Mai Kula da GE IS215UCVGH1A (IS215UCVGM06A)

IS215UCVGH1A IS215UCVGM06A (nan gaba ana kiranta da UCVG) Mai sarrafawa shine babban sashin sarrafawa na GE's Mark VI Turbine Control System, wanda ke wakiltar babban aiki, ingantaccen ingantaccen masana'antu-matakin sarrafa ramuka guda. An sanye shi da Intel® Ultra Low Voltage Celeron™ 650 MHz processor, 128 MB na ƙwaƙwalwar ajiya, da 128 MB na SDRAM. Yana nuna tashoshin Ethernet guda biyu, tashoshin jiragen ruwa masu yawa, da mu'amalar USB, yana goyan bayan ka'idojin sadarwar masana'antu daban-daban. An ƙera shi don saka idanu na gaske da sarrafa injinan jujjuyawa kamar injin turbin gas da injin tururi.

Tare da fa'idodin aikace-aikacen a cikin sarrafa kansa na masana'antu, samar da wutar lantarki, da sarrafa tsari, UCVG yana daidaita aiki, aminci, da faɗaɗawa, biyan buƙatun aiki na dogon lokaci a cikin matsanancin yanayin masana'antu.

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II. Key Features da Abvantbuwan amfãni

1. Babban Ayyukan Gudanar da Ayyuka

• Yana amfani da Intel® Ultra Low Voltage Celeron™ 650 MHz processor tare da 256 KB na Advanced Canja wurin Cache, yana ba da kyakkyawan ikon lissafin lokaci.

• Ƙirar ƙarancin wutar lantarki mai dacewa don ci gaba da aiki, rage nauyin tsarin thermal.

2. Dual Ethernet Architecture tare da keɓewar hanyar sadarwa

• ETHERNET 1: Babban tashar tashar Ethernet na farko don haɗi zuwa Babban Hanyar Bayanai na Unit (UDH), yana goyan bayan daidaitawar akwatunan kayan aiki da sadarwar takwarorinsu-da-tsara.

• ETHERNET 2: Za'a iya amfani da tashar tashar Ethernet ta biyu akan keɓan hanyar sadarwa ta IP mai ma'ana, mai goyan bayan Modbus ko cibiyoyin sadarwa na Ethernet Global Data (EGD).

• Tsarin tashar tashar jiragen ruwa biyu yana ba da damar keɓancewa ta jiki tsakanin hanyar sadarwa mai sarrafawa da cibiyar sadarwar bayanai, haɓaka tsarin tsaro da aminci.

3. Arzikin Sadarwar Sadarwa

• Serial Ports guda biyu na RS-232C (COM1, COM2) don saitin farko da sadarwar Modbus, bi da bi.

• Tashoshin USB guda biyu don haɗa na'urorin shigarwa ko ma'ajin ajiya.

• Yana goyan bayan wurin fadada PMC (IEEE 1386.1 5V PCI) don haɓaka aiki.

4. Tsayayyen Adana da Yanayin Aiki

• 128 MB Compact Flash module yana aiki azaman ajiyar tsarin, yana ba da juriya mai ƙarfi da juriya mai zafi wanda ya dace da saitunan masana'antu.

• Yana gudana akan tsarin aiki na QNX na ainihi, yana tabbatar da amsa cikin sauri da babban abin dogaro.

• Yana goyan bayan sarrafa toshe shirye-shirye tare da analog da ikon sarrafawa mai hankali, da ma'anar Boolean wanda ke wakilta a cikin tsarin tsani na relay.

5. Cikakken Alamar Matsayi da Taimakon Kulawa

• Matsayi masu yawa LEDs akan gaban panel suna nuna bayanan ainihin lokacin don iko, booting, ayyukan IDE, sake saiti, da sauransu.

• Kowace tashar tashar Ethernet tana da hanyar haɗin kai mai zaman kanta da alamun ayyuka don binciken cibiyar sadarwa.

• Maɓallin sake saiti a gaban panel yana ba da damar sake saitin tsarin hannu, sauƙaƙe kulawa.

  
  

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III. Cikakken Bayanin Hardware

1. Processor da Memory

• Microprocessor: Intel Ultra Low Voltage Celeron 650 MHz

• Ƙwaƙwalwar ajiya: 128 MB SDRAM

• Ajiya: 128 MB Karamin Flash Module

• Cache: 256 KB Babban Cache Canja wurin

2. Hanyoyin Sadarwa

• Hanyoyin sadarwa na Ethernet: 2 × 10BaseT/100BaseTX, masu haɗin RJ-45

• Ethernet 1: Yana goyan bayan ka'idodin TCP/IP da EGD don akwatin kayan aiki, HMI, da sadarwar PLC.

• Ethernet 2: Yana goyan bayan EGD da Modbus TCP/IP don DCS na ɓangare na uku ko cibiyoyin sadarwa masu zaman kansu.

• Serial Ports:

• COM1: An tanada don bincike, 9600 baud, 8 data rago, babu daidaito, 1 tasha bit.

• COM2: Ana amfani da shi don sadarwar Modbus na serial, yana goyan bayan 9600 ko 19200 baud.

• Tashar jiragen ruwa na USB: 2 × daidaitattun masu haɗa nau'in-A na USB.

3. Abubuwan Bukatun Wuta

• +5 V DC, na yau da kullun 4 A, matsakaicin 5.4 A

• ± 12 V DC, na yau da kullun ƙasa da 1 mA

• Ya dace da daidaitattun yanayin wutar lantarki na masana'antu.

4. Ƙayyadaddun Muhalli

• Yanayin Aiki: 0°C zuwa 70°C (32°F zuwa 158°F)

• Ajiya Zazzabi: -40°C zuwa 80°C (-40°F zuwa 176°F)

• Ya bi ka'idodin juriyar muhalli na masana'antu.

5. Baturi da Gudanar da Wuta

• Haɗe-haɗe 3.3 V, 200mA Lithium baturi (Nau'in 1) don kiyaye agogo na ainihi da tsarin tsarin.

• An kashe baturin ta tsohuwa daga masana'anta; Ana iya kunna ta ta hanyar sauya SW10.

• Lura: nau'in baturi daidai ya kamata a yi amfani da shi don sauyawa.

  
  

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IV. Software da Tallafin Shirye-shirye

1. Operating System

• Yana gudana akan tsarin aiki na QNX na ainihi, yana ba da babban abin dogaro, aiki na ainihin lokaci, da damar ayyuka da yawa.

2. Programming Language da Data Types

• Yana goyan bayan sarrafa toshe harshe, gami da analog da samfuran sarrafawa masu hankali.

• Ana iya wakilta ma'anar Boolean a cikin sigar zanen tsani, sauƙaƙe fahimta da kulawa ta injiniyoyin lantarki.

• Nau'in bayanan da aka goyan sun haɗa da:

• Boolean

• 16-bit sa hannu lamba

• 32-bit sa hannu lamba

• 32-bit mai iyo

• 64-bit doguwar wurin iyo

3. Tallafin Ka'idojin Sadarwa

• EGD (Bayanin Duniya na Ethernet): Ana amfani dashi don sadarwa tare da CIMPLICITY® HMI da Series 90-70 PLCs.

• Modbus TCP/IP: Yana goyan bayan haɗin kai tare da tsarin DCS na ɓangare na uku.

• Serial Modbus: Yana goyan bayan haɗin haɗin na'urar ta hanyar COM2.

  
  

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V. Yanayin Aikace-aikacen Na Musamman

1. Gas da Kula da Turbine

• Yana aiki a matsayin babban mai sarrafawa a cikin tsarin Mark VI don ƙayyadaddun lokaci na ainihi da kariyar ma'auni masu mahimmanci kamar gudu, zafin jiki, da matsa lamba.

2. Tsarin Tsarin Masana'antu Automation

• Wanda ya dace don sarrafa sarrafawa da tsarin sa ido a cikin masana'antu kamar sinadarai, ƙarfe, da siminti.

3. Tsarin Gudanar da Makamashi

• An yi amfani da shi don sarrafa gida da siyan bayanai a cikin masana'antar wutar lantarki, tashoshi, da sauran wuraren lantarki.

4. Sabis na Kayan aiki da Kulawa da Nisa

• Yana ba da damar sadarwar na'ura ta tashar jiragen ruwa na Ethernet, tana goyan bayan daidaitawar nesa, bincike, da loda bayanai.

  
  

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VI. Jagorar Shigarwa da Kulawa

1. Bayanan shigarwa

• Ya kamata a shigar da mai sarrafawa a cikin yanayi mai kyau wanda ba shi da iskar gas.

• Tabbatar da tsayayyen ƙarfin wutar lantarki da ƙasa mai kyau.

• Ya kamata a kawar da kebul na Ethernet daga tushen tsangwama mai ƙarfi na lantarki.

2. Tsarin Kunna Baturi

1. Tabbatar cewa an kashe mai sarrafawa.

2. Nemo wurin sauya SW10 a gefe.

3. Saita sauyawa zuwa wurin da aka rufe (rufe 1-4).

4. Maida iko; tsarin zai gane halin baturi ta atomatik.

3. Kulawa na yau da kullun

• Duba halin LEDs akai-akai don tabbatar da aiki na yau da kullun.

• Tsaftace buɗewar samun iska don hana tara ƙura da zafi fiye da kima.

• Lokaci-lokaci ajiye saitunan tsarin don hana asarar bayanai.

4. Shirya matsala

• Haɗa kayan aikin bincike zuwa tashar COM1 don dawo da rajistan ayyukan.

• Yi amfani da LED na halin Ethernet don tantance matsayin haɗin cibiyar sadarwa.

• Idan akwai kullewar tsarin, yi amfani da maɓallin sake saiti na gaba don sake farawa.