EMKO PROOP Input ko Module fitarwa
Gabatarwa
Ana amfani da Module na Proop-I/O tare da na'urar Prop. Hakanan za'a iya amfani dashi azaman hanyar bayanai don kowane iri. Wannan takaddar za ta taimaka wa mai amfani don shigarwa da haɗa Module na Proop-I/O.
- Kafin fara shigar da wannan samfurin, da fatan za a karanta littafin koyarwa.
- Wataƙila an sabunta abubuwan da ke cikin takaddar. Kuna iya samun dama ga mafi sabuntar sigar a www.emkoelektronik.com.tr
- Ana amfani da wannan alamar don gargaɗin aminci. Dole ne mai amfani ya kula da waɗannan gargaɗin.
Yanayin Muhalli
| Yanayin Aiki: | 0-50C |
| Matsakaicin Humidity: | 0-90% RH (Babu Mai Haɗawa) |
| Nauyi: | 238 gr |
| Girma: | 160 x 90 x 35 mm |
Siffofin
An raba na'urori na Proop-I/O zuwa nau'ikan iri da yawa bisa ga abubuwan da aka shigar. Nau'o'in sune kamar haka.
| Nau'in Samfur
Proop-I/OP |
A |
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B |
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C |
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D |
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E |
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F |
| 2 | 2 | 1 | 3 | ||||||||
| Samar da Module | |||||||||||
| 24 Vdc/Vac (Warewa) | 2 | |||
| Sadarwa | ||||
| RS-485 (Warewa) | 2 | |||
| Abubuwan Shiga na Dijital | ||||
| 8x Dijital | 1 | |||
| Abubuwan Dijital | ||||
| 8x 1A Transistor (+V) | 3 | |||
| Abubuwan Analog | ||||
| 5x PT-100 (-200…650°C)
5x 0/4..20mAdc 5x 0…10Vdc 5 x 0… 50mV |
1 | ||
| 2 | |||
| 3 | |||
| 4 | |||
| Abubuwan Analog | |||
| 2 x 0/4… 20mAdc
2 x 0… 10Vdc |
1 | ||
| 2 | |||
Girma
Hawan Module akan Na'urar Proop
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1- Saka Module na Prop I/O cikin ramukan na'urar Prop kamar yadda yake a hoto.
2- Duba sassan kulle an toshe su cikin na'urar Proop-I/ O Module kuma an ciro su. |
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3- Danna na'urar Proop-I / O Module da ƙarfi a cikin ƙayyadadden shugabanci.
4- Saka sassan kulle ta hanyar tura su ciki. |
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5- Hoton da aka saka na na'urar module yakamata yayi kama da wanda ke hagu. |
Hawan Module akan DIN-Ray
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1- Jawo Module Proop-I/O akan DIN-ray kamar yadda aka nuna.
2- Duba sassan kulle an toshe su cikin na'urar Prop-I/O Module kuma an ciro su. |
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3- Saka sassan kulle ta hanyar tura su ciki. |
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4- Hoton da aka saka na na'urar ƙirar ya kamata yayi kama da wanda ke hagu. |
Shigarwa
- Kafin fara shigar da wannan samfur, da fatan za a karanta jagorar koyarwa da gargaɗin da ke ƙasa a hankali.
- Ana ba da shawarar duba na gani na wannan samfurin don yuwuwar lalacewar da ta faru yayin jigilar kaya kafin shigarwa. Alhakin ku ne don tabbatar da cewa ƙwararrun injiniyoyi da na lantarki sun shigar da wannan samfur.
- Kada a yi amfani da naúrar a cikin yanayi mai ƙonewa ko fashewar iskar gas.
- Kada ka bijirar da naúrar zuwa hasken rana kai tsaye ko wani tushen zafi.
- Kar a sanya naúrar a cikin maƙwabtan kayan aikin maganadisu kamar su masu canza wuta, injina ko na'urori waɗanda ke haifar da tsangwama (injunan walda, da sauransu).
- Don rage tasirin hayaniyar lantarki akan na'urar, Low voltage layi (musamman na USB shigar da firikwensin) dole ne a raba wayoyi daga babban halin yanzu da voltage layi.
- Yayin shigar da kayan aiki a cikin panel, gefuna masu kaifi akan sassa na ƙarfe na iya haifar da yanke a hannun, don Allah a yi hankali.
- Dole ne a yi hawan samfurin tare da hawansa clamps.
- Kar a dora na'urar tare da cl da bai dace baamps. Kar a sauke na'urar yayin shigarwa.
- Idan zai yiwu, yi amfani da kebul mai kariya. Don hana madaukai na ƙasa garkuwar yakamata ta kasance ƙasa a gefe ɗaya kawai.
- Don hana girgiza wutar lantarki ko lalata na'urar, kar a yi amfani da wutar lantarki a na'urar har sai an gama duk wayoyi.
- Abubuwan da aka fitar na dijital da haɗin kai an tsara su don keɓanta da juna.
- Kafin ƙaddamar da na'urar, dole ne a saita sigogi daidai da amfanin da ake so.
- Tsarin da bai cika ba ko kuskure yana iya zama haɗari.
- Ana ba da naúrar yawanci ba tare da wutar lantarki, fuse, ko mai watsewar kewayawa ba. Yi amfani da wutar lantarki, fuse, da mai watsewar kewayawa kamar yadda dokokin gida suka buƙata.
- Aiwatar da ƙimar ƙarfin wutar lantarki kawai voltage zuwa naúrar, don hana lalacewar kayan aiki.
- Idan akwai haɗarin haɗari mai tsanani sakamakon gazawa ko lahani a cikin wannan rukunin, kashe na'urar kuma cire haɗin na'urar daga tsarin.
- Kar a taɓa ƙoƙarin ƙwace, gyara ko gyara wannan rukunin. Tampyin aiki tare da naúrar na iya haifar da rashin aiki, girgiza wutar lantarki, ko wuta.
- Da fatan za a tuntuɓe mu da kowace tambaya da ta shafi amintaccen aiki na wannan rukunin.
- Dole ne a yi amfani da wannan kayan aikin ta hanyar da aka kayyade a cikin wannan jagorar koyarwa.
Haɗin kai
Tushen wutan lantarki
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Tasha |
| + | |
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- |
Haɗin Sadarwa tare da Na'urar HMI
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Tasha |
| A | |
| B | |
| GND |
Abubuwan Shiga na Dijital
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Tasha | Sharhi | Haɗin kai Sheme |
| DI8 |
Abubuwan Shiga na Dijital |
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| DI7 | |||
| DI6 | |||
| DI5 | |||
| DI4 | |||
| DI3 | |||
| DI2 | |||
| DI1 | |||
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+/- |
NPN/PNP
Zaɓin Abubuwan Abubuwan Dijital |
Abubuwan Dijital
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Tasha | Sharhi | Tsarin Haɗi |
| DO1 |
Abubuwan Dijital |
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| DO2 | |||
| DO3 | |||
| DO4 | |||
| DO5 | |||
| DO6 | |||
| DO7 | |||
| DO8 |
Abubuwan Analog
|
Tasha | Sharhi | Tsarin Haɗi |
| AI5- |
Analog Input5 |
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| AI 5+ | |||
| AI4- |
Analog Input4 |
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| AI 4+ | |||
| AI3- |
Analog Input3 |
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| AI 3+ | |||
| AI2- |
Analog Input2 |
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| AI 2+ | |||
| AI1- |
Analog Input1 |
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| AI 1+ |
Abubuwan Analog
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Tasha | Sharhi | Tsarin Haɗi |
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AO+ |
Analog Output Supply |
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AO- |
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AO1 |
Abubuwan Analog |
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AO2 |
Fasalolin Fasaha
Tushen wutan lantarki
| Tushen wutan lantarki | : | Saukewa: 24VDC |
| Kewayen Halatta | : | 20.4 - 27.6 VDC |
| Amfanin Wuta | : | 3W |
Abubuwan Shiga na Dijital
| Abubuwan Shiga na Dijital | : | 8 Shiga ciki | |
| Input na Sunan Voltage | : | 24 VDC | |
|
Shigar da Voltage |
: |
Domin Logic 0 | Domin Logic 1 |
| <5 VDC | > 10 VDC | ||
| Shigar da Yanzu | : | Max 6mA max. | |
| Input Impedance | : | 5.9k ku | |
| Lokacin Amsa | : | '0' zuwa '1' 50ms | |
| Warewa Galvanic | : | 500 VAC na minti 1 | |
Abubuwan Shigar Mai Saurin Sauri
| Abubuwan shigar da HSC | : | 2 Input (HSC1: DI1 da DI2, HSC2: DI3 da DI4) | |
| Input na Sunan Voltage | : | 24 VDC | |
|
Shigar da Voltage |
: |
Domin Logic 0 | Domin Logic 1 |
| <10 VDC | > 20 VDC | ||
| Shigar da Yanzu | : | Max 6mA max. | |
| Input Impedance | : | 5.6k ku | |
| Kewayon mita | : | 15 kHz max. don lokaci guda 10KHz max. don kashi biyu | |
| Warewa Galvanic | : | 500 VAC na minti 1 | |
Abubuwan Dijital
| Abubuwan Dijital | Fitowar 8 | |
| Abubuwan da ake fitarwa a halin yanzu | : | 1 a max. (Jimlar halin yanzu 8 A max.) |
| Warewa Galvanic | : | 500 VAC na minti 1 |
| Gajeren Kariya | : | Ee |
Abubuwan Analog
| Abubuwan Analog | : | 5 Shiga ciki | |||
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Input Impedance |
: |
PT-100 | 0/4-20mA | 0-10V | 0-50mV ku |
| -200oC-650oC | 100Ω | > 6.6kΩ | >10MΩ | ||
| Warewa Galvanic | : | A'a | |||
| Ƙaddamarwa | : | 14 Bits | |||
| Daidaito | : | ± 0,25% | |||
| SampLokaci | : | 250 ms | |||
| Alamar Matsayi | : | Ee | |||
Abubuwan Analog
|
Analog Fitar |
: |
Fitowar 2 | |
| 0/4-20mA | 0-10V | ||
| Warewa Galvanic | : | A'a | |
| Ƙaddamarwa | : | 12 Bits | |
| Daidaito | : | 1% na cikakken sikelin | |
Ma'anar Adireshin Cikin Gida
Saitunan Sadarwa:
| Siga | Adireshi | Zabuka | Default |
| ID | 40001 | 1-255 | 1 |
| BAUDARA | 40002 | 0- 1200 / 1- 2400 / 2- 4000 / 3- 9600 / 4- 19200 / 5- 38400 /
6-57600 / 7- 115200 |
6 |
| TSAYA BIT | 40003 | 0-1Bit / 1-2Bit | 0 |
| AL'AMARI | 40004 | 0- Babu / 1- Ko da / 2- Matsala | 0 |
Adireshin na'ura:
| Ƙwaƙwalwar ajiya | Tsarin | Arange | Adireshi | Nau'in |
| Input dijital | DIN | n: 0 – 7 | 10001-10008 | Karanta |
| Fitowar Dijital | DON | n: 0 – 7 | 1-8 | Karanta-Rubuta |
| Input Analog | Ain | n: 0 – 7 | 30004-30008 | Karanta |
| Analog Fitar | AON | n: 0 – 1 | 40010-40011 | Karanta-Rubuta |
| Siga* | (aabbbbbccccccc)bit | ku: 0 | 30001 | Karanta |
- Lura:Abubuwan da ke cikin wannan adireshin suna da girma, b bits ƙananan sigar lamba ne, c ragowa suna nuna nau'in na'ura.
- Exampda: An karanta darajar daga 30001 (0x2121) hex = (0010000100100001) bit ,
- a bits (001) bit = 1 (Babban sigar lamba)
- b bits (00001) bit = 1 (Ƙananan sigar lamba)
- c bits (00100001) bit = 33 (An nuna nau'ikan na'urori a cikin tebur.) Sigar na'ura = V1.1
- Nau'in na'ura = 0-10V Analog Input 0-10V Analog Fitar
Nau'in Na'ura:
| Nau'in Na'ura | Daraja |
| PT100 Analog Input 4-20mA Analog Fitar | 0 |
| PT100 Analog Input 0-10V Fitar Analog | 1 |
| 4-20mA Analog Input 4-20mA Analog Fitar | 16 |
| 4-20mA Analog Input 0-10V Fitar Analog | 17 |
| 0-10V Analog Input 4-20mA Analog Fitar | 32 |
| 0-10V Analog Input 0-10V Fitar Analog | 33 |
| 0-50mV Analog Input 4-20mA Analog Fitar | 48 |
| 0-50mV Analog Input 0-10V Fitar Analog | 49 |
Juyin dabi'un da aka karanta daga ƙirar bisa ga nau'in shigarwar analog an kwatanta shi a cikin tebur mai zuwa:
| Input Analog | Rage darajar | Juyawa Factor | Exampdarajar da aka nuna a cikin PROOP |
|
PT-100 -200° - 650° |
-2000-6500 |
x10-1 |
Example-1: Ƙimar karantawa kamar yadda 100 ke canzawa zuwa 10oC. |
| Example-2: Ƙimar karantawa kamar yadda 203 ke canzawa zuwa 20.3oC. | |||
| 0 - 10V | 0-20000 | 0.5×10-3 | Example-1: Ƙimar da aka karanta kamar yadda 2500 aka canza zuwa 1.25V. |
| 0 - 50mV ku | 0-20000 | 2.5×10-3 | Example-1: Ƙimar da aka karanta kamar yadda 3000 ya canza zuwa 7.25mV. |
|
0/4 - 20mA |
0-20000 |
0.1×10-3 |
Example-1: Ƙimar da aka karanta kamar yadda 3500 aka canza zuwa 7mA. |
| Example-2: Ƙimar da aka karanta kamar yadda 1000 aka canza zuwa 1mA. |
Juyin dabi'un da aka rubuta a module bisa ga nau'in fitarwa na analog an kwatanta shi a cikin tebur mai zuwa:
| Analog Fitar | Rage darajar | Juyawa Rate | ExampLe of Value Rubutun a Modules |
| 0 - 10V | 0-10000 | x103 | Example-1: An canza darajar da za a rubuta a matsayin 1.25V zuwa 1250. |
| 0/4 - 20mA | 0-20000 | x103 | Example-1: An canza darajar da za a rubuta a matsayin 1.25mA zuwa 1250. |
Takamaiman adiresoshin shigar da Analog:
| Siga | Mai Rarraba AI1 | Mai Rarraba AI2 | Mai Rarraba AI3 | Mai Rarraba AI4 | Mai Rarraba AI5 | Default |
| Kanfigareshan Bits | 40123 | 40133 | 40143 | 40153 | 40163 | 0 |
| Ƙimar Ma'auni mafi ƙarancin | 40124 | 40134 | 40144 | 40154 | 40164 | 0 |
| Matsakaicin Darajar Sikeli | 40125 | 40135 | 40145 | 40155 | 40165 | 0 |
| Ƙimar Ma'auni | 30064 | 30070 | 30076 | 30082 | 30088 | - |
Analog Input Kanfigareshan Bits:
| Mai Rarraba AI1 | Mai Rarraba AI2 | Mai Rarraba AI3 | Mai Rarraba AI4 | Mai Rarraba AI5 | Bayani |
| 40123.0bit | 40133.0bit | 40143.0bit | 40153.0bit | 40163.0bit | 4-20mA/2-10V Zaɓi:
0 = 0-20 mA/0-10 V 1 = 4-20 mA/2-10 V |
Ana ƙididdige Ƙimar Ƙimar don abubuwan shigar analog bisa ga yanayin 4-20mA / 2-10V Zaɓin daidaitawar bit.
Takamaiman Adireshin Fitar Analog:
| Siga | AO1 | AO2 | Default |
| Mafi ƙarancin Ma'auni don shigarwa | 40173 | 40183 | 0 |
| Matsakaicin Ma'auni don Shigarwa | 40174 | 40184 | 20000 |
| Mafi ƙarancin Ma'auni don fitarwa | 40175 | 40185 | 0 |
| Matsakaicin Ma'auni don Fitarwa | 40176 | 40186 | 10000/20000 |
| Ayyukan Fitar Analog
0: Amfani da hannu 1: Yin amfani da ma'aunin ma'aunin da ke sama, yana nuna shigarwar zuwa fitarwa. 2: Yana sarrafa fitarwar analog azaman fitarwar PID, ta amfani da mafi ƙarancin sikelin sikelin don fitarwa. |
40177 | 40187 | 0 |
- Idan an saita ma'aunin aikin fitarwa na analog zuwa 1 ko 2;
- Ana amfani da AI1 azaman shigarwa don fitowar A01.
- Ana amfani da AI2 azaman shigarwa don fitowar A02.
- Ba: Mayar da shigarwar zuwa fasalin fitarwa (Aikin Fitar da Analoque = 1) ba za a iya amfani da shi ba a cikin kayayyaki tare da abubuwan PT100.
HSC(High-Speed Counter) Saitunan
Haɗin Ƙirar Mataki ɗaya
- Masu ƙidayar sauri suna ƙididdige abubuwan da suka faru masu sauri waɗanda ba za a iya sarrafa su ba a ƙimar sikanin PROOP-IO. Matsakaicin mitar kirgawa na babban mai saurin ƙirgawa shine 10kHz don abubuwan shigar da Encoder da 15kHz don abubuwan da aka shigar.
- Akwai nau'ikan ƙididdiga guda biyar: counter-time counter tare da sarrafa jagorar ciki, counter-time counter tare da sarrafa shugabanci na waje, counter mai mataki biyu tare da abubuwan sa'o'i 2, counter quadrature na A/B, da nau'in auna mitar.
- Lura cewa kowane yanayi baya goyan bayan kowane counter. Kuna iya amfani da kowane nau'i ban da nau'in auna mitar: ba tare da sake saiti ko fara shigarwa ba, tare da sake saiti kuma ba tare da farawa ba, ko tare da duka farawa da sake saitin bayanai.
- Lokacin da kuka kunna shigar da sake saitin, yana share ƙimar yanzu kuma yana riƙe shi a sarari har sai kun kashe sake saiti.
- Lokacin da kuka kunna shigarwar farawa, yana ba da damar ƙirgawa. Yayin da aka kashe farawa, ƙimar na'urar na yanzu tana kasancewa akai akai kuma ana yin watsi da abubuwan da ke faruwa.
- Idan sake saiti ya kunna yayin farawa baya aiki, ana watsi da sake saitin kuma darajar yanzu ba ta canza ba. Idan shigarwar farawa ta fara aiki yayin shigar da sake saitin yana aiki, ana share ƙimar halin yanzu.
| Siga | Adireshi | Default |
| HSC1 Kanfigareshan da Yanayin Zaɓi* | 40012 | 0 |
| HSC2 Kanfigareshan da Yanayin Zaɓi* | 40013 | 0 |
| HSC1 Sabon Darajar Yanzu (Mafi Muhimmanci 16 byte) | 40014 | 0 |
| HSC1 Sabon Darajar Yanzu (Mafi Muhimmanci 16 byte) | 40015 | 0 |
| HSC2 Sabon Darajar Yanzu (Mafi Muhimmanci 16 byte) | 40016 | 0 |
| HSC2 Sabon Darajar Yanzu (Mafi Muhimmanci 16 byte) | 40017 | 0 |
| HSC1 Darajar Yanzu (Mafi Muhimmanci 16 byte) | 30010 | 0 |
| HSC1 Darajar Yanzu (Mafi Muhimmanci 16 byte) | 30011 | 0 |
| HSC2 Darajar Yanzu (Mafi Muhimmanci 16 byte) | 30012 | 0 |
| HSC2 Darajar Yanzu (Mafi Muhimmanci 16 byte) | 30013 | 0 |
Lura: Wannan siga;
- Mafi ƙanƙanta mahimmancin byte shine siga na Yanayi.
- Mafi mahimmancin byte shine sigar Kanfigareshan.
Bayanin Kanfigareshan HSC:
| Hoton HSC1 | Hoton HSC2 | Bayani |
| 40012.8bit | 40013.8bit | Ƙarfin sarrafa matakin aiki mai aiki don Sake saiti:
0 = Sake saitin yana aiki ƙasa kaɗan 1 = Sake saitin yana aiki babba |
| 40012.9bit | 40013.9bit | Ƙarfin sarrafa matakin aiki mai aiki don Fara:
0 = Fara yana aiki ƙasa kaɗan 1 = Fara yana aiki babba |
| 40012.10bit | 40013.10bit | Ƙididdigar ikon sarrafa jagora:
0 = Kidaya kasa 1 = Kidaya sama |
| 40012.11bit | 40013.11bit | Rubuta sabuwar darajar yanzu zuwa HSC:
0 = Babu sabuntawa 1 = Sabunta ƙimar halin yanzu |
| 40012.12bit | 40013.12bit | Kunna HSC:
0 = Kashe HSC 1 = Kunna HSC |
| 40012.13bit | 40013.13bit | Ajiye |
| 40012.14bit | 40013.14bit | Ajiye |
| 40012.15bit | 40013.15bit | Ajiye |
Hanyoyin HSC:
| Yanayin | Bayani | Abubuwan shigarwa | |||
| Hoton HSC1 | DI1 | DI2 | DI5 | DI6 | |
| Hoton HSC2 | DI3 | DI4 | DI7 | DI8 | |
| 0 | Ma'aunin lokaci guda ɗaya tare da Jagoran Ciki | Agogo | |||
| 1 | Agogo | Sake saiti | |||
| 2 | Agogo | Sake saiti | Fara | ||
| 3 | Ma'aunin lokaci guda ɗaya tare da Jagoran Waje | Agogo | Hanyar | ||
| 4 | Agogo | Hanyar | Sake saiti | ||
| 5 | Agogo | Hanyar | Sake saiti | Fara | |
| 6 | Mai ƙidayar lokaci biyu tare da shigar da agogo 2 | Agogo Up | Agogo Down | ||
| 7 | Agogo Up | Agogo Down | Sake saiti | ||
| 8 | Agogo Up | Agogo Down | Sake saiti | Fara | |
| 9 | A/B Matakin Encoder Counter | Clock A | Agogon B | ||
| 10 | Clock A | Agogon B | Sake saiti | ||
| 11 | Clock A | Agogon B | Sake saiti | Fara | |
| 12 | Ajiye | ||||
| 13 | Ajiye | ||||
| 14 | Ma'aunin Lokaci (tare da 10 μsampzaman lafiya) | Shigarwa na lokaci | |||
| 15 | Counter/
Lokacin Ölçümü (1msampzaman lafiya) |
Max. 15 kHz | Max. 15 kHz | Max. 1 kHz | Max. 1 kHz |
Takamaiman adireshi don Yanayin 15:
| Siga | DI1 | DI2 | DI3 | DI4 | DI5 | DI6 | DI7 | DI8 | Default |
| Kanfigareshan Bits | 40193 | 40201 | 40209 | 40217 | 40225 | 40233 | 40241 | 40249 | 2 |
| Lokacin Sake saitin (1-1000 sn) |
40196 |
40204 |
40212 |
40220 |
40228 |
40236 |
40244 |
40252 |
60 |
| Ƙimar ƙarancin oda 16-bit | 30094 | 30102 | 30110 | 30118 | 30126 | 30134 | 30142 | 30150 | - |
| Ƙimar babban oda 16-bit | 30095 | 30103 | 30111 | 30119 | 30127 | 30135 | 30143 | 30151 | - |
| Ƙimar ƙananan-bit 16-bit (ms) | 30096 | 30104 | 30112 | 30120 | 30128 | 30136 | 30144 | 30152 | - |
| Babban oda 16-bit darajar (ms) | 30097 | 30105 | 30113 | 30121 | 30129 | 30137 | 30145 | 30153 | - |
Kanfigareshan Ragowa:
| DI1 | DI2 | DI3 | DI4 | DI5 | DI6 | DI7 | DI8 | Bayani |
| 40193.0bit | 40201.0bit | 40209.0bit | 40217.0bit | 40225.0bit | 40233.0bit | 40241.0bit | 40249.0bit | DIx kunna bit: 0 = DIx kunna 1 = DIx kashe |
|
40193.1bit |
40201.1bit |
40209.1bit |
40217.1bit |
40225.1bit |
40233.1bit |
40241.1bit |
40249.1bit |
Ƙididdige bitar hanya:
0 = Kidaya kasa 1 = Kidaya sama |
| 40193.2bit | 40201.2bit | 40209.2bit | 40217.2bit | 40225.2bit | 40233.2bit | 40241.2bit | 40249.2bit | Ajiye |
| 40193.3bit | 40201.3bit | 40209.3bit | 40217.3bit | 40225.3bit | 40233.3bit | 40241.3bit | 40249.3bit | DIx kirga sake saitin bit:
1 = Sake saita ma'aunin DIx |
Saitunan PID
Ana iya amfani da fasalin sarrafawa na PID ko Kunnawa/Kashe ta hanyar saita sigogi da aka ƙayyade don kowane shigarwar analog a cikin tsarin. Shigar da analog ɗin tare da aikin PID ko ON/KASHE da aka kunna yana sarrafa abin da ya dace na dijital. Fitowar dijital da ke da alaƙa da tashar wanda PID ko ON/KASHE ke kunna aikin ba za a iya fitar da shi da hannu ba.
- Shigarwar Analog AI1 tana sarrafa fitarwa na dijital DO1.
- Shigarwar Analog AI2 tana sarrafa fitarwa na dijital DO2.
- Shigarwar Analog AI3 tana sarrafa fitarwa na dijital DO3.
- Shigarwar Analog AI4 tana sarrafa fitarwa na dijital DO4.
- Shigarwar Analog AI5 tana sarrafa fitarwa na dijital DO5.
Ma'aunin PID:
| Siga | Bayani |
| PID Active | Yana kunna PID ko ON/KASHE aiki.
0 = Amfani da hannu 1 = PID mai aiki 2 = ON/KASHE mai aiki |
| Saita Ƙimar | Ƙimar da aka saita don aikin PID ko ON/KASHE. Ƙimar PT100 na iya zama tsakanin -200.0 da 650.0 don shigarwa, 0 da 20000 don sauran nau'ikan. |
| Saita Farawa | Ana amfani da shi azaman Saitin Ƙimar Kayyade a cikin aikin PID. Yana iya ɗaukar ƙima tsakanin -325.0 da
325.0 don shigarwar PT100, -10000 zuwa 10000 don sauran nau'ikan. |
| Saita Hysteresis | Ana amfani dashi azaman Saita ƙimar Hysteresis a ON/KASHE aiki. Yana iya ɗaukar ƙima tsakanin
-325.0 da 325.0 don shigarwar PT100, -10000 zuwa 10000 don sauran nau'ikan. |
| Ƙimar Ma'auni mafi ƙarancin | Ma'auni na aiki shine ƙananan ƙimar iyaka. Ƙimar PT100 na iya zama tsakanin -200.0 da
650.0 don shigarwa, 0 da 20000 don sauran nau'ikan. |
| Matsakaicin Darajar Sikeli | Ma'aunin aiki shine ƙimar iyaka ta sama. Ƙimar PT100 na iya zama tsakanin -200.0 da
650.0 don shigarwa, 0 da 20000 don sauran nau'ikan. |
| Dumama Daidaita Darajar | Matsakaicin ƙimar don dumama. Yana iya ɗaukar ƙima tsakanin 0.0 da 100.0. |
| Dumama Hadin Kai | Ƙimar haɗin kai don dumama. Yana iya ɗaukar ƙima tsakanin 0 zuwa 3600 seconds. |
| Dumama Ƙimar Ƙarfafawa | Ƙimar da aka samu don dumama. Yana iya ɗaukar ƙima tsakanin 0.0 da 999.9. |
| Ƙimar Ƙimar Ƙarfafawa | Matsakaicin ƙimar don sanyaya. Yana iya ɗaukar ƙima tsakanin 0.0 da 100.0. |
| Cooling Integral Value | Ƙimar haɗin kai don sanyaya. Yana iya ɗaukar ƙima tsakanin 0 zuwa 3600 seconds. |
| Ƙimar Ƙimar Ƙarfafawa | Ƙimar da aka samu don sanyaya. Yana iya ɗaukar ƙima tsakanin 0.0 da 999.9. |
| Lokacin fitarwa | Fitowa shine lokacin sarrafawa. Yana iya ɗaukar ƙima tsakanin 1 da 150 seconds. |
| Zaɓan dumama/ sanyaya | Yana ƙayyade aikin tashar don PID ko ON/KASHE. 0 = Dumama 1 = Sanyaya |
| Tune ta atomatik | Fara Tune Auto don PID.
0 = Tune atomatik 1 = Tune atomatik yana aiki |
- Lura: Don ƙimar da ke cikin ɗigogi, ana amfani da ainihin ƙimar waɗannan sigogi sau 10 a cikin sadarwar Modbus.
Adireshin Modbus na PID:
| Siga | Mai Rarraba AI1
Adireshi |
Mai Rarraba AI2
Adireshi |
Mai Rarraba AI3
Adireshi |
Mai Rarraba AI4
Adireshi |
Mai Rarraba AI5
Adireshi |
Default |
| PID Active | 40023 | 40043 | 40063 | 40083 | 40103 | 0 |
| Saita Ƙimar | 40024 | 40044 | 40064 | 40084 | 40104 | 0 |
| Saita Farawa | 40025 | 40045 | 40065 | 40085 | 40105 | 0 |
| Sensor Offset | 40038 | 40058 | 40078 | 40098 | 40118 | 0 |
| Saita Hysteresis | 40026 | 40046 | 40066 | 40086 | 40106 | 0 |
| Ƙimar Ma'auni mafi ƙarancin | 40027 | 40047 | 40067 | 40087 | 40107 | 0/-200.0 |
| Matsakaicin Darajar Sikeli | 40028 | 40048 | 40068 | 40088 | 40108 | 20000/650.0 |
| Dumama Daidaita Darajar | 40029 | 40049 | 40069 | 40089 | 40109 | 10.0 |
| Dumama Hadin Kai | 40030 | 40050 | 40070 | 40090 | 40110 | 100 |
| Dumama Ƙimar Ƙarfafawa | 40031 | 40051 | 40071 | 40091 | 40111 | 25.0 |
| Ƙimar Ƙimar Ƙarfafawa | 40032 | 40052 | 40072 | 40092 | 40112 | 10.0 |
| Cooling Integral Value | 40033 | 40053 | 40073 | 40093 | 40113 | 100 |
| Ƙimar Ƙimar Ƙarfafawa | 40034 | 40054 | 40074 | 40094 | 40114 | 25.0 |
| Lokacin fitarwa | 40035 | 40055 | 40075 | 40095 | 40115 | 1 |
| Zaɓan dumama/ sanyaya | 40036 | 40056 | 40076 | 40096 | 40116 | 0 |
| Tune ta atomatik | 40037 | 40057 | 40077 | 40097 | 40117 | 0 |
| Darajar Fitar Nan take PID (%) | 30024 | 30032 | 30040 | 30048 | 30056 | - |
| Matsayin PID Bits | 30025 | 30033 | 30041 | 30049 | 30057 | - |
| PID Kanfigareshan Bits | 40039 | 40059 | 40079 | 40099 | 40119 | 0 |
| Tune Matsayin atomatik | 30026 | 30034 | 30042 | 30050 | 30058 | - |
PID Kanfigareshan Bits:
| Adireshin AI1 | Adireshin AI2 | Adireshin AI3 | Adireshin AI4 | Adireshin AI5 | Bayani |
| 40039.0bit | 40059.0bit | 40079.0bit | 40099.0bit | 40119.0bit | PID tsayawa:
0 = Ana ci gaba da aikin PID. 1 = An dakatar da PID kuma an kashe abin da ake fitarwa. |
Matsayin PID Bits:
| Adireshin AI1 | Adireshin AI2 | Adireshin AI3 | Adireshin AI4 | Adireshin AI5 | Bayani |
| 30025.0bit | 30033.0bit | 30041.0bit | 30049.0bit | 30057.0bit | Matsayin lissafin PID:
0 = Lissafin PID 1 = PID ba a lissafta ba. |
|
30025.1bit |
30033.1bit |
30041.1bit |
30049.1bit |
30057.1bit |
Matsayin haɗin kai:
0 = Lissafin haɗin kai 1 = Ba a ƙididdige haɗin kai |
Matsayin Sauti ta atomatik:
| Adireshin AI1 | Adireshin AI2 | Adireshin AI3 | Adireshin AI4 | Adireshin AI5 | Bayani |
| 30026.0bit | 30034.0bit | 30042.0bit | 30050.0bit | 30058.0bit | Daidaita matsayin matakin farko ta atomatik:
1 = Mataki na farko yana aiki. |
| 30026.1bit | 30034.1bit | 30042.1bit | 30050.1bit | 30058.1bit | Daidaita matsayin mataki na biyu ta atomatik:
1 = Mataki na biyu yana aiki. |
| 30026.2bit | 30034.2bit | 30042.2bit | 30050.2bit | 30058.2bit | Daidaita matsayin mataki na uku ta atomatik:
1 = Mataki na uku yana aiki. |
| 30026.3bit | 30034.3bit | 30042.3bit | 30050.3bit | 30058.3bit | Daidaita matsayin mataki na ƙarshe ta atomatik:
1 = Gyaran atomatik cikakke. |
| 30026.4bit | 30034.4bit | 30042.4bit | 30050.4bit | 30058.4bit | Kuskuren Lokacin Kashe Ta atomatik:
1 = Akwai lokacin hutu. |
Shigar da Saitunan Sadarwa ta Default
Don katunan da sigar V01;
- Kashe I/O Module na'urar.
- Ɗaga murfin na'urar.
- Gajerun fil 2 da 4 akan soket da aka nuna a hoton.
- Jira aƙalla daƙiƙa 2 ta hanyar ƙarfafawa. Bayan daƙiƙa 2, saitunan sadarwar zasu dawo zuwa tsoho.
- Cire gajeriyar kewayawa.
- Rufe murfin na'urar.
Don katunan da sigar V02;
- Kashe I/O Module na'urar.
- Ɗaga murfin na'urar.
- Saka jumper akan soket da aka nuna a hoton.
- Jira aƙalla daƙiƙa 2 ta hanyar ƙarfafawa. Bayan daƙiƙa 2, saitunan sadarwar zasu dawo zuwa tsoho.
- Cire tsalle
- Rufe murfin na'urar.
Zaɓin Adireshin Bawa Modbus
Ana iya saita adireshin bawa daga 1 zuwa 255 a adireshin 40001 na modbus. Bugu da kari, ana iya amfani da Dip Switch akan katin don saita adireshin bawa akan katunan V02.
| YADDA KAYI | ||||
| SAURARA ID | 1 | 2 | 3 | 4 |
| Ba 1 | ON | ON | ON | ON |
| 1 | KASHE | ON | ON | ON |
| 2 | ON | KASHE | ON | ON |
| 3 | KASHE | KASHE | ON | ON |
| 4 | ON | ON | KASHE | ON |
| 5 | KASHE | ON | KASHE | ON |
| 6 | ON | KASHE | KASHE | ON |
| 7 | KASHE | KASHE | KASHE | ON |
| 8 | ON | ON | ON | KASHE |
| 9 | KASHE | ON | ON | KASHE |
| 10 | ON | KASHE | ON | KASHE |
| 11 | KASHE | KASHE | ON | KASHE |
| 12 | ON | ON | KASHE | KASHE |
| 13 | KASHE | ON | KASHE | KASHE |
| 14 | ON | KASHE | KASHE | KASHE |
| 15 | KASHE | KASHE | KASHE | KASHE |
- Bayanan kula 1: Lokacin da duk Dip Switches ke ON, ana amfani da ƙimar a cikin rajistar Modbus 40001 azaman adireshin bawa.
Garanti
Wannan samfurin yana da garanti akan lahani a cikin kayan aiki da aiki na tsawon shekaru biyu daga ranar jigilar kaya zuwa mai siye. Garanti yana iyakance ga gyara ko maye gurbin naúrar mara kyau a zaɓi na masana'anta. Wannan garantin ya ɓace idan samfurin ya canza, rashin amfani da shi, tarwatsa, ko akasin haka.
Kulawa
ƙwararrun ma'aikata da ƙwararrun ma'aikata ne kawai su yi gyare-gyare. Yanke wuta zuwa na'urar kafin shiga cikin sassan ciki. Kada a tsaftace shari'ar tare da kaushi na tushen hydrocarbon (Man fetur, Trichlorethylene, da sauransu). Amfani da waɗannan kaushi na iya rage amincin injin na'urar.
Sauran Bayani
- Bayanin Mai masana'anta:
- Emko Elektronik Sanayi ve Ticaret A.Ş.
- Bursa Organize Sanayi Bölgesi, (Fethiye OSB Mah.)
- Ali Osman Sönmez Bulvarı, 2. Sokak, No:3 16215
- BURSA/TURKI
- Waya: (224) 261 1900
- Fax: (224) 261 1912
- Bayanin sabis na gyara da kulawa:
- Emko Elektronik Sanayi ve Ticaret A.Ş.
- Bursa Organize Sanayi Bölgesi, (Fethiye OSB Mah.)
- Ali Osman Sönmez Bulvarı, 2. Sokak, No:3 16215
- BURSA/TURKI
- Waya: (224) 261 1900
- Fax: (224) 261 1912
Takardu / Albarkatu
 |
EMKO PROOP Input ko Module fitarwa [pdf] Manual mai amfani PROOP, Input ko Output Module, PROOP Input ko Output Module, Input Module, Output Module, Module |
