Beijer Electronics GT-3928 Imodyuli yokufaka yeAnalog
Iinkcukacha
- Umzekelo: GT-3928 Imodyuli yoNgeniso yeAnalog
- Igalelo le-Analog: 8 umahluko
- Umqulutage Uluhlu: 0 – 5 V / -5 – 5 V / 0 – 10 V / -10 – 10 V
- Isigqibo: 12 bit
- Uhlobo lwetheminali: Ikheji Clamp, 18 pt i-terminal esusekayo
Imiyalelo yokusetyenziswa kwemveliso
Ukuhlohla
- Qinisekisa ukuba amandla kwisixokelelwano acinyiwe phambi kofakelo.
- Nyusa i-GT-3928 ye-Analog Input Module ngokukhuselekileyo kwindawo efanelekileyo.
- Qhagamshela imiqondiso ye-analog yegalelo kwiitheminali ezifanelekileyo ngokulandela umthamo ochaziweyotaguluhlu e.
- Phinda ujonge yonke imidibaniso ukuba ichanekile phambi kokufaka amandla.
Misela
- Jonga kuxwebhu lweNkqubo yothotho lwe-G ukulungiselela uqwalaselo lwemodyuli ngaphakathi kwesixokelelwano.
- Seta umthamo ofanelekileyotaguluhlu olusekwe kwiimfuno zakho zesicelo.
- Ukulinganisa imodyuli ukuba kuyimfuneko ukuqinisekisa ufundo oluchanekileyo.
Ukusetyenziswa
- Amandla kwisistim kwaye ubeke iliso kwiimpawu ze-analog zegalelo kwi-interface edibeneyo.
- Jonga rhoqo nakuphi na ukuziphatha okungaqhelekanga okanye ukuguquguquka kokufunda.
- Jonga kwisalathisi se-LED ngolwazi lobume.
Malunga nale Ncwadana
Le ncwadana iqulethe ulwazi malunga nesoftware kunye nezixhobo zehardware zeBeijer Electronics GT-3928 Imodyuli yoNgeniso yeAnalog. Inika iinkcukacha ezinzulu, kunye nesikhokelo kufakelo, ukuseta, kunye nokusetyenziswa kwemveliso.
Iisimboli ezisetyenziswa kule ncwadana
Olu papasho luquka Isilumkiso, Isilumkiso, Inqaku, kunye neempawu ezibalulekileyo apho kufanelekileyo, ukubonisa ukhuseleko, okanye ezinye iinkcukacha ezibalulekileyo. Iisimboli ezihambelanayo kufuneka zitolikwe ngolu hlobo lulandelayo:
ISILUMKISO
I-ayikhoni yeSilumkiso ibonisa imeko enokuba nobungozi enokuthi, ukuba ayiphetshwa, ingabangela ukufa okanye ukwenzakala okumandundu kunye nomonakalo omkhulu kwimveliso.
ISILUMKO
I-Caution icon ibonisa imeko enokuba yingozi enokuthi, ukuba ayiphetshwa, ingabangela ukwenzakala okuncinci okanye okuphakathi, kunye nomonakalo ophakathi kwimveliso.
PHAWULA
I-ayikhoni yeNqaku ilumkisa umfundi ngeenyaniso ezifanelekileyo kunye neemeko.
KUBALULEKILEYO
I-ayikhoni ebalulekileyo igxininisa ulwazi olubalulekileyo.
Ukhuseleko
- Ngaphambi kokusebenzisa le mveliso, nceda ufunde le ncwadana kunye nezinye iincwadana ezifanelekileyo ngononophelo. Nika ingqalelo epheleleyo kwimiyalelo yokhuseleko!
- Akukho mcimbi ngaba iBeijer Electronics iya kuba noxanduva okanye uxanduva lomonakalo obangelwe kusetyenziso lwale mveliso?
- Imifanekiso, umzampiles, kunye nemizobo kule ncwadana ibandakanyiwe ngeenjongo zokubonisa. Ngenxa yezinto ezininzi eziguquguqukayo kunye neemfuno ezinxulumene naluphi na ufakelo oluthile, iBeijer Electronics ayinakuthatha uxanduva okanye uxanduva lokusetyenziswa ngokwenyani ngokusekelwe kwi-ex.amples kunye nemizobo.
Izatifikethi zeMveliso
Imveliso ineziqinisekiso zemveliso ezilandelayo.
Iimfuno ngokubanzi zoKhuseleko
ISILUMKISO
- Musa ukudibanisa iimveliso kunye neengcingo ngamandla aqhagamshelwe kwinkqubo. Ukwenza i-socausese "i-arc flash", enokubangela iziganeko ezinobungozi ezingalindelekanga (ukutshisa, umlilo, izinto ezibhabhayo, uxinzelelo lokuqhuma, ukuqhuma kwesandi, ukushisa).
- Sukuchukumisa iibhloko zeterminal okanye iimodyuli ze-IO xa inkqubo isebenza. Ukwenza oko kunokubangela ukothuka kombane, isekethe emfutshane, okanye ukungasebenzi kakuhle kwesixhobo.
- Ungaze uvumele izinto zentsimbi zangaphandle zichukumise imveliso xa inkqubo isebenza. Ukwenza njalo kunokubangela umothuko wombane, i-circ emfutshane, it, okanye ukungasebenzi kakuhle kwesixhobo.
- Musa ukubeka imveliso kufuphi nezinto ezinokutsha. Ukwenjenjalo kunokubangela umlilo.
- Wonke umsebenzi wocingo kufuneka wenziwe yinjineli yombane.
- Xa uphethe iimodyuli, qinisekisa ukuba bonke abantu, indawo yokusebenza kunye nokupakishwa zisekelwe kakuhle. Gwema ukubamba amacandelo okuqhuba, iimodyuli ziqulethe izinto ze-elektroniki ezinokutshatyalaliswa ngokukhutshwa kwe-electrostatic.
ISILUMKO
- Ungaze usebenzise imveliso kwindawo enobushushu obungaphezulu kwe-60℃. Kuphephe ukubeka imveliso kwilanga elithe ngqo.
- Ungaze usebenzise imveliso kwindawo enokufuma okungaphezulu kwe-90%.
- Ngalo lonke ixesha sebenzisa imveliso kwindawo enongcoliseko degree 1 okanye 2.
- Sebenzisa iintambo eziqhelekileyo zocingo.
Malunga neNkqubo ye-G-series
Ngaphezuluview
- Imodyuli yeAptha yeNethiwekhi -Imodyuli ye-adapter yenethiwekhi yenza ikhonkco phakathi kwebhasi yentsimi kunye nezixhobo zentsimi kunye neemodyuli zokwandisa. Uqhagamshelo kwiinkqubo ezahlukeneyo zebhasi yebhasi inokusekwa nganye yeemodyuli ze-adapter yenethiwekhi ehambelanayo, umzekelo, kwi-MODBUS TCP, Ethernet IP, EtherCAT, PROFINET, CC-Link IE Field, PROFIBUS, CANopen, DeviceNet, CC-Link, MODBUS / Seria, l njl.
- Ukwandiswa kweModyuli - Iindidi zeemodyuli zokwandiswa: I-IO yeDijithali, i-Analog IO, kunye neemodyuli eziKhethekileyo.
- Umyalezo- Inkqubo isebenzisa iindidi ezimbini zemiyalezo: Ukuthumela imiyalezo ngenkonzo kunye ne-IO yemiyalezo.
Inkqubo ye-IO yeMaphu yedatha
- Imodyuli yokwandisa ineentlobo ezintathu zedatha: idatha ye-IO, ipharamitha yoqwalaselo, kunye nerejista yememori. Utshintshiselwano lwedatha phakathi kwe-adapter yenethiwekhi kunye neemodyuli zokwandisa zenziwe nge-IO inkqubo yedatha yomfanekiso ngeprotocol yangaphakathi.
- Ukuhamba kwedatha phakathi kwe-adapter yenethiwekhi (i-63 slots) kunye neemodyuli zokwandisa
- Igalelo kunye nemveliso yedatha yomfanekiso ixhomekeke kwindawo yokubeka kunye nohlobo lwedatha ye-slot yokwandisa. Ukucwangciswa igalelo kunye nemveliso data umfanekiso wenkqubo isekelwe kwindawo slot ukwandiswa. Ubalo lwala malungiselelo lubandakanyiwe kwiincwadana ze-networadapterser kunye neemodyuli ze-IO ezicwangcisiweyo.
- Idatha yeparameter esebenzayo ixhomekeke kwiimodyuli ezisetyenziswayo. UmzekeloampLe, iimodyuli ze-analog zinezicwangciso
nokuba yi-0-20 mA okanye 4-20 mA, kwaye iimodyuli zobushushu zinesetingi ezifana ne-PT100, PT200, kunye ne-PT500. - Uxwebhu lwemodyuli nganye luchaza idatha yeparameter.
Iinkcukacha
Iinkcukacha zokusingqongileyo
| Ubushushu bokusebenza | -20°C – 60°C |
| Ubushushu be-UL | -20°C – 60°C |
| Ubushushu bokugcina | -40°C – 85°C |
| Ubuntu bezizalwane | I-5% -90% ayivali |
| Ukunyuka | DIN kaloliwe |
| Ukothuka ukusebenza | IEC 60068-2-27 (15G) |
| Ukuxhathisa ukungcangcazela | IEC 60068-2-6 (4 g) |
| Ukukhutshwa kwamashishini | I-EN 61000-6-4: 2019 |
| Ukungakhuseleki kwamashishini | I-EN 61000-6-2: 2019 |
| Indawo yokufakela | Ithe nkqo kwaye ithe tye |
| Izatifikethi zemveliso | CE, FCC, UL, cUL |
Iinkcukacha ngokuBanzi
| Ukutshatyalaliswa kwamandla | Max. 200 mA @ 5 VDC |
| Ukubekwa wedwa | I/O ukuya kwingqiqo: Ifotocoupler yodwa
Amandla ommandla: Ayiqhagamshelwanga |
| UL amandla entsimi | Ukubonelela ngevoltage: 24 VDC igama, iklasi2 |
| Amandla entsimi | Ayisetyenziswanga (umbane wokugqitha kwimodyuli elandelayo) |
| Iingcingo enye | I/O intambo enkulu. 1.0mm2 (AWG 14) |
| Ubunzima | 63 g |
| Ubungakanani bemodyuli | 12 mm x 109 mm x 70 mm |
Imilinganiselo
IiNgcaciso zeNgeniso
| Igalelo kwimodyuli nganye | Iitshaneli ezi-8 zokwahlula, ezingahlukaniswanga phakathi kwetshaneli |
| Iimpawu | Imo ye-G-bus eluhlaza |
| Isisombululo kwiindidi | 12 bits: 2.44 mV/bit (0 – 10 V)
12 bits: 1.22 mV/bit (0 – 5 V) I-12 bits: 4.88 mV/Bit (-10 - 10 V) 12 bits: 2.44 mV/bit (-5 – 5 V) |
| Uluhlu lokufaka | 0 – 10 VDC, 0 – 5 VDC, -10 – 10 VDC, -5 – 5 VDC |
| Ifomathi yedatha | I-16 bits integer (2′ ukuncoma) |
| Impazamo yemodyuli | ±0.1 % isikali esipheleleyo @ 25 ℃ i-ambient
±0.3 % isikali esipheleleyo @ -40 ℃, 70 ℃ |
| I-impedance yokufaka | 667 iikota |
| Ixesha loguqulo | 2 ms / onke amajelo |
| Ulungelelwaniso | Ayifuneki |
Umzobo wocingo
| Inombolo yePin. | Inkcazo yomqondiso |
| 0 | Ijelo longeniso 0(+) |
| 1 | Ijelo longeniso 0(-) |
| 2 | Ijelo longeniso 1(+) |
| 3 | Ijelo longeniso 1(-) |
| 4 | Ijelo longeniso 2(+) |
| 5 | Ijelo longeniso 2(-) |
| 6 | Ijelo longeniso 3(+) |
| 7 | Ijelo longeniso 3(-) |
| 8 | Ijelo longeniso 4(+) |
| 9 | Ijelo longeniso 4(-) |
| 10 | Ijelo longeniso 5(+) |
| 11 | Ijelo longeniso 5(-) |
| 12 | Ijelo longeniso 6(+) |
| 13 | Ijelo longeniso 6(-) |
| 14 | Ijelo longeniso 7(+) |
| 15 | Ijelo longeniso 7(-) |
| 16 | Ijelo legalelo eliqhelekileyo (AGND) |
| 17 | Ijelo legalelo eliqhelekileyo (AGND) |
Isalathisi se-LED
| Inombolo ye-LED. | Umsebenzi we-LED/inkcazo | Umbala we-LED |
| 0 | Imeko ye-LED | Luhlaza |
Ubume beSitishi se-LED
| Ubume | I-LED | Ibonisa |
| Isimo se-G-Bus | CIMA
Luhlaza |
Uqhawulo
Uqhagamshelwano |
Ixabiso leDatha / Voltage
UmqulutagUluhlu: 0 - 10 V
| Umqulutage | 0 V | 2.5 V | 5.0 V | 10.0 V |
| Idatha(Hex) | H0000 | H03FF | H07FF | H0FFF |
UmqulutagUluhlu: 0 - 5 V
| Okwangoku | 0 V | 1.25 V | 2.5 V | 5.0 V |
| Idatha(Hex) | H0000 | H03FF | H07FF | H0FFF |
UmqulutagUluhlu: -10 - 10 V
| Okwangoku | -10 V | -5 V | 0 V | 5.0 V | 10.0 V |
| Idatha(Hex) | HF800 | HFC00 | H0000 | H03FF | H07FF |
UmqulutagUluhlu: -5 - 5 V
| Okwangoku | -5 V | -2.5 V | 0 V | 2.5 V | 5.0 V |
| Idatha(Hex) | HF800 | HFC00 | H0000 | H03FF | H07FF |
Ukwenza iMaphu yeDatha kwiTheyibhile yoMfanekiso
Idatha yemodyuli yongeniso
| Igalelo le-analog Ch 0 |
| Igalelo le-analog Ch 1 |
| Igalelo le-analog Ch 2 |
| Igalelo le-analog Ch 3 |
| Igalelo le-analog Ch 4 |
| Igalelo le-analog Ch 5 |
| Igalelo le-analog Ch 6 |
| Igalelo le-analog Ch 7 |
Ngena ixabiso lomfanekiso
| Kodwa hayi. | Incinci 7 | Incinci 6 | Incinci 5 | Incinci 4 | Incinci 3 | Incinci 2 | Incinci 1 | Incinci 0 |
| Byte 0 | Igalelo le-analog Ch 0 ngebhayithi ephantsi | |||||||
| Byte 1 | Igalelo le-analog Ch 0 ngebhayithi ephezulu | |||||||
| Byte 2 | Igalelo le-analog Ch 1 ngebhayithi ephantsi | |||||||
| Byte 3 | Igalelo le-analog Ch 1 ngebhayithi ephezulu | |||||||
| Byte 4 | Igalelo le-analog Ch 2 ngebhayithi ephantsi | |||||||
| Byte 5 | Igalelo le-analog Ch 2 ngebhayithi ephezulu | |||||||
| Byte 6 | Igalelo le-analog Ch 3 ngebhayithi ephantsi | |||||||
| Byte 7 | Igalelo le-analog Ch 3 ngebhayithi ephezulu | |||||||
| Byte 8 | Igalelo le-analog Ch 4 ngebhayithi ephantsi | |||||||
| Byte 9 | Igalelo le-analog Ch 4 ngebhayithi ephezulu | |||||||
| Byte 10 | Igalelo le-analog Ch 5 ngebhayithi ephantsi | |||||||
| Byte 11 | Igalelo le-analog Ch 5 ngebhayithi ephezulu | |||||||
| Byte 12 | Igalelo le-analog Ch 6 ngebhayithi ephantsi | |||||||
| Byte 13 | Igalelo le-analog Ch 6 ngebhayithi ephezulu | |||||||
| Byte 14 | Igalelo le-analog Ch 7 ngebhayithi ephantsi | |||||||
| Byte 15 | Igalelo le-analog Ch 7 ngebhayithi ephezulu | |||||||
Idatha yeParameter
Ubude obusebenzayo beparamitha: iibyte ezili-6
| Byte | Incinci 7 | Incinci 6 | Incinci 5 | Incinci 4 | Incinci 3 | Incinci 2 | Incinci 1 | Incinci 0 |
| 0 | Ch#0 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 1 | Ch#1 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 2 | Ch#2 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 3 | Ch#3 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 4 | Ch#4 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 5 | Ch#5 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 6 | Ch#6 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 7 | Ch#7 Umyalelo (H00: 0 – 10 V, H01: 0 – 5 V, H02: -10 – 10 V, H03: -5 – 5 V) | |||||||
| 8 | Ixesha lesihluzi (H00: Isihluzi esihlala sihleli (20), H01: Ikhawuleza kakhulu – H3E: Icotha kakhulu) | |||||||
| 9 | Igciniwe | |||||||
Ukuseta i-Hardware
ISILUMKO
- Soloko ufunda esi sahluko phambi kokufaka imodyuli!
- Umphezulu oshushu! Umphezulu wendlu unokuba shushu ngexesha lokusebenza. Ukuba ifowuni isetyenziswa kumaqondo obushushu aphezulu akwi-ambient, soloko uvumele ifowuni ukuba iphole phambi kokuba uyibambe.
- Ukusebenza kwizixhobo ezinamandla kunokonakalisa izixhobo! Soloko ucima unikezelo lombane phambi kokuba usebenze kwisixhobo.
Iimfuno zesithuba
Imizobo elandelayo ibonisa iimfuno zendawo xa ufaka iimodyuli ze-G-series. Isithuba sidala isithuba sokungena komoya kwaye sithintela uphazamiseko olwenziwa ngumbane wombane ekubeni luphembelele umsebenzi. Indawo yokuhlohla ilungile ithe nkqo kwaye ithe tye. Imizobo iyimifanekiso kwaye isenokungalingani.
ISILUMKO
UKUNGANI ukulandela iimfuno zendawo kunokubangela ukonakalisa imveliso.
Nyuka iModyuli ukuya kwi-DIN kaloliwe
Izahluko ezilandelayo zichaza indlela yokunyuswa kwemodyuli kwisiporo seDIN.
ISILUMKO
Imodyuli kufuneka ilungiswe kwi-DIN kaloliwe kunye nezixhobo zokutshixa.
Nyuka i-GL-9XXX okanye i-GT-XXXX Imodyuli
Le miyalelo ilandelayo iyasebenza kwezi ntlobo zemodyuli:
- GL-9XXX
- GT-1XXX
- GT-2XXX
- GT-3XXX
- GT-4XXX
- GT-5XXX
- GT-7XXX
Iimodyuli ze-GN-9XXX zineentsimbi zokutshixa ezintathu, enye isezantsi kwaye ezimbini ecaleni. Ngemiyalelo yokunyuswa, jonga kwiModyuli ye-Mount GN-9XXX.
Nyuka i-GN-9XXX Imodyuli
Ukunyuka okanye ukuhlisa iadaptha yenethiwekhi okanye imodyuli yeIO ecwangcisekileyo enegama lemveliso GN-9XXX, ye ex.ample, GN-9251 okanye GN-9371, bona le miyalelo ilandelayo:
Nqaba iBhlokhi yeSitena esiSukayo
Ukunyuka okanye ukuhlisa ibhloko yeterminal esusekayo (RTB), bona le miyalelo ingezantsi.
Qhagamshela iiCables kwiBhloko yeSitena esiSukayo
Ukuqhagamshela/ukukhupha iintambo ukuya/ukusuka kwibhloko yetheminali esusekayo (RTB), bona le miyalelo ingezantsi.
ISILUMKISO
Soloko usebenzisa umthamo wonikezelo olucetyiswayotage kunye nobuninzi bokuthintela umonakalo kwisixhobo kunye nokuqinisekisa ukusebenza kakuhle.
Amandla oMmandla kunye nezikhonkwane zeDatha
Unxibelelwano phakathi kwe-adapter yenethiwekhi ye-G-series kunye nemodyuli yokwandisa, kunye nenkqubo / unikezelo lwamandla ombane weemodyuli zebhasi, lwenziwa ngebhasi yangaphakathi. Iqulethwe ngamaPini aMandla oMmandla we-2 kunye neePini zeDatha ezi-6.
ISILUMKISO
Sukuchukumisa idatha kunye nezikhonkwane zamandla endle! Ukuchukumisa kunokubangela ukungcoliswa kunye nomonakalo yingxolo ye-ESD.
| Inombolo yePin. | Igama | Inkcazo |
| P1 | Inkqubo yeVCC | Unikezelo lwenkqubo voltage (5 VDC) |
| P2 | Inkqubo ye-GND | Umhlaba wenkqubo |
| P3 | Isiphumo sophawu | Umqondiso wemveliso yemodyuli yeprosesa |
| P4 | Iziphumo zothotho | Ugqithiso lwemveliso yemodyuli yeprosesa |
| P5 | Igalelo lothotho | Umamkeli wegalelo lemodyuli yomqhubekekisi |
| P6 | Igciniwe | Igcinelwe uphawu lokugqitha |
| P7 | Ummandla we-GND | Umhlaba wentsimi |
| P8 | Indawo yeVCC | Unikezelo lommandla voltage (24 VDC) |
Ushicilelo © 2025 Beijer Electronics AB. Onke Amalungelo Agciniwe.
- Ulwazi olukolu xwebhu lunokutshintsha ngaphandle kwesaziso kwaye lunikezelwa njengoko lufumaneka ngexesha lokushicilela. I-Beijer Electronics AB inelungelo lokutshintsha naluphi na ulwazi ngaphandle kokuhlaziya olu papasho. eBeijer
- I-Electronics AB ayithathi xanduva ngazo naziphi na iimpazamo ezinokuvela kolu xwebhu. Zonke exampLes kolu xwebhu zenzelwe kuphela ukuphucula ukuqonda ukusebenza kunye nokuphathwa kwezixhobo. eBeijer
- I-Electronics AB ayinakuthatha naluphi na uxanduva ukuba ezi examples zisetyenziswa kwizicelo zokwenyani.
- Ukunikezelwa koluhlu olubanzi lwezicelo zale software, abasebenzisi kufuneka bafumane ulwazi olwaneleyo ukuqinisekisa ukuba lusetyenziswa ngokuchanekileyo kwisicelo sabo esithile. Abantu abajongene nesicelo kunye nezixhobo kufuneka baqinisekise ngokwabo ukuba isicelo ngasinye sihambelana nazo zonke iimfuno ezifanelekileyo, imigangatho, kunye nomthetho wobumbeko nokhuseleko. I-Beijer Electronics AB iya kwamkela akukho butyala ngawo nawuphi na umonakalo owenziwe ngexesha lofakelo okanye ukusetyenziswa kwezixhobo ezikhankanywe kolu xwebhu.
- I-Beijer Electronics AB inqanda konke ukuguqulwa, utshintsho, okanye ukuguqulwa kwezixhobo.
I-ofisi eyintloko
- Beijer Electronics AB
- Ibhokisi 426
- 201 24 Malmö, Sweden
- www.beijerelectronics.com
- +46 40 358600
Imibuzo ebuzwa qho
- Q: Yintoni endimele ndiyenze ukuba ndidibana nekhowudi yephutha kwisalathisi se-LED?
A: Ukuba ubona ikhowudi yempazamo, bhekisa kwincwadana yomsebenzisi ngamanyathelo okusombulula ingxaki. Jonga uqhagamshelo kunye nonikezelo lwamandla ukuqinisekisa ukusebenza okufanelekileyo. - Umbuzo: Ndingayisebenzisa le modyuli enevoltage ngaphandle koluhlu oluchaziweyo?
A: Kucetyiswa ukuba uhlale ngaphakathi komthamo ochaziweyotage uluhlu ukuphepha umonakalo kwimodyuli kunye nokuqinisekisa ufundo oluchanekileyo.
Amaxwebhu / Izibonelelo
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Beijer Electronics GT-3928 Imodyuli yokufaka yeAnalog [pdf] Incwadi yokusebenzisa Imodyuli yoNgeniso ye-GT-3928 ye-Analog, i-GT-3928, imodyuli yoNgeniso ye-Analog, imodyuli yoNgeniso |
