ABB 83SR50C-E Module Sarrafa GJR2395500R1210
Gabaɗaya bayanai
| Kerawa | ABB |
| Abu Na'a | Saukewa: 83SR50C-E |
| Lambar labarin | Saukewa: GJR2395500R1210 |
| Jerin | Gudanarwa |
| Asalin | Sweden |
| Girma | 198*261*20(mm) |
| Nauyi | 0.55 kg |
| Lambar Tarifu na Kwastam | 85389091 |
| Nau'in | I-O_Module |
Cikakkun bayanai
ABB 83SR50C-E Module Sarrafa GJR2395500R1210
Kwamitin kula da ABB 83SR50C-E GJR2395500R1210 shine maɓalli mai mahimmanci na tsarin ABB Procontrol P14, wanda aka tsara don sarrafa kansa da aikace-aikacen sarrafawa a wurare daban-daban na masana'antu. Tsarin sarrafawa yana ba da ayyuka na asali don gudanar da tsari da tsarin haɗin kai.
Siffofin samfur:
-Saboda tsufa na Flash PROM (mai ƙira: AMD) akan nau'ikan nau'ikan guda uku 81EU50R1210, 83SR50R1210 da 83SR51R1210, an aiwatar da kayan maye (mai kera: Macronix) a cikin Oktoba 2018.
-A cikin aikin ta amfani da kayayyaki da aka kawo tare da sabon Flash, an sami matsaloli tare da aikace-aikacen rubutu / karantawa ta amfani da PDDS.
- Modules suna ɗaukar aikace-aikacen ta hanyar PDDS. An fara rubuta waɗannan zuwa RAM. Daga baya, mai sarrafa module ɗin yana kwafin aikace-aikacen daga RAM zuwa Flash. Koyaya, tare da PDDS, tsarin yana cika bayan an yi nasarar rubutawa zuwa RAM, don haka PDDS baya bayar da rahoton kowane kurakurai.
- Kwafi daga RAM zuwa Flash ba ya faruwa ko kuma kawai yana faruwa ne kawai. Idan kuna ƙoƙarin sake karanta aikace-aikacen ta amfani da PDDS, ana tambayarta daga Flash. Tun da babu bayanai ko bayanan ba daidai ba ne, saƙon kuskure "An kashe, ba a sami lambar lissafin ba" ya bayyana.
-Lokacin da ake cire plugging da plugging module, aikace-aikacen da aka adana a cikin RAM yana gogewa, saboda ƙwaƙwalwar ajiya ba ta da ƙarfi.
- Ana iya haɗawa da sauran na'urori da tsarin ABB, yana sa masu amfani su gina cikakken tsarin sarrafa sarrafa kansa na masana'antu.
- Dangane da ƙirar tsangwama, tsarin ABB 83SR50C-E ya ɗauki matakai masu tasiri iri-iri. Na farko, murkushe hanyoyin tsangwama shine babban fifiko kuma mafi mahimmancin ka'ida a cikin ƙira ta tsangwama. Rage du/dt na tushen tsoma baki yana samuwa ne ta hanyar haɗa capacitors a layi daya a duka ƙarshen tushen tsoma baki.
- Ƙarshen wutar lantarki ya kamata ya kasance mai kauri da gajere kamar yadda zai yiwu, in ba haka ba zai shafi tasirin tacewa; kauce wa folds 90-digiri lokacin da ake yin wayoyi don rage yawan amo mai girma; haɗa RC suppression circuits a duka ƙarshen thyristor don rage hayaniyar da thyristor ke haifarwa. Na biyu, yanke ko rage hanyar yaduwa na kutsawa na lantarki shima muhimmin ma'aunin hana tsangwama ne. Misali, a raba allon PCB don raba da'irar amo mai girma daga da'irar ƙananan mitar; rage girman madauki na ƙasa, da dai sauransu.
-Bugu da ƙari, haɓaka ƙarfin hana tsoma baki na na'urar da tsarin shine mabuɗin. Zaɓi samfuran da ke da babban ƙarfin hana tsangwama, kamar tsarin PLC tare da fasahar ƙasa mai iyo da kyakkyawan aikin keɓewa.
