Unitronics V200-18-E2B Snap-Input-Fit Modules

V200-18-E2B yana toshe kai tsaye zuwa bayan Unitronics OPLCs masu jituwa, ƙirƙirar rukunin PLC mai ƙunshe da kai tare da tsarin I/O na gida.

Siffofin

• 16 keɓaɓɓen abubuwan shigar da dijital, gami da abubuwan shigar da ƙima mai sauri 2, nau'in pnp/npn (tushen / nutse)
• 10 keɓantattun abubuwan fitarwa
• 4 keɓaɓɓen pnp/npn (tushen / sink) abubuwan transistor, gami da abubuwan fitarwa mai sauri 2
• 2 kayan aikin analog
• 2 analogues

Babban Bayani

Snap-in I/O yana toshe kai tsaye zuwa bayan Unitronics PLCs masu jituwa, ƙirƙirar rukunin PLC mai ƙunshe da kai tare da tsarin I/O na gida. Cikakken Jagoran Shigarwa da ke ɗauke da zane-zanen wayoyi na I/O don waɗannan samfuran, ƙayyadaddun fasaha, da ƙarin takaddun suna cikin Laburaren Fasaha a cikin Unitronics. website: https://unitronicsplc.com/support-technical-library/

Alamar Faɗakarwa da Ƙuntatawa Gabaɗaya

Lokacin da ɗayan waɗannan alamomin suka bayyana, karanta bayanan haɗin gwiwa a hankali.

Alama/Ma'ana/Bayyana

Hadari: Hadarin da aka gano yana haifar da lalacewar jiki da ta dukiya.
Gargadi: Hatsarin da aka gano na iya haifar da asarar ta jiki da ta dukiya.
Tsanaki: Yi amfani da hankali.

• Kafin amfani da wannan samfurin, mai amfani dole ne ya karanta kuma ya fahimci wannan takarda.
• Duk examples da zane-zane an yi nufin su taimaka fahimta, kuma ba su da garantin aiki. Unitronics ba ta karɓar alhakin ainihin amfani da wannan samfurin bisa waɗannan tsoffinamples.
• Da fatan za a zubar da wannan samfurin bisa ga 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.
• Rashin bin ƙa'idodin tsaro masu dacewa na iya haifar da mummunan rauni ko lalacewar dukiya.
• Kada kayi ƙoƙarin amfani da wannan na'urar tare da sigogi waɗanda suka wuce matakan izini.
• Don guje wa lalata tsarin, kar a haɗa/ cire haɗin na'urar lokacin da wuta ke kunne.

La'akarin Muhalli

Kada a sanyawa a cikin wuraren da: ƙura mai wuce kima ko mai ɗaurewa, iskar gas mai lalacewa ko mai ƙonewa, danshi ko ruwan sama, zafi mai yawa, girgiza ta yau da kullun ko girgiza mai wuce kima, daidai da ƙa'idodin da aka bayar a cikin takaddar ƙayyadaddun samfur.

• Kada a sanya a cikin ruwa ko barin ruwa ya zubo kan naúrar.
• Kada ka bari tarkace su fada cikin naúrar yayin shigarwa.
• Samun iska: 10mm sarari da ake buƙata tsakanin saman mai sarrafawa / gefuna na ƙasa & bangon shinge.
• Sanya a matsakaicin nisa daga babban-voltage igiyoyi da kayan wuta.

Farashin UL

Sashe mai zuwa ya dace da samfuran Unitronics waɗanda aka jera tare da UL.
Samfura masu zuwa: V200-18-E1B, V200-18-E2B, V200-18-E6B, V200-18-E6BL an jera UL don Wurare masu haɗari.
Samfura masu zuwa: V200-18-E1B, V200-18-E2B, V200-18-E3B, V200-18-E3XB, V200-18-E46B, V200-18-E46BL, V200-18-E4B, V200-18-E4XB, V200-18-E5B, V200-18-E6B, V200-18-E6BL,
V200-18-ECB, V200-18-ECXB, V200-18-ESB UL an jera su don Wuri na yau da kullun.

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 Unitronics waɗanda ke ɗauke da alamun UL da aka yi amfani da su don yiwa samfuran da aka yarda 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: V200-18-E1B, V200-18-E2B.

• 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 marasa haɗari, ana ƙididdige su a 5A res, kamar yadda aka bayar a cikin ƙayyadaddun samfurin.

Shigar da / Cire Module na Snap-in I/O

Sanya Module I/O Snap-in
Kuna iya shigar da Module na Snap-in I/O duka kafin da bayan hawan mai sarrafawa.

• Kashe wutan kafin shigar I/O modules.

Lura: hular kariyar da ke rufe haɗin I/O wanda aka nuna a cikin hoton da ke biye. Dole ne wannan hular ta rufe mahaɗin a duk lokacin da Module I/O Snap-in ba a haɗe zuwa mai sarrafawa ba. Dole ne ku cire wannan hular kafin shigar da module.

1. Cire hular ta amfani da ruwan sukudireba.
2. Yi layi jagororin madauwari akan mai sarrafa sama tare da jagororin kan tsarin kamar yadda aka nuna a ƙasa.
3. Aiwatar ko da matsi akan duk kusurwoyi 4 har sai kun ji wani takamaiman 'danna'.

An shigar da tsarin yanzu. Bincika cewa duk bangarorin da sasanninta sun daidaita daidai.

Abubuwan shigarwa I0, I1, da I2, I3 za a iya amfani da su azaman maɓallan maɓalli kamar yadda aka nuna a ƙasa

Cire Module I/O Snap-in

1. Danna maɓallan da ke gefen tsarin kuma ka riƙe su ƙasa don buɗe hanyar kullewa.
2. A hankali girgiza module ɗin daga gefe zuwa gefe, sauƙaƙe tsarin daga mai sarrafawa.
3. Sauya hular kariya akan mai haɗawa.

Waya

• Kar a taɓa wayoyi masu rai.
• An tsara wannan kayan aikin don yin aiki kawai a cikin SELV/PELV/Class 2/ Iyakantaccen Wutar Wuta.
• Duk kayan wutar lantarki a cikin tsarin dole ne su haɗa da rufi biyu. Dole ne a ƙididdige abubuwan samar da wutar lantarki azaman SELV/PELV/Class
  2/ Iyakantaccen Iko.
• Kar a haɗa ko dai siginar 'Neutral ko' Layi' na 110/220VAC zuwa fil ɗin 0V na na'urar.
• Duk ayyukan wayoyi yakamata a yi su yayin da wuta ke KASHE.
• Yi amfani da kariya ta yau da kullun, kamar fuse ko na'urar kewayawa, don guje wa wuce gona da iri zuwa wurin haɗin wutar lantarki.
• Ba za a haɗa wuraren da ba a yi amfani da su ba (sai dai idan an ƙayyade). Yin watsi da wannan umarnin na iya lalata na'urar.
• Bincika duk wayoyi sau biyu kafin kunna wutar lantarki.
• Don guje wa lalata wayar, kar a wuce iyakar ƙarfin wuta na:
  • Masu sarrafawa suna ba da shingen tasha tare da farar 5mm: 0.5 N·m (5 kgf · cm).
  • Masu sarrafawa suna ba da shingen tasha tare da farar 3.81mm f 0.2 N·m (2 kgf · cm).
• Kada a yi amfani da gwano, 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.

Tsarin Waya

Yi amfani da tashoshi masu tsauri don wayoyi

• Masu sarrafawa suna ba da shingen tasha tare da farar 5mm: 26-12 AWG waya (0.13 mm2 -3.31 mm2).
• Masu sarrafawa suna ba da shingen tasha tare da farar 3.81mm: 26-16 AWG waya (0.13 mm2 - 1.31 mm2).
  • Cire waya zuwa tsawon 7± 0.5mm (0.270-0.300").
  • Cire tashar zuwa mafi girman matsayi kafin saka waya.
  • Saka waya gaba daya a cikin tashar don tabbatar da haɗin kai mai kyau.
  • Maƙarƙashiya don kiyaye waya daga ja kyauta.

Ka'idojin Waya

• Yi amfani da keɓancewar igiyoyin waya don kowane ɗayan ƙungiyoyi masu zuwa:
  • Rukuni na 1: Ƙara girmatage I/O da layukan wadata, layin sadarwa.
  • Rukuni na 2: Babban ƙarartage Lines, Low voltage layukan hayaniya kamar fitowar direban mota.
    Rarraba waɗannan ƙungiyoyi da aƙalla 10cm (4″). Idan wannan ba zai yiwu ba, haye bututun a kusurwa 90˚.
• Don aikin tsarin da ya dace, duk maki 0V a cikin tsarin yakamata a haɗa su da tsarin dogo na samar da 0V.
• Takamaiman takaddun samfur dole ne a karanta su da fahimtar su kafin yin kowace waya.

Bada izinin voltage digo da tsangwama amo tare da layukan shigarwa da aka yi amfani da su akan nisa mai nisa. Yi amfani da waya wanda yayi daidai da girman nauyin kaya.

Ƙaddamar da samfurin

Don haɓaka aikin tsarin, guje wa tsangwama na lantarki kamar haka:

• Yi amfani da kabad ɗin ƙarfe.
• haɗa 0V da wuraren aiki na ƙasa (idan akwai) kai tsaye zuwa ƙasa ƙasa na tsarin.
• Yi amfani da mafi guntu, ƙasa da 1m (3.3 ft.) kuma mafi kauri, 2.08mm² (14AWG) min, wayoyi mai yiwuwa.

Abubuwan Shiga na Dijital

• Kowane rukuni na abubuwan shigarwa 8 yana da sigina gama gari guda biyu. Ana iya amfani da kowace ƙungiya azaman pnp (source) ko npn (sink), lokacin da aka haɗa su da kyau kamar yadda aka nuna a cikin waɗannan adadi.
• Ana iya amfani da abubuwan shigar da I0 da I2 azaman abubuwan shigar da dijital na yau da kullun, azaman ƙidayar maɗaukakiyar sauri, ko azaman ɓangaren maɓalli na shaft.
• Ana iya amfani da abubuwan shigar da I1 da I3 azaman abubuwan shigar da dijital ta al'ada, azaman sake saiti mai saurin sauri, ko azaman ɓoyayyiyar maɓalli.
  • Sigina gama gari na kowace ƙungiya an gajarta a ciki akan kowace mai haɗawa.

Abubuwan shigarwa I0, I1, da I2, I3 za a iya amfani da su azaman maɓallan maɓalli kamar yadda aka nuna a ƙasa.

 

Abubuwan Dijital

Kayayyakin Wutar Wuta

1. Haɗa jagorar "tabbatacce" zuwa tashar "V1" don abubuwan da ake fitarwa, zuwa tashar "V2" don abubuwan transistor.
2. A cikin duka biyun, haɗa jagorar "mara kyau" zuwa tashar "0V" na kowace ƙungiyar fitarwa.
   • A cikin lamarin voltage sauye-sauye ko rashin daidaituwa ga voltage Ƙayyadaddun wutar lantarki, haɗa na'urar zuwa tsarin samar da wutar lantarki.
   • Kar a haɗa siginar 'Neutral' ko 'Layi' na 110/220VAC zuwa fil ɗin 0V na na'urar.

Kayan aiki

• Siginar 0V na abubuwan fitarwa an keɓe shi daga siginar 0V mai sarrafawa.

Ƙara Tsawon Rayuwar Sadarwa
Don ƙara tsawon rayuwar lambobin fitarwa na relay da kuma kare na'urar daga yuwuwar lalacewa ta hanyar EMF, haɗa:

• da clamping diode a layi daya tare da kowane inductive DC load,
• da'irar RC snubber a layi daya tare da kowane nauyin AC inductive.

Abubuwan da transistor

• Kowace fitarwa za a iya haɗa shi daban kamar npn ko pnp.
• Siginar 0V na abubuwan fitar transistor an keɓe shi daga siginar 0V na mai sarrafawa.

Abubuwan Analog

• Ya kamata a haɗa garkuwa a tushen siginar.
• Ana iya haɗa abubuwan shigarwa don aiki tare da na yanzu ko voltage.
• Lura cewa siginar 0V na shigar da analog dole ne ya zama 0V iri ɗaya da wutar lantarki mai sarrafawa ke amfani dashi.

Abubuwan Analog

Wayar da Wutar Lantarki na Analog Outputs

1. Haɗa kebul na "tabbatacce" zuwa tashar "+V", da "mara kyau" zuwa tashar "0V".
   1. Dole ne siginar 0V na analog ɗin ya zama daidai da 0V wanda wutar lantarki ke amfani da ita.
   2. Ana iya amfani da wutar lantarki mara keɓance muddin an haɗa siginar 0V zuwa chassis.
   3. Kar a haɗa siginar 'Neutral' ko 'Layi' na 110/220VAC zuwa fil ɗin 0V na na'urar.
   4. A cikin lamarin voltage sauye-sauye ko rashin daidaituwa ga voltage Ƙayyadaddun wutar lantarki, haɗa na'urar zuwa tsarin samar da wutar lantarki.

GARGADI: Dole ne a kunna da kashe wutar lantarki na 24VDC a lokaci guda tare da samar da wutar lantarki.

Fitar Waya

• Ya kamata a sanya garkuwar ƙasa, an haɗa su da ƙasan majalisar.
• Ana iya haɗa fitarwa zuwa ko dai halin yanzu ko voltage.
• Kar a yi amfani da halin yanzu da voltage daga tashar tushen guda ɗaya.

Bayanan Bayani na V200-18-E2B
Abubuwan Shiga na Dijital
Yawan bayanai	16 (a rukuni biyu)
Nau'in shigarwa	pnp (source) ko npn (sink), saita ta hanyar wayoyi.
Galvanic kadaici	Ee
Matsayin shigar ƙuri'atage	Saukewa: 24VDC
Shigar da kunditage
pnp (source)	0-5VDC don Logic '0' 17-28.8VDC don Logic '1'
npn (jinki)	17-28.8VDC don Logic '0' 0-5VDC don Logic'1'
Shigar da halin yanzu	6mA@24VDC don shigarwar #4 zuwa #15 8.8mA@24VDC don shigarwar #0 zuwa #3
Lokacin amsawa	10mSec na hali
Abubuwan shigar da sauri mai girma	Ana amfani da ƙayyadaddun bayanai da ke ƙasa. Duba Bayanan kula 1 da 2.
Ƙaddamarwa	32-bit
Yawanci	10kHz mafi girma
Mafi qarancin faɗin bugun jini	40 μs
Bayanan kula:
1. Abubuwan shigarwa #0 da #2 na iya kowane aiki azaman ko dai babban mai sauri ko a matsayin ɓangare na maɓalli na shaft. A kowane hali, ƙayyadaddun shigarwar mai sauri yana aiki. Lokacin amfani dashi azaman shigarwar dijital ta al'ada, ana amfani da ƙayyadaddun shigarwa na yau da kullun. 2. Abubuwan shigarwa #1 da #3 na iya kowane aiki azaman ko dai sake saiti, ko azaman shigarwar dijital ta al'ada; a kowane hali, ƙayyadaddun sa sune na shigarwar dijital ta al'ada. Hakanan za'a iya amfani da waɗannan abubuwan shigar azaman ɓangaren maɓalli na shaft. A wannan yanayin, ana amfani da ƙayyadaddun shigarwar mai sauri.
Kayan aiki
Yawan abubuwan da aka fitar	10. Duba bayanin kula 3.
Nau'in fitarwa	SPST-NO relay (Form A)
Kaɗaici	Ta hanyar gudu
Nau'in relay	Panasonic JQ1AP-24V, ko mai jituwa
Fitar halin yanzu	5A matsakaicin (nauyin juriya). 8A matsakaici don sigina gama gari. Duba bayanin kula 3.
An ƙaddara voltage	250VAC / 30VDC
Mafi ƙarancin kaya	1mA @ 5VDC
Tsawon rayuwa	Ayyukan 50k a matsakaicin nauyi
Lokacin amsawa	10mS (na al'ada)
Kariyar lamba	Ana buƙatar matakan kariya na waje . Dubi Ƙara Tsawon Rayuwar Sadarwa, shafi 5.
Fitar da wutar lantarki
Sunan aiki voltage	Saukewa: 24VDC
Ƙa'idar aikitage	20.4 zuwa 28.8VDC
Max. amfani na yanzu	90mA @ 24VDC
Bayanan kula:
3. Fitowa #1, #2, #3, da #4 suna raba sigina gama gari. Duk sauran abubuwan da aka fitar suna da lambobin sadarwa guda ɗaya.

Abubuwan da transistor
Yawan abubuwan da aka fitar	4. Kowannensu ana iya haɗa shi daidaiku ɗaya azaman pnp (source) ko npn (sink).
Nau'in fitarwa	pnp: P-MOSFET (bude magudanar ruwa) npn: buɗaɗɗen tarawa
Galvanic kadaici	Ee
Fitar halin yanzu	pnp: 0.5A iyakar (kowace fitarwa) Jimlar halin yanzu: Matsakaicin 2A (kowane rukuni) npn: matsakaicin 50mA (kowace fitarwa) Jimlar halin yanzu: 150mA iyakar (kowace rukuni)
Matsakaicin mita	20Hz (nauyin juriya) 0.5Hz (nauyin inductive)
Matsakaicin mitar fitarwa mai girma (nauyin juriya).	pnp: 2kHz npn: 50kHz
ON voltagda drop	pnp: 0.5VDC madaidaicin npn: 0.85VDC matsakaicin Duba bayanin kula 4
Kariyar gajeriyar kewayawa	Ee (pnp kawai)
Tushen wutan lantarki
aiki voltage	20.4 zuwa 28.8VDC
na nominal aiki voltage	Saukewa: 24VDC
npn (sink) wutar lantarki
aiki voltage	3.5V zuwa 28.8VDC, ba tare da alaƙa da voltage na ko dai I/O module ko mai sarrafawa

Bayanan kula:
4. Ana iya amfani da fitarwa #12 da Fitowa #13 azaman fitarwa mai sauri
Abubuwan Analog
Yawan bayanai	2 (mai ƙarewa ɗaya)
Kewayon shigarwa	0-10V, 0-20mA, 4-20mA. Duba bayanin kula 5.
Hanyar juyawa	Matsakaicin nasara
Resolution (sai dai a 4-20mA)	10-bit (raka'a 1024)
Resolution a 4-20mA	204 zuwa 1023 (raka'a 820)
Lokacin juyawa	Aiki tare don duba lokaci
Input impedance	> 100KΩ-voltage 500Ω - na yanzu
Galvanic kadaici	Babu
Cikakkar matsakaicin kimantawa	± 15V-voltage ± 30mA - na yanzu
Kuskuren cikakken sikelin	± 2 LSB (0.2%)
Kuskuren layi	± 2 LSB (0.2%)

Abubuwan Analog
Yawan abubuwan da aka fitar	2 (mai ƙarewa ɗaya)
Kewayon fitarwa	0-10V, 0-20mA, 4-20mA. Duba bayanin kula 5.
Resolution (sai dai a 4-20mA) Ƙimar a 4-20mA	12-bit (raka'a 4096) 819 zuwa 4095 (raka'a 3277)
Lokacin juyawa	Aiki tare don duba lokaci.
Load impedance	1kΩ mafi ƙarancin—voltage Matsakaicin 500Ω — na yanzu
Galvanic kadaici	Babu
Kuskuren layi	± 0.1%
Iyakar kuskuren aiki	± 0.2%
Bayanan kula:
5. Lura cewa kewayon kowane I/O an ayyana su ta hanyar wayoyi da kuma cikin software na mai sarrafawa.
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)	5% zuwa 95% (ba mai tauri)
Girma
Girman (WxHxD)	138x23x123mm (5.43×0.9×4.84”)
Nauyi	231g (8.13 oz)

Bayanan da ke cikin wannan takarda yana nuna samfurori a ranar bugawa. Unitronics 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 samfuransa, 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. Unitronics ba shi da alhakin kurakurai ko rashi a cikin bayanan da aka gabatar a cikin wannan takaddar. Babu wani yanayi da Unitronics zai zama abin dogaro ga kowane na musamman, na bazata, kaikaice ko lahani na kowane iri, ko duk wani lahani da ya taso daga 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, mallakar Unitronics (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 Unitronics ko wani ɓangare na uku wanda zai iya mallake su

Takardu / Albarkatu

Unitronics V200-18-E2B Snap-Input-Fit Modules [pdf] Jagorar mai amfani V200-18-E2B Snap-Input-Fit Modules, V200-18-E2B.

Magana

• Manual mai amfani