XP Power Digital Programming

Bayanin samfur

Ƙayyadaddun bayanai

• Siga: 1.0
• Zabuka:
  • IEEE488
  • LAN Ethernet (LANI 21/22)
  • ProfibusDP
  • Saukewa: RS232/RS422
  • Saukewa: RS485
  • USB

IEEE488
Ƙwararren IEEE488 yana ba da damar sadarwa tare da na'urorin da aka haɗa zuwa tsarin bas na IEEE-488.

Bayanin Saitin Interface
Don saita hanyar sadarwa da sauri, daidaita adireshin farko na GPIB ta amfani da maɓalli 1…5. Ci gaba da sauyawa 6…8 a cikin KASHE matsayi.

Maɓallin Maɓallin Maɓalli na Maɓalli na LED

• LED ADDR: Yana nuna ko mai canzawa yana cikin jihar da ake magana da magana ko kuma mai magana a cikin jihar.
• LED1 SRQ: Yana nuna lokacin da mai juyawa ya tabbatar da layin SRQ. Bayan zaben serial, LED ɗin ya fita.

Adireshin Farko na GPIB (PA)
Ana amfani da adireshin farko na GPIB (PA) don gano raka'a da ke da alaƙa da tsarin bas IEEE-488. Dole ne kowace naúrar ta sami takamaiman PA da aka sanya. PC mai sarrafawa yawanci yana da PA = 0, kuma raka'a da aka haɗa galibi suna da adireshi daga 4 zuwa sama. Tsohuwar PA don kayan wutar lantarki na FuG shine PA = 8. Don daidaita PA, nemo madaidaicin maɓalli a kan bangon baya na ƙirar IEEE-488 mai mu'amala da na'urar. Babu buƙatar buɗe wutar lantarki. Bayan canza na'urar daidaitawa, kashe wutar lantarki na tsawon daƙiƙa 5 sannan kuma kunna shi don amfani da canjin. Masu sauyawa suna bin tsarin binary don magancewa. Don misaliample, don saita adireshin zuwa 9, sauyawa 1 yana da darajar 1, sauyawa 2 yana da darajar 2, sauyawa 3 yana da darajar 4, sauyawa 4 yana da darajar 8, kuma switch 5 yana da darajar 16. Jimlar ƙimar maɓalli a cikin matsayi na ON yana ba da adireshin. Adireshi a cikin kewayon 0…31 mai yiwuwa ne.

Yanayin dacewa Probus IV
Idan ana buƙatar dacewa tare da tsohon tsarin Probus IV, za a iya saita mai sauya mu'amala zuwa yanayin dacewa na musamman (Yanayin 1). Koyaya, wannan yanayin ba a ba da shawarar sabbin ƙira ba. Cikakken ingancin sabon tsarin Probus V kawai za a iya samu a daidaitaccen yanayin.

LAN Ethernet (LANI 21/22)
Lokacin shirya sabon aikace-aikacen sarrafa na'ura, ana ba da shawarar amfani da TCP/IP don sadarwa. TCP/IP yana kawar da buƙatar ƙarin direbobi.

Ethernet

• 10/100 Tushen-T
• Saukewa: RJ-45

Fiber Optic Transmitter (Tx)

• LED nuna alama mahada

Mai karɓar Fiber Optic (Rx)

• LED nuna alama aiki

FAQ

• Ta yaya zan daidaita ainihin adireshin (PA) na na'urar?
  Don daidaita adireshin farko, nemo madaidaicin maɓalli a kan bangon baya na IEEE-488 interface Converter module. Saita masu juyawa bisa ga tsarin binary, inda kowane canji yana da takamaiman ƙima. Jimlar ƙimar masu sauyawa a matsayin ON yana ba da adireshin. Kashe wutar lantarki na tsawon daƙiƙa 5 sannan kuma kunna shi don amfani da canjin.
• Menene tsohuwar adireshin farko (PA) don kayan wuta na FuG?
  Adireshin farko na farko don kayan wutar lantarki na FuG shine PA=8.
• Ta yaya zan iya cimma daidaituwa tare da tsohon tsarin Probus IV?
  Don cimma daidaituwa tare da tsohon tsarin Probus IV, saita mai canza mu'amala zuwa yanayin dacewa (Yanayin 1). Duk da haka, ba a ba da shawarar sababbin ƙira ba saboda cikakken ingantaccen tsarin Probus V zai iya samun nasara kawai a daidaitaccen yanayin.

KARSHEVIEW

• A ADDAT 30/31 module ne AD / DA dubawa don sarrafa iko kayayyaki via fiber optics ta amfani da serial data watsa. Ana ɗora allon tsawo na ADDAT kai tsaye zuwa na'urar lantarki.
• Mai juyawa don juyar da siginar dubawa zuwa siginar fiber optics wanda aka ɗora a ɓangaren baya. Don isa ga mafi girman yuwuwar rigakafin amo, ana iya sarrafa mai sauya siginar azaman ƙirar waje a wajen wutar lantarki. A wannan yanayin watsa bayanai a waje da wutar lantarki kuma yana faruwa ta hanyar fiber optics.

An ƙirƙira wannan littafin ta: XP Power FuG, Am Eschengrund 11, D-83135 Schechen, Jamus

IEEE488

Ayyukan fil - IEEE488

Bayanin saitin mu'amala

NASIHA: Don saitin da sauri: Yawancin lokaci, kawai adireshin farko na GPIB dole ne a daidaita shi akan masu sauyawa 1…5. Sauran masu sauyawa 6…8 sun kasance a matsayin KASHE.

Maɓallin Maɓallin Maɓalli na Maɓalli na LED

• LED ADDR
  Wannan LED ɗin yana kunne, yayin da mai canzawa yake ko dai a cikin yanayin da ake magana da sauraro ko kuma yanayin magana.
• Saukewa: SRQ1
  Wannan LED yana kunne, yayin da mai canzawa ya tabbatar da layin SRQ. Bayan zaben serial, LED ɗin ya fita.

Adireshin Farko na GPIB (PA)

• Adireshin farko na GPIB (PA) yana ba da damar gano duk raka'o'in da ke da alaƙa da tsarin bas IEEE-488.
• Don haka, dole ne a sanya PA na musamman ga kowace naúrar akan bas ɗin.
• PC mai sarrafawa yawanci yana da PA=0 kuma raka'o'in da aka haɗa galibi suna da adireshi daga 4 zuwa sama. Gabaɗaya, yanayin isar da wutar lantarki na FuG shine PA = 8.
• Ana yin gyare-gyaren PA akan bangon baya na na'urar akan IEEE-488 mai sauya fasalin dubawa. Ba lallai ba ne don buɗe wutar lantarki.
• Bayan canza canjin na'urar, dole ne a kashe wutar lantarki na tsawon daƙiƙa 5 kuma a sake kunnawa don amfani da canjin.

Yanayin dacewa Probus IV

• Idan dacewa zuwa tsohon tsarin Probus IV ya zama dole, za a iya saita mai sauya mu'amala zuwa yanayin dacewa na musamman (Yanayin 1).
• Ba a ba da shawarar wannan yanayin don sababbin ƙira ba.
• Cikakken ingantaccen sabon tsarin Probus V kawai za'a iya cimma shi a daidaitaccen yanayin!

LAN Ethernet (LANI 21/22)

Idan ana yin sabon aikace-aikacen sarrafa na'ura ana ba da shawarar amfani da TCP/IP don sadarwa. Ta amfani da TCP/IP, ba a buƙatar ƙarin direbobi.

Ayyukan fil - LAN Ethernet (LANI 21/22)

Gudanar da kai tsaye ta hanyar TCP/IP

• Saitin haɗin haɗi da daidaitawa
  Dangane da hanyar sadarwar ku, dole ne a yi wasu saitunan. Da farko, dole ne a kafa haɗin kai zuwa mai mu'amala da mu'amala. Don wannan, dole ne a ƙayyade adireshin IP. Hanyar da aka ba da shawarar don gano na'urar a cikin hanyar sadarwa da kuma gano adireshin IP ɗin sa shine amfani da Shirin "Lantronix Device Installer"
  HANKALI Yi hankali lokacin haɗawa zuwa cibiyar sadarwar kamfani, saboda kuskure ko adiresoshin IP na kwafi na iya haifar da matsala mai yawa kuma ya hana sauran PC daga samun damar hanyar sadarwa!
  Idan ba ku saba da gudanarwar cibiyar sadarwa da daidaitawa ba, muna ba da shawarar sosai don yin matakanku na farko a cikin cibiyar sadarwa mai zaman kanta ba tare da haɗi zuwa cibiyar sadarwar ku ba (haɗin ta hanyar CrossOver-cable)! A madadin, da fatan za a tambayi mai gudanar da cibiyar sadarwar ku don taimako!
• Shigar da DeviceInstaller
  Dangane da hanyar sadarwar ku, dole ne a yi wasu saitunan.
  1. Zazzage shirin "Lantronix Device Installer" daga www.lantronix.com da gudu shi.
  2. Bayan Zaɓi harshen da kuka fi so.
  3. Yanzu an duba ko an riga an shigar da "Microsoft .NET Framework 4.0" ko "Na'uraInstaller" akan PC ɗin ku. Idan har yanzu ba a shigar da "Microsoft .NET Framework" ba, za a fara shigar da shi.
  4. Yarda da sharuɗɗan lasisi na "Microsoft .NET Framework 4.0".
  5. Shigar da "Microsoft .NET Framework 4.0" na iya ɗaukar har zuwa mintuna 30.
  6. Yanzu dole ne a kammala shigarwa ta hanyar "Gama".
  7. Sa'an nan shigarwa na "DeviceInstaller" ya fara.
  8. Yarda da shafuka daban-daban tare da "Na gaba>".
  9. Zaɓi babban fayil ɗin ku don shigarwa.
  10. Tabbatar cewa za a shigar da shirin.
      Yanzu an shigar da shirin "Na'uraInstaller".
• Gano na'urar
  NOTE Umurnai masu zuwa suna nufin amfani da Microsoft Windows 10.
  1. Bayan shigarwa, fara "Na'uraInstaller" daga menu na farawa na Windows.
  2. Idan gargadin Firewall Windows ya bayyana, danna kan "Ba da izinin shiga".
  3. Duk na'urorin da aka samo akan hanyar sadarwar za a nuna su. Idan ba a nuna na'urar da ake so ba, za ku iya sake kunna binciken tare da maɓallin "Search".
  4. Adireshin IP, a wannan yanayin 192.168.2.2, ana buƙatar haɗi zuwa na'urar. Dangane da tsarin hanyar sadarwa, Adireshin IP na iya canzawa duk lokacin da na'urar ta ƙare. Bayan kun sami adireshin IP ta na'ura mai sakawa za ku iya haɗawa da na'urar.
• Kanfigareshan ta hanyar web dubawa
  1. Ana ba da shawarar yin amfani da a webbrowser don daidaitawa.
     Buga adireshin IP na na'urar ku a cikin adireshin adireshin kuma danna shigar.
  2. Za a iya nuna taga shiga, amma sai kawai ka danna "Ok". Ta hanyar tsoho, ba a buƙatar takaddun shaidar shiga.
• Keɓance Saituna
  Ana iya saita takamaiman adireshin IP na abokin ciniki da abin rufe fuska a cikin yankin “Yi amfani da saitin IP mai zuwa”. Abubuwan da aka nuna adiresoshin IP/mashin subnet sune examples. "Samu adireshin IP ta atomatik" shine tsohuwar masana'anta.
• Port na gida
  Port Local Port "2101" tsohowar masana'anta ce.
• Karin Bayani
  Mai sauya mu'amala ya dogara ne akan na'urar da aka saka Lantronix-X-Power. Ana iya samun sabuntawar direbobi don sabbin tsarin aiki da ƙarin bayani daga: http://www.lantronix.com/device-networking/embedded-device-servers/xport.html

Kamfanin DP

Pin aikin dubawa

Saita Interface - GSD File
Farashin GSD file na mai canza mu'amala yana cikin directory "Digital_Interface ProfibusDPGSD". Dangane da nau'in na'ura mai canzawa, ko dai "PBI10V20.GSD" dole ne a yi amfani da shi. Idan da file ba daidai ba ne, maigidan bai gane sashin wutar lantarki ba.

Saita Interface - Saitin Adireshin Node
Adireshin node yana gano raka'a (= nodes) da aka haɗa zuwa Profibus. Dole ne a sanya adireshi na musamman ga kowane kumburi akan bas. An saita adireshin tare da maɓalli a gefen baya na mai sauya mu'amala. Gidan wutar lantarki baya buƙatar buɗewa. Bayan kowane canje-canje a cikin tsarin, dole ne a canza wutar lantarki (mai canza yanayin mu'amala) na tsawon daƙiƙa 5 aƙalla. Adireshin bayi a cikin kewayon 1…126 mai yiwuwa ne.

Manuniya

• Green LED -> SERIAL Ok
• Wannan LED ne a kunne, idan serial fiber na gani dangane tsakanin ADDAT tushe module da ke dubawa Converter yana aiki daidai.
• A lokaci guda, LED BUSY a gaban panel na samar da wutar lantarki yana ci gaba da kunnawa, yana nuna ci gaba da canja wurin bayanai tsakanin mai canza mu'amala da tsarin tushe na ADDAT.
• Red LED -> KUSKUREN BUS
• Wannan LED yana kunne, idan babu haɗi zuwa ProfibusDP Master.

Yanayin Aiki

• Mai sauya fasalin ProfibusDP yana ba da toshe bayanan shigar da Byte 16 da toshe bayanan fitarwa na Byte 16.
• Ana adana bayanan mai shigowa daga Profibus a cikin toshe bayanan shigarwa.
• Ana canja wurin wannan katangar a zagaye na biyu a matsayin kirtani hexadecimal mai haruffa 32 zuwa tushen tushen ADDAT. (Yi rijista ">H0" na ADDAT 30/31)
• Tsarin tushe na ADDAT yana amsawa tare da kirtani hexadecimal mai haruffa 32.
• Wannan kirtani ya ƙunshi Bytes 16 na saka idanu da siginonin matsayi.
• The Profibus interface Converter yana adana waɗannan Bytes 16 a cikin toshe bayanan fitarwa, wanda maigidan Profibus zai iya karantawa.
• Lokacin zagayowar shine kusan 35ms.
• Da fatan za a koma kuma zuwa kwatancen Rajista ">H0" a cikin daftarin Ma'anar Mahimman Bayanan Mutuwar Dijital ProbusV.

Tsarin Kwanan wata

Karin Bayani
Mai sauya fasalin Profibus DP ya dogara ne akan daidaitaccen mai juyawa "UNIGATE-IC" daga Deutschmann Automationstechnik (shafin samfur). Dukkan farashin baud na Profibus na gama gari har zuwa 12 MBit/s ana tallafawa. Ana sarrafa saitunan jujjuya rubutun tare da lokacin sake zagayowar kusan. 35ms ku.

Saukewa: RS232/422

Bayanin saitin mu'amala
Kowace Na'ura wadda ke da RS232, ko RS422 mai canzawa na ciki ko na waje, ana iya sarrafa shi ta hanyar PC a kan tashar COM. Daga view na aikace-aikacen shirye-shirye, babu bambanci tsakanin waɗannan bambance-bambancen.

RS232, mai sauya mu'amala ta waje

• Ana haɗa wutar lantarki zuwa pc ta hanyar haɗin Fiber Optic Fiber (POF). Wannan yana tabbatar da mafi girman rigakafin amo.
• Matsakaicin nisan hanyar haɗin gwiwa shine 20m.
• A gefen PC, ana haɗa mai mu'amalar mu'amala kai tsaye zuwa daidaitaccen tashar COM. Ana amfani da siginar dubawa Tx don kunna mai canzawa, don haka ba a buƙatar wadatar waje.

Hanyoyin haɗin fiber optic:

• Abubuwan fitar da bayanai na mai canzawa ("T", Transmit) yana buƙatar haɗawa da shigar da bayanai ("Rx", Karɓa) na wutar lantarki.
• Ana buƙatar shigar da bayanan mai canzawa ("R", Receive) zuwa fitarwar bayanai ("T", Transmit) na wutar lantarki.

Aikin fil - RS232, mai aiki

Don kafa haɗin kai zuwa daidaitaccen PC ya wadatar don haɗa fil 2, 3 da 5 tare da PIN iri ɗaya a tashar PC com.
Ana ba da shawarar daidaitattun igiyoyi na RS-232 tare da haɗin fil 1: 1.

HANKALI Akwai NULL-modem igiyoyi da suke tare da Fin 2 da 3 ƙetare. Irin waɗannan igiyoyi ba sa aiki.

Aikin fil - RS422

HANKALI Aikin fil yana biye da ma'auni. Don haka, ba za a iya ba da tabbacin cewa aikin fil ɗin ya dace da kayan aikin PC ɗin ku na RS-422 ba. Idan akwai shakku, aikin fil na PC da mai canza mu'amala dole ne a tabbatar da su.

Saukewa: RS485

Bayanan Bayani na RS485

• “RS485 Bus” galibi yana da alaƙa da tsarin bas mai sauƙaƙan waya 2 wanda ake amfani da shi don haɗa bayi da yawa da ake magana da su tare da babban na'urar (watau PC).
• Yana bayyana matakan sigina kawai akan layin sadarwa ta zahiri.
• RS485 baya ayyana kowane tsarin bayanai, ko wata yarjejeniya ko ma aikin fil ɗin mai haɗawa!
• Don haka, kowane mai kera kayan aikin RS485 yana da cikakkiyar 'yanci wajen ayyana yadda raka'o'in kan bas ɗin RS485 ke sadarwa da juna.
• Wannan yana haifar da raka'a na diderent daga masana'antun diderent yawanci basa aiki tare daidai. Don ba da damar raka'a na diderent daga masana'antun da ke aiki tare, an gabatar da ƙayyadaddun ƙa'idodi kamar ProfibusDP. Waɗannan ka'idoji sun dogara ne akan
• RS485 akan Layer na zahiri, amma kuma ayyana sadarwa akan manyan matakai.

Canjawar Interface RS232/USB zuwa RS485

• Kwamfuta mai haɗin RS232/USB na gama gari za a iya daidaita shi zuwa RS485 ta masu mu'amalar mu'amala da ake samu a kasuwa.
• Yawancin lokaci, waɗannan masu juyawa suna aiki da kyau a cikin cikakken yanayin duplex (biyu na wayoyi biyu).
• A cikin yanayin rabin duplex (wayoyi 1 biyu), dole ne a kashe mai watsawa kowane tasha nan da nan bayan an aika byte na ƙarshe don share bas ɗin don bayanan da ake tsammani na gaba.
• A cikin mafi yawan samuwa RS232 – RS485 masu canza mu'amala da mai watsawa ana sarrafa ta ta siginar RTS. Wannan amfani na musamman na RTS baya samun goyan bayan daidaitattun direbobin software kuma yana buƙatar software na musamman.

Aikin fil - RS485

RS485 baya ayyana kowane aikin fil. Aikin fil ɗin yayi daidai da tsarin da aka saba. Mafi mahimmanci, aikin fil a gefen PC ko wasu kayan aiki zai yi aiki sosai!

Kanfigareshan - Adireshi

• Adireshin 0 shine tsohuwar masana'anta.
• Idan an haɗa na'ura sama da ɗaya tare ta hanyar RS485, ana iya saita adireshin da aka fi so azaman tsohowar masana'anta. A wannan yanayin, tuntuɓi Ƙarfin XP.
• A cikin yanayin amfani na yau da kullun, canza adiresoshin na'urorin saboda haka ba lallai bane.
• Ana buƙatar kunna yanayin daidaitawa don canza adireshin na'ura.
• Kunna yanayin daidaitawa ana yin shi akan haɗarin ku! Don yin haka, ana buƙatar buɗe na'urar wanda ya kamata a yi ta hanyar kwararrun ma'aikata kawai! Dole ne a gamsu da ƙa'idodin aminci na yanzu!

Tsarin Sadarwa da Kashewa

• Bus ɗin ya kamata ya kasance yana da tsarin layi tare da masu tsayayyar ƙarewa na 120 Ohm a ƙarshen duka. A cikin yanayin rabin duplex, ana iya amfani da resistor 120 Ohm tsakanin Fil 7 da 8 don wannan dalili.
• Yakamata a guji tauraro topology ko dogon wayoyi reshe don hana lalacewar sigina saboda tunani.
• Ana iya samun babban na'urar a ko'ina cikin motar bas.

Yanayin Fullduplex (Raba Rx da Tx)

• Bus ɗin ya ƙunshi nau'i-nau'i na waya 2 (wayoyin sigina 4 da GND)
• Lokaci: Lokacin Amsa na tsarin ADDAT yana ƙasa da 1ms (yawanci kaɗan 100us). Dole ne maigida ya jira aƙalla 2ms bayan ya karɓi byte na ƙarshe na layin amsa kafin ya fara aika layin umarni na gaba. In ba haka ba, karon bayanai akan bas na iya faruwa.

Ayyukan Rabin Duplex (Rx da Tx sun haɗu akan Waya Biyu)

• Bus ɗin ya ƙunshi nau'in waya guda 1 (wayoyin sigina 2 da GND)
• Lokaci na 1: Lokacin Amsa na tsarin ADDAT yana ƙasa da 1ms (yawanci kaɗan 100us). Dole ne maigida ya iya canza od na watsawa a cikin 100us bayan watsawar byte na ƙarshe.
• Lokaci na 2: Mai watsa bawan (Probus V RS-485 interface) yana ci gaba da aiki har zuwa iyakar 2ms bayan ƙaddamar da byte na ƙarshe kuma an saita shi zuwa babban impedance bayan wannan. Dole ne maigida ya jira aƙalla 2ms bayan ya karɓi byte na ƙarshe na layin amsa kafin ya fara aika layin umarni na gaba.
• ƙeta waɗannan ƙuntatawar lokaci yana haifar da karon bayanai.

USB

Kunna aiki - USB

Shigarwa
Kebul na kebul yana aiki tare da software ɗin direba azaman tashar COM mai kama-da-wane. Saboda haka, yana da sauƙi don tsara wutar lantarki ba tare da sanin USB na musamman ba. Kuna iya amfani da software na yanzu wanda yayi aiki har zuwa yanzu tare da ainihin tashar COM.
Da fatan za a yi amfani da shigarwar direba file daga fakitin Power Terminal XP.

Shigar da Direba ta atomatik

1. Haɗa wutar lantarki zuwa PC ta kebul na USB.
2. Idan akwai haɗin Intanet da ke akwai, Windows 10 za ta haɗa shiru zuwa Sabuntawar Windows website kuma shigar da kowane direban da ya dace da na'urar.
   An gama shigarwa.

Shigarwa ta hanyar saitin aiwatarwa file

1. CDM21228_Setup.exe mai aiwatarwa yana cikin fakitin saukar da Power Terminal na XP.
2. Danna dama akan mai aiwatarwa kuma zaɓi "Alle extrahieren..."
3. Gudanar da aiwatarwa azaman mai gudanarwa kuma bi umarnin.
4. 
5. 
6. 

Da zarar shigarwa ya cika, danna "Gama".

Karin bayani

Kanfigareshan

• Baud Rate
  Tsohuwar ƙimar Baud don na'urori masu:
  • An saita kebul na USB zuwa 115200 Baud.
    Matsakaicin adadin baud na USB shine 115200 Baud.
  • LANI21/22 dubawa an saita zuwa 230400 Baud.
    Matsakaicin adadin baud na LANI21/22 shine Baud 230k.
  • RS485 dubawa an saita zuwa 9600 Baud.
    Matsakaicin adadin baud na RS485 shine 115k Baud.
  • RS232/RS422 dubawa an saita zuwa 9600 Baud.
    Matsakaicin adadin baud na RS485 shine 115k Baud.

Mai ƙarewa
Halin ƙarewa "LF" shine tsohuwar masana'anta.

Gudanarwa

1. Kafin fara ƙaddamar da na'urar, dole ne a kashe wutar lantarki ta DC.
2. Za a haɗa haɗin kwamfuta mai sarrafawa zuwa mahaɗin wutar lantarki na DC kamar yadda aka ƙayyade.
3. Yanzu kunna POWER switch.
4. Latsa maɓallin REMOTE (1) a gaban panel domin LOCAL LED (2) ya kashe. Idan ƙarin ƙirar analog yana nan, saita canjin (6) zuwa DIGITAL. DIGITAL LED (5) yana haskakawa.
5. Fara software na aiki kuma kafa haɗin kai zuwa dubawa a cikin na'urar. Yanzu ana sarrafa na'urar ta hanyar software mai aiki. BUSY LED (4) yana haskakawa jim kaɗan yayin zirga-zirgar bayanai don dalilai na saka idanu. Ana iya samun ƙarin bayani game da umarni da ayyuka a cikin daftarin Ma'anar Ma'anar Ma'anar Interface Dijital Probus V

Don canza o: wutar lantarki, ci gaba kamar haka:
Wannan hanya tana da matuƙar mahimmanci don dalilai na aminci. Wannan saboda fitarwar fitarwa voltage har yanzu ana iya lura da shi a cikin voltage nuni. Idan naúrar ta kunna o: nan da nan ta amfani da wutar lantarki ta AC, kowane voltage yanzu (misali masu cajin capacitors) ba za a iya nunawa ba tunda an kunna nuni o:.

1. Tare da software mai aiki, saiti da na yanzu an saita su zuwa "0" sannan ana kashe fitarwa.
2. Bayan fitarwar bai kai <50V ba, kashe naúrar gaba ɗaya ta amfani da maballin WUTA (1). Kula da ragowar makamashi a cikin aikace-aikacen ku!
   Ana kashe wutar lantarki ta DC.

Hatsari na rashin amfani da shirye-shiryen dijital

• Hatsarin girgiza wutar lantarki a fitinun wutar lantarki!
  • Idan an ja kebul na kebul na dijital a yayin na'urar da ke aiki a yanayin DIGITAL, abubuwan da ke cikin na'urar za su kula da ƙimar saiti na ƙarshe!
  • Lokacin sauyawa daga yanayin DIGITAL zuwa yanayin LOCAL ko ANALOG, abubuwan da ke fitowa daga na'urar za su kula da ƙimar saiti na ƙarshe ta hanyar haɗin dijital.
  • Idan kayan aikin DC ya zama mara kyau ta hanyar sauya WUTA ko ta outage na voltage wadata, za a saita ƙimar saita zuwa "0" lokacin da aka sake kunna na'urar.

Gwajin haɗin: NI IEEE-488

Idan kuna amfani da kati na IEEE-488 na ƙasa a cikin PC ɗinku, ana iya gwada haɗin haɗin cikin sauƙi. Ana kawo katin tare da shirin: "National Instruments Measurement And Automation Explorer". Short form: “NI MAX”. Ana amfani da shi ga wadannan example.

NOTE Sauran masana'antun allon IEEE-488 yakamata su sami irin wannan shirye-shirye. Da fatan za a koma ga wanda ya kera katin ku.

Example don NI MAX, Shafin 20.0

1. Haɗa wutar lantarki ta FuG zuwa PC ta IEEE-488.
2. Fara NI MAX kuma danna "Geräte und Schnittstellen" da "GPIB0".
3. Yanzu danna kan "Scan for Instruments". Mai ba da wutar lantarki zai amsa da "FuG", Nau'in da lambar serial.
4. Danna "Communication mit Gerät": Yanzu za ku iya rubuta umarni a cikin filin "Aika": Bayan fara mai sadarwa, saitin "*IDN?" an riga an sanya shi a cikin filin shigarwa. Wannan ita ce madaidaicin tambayar don zaren tantance na'urar.
   Idan ka danna “QUERY” ana watsa filin “Aika” zuwa wutar lantarki kuma ana nuna zaren amsa a cikin filin “An Karɓi Kiɗi”.
   Idan ka danna “RUBUTA”, ana aika filin “Aika” zuwa ga wutar lantarki, amma ba a karɓar zaren amsa daga wutar lantarki.
   Danna kan "KARATUN" yana tattarawa kuma yana nuna layin amsa.
   ("QUERY" hade ne kawai na "RUBUTA" da "KARANTA".)
5. Danna "QUERY":
   Nau'in samar da wutar lantarki da lambar serial.

Gwajin haɗin: XP Power Terminal
Ana iya amfani da shirin Tasha Power na XP don gwada haɗin kai zuwa sashin samar da wutar lantarki. Ana iya sauke wannan daga shafin albarkatun akan kowane shafin samfurin XP Power Fug.

Sadarwa mai sauƙi misaliamples

IEEE488
Don haɗa na'urar, kusan kowane shirin tasha ana iya amfani da shi.

ProfibusDP

• Voltage saita darajar
  Bayanin shigar da bayanai yana toshe Bytes 0 (=LSB) da Byte 1 (=MSB)
  0…65535 sakamako a cikin 0… voltage.
  A cikin samar da wutar lantarki na bipolar ana iya juyar da ƙimar saita saitin Byte4/Bit0.
• Ƙimar saiti na yanzu
  Bayanin shigar da bayanai yana toshe Bytes 2 (=LSB) da Byte 3 (=MSB)
  0…65535 sakamako a cikin 0… na halin yanzu.
  A cikin samar da wutar lantarki na bipolar ana iya juyar da ƙimar saita saitin Byte4/Bit1.
• Fitowar fitarwa voltage
  HADARI Ta hanyar aika tubalan shigar da aka canza (yi rijista ">BON") ana kunna fitarwa nan da nan!
  Bayanan shigar da bayanai sun toshe Byte 7, Bit 0
  Ana fitar da fitar da wutar lantarki ta hanyar lantarki kuma an kunna od.
• Karanta baya na fitarwa voltage
  Abubuwan da aka fitar sun toshe Bytes 0 (= LSB) da Byte 1 (=MSB)
  0…65535 sakamako a cikin 0… voltage.
  Alamar darajar tana cikin Byte4/Bit0 (1 = korau)
• Karanta baya na fitarwa na halin yanzu
  Abubuwan da aka fitar sun toshe Bytes 2 (= LSB) da Byte 3 (=MSB)
  0…65535 sakamako a cikin 0… na halin yanzu.
  Alamar darajar tana cikin Byte4/Bit1 (1 = korau)

Saitin umarni da shirye-shirye

Domin gamawa cikakkeview na rijistar tare da ƙarin umarni da ayyuka koma zuwa daftarin aiki Digital Interfaces Command Reference Probus V. Ana sarrafa sashin samar da wutar lantarki ta hanyar umarni ASCII masu sauƙi. Kafin aika sabon umarni, amsa daidai da umarnin da ya gabata yakamata a jira kuma a kimanta idan an buƙata.

• Dole ne a ƙare kowace igiyar umarni da aƙalla ɗaya daga cikin haruffan ƙarewa ko kowane haɗin su: "CR", "LF" ko "0x00".
• Kowace igiyar umarni da aka aika zuwa sashin samar da wutar lantarki za a amsa ta ta madaidaicin kirtan amsa.
• “Ba komai” igiyoyin umarni, watau igiyoyin da suka ƙunshi haruffan ƙarewa kawai, ana ƙi su kuma kar su dawo da kirtan amsa.
• Duk bayanan da aka karanta da igiyoyin musafaha daga sashin samar da wutar lantarki an ƙare su tare da saiti (duba rajista “> KT” ko “> CKT” da umarnin “Y”)
• Karɓar lokaci: Idan ba a sami sabon haruffa sama da 5000ms duk haruffan da aka karɓa a baya ba za a yi watsi da su. Saboda dadewar lokaci mai tsawo, yana yiwuwa a watsa umarni da hannu ta amfani da shirin tasha.
• Tsawon umarni: Matsakaicin tsayin layin umarni yana iyakance ga haruffa 50.
• Karɓa buffer: ADDAT tana da haruffa 255 tsayin FIFO Receive Buffer.

Takardu / Albarkatu

XP Power Digital Programming [pdf] Jagoran Jagora Shirye-shiryen Dijital, Shirye-shiryen

Magana

• Manual mai amfani