I-MICROSENS Smart IO Controller idibanisa iDigital Component kwiNethiwekhi ye-IP

Ukuphathwa koomatshini

Isilawuli se-MICROSENS Smart I/O silungele ukudityaniswa ngokunyuswa ngeendlela ezimbini ezahlukeneyo:

•  A clamp ukuxhoma isiporo somnqwazi ophezulu,
•  kunye neetabhu ezine zokuxhoma zokuncamathisela ngokuthe ngqo eludongeni, isilingi okanye nasiphi na esinye isixhobo esixhasayo.

Top Hat Rail Mounting kunye nokwehlisa

Kwicala layo eliphantsi, i-Smart I / O Controller yezindlu (Umfanekiso 1, Pos. 1) ixhotyiswe nge-cl.amp ukunyusela isixhobo kuloliwe oqhelekileyo womnqwazi ophezulu (Umfanekiso 1, Pos. 2).
Note: Hlanganisa i-clamp kwizindlu ukuba ayithunyelwanga nge-clamp sele ilungisiwe. Qiniseka ukuba i-clamp's ukhupho intambo (Figure 1, Pos. 3) walatha kwicala nge Ethernet port.

Ukunyuka kwi-Top Hat Rail

1.  Beka indlu kunye ne-clamp's olumileyo phezu komnqwazi kaloliwe ophezulu (Figure 1, Pos. 4).
2.  Cinezela ngobunono indlu (Umfanekiso 1, Pos. 5) de i-clamp ingena kumnqwazi kaloliwe ophezulu ngokucofa okuvakalayo.

Ukuhla kwi-Top Hat Rail

1.  Tsala i-lever yokukhulula (Umfanekiso 2, Pos. 1) ukuvula i-clamp kwaye uphakamise isixhobo (Umfanekiso 2, Pos. 2) ukuyisusa kwi-top-hat rail.

Ukubeka iithebhu

Ukufakela i-Smart I / O Controller ngokuthe ngqo eludongeni, isilingi, okanye nayiphi na enye into efanelekileyo yokuxhasa izixhobo, sebenzisa izibiyeli ezine zokukhwela (Umfanekiso 3, Pos. 1 ukuya ku-4).

Phawula: Qinisekisa ukukhusela isincamathelisi ngokufanelekileyo xa usebenzisa iithebhu zokunyusela ezimbalwa! Akukhuthazwa ukusebenzisa ithebhu enye kuphela yokuxhoma okanye ukuxhoma iithebhu zecala elinye kuphela.

Ukuqhagamshela uBonelelo lwaMandla

I-MICROSENS Smart I/O Controller inokubonelelwa ngamagalelo amabini angamanye amandla (enye okanye indibaniselwano):

1. I-PoE + (PD) nge-Ethernet port (Umfanekiso 4, Pos. 1).
2.  Yangaphandle 24 VDC ngokutyhala clamp izibuko X21 kunye X22 (Figure 4, Pos. 2)

IiNkcazelo zoBonelelo lwaMandla

Ukunikezwa Amandla	Umqulutage	Ukusetyenziswa	Iplagi
I-PoE/PoE+ PD	44 - 54 VDC (54 VDC isimbo.)	3.2 W	Ethernet uplink port (Umzobo 4, Pos. 1)
Ngaphandle	24 VDC	1.2 W	Tyhiliza clamp kumazibuko X21 kunye X22 for cable-ezimbini cable (Umfanekiso 4, Pos. 2) Phawula: Qinisekisa ukudibanisa intambo kunye ne-polarity echanekileyo!

Phawula: Qinisekisa ukwenza i-PoE/PoE+ PD kwisixhobo sombane. Ukuvumela i-PoE kwizixhobo ze-MICROSENS nceda ubhekisele kumaxwebhu afanelekileyo athunyelwe ngesixhobo.
Ngokukhawuleza ukuba unikezelo lwamandla lwangaphandle ludityanisiwe kwi-clamp izibuko i-X21 kunye ne-X22 i-"Pwr In" ye-port isimo se-LED sikhanyisa ebonisa unikezelo lwevolthitage ikhona.
Ngokukhawuleza ukuba enye ye-PoE okanye unikezelo lwamandla lwangaphandle lufakwe kwaye lukhona, i-port ye-LED yesimo se-port "Pwr Out" izibuko ze-1 kunye ne-2 zikhanyise (Umfanekiso 4, i-Pos. 3).

Ukuthoba ngePoE Supply 

Ukufakela amacandelo e-PoE kuthungelwano lwequmrhu kuyimfuneko ukubhekisela kwi-DC supply voltage yazo zonke izixhobo ukuya kwinqanaba elisezantsi elifanayo. Ngokuqhelekileyo oku kuya kuba yipolarity entle edityaniswe kumgangatho osezantsi wenkqubo yombane yesakhiwo (oko kukuthi “umhlaba”).
Ukucinga, amandla oMlawuli we-Smart I / O wenziwa ngesixhobo esisembindini esisembindini esisembindini se-POE sePSE kubalulekile ukudibanisa isikhokelo esisezantsi se-chassis yomlawuli (Umfanekiso 4, Pos. 4 kumandla omhlaba wesakhiwo kwaye ngaloo ndlela ukuphepha " iingxaki zomhlaba odadayo” Ngaphandle kwemiba yokhuseleko, umhlaba odadayo wothungelwano unokubangela iingxaki ukuba inxalenye enye ngempazamo okanye ngenjongo isekelwe (Umfanekiso 5).

Ukuthoba ngeSibonelelo saMandla sangaphandle

Ngokuchasene nokusetyenziswa okuqhelekileyo kwe-polarity engalunganga edityaniswe kumgangatho ophantsi xa usebenzisa unikezelo lwamandla lwangaphandle qinisekisa ukudibanisa i-polarity efanelekileyo yonikezelo lwamandla kumgangatho ophantsi.

Seta kwakhona i-Smart I/O Controller

I-Smart I / O Controller ixhotyiswe ngeqhosha lokusetha kwakhona ecaleni kwe-Ethernet port (jonga umfanekiso 6).
Ukucofa iqhosha lokuseta kwakhona ngento ekhonjiweyo kwisekhondi eli-1 kuya kusetha kwakhona umlawuli. Ngethuba lokuseta ngokutsha, zombini ii-LED "Digital Out" (izalathisi ze-port X5 ukuya kwi-X8) ziya kukhanyisa malunga ne-approx. 1 umzuzwana.
Phawula: Ukucofa iqhosha lokuseta kwakhona ngaphezu kwesekhondi eli-1 emva kokuqaliswa kwakhona kwenza imowudi "Layisha i-Bootloader". Oku kungenxa yeenkonzo ze-MICROSENS kuphela!

Ukuqhagamshela i-Input / Output Cables kunye nokuSeta iiSwitshi ze-DIP

I-Smart I/O Controller ixhotyiswe ngee-20-pin push cl ezimbiniamp izibuko zokungenisa kunye neziphumo zemiqondiso kunye negalelo kunye nemveliso yevoltage (i-wire diameter ye-0.1 ukuya kwi-1.5 mm², i-stranded/iqinile). Ukongezelela, indlela ye-2 kunye ne-4-indlela yokutshintsha i-DIP yenza ukuba izicwangciso ezithile zokufaka i-analog kunye ne-sensor input signals.

Utyhala clamp izikhonkwane (X1 ukuya X40) kunye ne-Ethernet uplink port zinemisebenzi ilandelayo:

Izibuko	Umqondiso	Intsingiselo
X1, X2	Ukucima koMbane 1	Imveliso yamandla: 2x 24 VDC, ubukhulu bomthwalo obudityanisiweyo bungama-20 mW
X3, X4	Ukucima koMbane 2
X5, X6	I-Digital Out 1	Iziphumo zedijithali: I-2x 24 VDC, umqokeleli ovulekileyo, i-PWM (max. 100 Hz) ubuninzi bangoku obudibeneyo 1 A
X7, X8	I-Digital Out 2
X9, X10	Idijithali ku-1	Igalelo ledijithali: 4x ubuninzi. I-24 VDC (umqobo: iphantsi < 1.0 - 1.3 > phezulu) i-opto-isolated Izabelo zezibuko zimi ngolu hlobo lulandelayo: · X9, X11, X13, X15: Port voltage phakathi kwe-0 VDC kunye ne-24 VDC · X10, X12, X14, X16: Iizibuko eziqhagamshelwe kwi-24 VDC (“+”)
X11, X12	Idijithali ku-2
X13, X14	Idijithali ku-3
X15, X16	Idijithali ku-4

 

Izibuko	Umqondiso	Intsingiselo
X17, X18	PT100/1000 1	Ungeniso lwesivamvo sobushushu: I-2x ye-2-wire input ye-Pt100 okanye i-Pt1000 yokumelana nobushushu bokushisa (RTDs). Phawula: Ukukhethwa kohlobo lomenzi woluvo lwezibuko legalelo lobushushu ngokwalo kunokumiselwa nge-2-port DIP iswitsha: · NGO-1/2: Pt100 ekhethiweyo · OFF 1/2: Pt1000 ekhethiweyo
X19, X20	PT100/1000 2
X21, X22	Amandla Angaphakathi	Ungeniso lwamandla angaphandle: 1x 24 VDC ubuninzi bokusetyenziswa kwangaphakathi 1.2 W
X23, X24, X25	I-Analog Out 1	Imveliso ye-analog: 2x 0..10 V ubuninzi bangoku obudibeneyo 1 A Izabelo zezibuko zimi ngolu hlobo lulandelayo: · X23, X26: Iizibuko eziqhagamshelwe kwi-24 VDC (“+”) · X24, X27: Port voltage isetyenziswe phakathi kwe-0 V ≤ UAO ≤ 10 V · X25, X28: Iizibuko eziqhagamshelwe kwi-GND (“-”)
X26, X27, X28	I-Analog Out 2
X29, X30, X31	I-Analog ku-1	Ungeniso lwe-analogue: 4x 0..10 V (voltage mode) / 0..20 mA (imo yangoku) Izabelo zezibuko zimi ngolu hlobo lulandelayo: · X29, X32, X35, X38: Iizibuko eziqhagamshelwe kwi-24 VDC (“+”) · X30, X33, X36, X39: Port voltage phakathi kwe-0 V ≤ UAI ≤ 10 V Izibuko langoku phakathi kwe-0 mA ≤ IAI ≤ 20 mA · X31, X34, X37, X40: Iizibuko eziqhagamshelwe kwi-GND (“-”)   Phawula: Ukukhetha indlela yezibuko elililo kunokumiselwa ngokutshintsha kwe-DIP ye-4-port: · NGO-1/2/3/4: Imowudi yangoku (0..20 mA) · OFF 1/2/3/4: Voltagimowudi ye-e (0..10 V)
X32, X33, X34	I-Analog ku-2
X35, X36, X37	I-Analog ku-3
X38, X39, X40	I-Analog ku-4
I-Ethernet		Ethernet uplink port: 1x 10/100Base-T, RJ-45, PoE (PD)

Ukuqonda ii-LEDs zesimo

I-MICROSENS Smart I/O Controller ixhotyiswe ngee-LEDs ezisithoba ezibonisa le miqondiso ilandelayo ithi:

Izibuko	Umqondiso	Intsingiselo
X1, X2	Ukucima koMbane 1	Imveliso yamandla: · Luhlaza: Ubonelelo lombane luyasebenza · Valiwe Akukho mbane
X3, X4	Ukucima koMbane 2
X5, X6	I-Digital Out 1	Iziphumo zedijithali: · Luhlaza: Imveliso iyasebenza (umqokeleli ovulekileyo utsala ezantsi) · Valiwe: Imveliso ayisebenzi   · Bonisa ukusetha kwakhona xa zombini ii-LED zilayita eluhlaza malunga ne-approx. 1 umzuzwana.
X7, X8	I-Digital Out 2
X9, X10	Idijithali ku-1	Igalelo ledijithali: · Luhlaza: Uqhagamshelwano lwegalelo luvaliwe · Vala Ungeniso vula
X11, X12	Idijithali ku-2
X13, X14	Idijithali ku-3
X15, X16	Idijithali ku-4
X21, X22	Amandla Angaphakathi	Ungeniso lwamandla angaphandle: · Uhlaza: Isixhobo sinikwe amandla ombane wangaphandle · Ucima kwisixhobo asiqhutywa okanye siqhutywa yi-PoE.

Ukusebenzisa i-Smart I/O Controller ene-MICROSENS Switshi

Ukusebenzisa i-MICROSENS Smart I / O Controller inokwenzeka nge-MICROSENS switches equkethe i-firmware 10.7.4a kunye nentsha.
Ekubeni i-firmware 5. x umlawuli uxhasa i-MQTT evumela ukusebenza kwizicelo ngaphandle kokutshintsha kwe-MICROSENS. Kule meko, akukho mfuneko yokubhanqa. Uqwalaselo lunokwenziwa nge MICROSENS SmartConfig Isixhobo. Ngokukhawuleza ukuba i-Smart I / O Controller ixhunywe kumandla ombane (i-PoE okanye unikezelo lwangaphandle) kunye nenethiwekhi yenkampani umlawuli ufikeleleke nge-MICROSENS switch equkethe i-MICROSENS SmartDirector.
Phawula: Ngenxa yokusebenzisa i-IPv6 ikhonkco-iidilesi zendawo kunokwenzeka ukusebenzisa i-Smart I/O Controller ekude nge-MICROSENS switch nge-IPv6 network corporate ukuba nje uxhulumaniso lungahambi ngendlela.6.1 Ukudibanisa i-Smart I/O Controller kunye ne-MICROSENS switch La manyathelo alandelayo achaza indlela yokudibanisa i-Smart I/O Controller nge Web Umphathi wokutshintsha kwe-MICORSENS.
Phawula: Kuba oku kuphelileview ikakhulu ukusetyenziswa kwe Web Umphathi ubonisiwe. Ukusebenzisa i-CLI ukudibanisa izixhobo kulula ngenxa yokuba Web Umphathi usebenzisa imiyalelo efanelekileyo ye-CLI njengeeleyibhile zemihlaba kunye namacandelo.
Ukusebenzisa i Web Umphathi:

• Qala i web umkhangeli zincwadi kwaye ungenise idilesi ye-IP yesixhobo esifanelekileyo se-G6.
•  Ngena kwi Web Umphathi oneziqinisekiso zomlawuli.
• Khetha isikrini seSmartOffice, emva koko ukhethe ithebhu Uqwalaselo oluSiseko.
•  Kwicandelo Device.smart office.director_config cofa kwiqhosha scan abalawuli bokukhanya.
•  I-SmartDirector iqala ukukhangela abalawuli abahlakaniphile. Logama nje kungekho mlawuli ufunyenweyo icandelo eliskeniweyo IziLawuli zokukhanya zihlala zingenanto.
•  Emva kokuskena ngempumelelo ii-Smart Controllers ezikhoyo Web Umphathi udwelisa bonke abalawuli abafunyenweyo.

Ukuba awuchazanga "igama lesixhobo" elikhethekileyo kwicandelo Isixhobo. I-smart office.device_config kwisithuba Uqwalaselo lweSixhobo ngaphambili, incoko yababini ayizukubonisa iperi yokunyanzelisa iqhosha njengoko kunye noluhlu olwahlukileyo lokuhla kuluhlu lwetafile yomlawuli. Kule meko, qhubeka nesinyathelo esilandelayo. Kungenjalo, khetha igama lesixhobo esahlukileyo kuluhlu kwaye ucofe kwiqhosha lokunyanzelisa iqhosha njenge.

Phawula: Kucetyiswa ngamandla ukunika onke amaxabiso eparameter ayimfuneko omlawuli kwicandelo Device.smart office.device_config kwisithuba Uqwalaselo lweSixhobo kuba olu lwazi lusetyenziswa ngexesha lenkqubo yokubhanqa. Ukuba uqwalaselo lwenzeka emva kwenkqubo yokumatanisa useto oluninzi lwangaphakathi kufuneka luphinde lusetyenzwe ngesandla.

• Khetha isithuba Uqwalaselo lweSixhobo.
• Igama lesixhobo liqulethe isimaphambili "scanned_" kunye ne-ID yomlawuli. Guqula eli gama njengoko kufuneka.
•  Uhlobo lwemveliso yi-“SMART_IO_CONTROLLER”.
•  I-ID yesixhobo ngokwendalo siquka idilesi ye-MAC yesixhobo.
•  Kwikholamu yeZenzo zokuBambisana kumqolo ofanelekileyo woMlawuli we-Smart I/O khetha isixhobo esenziwe ngaphambili kuluhlu oluhlayo kwaye ucofe iqhosha lokunyanzelisa iqhosha njenge.
•  I-Smart I/O Controller ngoku idityaniswe ngokufanelekileyo kwi-SmartDirector ye-MICROSENS G6 Switch.

Uvavanyo olusebenzayo loMlawuli we-Smart I/O odityanisiweyo

La manyathelo alandelayo achaza indlela yokuvavanya ukudibanisa okuchanekileyo kwe-Smart I/O Controller nge Web Umphathi wotshintsho oludityanisiweyo lwe-MICORSENS.
Phawula: Kuba oku kuphelileview ikakhulu ukusetyenziswa kwe Web Umphathi ubonisiwe. Ukusebenzisa i-CLI ukudibanisa izixhobo kulula ngenxa yokuba Web Umphathi usebenzisa imiyalelo efanelekileyo ye-CLI njengeeleyibhile zemihlaba kunye namacandelo.
Ukusebenzisa i Web Umphathi:

•  Khetha isikrini soMlawuli, emva koko ukhethe ithebhu SIO.
•  Kwicandelo Device.controller.smart_io_config zonke izibuko ezikhoyo ze-paired Smart I/O Controller zidweliswe.
•  Khangela i the parameter dout1 mode for the port “Digital Out 1” and select a value from the drop-down list that matches your application.
•  Click on the button apply to running configuration to save the changes to the running configuration. Khangela i the parameter manual set output, enter the value “dout1 1” and click on the button manual set output.
•  Ubume bezibuko i-LED ye "Digital Out 1" kufuneka ikhanyise ekuboniseni imveliso yedijithali isetelwe kwinqanaba eliphezulu ledijithali.
•  Kwimveliso yeparameter manual, faka ixabiso "dout1 0" kwaye ucofe iqhosha lokuseta imveliso yencwadana.
•  Ubume be-port ye-LED ye "Digital Out 1" kufuneka ikhanyise ebonisa ukuba imveliso yedijithali isetelwe kumgangatho ophantsi wedijithali.

Phawula: Ukuba olu vavanyo lokudibanisa aluphumeleli zama ukudibanisa i-Smart I/O Controller kwakhona kwasekuqaleni.

Ukusebenzisa i-Analogue Input kunye neZibuko zokuPhuma
Lonke igalelo le-analog kunye ne-output port (X23 ukuya kwi-X40) inamalungu ama-3 lilinye:

•  “+”: Eli zibuko liqhagamshelwe kwi-24 VDC.
•  “-”: Eli zibuko liqhagamshelwe kwi-0 V (GND).
•  “AO”/“AI”: Elona voltagixabiso elibhekiswa kwi-0 V (GND).

Igalelo kunye nemveliso amaxabiso abhekiselele kwixabiso lereferensi 0 V (polarity)
Example ngokusebenzisa i-script encinci ene-Smart I/O Controller Ports
Phawula: Ngolwazi oluthe kratya malunga nendlela yokusebenzisa iskripthi esincinci nceda ubhekisele kwincwadana yemveliso “iSikhokelo sabaSebenzi beskripthi esincinci” esinikezelwe nge-MICROSENS G6 Tshintsha kwaye iyafumaneka nge. Web Umphathi phantsi kwento yemenyu
"Amaxwebhu".ample ibonisa ikhowudi yeskripthi esikhulu sokufunda ixabiso lobushushu (iizibuko 17/18) kunye nokuseta imveliso yedijithali (iizibuko 5/6) ukusuka kwi-0 ukuya ku-1 xa ufikelela kumda wobushushu we-24.5 °C:

Ukuhlaziya iFirmware yesiXhobo

I-Smart I / O Controller ine-firmware yayo enokuthi ihlaziywe ngesandla nge Web Umphathi wotshintshiselwano lwe-MICROSENS G6. Ukuhlaziya i-firmware, qhubeka ngolu hlobo lulandelayo:
Ukusebenzisa i Web Umphathi:

•  Qala i web umkhangeli zincwadi kwaye ungenise idilesi ye-IP yesixhobo esifanelekileyo se-G6.
•  Ngena kwi Web Umphathi oneziqinisekiso zomlawuli.
•  Khetha isikrini soMlawuli, emva koko ukhethe ithebhu SIOC kwaye uskrolele ezantsi kwincoko yababini.
• Kwicandelo HTTP(s) layisha nge Web Umphathi vula isikhangeli file incoko yababini yokhetho ngonqakrazo kwiqhosha Khangela:
•  Kwi file incoko yababini yokhetho khetha i-firmware yobulali file kwaye ucofe iqhosha elithi Ok.
•  Cofa kwiqhosha Qala ukuqalisa inkqubo yokulayisha kwisixhobo se-G6.
•  Emva kokulayisha ngempumelelo i file ibonakala kwicandelo elikhoyo le-SIOC firmware files kwisixhobo.

Phawula: Olu luhlu luqulethe yonke i-firmware ekhoyo files igcinwe kulawulo oluthile lwenkumbulo yesixhobo se-G6. Ukususa oku file nqakraza kwelahlukileyo iqhosha ukususa.

• Ukuhlaziya i-firmware yomlawuli vula isikrini iSmartOffice kwaye utshintshele kwithebhu Uqwalaselo lweSixhobo.
•  Kwicandelo Device.smart office.device_config skrolela ezantsi kumlawuli ochaphazelekayo.
•  Kwindawo yokuhlaziya i-firmware faka igama le-firmware file ufuna ukulayisha kumlawuli kwaye nqakraza kwiqhosha lokuhlaziya i-firmware.

Phawula: Ukuba indawo yegalelo ishiywe ingenanto i-firmware yamva nje file ikhethwa ngokungagqibekanga.

Ukuqwalasela i-MQTT

UMlawuli we-MICROSENS Smart I / O usebenza njengomthengi we-MQTT ngokuthumela nokufumana imiyalezo ye-MQTT ukusuka kunye nomthengisi we-MQTT kuthungelwano, ngokubhekiselele kwigalelo lomlawuli kunye nemveliso ye-port value values. Oku kubalulekile ukuba ufuna ukusebenzisa i-Smart I / O Controller kwiiprojekthi ezizenzekelayo kunye nokusebenzisana phakathi kwezixhobo zentsimi.

Izinto ezifunekayo kuqala

Umlawuli uhlala esebenza kunye ne-IPV6 Link-Dilesi zeNdawo. Ngoko ke, i-MQTT broker kufuneka yenziwe ukuba isebenze needilesi ze-IPv6. Nangona kunjalo, unokuguqulela ngokulula phakathi kwe-IPv4 kunye ne-IPv6 ngenxa ye-architecture ye-MQTT.

Iprotocol ye-MQTT yenza uluhlu olukhulu kakhulu lwezixhobo ezahlukeneyo ezisebenza njenge-broker, umshicileli kunye nomrhumi kuluhlu lwezothutho lwe-OSI. Isixhobo sinxibelelana kuphela nge-TCP port 1883 okanye - ukuba ilungisiwe - ngaphezulu Webiziseko kwiPort 9001 zonxibelelwano lwangaphandle.

Ukusebenzisa iSixhobo sokuCwangcisa esiSmart kuLungiselelo lwe-MQTT

Phawula: Sebenzisa i-MICROSENS Smart Config Tool ukwenzela uqwalaselo lwe-MQTT lwe-Smart I/O Controller. Isicelo siyafumaneka ukukhuphela ngokusebenzisa i-MICROSENS webindawo (www.microsens.com). Ke ngoko, yiya kwiphepha lemveliso yomlawuli, skrolela ezantsi kwindawo ekhuselekileyo yokukhuphela, kwaye ungene ngeenkcukacha zakho. Ukuba awukabhaliswa, cofa kwindawo ethi “Awubhaliswanga?” ukufaka isicelo sedatha yokungena.
Ukuqwalasela useto lwe-MQTT ngolu hlobo lulandelayo:

1. Qala iSixhobo sokuQinisekisa esiSmart.
Phawula: Esi sisicelo esiphathwayo seMicrosoft® Windows® esisebenza ngaphandle kofakelo. Ngolwazi ngokubanzi malunga nokusebenzisa iSixhobo se-Smart Config nceda ubhekisele kumsebenzi woncedo wesicelo usebenzisa iqhosha lemiyalelo kwipheyini yesandla esiphezulu sasekunene.
2. Cofa iqhosha Skena kwipheyini ephezulu ngasekhohlo.

• Imo yoQhagamshelwano: Ibonisa ubume boqhagamshelwano kwi-MQTT broker (funda kuphela).
•  Iqhawulwe: Akukho qhagamshelwano lusebenzayo kwi-MQTT broker kwinethiwekhi.
•  Yamkelwe: I-Smart I / O Controller ixhunyiwe kwi-MQTT broker.
•  Ixesha lokuvala: Umdibaniso kwi-MQTT broker ivaliwe ngenxa yexesha.
•  yaliwe umthetho olandelwayo: Umthengisi we-MQTT wala umdibaniso ngenxa yoguqulelo olungasebenziyo okanye olungaziwayo lweMQTT protocol.
•  yaliwe i-ID: Umthengisi we-MQTT wala umdibaniso ngenxa ye-ID yomxhasi engasebenziyo.
•  iseva eyaliwe: Inkonzo ye-MQTT ayifumaneki.
•  yalile uqinisekiso: Umthengisi we-MQTT wala umdibaniso ngenxa yenkcazi ezingasebenziyo zomxhasi
•  wala ugunyaziso: Umxhasi akanalo ilungelo elifanelekileyo lokufikelela.
•  ayaziwa: Unxibelelwano luvaliwe ngenxa yezizathu ezingaziwayo.
•  ukudibanisa: I-Smart I / O Controller idibanisa kwi-MQTT broker.
•  Lumisiwe: Uqhagamshelwano lumisiwe. Isazisi soMxumi: I-ID yomxhasi eyakhiwe kwindawo ye-MAC-Idilesi eboniswe kwisixhobo sesithuba (funda kuphela).
•  Imowudi: Imisela imo ye-MQTT (funda / bhala). Ikhubaziwe: MQTT ivaliwe. QoS 0 (kaninzi kanye):

1. akukho siqinisekiso sokuhanjiswa komyalezo
2.  akukho mvume yokufumana umyalezo ngumthengisi we-MQTT
3.  akukho kugcina okanye ukuthumela kwakhona umyalezo ngumshicileli we-MQTT
4.  I-Packet ID isetelwe ngokuzenzekelayo ku-"0"

• o QoS 1 (ubuncinci kanye):
• isiqinisekiso sokuhambisa umyalezo ngempumelelo kanye ngexesha elinye kumthengisi
•  ukugcina nokuthumela kwakhona umyalezo ngaphandle kokuba uvunyiwe ngumthengisi
•  Ukuvuma kuqulethe i-ID yepakethe eyodwa kuphela, ngoko umshicileli unokwabela umyalezo kunye nokwazisa o QoS 2 (kanye kanye):
•  isiqinisekiso sokuhambisa wonke umyalezo kanye kanye ngexesha elinye kumthengisi
•  umshicileli kunye nomthengisi usebenzisa ukuxhawula izandla ezinenxalenye yokuthumela kunye nokuvuma
•  imiyalezo yokuvuma phakathi komshicileli kunye nomthengisi iqulethe i-ID yepakethe kuphela ukunika umyalezo kunye nombulelo

1.  Umthengisi: Icwangcisa idilesi ye-IPv6 yomthengisi we-MQTT (funda/ubhale).
2.  Igama lomsebenzisi: Igama lomsebenzisi lokufikelela kumthengisi we-MQTT (funda/ubhale).
3.  Inombolo yokuvula: Igama lokugqithisa lonikezelo lomthengisi we-MQTT (bhala).
4.  Ngokukhawuleza njengeeparamitha ezisebenzayo zedilesi ye-IPv6 yomthengisi, iziqinisekiso, kunye nemowudi ye-MQTT zisetiwe kwaye i-broker iyafikeleleka, i-MQTT yoqhagamshelo lwe-broker itshintsha imeko "eyamkelweyo".
5.  Keepalive: Icwangcisa isithuba kwimizuzwana apho umlawuli athumela umyalezo kumthengisi wayo we-MQTT (funda/ubhale) ukuze izibhengeze njengesipho. Oku kuthintela ukuqhawuka konxibelelwano ngumthengisi.
6.  Gcina: Le flegi imisela ukuba umthengisi uza kuwugcina lo myalezo njengowokugqibela osebenzayo sample yesi sihloko sikhethekileyo. Kwimeko apho umxhasi omtsha we-MQTT ebhalisela esi sihloko umthengisi uthumela lo myalezo kumbhalisi.
7.  Isimaphambili Sesihloko: Izihloko ze-MQTT ziya kuhlala ziqala ngalo mtya njengesichongi (funda/bhala).
8.  Umxholo weNtando: Esi "isihloko sokugqibela" sithunyelwa kumthengisi we-MQTT kuwo wonke uxhumano lokuqala okanye kwinguqu yeparameter. Umrhwebi udlulisela phambili kubabhalisi kwimeko apho umlawuli (njengomshicileli) ulahlekelwa uxhulumaniso kumthengisi obonisa ukungaphumeleli koxhulumaniso (funda / bhala).
9.  Uzakuthumela umyalezo: Icwangcisa umyalezo wesihloko somyolelo wokugqibela kwimeko yokulahleka koqhagamshelwano (funda/bhala).
10.  Ngaba QoS: Icwangcisa imo ye-MQTT yesihloko sentando yokugqibela (funda / bhala) .o Izicwangciso zihambelana noseto lwemo ye-MQTT ngasentla. Kucetyiswa ukuba kusetyenziswe inqanaba eliphezulu leQoS kwizihloko zomyolelo wokugqibela.
11.  Uyakugcina: Ukuba usete umthengisi ugcina umyalezo wokugqibela wokwazisa ababhalisi abatsha malunga nomlawuli uphulukene noqhagamshelo ngaphambili (funda/bhala).
12.  Pvula ixesha lokuphumla: Icwangcisa isithuba kwimizuzwana apho umlawuli athumela ixesha lakhe kumthengisi usebenzisa isihloko “ /ukugqiba” (funda/bhala). o Ukucwangcisa le parameter ku-"0" kucima lo msebenzi.

Ukusebenzisa iMixholo ye-MQTT ene-MICROSENS Switshi

Isihloko sinokuqondwa njengodidi lomyalezo. Izihloko zicwangciswe ngokoluhlu (kunye nesilayi sangaphambili njengesahlulelo phakathi kwamanqanaba), xa sithelekisa file ulwakhiwo lwenkqubo (umz. “Isakhiwo/uMgangatho1/Igumbi1/UkuKhanya kweCeiling”).
Izihloko zichazwe ngumsebenzisi, apho i-convention ye-self-descriptive self-descriptive ibonakalisa i-Smart Building infrastructure. Amagama esihloko anobuntununtunu (“…/CeilingLight” ahluka ku-“…/ceiling light”) kwaye kufuneka aqulathe ubuncinci unobumba omnye. Phawula: Kuyenzeka ukusebenzisa wonke umlinganiswa we-UTF-8 (ngaphandle kwe "$" ekubeni lo mbhalo usetyenziswa ngumthengisi kubalo lwangaphakathi).
Ukusetyenziswa kwezi wildcards zilandelayo kunokwenzeka:

Example: "Isakhiwo/Umgangatho1/+/Ubushushu"
Esi sihloko sijongana nemiyalezo ehambelanayo "Yobushushu" kuwo onke amagumbi aku "Floor1". #: Lo mlinganiswa uthatha indawo yamanqanaba amaninzi kwisihloko. Eksample: "Isakhiwo/Umgangatho1/#"
Esi sihloko sijongana nayo yonke imiyalezo eyenzekayo "kuMgangatho1".

Phawula: Ukusetyenziswa kwe-wildcards kuvunyelwe xa usebenzisa i-micro script ukubhalisa izihloko. Akuvumelekanga ukusebenzisa itheyibhile ye-MQTT yokwenza imephu kunye nokudibanisa izihloko ezininzi kwicandelo elinye kuphela akufanelekanga (umzekelo, ukufanisa inzwa kwisihloko esinamagumbi amaninzi). Ukuseta izihloko okanye ii-ID ngokulula kunokwenzeka ukuba kusetyenziswe izinto eziguquguqukayo ezithile. Ezi ziguquguqukayo zilandelayo kunye nexabiso labo ziyafumaneka:

•  {SMO}: umbhalo osisigxina "SmartOffice"
•  {MFG}: igama lomenzi osisigxina (oko kukuthi, “MICROSENS”)
•  {MAC}: Idilesi ye-MAC yesixhobo
• (Device.factory.device_mac, e.g. “00:60:A7:09:37:4E”)
•  {IP4}: IPv4 idilesi yesi sixhobo
• (Isixhobo.ip.v4_status.dynamic_device_ip, umz. “10.100.89.187”)
•  {IP6}: IPv6 idilesi yesi sixhobo
• (ukuba yenziwe, iDevice.ip.v6_status.ip, umz. “fe80::260:a7ff:fe09:374e/64”)
•  {DMN}: Igama lesizinda sothungelwano lweOfisi eSmart
• (Device.smartoffice.director_config.domain_name, umz. “domain1”)
•  {ART}: inombolo yenqaku yesi sixhobo
• (Device.factory.article_number, umz. “MS652119PM”)
•  {SER}: inombolo yothotho yesi sixhobo
• (Device.factory.serial_number, umz. “00345860”)
•  {LOC}: SNMP SysLocation
• (Management.snmp.device_info.sys_location, umz. “Ofisi”)
•  {NAM}: SNMP SysName
• (Management.SNMP.device_info.sys_name, umz. “MICROSENS G6 Micro Switch”)

Izinto eziguquguqukayo zinokudityaniswa umz. kwizihloko ezifana ne-"{SMO}/{MFG}_{MAC}/".
Phawula: Ezi ziguquguqukayo zilinganiselwe kusetyenziso kunye nokutshintsha kwe-MICROSENS G6 (umzekelo, kwimibhalo emincinci). Azinakusetyenziswa okt ngezihloko ze-MQTT zoMlawuli we-Smart I/O.

Amaxwebhu / Izibonelelo

	I-MICROSENS Smart IO Controller idibanisa iDigital Component kwiNethiwekhi ye-IP [pdf] Isikhokelo somsebenzisi I-Smart IO Controller idibanisa iCandelo leDijithali kwiNethiwekhi ye-IP, i-Smart IO, isiLawuli sidibanisa iCandelo leDijithali kwiNethiwekhi ye-IP.
	I-MICROSENS Smart IO Controller idibanisa iDigital Component kwiNethiwekhi ye-IP [pdf] Isikhokelo somsebenzisi I-Smart IO Controller idibanisa iCandelo leDijithali kwiNethiwekhi ye-IP

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