I-ABB 83SR50C-E GJR2395500R1210 Imodyuli Yokulawula
Imininingwane ejwayelekile
| Khiqiza | Abisa |
| Into Cha | I-83SR50C-E |
| Inombolo ye-athikili | GJR2395500R1210 |
| -Uhume | Uhlobo lwemali |
| Ukudabuka | Sweden |
| Ubukhulu | 198 * 261 * 20 (mm) |
| Ubunzima | 0.55 kg |
| Inombolo Yentela Yezimali | 85389091 |
| Ukuthayipha | I-o_module |
Imininingwane enemininingwane
I-ABB 83SR50C-E Control Module GJR2395500R1210
I-ABB 83SR50C-E GJR2395500R1210 IBhodi Yokulawula iyingxenye esemqoka yohlelo lwe-ABB ProConstrol P14, eyenzelwe izicelo ezishintshashintshayo nezinhlobonhlobo zezindawo zezimboni. Imodyuli yokulawula ihlinzeka ngemisebenzi eyisisekelo yokuphathwa kwenqubo kanye nokuhlanganiswa kohlelo.
Izici zomkhiqizo:
-Due to the obsolescence ye-flash prom (Umkhiqizi: AMD) kumamojula amathathu 81Eu50r1210, 83sr50r1210 ne-83sr51010, Ingxenye Yokubuyisela (Umkhiqizi: IMacronix) yenziwa ngo-Okthoba 2018.
-Ukusebenzisa iphrojekthi esebenzisa amamojula athunyelwe nge-Flash entsha, izinkinga zitholwe ngezinhlelo zokubhala / zokufunda zisebenzisa ama-PDD.
-Amamojula alayishwa izinhlelo zokusebenza nge-PDDS. Lokhu kubhalwa okokuqala kuRam. Kamuva, umphathi wemodyuli ukopisha uhlelo lokusebenza kusuka ku-RAM kuya ku-Flash. Kodwa-ke, ngama-PDD, inqubo iphelele ngemuva kokubhalela ngempumelelo kuRam, ngakho-ke ama-PDD awabiki amaphutha.
-I-Concopy kusuka ku-RAM kuya ku-Flash ingenzeki noma kwenzeka ngokwengxenye. Uma uzama ukufunda emuva uhlelo lokusebenza usebenzisa ama-PDD, abuzwa kusuka ku-Flash. Njengoba kungekho datha noma idatha ayilungile, umlayezo wephutha "okhutshaziwe, ikhodi yohlu ayitholakali" ivela.
-Ukukhipha amandla futhi kuxhuma imodyuli, uhlelo lokusebenza olugcinwe ku-RAM lususiwe, ngoba inkumbulo iguquguqukayo.
-Ingabunjelwe ngaphandle komthungo namanye amadivaysi kanye nezinhlelo ze-ABB, okwenza kube lula ukuthi abasebenzisi bakha uhlelo oluphelele lokulawula okuzenzakalelayo kwezimboni
-Imigomo yokwakhiwa kwe-anti-intenference, imodyuli ye-ABB 83SR50CC-E iye yathatha izindlela ezahlukahlukene ezisebenzayo. Okokuqala, ukucindezela imithombo yokuphazamiseka kuyinto ebaluleke kakhulu futhi umgomo obaluleke kakhulu ekwakhiweni kokulwa nokuphazamiseka. Ukunciphisa i-DU / DT yemithombo yokuphazamiseka kutholakala ikakhulukazi ngokuxhuma ama-capacitors ngokufana kuwo womabili amaphethelo omthombo wokuphazanyiswa.
-Ukuphela kokuphakelwa kwamandla kufanele kube mncane futhi kube mfushane ngangokunokwenzeka, ngaphandle kwalokho kuzothinta umphumela wokuhlunga; Gwema ama-90-degree fold lapho i-wiring ukunciphisa umsindo wemvamisa ephezulu; Xhuma amasekethe wokucindezela we-RC kuwo womabili amaphetho we-thyristor ukuze anciphise umsindo okhiqizwe yi-thyristor. Okwesibili, ukusika noma ukuhambisa indlela yokusabalalisa yokuphazanyiswa kwe-electromagnetic nakho kuyindlela ebalulekile yokulwa nokuphazanyiswa. Isibonelo, ahlukanisa ibhodi le-PCB ukuze lihlukanise umjikelezo we-High-bandwidth Noise kusuka kumjikelezo ophansi we-light-frequency; Nciphisa indawo yomhlabathi we-loop, njll.
Ngaphezu kwalokho, ukuthuthukisa amandla okulwa nokuphazamisa wedivayisi nohlelo nakho kukhiye. Khetha imikhiqizo enekhono eliphakeme lokulwa nokuphazanyiswa, njengezinhlelo ze-PLC ngobuchwepheshe obuntantayo nomhlaba kanye nokusebenza okuhle kwedwa.
