Abubuwan da ke ciki
boye
Beijer Electronics GT-3928 Analog Input Module
Ƙayyadaddun bayanai
- Samfura: GT-3928 Analog Input Module
- Abubuwan Analog: 8 daban
- Voltage Ranges: 0 - 5V / -5 - 5V / 0 - 10V / -10 - 10V
- Ƙaddamarwa: 12 bit
- Nau'in Tasha: Kaji Clamp, 18 pt m tasha
Umarnin Amfani da samfur
Shigarwa
- Tabbatar an kashe wutar tsarin kafin shigarwa.
- Dutsen GT-3928 Analog Input Module amintaccen wuri mai dacewa.
- Haɗa siginar shigarwar analog zuwa tashoshi daban-daban suna bin ƙayyadadden voltage zangon.
- Bincika duk haɗin kai sau biyu don daidaito kafin amfani da wuta.
Saita
- Koma zuwa ga takaddun tsarin G-jerin don daidaita tsarin a cikin tsarin.
- Saita daidai voltage kewayon dangane da bukatun aikace-aikacenku.
- Ƙirƙira ƙirar ƙirar idan ya cancanta don tabbatar da ingantaccen karatu.
Amfani
- Ƙaddamar da tsarin kuma saka idanu da siginar shigar da analog akan haɗin da aka haɗa.
- Bincika akai-akai don kowane hali mara kyau ko sauyin karatu.
- Koma zuwa alamar LED don bayanin matsayi.
Game da Wannan Jagoran
Wannan littafin ya ƙunshi bayani kan software da kayan masarufi na Beijer Electronics GT-3928 Analog Input Module. Yana ba da ƙayyadaddun bayanai masu zurfi, da jagora akan shigarwa, saiti, da amfani da samfurin.
Alamomin da Aka Yi Amfani da su a cikin Wannan Jagoran
Wannan ɗaba'ar ya haɗa da Gargaɗi, Tsanaki, Bayanan kula, da gumaka masu mahimmanci inda ya dace, don nuna masu alaƙa da aminci, ko wasu mahimman bayanai. Ya kamata a fassara alamomin da suka dace kamar haka:
GARGADI
Alamar faɗakarwa tana nuna yanayi mai yuwuwar haɗari wanda, idan ba a kiyaye shi ba, zai iya haifar da mutuwa ko mummunan rauni da babban lahani ga samfurin.
HANKALI
Alamar taka tsantsan tana nuna yanayi mai yuwuwar haɗari wanda, idan ba a kiyaye shi ba, zai iya haifar da ƙaramin rauni ko matsakaici, da matsakaicin lalacewa ga samfurin.
NOTE
Alamar bayanin kula tana faɗakar da mai karatu zuwa ga gaskiya da yanayi masu dacewa.
MUHIMMANCI
Muhimman alamar yana nuna mahimman bayanai.
Tsaro
- Kafin amfani da wannan samfurin, da fatan za a karanta wannan jagorar da sauran littattafan da suka dace a hankali. Biya cikakken hankali ga umarnin aminci!
- Babu wani yanayi da Beijer Electronics zai kasance da alhakin ko alhakin lalacewa sakamakon amfani da wannan samfurin?
- Hotunan, examples, da zane-zane a cikin wannan jagorar an haɗa su don dalilai na misali. Saboda yawancin masu canji da buƙatun da ke da alaƙa da kowane takamaiman shigarwa, Beijer Electronics ba zai iya ɗaukar nauyi ko alhaki don ainihin amfani dangane da tsohonamples da zane-zane.
Takaddun shaida na samfur
Samfurin yana da takaddun takaddun samfur masu zuwa.
Janar Bukatun Tsaro
GARGADI
- Kada a haɗa samfuran da wayoyi tare da wutar da aka haɗa da tsarin. Yin saɓani da “arc flash”, wanda zai iya haifar da al’amura masu haɗari da ba zato ba tsammani (ƙonawa, wuta, abubuwa masu tashi, matsa lamba, fashewar sauti, zafi).
- Kar a taɓa tubalan tasha ko na'urorin IO lokacin da tsarin ke gudana. Yin hakan na iya haifar da girgiza wutar lantarki, gajeriyar kewayawa, ko rashin aiki na na'urar.
- Kada ka bari abubuwan ƙarfe na waje su taɓa samfurin lokacin da tsarin ke gudana. Yin hakan na iya haifar da girgiza wutar lantarki, gajeriyar kewayawa, ko rashin aiki na na'urar.
- Kada ka sanya samfurin kusa da abu mai ƙonewa. Yin hakan na iya haifar da gobara.
- Duk aikin wayoyi ya kamata injiniyan lantarki ya yi.
- Lokacin sarrafa kayan aikin, tabbatar da cewa duk mutane, wurin aiki da marufi suna da tushe sosai. Guji taɓa abubuwan da ke gudana, samfuran sun ƙunshi abubuwan lantarki waɗanda za a iya lalata su ta hanyar fitarwar lantarki.
HANKALI
- Kada a taɓa amfani da samfurin a cikin mahalli tare da yanayin zafi sama da 60 ℃. Guji sanya samfurin a cikin hasken rana kai tsaye.
- Kada a taɓa amfani da samfurin a cikin mahallin sama da 90% zafi.
- Yi amfani da samfur koyaushe a cikin mahalli tare da gurɓataccen digiri 1 ko 2.
- Yi amfani da madaidaicin igiyoyi don yin wayoyi.
Game da Tsarin G-jerin
Ƙarsheview
- Module Adaftar hanyar sadarwa - Tsarin adaftar cibiyar sadarwa yana samar da hanyar haɗin kai tsakanin bas ɗin filin da na'urorin filin tare da kayan haɓakawa. Ana iya kafa haɗin kai zuwa tsarin bas na filin daban-daban ta kowane ɗayan na'urori masu adaftar hanyar sadarwa, misali, don MODBUS TCP, Ethernet IP, EtherCAT, PROFINET, CC-Link IE Field, PROFIBUS, CANopen, DeviceNet, CC-Link, MODBUS/Seria,l da sauransu.
- Module Fadada - nau'ikan nau'ikan haɓakawa: Digital IO, Analog IO, da kayayyaki na musamman.
- Saƙo - Tsarin yana amfani da saƙo iri biyu: Saƙon sabis da saƙon IO.
IO Tsarin Taswirar Bayanai
- Tsarin fadada yana da nau'ikan bayanai guda uku: bayanan IO, ma'aunin daidaitawa, da rajistar ƙwaƙwalwar ajiya. Ana yin musayar bayanai tsakanin adaftar cibiyar sadarwa da tsarin haɓakawa ta hanyar aiwatar da bayanan hoto na IO ta hanyar yarjejeniya ta ciki.
- Gudun bayanai tsakanin adaftan cibiyar sadarwa (ramummuka 63) da kuma abubuwan haɓakawa
- Bayanan bayanan shigarwa da fitarwa sun dogara ne akan matsayin ramin da nau'in bayanai na ramin fadadawa. Yin odar shigarwa da fitarwa bayanan hoto yana dogara ne akan matsayi na faɗaɗawa. Lissafi na wannan tsari an haɗa su a cikin littattafan don networadapterser da na'urorin IO masu shirye-shirye.
- Ingantattun bayanan siga ya dogara da samfuran da ake amfani da su. Domin misaliample, analog modules suna da saituna
na ko dai 0-20 mA ko 4-20 mA, kuma yanayin zafi suna da saituna kamar PT100, PT200, da PT500. - Takaddun bayanai don kowane tsari yana kwatanta bayanan siga.
Ƙayyadaddun bayanai
Ƙayyadaddun Muhalli
| Yanayin aiki | -20°C – 60°C |
| UL zafin jiki | -20°C – 60°C |
| Yanayin ajiya | -40°C – 85°C |
| Dangi zafi | 5%-90% ba condensing |
| Yin hawa | DIN dogo |
| Shock aiki | IEC 60068-2-27 (15G) |
| Juriya na rawar jiki | IEC 60068-2-6 (4 g) |
| Fitar masana'antu | EN 61000-6-4: 2019 |
| Kariyar masana'antu | EN 61000-6-2: 2019 |
| Matsayin shigarwa | A tsaye da a kwance |
| Takaddun shaida na samfur | CE, FCC, UL |
Gabaɗaya Bayani
| Rashin wutar lantarki | Max. 200mA @ 5 VDC |
| Kaɗaici | I/O zuwa dabaru: Keɓewar Photocoupler
Ikon filin: Ba a haɗa shi ba |
| UL filin iko | Ƙarar voltage: 24 VDC maras kyau, class2 |
| Ƙarfin filin | Ba a yi amfani da shi ba (madaidaicin ikon filin zuwa tsarin fadada na gaba) |
| Waya guda ɗaya | I/O na USB max. 1.0mm2 (AWG 14) |
| Nauyi | 63g ku |
| Girman module | 12 x 109 mm x 70 mm |
Girma
Ƙididdigar shigarwa
| Abubuwan shigarwa kowane module | Banbancin tashoshi 8, ba ware tsakanin tashoshi ba |
| Manuniya | 1 koren G-bus matsayi |
| Ƙaddamarwa a cikin jeri | 12 rago: 2.44mV/bit (0 - 10V)
12 rago: 1.22mV/bit (0 - 5V) 12 rago: 4.88mV/Bit (-10 - 10V) 12 rago: 2.44mV/bit (-5-5V) |
| Kewayon shigarwa | 0 - 10 VDC, 0 - 5 VDC, -10 - 10 VDC, -5 - 5 VDC |
| Tsarin bayanai | lamba 16 bit (2' yabo) |
| Kuskuren Module | ± 0.1 % cikakken sikelin @ 25 ℃ na yanayi
± 0.3 % cikakken sikelin @ -40 ℃, 70 ℃ |
| Input impedance | 667 kΩ |
| Lokacin juyawa | 2 ms / duk tashoshi |
| Daidaitawa | Ba a buƙata |
Tsarin Waya
| Fil babu. | Bayanin sigina |
| 0 | Tashar shigarwar 0 (+) |
| 1 | Tashar shigarwar 0 (-) |
| 2 | Tashar shigarwar 1 (+) |
| 3 | Tashar shigarwar 1 (-) |
| 4 | Tashar shigarwar 2 (+) |
| 5 | Tashar shigarwar 2 (-) |
| 6 | Tashar shigarwar 3 (+) |
| 7 | Tashar shigarwar 3 (-) |
| 8 | Tashar shigarwar 4 (+) |
| 9 | Tashar shigarwar 4 (-) |
| 10 | Tashar shigarwar 5 (+) |
| 11 | Tashar shigarwar 5 (-) |
| 12 | Tashar shigarwar 6 (+) |
| 13 | Tashar shigarwar 6 (-) |
| 14 | Tashar shigarwar 7 (+) |
| 15 | Tashar shigarwar 7 (-) |
| 16 | Tashar shigarwa ta gama gari (AGND) |
| 17 | Tashar shigarwa ta gama gari (AGND) |
Alamar LED
| LED no. | Ayyukan LED / bayanin | LED launi |
| 0 | Matsayin LED | Kore |
Matsayin Tashoshin LED
| Matsayi | LED | Ya nuna |
| Matsayin G-Bus | KASHE
Kore |
Katsewa
Haɗin kai |
Darajar Data / Voltage
Voltage kewayon: 0-10 V
| Voltage | 0 V | 2.5 V | 5.0 V | 10.0 V |
| Bayanai (Hex) | H0000 | H03FF | H07FF | Farashin H0FFF |
Voltage kewayon: 0-5 V
| A halin yanzu | 0 V | 1.25 V | 2.5 V | 5.0 V |
| Bayanai (Hex) | H0000 | H03FF | H07FF | Farashin H0FFF |
Voltage kewayon: -10 - 10 V
| A halin yanzu | -10 V | -5 V | 0 V | 5.0 V | 10.0 V |
| Bayanai (Hex) | HF800 | HFC00 | H0000 | H03FF | H07FF |
Voltage kewayon: - 5-5 V
| A halin yanzu | -5 V | -2.5 V | 0 V | 2.5 V | 5.0 V |
| Bayanai (Hex) | HF800 | HFC00 | H0000 | H03FF | H07FF |
Taswirar Bayanai A cikin Teburin Hoto
Bayanan shigarwar module
| Shigarwar Analog Ch 0 |
| Shigarwar Analog Ch 1 |
| Shigarwar Analog Ch 2 |
| Shigarwar Analog Ch 3 |
| Shigarwar Analog Ch 4 |
| Shigarwar Analog Ch 5 |
| Shigarwar Analog Ch 6 |
| Shigarwar Analog Ch 7 |
Shigar da ƙimar hoton
| Amma a'a. | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 |
| Baiti 0 | Shigarwar Analog Ch 0 ƙananan byte | |||||||
| Baiti 1 | Shigarwar Analog Ch 0 babban byte | |||||||
| Baiti 2 | Shigarwar Analog Ch 1 ƙananan byte | |||||||
| Baiti 3 | Shigarwar Analog Ch 1 babban byte | |||||||
| Baiti 4 | Shigarwar Analog Ch 2 ƙananan byte | |||||||
| Baiti 5 | Shigarwar Analog Ch 2 babban byte | |||||||
| Baiti 6 | Shigarwar Analog Ch 3 ƙananan byte | |||||||
| Baiti 7 | Shigarwar Analog Ch 3 babban byte | |||||||
| Baiti 8 | Shigarwar Analog Ch 4 ƙananan byte | |||||||
| Baiti 9 | Shigarwar Analog Ch 4 babban byte | |||||||
| Baiti 10 | Shigarwar Analog Ch 5 ƙananan byte | |||||||
| Baiti 11 | Shigarwar Analog Ch 5 babban byte | |||||||
| Baiti 12 | Shigarwar Analog Ch 6 ƙananan byte | |||||||
| Baiti 13 | Shigarwar Analog Ch 6 babban byte | |||||||
| Baiti 14 | Shigarwar Analog Ch 7 ƙananan byte | |||||||
| Baiti 15 | Shigarwar Analog Ch 7 babban byte | |||||||
Bayanan Sigar
Tsawon siga mai inganci: 6 bytes
| Byte | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 |
| 0 | Umurnin Ch#0 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 1 | Umurnin Ch#1 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 2 | Umurnin Ch#2 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 3 | Umurnin Ch#3 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 4 | Umurnin Ch#4 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 5 | Umurnin Ch#5 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 6 | Umurnin Ch#6 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 7 | Umurnin Ch#7 (H00: 0 - 10 V, H01: 0 - 5V, H02: -10 - 10V, H03: -5 - 5V) | |||||||
| 8 | Lokacin tacewa (H00: Tsohuwar tacewa (20), H01: Mafi sauri - H3E: Ahankali) | |||||||
| 9 | Ajiye | |||||||
Saitin Hardware
HANKALI
- Koyaushe karanta wannan babin kafin shigar da tsarin!
- Zafi mai zafi! Fuskar gidan na iya zama zafi yayin aiki. Idan ana amfani da na'urar a cikin yanayin yanayin zafi, koyaushe bari na'urar ta yi sanyi kafin ta taɓa ta.
- Yin aiki akan na'urori masu ƙarfi na iya lalata kayan aiki! Koyaushe kashe wutar lantarki kafin aiki akan na'urar.
Bukatun sararin samaniya
Zane-zane masu zuwa suna nuna buƙatun sarari lokacin shigar da samfuran G-jerin. Tazarar tana haifar da sarari don samun iska kuma yana hana tsangwama na lantarki da aka gudanar daga yin tasiri. Matsayin shigarwa yana aiki a tsaye da a kwance. Hotunan misalai ne kuma maiyuwa ba su kai daidai ba.
HANKALI
RASHIN bin buƙatun sarari na iya haifar da ɓata samfurin.
Dutsen Module zuwa DIN Rail
Babi masu zuwa suna bayyana yadda ake hawan tsarin zuwa dogo na DIN.
HANKALI
Dole ne a daidaita tsarin zuwa layin dogo na DIN tare da maƙallan kullewa.
Dutsen GL-9XXX ko GT-XXXX Module
Umurnai masu zuwa sun shafi waɗannan nau'ikan samfura:
- GL-9XXX
- GT-1XXX
- GT-2XXX
- GT-3XXX
- GT-4XXX
- GT-5XXX
- GT-7XXX
Modulolin GN-9XXX suna da levers na kulle guda uku, ɗaya a ƙasa da biyu a gefe. Don umarnin hawa, koma zuwa Module Dutsen GN-9XXX.
Module Dutsen GN-9XXX
Don hawa ko saukar da adaftar cibiyar sadarwa ko tsarin IO mai tsari tare da sunan samfurin GN-9XXX, don ex.ample, GN-9251 ko GN-9371, duba umarni masu zuwa:
Tushen Tasha Mai Cirewa
Don hawa ko saukar da toshe mai cirewa (RTB), duba umarnin da ke ƙasa.
Haɗa igiyoyi zuwa Toshe Tasha Mai Cirewa
Don haɗa/cire haɗin igiyoyi zuwa/daga cikin toshe mai cirewa (RTB), duba umarnin da ke ƙasa.
GARGADI
Koyaushe amfani da shawarar samarwa voltage da mita don hana lalacewar kayan aiki da kuma tabbatar da kyakkyawan aiki.
Wurin Wuta da Fil ɗin Bayanai
Sadarwa tsakanin adaftar cibiyar sadarwa ta G-jerin da tsarin faɗaɗawa, da tsarin / filin samar da wutar lantarki na motocin bas, ana aiwatar da su ta hanyar bas na ciki. Ya ƙunshi Fil Power Fil 2 da Fin bayanai 6.
GARGADI
Kar a taɓa bayanan da filayen ikon filin! Taɓawa na iya haifar da lalacewa da lalacewa ta hanyar hayaniyar ESD.
| Fil babu. | Suna | Bayani |
| P1 | Tsarin VCC | Samar da tsarin voltage (5VDC) |
| P2 | Tsarin GND | Tsarin ƙasa |
| P3 | Fitowar alama | Token fitarwa tashar jiragen ruwa na processor module |
| P4 | Serial fitarwa | Mai watsa fitarwa tashar jiragen ruwa na processor module |
| P5 | Shigar da serial | Mai shigar da tashar tashar mai karɓar mai sarrafawa |
| P6 | Ajiye | An tanada don alamar wucewa |
| P7 | Filin GND | Filin filin |
| P8 | Filin VCC | Samar da filin voltage (24VDC) |
Haƙƙin mallaka © 2025 Beijer Electronics AB. An kiyaye duk haƙƙoƙi.
- Bayanin da ke cikin wannan takarda yana iya canzawa ba tare da sanarwa ba kuma ana bayar da shi kamar yadda yake a lokacin bugawa. Beijer Electronics AB yana da haƙƙin canza kowane bayani ba tare da sabunta wannan ɗaba'ar ba. Beijer
- Electronics AB ba shi da alhakin kowane kurakurai da ka iya bayyana a cikin wannan takarda. Duk examples a cikin wannan takarda an yi niyya ne kawai don inganta fahimtar ayyuka da sarrafa kayan aiki. Beijer
- Electronics AB ba zai iya ɗaukar kowane alhaki ba idan waɗannan exampAna amfani da les a ainihin aikace-aikace.
- Ganin yawan aikace-aikacen wannan software, masu amfani dole ne su sami isasshen ilimi don tabbatar da cewa an yi amfani da shi daidai a takamaiman aikace-aikacen su. Mutanen da ke da alhakin aikace-aikacen da kayan aiki dole ne da kansu su tabbatar da cewa kowane aikace-aikacen ya bi duk buƙatun da suka dace, ma'auni, da dokoki don daidaitawa da aminci. Beijer Electronics AB ba za ta karɓi wani alhaki ga duk wani lahani da ya faru yayin shigarwa ko amfani da kayan aiki da aka ambata a cikin wannan takarda.
- Beijer Electronics AB ya haramta duk gyare-gyare, canje-canje, ko canza kayan aiki.
Babban ofishi
- Beijer Electronics AB girma
- Akwatin 426
- 201 24 Malmö, Sweden
- www.beijerelectronics.com
- + 46 40 358600
Tambayoyin da ake yawan yi
- Tambaya: Menene zan yi idan na haɗu da lambar kuskure akan alamar LED?
A: Idan ka ga lambar kuskure, koma zuwa littafin mai amfani don matakan warware matsalar. Bincika haɗin kai da wutar lantarki don tabbatar da ingantaccen aiki. - Q: Zan iya amfani da wannan module tare da voltage kewaye a waje da ƙayyadaddun jeri?
A: Ana ba da shawarar kasancewa cikin ƙayyadadden voltage jeri don guje wa lalacewa ga tsarin kuma tabbatar da ingantaccen karatu.
Takardu / Albarkatu
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Beijer Electronics GT-3928 Analog Input Module [pdf] Manual mai amfani GT-3928 Analog Input Module, GT-3928, Analog Input Module |
