipedia

Q1. Sawubona, ngihlala ngithola u-0.04 ku-serial port, futhi alukho ushintsho, ngisho ngivimba ithubhu yokudlulisa.
A. HI, sicela uhlole ikhebuli yokuxhuma yophenyo, uma uyixhuma ngohlangothi olungalungile, ngeke isebenze.

Q2. Ubudlelwano phakathi kwe-turbidity kanye ne-voltage njengokugeleza:

Nganoma yimiphi imibuzo/iseluleko/imibono epholile ongabelana ngayo nathi, sicela uvakashele i-DFRobot Forum

Okuningi

• Okuhlelekile
• I-Probe_Dimension
• I-adaptha_Dimension

Thola ku-Gravity: Inzwa ye-Analog Turbidity Ye-Arduino
Isigaba: I-DFRobot > Izinzwa namamojula > Izinzwa > Izinzwa zoketshezi

Leli khasi ligcine ukushintshwa ngomhla ka-25 Meyi 2017, ngo-17:01.
Okuqukethwe kutholakala ngaphansi kwe-GNU Yelayisense Yamahhala Yombhalo 1.3 noma kamuva ngaphandle kwalapho kuboniswe ngenye indlela.
Inqubomgomo Yemfihlo Mayelana ne-DFRobot Electronic Product Wiki kanye Nokufundisa: I-Arduino kanye neRobhothi Wiki-DFRobot.com Ukuzihlangula

Amadokhumenti / Izinsiza

Inzwa ye-DFROBOT SEN0189 Turbidity [pdf] Imaniwali yosebenzisayo Inzwa ye-SEN0189 Turbidity, SEN0189, inzwa ye-Turbidity, inzwa

Izithenjwa

• Imaniwali yosebenzisayo