Allen Bradley 1746-OBP16

I-Feimu Technology, njengomthengisi oqeqeshiweyo, ngeli xesha lilungiselele ngokukodwa imodyuli yobuninzi bedijithali kubalingane bezoomatshini baphesheya kwezilwandle, onoxanduva "lokuphuma kwamandla aphezulu" kwinkqubo ye-SLC 500 yakudala - Allen Bradley 1746-OBP16. Njengoko abo baye bajongana nolawulo lwemveliso bayazi, ngamanye amaxesha ukulawula nje i-24V ye-relay ephakathi akwanele. Ezinye ii-activators ebaleni zifuna i-voltage ye-220V ukuba isebenze ngokuthe ngqo, kwaye ukongeza ujongano lonxibelelwano kuya kuba yingxaki kakhulu. Sincoma le modyuli ye-16-point "hard" yokukhupha amandla kuwo wonke umntu, ukuze ukwazi ukulawula umthwalo we-AC kunye neelayidi ezimbalwa, i-wiring ethe ngqo, kunye nenkqubo elula.

Ulwakhiwo lweMveliso

Itshaneli nganye yemveliso ye-1746-OBP16 isixhobo ixhotyiswe nge-thyristor ezimeleyo, edla ngokubizwa ngokuba yi-silicon elawulwayo ye-rectifier. Eli candelo likhawuleza ekuphenduleni kunokuhanjiswa kwaye linobomi obude, lenza ukuba lilungele ukusebenza rhoqo. I-foil yobhedu kwibhodi yesiphaluka inzima kakhulu, kwaye i-wiring yenzelwe ukuba ibe nkulu kakhulu ukwenzela ukujamelana nobushushu xa umbane omkhulu udlula. Into ephambili kukuba inqaku ngalinye lixhotyiswe nge-RC (resistor-capacitor) isekethe yokukhupha, eyenzelwe ngokukodwa ukuthabatha ukuphazamiseka kombane owenziwe ngexesha lokutshintsha, ukukhusela imodyuli ukuba yonakaliswe.

Iimpawu zeMveliso

Xa ubambe le modyuli ye-Allen Bradley 1746-OBP16 esandleni sakho, umbono wokuqala kukuba "inzima kakhulu" kwaye "inamandla ngokupheleleyo". I-casing yayo iseyi-classic ye-industrial green ye-SLC 500 series, kodwa unokuziva ngokucacileyo ukuba ikhulu kakhulu kunezo modyuli eziqhelekileyo ze-24V ngokwemigaqo yoyilo. Izibane ezibonisa iziphumo ezili-16 kwiphaneli zikhulu kakhulu, zibomvu ezibengezelayo xa zilayitiwe, kwaye zibonakala ngakumbi kwikhabhathi yombane ekhanyiswe luzizi. Ibhloko yetheminali evulekayo ebanzi phezulu ibonakala yomelele, nomngxuma ngamnye wetheminali umkhulu kakhulu, uyilelwe ngokukodwa ukuququzelela uqhagamshelwano lweengcingo ezishinyeneyo ze-AC.

Iiparamitha zeMveliso

Izinto eziluncedo kulungiselelo

Xa uthumela ezi modyuli kunye neebhloko zazo zesiphelo esinzima kunye neebhodi zesekethe ezichanekileyo, eyona nto ixhalabisa kakhulu ngexesha lokuthutha kukuba umqolo wezikhonkwane ze-backplane unokugoba, okanye i-casing yeplastiki inokuqhekeka. Xa iFeimu Technology ipakisha iimveliso, bayenza ngendlela yobuchwephesha. Siza kuqala sisuse ibhloko ye-terminal ephezulu kwaye siyisonge ngokwahlukileyo ukunqanda ubunzima bayo ekonakaliseni imodyuli yomzimba. Umzimba ophambili wemodyuli uya kufakwa kwibhegi engqingqwa ye-anti-static kuqala, kwaye emva koko igqunywe ngegwebu elaneleyo le-bubble ukukhusela zonke iikona ezine ngokuqinileyo. Ekugqibeleni, iya kufakwa kwibhokisi yekhadibhodi ephezulu ene-foam eyenziwe ngokukhethekileyo. Kungakhathaliseki ukuba ukhetha ukuthutha elwandle okanye ukuthuthwa ngomoya, ukupakishwa kwethu kunokuqinisekisa ukuba kufikelele kuwe ngezikhonkwane ezithe tye kwaye zikwimeko egqibeleleyo.

IiNkcazo zeMveliso ezichanekileyo

I-Allen Bradley 1746-OBP16 yimodyuli ye-digital output ye-16 yenkqubo ye-SLC 500. Isebenzisa itekhnoloji yemveliso yetriac, hayi ukuhanjiswa. Oku kuyenza ikhawuleze kwaye ihlale ixesha elide kuneemodyuli zokulayishwa kwakhona.

Iimpawu zemveliso:

Inani leziphumo: 16 amanqaku (2 amaqela amanqaku 8 ngalinye)

Uhlobo lwemveliso: I-Triac (i-AC esomeleleyo iswitshi)

Uluhlu lwamandla: 5-265V AC (50Hz/60Hz)

Ukuphindaphinda: 47Hz ukuya kuma-63Hz

Ukulinganisa kwangoku kwinqanaba ngalinye: 2A ubuninzi kwi-25 ° C, 1A ubuninzi kwi-60 ° C

Umlinganiselo wangoku ngeqela ngalinye (amanqaku ayi-8): 8A ubuninzi

Ubuncinci bomthwalo wangoku: 10mA ngenqaku. Ngezantsi koku, imveliso isenokungavuleki ngokuthembekileyo.

I-Surge current: 30A ngenqaku kumjikelo omnye. Ifanelekile isibane se-incandescent okanye i-solenoid inrush current.

Ukuhla kwamandla ombane kwimeko: Ngaphantsi kwe-1.5V kwireyithi yangoku

Ukuvuza kwangoku: Ngaphantsi kwe-5mA xa icinyiwe

Ixesha lokuphendula: Vula < 1ms. Cima < 10ms.

Ukwahlukaniswa kwe-Optical: 2500V phakathi kwe-backplane kunye neesekethe zentsimi

Umzobo wangoku wokubuyela umva: 85mA kwi-5V DC

Iinkcukacha ngokubanzi:

Ukhuseleko: I-RC snubber circuit kwitshaneli nganye

Ubushushu bokusebenza: 0°C ukuya kuma-60°C

Ubushushu bokugcina: -40°C ukuya kuma-85°C

Ukufuma okuhambelanayo: 5% ukuya kuma-95% (akunciphisi)

Iziqinisekiso: UL, CUL, CE

Umahluko oPhambili – iTriac vs Relay Output

Ukuqonda umahluko phakathi kwe-triac kunye neziphumo ezidluliswayo kukunceda ukhethe imodyuli echanekileyo yesicelo sakho.

Imveliso ye-Triac (1746-OBP16):

Akukho malungu ashukumayo. Akunxitywa ngoomatshini. Ixesha lokuphendula phantsi kwe-1ms. Ukusebenza okuthe cwaka. Ubomi obude benkonzo. Yenza ubushushu obuncinci kwizandi zokutshintsha okuphezulu. Ifuna ubuncinci bomthwalo wangoku. Iyavuza umsinga omncinci xa icinyiwe.

Eyona nto ingcono: Ukutshintsha okuhamba rhoqo. Usetyenziso olujikelezayo luvula kwaye lucime rhoqo. Indawo ezolileyo. Iimfuno zobomi obude.

Ayilungelanga: imithwalo ye-DC ngaphezulu kwe-125V. Imithwalo yangoku ephantsi kakhulu ingaphantsi kwe-10mA.

Ukuhanjiswa kwemveliso (1746-OW16):

Iindawo ezihambayo. Ukucofa okuvakalayo. Impendulo ecothayo (10-15ms). Abafowunelwa bayaphela. Ubomi boomatshini obugqibeleleyo. Akukho mthwalo uphantsi wangoku. Akukho kuvuza kwangoku xa icinyiwe.

Okona kulungileyo: I-DC ilayisha ukuya kuthi ga kwi-125V. Imithwalo yangoku ephantsi kakhulu. Usetyenziso lutshintshwa rhoqo.

Ayilunganga: Ukutshintsha okuhamba rhoqo. Iimfuno zokuphendula ngokukhawuleza.

Umzekelo wokungaphumeleli kwentsimi: Umthengi ufake imodyuli yemveliso yodluliselo kumatshini wokupakisha ojikeleze amaxesha ama-5 ngesekhondi. Ukuhanjiswa akuphumelelanga emva kweenyanga ezi-3. Umthengi uzitshintshele ngemodyuli yemveliso yetriac. Imodyuli yetriac isebenze iminyaka emi-2 ngaphandle kokusilela. Kungenxa yoko le nto i-1746-OBP16 isebenzisa itekhnoloji ye-triac.

ISikhokelo seeNcingo zokuLawulwa kwe-AC

I-1746-OBP16 yenzelwe imithwalo ye-AC. I-wiring echanekileyo iqinisekisa ukusebenza okukhuselekileyo nokuthembekileyo.

Imithetho yocingo: Xhuma i-AC live wire (L) kwi-terminal ye-module output.Xhuma umthwalo phakathi kwe-terminal ephumayo kunye ne-AC neutral wire (N) .Imodyuli isebenza njengokutshintsha. Ijika kwicala eliphilayo.Ungagqithi ku-2A ngenqaku. Ukodlula oku kuvuthela ifyuzi yangaphakathi.Ungagqithi kwi-8A kwiqela ngalinye (iingongoma ezisi-8).Sebenzisa ucingo oluxineneyo lobhedu, 0.5mm² ukuya kwi-2.5mm².Ubude bomgca: 8mm. Faka ngokupheleleyo kwitheminali yekheji.Imithwalo ye-inductive - izilumkiso ezikhethekileyo:

I-Solenoids kunye neekhoyili ze-contactor ziyimithwalo ye-inductive. Bagcina amandla. Xa i-triac icima, la mandla abangela i-voltage spikes. I-1746-OBP16 iye yakha i-RC snubbers. Ezi zifunxa uninzi lweespikes. Nangona kunjalo, kwimithwalo emikhulu yokunciphisa, ukukhuselwa kwangaphandle kunconywa. Yongeza i-varistor kuwo wonke umthwalo. Oku kunciphisa uxinzelelo kwimodyuli.

Umba wommandla oqhelekileyo: Imveliso ihlala ivuliwe nasemva kokuba i-PLC iyalele. Unobangela: Umthwalo wangoku ungaphantsi kobuncinane bangoku bokubamba. I-triac ayikwazi ukucima ngokuthembekileyo ngaphantsi kwe-10mA. Lungisa: Yongeza i-shunt resistor ngokuhambelana nomthwalo. Oku kwandisa umthwalo wangoku ngaphezulu kwe-10mA. I-triac icima ngokuchanekileyo.

Ukuqinisekiswa kweMveliso yoBunyani

Iimodyuli zika-Allen Bradley 1746-OBP16 zihlala zenziwe umgunyathi. Sebenzisa ezi kuhlola zintandathu ukuqinisekisa ubunyani.

Izikhonkwane zokudibanisa umqolo: Zonke izikhonkwane ezingama-96 kufuneka zenziwe ngegolide kwaye zithe ngqo. Izikhonkwane zegolide zikhazimle tyheli-igolide. Izikhonkwane zenkcenkce zingwevu. Iimodyuli zomgunyathi zihlala zisebenzisa izikhonkwane zenkcenkce ezikhupha i-oxidize ekuhambeni kwexesha.

Izikrufu zebhloko yetheminali: Izikrufu zokwenene zetheminali zibhedu. Baziva beqinile. Izikrufu zomgunyathi zidla ngokuba yintsimbi enezinki. Ziziva zikhaphukhaphu kwaye zidleka ngokukhawuleza.

Ubunzima bemodyuli: Genuine 1746-OBP16 inobunzima obumalunga ne-0.5 kg. Ibhloko yetheminali enzima kunye nePCB eshinyeneyo inika ubunzima. Iinkohliso ziziva zikhaphukhaphu ngenxa yobhedu obhityileyo kunye namalungu amancinci.

Indlela yokuqhafaza: Iiletshi eziphezulu nezisezantsi cofa ngokuqinileyo. Kwiimgunyathi, iiletshi zihlala zikhululekile.

Ukupakishwa: Ukupakisha okwenyani kunelogo yeRockwell Automation kwikhadibhodi ekumgangatho ophezulu. Ukupakishwa komgunyathi kusebenzisa ikhadibhodi ebhityileyo kunye nomgangatho ombi wokuprinta.

Imvelaphi yoMboneleli kunye nokuZibophelela ngeNkonzo

I-Feimu Technology isebenza kwiSixeko saseJiangmen, kwiPhondo laseGuangdong, eChina. Inkampani yasekwa ngo-2005 kwaye ibonelele ngezixhobo ezizenzekelayo kubathengi kumazwe angaphezu kwama-30.

Iminyaka yokusebenza: iminyaka engama-20 ukusukela ngo-2025.

Indawo yokugcina impahla: 2000+ square metres. Ubushushu bulawulwa. Ukufuma kugcinwe ngaphantsi kwe-60%.

Uluhlu: 5000+ esebenzayo SKUs. Iquka iimodyuli ze-SLC 500, i-ControlLogix, i-CompactLogix, i-POINT I / O, i-PanelView HMIs, kunye ne-drives.

Iimveliso ezithwalwayo: Allen Bradley, Siemens, GE, Schneider.

Iimarike ezithumela ngaphandle: iYurophu, uMntla Melika, uMzantsi Melika, uMbindi Mpuma, uMzantsi-mpuma Asia. Amazwe angaphezu kwama-30.

Iinkcukacha zoqhakamshelwano:

I-imeyile: sales@feimutech.com

WhatsApp: +86 13358323579

Ixesha lokuphendula: Kwiiyure ezingama-24. Imibuzo yobugcisa idla ngokuphendulwa kwiiyure ezili-12. Bandakanya inombolo yothotho lwemodyuli kunye neenkcukacha zesicelo ukuze uphendule ngokukhawuleza.