Allen Bradley 1756-IF16

Ukufumana umqondiso we-analog ye-industrial kudla ngokuzisa imingeni esebenzayo, efana neempawu ezibuthathaka ezinokuthi ziphazamiseke, ukuguquguquka kokufunda okubangelwa yiyantlukwano enokwenzeka emhlabeni, ubunzima bokuziqhelanisa neemeko zokusebenza ezahlukeneyo, kunye nokuphazamiseka kwenkqubo ngokubanzi okubangelwa ukusilela kwetshaneli enye. Iimodyuli ze-analog eziqhelekileyo-ezihlala zikhawulelwe ngeendlela zokusebenza ezilodwa, ukunganyangeki okungahambi kakuhle, kunye nokulungelelaniswa okulinganiselweyo-ngokuqhelekileyo zisilela ukuhlangabezana neemfuno zokulawulwa kwemveliso echanekileyo. I-Allen Bradley 1756-IF16 ijongana nala manqaku entlungu ngokusebenzisa iimpawu ezifana nokutshintshwa kwegalelo leendlela ezininzi, ukucwangciswa kwesiteshi esizimeleyo, kunye nokukhusela okusekelwe kwi-hardware kunye nokuhlukaniswa, ukubetha ukulinganisela phakathi kokuguquguquka kunye nokusebenza okukhethekileyo.

Ukufumana amava abanzi kwicandelo lolawulo lweshishini, iTekhnoloji yeFeimu igxile ekufumaneni iimveliso zokwenyani endaweni yokuvelisa izixhobo. Ngokuhlolwa okungqongqo kwangaphakathi, ukuqinisekiswa okuphumayo okusemgangathweni, kunye nenkxaso yezandla kwinkxaso yobugcisa, sinceda abathengi baphephe imiba yokuthengwa kwezinto eziqhelekileyo-ezifana nempahla ekhohlisayo okanye ephantsi, imingeni ehambelanayo, kunye neendleko eziphezulu zokugcina-ngelixa uxhasa uluhlu olubanzi lweemeko, kubandakanywa ukuhlanganiswa kwenkqubo entsha, ukutshintshwa kwezixhobo zefa, kunye nokwandiswa komthamo wenkqubo.

IParameter yeMveliso

I-Architecture ye-Hardware yangaphakathi kunye ne-Anti-Interference Design

1. I-High-Precision A/D Conversion ye-Low-Low-Level Signal Acquisition

I-Allen Bradley 1756-IF16 ibonisa i-industrial-grade, i-high-precision ye-A / D yokuguqula i-chip kunye ne-algorithms yokufumana elungiselelwe iimpawu ezibuthathaka ze-analog ezifumaneka kwiindawo zoshishino. Ibamba ngokuchanekileyo i-voltage ye-low-amplitude kunye neempawu zangoku ezithambekele ekunciphiseni, ukuphelisa ukuphazamiseka kunye nokuguquguquka kwexabiso okuhlala kubonakala kwiimodyuli eziqhelekileyo. Oku kuqinisekisa ukuchaneka kokufunyanwa, kuyenza ifaneleke kwiindidi ezahlukeneyo zokuvalelwa ngokuchanekileyo kunye nokubeka iliso kwizicelo. 

2. Ukhuselo olubanzi kunye nokwahlukaniswa ukuphelisa ukuphazamiseka kwe-electromagnetic

Imodyuli isebenzisa ukhuseleko olungqongqo kunye nolwakhiwo lokuzihlukanisa ngokwalo olwahlulahlula ngokwasemzimbeni amajelo okufumana umqondiso kwi-PLC kwiisekethe zolawulo lwengqiqo. Le hardware-level yokwahlulwa ibhloka ukuphazamiseka kwe-electromagnetic ukusuka kwi-variable frequency drives (VFDs), ii-motor-high-power, kunye nengxolo yomgca, ukusombulula ngokufanelekileyo imiba eqhelekileyo efana ne-analog signal drift kunye nokungachaneki kwedatha kwiindawo zokusebenza ezinzima.

3. Inqwelo engasemva etyetyisiweyo yegolide yonxibelelwano oluzinzileyo

Isiqhagamshelo sebhasi yenqwelomoya ibonakalisa inkqubo ejiyileyo yokufakwa kwegolide, enikezela ngokuqhubeleka kakuhle, ukuxhathisa kwe-oxidation, kunye nokuqina ngokuchasene nemijikelo yokuphinda yokukhwelana. Yenzelwe ukuhambelana kwexesha elide kunye ne-ControlLogix racks, igcina unxibelelwano lwebhasi oluzinzile, ukuthintela imiba yoqhagamshelwano okanye ukuphazamiseka konxibelelwano okubangelwa ukufakwa ngokuphindaphindiweyo / ukususwa okanye ukusebenza ixesha elide kwi-racks yokuguga.

4. Iimowudi zocingo ezininzi ezihambelanayo kunye neenzwa ezahlukeneyo

Ukuxhasa i-single-end, i-different, kunye ne-high-speed wiring modes, imodyuli enye ithatha i-sensor eziqhelekileyo, izixhobo zokubona ixesha elide, kunye nezixhobo zesignali eziguquguqukayo. Ilungelelanisa kwiimeko ezahlukeneyo zentsimi ngaphandle kotshintsho lwe-hardware, ukunciphisa kakhulu iindidi zeemodyuli ezifunekayo kunye nokunciphisa ngokufanelekileyo uxinzelelo lwe-inventory.

Imeko yesicelo eneenkcukacha kwiimowudi zokufaka ezintathu

1. Imowudi yokufaka enesiphelo esinye (iitshaneli ezili-16)

Ifanelekile kwizicelo eziqhelekileyo apho inzwa kunye nemodyuli yabelana ngokulinganayo. Yenza ukuba kusetyenziswe onke amajelo ali-16 okufumana usetyenziso olukhulu. Ngokuyintloko isetyenziselwa ukulawulwa kwenkqubo ngokubanzi kunye nokufumana umqondiso we-analog (umzekelo, izinzwa zeqondo lokushisa), le yimowudi yocingo oluqhelekileyo lweeprojekthi zesiqhelo.

2. Imowudi yokufaka eyahlukileyo (iitshaneli ezisi-8)

Yenzelwe usetyenziso olubandakanya iyantlukwano enokwenzeka emhlabeni, imigama emide yeentambo, okanye imeko entsonkothileyo ye-electromagnetic. Iphelisa ngokufanelekileyo ukuphazamiseka kwe-loop yomhlaba kwaye isombulule ukuguquguquka kokufunda okubangelwa ukuhanjiswa kwekheyibhile ende, iyenze ilungele ukuvalelwa ngaphandle komgama omde kunye nokubeka iliso kwezixhobo kwiindawo zokusebenzela ezinengxolo ephezulu.

3. Imowudi yokufaka isantya esiphezulu (iitshaneli ezi-4)

Igxininise kumazinga okuhlaziya i-ultra-high, le mowudi yenzelwe ngokukodwa ukutshintsha ngokukhawuleza kweempawu eziguqukayo. Ihlangabezana neemfuneko ezingqongqo zexesha langempela lezicelo ezifana nokulawula ukunyakaza kunye nokubeka iliso kwipharamitha yenkqubo yesantya esiphezulu, ukuqinisekisa ulungelelwaniso lwesignali kunye ne-zero data latency ngexesha le-high-speed operations. 

Ubumbeko lweSoftware kunye nezinto ezilungileyo zokuSebenza

1. Ukuhambelana neSoftware yoLungiselelo oluPhambili

Imodyuli ixhasa uqwalaselo ngeepakethe ezimbini zesoftware esemthethweni-RSLogix 5000 kunye neStudio 5000 Logix Designer. Iyahambelana nobuninzi boyilo lwenkqubo yoyilo lwe-ControlLogix ngaphandle kokufuna iiplagi zeadaptha ezongezelelweyo, ukuqinisekisa ukudityaniswa komthungo kunye nokulungelelaniswa kwenkqubo esemgangathweni yeenjineli kunye nokuhamba komsebenzi wokulungisa iimpazamo.

2. Ulungelelwaniso oluzimeleyo, lweGranular Channel

Ijelo ngalinye livumela ukucwangciswa okuzimeleyo kohlobo lwesignali, uluhlu lokulinganisa, ukuphindaphinda kwesihluzi, i-alamu ye-alamu, kunye neeparitha zokulinganisa isikali sobunjineli. Oku kwenza ulungelelwaniso olulungelelanisiweyo kwii-sensors ezahlukeneyo kunye neeparameters zesignali ngaphandle kokufuna useto olufanayo kwiyunithi yonke, iyenza ilungele iiprojekthi ezintsonkothileyo ezibandakanya iintlobo ezixubeneyo zesivamvo.

3. IiReyithi zeSampuli eziLungiselelayo kwiiMeko eziKhethekileyo zokuSebenza

Amazinga ohlaziyo oMqondiso anokuhlengahlengiswa ngokwemfuno, equka i-Real-Time Sampling (RTS) eyakhelweyo. Iinjineli ziyakwazi ukuguquguquka iiparameters ezisekelwe kwimijikelezo yokusebenza kwezixhobo zentsimi kunye nenkqubo yokuchaneka kweemfuno, ukulinganisa ukuchaneka kokufunyanwa kwedatha kunye nokusebenza kakuhle kwenkqubo ukuze kuhambelane noluhlu olubanzi lweemeko zokulawula, ukusuka kwisantya esiphezulu ukuya kwizicelo eziphantsi.

Imeko yeSicelo soShishino lokwenyani

Kwinkqubo yokuzenzekelayo yokucoca amanzi amdaka, i-Allen-Bradley 1756-IF16 ibamba izibonakaliso ze-analog zexesha langempela kwi-sensors ye-pH yentsimi kwaye idlulisa idatha eguqulelwe ngokuchanekileyo kwi-ControlLogix PLC. Ngokusekwe kwiiparamitha zenkqubo yokusetwa kwangaphambili, i-PLC yenza izibalo ukulawula ngokuzenzekelayo ukuqala/ukuyeka kunye nokusebenza rhoqo kweempompo zedosi, ilawula ngokuchanekileyo inqanaba le-pH yamanzi amdaka. Le nkqubo yokulawula i-loop evaliweyo ngokupheleleyo ithatha indawo yovavanyo oluqhelekileyo lwezandla kunye neendlela zohlengahlengiso, ngaloo ndlela inciphisa iindleko zabasebenzi kunye nokugcinwa ngelixa iphucula kakhulu uzinzo kunye nomgangatho wenkqubo yokucocwa kwamanzi amdaka.

ImiGangatho yoMgangatho wokuSebenza kunye neSikhokelo soLondolozo

1. IiProtokholi zokuLondolozwa kweMimiselo

Imodyuli kufuneka igcinwe kwikhabhinethi yokulawula umbane evaliweyo, eyomileyo egxininise ekukhuselweni komswakama, njengoko umswakama kwindawo ye-terminal unokubangela lula ukuqhutyelwa kwesignali ye-analog. Qwalasela rhoqo ukuqina kweetheminali zocingo; Iimpawu ze-analog zinovakalelo kakhulu ekuxhathiseni uqhagamshelwano, kwaye uxhulumaniso olukhululekile lunokukhokelela ngokuthe ngqo kwi-anomalies yedatha kunye nokugqwesa umqondiso.

2. IiNdlela zokuCwangcisa iNgxaki

Ukuba isitishi esinye sibonisa ukuchaneka kwedatha okanye iimpazamo "ezingaphandle koluhlu", akukho mfuneko yokutshintsha imodyuli kwangoko. Endaweni yoko, tshintsha kuqala iingcingo zetshaneli kwaye uqinisekise iiparamitha zokumisela isoftware. Uninzi lweziphoso zivela kwimiba yoluvo, iimpazamo zeingcingo, okanye ukungahambelani kweparamitha; Ukulawula iingxaki ze-peripheral phambi kokuxilonga ukusilela kwehardware kuthintela iindleko ezingeyomfuneko zokubuyisela. 

3. IiMfuno zokuGcina ixesha elide

Ukupheliswa kwexesha elide, qhawula umbane kunye nothuli olucocekileyo olusuka kumphezulu wemodyuli. Beka imodyuli kwi-anti-static, isikhwama esitywiniweyo kwaye uyigcine kwindawo eyomileyo, elawulwa yiqondo lokushisa ngaphandle kwee-arhente ezinobungozi kunye nokuphazamiseka okunamandla kwe-electromagnetic. Oku kuthintela ngempumelelo i-pin oxidation kunye nokuthotywa kwesekethe ngenxa yokufuma, ukuqinisekisa ukuzinza kokusasazwa kwexesha elizayo.

Ukuthotyelwa kweeNcingo kunye naManyathelo oLungiso lweSoftware

1. IiNkcazelo zoKhetho lweBhloko yeTheminali

I-Allen Bradley 1756-IF16 ayibandakanyi ibhloko ye-terminal; i-36-pin ye-RTB (iBhlokhi yeSitena esiSukayo) kufuneka ikhethwe ngokwahlukileyo. Iimodeli eziqhelekileyo ezihambelanayo ziquka: i-1756-TBCH (i-cage-clamp spring terminal), evumela ukuba i-wiring ngokukhawuleza ngaphandle kwe-screwdriver; kunye ne-1756-TBS6H (i-screw-clamp terminal), ifanelekile kwizicelo eziqhelekileyo zocingo lwezoshishino. Ukukhethwa kufuneka kusekelwe kwiimfuno ezithile zokusebenza kunye nokugcinwa kwendawo.

2. IiNkqubo zeMicingo ezisemgangathweni

Sebenzisa iintambo ezijijekileyo ezikhuselweyo zokuhanjiswa komqondiso we-analog, umise isikhuselo sentambo kwindawo enye kuphela yemodyuli. Gcina ubuncinci bokuhlukana kwe-30 cm phakathi kweentambo ze-analog kunye neentambo zamandla ukuthintela ukuphazamiseka kwiisekethe zamandla. Sebenzisa iigeji zocingo phakathi kwe-0.5–1.5 mm² (22–16 AWG) ezinobude obuqhelekileyo bokuhlubula obuyi-8–10 mm ukuqinisekisa uqhagamshelo olukhuselekileyo noqhagamshelwano oluthembekileyo.

3. I-Studio 5000 yokuMiselwa koMgangatho wokuSebenza

Inyathelo 1: Yongeza imodyuli ye-1756-IF16 kumthi woqwalaselo lwe-I/O yesoftware. Inyathelo lesi-2: Khetha uhlobo lwesiginali (i-voltage/yangoku) kunye noluhlu lomlinganiselo wetshaneli nganye. Inyathelo lesi-3: Lungiselela imo yokufaka (isiphelo esisodwa, umahluko, okanye isantya esiphezulu) ngokusekwe kwiimfuno zesicelo. Inyathelo lesi-4: Nika amandla ukuhluzwa kwedijithali kwaye usete imiqobo ye-alarm ephezulu/ephantsi njengoko kufuneka. Inyathelo lesi-5: Khuphela uqwalaselo kumlawuli kwaye uqinisekise ukuba ufundo lwesitishi luqhelekile phambi kokuba kusetyenziswe inkqubo.

Ukujongiwa kweNgxaki yeSibonakalisi soBume be-LED

1. PWR (Amandla) Ubume beSalathisi

Ukukhanya okuluhlaza okuzinzileyo kubonisa unikezelo lwamandla lwemodyuli eqhelekileyo; akukho ntshukumo ifunekayo. Ukuba isalathisi sivaliwe, akukho mandla; Jonga imeko yamandla enkqubo ye-ControlLogix kwaye uhlole uxhulumaniso lwe-backplane ukukhululeka okanye iimpazamo. 

2. "KULUNGILE" Isalathisi sesimo

Ukukhanya okuluhlaza okuqinileyo kubonisa ukusebenza okuqhelekileyo ngaphandle kweempazamo; ukukhanya okubomvu okuqinileyo kubonisa ukungaphumeleli kwe-hardware okanye impazamo yoqwalaselo-zama amandla-ibhayisikile ukuseta kwakhona, kodwa ukuba impazamo iyaqhubeka, imodyuli kufuneka itshintshwe. Isibane esidanyazayo sibonisa ukuba imodyuli ikwimowudi "yokulinda uqwalaselo"; umsebenzi oqhelekileyo unokubuyiselwa ngokukhuphela inkqubo efanelekileyo yoqwalaselo.

3. Izalathi zeSimo seSitishi

Ukukhanya okuluhlaza okuqinileyo kubonisa ulungelelwaniso oluchanekileyo lwetshaneli kunye nokufumana umqondiso ochanekileyo; ukukhanya okubomvu okuqinileyo kubonisa isibonakaliso esingaphandle koluhlu okanye i-anomaly yeshaneli, efuna ukutshekisha inyathelo ngenyathelo loluhlu lwenzwa, i-wiring status, kunye neeparameters zokucwangcisa isofthiwe.

Iindlela zokuqinisekisa ubunyani

1. Iinkcukacha zaNgaphandle nezeZindlu

Iiyunithi zangempela zibonakalisa uchungechunge oluqhelekileyo lwe-ControlLogix "greige" (grey-beige) izindlu, ezibonakaliswe ngombala ofanayo kunye nokugqiba, umgangatho ophezulu; izinto zomgunyathi zihlala zibonisa ukungafani kombala, iglosi yomphezulu engaqhelekanga, okanye ukuthungwa kwecasing erhabaxa. Iimodyuli zokwenyani zinobunzima obumalunga ne-0.22 kg ngokuhambisa ubunzima obungaguqukiyo, ngelixa ezomgunyathi zihlala zikhaphukhaphu kwaye ziziva zibhityana okanye zakhiwe kakubi.

2. Ileyibhile kunye neenkcukacha zeTheminali

Iileyibhile zemodeli yokwenyani zibonisa ushicilelo olucacileyo, olusisigxina kunye nemiphetho egudileyo, esicaba engaxobukiyo; ibhloko yetheminali isebenzisa uyilo loqobo lomenzi olungwevu oluplaga, olunezikrufu ezijika kakuhle ngaphandle kokuncamathela okanye ukuhluba. Izinto zomgunyathi zihlala zisebenzisa izixhobo zeplastiki ezikumgangatho ophantsi kunye nezixhobo zentsimbi ezingagqitywanga kakuhle.

3. IiNkcukacha ze-Backplane Pin

Izikhonkwane zangasemva zokwenyani zibonakalisa iplating yegolide eshinyeneyo kwaye zilungelelaniswe kakuhle, zithe tye, kwaye azina-oxidation okanye amabala amnyama; izinto zomgunyathi zihlala zisebenzisa izikhonkwane ezityalwe ngetoti ezityekele kwi-oxidation kunye ne-deformation, ekhokelela kunxibelelwano olubi ngokuhamba kwexesha.

I-Feimu Technology Supply Advantages

1. Ubonelelo lweNgcaciso oluQinisekisiweyo

Yasekwa eJiangmen, eGuangdong ngo-2005, inkampani yethu ineminyaka yamava ekuthumeleni ngaphandle iindawo ezisecaleni zolawulo lwamashishini. Kudala sibonelela ngezixhobo zokwenyani zolawulo lwemizi-mveliso kwiimveliso ezifana neRockwell, Siemens, GE, kunye neSchneider kumazwe angaphezu kwama-30 kwihlabathi liphela. Zonke iiyunithi ze-Allen-Bradley 1756-IF16 ziimveliso zokwenyani zasefektri-ezingenakulungiswa, zilungiswa, okanye zenziwe ngomgunyathi-kwaye ziyalandeleka ngokupheleleyo. 2. UVavanyo oluBanzi lwangaphambi kokuthumela

Yonke imodyuli ifumana umbane wokwenene kunye novavanyo lwangoku lwesignali ngaphambi kokuthunyelwa. Siqinisekisa ukuchaneka kokufunyanwa kwedatha, uzinzo lonxibelelwano, kunye nejelo lemisebenzi ye-alam ngetshaneli. Ngokubambelela ngokungqongqo kwiinkcukacha zobugcisa ze-OEM, sithintela ukuthunyelwa kweemodyuli ezineziphene ezifihlakeleyo, ukuqinisekisa uzinzo olukhawulezileyo kunye nokusebenziseka ekufakeni.

3. Ukuhanjiswa okuKhawulezayo kwiStokhwe

Sigcina uluhlu lonyaka wonke lweemodyuli ze-analog ze-ControlLogix. Ukuhlangabezana nokugcinwa okungxamisekileyo kwefektri okanye iimfuno zeprojekthi ezikhawulezileyo, sinikezela ngokuqinisekiswa komyalelo wosuku olunye kunye nokuthunyelwa kwenqanawa, ngaloo ndlela sinciphisa ixesha lokuphumla kwezixhobo kunye nokuthintela ilahleko ehambelana nokulibaziseka kweprojekthi.

4. INkxaso yobuGcisa yeNgcali

Iqela lethu linamava abanzi kunye neenkqubo zeControlLogix, ezigubungela yonke into ukusuka kwimigangatho yocingo kunye nokucwangciswa kwesoftware ukuya kwimowudi yokutshintsha kunye nokusombulula ingxaki. Singakwazi ukucombulula ngokuchanekileyo imiba esiye sadibana nayo ngexesha lokusebenza-njengokufunda okungaqhelekanga, ukukhetha indlela engalunganga, iimpazamo zokucwangcisa, kunye neempazamo zeengcingo. Siqinisekisa impendulo kwimibuzo yobugcisa kwiiyure ze-12 kunye nokugqitywa kolungelelwaniso lwezorhwebo kwiiyure ezingama-24.

Iinkcukacha zoqhakamshelwano

I-imeyile: sales@feimutech.com

WhatsApp: +86 13358323579

Iwebhusayithi esemthethweni: www.feimuplc.com

Ixesha lokuphendula: Imibuzo yobugcisa kwiiyure ze-12. Imibuzo yorhwebo kwiiyure ezingama-24.

FAQ

1. Ngaba imodyuli iyayixhasa imiqondiso yemveliso ye-4-20mA eqhelekileyo?

Ewe. Imodyuli iyahambelana ngokwendalo kunye ne-0-20mA yegalelo langoku kwaye inokulungiswa nge-Studio 5000 software ukuxhasa i-standard ye-industrial 4-20mA imiqondiso yenzwa, eyenza ifaneleke ngokupheleleyo kwizicelo zokufumana idatha ye-analog yentsimi.

2. Ngaba i-ControlLogix 1756-IF16 ixhasa i-hot-swapping?

Ewe. Olu chungechunge luxhasa ukugcinwa kwe-intanethi, ukuvumela ukususwa kwemodyuli kunye nokutshintshwa ngaphandle kokuvala inkqubo-ekulungele ukugcinwa kwezixhobo kwiindawo eziqhubekayo zokuvelisa.

3. Ingaba iibhloko zetheminali zibandakanyiwe ekuthengweni kwemodyuli?

Hayi. Iimodyuli ze-ControlLogix kunye neebhloko ze-terminal zithengiswa ngokwahlukeneyo. Kufuneka ukhethe ibhloko ye-terminal ye-36 ehambelanayo (efana ne-1756-TBCH okanye i-1756-TBS6H); sinokubonelela ngeseti epheleleyo yezixhobo ezihambelanayo.

4. Ngaba amajelo aseleyo angasebenza ngokuqhelekileyo ukuba itshaneli enye iyasilela?

Ukusebenza okuqhubekayo akukhuthazwa. Ukungaphumeleli kwetshaneli enye kubeka esichengeni ukusebenza kwemodyuli iyonke yokwahlulwa, kudala imingcipheko yeesekethe ezimfutshane zangaphakathi kunye ne-signal crosstalk. Oku kunokuchaphazela ukuchaneka kokufunyanwa kwamanye amajelo okanye kubangele ukusilela kwenkqubo iyonke; ke ngoko, imodyuli kufuneka itshintshwe ngokukhawuleza ukuqinisekisa uzinzo lwenkqubo.