isitholi AFX00007 Arduino Configurable Analog
Ulwazi Lomkhiqizo
Imininingwane
- I-Supply Voltage: 12-24 V
- I-Reverse Polarity Protection: Yebo
- Ukuvikelwa kwe-ESP: Yebo
- I-Transient Overvoltage Ukuvikelwa: Kufika ku-40 V
- Amamojula Okunwebeka Asekelwe Ubukhulu: Kufika ku-5
- Izinga Lokuvikela: IP20
- Izitifiketi: FCC, CE, UKCA, culus, ENEC
Imiyalo yokusetshenziswa komkhiqizo
Okokufaka Ukucushwa
Iziteshi zokufaka ze-Analog Expansion zisekela izindlela ezihlukahlukene ezihlanganisa i-Voltage Imodi Yokufaka, Imodi Yamanje Yokufaka, kanye Nemodi Yokufaka ye-RTD.
Voltage Imodi yokufaka
Lungiselela iziteshi zokufaka zezinzwa zedijithali noma izinzwa ze-analog ezingu-0-10 V.
- I-Digital Input Voltage: 0-24 V
- I-Threshold Elungisekayo: Yebo (yokusekela izinga le-logic le-0-10 V)
- Okokufaka kwe-Analogi Voltage: 0-10 V
- I-Analog Input LSB Inani: 152.59 uV
- Ukunemba: +/- 1%
- Ukuphindaphinda: +/- 1%
- Ukuphazamiseka Kokokufaka: Okuncane okungu-175 k (uma isiphikisa sangaphakathi esingu-200 k sinikwe amandla)
Imodi Yamanje Yokufaka
Lungiselela iziteshi zokufakwayo zezinsimbi zamanje ze-loop usebenzisa izinga le-0/4-20 mA.
- Okokufaka kwe-Analogi Kwamanje: 0-25 mA
- I-Analog Input LSB Inani: 381.5 nA
- Umkhawulo Wamanje Wesekethe Esifushane: Ubuncane obungu-25 mA, Ubukhulu 35 mA (unikwe amandla ngaphandle)
- Umkhawulo Wamanje Ohlelekayo: 0.5 mA ukuya ku-24.5 mA (i-loop inikwe amandla)
- Ukunemba: +/- 1%
- Ukuphindaphinda: +/- 1%
Imodi yokufaka ye-RTD
Sebenzisa amashaneli okokufaka ukuze ulinganise izinga lokushisa nge-PT100 RTDs.
- Ibanga Lokufaka: 0-1 M
- Ukuchema Voltage: 2.5v
Imibuzo Evame Ukubuzwa (FAQ)
- Q: Mangaki amashaneli atholakalela okokufaka?
A: Kunesamba seziteshi eziyisi-8 ezitholakalayo zokufakwayo, ezingalungiselelwa ngokusekelwe kumodi ethile edingekayo. - Q: Yiziphi izitifiketi umkhiqizo onazo
A: Umkhiqizo uqinisekiswe yi-FCC, CE, UKCA, cULus, kanye ne-ENEC.
I-Arduino Opta® Ukunwetshwa kwe-Analog
Imanuwali Yereferensi Yomkhiqizo
I-SKU: AFX00007
Incazelo
I-Arduino Opta® Analog Expansions iklanyelwe ukuphindaphinda amandla akho e-Opta® micro PLC ngokungezwa kwamashaneli angu-8 angahlelwa njengokufakwayo noma okuphumayo ukuze kuxhunywe ivolumu yakho ye-analog.tage, izinzwa zamanje, ezimelana nezinga lokushisa noma ama-actuator ngaphezu kokuphumayo okuzinikele kwe-PWM okungu-4x. Idizayinelwe ngokubambisana nomkhiqizi ohamba phambili we-relay Finder®, ivumela ochwepheshe ukuthi bakhuphule amaphrojekthi ezimboni nokwakha ezishintshayo ngenkathi bethatha i-advan.tage ye-Arduino ecosystem.
Izindawo ezihlosiwe:
I-IoT yezimboni, i-Automation yokwakha, ukuphathwa kwemithwalo kagesi, i-Industrial automation
Isicelo ExampLes
I-Arduino Opta® Analog Expansion yakhelwe ukulawula imishini ejwayelekile yezimboni eduze kwe-Opta® micro PLC. Ihlanganiswe kalula nehadiwe ye-Arduino kanye ne-software ecosystem.
- I-Automated Production Line: I-Arduino Opta® ingaphatha ukugeleza okuphelele kwezimpahla ekukhiqizeni. Okwesiboneloample, ngokuhlanganisa iseli yomthwalo noma isistimu yombono, ingaqinisekisa ukuthi isigaba ngasinye senqubo yokupakisha senziwa ngendlela efanele, ilahle ngokuzenzakalelayo izingxenye ezinephutha, iqinisekise inani elifanele lezimpahla elikhona ngaphakathi kwebhokisi ngalinye futhi isebenzisana namaphrinta womugqa wokukhiqiza, futhi yengeza izikhathiamp ulwazi oluvunyelaniswe nge-Network Time Protocol (NTP).
- Ukuqapha Kwesikhathi Sangempela Kwezokukhiqiza: Idatha yokukhiqiza ingabonwa endaweni nge-HMI noma ngokuxhuma ku-Arduino Opta® nge-Bluetooth® Low Energy. Ubulula be-Arduino Cloud buvumela ukubonisa kude amadeshibhodi angokwezifiso; lo mkhiqizo futhi uyahambisana nabanye abahlinzeki abakhulu be-Cloud.
- Ukutholwa Okuzenzakalelayo Okungalungile: Amandla ayo ekhompuyutha avumela i-Arduino Opta® ukuthi ikhiphe ama-algorithms okufunda ngomshini akwazi ukufunda lapho inqubo inyakaza kusukela ekuziphatheni kwayo okujwayelekile emugqeni wokukhiqiza kanye nezinqubo zokwenza kusebenze/uvale ukuze kuvinjelwe ukulimala kwemishini.
Izici
Imininingwane Ejwayelekile Iphelileview
| Izici | Imininingwane |
| I-Supply Voltage | 12 v |
| Ukuvikelwa kokuhlehla kwe-polarity | Yebo |
| Ukuvikelwa kwe-ESP | Yebo |
| I-overvol edlulayotagukuvikelwa | Yebo (kufika ku-40 V) |
| Amamojula Okunwebeka Asekelwe Ubukhulu | Kufika ku-5 |
| Iziteshi | 8x: I1, I2, I3, I4, O1, I5, I6, O2 |
|
Imisebenzi yamashaneli |
I-I1 kanye ne-I2: Okokufaka okulungisekayo (Voltage, Yamanje, izintambo ze-RTD2, izintambo ze-RTD3), Okuphumayo okulungisekayo (Voltage kanye neyamanje) - I3, I4, O1, I5, I6, O2: Okokufaka okuhlelekayo (Ivolumutage, Yamanje, izintambo ze-RTD2), Imiphumela ehlelekayo (Voltage kanye neyamanje) |
| Izinga Lokuvikeleka | IP20 |
| Izitifiketi | FCC, CE, UKCA, culus, ENEC |
Qaphela: Hlola okokufaka nokuphumayo izigaba ezinemininingwane ngezansi ukuze uthole ulwazi olwengeziwe mayelana nokusetshenziswa kweziteshi Zokunwetshwa kwe-Analog.
Okokufaka
| Izici | Imininingwane |
| Inani leziteshi | 8x |
| Iziteshi ezihlelekayo njengokufakwayo | I1, I2, I3, I4, O1, I5, I6, O2 |
| Uhlobo lokungenayo olwamukelwe | I-Digital Voltage kanye ne-Analog (Voltage, Yamanje kanye ne-RTD) |
| Okufakiwe kugcwele ngokweqiletagukuvikelwa | Yebo |
| Ukuvikelwa kwe-Antipolarity | Cha |
| Ukulungiswa kokokufaka kwe-analogi | 16 bit |
| Ukwenqaba Umsindo | Ukunqatshelwa komsindo ongakukhetha phakathi kuka-50 Hz no-60 Hz |
Voltage Imodi yokufaka
Iziteshi zokufaka zokunwetshwa kwe-Analog zingalungiselelwa izinzwa zedijithali noma izinzwa ze-analog ezingu-0-10 V.
| Izici | Imininingwane |
| I-Digital input voltage | 0 v |
| Umkhawulo olungisekayo | Yebo (ukwesekela 0…10 V ileveli yomqondo) |
| Okokufaka kwe-analogi voltage | 0 v |
| Inani le-LSB lokufakwayo kwe-analog | 152.59 UV |
| Ukunemba | +/- 1% |
| Ukuphindaphinda | +/- 1% |
| I-impedance yokokufaka | Okuncane: 175 kΩ (uma isiphisi sangaphakathi esingu-200 kΩ sinikwe amandla) |
Imodi Yamanje Yokufaka
Iziteshi zokufakwayo Zokunwetshwa kwe-Analog zingalungiselelwa izinsimbi ze-loop zamanje kusetshenziswa izinga elingu-0/4-20 mA.
| Izici | Imininingwane |
| Okokufaka kwe-analog yamanje | 0…25 mA |
| Inani le-LSB lokufakwayo kwe-analog | 381.5 nA |
| Umkhawulo wamanje wesekethe emfushane | Ubuncane: 25 mA, Max 35 mA (amandla angaphandle). |
| Umkhawulo wamanje ohlelekayo | 0.5 mA ukuya ku-24.5 mA (ilophu inikwe amandla) |
| Ukunemba | +/- 1% |
| Ukuphindaphinda | +/- 1% |
Imodi yokufaka ye-RTD
Amashaneli okokufaka we-Analog Expansion angasetshenziselwa ukulinganisa izinga lokushisa ngama-PT100 RTDs.
| Izici | Imininingwane |
| Ibanga lokokufaka | 0…1 MΩ |
| Ukuchema voltage | 2.5 V |
Izintambo ezi-2 ze-RTD zingaxhunywa kunoma iyiphi iziteshi eziyisishiyagalombili.
3 Izintambo zokuxhumanisa i-RTD
I-RTD enezintambo ezi-3 ngokuvamile inezintambo ezimbili ezinombala ofanayo.
- Xhuma izintambo ezimbili ngombala ofanayo ku- - kanye namatheminali ngezikulufu ze-ICx ngokulandelanayo.
- Xhuma intambo ngombala ohlukile kutheminali yesikulufu +.
3 izintambo i-RTD ingakalwa kuphela ngamashaneli I1 kanye ne-I2.
Imiphumela
| Izici | Imininingwane |
| Inani leziteshi | 8x, (2x ukusetshenziswa kanyekanye Kunconywa) |
| Iziteshi ezihlelekayo njengemiphumela | I1, I2, I3, I4, O1, I5, I6, O2 |
| Uhlobo lokuphumayo olusekelwe | I-Analog voltage namanje |
| Ukulungiswa kwe-DAC | 13 bit |
| Iphampu yokushaja ivolumu enguzirotage okukhiphayo | Yebo |
Zonke iziteshi ze-analog eziyisishiyagalombili zingasetshenziswa njengokuphumayo kodwa ngenxa yokulinganiselwa kokuchithwa kwamandla, kutuswa ukuba kube namashaneli angafinyelela kwangu-2 asethwe ekuphumeni ngesikhathi esifanayo.
Ku-25°C wezinga lokushisa elizungezile, zonke iziteshi ezingu-8 ezisethwe njengeziphumayo ziye zahlolwa ngesikhathi esifanayo kuyilapho zikhipha ngaphezu kuka-24 mA ku-10 V ngayinye (>0.24W isiteshi ngasinye).
Voltage Imodi yokuphumayo
Le modi yokuphumayo ikuvumela ukuthi ulawule ivolumutagama-actuator aqhutshwa nge-e.
| Izici | Imininingwane |
| I-analogue ephumayo voltage | 0 v |
| Ibanga lokulayisha eliphikisayo | 500 Ω…100 kΩ |
| Umthwalo omkhulu we-capacitive | 2 μF |
| Isimo sezulu esifushane ngesiteshi ngasinye (umthombo) | Ubuncane: 25 mA, Uhlobo: 29 mA, Ubukhulu: 32 mA (ibhithi yomkhawulo ophansi = 0 (okuzenzakalelayo)), Ubuncane: 5.5 mA, Uhlobo: 7 mA, Ubukhulu: 9 mA (ibhithi yomkhawulo ophansi = 1) |
| Isimo sezulu esifushane ngesiteshi ngasinye (ukucwila) | Ubuncane: 3.0 mA, Uhlobo: 3.8 mA, Ubukhulu: 4.5 mA |
| Ukunemba | +/- 1% |
| Ukuphindaphinda | +/- 1% |
Imodi Yamanje Yokukhipha
Le modi yokukhiphayo ikuvumela ukuthi ulawule ama-actuator aqhutshwa manje.
| Izici | Imininingwane |
| Okuphumayo kwe-analog okwamanje | 0…25 mA |
| Umkhiqizo omkhulu voltage lapho ithola i-25 mA | 11.9 V ± 20% |
| Vula isifunda voltage | 16.9 V ± 20% |
| Ukuphazamiseka kokuphumayo | Ubuncane: 1.5 MΩ, Uhlobo: 4 MΩ |
| Ukunemba | 1% kububanzi obungu-0-10 mA, 2% kububanzi obungu-10-24 mA |
| Ukuphindaphinda | 1% kububanzi obungu-0-10 mA, 2% kububanzi obungu-10-24 mA |
Iziteshi Zokukhiphayo ze-PWM
Ukwandiswa kwe-Analog kuneziteshi ezine zokuphuma kwe-PWM (P1…P4). Ziyi-software elungisekayo futhi ukuze zisebenze kufanele unikeze iphinikhodi ye-VPWM ngevolumu oyifunayo.tage.
| VI-PWM Voltage | Imininingwane |
| Umthombo voltage isekelwe | 8… 24 i-VDC |
| Isikhathi | Kuyahleleka |
| Umsebenzi-umjikelezo | Kuyahleleka (0-100%) |
Ama-LED wesimo
I-Analog Expansion ifaka ama-LED ayisishiyagalombili ahlelekayo abasebenzisi alungele ukubikwa kwesimo kuphaneli yangaphambili.
| Incazelo | Inani |
| Inombolo yama-LED | 8x |
Izilinganiso
Izimo Zokusebenza Ezinconyiwe
| Incazelo | Inani |
| Ithempelesha Ibanga Lokusebenza | -20…50 °C |
| Isilinganiso sedigri yokuvikela | IP20 |
| Iziqu zokungcola | 2 ngokuhambisana ne-IEC 61010 |
Ukucaciswa kwamandla (Ambient Temperature)
| Impahla | Okuncane | Thayipha | Ubukhulu | Iyunithi |
| Ukunikezwa kwevoltage | 12 | – | 24 | V |
| Ibanga elivumelekile | 9.6 | – | 28.8 | V |
| Ukusetshenziswa kwamandla (12V) | 1.5 | – | – | W |
| Ukusetshenziswa kwamandla (24V) | 1.8 | – | – | W |
Amanothi Engeziwe
Wonke amatheminali ngezikulufu amakwe ngo-“-” (uphawu lokususa) afinyezwa ndawonye. Akukho ukuhlukaniswa kwe-galvanic phakathi kwebhodi namandla ayo e-DC.
Isebenza Ngaphezuluview
Umkhiqizo View
| Into | Isici |
| 3a | Izikhungo Zokuphakela Amandla 12…24 VDC |
| 3b | P1…P4 PWM Okukhiphayo |
| 3c | Isimo Sesimo se-LED |
| 3d | I-Analog Input/Output Terminals I1…I2 (Voltage, Yamanje, izintambo ze-RTD 2 kanye nezintambo ze-RTD 3) |
| 3e | Ama-LED wesimo 1…8 |
| 3f | Ichweba lokuxhumana nokuxhumeka kwamamojula asizayo |
| 3g | I-Analog Input/Output Terminals I3…I6 (Voltage, Okwamanje, izintambo ze-RTD 2) |
| 3h | I-Analog Input/Output Terminals O1…O2 (Voltage, Okwamanje, izintambo ze-RTD 2) |
Umdwebo weBlock
Umdwebo olandelayo uchaza ubudlelwano phakathi kwezingxenye eziyinhloko ze-Opta® Analog Expansion:
Okokufaka/Okuphumayo
I-Arduino Opta® Analog Expansion ihlanganisa amashaneli angu-8 angalungiswa njengokufakwayo noma okokukhiphayo. Uma amashaneli elungiswa njengokufakwayo angasetshenziswa njengedijithali enobubanzi obungu-0-24/0-10 V, noma i-analog ekwazi ukukala ivolumu.tage isuka ku-0 iye ku-10 V, ikala okwamanje ukusuka ku-0 kuye ku-25 mA noma izinga lokushisa lisebenzisa imodi ye-RTD.
Iziteshi i-I1 ne-I2 zingasetshenziselwa ukuxhuma ama-RTD angu-3-Wires. Ishaneli ngayinye ingasetshenziswa futhi njengokukhiphayo, qaphela ukuthi ukusebenzisa amashaneli angaphezu kwamabili njengokukhipha kanyekanye kungase kushise kakhulu idivayisi. Lokhu kuzoncika ezingeni lokushisa elizungezile nomthwalo wesiteshi.
Sihlole ukusetha zonke iziteshi eziyisishiyagalombili njengemiphumela ku-25 °C ekhipha ngaphezu kuka-24 mA ku-10 V ngayinye ngesikhathi esilinganiselwe.
Isexwayiso: Esimeni lapho umsebenzisi edinga ukulungiswa ngokuchezuka kulokho okuphakanyisiwe, uzodinga ukuqinisekisa ukusebenza kwesistimu nokuzinza ngaphambi kokuphakelwa endaweni yokukhiqiza.
Imiphumela ye-PWM iyisofthiwe elungisekayo futhi ukuze isebenze kufanele unikeze iphinikhodi ye-VPWM ngevolthi oyifunayo.tage phakathi kuka-8 no-24 VDC, ungasetha isikhathi kanye nomjikelezo wemisebenzi ngesofthiwe.4.4 Imbobo Yokunwetshwa
Imbobo yokwandisa ingasetshenziselwa ukuhlanganisa Izandiso ezimbalwa ze-Opta® namamojula engeziwe. Ukuze uyifinyelele, idinga ukukhululwa kukhava yayo yepulasitiki ephukayo, futhi ipulaki yokuxhuma idinga ukungezwa phakathi kwedivayisi ngayinye.
Isekela amamojula wokunweba afika kwangu-5. Ukuze ugweme izinkinga zokuxhumana ezingaba khona, qinisekisa ukuthi inani eliphelele lamamojula axhunyiwe aweqi ku-5.
Uma kwenzeka noma yiziphi izinkinga ngokutholwa kwemojuli noma ngokushintshisana kwedatha, hlola kabili uxhumo bese uqinisekisa ukuthi isixhumi se-Aux neziqeshana zifakwe ngokuvikelekile ngaphakathi kwembobo yokunweba. Uma izinkinga ziqhubeka, hlola noma imaphi amakhebuli axegayo noma axhumeke ngokungafanele.
Ukusebenza Kwedivayisi
Ukuqalisa - IDE
Uma ufuna ukuhlela i-Arduino Opta® Analog Expansion yakho ngenkathi ungaxhunyiwe ku-inthanethi udinga ukufaka i-Arduino® Desktop IDE [1] kanye ne-Arduino_Opta_Blueprint usebenzisa Isiphathi Selabhulali. Ukuxhuma i-Arduino Opta® kukhompyutha yakho, uzodinga ikhebula le-USB-C®.
Ukuqalisa - I-Arduino Cloud Editor
Wonke amadivayisi e-Arduino® asebenza ngaphandle kwebhokisi ku-Arduino® Cloud Editor [2] ngokufaka nje i-plugin elula.
I-Arduino® Cloud Editor isingathwe ku-inthanethi, ngakho-ke izohlala ihambisana nezici zakamuva nokusekelwa kwawo wonke amabhodi namadivayisi. Landela i-[3] ukuze uqale ukubhala amakhodi esipheqululini futhi ulayishe imidwebo yakho kudivayisi yakho.
Ukuqalisa - I-Arduino PLC IDE
I-Arduino Opta® Analog Expansion ingaphinda ihlelwe kusetshenziswa izilimi zokuhlela ezisezingeni lezimboni ze-IEC 61131-3. Landa isofthiwe ye-Arduino® PLC IDE [4], namathisela i-Opta® Expansion nge-Aux Connector futhi uxhume i-Arduino Opta® yakho kukhompyutha yakho usebenzisa ikhebula le-USB-C® elula ukuze uqale ukuzakhela eyakho izixazululo zemboni ye-PLC. I-PLC IDE izobona ukunwetshwa futhi izodalula ama-I/O amasha atholakalayo esihlahleni sezinsiza.
Ukuqalisa - i-Arduino Cloud
Yonke imikhiqizo enikwe amandla ye-Arduino® IoT isekelwa ku-Arduino Cloud ekuvumela ukuthi ungene, udwebe futhi uhlaziye idatha yezinzwa, ucuphe imicimbi, futhi wenze ikhaya lakho noma ibhizinisi lakho libe ngokuzenzakalela.
Sample Sketches
Sampimidwebo ye-Arduino Opta® Analog Expansion ingatholakala kumtapo wezincwadi we-Arduino_Opta_Blueprint "Examples” ku-Arduino® IDE noma esigabeni se-“Arduino Opta® Documentation” se-Arduino® [5].
Izinsiza eziku-inthanethi
Manje njengoba usudlule ezintweni eziyisisekelo zalokho ongakwenza ngocingo, ungakwazi ukuhlola amathuba angapheli alunikezayo ngokubheka amaphrojekthi ajabulisayo ku-ProjectHub [6], i-Arduino® Library Reference [7] kanye nesitolo se-inthanethi [8] lapho uzokwazi ukugcwalisa umkhiqizo wakho we-Arduino Opta® ngezandiso ezengeziwe, izinzwa nama-actuator.
Ulwazi Lwemishini
Ubukhulu bomkhiqizo
Qaphela: Amatheminali angasetshenziswa ngazo zombili izintambo eziqinile futhi eziboshwe (min: 0.5 mm2 / 20 AWG).
Izitifiketi
Isifinyezo sezitifiketi
| Isitifiketi | I-Arduino Opta® Analog Expansion (AFX00007 |
| CE (EU) | I-EN IEC 61326-1:2021, EN IEC 61010 (LVD) |
| I-CB (EU) | Yebo |
| I-WEEE (EU) | Yebo |
| REACH (EU) | Yebo |
| I-UKCA (UK) | I-EN IEC 61326-1:2021 |
| I-FCC (US) | Yebo |
| CUlus | UL 61010-2-201 |
I-Declaration of Conformity CE DoC (EU)
Simemezela ngaphansi kwesibopho sethu sodwa ukuthi imikhiqizo engenhla ihambisana nezidingo ezibalulekile ze-EU Directives futhi ngenxa yalokho ifanelekela ukuhamba mahhala ezimakethe ezihlanganisa i-European Union (EU) kanye ne-European Economic Area (EEA).
Isimemezelo Sokuvumelana ne-EU RoHS & REACH 211 01/19/2021
Amabhodi e-Arduino ahambisana ne-RoHS 2 Directive 2011/65/EU ye-European Parliament kanye ne-RoHS 3 Directive 2015/863/EU yoMkhandlu wangomhla zizi-4 kuJuni 2015 mayelana nokukhawulelwa kokusetshenziswa kwezinto ezithile eziyingozi ezintweni zikagesi neze-elekthronikhi.
| Into | Umkhawulo omkhulu (ppm) |
| Ukuhola (Pb) | 1000 |
| I-Cadmium (Cd) | 100 |
| I-Mercury (Hg) | 1000 |
| I-Hexavalent Chromium (Cr6+) | 1000 |
| I-Poly Brominated Biphenyls (PBB) | 1000 |
| I-Poly Brominated Diphenyl ethers (PBDE) | 1000 |
| I-Bis(2-Ethylhexyl) phthalate (DEHP) | 1000 |
| I-Benzyl butyl phthalate (BBP) | 1000 |
| I-Dibutyl phthalate (DBP) | 1000 |
| IDiisobutyl phthalate (DIBP) | 1000 |
Ukukhululwa: Akukho ukukhululwa okufunayo.
Amabhodi e-Arduino athobelana ngokugcwele nezimfuneko ezihlobene ze-European Union Regulation (EC) 1907/2006 eziphathelene noBhaliso, Ukuhlola, Ukugunyazwa Nokukhawulwa Kwamakhemikhali (REACH). Simemezela ukuthi awekho ama-SVHC (https://echa.europa.eu/web/ithebula lesivakashi/lamakhandidethi), Uhlu Lwabakhandidethi Lwezinto Ezikhathazayo Eziphakeme Kakhulu ngokugunyazwa okwamanje olukhishwe yi-ECHA, lukhona kuyo yonke imikhiqizo (kanye nephakeji) ngamanani anengqikithi yokuhlushwa elingana noma engaphezu kuka-0.1%. Ngokwazi kwethu konke, siphinde simemezele ukuthi imikhiqizo yethu ayinazo izinto ezisohlwini “Lolugunyazo” (Isijobelelo XIV semithetho ye-REACH) kanye Nezinto Ezikhathazayo Kakhulu (SVHC) kunoma yimaphi amanani abalulekile njengoba kushiwo. yi-Annex XVII yohlu lwabazokhethwa olushicilelwe yi-ECHA (European Chemical Agency) 1907 /2006/EC.
Isimemezelo Sezimbiwa Ezingqubuzanayo
Njengomphakeli womhlaba wonke wezingxenye zikagesi nezikagesi, i-Arduino iyazazi izibopho zethu maqondana nemithetho nemithethonqubo ephathelene ne-Conflict Minerals, ikakhulukazi i-Dodd-Frank Wall Street Reform and Consumer Protection Act, Isigaba 1502. I-Arduino ayikhiphi ngokuqondile noma icubungule ukungqubuzana amaminerali afana ne-tin, i-Tantalum, i-Tungsten, noma igolide. Amaminerali angqubuzanayo aqukethwe emikhiqizweni yethu ngendlela ye-solder, noma njengengxenye yama-alloys ensimbi. Njengengxenye yokukhuthala kwethu okunengqondo i-Arduino ithinte abahlinzeki bengxenye ngaphakathi kochungechunge lwethu lokuhlinzeka ukuze baqinisekise ukuqhubeka kwabo nokuthobela imithetho. Ngokusekelwe olwazini esilutholile kuze kube manje simemezela ukuthi imikhiqizo yethu iqukethe Amaminerali Aphikisanayo atholakala ezindaweni ezingenazo izingxabano.
Isexwayiso se-FCC
Noma yiziphi Izinguquko noma ukuguqulwa okungagunyazwanga ngokucacile yinhlangano enesibopho sokuthobela imithetho kungasusa igunya lomsebenzisi lokusebenzisa okokusebenza.
Le divayisi ithobela ingxenye 15 yeMithetho ye-FCC. Ukusebenza kungaphansi kwemibandela emibili elandelayo:
- Le divayisi ingase ingabangeli ukuphazamiseka okuyingozi
- lolu cingo kufanele lwamukele noma yikuphi ukuphazamiseka okutholiwe, okuhlanganisa ukuphazamiseka okungase kubangele ukusebenza okungafuneki.
Qaphela: Lesi sisetshenziswa sihloliwe futhi satholwa ukuthi sithobela imikhawulo yedivayisi yedijithali yekilasi A, ngokususelwe engxenyeni 15 yeMithetho ye-FCC. Le mikhawulo iklanyelwe ukuhlinzeka ngokuvikeleka okufanele ekuphazanyisweni okuyingozi lapho okokusebenza kusebenza endaweni yezohwebo. Lesi sixhobo sikhiqiza, sisebenzise, futhi singakhipha amandla efrikhwensi yomsakazo futhi, uma singafakiwe futhi sisetshenziswa ngokuhambisana nebhukwana lemiyalo, singadala ukuphazamiseka okuyingozi ezokuxhumana ngomsakazo. Ukusebenza kwalesi sisetshenziswa endaweni okuhlalwa kuyo kungase kubangele ukuphazamiseka okuyingozi lapho umsebenzisi kuyodingeka ukuthi alungise ukuphazamiseka ngezindleko zakhe.
Ulwazi Lwenkampani
| Igama Lenkampani | I-Arduino Srl |
| Ikheli Lenkampani | Via Andrea Appiani, 25 – 20900 MONZA (Italy) |
Imibhalo Eyisethenjwa
| Ref | Isixhumanisi |
| I-Arduino IDE (Ideskithophu) | https://www.arduino.cc/en/Main/Software |
| I-Arduino IDE (Ifu) | https://create.arduino.cc/editor |
| I-Arduino Cloud - Ukuqalisa | https://docs.arduino.cc/arduino-cloud/getting-started/iot-cloud-getting-started |
| I-Arduino PLC IDE | https://www.arduino.cc/en/Main/Software |
| I-Arduino Opta® Documentation | https://docs.arduino.cc/hardware/opta |
| Ihabhu Yephrojekthi | https://create.arduino.cc/projecthub?by=part&part_id=11332&sort=trending |
| Ireferensi Yelabhulali | https://www.arduino.cc/reference/en/ |
| Isitolo Esiku-inthanethi | https://store.arduino.cc/ |
Umlando Wokubuyekeza
| Usuku | Buyekeza | Izinguquko |
| 24/09/2024 | 4 | Izibuyekezo zembobo yokwandisa |
| 03/09/2024 | 3 | Cloud Editor ibuyekezwe kusukela Web Mhleli |
| 05/07/2024 | 2 | Umdwebo Webhulokhi ubuyekeziwe |
| 25/07/2024 | 1 | Ukukhishwa Kokuqala |
Amadokhumenti / Izinsiza
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isitholi AFX00007 Arduino Configurable Analog [pdf] Incwadi Yomnikazi I-AFX00007 Arduino Configurable Analog, AFX00007, Arduino Configurable Analog, Configurable Analog, Analog |
