samfurori

Bambanci Gabaɗaya Duk na'urorin P+FI/O suna da ƙarancin tashoshi na I/O fiye da kamalan I/A Series FBM. Koma zuwa Tebu 1-4 da Tebu 1-6, wanda ke lissafin adadin tashoshi na kowane I/O module. EEPROM da nau'ikan software da aka nuna na P+FI/O modules an gaji su daga ISCM waɗanda galibi sun bambanta da nau'ikan EEPROM da software na daidai 200 Series FBMs. Misali, a wannan rubutun FBM 201 na yanzu shine 1.40D yayin da sigar ISCM ta kasance 2.40. Don guje wa rudani, samfuran P+FI/O suna nuna 201i 2.40 don bambanta su daga 200 Series FBMs. Bugu da kari, filin Sashe na Hardware yana nuna wani bangare na lambar ƙirar P+F kamar LB 3x04. Koma Hoto na 5-4 a shafi na 102 wanda ke nuna wannan misali. Kada ku yi umarnin "sabuntawa EEPROM" akan samfuran P+FI/O, saboda yin hakan ba zai canza sigar software ɗin su ba kuma zai ɗauki samfuran daga layi ɗaya lokacin da zai ɗauka don sabuntawar EEPROM don kammala. Koyaya, idan an kira sabunta EEPROM, ba zai cutar da ISCM ko tsarin I/O ba. Idan ana so a kawo duk nau'ikan I / O akan layi ta amfani da Babban Zazzagewa zaɓi akan Ayyukan Canjin Kayan Kayan Kayan Kayan Aiki na FBM0 (akwai ta hanyar SMDH ko Manajan Tsarin), dole ne ku fara kunna duk ISCM akan layi kafin zaɓar wannan aikin, ko azaman madadin, yi amfani da Zazzagewa gabaɗaya don kawo ISCM akan layi sannan kuma kiran ICMs akan layi sannan a karo na biyu don kawo aikin. Gano Laifin Layi da Mummunan I/O Mai ban tsoro Yawancin P+FI/O modules suna da gano kuskuren layi, wanda zai iya nuna kowane ɗayan waɗannan sharuɗɗan: Analog halin yanzu shigarwar da ke ƙasa 0.5 mA ko sama da 22 mA Analog fitarwa na yanzu madauki yana buɗewa Buɗe shigarwar Dijital ko gajeriyar da'ira Ana buɗewa ko gajeriyar kewayawa Thermocouple yana buɗewa ko gajeriyar kewayawa Thermocouple yana buɗewa Thermocouple yana buɗewa ta hanyar shigar da CJC kowane nau'in shigarwar. akan wata jar ledar dake gabanta domin nuna yanayin. Bugu da ƙari, ana ba da rahoton wannan yanayin zuwa tsarin I / A Series ta hanyar saitin BAD I / O bit don wannan tashar. Lokacin da aka saita wannan bitar, ana iya ganin alamun masu zuwa a toshewar I / A Series da matakin tsarin: I/O point block nuni (faceplate) yana nuna darajar ma'ana a cikin RED, ba tare da la'akari da kowane zaɓin saiti na toshe ba. Idan an saita zaɓi na BAO a cikin toshe I/O, toshe yana haifar da ƙararrawar tsari kuma yana nuna IOBAD akan fuskar fuska. Idan an saita ma'aunin BADALM 0x01 bit a cikin PRIMARY_ECB don CP, wannan yana haifar da kuskure don samar da ƙararrawar tsarin da alamar FBM mai wakiltar I/O