umfumani AFX00007 Arduino Configurable Analog
Ulwazi lweMveliso
Iinkcukacha
- Ukubonelela ngeVoltagUmnxeba: 12-24 V
- Ukubuyisela umva uKhuseleko lwePolarity: Ewe
- Ukhuseleko lwe-ESP: Ewe
- I-Overvol edlulayotage Ukhuseleko: Ukuya kuthi ga kwi-40 V
- Ubuninzi beeModyuli zoKwandiswa kweNkxaso: Ukuya kuthi ga kwi-5
- Umgangatho woKhuselo: IP20
- Iziqinisekiso: FCC, CE, UKCA, culus, ENEC
Imiyalelo yokusetyenziswa kwemveliso
Uqwalaselo Lweengeniso
Imijelo yokufaka i-Analog Expansion ixhasa iindlela ezahlukeneyo ezibandakanya i-Voltage Imo yokuFaka, iMowudi yoFakelo lwangoku, kunye neMowudi yokuFaka yeRTD.
Umqulutage Imo Yokufaka
Qwalasela amajelo egalelo abenzi boluvo bedijithali okanye i-0-10 V ye-analog sensors.
- Igalelo ledijithali VoltagUmnxeba: 0-24 V
- I-Threshold eqwalaselweyo: Ewe (yokuxhasa i-0-10 V inqanaba lokuqiqa)
- Igalelo le-Analog VoltagUmnxeba: 0-10 V
- Igalelo le-Analog Ixabiso le-LSB: 152.59 uV
- Ukuchaneka: +/- 1%
- Ukuphinda: +/- 1%
- Uthintelo lwegalelo: Min 175 k (xa i-resistor yangaphakathi engama-200 k yenziwe yasebenza)
Imo yokuNgena yangoku
Qwalasela igalelo letshaneli zesixhobo se-loop yangoku usebenzisa umgangatho we-0/4-20 mA.
- Igalelo le-Analog yangoku: 0-25 mA
- Igalelo le-Analog Ixabiso le-LSB: 381.5 nA
- ISekethe eFutshane Umda wangoku: Min 25 mA, Max 35 mA (amandla angaphandle)
- UMda oSetyenzwayo ngoku: 0.5 mA ukuya kwi-24.5 mA (i-loop inamandla)
- Ukuchaneka: +/- 1%
- Ukuphinda: +/- 1%
Imo Yokufaka i-RTD
Sebenzisa imijelo yokufaka ukulinganisa ubushushu nge-PT100 RTDs.
- Uluhlu lwegalelo: 0-1 M
- Ukhetho kwiVoltage: 2.5v
Imibuzo Ebuzwa Rhoqo (FAQ)
- Q: Mangaphi amajelo akhoyo amagalelo?
A: Kukho amajelo e-8 akhoyo akhoyo amagalelo, anokuthi aqwalaselwe ngokusekelwe kwimodi ethile efunekayo. - Umbuzo: Zeziphi iziqinisekiso enazo imveliso
A: Imveliso iqinisekiswe yiFCC, CE, UKCA, culus, kunye ne-ENEC.
Ukwandiswa kweAnalog yeArduino Opta®
Incwadi yeReferensi yeMveliso
SKU: AFX00007
Inkcazo
IArduino Opta® Ukwandiswa kweAnalog yenzelwe ukuphindaphinda amandla akho e-Opta® micro PLC kunye nokongezwa kweetshaneli ezisi-8 ezinokucwangciswa njengamagalelo okanye iziphumo zokudibanisa i-analog vol yakho.tage, yangoku, izinzwa zobushushu ezixhathisayo okanye ii-activators ukongeza kwi-4x ezinikeleyo kwiziphumo ze-PWM. Iyilwe ngokubambisana nomenzi okhokelayo we-relay Finder®, ivumela iingcali ukuba zinyuse imveliso kunye nokwakha iiprojekthi ezizenzekelayo ngelixa uthatha i-advan.tage ye Arduino ecosystem.
Iindawo ekujoliswe kuzo:
I-IoT ye-Industrial, i-Automation yokwakha, ulawulo lwemithwalo yoMbane, i-Industrial automation
Isicelo ExampLes
I-Arduino Opta® Ukwandiswa kweAnalog yenzelwe ukulawulwa komatshini osemgangathweni weshishini ecaleni kwe-Opta® micro PLC. Idityaniswe ngokulula kwihardware yeArduino kunye nesoftware ecosystem.
- I-Automated Production Line: I-Arduino Opta® inokulawula ukuhamba ngokubanzi kweempahla kwimveliso. Umzekeloample, ngokudibanisa iseli yomthwalo okanye inkqubo yombono, inokuqinisekisa isigaba ngasinye senkqubo yokupakisha yenziwa ngokuchanekileyo, ukulahla ngokuzenzekelayo iindawo ezineempazamo, qinisekisa ukuba isixa esifanelekileyo sempahla sikhona ngaphakathi kwebhokisi nganye kwaye isebenzisana nabashicileli bomgca wemveliso, nayo yongeza amaxesha.amp ulwazi olungqamaniswe ngeProtokholi yeXesha leNethiwekhi (NTP).
- Ukujongwa kwexesha langempela kwiMveliso: Idatha yoMveliso inokubonwa kwindawo yendawo nge-HMI okanye nangokudibanisa kwi-Arduino Opta® ngeBluetooth® Low Energy. Ubulula be-Arduino Cloud buvumela ukude ukubonisa iideshibhodi zesiko; le mveliso kwakhona iyahambelana nabanye ababoneleli Cloud ezinkulu.
- I-Automated Anomaly Detection: Amandla ayo e-computing avumela i-Arduino Opta® ukuba isebenzise i-algorithms ye-Machine Learning algorithms ekwazi ukufunda xa inkqubo iqhubela phambili ekuziphatheni kwayo okuqhelekileyo kumgca wokuvelisa kunye neenkqubo ezisebenzayo / zokucima ukuthintela umonakalo wesixhobo.
Iimbonakalo
IiNkcazelo ngokuBanzi ngaphezuluview
| Iimpawu | Iinkcukacha |
| Ukubonelela ngeVoltage | 12…24 v |
| Reverse ukhuselo polarity | Ewe |
| Ukhuseleko lwe-ESP | Ewe |
| Ukudlula okwethutyanatage ukhuseleko | Ewe (ukuya kuma-40 V) |
| Ukwandiswa kweeModyuli eziphezulu eziXhasiweyo | Ukuya kuthi ga kwi-5 |
| Imijelo | 8x: I1, I2, I3, I4, O1, I5, I6, O2 |
|
Imisebenzi yamatshaneli |
I-I1 kunye ne-I2: Igalelo elinocwangciso (Umqulutage, Yangoku, iingcingo zeRTD2, iingcingo zeRTD3), iziphumo ezicwangcisekileyo (Voltage kunye neyangoku) - I3, I4, O1, I5, I6, O2: Igalelo elicwangcisekileyo (Voltage, Yangoku, iingcingo zeRTD2), Iziphumo ezicwangcisekileyo (Voltage kunye neyangoku) |
| Umgangatho woKhuselo | IP20 |
| Iziqinisekiso | FCC, CE, UKCA, culus, ENEC |
Phawula: Jonga amagalelo kunye neziphumo amacandelo aneenkcukacha ezingezantsi ukuze ufumane ulwazi oluthe kratya malunga nokusetyenziswa kwamajelo oKwandiswa kweAnalog.
Igalelo
| Iimpawu | Iinkcukacha |
| Inani lamajelo | 8x |
| Imijelo ecwangcisiweyo njengamagalelo | I1, I2, I3, I4, O1, I5, I6, O2 |
| Uhlobo lwamagalelo amkelweyo | Idijithali Voltage kunye neAnalog (Voltage, yangoku kunye neRTD) |
| Ukufakwa kugqithisiletage ukhuseleko | Ewe |
| Ukukhuselwa kwe-Antipolarity | Hayi |
| Isisombululo segalelo le-Analog | 16 bit |
| Ukwala Ingxolo | Ngokuzithandela ukwala ingxolo phakathi kwe-50 Hz kunye ne-60 Hz |
Umqulutage Imo Yokufaka
I-Analog Expansion channels input channels zinokulungiswa kwi-digital sensors okanye i-0-10 V ye-analog sensors.
| Iimpawu | Iinkcukacha |
| Igalelo ledijithali voltage | 0…24 v |
| Umda olungisekayo | Ewe (ukuxhasa i-0…10 V inqanaba lengqiqo) |
| Igalelo le-analogtage | 0…10 v |
| Ixabiso le-Analog ye-LSB | 152.59 UV |
| Ukuchaneka | +/- 1% |
| Ukuphindaphinda | +/- 1% |
| I-impedance yokufaka | Umz: 175 kΩ (xa isixhasi sangaphakathi se-200 kΩ sivuliwe) |
Imo yokuNgena yangoku
Imijelo yegalelo loKwandiswa kwe-Analog inokulungiselelwa isixhobo sangoku se-loop kusetyenziswa umgangatho we-0/4-20 mA.
| Iimpawu | Iinkcukacha |
| Igalelo le-analog yangoku | 0…25 mA |
| Ixabiso le-Analog ye-LSB | 381.5 nA |
| Umda wangoku wesiphaluka esifutshane | Ubuncinci: 25 mA, Max 35 mA (amandla angaphandle). |
| Imida yangoku enokucwangciswa | 0.5 mA ukuya 24.5 mA (loop inamandla) |
| Ukuchaneka | +/- 1% |
| Ukuphindaphinda | +/- 1% |
Imo Yokufaka i-RTD
Imijelo yokufaka yoKwandiswa kwe-Analog ingasetyenziselwa ukulinganisa ubushushu nge-PT100 RTDs.
| Iimpawu | Iinkcukacha |
| Uluhlu lokufaka | 0…1 MΩ |
| Umkhethe voltage | 2.5 V |
Iingcingo ezi-2 ze-RTD zinokudityaniswa nakweyiphi na imigudu esibhozo.
IiNcingo ezi-3 zoQhagamshelwano lwe-RTD
I-RTD eneengcingo ezi-3 ngokubanzi ineengcingo ezimbini ezinombala ofanayo.
- Qhagamshela iingcingo ezimbini ezinombala ofanayo kwi-- kunye ne-ICx screw terminals ngokulandelelanayo.
- Qhagamshela ucingo ngombala owahlukileyo kwi-+ screw terminal.
Iingcingo ze-3 ze-RTD zinokulinganiswa kuphela ngamajelo I1 kunye ne-I2.
Iziphumo
| Iimpawu | Iinkcukacha |
| Inani lamajelo | 8x, (2x isetyenziswe ngaxeshanye iyacetyiswa) |
| Amatshaneli acwangciswayo njengeziphumo | I1, I2, I3, I4, O1, I5, I6, O2 |
| Uhlobo lweziphumo ezixhaswayo | Analog ivoltage kunye neyangoku |
| Isisombululo seDAC | 13 bit |
| Impompo yokutshaja ngoziro voltagimveliso | Ewe |
Zonke iziteshi ezisibhozo ze-analog zingasetyenziswa njengeziphumo kodwa ngenxa yokunciphisa amandla okutshatyalaliswa kwamandla, kucetyiswa ukuba ube ne-2 iziteshi ezibekwe kwimveliso ngexesha elifanayo.
Kwi-25 ° C yobushushu be-ambient, zonke iziteshi ze-8 ezibekwe njengeziphumo ziye zavavanywa ngexesha elifanayo ngelixa zikhupha ngaphezu kwe-24 mA kwi-10 V nganye (> 0.24W ngeshaneli nganye).
Umqulutage Imo yokuPhuma
Le ndlela yemveliso ikuvumela ukuba ulawule umthamotagii-activators eziqhutywa nge-e.
| Iimpawu | Iinkcukacha |
| Imveliso ye-analogtage | 0…11 v |
| Uluhlu lomthwalo oluxhathisayo | 500 Ω…100 kΩ |
| Ubukhulu bomthwalo we-capacitive | 2 μF |
| Umjikelezo omfutshane wangoku kwitshaneli nganye (ukukhangela) | Ubuncinci: 25 mA, Udidi: 29 mA, Ubukhulu: 32 mA (umda osezantsi bit = 0 (okuhlala uhleli)), Umz: 5.5 mA, Udidi: 7 mA, Ubukhulu: 9 mA (umda osezantsi bit = 1) |
| Umsinga omfutshane ngomjelo ngamnye (utshonayo) | Ubuncinci: 3.0 mA, Uhlobo: 3.8 mA, Ubukhulu: 4.5 mA |
| Ukuchaneka | +/- 1% |
| Ukuphindaphinda | +/- 1% |
Imo yokuPhuma yangoku
Le ndlela yemveliso ikuvumela ukuba ulawule ii-activators eziqhutywa ngoku.
| Iimpawu | Iinkcukacha |
| Imveliso ye-analog yangoku | 0…25 mA |
| Iziphumo eziphezulu voltage xa kufunwa i-25 mA | 11.9 V ± 20% |
| Isekethe evulekileyo ivoltage | 16.9 V ± 20% |
| Ukuphazamiseka kwemveliso | Umz: 1.5 MΩ, Uhlobo: 4 MΩ |
| Ukuchaneka | I-1% kwi-0-10 mA uluhlu, i-2% kwi-10-24 mA uluhlu |
| Ukuphindaphinda | I-1% kwi-0-10 mA uluhlu, i-2% kwi-10-24 mA uluhlu |
Imijelo yokuPhuma kwePWM
Ukwandiswa kweAnalog kuneendlela ezine zokuphuma kwePWM (P1…P4). Ziisoftware elungisekayo kwaye ukuze zisebenze kufuneka unikeze iphini yeVPWM ngevolthi oyifunayo.tage.
| VPWM Umqulutage | Iinkcukacha |
| Umthombo voltage inkxaso | 8…24 VDC |
| Ixesha | Iyacwangciswa |
| Isekile yomsebenzi | Iyacwangciswa (0-100%) |
Iimeko ze-LED
Ukwandiswa kwe-Analog kubonakalisa ii-LED ezisibhozo ezicwangcisiweyo zomsebenzisi ezifanelekileyo kwingxelo yesimo kwiphaneli yangaphambili.
| Inkcazo | Ixabiso |
| Inani lee-LEDs | 8x |
Amanqaku
IiMeko zokuSebenza eziCetyisiweyo
| Inkcazo | Ixabiso |
| Uluhlu lokuSebenza lobushushu | -20… 50 ° C |
| Umgangatho wokhuseleko | IP20 |
| Isidanga songcoliseko | 2 ihambelana ne-IEC 61010 |
Ukucaciswa koMbane (iTemperature ye-Ambient)
| Ipropati | Min | Chwetheza | Max | Iyunithi |
| Ukubonelela ngevoltage | 12 | – | 24 | V |
| Uluhlu oluvumelekileyo | 9.6 | – | 28.8 | V |
| Ukusetyenziswa kwamandla (12V) | 1.5 | – | – | W |
| Ukusetyenziswa kwamandla (24V) | 1.8 | – | – | W |
Amanqaku awongezelelweyo
Zonke izikrufu iitheminali eziphawulwe ngo-“-” (uphawu lokuthabatha) zifutshane kunye. Akukho ukwahlulwa kwegalvanic phakathi kwebhodi kunye nonikezelo lwamandla lweDC.
Umsebenzi oPhezuluview
Imveliso View
| Into | Uphawu |
| 3a | Izikhululo zoBonelelo ngoMbane 12…24 VDC |
| 3b | P1…P4 Iziphumo zePWM |
| 3c | Imeko yamandla e-LED |
| 3d | I-Analog Input/Output Terminals I1…I2 (Voltage, yangoku, i-RTD 2 iingcingo kunye neengcingo zeRTD ezi-3) |
| 3e | Ubume be-LEDs 1…8 |
| 3f | Izibuko zonxibelelwano kunye noqhagamshelo lweemodyuli ezincedisayo |
| 3g | I-Analog Input/Output Terminals I3…I6 (Voltage, Okwangoku, RTD 2 iingcingo) |
| 3h | I-Analog Input/Output Terminals O1...O2 (Voltage, Okwangoku, RTD 2 iingcingo) |
Umzobo weBhloko
Lo mzobo ulandelayo uchaza unxulumano phakathi kwamacandelo aphambili oKwandiswa kweAnalog ye-Opta:
Imijelo yeNgeniso/yeZiphumo
Ukwandiswa kwe-Analog ye-Arduino Opta® inezitsha ze-8 ezinokuthi ziqwalaselwe njengamagalelo okanye iziphumo. Xa itshaneli ziqwalaselwe njengamagalelo anokusetyenziswa njengedijithali kunye noluhlu lwe-0-24 / 0-10 V, okanye i-analog ekwazi ukulinganisa umthamo.tage ukusuka ku-0 ukuya kwi-10 V, umlinganiselo wangoku ukusuka kwi-0 ukuya kwi-25 mA okanye ubushushu obusebenzisa imo ye-RTD.
Iziteshi ze-I1 kunye ne-I2 zingasetyenziselwa ukudibanisa i-3-Wires RTDs. Itshaneli ngalinye lingasetyenziswa njengemveliso, qaphela ukuba ukusebenzisa iitshaneli ezingaphezu kwesibini njengemveliso ngaxeshanye kunokusitshisa kakhulu isixhobo. Oku kuya kuxhomekeka kubushushu be-ambient kunye nomthwalo wetshaneli.
Siye savavanya ukuseta zonke iitshaneli ezisibhozo njengeziphumo kwi-25 °C ezikhupha ngaphezu kwe-24 mA kwi-10 V nganye ngexesha elilinganiselweyo lexesha.
Isilumkiso: Kwimeko apho umsebenzisi adinga ulungelelwaniso ngokutenxa kulowo ucetyisiweyo, kuya kufuneka aqinisekise ukusebenza kwenkqubo kunye nokuzinza phambi kokusasazwa kwindawo yemveliso.
Iziphumo zePWM zisoftware eqwalaselweyo kwaye ukuze zisebenze kufuneka unikeze isikhonkwane seVPWM ngevolthi oyifunayo.tage phakathi kwe-8 kunye ne-24 VDC, unokuseta ixesha kunye nomsebenzi-umjikelo ngesoftware.4.4 Ukwandiswa kwePort
I-port yokwandisa ingasetyenziselwa i-daisy-chain ezininzi Ukwandiswa kwe-Opta® kunye neemodyuli ezongezelelweyo. Ukufikelela kuyo, kufuneka ikhululwe kwisigqubuthelo sayo seplastiki esaphukayo, kwaye iplagi yokudibanisa kufuneka yongezwe phakathi kwesixhobo ngasinye.
Ixhasa ukuya kwiimodyuli zokwandisa ezi-5. Ukuze ugweme imiba yonxibelelwano enokwenzeka, qinisekisa ukuba inani elipheleleyo leemodyuli ezixhunyiwe alidluli kwi-5.
Ukuba kukho nayiphi na imiba eyenzekayo ngokufunyanwa kwemodyuli okanye utshintshiselwano lwedatha, jonga kabini uxhulumaniso kwaye uqinisekise ukuba umdibaniso we-Aux kunye neziqeshana zifakwe ngokukhuselekileyo ngaphakathi kwendawo yokwandisa. Ukuba iingxaki ziyaqhubeka, jonga naziphi na iintambo ezivulekileyo okanye ezingaqhagamshelwanga ngokungafanelekanga.
Ukusebenza kwesixhobo
Ukuqalisa – IDE
Ukuba ufuna ukwenza inkqubo yoKwandiswa kweAnalog yeArduino Opta® ngelixa ungasebenziyo kufuneka ufakele i-Arduino® Desktop IDE [1] kunye neArduino_Opta_Blueprint usebenzisa uMphathi weThala leeNcwadi. Ukuqhagamshela iArduino Opta® kwikhompyutha yakho, uya kufuna intambo ye-USB-C®.
Ukuqalisa-Umhleli weLifu leArduino
Zonke izixhobo zeArduino® zisebenza ngaphandle kwebhokisi kwi-Arduino® Cloud Editor [2] ngokufaka nje iplagin elula.
I-Arduino® Cloud Editor isingathwe kwi-intanethi, ngoko iya kuhlala isexesheni ngeempawu zamva nje kunye nenkxaso yazo zonke iibhodi kunye nezixhobo. Landela [3] ukuqalisa ukubhala ikhowudi kwibhrawuza kwaye ulayishe imizobo yakho kwisixhobo sakho.
Ukuqalisa-Arduino PLC IDE
Ukwandiswa kwe-Analog ye-Arduino Opta® inokucwangciswa kwakhona kusetyenziswa i-IEC ye-IEC 61131-3 yeelwimi zeprogram ye-industrial. Khuphela i-software ye-Arduino® PLC IDE [4], ncamathisela i-Opta® Expansion ngokusebenzisa i-Aux Connector kwaye uqhagamshele i-Arduino Opta® yakho kwikhompyutheni yakho usebenzisa intambo ye-USB-C® elula ukuqalisa ukwenza izisombululo zakho ze-PLC zoshishino. I-PLC IDE iya kuqonda ukwanda kwaye iya kuveza i-I / O entsha ekhoyo kumthi wemithombo.
Ukuqalisa-Arduino Cloud
Zonke iimveliso ezinikwe amandla ze-Arduino® IoT zixhaswa kwi-Arduino Cloud ekuvumela ukuba ungene, igrafu kwaye uhlalutye idatha yenzwa, uqalise iziganeko, kwaye uzenzele ikhaya lakho okanye ishishini.
Sample Sketches
Sample mizobo yeArduino Opta® Ukwandiswa kweAnalog inokufumaneka kwithala leencwadi leArduino_Opta_Blueprint “Examples" kwi-Arduino® IDE okanye "i-Arduino Opta® Documentation" icandelo le-Arduino® [5].
Izixhobo ezikwi-Intanethi
Ngoku ukuba udlule kwizinto ezisisiseko onokuthi uzenze ngesixhobo, unokuphonononga amathuba angapheliyo anikezelayo ngokujonga iiprojekthi ezinomdla kwiProjekthiHub [6], i-Arduino® Library Reference [7] kunye nevenkile ye-intanethi [8] apho uya kukwazi ukuncedisa imveliso yakho ye-Arduino Opta® kunye nezandiso ezongezelelweyo, izinzwa kunye ne-actuators.
Ulwazi ngoomatshini
Imilinganiselo yeMveliso
Phawula: Izikhululo zetheminali zingasetyenziselwa zombini iingcingo eziqinileyo nezixandileyo (min: 0.5 mm2 / 20 AWG).
Iziqinisekiso
IsiShwankathelo seZiqinisekiso
| Isiqinisekiso | Ukwandiswa kweAnalog yeArduino Opta® (AFX00007 |
| CE (EU) | I-EN IEC 61326-1: 2021, EN IEC 61010 (LVD) |
| I-CB (EU) | Ewe |
| WEEE (EU) | Ewe |
| FIKA (EU) | Ewe |
| UKCA (UK) | I-EN IEC 61326-1: 2021 |
| I-FCC (US) | Ewe |
| CUlus | UL 61010-2-201 |
Isibhengezo sokuThobela i-CE DoC (EU)
Sibhengeza phantsi koxanduva lwethu ukuba ezi mveliso zingentla zihambelana neemfuno ezingundoqo zale Miqathango ilandelayo ye-EU kwaye ke ngoko sikulungele ukuhamba ngokukhululekileyo kwiimarike ezibandakanya iManyano yaseYurophu (i-EU) kunye noMmandla woQoqosho waseYurophu (EEA).
Isibhengezo sokuThobela kwi-EU RoHS & REACH 211 01/19/2021
Iibhodi ze-Arduino zihambelana ne-RoHS 2 Directive 2011/65/EU yePalamente yaseYurophu kunye ne-RoHS 3 Directive 2015/863/EU yeBhunga le-4 kaJuni 2015 ekuthinteleni ukusetyenziswa kwezinto ezithile ezinobungozi kwisixhobo sombane kunye ne-elektroniki.
| Iziyobisi | Elona qondo liphezulu (ppm) |
| Khokela (Pb) | 1000 |
| I-Cadmium (Cd) | 100 |
| Imercury (HG) | 1000 |
| Hexavalent Chromium (Cr6+) | 1000 |
| Iibiphenyls zePoly Brominated (PBB) | 1000 |
| I-Poly Brominated Diphenyl ethers (PBDE) | 1000 |
| Bis(2-Ethylhexyl) phthalate (DEHP) | 1000 |
| I-Benzyl butyl phthalate (BBP) | 1000 |
| I-Dibutyl phthalate (DBP) | 1000 |
| I-Diisobutyl phthalate (DIBP) | 1000 |
Ukukhululwa: Akukho kukhululwa kubangwayo.
Iibhodi ze-Arduino zihambelana ngokupheleleyo neemfuno ezihambelanayo ze-European Union Regulation (EC) 1907 / 2006 malunga noBhaliso, uVavanyo, uGunyaziso kunye nokuThintelwa kweMichiza (REACH). Sibhengeza ukuba akukho nanye kwii-SVHCs (https://echa.europa.eu/web/undwendwe/itheyibhile yoluhlu lwabagqatswa), uLuhlu lwaBaviwa beZinto eziNxibeleleyo ngokuPhakamileyo ngokugunyaziswa ngoku ekhutshwe yi-ECHA, ikhona kuzo zonke iimveliso (kunye nepakethe) ngobuninzi obupheleleyo kuxinzelelo olulingana okanye ngaphezulu kwe-0.1%. Ngokolwazi lwethu, sikwabhengeza ukuba iimveliso zethu aziqulathanga naziphi na izinto ezidweliswe “kuLuhlu loGunyaziso” (Isihlomelo XIV semigaqo ye-REACH) kunye nezinto eziXhathayo kakhulu (SVHC) kuyo nayiphi na imali ebalulekileyo njengoko kuchaziwe. ngoluhlu lweSihlomelo XVII soluhlu lwabaMviwa olupapashwe yi-ECHA (i-Arhente yeMichiza yaseYurophu) 1907 /2006/EC.
Ungquzulwano lweZimbiwa isibhengezo
Njengomboneleli wehlabathi jikelele wezinto zombane kunye nezombane, iArduino iyazazi izibophelelo zethu ngokubhekiselele kwimithetho nemimiselo ephathelele kwiConflict Minerals, ngokukodwa iDodd-Frank Wall Street Reform kunye noMthetho woKhuseleko lwaBathengi, iCandelo 1502. IArduino ayiveli ngqo okanye iqhube ukungquzulana ngokuthe ngqo. iiminerali ezifana neTin, iTantalum, iTungsten, okanye iGolide. Iiminerali eziphikisanayo ziqulethwe kwiimveliso zethu ngendlela yesolder, okanye njengenxalenye yealloys zetsimbi. Njengenxalenye yenkuthalo yethu efanelekileyo, i-Arduino iqhagamshelane nabanikezeli becandelo ngaphakathi kwekhonkco lethu lobonelelo ukuze baqinisekise ukuqhubeka kwabo nokuthobela imimiselo. Ngokusekelwe kulwazi esilufumeneyo ukuza kuthi ga ngoku, sibhengeza ukuba iimveliso zethu zinezimbiwa eziNgqubuthelana ezithathwe kwiindawo ezingenazingxabano.
Isilumkiso seFCC
Naluphi na uTshintsho okanye uhlengahlengiso olungavunywanga ngokucacileyo liqela elinoxanduva lokuthobela lunokutshitshisa igunya lomsebenzisi lokusebenzisa isixhobo.
Esi sixhobo sithobela inxalenye ye-15 yeMithetho yeFCC. Umsebenzi uxhomekeke kwezi meko zimbini zilandelayo:
- Esi sixhobo sisenokungabangeli uphazamiseko oluyingozi
- Esi sixhobo kufuneka samkele naluphi na uphazamiseko olufunyenweyo, kuquka uphazamiseko olunokubangela usetyenziso olungafunekiyo.
Phawula: Esi sixhobo sivavanyiwe kwaye sifunyenwe ukuthobela imida yeDivaysi yeDijithali yeKlasi A, ngokulandela inxalenye ye-15 yeMithetho yeFCC. Le mida yenzelwe ukubonelela ngokhuseleko olufanelekileyo ekuphazamisekeni okuyingozi xa isixhobo sisebenza kwindawo yorhwebo. Esi sixhobo sivelisa, sisebenzise, kwaye sinokusasaza amandla erediyo yerediyo kwaye, ukuba asifakanga kwaye sisetyenziswa ngokuhambelana nencwadana yemiyalelo, sinokubangela uphazamiseko oluyingozi kunxibelelwano lwerediyo. Ukusebenza kwesi sixhobo kwindawo yokuhlala kunokubangela ukuphazamiseka okuyingozi kwimeko apho umsebenzisi kuya kufuneka alungise uphazamiseko ngeendleko zakhe.
Ulwazi lweNkampani
| Igama leKhampani | Arduino Srl |
| Idilesi yeNkampani | Via Andrea Appiani, 25 – 20900 MONZA (Italy) |
Amaxwebhu ekubhekiswa kuwo
| Ref | Ikhonkco |
| Arduino IDE (Desktop) | https://www.arduino.cc/en/Main/Software |
| Arduino IDE (Cloud) | https://create.arduino.cc/editor |
| I-Arduino Cloud-Ukuqalisa | https://docs.arduino.cc/arduino-cloud/getting-started/iot-cloud-getting-started |
| Arduino PLC IDE | https://www.arduino.cc/en/Main/Software |
| Arduino Opta® Uxwebhu | https://docs.arduino.cc/hardware/opta |
| I-Hub yeProjekthi | https://create.arduino.cc/projecthub?by=part&part_id=11332&sort=trending |
| Isalathiso seThala leeNcwadi | https://www.arduino.cc/reference/en/ |
| Ivenkile ye-Intanethi | https://store.arduino.cc/ |
Imbali yohlaziyo
| Umhla | Uhlaziyo | Iinguqu |
| 24/09/2024 | 4 | Ukwandiswa kohlaziyo lwezibuko |
| 03/09/2024 | 3 | Cloud Umhleli ihlaziywe ukusuka Web Umhleli |
| 05/07/2024 | 2 | Block Diagram ihlaziywe |
| 25/07/2024 | 1 | Ukukhutshwa kokuqala |
Amaxwebhu / Izibonelelo
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umfumani AFX00007 Arduino Configurable Analog [pdf] Incwadi yoMnini AFX00007 Arduino Configurable Analog, AFX00007, Arduino Configurable Analog, Configurable Analog, Analog |
