QUARK-ELEC A037 Jagorar Bayanan Kula da Bayanan Injin

Q: Menene manufar A037 Engine Data Monitor & NMEA 2000 Converter?
A: A037 yana aiki azaman mai saka idanu na bayanai don bayanan injin kuma yana canza bayanai zuwa tsarin NMEA 2000 don dacewa da sauran kayan lantarki na ruwa.

Tambaya: Ta yaya zan daidaita abubuwan shigar da matakin firikwensin tanki?
A: Ana iya samun cikakkun umarnin daidaitawa a cikin sashe na 5.2 na littafin jagorar mai amfani.

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Gabatarwa
The A037 Engine Data Monitor & NMEA 2000 Converter shine ingantaccen bayani na zamani wanda aka tsara sosai don haɓaka ikon sa ido na injunan ruwa, zafin yanayi da zafi. Ta hanyar amfani da A037, masu amfani za su iya tabbatar da cewa injunan kwale-kwalen suna aiki a ƙarƙashin ingantattun yanayi, ta haka za su tsawaita tsawon rayuwarsu.
Yana jujjuya shigarwar RPM da siginar bugun jini da juriya na ma'aunin analog da/ko voltages cikin NMEA 2000. Wannan jujjuyawar tana sauƙaƙe saka idanu na ainihin-lokaci ta hanyar NMEA 2000 nuni na'urorin, sauƙaƙe raba bayanai mara kyau a cikin hanyar sadarwa.
Mai daidaitawa don duka injunan injin guda ɗaya da dual, A037 yana ba da daidaituwa mai yawa, yana tallafawa har zuwa na'urori masu auna matakin tanki 4, 5 vol.tage shigarwa na'urori masu auna firikwensin, da 5 juriya shigarwa na'urori masu auna firikwensin (dace da rudder, karkata / datsa, iska zafin jiki, coolant zafin jiki da kuma na'urar matsa lamba mai), tare da baturi shunts. Masu amfani za su iya sa ido kan nau'ikan sigogin injina ba tare da wahala ba akan NMEA 2000 masu ƙira.
Haka kuma, A037 ya dace da shahararrun firikwensin dijital a kasuwa, gami da PT1000 (zazzabi), DS18B20 (zazzabi) da DHT11 (zazzabi da zafi), yana ba mai amfani da zaɓuɓɓuka da yawa don saka idanu bayanan injin da yanayin muhalli.

An sanye shi da abubuwan ƙararrawa guda biyu da fitarwa na relay, A037 yana haɓaka gyare-gyaren mai amfani da sarrafawa. Yana ba da zaɓuɓɓuka masu daidaitawa don haifar da relays ko ƙararrawa na waje, ƙarfafa masu amfani tare da ci-gaba da sa ido da damar sanarwa.
A037 sanye take da nau'in tashar USB na Nau'in B wanda aka tsara don daidaitawa da manufar daidaitawa. Kawai haɗa shi zuwa PC na tushen Windows kuma za ku sami damar daidaita na'urar da daidaita sigogin shigarwa. Haka kuma, ana iya amfani da tashar USB don sabunta firmware don ƙarin fasali da haɓakawa.

Hawan/ Shigarwa
Ana ba da shawarar sosai cewa a karanta duk umarnin shigarwa kafin fara shigarwa. Akwai mahimman gargaɗi da bayanin kula a cikin littafin da ya kamata a yi la'akari da su kafin a yi ƙoƙarin shigarwa. Shigar da ba daidai ba na iya ɓata garanti.

A037 an ƙera shi sosai don aikace-aikace a cikin kasuwancin haske, nishaɗi da kamun kifi da kasuwannin sa ido kan jirgin ruwa. Kodayake A037 ya zo tare da sutura mai dacewa akan allon kewayawa, pinouts suna buɗe don haka ruwan teku da ƙura yana da yuwuwar haifar da ɗan gajeren kewaye. Ya kamata a sanya shi amintacce, tare da guje wa fallasa ruwa kai tsaye da wuraren da gishiri da ƙura zasu iya haɗuwa.
Ya kamata a duba wuraren shigarwa masu zuwa kafin fara shigarwa.
· Cire haɗin kebul. Kada ku hau A037 yayin da na'urar ke aiki kuma cire haɗin kowane na'urori masu auna firikwensin, igiyoyi ko igiyoyin digo na NMEA 2000 kafin shigarwa.
· Guji tsoma bakin komfas na lantarki. Kula da mafi ƙarancin nisa na mita 0.5 daga kowane kamfas na lantarki (kamar Quark-elec AS08) kuma tabbatar da cewa kebul na haɗin ya kasance dabam da shi.
· Guji kusanci zuwa igiyoyin eriya. Duk da yake babu takamaiman ƙayyadaddun buƙatun nisa tsakanin kebul na haɗin A037 da VHF ko wasu igiyoyin eriya, yana da kyau a kiyaye rabuwa. Kada ku haɗa su tare a cikin tukwane ɗaya.
· Rage hayaniyar waya. Guji wayoyi masu hayaniya (kamar waɗanda aka haɗa da coils na kunna wuta) kusa da ma'auni masu mahimmanci ko na'urorin ƙararrawa saboda ana iya shigar da hayaniya cikin waɗannan wayoyi kuma wannan na iya haifar da rashin daidaiton ma'auni.
Yi la'akari da duk igiyoyin haɗi. Ana buƙatar yin la'akari da shirya duk haɗin haɗin gwiwa kafin zabar wurin da ya dace.

Wurin hawa
Zaɓi wuri mai faɗi don hawa A037. Ka guje wa hawa a kan saman da ba daidai ba ko kwarkwasa, saboda wannan na iya yuwuwar gajiyar cakuduwar na'urar.
Tabbatar cewa an ɗora A037 a wuri mai dacewa daidai tsakanin motar NMEA 2000 da masu aikawa ko ma'auni.
A037 ya dace da duka ma'aunin analog na yanzu da kuma amfani da shi kadai.
Don Amfani Ba tare da Analogue Gauges ba
Lokacin haɗa kai tsaye A037 zuwa mai aikawa don aunawa (inda ma'aunin analog ɗin ba ya nan), bi waɗannan jagororin:
Sanya A037 kusa da injin. · Tabbatar cewa tsawon kebul ɗin tsakanin mai aikawa da A037 yawanci bai wuce 2 ba
mita.

Don Amfani Daidaitacce tare da Ma'auni na Yanzu:
Idan ana amfani da A037 tare da ma'auni na yanzu don cika bayanan da aka nuna, yi la'akari da waɗannan:
· Dutsen A037 kusa da ma'auni (fashin kayan aiki). · Tsaya tsayin kebul tsakanin ma'auni da A037 yawanci tsakanin mita 2.
2.2. Girman Harka
Yakin A037 an yi shi da filastik IP56 rufin aji 2. Girman waje shine 150 × 85.5x35mm.

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Takardar bayanan A037
3. Haɗi
Mai zuwa shine tsohonampSaukewa: A037. Wannan yana ba da ra'ayi na haɗin gwiwar da ake buƙata don shigar da A037. Dole ne a yi la'akari da duk waɗannan haɗin gwiwar yayin gano wurin da ya dace don hawan A037.

Hoto 2 Haɗin tsarin al'ada.

A037 Engine Data Monitor & NMEA 2000 Converter yana da zaɓuɓɓuka masu zuwa don haɗi zuwa abubuwan shigarwa, abubuwan fitarwa, da na'urori masu ɗaukar nauyi.

3.1. Abubuwan Shigar Sensor

PT1000/PT100 shigarwa. PT1000 shine firikwensin RTD (Resistance Temperature Detector) da aka fi amfani dashi a masana'antu da yawa da injinan ruwa. Na'urori masu auna firikwensin RTD su ne na'urori masu auna zafin jiki waɗanda ke aiki bisa ka'idar cewa juriyar wutar lantarki na wasu kayan tana canzawa bisa ga zafin jiki. PT1000 na'urori masu auna zafin jiki suna ba da ingantaccen bayani don buƙatar aikace-aikacen auna zafin jiki inda daidaito, kwanciyar hankali, da aminci suke da mahimmanci. Gina tushen platinum, mafi girman hankali, da kewayon zafin jiki ya sa su zama kayan aiki masu mahimmanci a masana'antu tun daga magunguna zuwa sararin samaniya. Yayin da na'urori masu auna firikwensin PT1000 suna zuwa tare da wasu ƙalubale kamar farashi na farko da buƙatun daidaitawa, fa'idodin su ya zarce gazawar a yawancin al'amuran.

Yayin da PT1000 yakan zo da wayoyi biyu, ana samun bambance-bambancen da ke da wayoyi uku ko hudu. Ana amfani da ƙarin wayoyi don rama juriya na wayoyi masu haɗa kansu, rage kurakurai a ma'aunin zafin jiki da ke haifar da juriyar waya. Don aikace-aikacen ruwa da yawa, wayoyi biyu na PT1000 sune zaɓin da aka fi so. Don aikace-aikacen ruwa da yawa, daidaitaccen PT1000 mai waya biyu ya isa. Saboda haka, wannan littafin ya fi magana game da aiwatar da firikwensin PT1000 tare da wayoyi biyu. Koyaya, A037 kuma yana goyan bayan PT1000 mai waya uku da huɗu.

Kodayake mafi yawan na'urori masu auna firikwensin PT1000 mai waya biyu ba su da iyaka. Yana da kyau al'ada don bincika takaddun bayanai don cikakkun bayanan haɗin kai. Ƙirƙirar haɗi ta haɗa jagora ɗaya zuwa GND A037 (ko dai pinout 6 ko 15) da ɗayan jagora zuwa PT1000 (pinout 1).
Yin daidaitawa akan firikwensin PT1000 kafin amfani da shi muhimmin mataki ne don tabbatar da ingantaccen aiki. Ana iya aiwatar da wannan tsarin daidaitawa ta hanyar saitunan daidaitawa akan kwamfutar Windows. Ana iya samun ƙarin cikakkun bayanai daga Sashin shigar da Sensor PT1000.

Hoto 3 PT1000 wayoyi (wayoyi biyu)
Mai kama da PT1000, PT100 wani firikwensin platinum RTD ne da ake amfani da shi sosai, wanda aka fi amfani da shi a cikin aikace-aikacen masana'antu, ruwa, da na kera motoci. Wiring na PT100 yana raba kamanceceniya da PT1000 lokacin da aka haɗa shi da na'urar A037.
Saukewa: DS18B20. DS18B20 sanannen sanannen ne, wanda aka riga aka haɗa na'urar firikwensin zafin ruwa mai hana ruwa tare da ɓangaren ji a rufe a ƙarshen sa, yana mai da shi manufa don auna yanayin zafi a cikin ruwaye ko wurare masu nisa daga A037. Kasancewar firikwensin dijital, babu damuwa game da lalata sigina akan nisa mai nisa, kuma babu buƙatar pre-calibration kafin amfani.
DS18B20 yana aiki akan samar da wutar lantarki na 5V, wanda aka samu ta hanyar haɗa VCC ɗinsa zuwa 5V pinout akan A037 (Pinout 14) da GND zuwa ko dai Pinout 6,15 ko 23 akan A037. Bugu da ƙari, DS18B20 yana da wayar bayanai da ke da alhakin watsa bayanan zafin jiki zuwa A037. Haɗa wayar Data zuwa DS18B20 pinout akan A037 (Pinout 13). Kafin kunna wutar lantarki, tabbatar da tsayayyen haɗin VCC da GND don guje wa yuwuwar lalacewa ta dindindin ga DS18B20. Da zarar an haɗa shi da kyau kuma an ƙarfafa shi, DS18B20 zai yi aiki ba tare da matsala ba.

Hoto 4 DS18B20 waya
DHT11 Shigarwa. Mai kama da DS18B20, DHT11 firikwensin dijital ne na gama gari, wanda ke fitar da bayanan zafin jiki da zafi. Na'urar da ta dace don gano yanayin yanayi/injini zazzabi da zafi. DHT11 an riga an daidaita shi kuma a shirye don amfani. Keɓancewar wayar bayanai guda ɗaya yana sa haɗin kai tare da A037 mai sauri da sauƙi. Ƙananan girmansa, ƙarancin wutar lantarki da watsa siginar mita 20 wanda ya sa ya zama mafi kyawun zaɓi don amfani da jiragen ruwa.
Daidai da DS18B20, DHT11 yana aiki akan wutar lantarki na 5V, wanda aka samu ta hanyar haɗa VCC ɗinsa zuwa 5V pinout akan A037 (Pinout 14) da GND zuwa ko dai Pinout 6,15 ko 23 akan A037. Bugu da ƙari, haɗa wayar Data zuwa DHT11 pinout akan A037 (Pinout 12). Tabbatar sake sakewa a hankaliview haɗin gwiwar kafin fara aikin haɓaka wutar lantarki don hana duk wani lahani na dindindin ga DHT11. Bayan haɗin da ya yi nasara, firikwensin zai yi aiki a hankali.

· Abubuwan shigar da matakin Tanki Hudu. Ana amfani da firikwensin matakin tanki mai juriya sosai don lura da matakin ruwa a cikin tankunan ruwa na kwale-kwale. A037 yana tallafawa har zuwa tankuna 4, waɗanda za a iya amfani da su don saka idanu mai, ruwa mai kyau, mai mai datti, rijiyar rayuwa da matakin ruwan baƙar fata. Bayan haɗa na'urori masu auna firikwensin, mai amfani zai buƙaci daidaita firikwensin kuma saita ƙimar ƙarfin da ya dace ta kayan aikin daidaitawa.
Vol. Biyartage abubuwan shiga. A037 yana goyan bayan voltage fitarwa na'urori masu auna firikwensin don injin da saka idanu na baturi, masu iya auna ma'auni kamar matsa lamba mai, ƙimar jujjuya injin, ƙarfin baturitage, zafin jiki da ƙari. Tare da juzu'i biyartage tashoshi, na'urar tana ba da cikakkun zaɓuɓɓukan daidaitawa, ƙyale masu amfani su ƙirƙiri tebur mai ma'ana 8 ko zaɓi tebirin daidaita daidaitattun masana'antu don mafi yawan firikwensin firikwensin da ma'auni.
· Abubuwan shigar RPM guda biyu. Ana iya sanya abubuwan shigar da RPM guda biyu zuwa Port da Starboard, yayin da ana iya sanya na'urar analog ko bugun jini zuwa ga injunan biyu, kamar yadda ake so. Siginonin RPM na iya fitowa daga tushe daban-daban dangane da injin. Zasu iya fitowa daga fitowar mai canzawa, na'urar kunna wuta, ko mai aikawa da bugun jini (injin dizal).
· Lanƙwasa/ Gyara shigarwar. Ana iya haɗa wannan shigarwar juriya zuwa firikwensin karkata/datsa kai tsaye ko kuma daidaici tare da ma'aunin karkatarwa don saka idanu da matsayin injin.
· Shigar da rudder. Haɗa wannan shigarwar zuwa firikwensin kusurwar rudder don samun bayanin kusurwa. Kafin amfani, masu amfani dole ne su daidaita bayanan juriya ta amfani da kayan aikin daidaitawa.
Shigar da sanyin zafi. Wannan shigarwar juriya ce da aka ƙayyade don na'urori masu auna zafin jiki, wanda aka keɓance don auna zafin sanyi tare da saitunan da aka riga aka tsara tare da zaɓi don shigar da ƙimar da hannu.
· Shigar da Yanayin iska. Mai kama da shigarwar Coolant Temp, wannan wata tashar shigar da juriya ce ta musamman da aka kera don firikwensin zafin iska.
· Shigar da zafin mai. Mai kama da shigarwar Coolant Temp, wannan ita ce tashar shigar da juriya ta uku da aka yi niyya musamman don firikwensin zafin mai. Bayanan shigar da firikwensin zai canza ta atomatik zuwa PGNs masu alaƙa, yana ba da damar nunawa akan nunin ayyuka da yawa (MFD).
Shigar da shunt (halin baturi) shigarwa. Shunt yana aiki azaman firikwensin don auna nauyi ko sauke halin yanzu a cikin baturi. Haɗa wannan shigarwar a layi daya tare da shunt don saka idanu da halin baturi.

Ƙararrawa da fitarwa
· Fitowar ƙararrawa biyu da fitarwa. Za'a iya amfani da fitowar gudun ba da sanda guda biyu don jawo na'urorin faɗakarwa, misali haske, ƙararrawa, ƙararrawa.

Tashoshin Sadarwa
· WiFi tashar jiragen ruwa. A037 yana bawa masu amfani damar shigar da bayanan injin ta hanyar WiFi akan PC, kwamfutar hannu, ko wata na'ura mai kunna WiFi. Ana fitar da bayanan NMEA 2000 ta hanyar WiFi a tsarin PCDIN. Da fatan za a lura cewa saboda yanayin bayanan NMEA 2000, yawancin bayanan injin ba su da tallafi ta NMEA 0183

tsari. Sabanin haka, NMEA 2000, wanda aka gabatar bayan 2000, an tsara shi tare da tallafin bayanan injin a hankali, yana nuna buƙatun masana'antu masu tasowa.
· tashar USB. A037 sanye take da nau'in USB na USB kuma ya zo tare da kebul na USB. Ana iya haɗa wannan haɗin USB kai tsaye zuwa tashar USB akan PC. Tashar tashar USB tana aiki da manyan ayyuka guda biyu: daidaitawar A037 da sabunta firmware. Yana da mahimmanci a lura cewa bayanan firikwensin da aka canza ba a watsa su ta tashar USB.

3.4. NMEA 2000 Port
A037 Engine Data Monitor yana fasalta haɗin haɗin NMEA 2000, yana ba shi damar haɗawa tare da hanyar sadarwa ta NMEA 2000 akan jirgin ruwa. A037 yana karanta duk bayanan firikwensin da ke akwai, yana canza bayanan da aka karɓa zuwa NMEA 2000 PGNs, kuma yana fitar da waɗannan PGNs zuwa cibiyar sadarwar NMEA 2000. Wannan yana ba da damar karantawa da nuna bayanan cikin sauƙi ta wasu na'urori kamar masu ƙira, MFDs, da nunin kayan aiki akan hanyar sadarwar NMEA 2000.
Lokacin da aka haɗa firikwensin da ke da alaƙa kuma an daidaita shi da kyau, A037 yana fitar da PGNs masu zuwa:

Farashin NMEA2000

Lambar code HEX

Aiki

127245 127488 127489
127505 127508 130312 130313 130314

1F10D 1F200 1F201
1F211 1F214 1FD08 1FD09 1FD0A

Ma'aunin Injin Rudder Angle, Sabuntawar Saurin (RPM, Ƙarfafa matsa lamba, karkatar / datsa) Ma'aunin injin, Mai ƙarfi (Matsayin Mai & Zazzabi, Zazzabin Injin, yuwuwar canjin, Yawan mai, matsa lamba mai sanyaya, Matsin mai) Matsayin ruwa (Sabon Ruwa, Mai, Mai, Ruwan Sharar gida, Rijiyar Rayuwa, Ruwa Baƙar fata) Matsayin baturi - Batirin Yanzu, voltage, yanayin yanayin yanayin yanayin yanayi
Danshi
Matsin lamba

A037 ya zo tare da kebul na digo na NMEA 2000, yana sauƙaƙe haɗin sa zuwa cibiyar sadarwar NMEA 2000. Yana da mahimmanci a lura cewa ba za a iya kunna A037 kai tsaye daga cibiyar sadarwar NMEA 2000 ba. Madadin haka, dole ne a yi amfani da shi ta hanyar 12V (Pinout 16) da GND (Pinout 15) ta hanyar amfani da wutar lantarki 12V.

Hoto 6 NMEA 2000 haɗin bas
3.5. Ƙarfi
A037 yana aiki akan tushen wutar lantarki 12V DC. Wutar (Pinout 16) da GND (Pinout 15) ana nuna su a fili. Dukansu ikon da haɗin ƙasa suna da alama a fili. Yana da mahimmanci a kashe wutar shigarwa yayin shigarwa. A037 ya haɗa da kariyar juzu'i don kariya daga yuwuwar lalacewa daga haɗin kai mara kyau.

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Takardar bayanan A037
A037 yana canza bayanan analog daga injin zuwa tsarin dijital ta hanyar ci gaba na Analogueto-Digital Converter (ADC). Daidaito da amincin wannan tsarin jujjuya sun dogara ne akan ingantaccen samar da wutar lantarki mai ƙarancin amo.
3.6. Matsayin Layi
A037 sanye take da LEDs guda uku waɗanda ke nuna iko, WiFi da matsayin bayanai bi da bi. Matsayin LEDs akan kwamitin yana ba da bayani game da ayyukan tashar jiragen ruwa da matsayin tsarin:
Bayanai: Wannan LED yana walƙiya lokacin da aka fitar da kowane bayanai zuwa bas ɗin NMEA 2000. · WiFi: LED ɗin yana walƙiya don kowane ingantaccen saƙon NMEA da aka aika zuwa fitarwar WiFi. PWR (Power): Hasken LED yana haskakawa a cikin ja lokacin da aka kunna na'urar.
Hoto 7 Alamun LED
4. PT1000/PT100 Sensor Input
PT1000 ita ce firikwensin RTD (Resistance Temperature Detector) da aka fi amfani dashi a masana'antu da yawa da injinan ruwa. A037 yana fasalta shigarwar firikwensin zafin jiki PT1000 guda ɗaya.

Hoto 8 PT1000 RTD Sensor Probe

Bayan haɗa firikwensin zafin jiki zuwa A037 a karon farko, yana da mahimmanci a yi amfani da kayan aikin daidaitawar windows, wanda za'a iya saukewa daga mu. website, don saita A037 don yin aiki da sauri tare da firikwensin PT1000. Wannan zai ba da damar ingantaccen jujjuya siginar firikwensin zuwa NMEA 2000 PGN(PGN130312) don ingantacciyar kulawa da watsa bayanai.
Baya ga PT1000, PT100 kuma sanannen firikwensin Platinum RTD ne, ana amfani da shi akai-akai a aikace-aikacen masana'antu daban-daban, na ruwa, da na kera motoci. Lokacin da aka haɗa zuwa na'urar A037, wayoyi, saitunan, da hanyoyin daidaitawa na PT100 suna kama da na PT1000. Wannan littafin da farko yana mai da hankali kan cikakken bayanin PT1000, wanda za'a iya amfani dashi azaman tunani don aiki tare da PT100.

4.1. Shigar da Saitunan Pinout
Da fatan za a bi matakan da ke ƙasa don saita A037 don yin aiki tare da firikwensin zafin jiki na PT1000: 1. Da farko, haɗa firikwensin PT1000 zuwa A037, waya ɗaya zuwa PT1000 pinout (Pinout 1), ɗayan waya zuwa GND pinout (Pinout). 6).

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Takardar bayanan A037

2. Haɗa A037 zuwa Windows PC ta amfani da kebul na USB da aka bayar. Ga masu amfani da ke gudana Windows 10 ko sigar farko ta tsarin aiki, yana iya zama dole a shigar da direban na'ura don gane tashar USB A037. Ana iya samun sabon direba daga Quark-elec website.

3. Ƙaddamar da A037.

4. Kaddamar da sanyi kayan aiki a kan kwamfuta. Tabbatar cewa saƙon matsayi na "An haɗa" tare da sigar firmware da sigar kayan aiki na daidaitawa ya bayyana a ƙasan taga.
kafin canza kowane saituna.

5. Danna kan "Input Pinout settings" tab kuma zaɓi "PT1000: Pinout(1)" daga jerin zaɓuka.

6. Zaɓi naúrar zafin jiki da ake buƙata (°C, °K ko °F) daga jerin zaɓuka.

7. Shigar da matsakaicin da mafi ƙarancin ƙima. Waɗannan ƙofofin suna ƙayyadad da saitunan don kunna fitintun ƙararrawa. Bar shi babu komai idan babu buƙatar haɗi tare da ƙararrawar fitarwa.

8. Zaɓi "-Sensors-" form the Sensor Type dropdown list da kuma cika a Data Output Saitin tare da ma'auni. Lura, ana buƙatar ma'aunin zafi da sanyio don samun damar saita firikwensin daidai. Muna ba da shawarar ku fara da mafi ƙarancin zafin jiki na kewayon zafin da kuke son aunawa. Danna Auna kuma shigar da ƙimar da aka nuna a cikin ginshiƙin Alama. Bincika zafin da aka nuna ta wurin ma'aunin zafi da sanyio na tunani kuma shigar da ƙimar zafin jiki cikin ginshiƙin ƙimar. Maimaita waɗannan matakan har sai kun isa iyakar iyakar zafin jiki. Ana iya shigar da jimillar nau'i-nau'i-nau'i-nau'i-nau'i na bayanai "Marker-Value" a cikin Teburin Saitin Bayanan Bayanai, da fatan za a rarraba ma'auni ta kewayon zafin jiki daidai.

A zahiri, tsarin daidaitawa na sama baya buƙatar kammalawa. Kamar yadda takardar bayanai ko littafin PT1000 daga mai siyarwa yakamata ya samar da bayanan da suka dace. Domin misaliample, da yawa
An tsara PT1000 don bin IEC 751 (1995) da IEC60751 (1996).

A ƙasa akwai wani tsohonample of Resistance Vs Zazzabi tebur don PT100/PT1000 bi tare da IEC

751 (1995) da IEC60751 (1996). PT1000 yana da madaidaicin zafin jiki / juriya iri ɗaya,

duk da haka ƙimar juriya shine sau 10 don PT100. Domin misaliample, juriya na PT1000 akan

0°C shine 100×10=1000 .

Temp

Saukewa: PT100P1000

(°C)

()

-200

18.52 185.20

-100

60.26 602.60

100.00 1000.00

100

138.51 1385.10

200

175.86 1758.60

300

212.05 2120.50

400

247.09 2470.90

500

280.98 2809.80

600

313.71 3137.10

650

329.64 3296.40

700

345.28 3452.80

800

375.70 3757.00

850

390.48 3904.80

9. Danna "Ajiye" don ajiye sababbin saitunan zuwa A037.

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Hoto 9 PT1000 daidaitawa
4.2. Saitunan Fitar N2K
Da fatan za a danna shafin "N2K Output Settings" don saita PGN mai fitarwa.
1. Zaɓi "PGN 130312: Temperature" daga menu na zazzagewa. 2. Zaɓi "Misali 0" idan kuna saita firikwensin zafin jiki na farko, "Misali 1" za a yi amfani dashi don
firikwensin zafin jiki na biyu, da sauransu. 3. Zaɓi nau'in tushen zafin jiki daga jerin zaɓuka. Zaɓuɓɓuka masu zuwa a halin yanzu
goyon baya:

Hoto 10 N2K zaɓin nau'in tushen tushe 4. Zaɓi "PT1000: Pinout(1)" daga jerin zaɓukan shigarwa. 5. Tick akwati kusa da "Enable PGN" don kunna shi. 6. A ƙarshe, danna Save don adana sabon saitin zuwa na'urarka kuma sake kunna na'urarka.

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Hoto 11 N2K Saitunan Fitarwa (PGN130312)
5. Abubuwan shigar da matakin Tanki
A037 yana da abubuwan shigar da firikwensin tanki guda huɗu, waɗanda za'a iya amfani da su don saka idanu akan mai, ruwa mai daɗi, ruwan datti, rijiyar rayuwa, mai ko matakan ruwan baƙar fata akan kwale-kwale na shakatawa, jiragen ruwa, ko tasoshin kasuwanci masu haske. Da zarar an haɗa firikwensin matakin ruwa zuwa ɗaya daga cikin firikwensin matakin matakin tanki akan A037, kayan aikin daidaitawa (ana iya saukar da aikace-aikacen Windows PC daga Quark-elec. website) yana buƙatar amfani da shi don daidaita firikwensin kuma don sanya madaidaicin shigarwa da fitar da jimlolin N2K. Adadin juriya na firikwensin matakin tanki an canza shi zuwa NMEA 2000 PGN 127505 ta A037. Mai zuwa shine tsohonampyadda ake saitawa da amfani da shigarwar Tank1 matakin R (Pin 5) don saka idanu matakin ruwa a cikin tanki akan jirgin ruwa.
5.1. Shigar da Saitunan Pinout

Hoto 12 Wayar firikwensin matakin tanki Da fatan za a bi matakan da ke ƙasa don saita firikwensin matakin tanki:

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1. Haɗa na'urar firikwensin tanki zuwa ɗayan abubuwan shigar da firikwensin waya ɗaya zuwa Pinout 2, Pinout 3, Pinout 4 ko Pinout 5, da sauran waya zuwa GND (Pinout 6).
2. Haɗa A037 zuwa Windows PC ta USB. Idan kana amfani da Windows 10 ko sigar da ta gabata ta tsarin aiki na Windows akan kwamfutarka, mai yiwuwa a fara shigar da direban na'ura don kwamfutar ta sami damar gane A037.
3. Ƙaddamar da A037.
4. Kaddamar da sanyi kayan aiki a kan kwamfuta. Tabbatar cewa saƙon matsayi na "Haɗawa" tare da sigar firmware da sigar kayan aiki na daidaitawa ya bayyana a ƙasan taga kafin canza kowane saiti.
5. Danna maballin "Input Pinout settings" sannan ka zabi pinout daga menu na zazzage wanda aka haɗa firikwensin matakin tanki zuwa misali, TANK 4: Pinout(2).
6. Ana cika filayen Physic Variable da Raka'a ta atomatik, waɗannan ba za a iya canza su ba.
7. Shigar da matsakaicin da mafi ƙarancin ƙima. Waɗannan ƙofofin suna ƙayyadad da saitunan don kunna fitintun ƙararrawa. Bar shi babu komai idan ba a buƙatar haɗi tare da ƙararrawar fitarwa.
8. Da fatan za a bar saitunan "Nau'in Sensor" akan "-Sensor-". Zaɓi sauran kawai idan kuna da izini mai sakawa ko kuma muka ba ku shawarar.

Hoto 13 Saitin senor matakin tanki

5.2. Daidaitawa
Tsarin daidaitawa shine saita tebur tare da bayanan shigarwa (Marker) da ƙimar ƙima (ƙimar) don haka A037 zai iya fitar da ingantaccen bayanai.
Ana iya amfani da kayan aikin "Calibration" don karantawa da kuma view bayanan firikwensin, fitarwa ta hanyar firikwensin matakin tanki. Ana buƙatar wannan lokacin saita teburin “Data Output Set” tare da bayanan firikwensin da daidai gwargwadon matakin ruwa.tage. Za'a iya siffanta "Saiti Output Saitin" ta hanya mai zuwa (kamar yadda aka nuna akan adadi a sama). Gabaɗaya, shigar da bayanan da aka auna zuwa filin “Marker” kuma shigar da matakin tanki mai alaƙa (%) cikin filin Ƙimar.
1. Fara tsari tare da tanki mara kyau. Danna "Auna" don view bayanan Sensor.
2. Shigar da wannan ƙimar cikin layin farko na ginshiƙin Alama.

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3. Don tankin da ba komai, muna ba da shawarar shigar da ƙaramin lamba, misali, 0 ko 1. Wannan kashitage za a nuna shi ta mai tsara zanen ku lokacin da tankin ya zama fanko.
4. Cika tanki zuwa 20% na iyawarsa kuma maimaita matakan da ke sama.
· Danna "Auna" don view bayanan firikwensin, shigar da wannan bayanan cikin jere na biyu na ginshiƙin Alamar.
· Kamar yadda tanki ya cika har zuwa 20% na ƙarfinsa, 20 ya kamata a shigar da shi cikin layi na biyu na ginshiƙi na ƙimar.
5. Cika tanki zuwa 40%, 60%, 80% da 100% na iyawarsa, auna bayanan firikwensin kuma cika tebur tare da waɗannan dabi'u da daidaitaccen matakin man fetur bisa ɗari.tage.
6. Ƙarin ma'auni zai taimaka wajen gina bayanan da ya fi dacewa, don haka idan akwai tankuna tare da siffofi maras kyau, za a nuna ainihin matakin ruwa daidai. Ana iya amfani da alamun "+" da "-" don ƙara ƙarin ko cire filayen bayanai.
7. Da zarar an cika tebur ɗin daidai, danna "Ajiye" don adana sabbin saitunan da bayanan da aka saita zuwa na'urar.
5.3. Sensor Standard na Turai ko Amurka
Ma'auni na farko guda biyu sun yi yawa a kasuwa don auna matakan tanki akan jiragen ruwa: Matsayin Amurka da Turai. Babu mizani da ke riƙe da inherent advantage ko disadvantage fiye da sauran, kamar yadda duka biyu suna aiki da yawa a duniya. Firikwensin ma'aunin Turai yana aiki akan juriya mai canzawa daga 0 ohms a fanko zuwa 190 ohms gabaɗaya. Yayin da samfuran Amurkawa ke aiki akan juriya mai canzawa daga 240 ohms a fanko zuwa 30 ohms a cikakken iya aiki. A ƙasa, zane-zane guda biyu suna kwatanta saitunan daidaitattun tankunan Turai da Amurka. Don Allah kar a ce tsohonamples bayar sun dogara ne akan tankuna rectangular. Don tankuna na siffofi daban-daban, gyare-gyare ga dabi'u na iya zama dole.

Hoto 14 - Daidaitaccen saitin firikwensin Turai.

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Hoto 15 – Daidaitaccen saitin firikwensin Amurka.
5.4. Saitunan Fitar N2K
Da zarar an cika teburin “Data Output Set” tare da bayanan da ake buƙata, da fatan za a danna shafin “N2K Output Settings” don saita PGN mai fitarwa.
1. Zaɓi "PGN 127505: Fluid Level" daga menu na zazzagewa. 2. Zaɓi "Misali 0" idan kuna saita firikwensin lever na farko, "Misali 1" za a yi amfani dashi don
firikwensin matakin tanki na biyu, da sauransu. 3. Zaɓi ɗaya daga cikin zaɓuɓɓuka masu zuwa daga jerin zaɓuka na Nau'in:
Hoto 16 Saitunan nau'in tanki 5. Daga cikin jerin abubuwan da aka saukar da shigarwa zaɓi lambar Pinout wanda aka haɗa firikwensin. A cikin mu
example shine "Tank 4: Pinout (2)" 6. Danna akwati kusa da "Enable PGN" don kunna shi. 7. A ƙarshe, danna Ajiye don adana waɗannan sabbin saitunan zuwa na'urar ku kuma sake kunna A037.

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Hoto 17 N2K Saitunan fitarwa (PGN 127505 matakin ruwa)
Sake kunna A037 bayan canza kowane saitunan sa ko bayan kafa sabon firikwensin tare da kayan aikin daidaitawa.
6. Jirgin samatage Abubuwan Shigar Sensor
Akwai nau'ikan voltage fitarwa na'urori masu auna sigina amfani da inji da baturi saka idanu, da za su iya saka idanu da matsa lamba mai, jujjuya inji, baturi voltage, halin yanzu, zazzabi da sauransu.
A037 yana da juzu'i masu zaman kansu guda biyartage shigar da tashoshi, waɗanda za a iya haɗa su zuwa voltage fitarwa nau'in firikwensin. Kamar shigar da matakin matakin Tank, waɗannan voltage abubuwan shigar suna da cikakkiyar aikin daidaitawa wanda ke ba ku damar ƙirƙirar tebur mai maki 10.
Da zarar voltagAn haɗa firikwensin e zuwa ɗaya daga cikin firikwensin shigar da firikwensin, kayan aikin daidaitawa (ana iya saukar da aikace-aikacen Windows PC daga Quark-elec. website) dole ne a yi amfani da shi don daidaita firikwensin kuma don sanya madaidaicin shigarwa zuwa bayanan fitarwa. Abubuwan da aka fitar voltage darajar daga voltagAn canza firikwensin e zuwa NMEA 2000 PGNs ta A037.

6.1. Shigar da Saitunan Pinout
A037 yana goyan bayan shigarwar har zuwa 32VDC voltage. Na'urar firikwensin yawanci yana amfani da wayoyi ko fil biyu don fitarwa, ɗaya ana amfani da shi don juzu'in fitarwatage, ɗayan na GND ne. Haɗa fitarwa voltage waya zuwa daya daga cikin voltage shigar da pinouts (misali, a ƙasa misaliampshigar da V2, Pinout 8) da sauran waya zuwa ɗaya daga cikin GND pinouts (Pinout 6 ko 23). Abubuwan da ke ƙasa suna dalla-dalla yadda ake saita wannan firikwensin matsa lamba. A voltage fitarwa na'urar firikwensin yana haifar da siginar lantarki daidai da matsa lamba da yake aunawa. Yawanci, wannan sigina na yanzu kai tsaye (DC) voltage, samar da ƙimar ma'auni dangane da ma'aunin da aka auna. Ana yawan amfani da irin waɗannan na'urori masu auna firikwensin a cikin ruwa, aikace-aikacen mota saboda gama gari da ingancinsu.
Anan, wani misali exampLe an tanadar don saita firikwensin matsa lamba 0.5V zuwa 5V.

1. Da fatan za a tabbatar cewa duk na'urorin lantarki suna kashe kuma an cire su daga samar da wutar lantarki, don guje wa ƙirƙirar gajeriyar kewayawa yayin aikin shigarwa. Haɗa fitowar firikwensin matsa lamba zuwa Pinout 8 da sauran fil zuwa GND (Pinout 6,15 ko 23) na A037.
2. Ƙaddamar da A037.

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A037 Manual 3. Kaddamar da sanyi kayan aiki a kan kwamfuta. Tabbatar cewa saƙon matsayi na "Haɗawa" tare da sigar firmware da sigar kayan aiki na daidaitawa ya bayyana a ƙasan taga kafin canza kowane saiti. 4. Danna kan shafin "Input Pinout settings" kuma zaɓi "Volts 2: Pinout(8)" daga menu na zaɓuka. 5. Zaɓi "Matsi V" daga jerin zaɓuka na Maɓalli na Physic.
Hoto na 18 Voltage Input data type 6. Za a cika filin raka'a kai tsaye da "Bar", ba za a iya canza wannan ba. 7. Shigar da matsakaicin da mafi ƙarancin ƙima. Waɗannan ƙofofin suna ƙayyade saitunan kunnawa
ƙararrawa fitarwa. Bar shi babu komai idan ba a buƙatar haɗi tare da ƙararrawar fitarwa. 8. Zaɓi "Sensor" daga jerin abubuwan da aka zazzage don saitin "Nau'in Sensor".

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6.2. Daidaitawa
Ana iya amfani da kayan aikin "Calibration" don karantawa da kuma view bayanan firikwensin (a cikin wannan example, voltage), fitarwa ta firikwensin. Ana buƙatar wannan lokacin da aka saita teburin "Data Output Set" tare da bayanan firikwensin da ƙimar daidai da za a nuna. Za a iya siffanta "Saiti Output Saitin" ta hanya mai zuwa (kamar yadda aka nuna akan adadi a sama)
1. Littafin jagorar firikwensin ko takaddar bayanai yakamata ya ƙunshi tebur ko jadawali mai nuna firikwensin voltage fitarwa dangane da ƙimar da aka auna. Da fatan za a yi amfani da wannan bayanin don cika tebur "Saitin Fitar da Bayanai" a cikin kayan aikin daidaitawa. A cikin wannan example, don ƙimar ƙima na 0.5, A037 zai fitar da Bar 0. Don 1.5, A037 zai fitar da Bar 1.72, da sauransu.
2. Fara tare da mafi ƙarancin ƙima, ana iya ƙara adadin nau'i-nau'i na nau'i-nau'i na "aunawa" goma zuwa teburin bayanai. Ƙimar ƙarshe da aka ƙara zuwa "Saitin Fitar Bayanai" ya kamata ya zama matsakaicin voltage darajar da firikwensin zai iya fitarwa. Yada nau'ikan bayanan "aunawa: ƙimar matsa lamba" daidai gwargwado ta hanyar firikwensin firikwensintage fitarwa kewayon.
3. Ƙarin nau'i-nau'i na bayanai zai taimaka wajen gina ingantaccen saitin bayanai. Ana iya amfani da alamun "+" da "-" don ƙara ƙarin ko cire filayen bayanai.
4. Da zarar an cika tebur daidai, danna "Ajiye".
6.3. Saitunan Fitar N2K
Da zarar an cika teburin "Data Output Set" tare da bayanan da aka daidaita, da fatan za a danna shafin "Saitunan Fitarwa na N2K" don saita PGN mai fitarwa.
1. Zaɓi "PGN 130314: Matsi" daga menu na zazzagewa. 2. Zaɓi "Misali 0" don firikwensin matsa lamba na farko, "Misali 1" za a yi amfani da na biyu
firikwensin matsa lamba, da sauransu. 3. Je zuwa "Nau'in tushen" kuma zaɓi ɗayan zaɓuɓɓuka masu zuwa:

Hoto 20 N2K saitunan tushen fitarwa A cikin wannan misaliample, "An zaɓi Matsi na Tushen Gaba ɗaya. 4. Je zuwa Input kuma zaɓi lambar Pinout wanda aka haɗa firikwensin. A cikin wannan exampLe, zaɓi Volts 2: Pinout (8) daga menu mai saukewa.
5. Danna akwati kusa da "Enable PGN" don kunna shi.
A ƙarshe, danna "Ajiye" don adana waɗannan sabon saitin zuwa na'urar ku kuma sake kunna A037. Yanzu, firikwensin matsa lamba yana shirye don amfani.

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Hoto na 21 Voltage shigar da saituna (N2K fitarwa)
7. Tacho Inputs (RPM)
A037 yana goyan bayan abubuwan shigar RPM guda biyu, waɗanda suka dace don amfani da yawancin kwale-kwalen da ke da injuna biyu. Abubuwan shigar tacho, RPM1 da RPM2 na A037 na iya auna bayanan RPM daga injin. Dukansu an ƙirƙira su don haɗawa da masu aiko da injin da ake dasu ko dai tare da ko ba tare da haɗin ma'aunin ba.
Siginonin RPM na iya fitowa daga tushe daban-daban dangane da injin. Zasu iya fitowa daga na'urar wuta, fitarwar canji, ko mai aikawa da bugun jini na lantarki. A037 yana goyan bayan mafi yawan waɗannan, duk da haka hanyoyin wayoyi na iya bambanta.
7.1. Ignition Coil
Hoton da ke gaba yana nuna yadda ake haɗa A037 zuwa gaɓar wuta ko siginar fitarwa ko madaidaicin waya guda ɗaya. Haɗa mummunan haɗin haɗin wutan wuta zuwa RPM. Kuma haɗa GND zuwa GND na A037. Idan waya ɗaya ce kawai daga igiyar wuta ko alternator, to kawai kar a haɗa wannan. Waya ɗaya (mara kyau haɗi) ya wadatar.

Hoto 22 Wutar wutan lantarki
7.2. Madadin
Haɗa haɗin Tacho (wanda kuma ake kira AC Tap ko alama a matsayin “W”) haɗin mai canzawa zuwa shigarwar A037 RPM. Haɗa GND zuwa GND na A037 idan an buƙata.

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Hoto 23 Maɓallin wayoyi
7.3. Tasirin Zaure da Masu aiko da bugun jini na Lantarki
Haɗa layin siginar mai aikawa zuwa RPM akan A037 kuma haɗa GND zuwa GND pinout na A037.
Hoto 24 Tasirin Hall & Electronics Pulse firikwensin wiring
7.4. Daidaitawa
Dole ne a daidaita abubuwan shigar da Tacho a cikin kayan aikin daidaitawa kafin amfani. Mai zuwa shine tsohonampyadda ake saita ɗaya daga cikin abubuwan shigar RPM tare da mai aikawa da bugun jini na lantarki. A Calibration filed yana nuna sakamakon da aka auna azaman 1800, yayin da abubuwan shigar da 30Hz Tacho.

Hoto 25 Tacho(daidaitawar RPM)

Bi matakan da ke ƙasa don saita shigarwar RPM:

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1. Danna shafin "Input Pinout Settings" kuma zaɓi "RPM 1: Pinout(25)" ko "RPM 2: Pinout(24)" zaɓi daga menu na zazzagewa, inda aka haɗa firikwensin.
2. Za a cika filayen Physic Variable da Raka'a ta atomatik. Waɗannan sigogi ba za a iya canza su ba. Shigar da mafi ƙarancin ingin da madaidaicin ƙimar RPM. Zaɓi "-Sensor-" daga lissafin Nau'in Sensor.
3. Fara injin ku kuma ci gaba da gudana.
4. Ta danna maɓallin Ma'auni, kayan aikin daidaitawa zai nuna ƙimar bugun jini (Hz) da aka karɓa daga injin / Tacho. A cikin wannan example, ana auna shi a matsayin 30, yayin da injin ke aiki a 1800PRM. Wannan yana nuna cewa injin ko tacho yana fitar da siginar 30Hz a 1800 RPM. Don haka, a cikin “Saiti Output Saitin”, saita alama azaman 1800 (sau 30hz 60 seconds) da ƙimar da ke da alaƙa kamar 1800.
5. Maimaita matakin da ke sama sau da yawa don samun ƙarin alamar ko ƙima. A mafi yawan lokuta, za ku sami waɗannan ƙimar suna cikin lilin patten. Domin misaliampHar ila yau, lokacin da injin ke gudana a 3000 RPM, bugun bugun jini shine 3000/minti (50Hz).
6. Cika sama da ƙima biyu cikin "Saiti Output Set" kuma sanya "o" da "o" a cikin layi na farko kuma ƙididdige matsakaicin ƙimar dangane da ƙimar da ke sama ta amfani da patten liner.
A zahiri, ƙila za ku ga cewa mataki na 5 ba lallai ba ne. Madadin haka, zaku iya samun Tacho PPR (Pulses Per Juyin Juyin Halitta) daga takaddar bayanan injuna, ko plaque da aka liƙa a jikin injin. Daga can, zaku iya lissafin alaƙar da ke tsakanin alamar da ƙimar. A ƙasa, za ku sami ƙa'ida ta gaba ɗaya wacce za ta iya zama abin tunani, amma yana da kyau a tabbatar da wannan kafin kammala saitunan.
Don murɗa mai kunnawa ana iya ƙidaya shi azaman: PPR = (No. na cylinders × 2) / (No. na bugun jini × No. na ignition coils)
Ga Alternator (“W” “R” ko “AC”) haɗe-haɗe-haɗe ana iya ƙidaya shi azaman: PPR = (Crank pulley diamita / Alternator pulley diamita) × (No. na sanduna a Alternator / 2)
Domin tasirin hall ko firikwensin inductive, an samo shi daga adadin haƙoran da ke kan jirgin sama: PPR = No.
7.5. Saitunan Fitar N2K
Da zarar an kammala aikin daidaitawa, mataki na gaba shine kunna NMEA 2000 PGN wanda ya ƙunshi bayanin RPM. Ana iya yin wannan kamar yadda aka nuna a kasa:
1. Danna kan "N2K Output Settings" tab kuma zaɓi "PGN 127488: Engine Rapid Update" zaɓi daga jerin zaɓuka.
2. Domin na farko engine zaɓi "Misali 1 - Port" (na biyu engine "Misali 2 - Starboard", da dai sauransu).
3. Don Gudun Injiniya zaɓi pinout ɗin da aka haɗa firikwensin. A cikin wannan exampWannan shine "RPM 1: Pinout(25)".
4. Idan Injin Boost da/ko Tilt/Trim data ke akwai don wannan injin ɗin, ana kuma iya ƙara waɗannan zuwa PGN ta hanyar zaɓar maƙallan da aka haɗa waɗannan na'urori.
5. Mataki na ƙarshe shine danna akwatin kusa da "Enable PGN" kuma danna Ajiye don adana sabbin saitunan zuwa na'urar. Repowering A037 Data Monitor bayan tsarin saitin don kunna sabbin saitunan.

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Hoto 26 PGN 127488 saituna
8. Shunt Input
Shunt na'urar lantarki ce da ke ba da damar auna wutar lantarki a cikin da'ira. A037 Engine Data Monitor baya zuwa tare da shunt na lantarki, duk da haka, Quark-elec A016 baturi mai kula da shunt za a iya amfani da shi tare da A037 don auna halin yanzu. Ana iya siyan wannan kai tsaye daga Quark-elec's website ko daga mai ba da izini na Quark-elec, mai siyarwa ko mai sakawa. Ana iya haɗa A037 zuwa shunt na A016 Baturi kamar yadda aka nuna akan hoton da ke ƙasa:

Hoto 27 Waya Shunt Baturi

8.1. Shigar da Saitunan Pinout
Dole ne a haɗa haɗin B-pinout na shunt zuwa A037's Pinout 32 (SHUNT GND), P-pinout na shunt zuwa A037's Pinout 31 (SHUNT).

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Muna ba da shawarar cewa ya kamata a shigar da duk na'urorin lantarki ta ƙwararrun masu saka wutar lantarki, ƙwararrun ƙwararrun injiniyoyin ruwa ko injiniyoyi kawai.

Hoto 28 Shunt saitunan shigarwa
8.2. Calibration & Saitunan Fitar N2K
Na sama tsohonample na yadda ake saita 100Amp A016 Baturi Monitor yana rufe tare da A037 Data Monitor. Matakan sune kamar haka:
1. Danna maballin "Input Pinout Settings" kuma zaɓi "SHUNT: Pinout(31)" daga menu na zaɓuka.
2. Saita Canjin Jiki zuwa “Yanzu”, Raka’a zuwa “A” (Amps). 3. Sanya Maɗaukakin Ƙimar zuwa 100 da Min Ƙimar zuwa 0, idan 100 Amp ana amfani da shunt. 4. Ya kamata a bar nau'in firikwensin akan "-Senors-". 5. Za a iya cika tebur na "Data Output Set" bisa ga bayanan da aka auna. Fara da cikawa
Layi na farko tare da ƙimar Alamar 0 da ƙimar 0. 6. Canja na'ura ko kayan aiki ɗaya, danna Auna don karanta ƙimar firikwensin kuma karanta halin yanzu
daga A016. Cika jere na biyu tare da wannan bayanan ƙimar da aka auna a cikin ginshiƙin Alama, ƙimar yanzu cikin ginshiƙin Ƙimar. Idan kana da na'urori sama da tara a kan jirgin, na'urori biyu ko fiye za a iya kunna su kuma ƙara su zuwa ma'auni iri ɗaya. 7. Kayan aiki na daidaitawa yana ba da damar jimlar ma'auni tara don ƙarawa zuwa "Saiti Output Saitin". Alamar ƙarshe: Ya kamata a cika nau'ikan ƙima tare da ƙimar da aka auna da ƙimar wutar lantarki tare da duk na'urori da kayan aikin da aka kunna. 8. Danna Save, don adana sabon bayanai zuwa na'urar.
Mataki na gaba shine kunna NMEA 2000 PGN wanda ya ƙunshi bayanan Shunt (na yanzu). Ana iya yin wannan kamar yadda aka nuna a kasa:

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Hoto 29 N2K saitunan fitarwa (PGN127508)
1. Danna kan "N2K Output Settings" tab kuma zaɓi "PGN 127508: Battery Status" zaɓi daga jerin zaɓuka.
2. Zaɓi "Misali 0" don Misali. 3. Zaɓi "SHUNT: Pinout(31)" don Yanzu. 4. Idan voltage firikwensin ko yanayin yanayin zafin jiki kuma ana haɗa su da A037, waɗannan bayanan firikwensin
Hakanan ana iya ƙarawa zuwa wannan PGN idan an buƙata ta zaɓin Pinouts daga Voltage da Lissafin zazzage yanayin yanayin da aka haɗa waɗannan firikwensin. 5. Mataki na ƙarshe shine danna akwatin kusa da "Enable PGN" kuma danna Ajiye don adana wannan tsarin zuwa na'urar. Repowering A037 Data Monitor bayan tsarin saitin don kunna sabbin saitunan.
9. Rudder R Input
Baya ga abubuwan shigar da firikwensin matakin tanki 5, A037 kuma yana ba da wani takamaiman na'urorin firikwensin juriya na 4 wanda zai iya samar da firikwensin da aka fi amfani da su akan jirgin. Haɗa fitin ɗin fitarwa na alamar Rudder zuwa shigarwar RUDDER (Pinout 27) da sauran pinout zuwa GND (fitin 6, 15 ko 23)

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Hoto 30 Waya firikwensin rudder
9.1. Shigar da Saitunan Pinout
Shigar da rudder yana bawa abokin ciniki damar haɗa nau'in firikwensin kusurwar rudder da ke wanzuwa wanda aka sanya a kan rudder kuma yana ba da kusurwar rudder zuwa NMEA 2000 autopilots, masu zane-zane da sauran na'urori. A037 na iya tallafawa mafi yawan firikwensin kusurwar rudder a kasuwa, gami da Turai (kewayon 10 zuwa 180 Ohm) ko na Amurka (240 zuwa 33 Ohm kewayon) daidaitattun firikwensin. Ana iya shigar da A037 azaman bayanan firikwensin rudder na tsaye ko aiki tare da ma'aunin analog ɗin da ke akwai.
9.2. Calibration & Saitunan Fitar N2K
Ana iya daidaita karatun kusurwar rudder tare da maki daidaitawa har zuwa 10 don rama rashin daidaituwar ƙimar juriyar firikwensin da kusurwar rudder. Don saita firikwensin kusurwar rudder tare da A037, ana iya amfani da bayanan da aka nuna ta ma'aunin kusurwar rudder da ke akwai idan wannan ma'aunin ya nuna kusurwar daidai, a cikin digiri. Idan ba haka ba, dole ne a auna kusurwar rudder yayin saitin. Ana iya saita A037 don canza bayanan firikwensin zuwa NMEA 2000 PGN kamar yadda aka nuna a ƙasa:

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Hoto 31 Daidaitaccen firikwensin rudder
Da fatan za a bi matakan da ke ƙasa don saita firikwensin kusurwar rudder: 1. Danna kan Input Pinout Settings tab kuma zaɓi "Rudder: Pinout(27)" daga jerin zaɓuka. 2. Shigar da matsakaicin mafi ƙarancin ƙima na kusurwar da firikwensin zai iya aunawa. 3. Zaɓi "-Sensor-" daga jerin zaɓuka Nau'in Sensor. 4. Taswirar Saiti na Bayanan Bayanai yana ba da damar 10 [ ƙimar firikwensin: kusurwa] data nau'i-nau'i don ƙarawa zuwa teburin. Juya rudder ɗin don ya kai ɗaya daga cikin ƙarshen ƙarshen kuma danna Auna don karanta ƙimar firikwensin kusurwar rudder. Shigar da wannan a cikin ginshiƙin Alamar kuma shigar da kusurwar da ta dace da wannan cikin ginshiƙin Ƙimar. 5. Ci gaba da ƙara ƙarin [ƙimar firikwensin: rudder angle] data nau'i-nau'i zuwa Saitin Fitar bayanai har sai kun isa sauran matsayi na ƙarshen rudder. 6. Danna Ajiye don adana bayanai da sabbin saitunan zuwa na'urar.

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Hoto 32 N2K saitunan fitarwa (PGN127245)
Don saita fitar da N2K, da fatan za a bi matakan da ke ƙasa: 1. Danna kan "N2K Output Settings" kuma zaɓi "PGN 127245: RUDDER" daga jerin zaɓuka. 2. Zaɓi "Misali 0" don Misali da "Babu Order" don Umarnin Jagora. 3. Zaɓi "Rudder: Pinout (27)" don odar kusurwa. 4. Tick the Enable PGN rajistan shiga akwatin kuma danna Ajiye.
Sake kunna A037 don kunna sabbin saitunan.

10. Coolant Temp R Input
Baya ga sauran abubuwan da aka jera a cikin wannan jagorar, A037 kuma tana da na'urar shigar da firikwensin zafin jiki mai sanyaya kuma yana bawa mai amfani damar haɗa na'urar firikwensin zafin jiki mai juriya zuwa A037. Wannan firikwensin yana dogara ne akan resistor mai canzawa na zafin jiki, an haɗa shi da tsarin sanyaya injin kuma yana auna zafin mai sanyaya. Yayin da zafin jiki ya tashi, juriyar firikwensin yana raguwa.

10.1. Shigar da Saitunan Pinout
Dole ne a haɗa firikwensin zafin jiki mai juriya zuwa Pinout 28 (Coolant Temp R) da Pinout 23 (GND). Muna ba da shawarar cewa ya kamata a shigar da duk na'urorin lantarki ta ƙwararrun masu saka wutar lantarki, ƙwararrun ƙwararrun injiniyoyin ruwa ko injiniyoyi kawai.

10.2. Calibration & Saitunan Fitar N2K

Mataki na farko shine daidaitawar firikwensin. Ana iya yin daidaitawar firikwensin zafin jiki mai sanyaya tare da firikwensin da aka ware daga tsarin sanyaya kuma an cire shi daga tsarin lantarki na jirgin ruwa. Ka tuna, cewa don samun damar daidaita firikwensin daidai, ana buƙatar thermometer.

Da fatan za a tabbatar, cewa yayin aikin daidaitawa, fitattun firikwensin firikwensin, wiring, A037 ko sauran na'urorin lantarki ɗin ku ba su taɓa haɗuwa da ruwa ba, saboda wannan na iya haifar da ɗan gajeren kewayawa da lalacewa ta dindindin ga na'urorinku!

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Hoto 33 Saitunan fitarwa na Temp
Da fatan za a bi matakan da ke ƙasa don daidaita firikwensin: 1. Haɗa firikwensin zuwa A037, zuwa Pinout 28 (Coolant Temp R) da zuwa Pinout 23 (GND). 2. Kaddamar da sanyi kayan aiki a kan kwamfutarka kuma danna kan "Input Pinout Settings" tab. 3. Zaɓi "Coolant Temp: Pinout (28)" daga jerin zaɓuka. 4. Ana cika filin Physic Variable ta atomatik tare da "Zazzabi". 5. Ana iya saita raka'a ko dai zuwa Celsius, Fahrenheit ko Kelvin, kamar yadda ake buƙata. 6. Shigar da matsakaicin matsakaicin ƙimar zafin jiki. 7. Zaɓi "-Sensor-" daga jerin zaɓuka Nau'in Sensor. 8. Sanya titin auna firikwensin cikin ruwan sanyi wanda aka sanya a cikin akwati mai dacewa. 9. Auna zafin ruwa a cikin akwati tare da ma'aunin zafi da sanyio kuma danna "Auna" a lokaci guda don karanta bayanan firikwensin. Shigar da bayanan firikwensin da aka auna cikin filin Alama da ƙimar zafin jiki da aka auna cikin filin Ƙimar. 10. Fara dumama akwati kuma ɗaukar ma'aunin zafin jiki da karatun bayanan firikwensin lokaci-lokaci. Cika "Saiti Fitar Bayanai" tare da ma'aunin ƙididdiga. Lura cewa hoton da ke sama tsohon neampdon kawai, kuna iya samun ƙimar yanayin zafin bayanan firikwensin daban-daban. 11. Danna "Ajiye" don adana sabon bayanai zuwa na'urar.
Da fatan za a tabbatar cewa, yayin aikin, kuna aiki lafiya kuma kuna sa kayan kariya masu dacewa (misali, tabarau na tsaro, safar hannu masu aminci, da sauransu) don hana rauni. Quark-elec baya ɗaukar alhakin duk wani rauni ko lahani da ruwan zafi ya haifar ko wasu batutuwa.

Don saita fitarwar N2K, da fatan za a bi matakan da ke ƙasa:
1. Danna kan "N2K Output Settings" kuma zaɓi "PGN 130312: Temperature" daga jerin zaɓuka.
2. Zaɓi "Misali 0" don Misali. 3. Zaɓi "Generic Source Temperature" don Nau'in Tushen da "Coolant Temp: Pinout(28)"don Shigarwa. 4. Tick the Enable PGN rajistan shiga akwatin kuma danna Ajiye.

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A037 Manual 5. Repowering A037 don kunna sabon saituna.

Hoto 34 N2K saitunan fitarwa (PGN 130312, Zazzabi)
11. Air Temp R Input
A037 yana fasalta shigarwar firikwensin zafin iska, wanda ke ba da damar haɗawa da RTD (mai gano yanayin zafin jiki) da shi. Juriya na firikwensin zafin jiki yana canzawa yayin da zafin iska ya canza kewaye da firikwensin. Ana iya amfani da wannan firikwensin don auna zafin ciki (misali, zafin dakin injin, yanayin yanayi a cikin gida ko gidan jirgi da sauransu) ko zafin waje akan jirgin ruwa.
11.1. Shigar da Saitunan Pinout
Dole ne a haɗa firikwensin zafin iska mai tsayayya zuwa Pinout 29 (Air Temp R) da Pinout 23 (GND). Muna ba da shawarar cewa duk na'urorin lantarki, kayan aunawa da na'urori masu auna firikwensin ya kamata a sanya su ta ƙwararrun masu saka wutar lantarki, ƙwararrun ƙwararrun injiniyoyin ruwa ko injiniyoyi kawai.
11.1. Calibration & Saitunan Fitar N2K
Mataki na farko shine daidaitawar firikwensin. Dole ne a yi madaidaicin firikwensin zafin iska tare da firikwensin da aka haɗa da A037. Ka tuna, cewa don samun damar daidaita firikwensin daidai, za a buƙaci ma'aunin zafi da sanyio. Lokacin daidaita firikwensin zafin jiki, zamu ba da shawarar farawa tare da mafi ƙarancin zafin jiki ko mafi girman zafin jiki kuma mu shiga cikin kewayon zafin da ake buƙata ta yin rikodin fitarwa na firikwensin da ainihin zafin jiki a tazara na yau da kullun. Ya kamata a baje ma'auni daidai gwargwado akan iyakar zafin da ake buƙata.

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Hoto 35 Saitunan fitarwa na Yanayin iska
Da fatan za a bi matakan da ke ƙasa don daidaita firikwensin zafin jiki:
1. Danna kan Input Pinout Settings tab kuma zaɓi "Air Temp: Pinout(29)" daga jerin zaɓuka. 2. Zaɓi naúrar zafin jiki da ake buƙata (°K, °F ko °C) daga jerin zaɓuka na Unit.
3. Shigar da matsakaicin matsakaicin ƙimar zafin jiki.
4. Zaɓi "-Sensor-" daga jerin zaɓuka Nau'in Sensor. 5. Teburin Saitin Bayanan Bayanai yana ba da damar 10 [ ƙimar firikwensin: ainihin zafin jiki] don ƙara nau'ikan bayanai
zuwa teburin. Don ƙara nau'in bayanai, danna Ma'auni a cikin sashin daidaitawa don karanta bayanan firikwensin kuma shigar da wannan ƙimar cikin layin farko na ginshiƙin Alama. Karanta zafin jiki daga ma'aunin zafi da sanyio kuma shigar da ƙimar zafin jiki a cikin layin farko na ginshiƙin ƙimar.
6. Jira har sai yanayin zafin iska ya canza kuma yin auna na biyu kuma ƙara bayanan firikwensin da aka auna da ƙimar zafin jiki zuwa tebur. Danna kan + ko don ƙara ƙarin ko cire filayen bayanai. Ci gaba da ƙara bayanai a kan tebur har sai an cika tebur ɗin Saitin Abubuwan da aka Fitar kuma ya rufe iyakar zafin da ake buƙata wanda ake buƙata don aunawa.
7. Danna Ajiye don adana bayanai da sabbin saitunan zuwa na'urar.

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Hoto 36 N2K saitin fitarwa (PGN130312, Zazzabi)
Don saita fitarwar N2K, da fatan za a bi matakan da ke ƙasa: 5. Danna kan "N2K Output Settings" kuma zaɓi "PGN 130312: Temperature" daga jerin zaɓuka. 6. Zaɓi "Misali 0" don Misali idan wannan shine farkon firikwensin zafin jiki da aka haɗa da A037. Idan an haɗa na'urori masu auna zafin jiki da yawa zuwa A037, na'urar firikwensin farko ya kamata ya sami "Misali 0", na biyu na firikwensin zafin jiki ya kamata ya sami "Misali 1", da sauransu. 7)" don Input. 29. Tick the Enable PGN check box kuma danna Ajiye. 8. Repower da A9 don kunna sabon saituna.

12. Matsalolin mai R Input
A037 yana da na'urar shigar da firikwensin mai, wanda ke ba da damar haɗa na'urar firikwensin mai tsayayya da shi. Juriya na firikwensin mai juriya yana canzawa yayin da matsin mai ya canza. Ana iya amfani da wannan firikwensin don saka idanu kan matsa lamba na man inji a kan jirgin ruwa.
12.1. Shigar da Saitunan Pinout
Dole ne a haɗa firikwensin matsa lamba mai tsayayya zuwa Pinout 30 (Matsayin Mai R) da Pinout 23 (GND). Muna ba da shawarar cewa duk na'urorin lantarki, kayan aunawa da na'urori masu auna firikwensin ya kamata a sanya su ta ƙwararrun masu saka wutar lantarki, ƙwararrun ƙwararrun injiniyoyin ruwa ko injiniyoyi kawai.
12.2. Calibration & Saitunan Fitar N2K
Mataki na farko shine daidaitawar firikwensin. Ana iya yin daidaitawar firikwensin matsa lamba mai tare da firikwensin da aka haɗa da A037. Za mu ba da shawarar kafa firikwensin matsa lamba mai bisa ga tebur na musamman ko yanayin lanƙwasa wanda masana'anta suka buga. Yawancin lokaci ana iya samun wannan a cikin littafin shigarwa ko a kan takardar bayanan. Teburin halayen firikwensin yana ƙunshe da ƙimar juriya na firikwensin dangane da mabambantan ƙimar matsa lamba mai.

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Hoto 37 Saitunan shigar da matsa lamba mai
Da fatan za a bi matakan da ke ƙasa don saita firikwensin matsin mai:
1. Danna kan Input Pinout Settings tab kuma zaɓi "Oil Pressure: Pinout(30)" daga jerin zaɓuka. 2. Zaɓi "Matsi R" don Canjin Jiki. 3. Za a cika filin naúrar ta atomatik tare da "Bar". 4. Shigar da matsakaicin matsakaicin ƙimar matsi.
5. Zaɓi "-Sensor" daga jerin zaɓuka Nau'in Sensor. 6. Teburin Saitin Bayanan Bayanai yana ba da damar iyakar 10 [ƙimar firikwensin: ainihin matsi na man fetur] nau'i-nau'i na bayanai
da za a kara wa tebur. Don ƙara nau'in bayanai, karanta ƙimar firikwensin da ƙimar matsi mai dacewa da ƙimar firikwensin daga zanen siffar firikwensin. Shigar da ƙimar firikwensin cikin ginshiƙin Alamar da ƙimar matsa lamba cikin ginshiƙin ƙimar. Fara daga mafi ƙarancin ƙima kuma ci gaba zuwa mafi girman ƙimar. Gwada yada nau'ikan bayanan daidai-da-wane tsakanin mafi ƙanƙanta da mafi girman ƙima.
7. Danna Ajiye don adana bayanai da sabbin saitunan zuwa na'urar kuma sake kunna A037.

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Hoto 38 N2K saitunan fitarwa (PGN127489)
Don saita fitowar N2K PGN, da fatan za a bi matakan da ke ƙasa:
1. Danna kan "N2K Output Settings" tab kuma zaɓi "PGN 127489: Engine Parameters Dynamic" daga jerin zaɓuka.
2. Zaɓi "Misali 1 - Port" don misali idan wannan shine farkon firikwensin mai da aka haɗa da A037. Idan an haɗa na'urori masu auna karfin mai da yawa zuwa A037, firikwensin farko ya kamata ya sami "Misali 1", firikwensin matsa lamba na biyu ya kamata ya sami "Misali 2", da dai sauransu.
3. Zaɓi "Matsayin Mai: Pinout(30)" daga jerin zaɓuka na "Matsayin Mai". 4. Tick the Enable PGN rajistan shiga akwatin kuma danna Ajiye.
5. Repower da A037 don kunna sabon saituna.
13. Kula da fitar da N2K ta hanyar WiFi
Bayan kowane saitin canje-canje, A037 yana buƙatar a yi amfani da keken keke don canje-canjen su yi tasiri. Daga lokaci zuwa lokaci, mai amfani na iya so ya saka idanu kan fitar da danyen bayanan. Ana iya amfani da software na saka idanu (misali, SSCOM) idan an buƙata don duba fitowar rafin bayanai ta A037, don tabbatar da cewa PGN da ake buƙata wani ɓangare ne na rafin bayanai. Don wannan, haɗa kwamfutarka zuwa cibiyar sadarwar WiFi ta A037. Kaddamar da software sa idanu a kan kwamfutarka. Shigar da adireshin IP na A037 da lambar tashar jiragen ruwa a cikin software na saka idanu akan bayanai kuma danna Haɗa don fara sa ido kan fitarwar bayanai ta na'urarka.

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Hoto 39 Kula da abubuwan da ake fitarwa PGNs ta hanyar WiFi
14. Kanfigareshan (ta USB)
14.1. Saitunan WiFi
A037 yana ba da damar watsa bayanan firikwensin zuwa kwamfutar tafi-da-gidanka, smartphone, ko kwamfutar hannu ta hanyar WiFi a tsarin PCDIN. Wannan siffa ce mai taimako sosai lokacin da ake buƙatar masu fasaha na lantarki na ruwa, injiniyoyi da masu sakawa don yin saka idanu akan bayanai, gyara matsala ko aikin gano kuskure. A037 yana goyan bayan hanyoyin aiki na WiFi guda uku masu zuwa: Ad-hoc, Tasha da jiran aiki (nakasassu).
A cikin yanayin Ad-hoc, ana iya haɗa na'urorin mara waya kai tsaye zuwa cibiyar sadarwar WiFi ta A037 (tsara zuwa tsara) ba tare da na'ura mai ba da hanya tsakanin hanyoyin sadarwa ko wurin shiga ba.
· A yanayin tasha, na’urorin sadarwa mara igiyar waya suna sadarwa ta hanyar shiga (AP) kamar na’ura mai ba da hanya tsakanin hanyoyin sadarwa da ke aiki a matsayin gada zuwa wasu cibiyoyin sadarwa (kamar Intanet ko LAN). Wannan yana bawa na'ura mai ba da hanya tsakanin hanyoyin sadarwa damar sarrafa bayanai da zirga-zirga daga A037 naku. Ana iya ɗaukar wannan bayanan ta hanyar mai ba da hanya tsakanin hanyoyin sadarwa a ko'ina a cibiyar sadarwar yankin ku. Yana kama da haɗa na'urar kai tsaye zuwa na'ura mai ba da hanya tsakanin hanyoyin sadarwa, amma ta amfani da fasaha mara waya. Ta wannan hanyar, na'urorin hannu za su iya karɓar bayanan firikwensin biyu daga A037 da sauran hanyoyin haɗin AP kamar Intanet.
· A yanayin jiran aiki, haɗin WiFi yana kashe.
An saita A037 zuwa Yanayin Ad-hoc azaman saitin tsoho amma ana iya saita shi cikin sauƙi zuwa Tasha ko Yanayin Jiran aiki ta kayan aikin daidaitawa. Don duba ko don canza saitunan WiFi, kunna A037 ɗin ku kuma haɗa ta zuwa kwamfutar Windows ta USB. Zazzage kayan aikin daidaitawa na A037 daga mu website kuma kaddamar da shi a kan kwamfutarka. Ya kamata A037 ya haɗa ta atomatik zuwa kayan aiki na daidaitawa kuma saƙon matsayi na "Haɗi" tare da firmware na na'urar yakamata a nuna shi a kasan taga kayan aikin sanyi. Zuwa view ainihin saitin adaftar WiFi na A037, danna shafin “WiFi Saitunan” kuma danna “Refresh”.
Yanayin ad-hoc WiFi

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Hoto 40 Saitunan WiFi (Ad-hoc)
Don saita adaftar WiFi na A037 zuwa yanayin Ad-hoc, zaɓi “Ad-hoc” daga menu na zazzage Yanayin. Cika sauran filayen bayanai kamar yadda aka nuna a ƙasa:
· SSID: shigar da sunan cibiyar sadarwar WiFi ta A037 anan, misali, QK-A037_xxxx. Kalmar wucewa: shigar da kalmar sirri anan don cibiyar sadarwar WiFi ta A037, wannan yakamata ya kasance tsakanin 8 zuwa 12
haruffan haruffa masu tsayi. IP: shigar da adireshin IP na A037 anan, adireshin IP na asali shine 192.168.1.100. Ƙofar: a cikin yanayin Ad-hoc cika wannan filin a ciki ba shi da mahimmanci, ƙimar tsoho shine 192.168.1.1. · Mask: shigar da 255.255.255.0 a nan. · Port: ta tsohuwa, lambar tashar tashar jiragen ruwa ita ce 2000.
Danna Ajiye don adana sabbin saituna zuwa A037 kuma sake kunna na'urarka. Jira daƙiƙa 10-15 don A037 ya tashi kuma akan kwamfutar tafi-da-gidanka ko na'urar hannu don duba hanyar sadarwar WiFi tare da SSID na QKA037_xxxx ko sabon SSID da kuka shigar. Shigar da tsoho kalmar sirri na 88888888 ko kalmar sirrin da kuka saita kuma danna ko matsa haɗi don na'urarku don haɗi zuwa cibiyar sadarwar WiFi ta A037. Ana iya amfani da software na saka idanu na cibiyar sadarwa (misali, TCP/IP Assistant). view ko saka idanu akan rafin bayanan PCDIN da A037 ke watsawa, ta amfani da adireshin IP da lambar tashar jiragen ruwa da aka ayyana a baya.
Yanayin Tashar WiFi

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Hoto 41 Saitunan WiFi (Tasha)
Don saita adaftar WiFi na A037 zuwa yanayin Tasha, zaɓi “Tasha” daga menu na zazzage Yanayin. Cika sauran filayen bayanai kamar yadda aka nuna a ƙasa:
· SSID: shigar da sunan cibiyar sadarwar WiFi ta hanyar sadarwar ku anan. · Kalmar wucewa: shigar da kalmar wucewa ta hanyar sadarwa ta WiFi a nan. IP: shigar da adireshin IP na A037 anan, adireshin IP na asali shine 192.168.1.100. Gateway: shigar da adireshin IP na na'ura mai ba da hanya tsakanin hanyoyin sadarwa a nan, ana iya samun wannan yawanci akan lakabin bayan
da na'ura mai ba da hanya tsakanin hanyoyin sadarwa ko a cikin littafin mai amfani na na'ura mai ba da hanya tsakanin hanyoyin sadarwa · Mask: shigar da 255.255.255.0 nan. · Port: ta tsohuwa, lambar tashar jiragen ruwa ita ce 2000.
Danna Ajiye don adana sabbin saituna zuwa A037 kuma sake kunna na'urarka. Jira 10-15 seconds don A037 ya tashi kuma akan kwamfutar tafi-da-gidanka ko na'urar tafi da gidanka bincika cibiyar sadarwar WiFi ta hanyar sadarwa kuma haɗa zuwa cibiyar sadarwar ta amfani da kalmar wucewa ta hanyar sadarwa. Ana iya amfani da software na saka idanu na cibiyar sadarwa (misali, TCP/IP Assistant). view ko saka idanu akan rafin bayanan PCDIN da A037 ke watsawa zuwa na'ura mai ba da hanya tsakanin hanyoyin sadarwa ta amfani da adireshin IP na A037 da lambar tashar jiragen ruwa.
Yanayin Jiran WiFi

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Hoto 42 Saitunan WiFi (A jiran aiki)
Don saita adaftar WiFi na A037 zuwa Yanayin Aiki, zaɓi “A jiran aiki” daga menu na zazzage Yanayin. Danna Ajiye don musaki adaftar WiFi na A037 da sake kunna na'urarka.
14.2. Shigar da Saitunan Pinout
Don tabbatar da ingantacciyar aiki da ingantaccen watsa bayanai akan bas ɗin bayanai na NMEA 2000, wajibi ne a daidaita na'urori masu auna bayanai da kyau. Wannan ya haɗa da shiga da daidaita saitunan a cikin sassan "Input Pinout Settings" da "N2K Output Settings" sassan. Bugu da ƙari, idan ana buƙatar ƙararrawa ko ayyukan faɗakarwa don takamaiman na'urorin shigar da bayanai, dole ne a yi gyare-gyare masu dacewa a cikin "Saitunan Pinout Output".

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An jera duk fitin shigarwa cikin dacewa a cikin shafin da aka saukar, tare da cikakkun umarnin saitin da ke akwai a cikin sassan da suka dace (Sashe na 4 zuwa Sashe na 11) na jagorar kowane firikwensin shigarwa. Danna "Ajiye" kuma sake kunna A037 don samun sabon saitin yana aiki.
14.3. Fitar Saitunan Pinout — Saitunan Ƙararrawa/Ayyukan faɗakarwa
A037 yana da fitarwa na ƙararrawa guda biyu na waje da masu haɗin fitarwa guda biyu. Duk waɗannan fitattun fitattun abubuwan za a iya haɗa su zuwa na'urorin faɗakarwa daban-daban (misali hasken faɗakarwa, lasifika) ko relays. Bambancin kawai shine fitarwar ƙararrawa tana tallafawa har zuwa na'urorin dubawa 12V, yayin da gudun ba da sanda ke aiki da 5V kawai. Ana iya saita A037 don kunna faɗakarwa na waje ko na'urorin ƙararrawa waɗanda za'a iya samun dama ga kayan aikin daidaitawa, ta zaɓi Saitunan Fitar da Fitowa.

Hoto 44 Fitar da saitunan pinout
Tare da saitunan da suka dace, A037 na iya saka idanu akan abubuwan da ke cikin sa da kuma haifar da na'urorin faɗakarwa na waje dangane da yanayin da aka riga aka saita daban-daban.
1. Mataki na farko na saita na'urar relay ko ƙararrawa shine tabbatar da cewa an saita saitin shigar da abin da ake buƙata daidai. Ana iya yin hakan kamar yadda aka nuna a babi na 4 zuwa 12.
2. Mataki na gaba shine danna kan Output Pinout Settings Tab kuma zaɓi ƙararrawar da ake buƙata ko relay pinout daga jerin zaɓuka. A cikin tsohon muampWannan shine "Relay Relay 1: Pinout(22)".
3. Zaɓi ɗaya daga cikin zaɓuɓɓukan da ake da su daga jerin tashoshi Source. Mun zaɓi "Air Temp: Pinout(29)". Ana iya zaɓar abubuwan shigarwa masu zuwa daga allon:

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Hoto 45 Saitunan abubuwan da aka fitar (Tashar Tushen)
4. Matsakaicin matsakaici da ƙananan ƙima za a cika su ta atomatik bisa tsarin Saitunan Saitunan Input Pinout na shigarwar da aka zaɓa.
5. Na gaba, zaɓi Dokokin Kunna da ake buƙata daga jerin zaɓuka:
Hoto 46 Saitunan abubuwan da aka fitar (Dokar kunnawa) A cikin tsohon muampAn zaɓi "Mafi Girma fiye da Ƙimar Maɗaukaki". A wannan yanayin, idan karatun zafin iska ya kai matsakaicin ƙimar ko ya wuce matsakaicin ƙimar, za a kunna relay. 6. Mataki na ƙarshe shine zaɓi ɗaya daga cikin zaɓuɓɓukan da ake da su don Aiki. Wadannan su ne:

Hoto 47 Saitunan pinout na fitarwa (Nau'in Aiki) 7. Danna Ajiye don adana sabbin saituna zuwa na'urarka kuma sake kunna A037.

14.4. Fitowar N2K Pinout
A037 yana fitar da PGNs masu zuwa lokacin da aka haɗa firikwensin da ya dace kuma an daidaita shi daidai.

Farashin NMEA2000

Lambar code HEX

Aiki

127245 127488 127489
127505 127508 130312 130313

1F10D 1F200 1F201
1F211 1F214 1FD08 1FD09

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130314

1FD0A

Matsin lamba

Don ba da damar A037 don fitar da bayanai ta hanyar hanyar sadarwa ta NMEA 2000, dole ne ku tabbatar da cewa “Saitunan Fitarwa na N2K” an daidaita su daidai. Duk N2K PGNs masu goyan bayan an jera su a cikin shafin da aka saukar, tare da cikakkun umarnin saitin da ke akwai a cikin
Sassan firikwensin shigarwa masu alaƙa (Sashe na 4 zuwa Sashe na 11).

Hoto 48 N2K saitunan fitattun abubuwan fitarwa (nau'in PGN)
Bayan an zaɓi saituna, danna "Ajiye" kuma sake kunna A037 don kunna canje-canjen.
15. Haɓaka Firmware
Za'a iya tabbatar da sigar firmware na yanzu ta hanyar kayan aikin daidaitawa (Lokacin da aka haɗa, sigar firmware zata nuna a ƙasan taga software na Kanfigareshan). A037 yana aiki tare da nau'ikan firmware guda biyu: ɗaya don babban allo da ƙari don tsarin WiFi. Haɓaka babban firmware na hukumar (MCU) don samun dama ga sabbin fasaloli. Dole ne a sabunta Module ɗin WiFi KAWAI lokacin da Quark-elec ya umarce shi da yin haka.
Dole ne mai amfani ya kula sosai don tabbatar da daidaitaccen sigar firmware ana amfani da shi zuwa tsarin da ya dace. Ayyukan da ba daidai ba na iya haifar da daskarewar tsarin. A irin waɗannan lokuta, A037 zai buƙaci a mayar mana da shi don gyara don dawo da aiki.
Don haɓaka firmware na MCU, 1. Ƙaddamar da A037 ɗin ku sannan ku haɗa shi zuwa kwamfutar Windows ta USB. 2. Guda software na Kanfigareshan. 3. Tabbatar cewa an haɗa kayan aikin daidaitawa zuwa A037, sannan danna Ctrl + F7. 4. Saƙo mai zuwa zai tashi akan allonku:

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Hoto 49 Haɓaka firmware
Danna Ok don ci gaba da sabunta firmware. 5. Sabbin tagogi guda biyu zasu budo tare da faifan diski mai suna "STM32(APP)" dayan kuma ake kira
STM32(WiFi) ko makamancin haka. Kwafi firmware cikin tuƙi STM32(APP) kuma jira kusan daƙiƙa 10 don tabbatar da cika file an kwafi. Babu wani hali dole ne ka kwafi zuwa STM32(WiFi) saboda wannan na iya haifar da daskarewa samfurin. 6. Rufe taga da software na Kanfigareshan. 7. Sake kunna A037, kuma sabon firmware zai yi aiki.
16. Sake saitin masana'anta
Saboda dalilai daban-daban, ana iya buƙatar mayar da A037 zuwa saitunan masana'anta. Ana iya buƙatar wannan idan an canza A037 zuwa wani jirgin ruwa sanye take da nau'ikan firikwensin daban-daban ko kuma idan an sake gyara jirgin da sabbin na'urori masu auna firikwensin da na'urori. A cikin waɗannan lokuta, ana iya amfani da haɗin maɓallin CTRL+F5 don share duk saituna, maimakon sai an sake saita duk saituna da hannu.
Don mayar da A037 zuwa ga saitunan masana'anta, da fatan za a bi matakan da ke ƙasa:
1. Haɗa A037 ɗinka zuwa kwamfutarka ta USB kuma kunna na'urarka.
2. Kaddamar da sanyi kayan aiki a kan kwamfutarka. 3. Tabbatar cewa ana nuna saƙon matsayi na "An haɗa" ta kayan aikin daidaitawa,
tare da ainihin sigar firmware na A037.
4. Danna CTRL+F5 (akan kwamfutar tafi-da-gidanka CTRL+Fn+F5 haɗin maɓalli dole ne a danna).
5. Wani sako zai tashi akan allo yana tambayar ko kuna son mayar da na'urarku zuwa saitunan masana'anta. Da fatan za a tabbatar.
6. Jira na 'yan dakiku, sabon sako zai tashi akan allon tabbatar da cewa an mayar da na'urarka zuwa saitunan masana'anta.
7. Repower your A037.
Ya kamata yanzu a mayar da na'urarka zuwa saitunan masana'anta.

17. Bayani
Abun DC wadatar da zafin jiki Aiki Ma'ajiya zazzabin DC Samar da juriya Voltage shigar da Resistance & Voltage shigar da daidaito Tacho shigarwar impedance Tacho shigarwar bugun bugun jini

Ƙayyadewa 9V zuwa 35V -5°C zuwa +55°C -25°C zuwa +70°C 9V zuwa 35V 0 zuwa 600 +/-36V 1% 100 Kohm 4 zuwa 20kHz

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Daidaiton Tacho Ƙararrawa/Mafificin Relay Mafi girman samar da tsarin bayanan NMEA na yanzu Shunt shigar da yanayin WiFi Tsaro Daidai da nauyin Kariyar Muhalli

1% Buɗe Mai Tara(OC) fitarwa 145mA ITU/ NMEA 0183 Tsarin 100mV na shunt Ad-hoc na yanzu da hanyoyin Tasha akan 802.11 b/g/n WPA/WPA2 3 LEN kamar ga NMEA 2000 IP20

18. Garanti mai iyaka da Sanarwa
Quark-elec yana ba da garantin wannan samfur don zama mai 'yanci daga lahani a cikin kayan da kerawa na shekaru biyu daga ranar siyan. Quark-elec za ta, bisa ga ikonta kawai, gyara ko maye gurbin duk wani abu da ya kasa amfani da shi. Irin wannan gyare-gyare ko sauyawa za a yi ba tare da caji ba ga abokin ciniki don sassa da aiki. Abokin ciniki shine, duk da haka, yana da alhakin duk wani kuɗin sufuri da aka jawo don mayar da sashin zuwa Quark-Elec. Wannan garantin baya ɗaukar lalacewa saboda zagi, rashin amfani, haɗari ko canji mara izini ko gyare-gyare. Dole ne a ba da lambar dawowa kafin a mayar da kowace naúrar don gyarawa.
Abin da ke sama baya shafar haƙƙin doka na mabukaci.

19. Rarrabawa
An ƙera wannan samfurin don bawa mai amfani damar saka idanu bayanan injin da sigogin aminci kuma bai kamata a yi amfani da shi azaman mafita kaɗai ba kuma dole ne a haɗa shi tare da duban jiki. Dole ne mai amfani ya tabbatar da cewa an kiyaye matakan tsaro na yau da kullun. Alhakin mai amfani ne don amfani da wannan samfurin cikin hankali. Ko Quark-elec, ko masu rarraba su ko dillalan su ba su yarda da alhakin ko alhaki ko dai ga mai amfani ko kadarorinsu na kowane haɗari, asara, rauni ko lalacewa ta hanyar amfani da wannan sashin.
Ana iya haɓaka samfuran Quark daga lokaci zuwa lokaci kuma nau'ikan na gaba bazai dace daidai da wannan littafin ba. Mai ƙera wannan samfurin ya ƙi duk wani abin alhaki na sakamakon da ya taso daga ragi ko kuskure a cikin wannan jagorar da duk wasu takaddun da aka bayar tare da wannan samfur.

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20. Tarihin Takardu

Ranar fitowa

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Canje-canje / Sharhi Sakin farko

21. Kamus
IP: ka'idar intanet (ipv4, ipv6). Adireshin IP: lakabin lamba ne da aka sanya wa kowace na'ura da ke da alaƙa da cibiyar sadarwar kwamfuta. NMEA 0183: shine haɗe-haɗe na lantarki da ƙayyadaddun bayanai don sadarwa tsakanin na'urorin lantarki na ruwa, inda canja wurin bayanai ya kasance ta hanya ɗaya. Na'urori suna sadarwa ta hanyar tashoshin magana da ake haɗa su zuwa tashoshin sauraro. NMEA 2000: shine haɗe-haɗen lantarki da ƙayyadaddun bayanai don sadarwar hanyar sadarwa tsakanin na'urorin lantarki na ruwa, inda canja wurin bayanai ya kasance ta hanya ɗaya. Dole ne a haɗa dukkan na'urorin NMEA 2000 zuwa kashin baya na NMEA 2000 mai ƙarfi. Na'urori suna sadarwa duka hanyoyi biyu tare da sauran na'urorin NMEA 2000 da aka haɗa. NMEA 2000 kuma ana kiranta da N2K. ADC: Analogue-to-Digital Converter Router: Router wata na'ura ce ta hanyar sadarwa wacce ke tura fakitin bayanai tsakanin cibiyoyin sadarwar kwamfuta. Masu ba da hanya tsakanin hanyoyin sadarwa suna yin ayyukan jagorantar zirga-zirga akan Intanet. WiFi - Yanayin Ad-hoc: na'urori suna sadarwa kai tsaye da juna ba tare da na'ura mai ba da hanya tsakanin hanyoyin sadarwa ba. WiFi - Yanayin tashar: na'urori suna sadarwa ta hanyar hanyar shiga (AP) ko na'ura mai ba da hanya tsakanin hanyoyin sadarwa. PGN: Lambar Rukuni na Siga yana nufin ID na lamba da aka yi amfani da su don ayyana ƙungiyoyin bayanai daban-daban waɗanda na'urorin NMEA 2000 ke amfani da su don sadarwa. MFD: Multi-aiki Nuni yana haɗawa kuma yana iya sarrafa na'urorin lantarki daban-daban na ruwa da suka haɗa da masu tsara zane, radars, masu gano kifi, masu karɓar GPS, masu karɓar AIS ko masu jigilar kaya, da sauransu. RPM: juyi a minti ɗaya naúrar ce don juyawa gudun. PT1000: shine nau'in firikwensin zafin jiki na juriya. DS18B20: firikwensin zafin jiki ne na dijital. Ana amfani da shi sosai saboda sauƙi da daidaito. DHT11: shine na'urar zafin jiki da zafi na dijital da ake amfani da shi don sa ido kan muhalli. LED: diode mai fitar da haske shine na'urar semiconductor wanda ke iya fitar da haske lokacin da wutar lantarki ke gudana ta cikinsa. SHUNT: shunt shine na'urar lantarki da ke ba da damar auna wutar lantarki a cikin da'ira.

22. Don ƙarin bayani…
Don ƙarin bayanan fasaha da sauran tambayoyi, da fatan za a je zuwa dandalin Quark-elec a: https://www.quark-elec.com/forum/ Don tallace-tallace da bayanan siyan, da fatan za a yi mana imel: info@quark-elec.com

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Quark-elec (UK) Unit 3, Clare Hall, St. Ives Business Park, Parsons Green, St Ives, Cambridgeshire PE27 4WY info@quark-elec.com
2024

Takardu / Albarkatu

QUARK-ELEC A037 Data Monitor [pdf] Jagoran Jagora
A037 Data Monitor, A037, Injin Data Monitor, Data Monitor

Magana

Manual mai amfani

QUARK-ELEC A037 Data Monitor

Ƙayyadaddun samfur

Gabatarwa

Hawan/Shigarwa

Girman Harka

Haɗin kai

Ƙararrawa da fitarwa

Ƙarfi

Yanayin LED

PT1000/PT100 Sensor Input

Tambayoyin da ake yawan yi

Takardu / Albarkatu

Magana

Bar sharhi

Soke amsa