Unitronics UG EX-A2X Fitar da Fitarwar Fadada Adaftar Module 

Gabatarwa

Abubuwan mu'amalar EX-A2X tsakanin nau'ikan nau'ikan haɓaka I/O da takamaiman OPLC na Unitrans.
Ana iya haɗa adaftar guda ɗaya zuwa nau'ikan haɓakawa har zuwa 8.
EX-A2X na iya ko dai a ɗora shi a kan titin dogo na DIN, ko kuma a ɗora shi a kan faranti mai hawa.

Gane bangaren

1. Alamun matsayi
2. COM tashar jiragen ruwa, EX-A2X zuwa OPLC
3. Wuraren haɗin wutar lantarki
4. EX-A2X zuwa tashar haɗin haɗin haɗin gwiwa

• Kafin amfani da wannan samfur, alhakin mai amfani ne ya karanta da fahimtar wannan daftarin aiki da duk wani takaddun da ke biye.
• Duk examples da zane-zane da aka nuna a nan an yi su ne don taimakawa fahimta, kuma ba su da garantin aiki. Unitronics ya yarda a'a
  alhakin ainihin amfani da wannan samfurin dangane da waɗannan examples.
• Da fatan za a zubar da wannan samfurin daidai da ƙa'idodi da ƙa'idodi na gida da na ƙasa.
• ƙwararrun ma'aikatan sabis ne kawai ya kamata su buɗe wannan na'urar ko su yi gyara.

Tsaron mai amfani da jagororin kariyar kayan aiki

Wannan takarda an yi niyya ne don taimaka wa ƙwararrun ƙwararrun ma'aikata a cikin shigar da wannan kayan aikin kamar yadda umarnin Turai na injiniyoyi suka ayyana, low vol.tage, da EMC. Mai fasaha ko injiniya ne kawai wanda ya horar da ma'aunin lantarki na gida da na ƙasa ya kamata ya yi ayyukan da ke da alaƙa da na'urar lantarki.

Ana amfani da alamomin don haskaka bayanan da suka shafi amincin mai amfani da kariyar kayan aiki a cikin wannan takaddar. Lokacin da waɗannan alamomin suka bayyana, dole ne a karanta bayanan haɗin gwiwa a hankali kuma a fahimce su sosai.

Alama	Ma'ana	Bayani
	hadari	Hadarin da aka gano yana haifar da lalacewar jiki da ta dukiya
	Gargadi	Hatsarin da aka gano na iya haifar da lalacewar jiki da ta dukiya
Tsanaki	Tsanaki	Yi amfani da hankali.

	Rashin bin ƙa'idodin aminci masu dacewa na iya haifar da mummunan rauni na mutum ko lalacewar dukiya. Koyaushe yi taka tsantsan yayin aiki da kayan lantarki.
	Bincika shirin mai amfani kafin gudanar da shi. Kada kayi ƙoƙarin amfani da wannan na'urar tare da sigogi waɗanda suka wuce matakan izini. Shigar da na'urar da'ira ta waje kuma ɗauki matakan tsaro masu dacewa game da gajeriyar kewayawa a cikin wayoyi na waje. Don guje wa lalata tsarin, kar a haɗa / cire haɗin na'urar lokacin da wuta ke kunne.

La'akarin Muhalli

	▪ Kada a sanyawa a wuraren da: ƙura mai wuce gona da iri, gurɓataccen iskar gas ko mai ƙonewa, danshi ko ruwan sama, zafi mai yawa, tasirin tasiri na yau da kullun ko yawan girgiza.
	Bar mafi ƙarancin sarari na 10mm don samun iska tsakanin saman sama da gefen ƙasa na na'urar da bangon shinge. Kada a sanya a cikin ruwa ko barin ruwa ya zubo kan naúrar. Kada ka bari tarkace su fada cikin naúrar yayin shigarwa.

Farashin UL

Sashe mai zuwa ya dace da samfuran Unitrans waɗanda aka jera tare da UL.
Samfura masu zuwa: IO-AI4-AO2, IO-AO6X, IO-ATC8, IO-DI16, IO-DI16-L, IO-DI8-RO4, IO-DI8-RO4-L, IO-DI8-TO8, IO- DI8-TO8-L, IO-RO16, IO-RO16-L, IO-RO8, IO-RO8L, IO-TO16, EX-A2X an jera UL don wurare masu haɗari.
Samfura masu zuwa: EX-D16A3-RO8, EX-D16A3-RO8L, EX-D16A3-TO16, EX-D16A3-TO16L, IO-AI1X-AO3X, IO-AI4-AO2, IO-AI4-AO2-B, IO- AI8, IO-AI8Y, IO-AO6X, IO-ATC8, IO-D16A3-RO16, IO-D16A3-RO16L, IO-D16A3-TO16, IO-D16A3-TO16L, IO-DI16, IO-DI16-LI, IO- DI8-RO4,
IO-DI8-RO4-L, IO-DI8-RO8, IO-DI8-RO8-L, IO-DI8-TO8, IO-DI8-TO8-L, IO-DI8ACH, IO-LC1, IO-LC3, IO- PT4, IO-PT400, IO-PT4K, IO-RO16, IO-RO16-L, IO-RO8, IO-RO8L, IO-TO16, EX-A2X, EX-RC1 an jera UL don Wuraren Talakawa.

Ƙididdigar UL, Masu Gudanar da Shirye-shiryen don Amfani a Wurare masu haɗari,
Class I, Division 2, Rukunin A, B, C da D
Waɗannan Bayanan Bayanin Sakin suna da alaƙa da duk samfuran Unitrans waɗanda ke ɗauke da alamun UL da aka yi amfani da su don yiwa samfuran da aka amince don amfani a wurare masu haɗari, Class I, Division 2, Rukunin A, B, C da D.

Tsanaki

Wannan kayan aikin ya dace don amfani a cikin Class I, Division 2, Rukunin A, B, C da D, ko wuraren da ba masu haɗari kawai. Wayoyin shigarwa da fitarwa dole ne su kasance daidai da Class I, hanyoyin wayoyi na Division 2 kuma daidai da ikon da ke da iko. GARGAƊI—Haɗarin Fashe—Masanin abubuwan da ke tattare da shi na iya ɓata dacewa ga Class I, Division 2. GARGAƊI – HAZARAR FASHE – Kar a haɗa ko cire haɗin kayan aiki sai dai idan an kashe wuta ko kuma an san wurin ba shi da haɗari. GARGAƊI – Fitarwa ga wasu sinadarai na iya lalata kaddarorin rufe kayan da ake amfani da su a Relays. Dole ne a shigar da wannan kayan aikin ta hanyar amfani da hanyoyin wayoyi kamar yadda ake buƙata don Class I, Division 2 kamar yadda NEC da/ko CEC ke buƙata.

Ƙimar Juriya na Relay

Samfuran da aka jera a ƙasa sun ƙunshi abubuwan da aka fitar:

Abubuwan haɓaka shigarwa / fitarwa, Samfura: IO-DI8-RO4, IO-DI8-RO4-L, IO-RO8, IO-RO8L

• Lokacin da aka yi amfani da waɗannan takamaiman samfuran a wurare masu haɗari, ana ƙididdige su a 3A res, lokacin da ake amfani da waɗannan takamaiman samfuran a cikin yanayin muhalli mara lahani, ana ƙididdige su a 5A res, kamar yadda aka bayar a cikin ƙayyadaddun samfurin.

Hawan Module

DIN-dogo hawa

Dauke na'urar a kan layin dogo na DIN kamar yadda aka nuna a ƙasa; Module ɗin zai kasance daidai a kan layin dogo na DIN.

Screw-Mounting
Ba a zana adadi mai zuwa zuwa sikeli ba. Nau'in hawa dunƙule: ko dai M3 ko NC6-32.

Haɗa OPLC zuwa EX-A2X

Yi amfani da kebul na sadarwa don haɗa tashar faɗaɗa PLC na module zuwa PLC.
Kula don haɗa madaidaicin kebul ɗin. Masu haɗin wannan kebul suna cikin rufin rawaya. Lura cewa ƙarshen ɗaya yana yiwa PLC alama kuma ɗayan Don Adafta; saka daidai.
Ana samar da tsarin tare da kebul na mita 1, lambar ɓangaren EXL-CAB100. Akwai kuma sauran tsayin kebul.
Yi amfani da kebul na Unitronic na asali kawai kuma kada ku yi wani canje-canje gare ta.

Haɗa Modulolin Faɗawa

Adafta yana ba da haɗin kai tsakanin OPLC da tsarin haɓakawa. Don haɗa tsarin I/O zuwa adaftar ko zuwa wani tsarin:

1. Tura mai haɗa module-zuwa-module cikin tashar tashar da ke gefen dama na na'urar.

Lura cewa akwai hular kariya da aka tanada tare da adaftan. Wannan hular tana rufe tashar tashar I/O module ta ƙarshe a cikin tsarin.

• Don guje wa lalata tsarin, kar a haɗa ko cire haɗin na'urar lokacin da wuta ke kunne.

Gane bangaren

1. Module-zuwa-module mai haɗawa
2. hular kariya
   

Waya

Kar a taɓa wayoyi masu rai

Kada a haɗa fil ɗin da ba a yi amfani da shi ba. Yin watsi da wannan umarnin na iya lalata na'urar. Bincika duk wayoyi sau biyu kafin kunna wutar lantarki. Kar a haɗa siginar 'Neutral ko' Layi' na 110/220VAC zuwa fil ɗin 0V na na'urar. A cikin lamarin voltage sauye-sauye ko rashin daidaituwa ga voltage Ƙayyadaddun wutar lantarki, haɗa na'urar zuwa tsarin samar da wutar lantarki. Sau biyu duba duk wayoyi kafin kunna wutar lantarki

Hanyoyin Waya

Yi amfani da crimp tashoshi don wayoyi; Yi amfani da waya 26-12AWG (0.13 mm 2-3.31 mm2) don duk dalilai na waya

1. Cire waya zuwa tsayin 7± 0.5mm (0.250-0.300 inci).
2. Cire tashar zuwa mafi girman matsayi kafin saka waya.
3. Saka waya gaba daya a cikin tashar don tabbatar da cewa za a iya yin haɗin da ya dace.
4. Maƙarƙashiya don kiyaye waya daga ja kyauta.

• Don guje wa lalata wayar, kar a wuce iyakar ƙarfin 0.5 Nm (5 kgfcm).
• Kada a yi amfani da gwangwani, solder, ko wani abu akan fitaccen waya wanda zai iya sa igiyar waya ta karye.
• Sanya a matsakaicin nisa daga babban-voltage igiyoyi da kayan wuta.

Wutar Wutar Lantarki

1. Haɗa kebul na "tabbatacce" zuwa tashar "+V", da "mara kyau" zuwa tashar "0V".

• Koyaushe haɗa fil ɗin duniya mai aiki zuwa ƙasan ƙasa. Yi amfani da keɓewar waya don wannan dalili; kada ya wuce mita 1.
• Kar a haɗa tsaka-tsaki ko siginar layi na 110/220VAC zuwa fil ɗin 0V na na'urar.
• A cikin lamarin voltage sauye-sauye ko rashin daidaituwa ga voltage Ƙayyadaddun wutar lantarki, haɗa na'urar zuwa tsarin samar da wutar lantarki.
• Ana iya amfani da wutar lantarki mara keɓance muddin an haɗa siginar 0V zuwa chassis.
• Lura cewa duka OPLC da EX-A2X dole ne a haɗa su da wutar lantarki iri ɗaya.
  Dole ne a kunna da kashe EX-A2X da OPLC lokaci guda.

Ƙididdiga na Fasaha

I/O module iya aiki	Har zuwa 8 I/O modules za a iya haɗa su zuwa adaftan guda ɗaya.
Tushen wutan lantarki	12VDC ko 24VDC
Kewayon halatta	10.2 zuwa 28.8VDC
Max. amfani na yanzu	650mA @ 12VDC; 350mA @ 24VDC
Yawan amfani da wutar lantarki	4W
Abubuwan da ake bayarwa na yanzu don samfuran I/O keɓewar Galvanic	1 a max. daga 5V (duba bayanin kula 1)
EX-A2X wutar lantarki zuwa:
OPLC tashar jiragen ruwa	Ee
Fadada tashar tashar jiragen ruwa	A'a
Alamun matsayi
(PWR)	Green LED - Yana kunna lokacin da aka samar da wuta
(COMM.)	Green LED-Lit lokacin da aka kafa sadarwa.

Muhalli	IP20/NEMA1
Yanayin aiki	0° zuwa 50°C (32 zuwa 122°F)
Yanayin ajiya	-20° zuwa 60°C (-4 zuwa 140°F)
Dangantakar Humidity (RH)	10% zuwa 95% (ba mai tauri)
Girma (WxHxD)	80mm x 93mm x 60mm (3.15" x 3.66" x 2.362")
Nauyi	125g (4.3oz.)
Yin hawa	Ko dai a kan dogo na 35mm DIN-dogon ko mai dunƙulewa.

Bayanan kula:

1. Example: 2 I/O-DI8-TO8 raka'a suna cinye iyakar 140mA na 5VDC wanda EX-A2X ya kawo.

Yin jawabi I/Os akan Modulolin Faɗawa

Abubuwan shigarwa da abubuwan da aka fitar da ke kan na'urorin haɓaka I/O waɗanda ke haɗe da OPLC ana sanya adiresoshin da suka ƙunshi harafi da lamba. Harafin yana nuna ko I/O shigarwar (I) ne ko fitarwa (O). Lambar tana nuna wurin I/O a cikin tsarin. Wannan lambar tana da alaƙa da duka matsayi na ƙirar haɓakawa a cikin tsarin, da kuma matsayin I/O akan wannan rukunin.
Ana ƙididdige nau'ikan haɓakawa daga 0-7 kamar yadda aka nuna a cikin adadi na ƙasa.

Ana amfani da dabarar da ke ƙasa don sanya adireshi don samfuran I/O da aka yi amfani da su tare da OPLC.
X shine lambar da ke wakiltar takamaiman wurin ƙirar (0-7). Y shine adadin shigarwar ko fitarwa akan wannan ƙayyadaddun tsarin (0-15).
Lambar da ke wakiltar wurin I/O daidai yake da:
32 + x • 16 + y

Examples

• Input #3, wanda ke kan tsarin haɓakawa #2 a cikin tsarin, za a yi magana da shi kamar yadda I 67, 67 = 32 + 2 • 16 + 3
• Fitowa #4, wanda ke kan tsarin haɓakawa #3 a cikin tsarin, za a yi magana da shi azaman O 84, 84 = 32 + 3 • 16 + 4.

EX90-DI8-RO8 tsarin I/O ne kadai. Ko da shi ne kawai module a cikin sanyi, EX90-DI8-RO8 koyaushe ana sanya lamba 7.
Ana magance I/Os ɗin sa daidai da haka.

Example

• Shigarwar #5, wacce ke kan EX90-DI8-RO8 da aka haɗa da OPLC za a yi magana da ita kamar yadda I 149, 149 = 32 + 7 • 16 + 5

Bayanan da ke cikin wannan takarda yana nuna samfurori a ranar bugawa. Unitrans's yana da haƙƙi, ƙarƙashin duk dokokin da suka dace, a kowane lokaci, bisa ga ra'ayin sa, kuma ba tare da sanarwa ba, don dakatarwa ko canza fasali, ƙira, kayan aiki da sauran ƙayyadaddun samfuran sa, da kuma ko dai na dindindin ko na ɗan lokaci janye kowane daga cikinsu. da forgoing daga kasuwa
Duk bayanan da ke cikin wannan takarda an bayar da su “kamar yadda yake” ba tare da garanti na kowane iri ba, ko dai bayyanawa ko bayyananne, gami da amma ba'a iyakance ga kowane garanti na kasuwanci ba, dacewa don wata manufa, ko rashin cin zarafi. Unitrans ba shi da alhakin kurakurai ko rashi a cikin bayanan da aka gabatar a cikin wannan takaddar. Babu wani yanayi da Unitrans ke da alhakin kowane irin lahani na musamman, na bazata, kaikaice ko na kowane iri, ko duk wani lahani da ya taso na ko dangane da amfani ko aikin wannan bayanin.
Sunayen kasuwanci, alamun kasuwanci, tambura da alamun sabis da aka gabatar a cikin wannan takaddar, gami da ƙirar su, mallakin Unitrans's (1989) (R”G) Ltd. ko wasu ɓangarori na uku kuma ba a ba ku izinin amfani da su ba tare da rubutaccen izini na farko ba. na Unitrans ko na uku wanda zai iya mallake su.

Takardu / Albarkatu

Unitronics UG EX-A2X Fitar da Fitarwar Fadada Adaftar Module [pdf] Jagorar mai amfani UG EX-A2X Fitar da Fitar da Adaftar Module Adafta, UG EX-A2X

Magana

• Manual mai amfani