Gibin Aiki a Tsarin Gargajiya
Lokutan binciken PLC na gargajiya sau da yawa suna wuce milisekan 10–20. Wannan jinkiri ba a yarda da shi ba ga aikace-aikacen zamani masu saurin gaske. Sakamakon haka, wannan yana haifar da babbar tangardar aiki. Don haka, sabon salo na fasaha yana da matuƙar muhimmanci domin ci gaba.
Fassara Ci-gaban Kula da Motsi (Advanced Motion Control)
Na’urorin kula da motsi na ci-gaba suna ba da mafita mafi inganci. Suna samar da saurin sabunta “loop” a ƙarƙashin microsecond 100. Bugu da ƙari, suna goyon bayan sarrafa kwana-kwana masu rikitarwa (complex contouring) da daidaito na matakin nanometer. Wannan yana ba da damar motsi mai matuƙar santsi da daidaito ga ayyuka masu rikitarwa.
Mahimman Sigogin Fasaha don Haɗawa
Akwai wasu muhimman sigogin fasaha da ke fayyace wannan haɗin. Nemi na’urar kulawa wadda ke tallafawa fiye da axis 32 na motsi da aka daidaita tare. Dole ne kuma su ba da Sercos III ko EtherCAT don sadarwa. Waɗannan hanyoyin sadarwa suna samar da lokacin zagayowa ƙasa da milisekan 1. Wannan yana tabbatar da daidaitaccen aiki na ainihi (real-time synchronization) ba tare da tangarda ba ga dukkan na’urori.
Haɗa Roboti da Hanyoyin Interface
Roboti na zamani suna buƙatar haɗuwa ba tare da tangarda ba. Yawancinsu yanzu suna amfani da ka’idojin Ethernet-based don kulawa. Misali, tsarin hangen nesa na roboti (robotic vision system) na iya sarrafa hotuna a ƙasa da milisekan 5. Wannan bayanin kai tsaye ne ke jagorantar hanyar roboti da ƙaramin jinkiri. Wannan tsarin “closed-loop” yana da matuƙar muhimmanci ga masana’antar da ke daidaitawa da yanayi (adaptive manufacturing).
Aikace-aikacen Gaskiya: Tattara Kayan Lantarki
Wani fitaccen kamfanin kera kayayyakin lantarki ya aiwatar da wannan fasaha. Sun haɗa roboti delta mai saurin gaske da motion controller. Tsarin yana saita sassa 200 a minti guda. Daidaiton saka sassan kullum yana ƙasa da micron 10. Wannan ya haifar da ƙaruwa da kashi 40% a yawan abin da ake samarwa.
Aikace-aikacen Gaskiya: Layin Marufi
Wani layin marufi ya sabunta PLC na gargajiyarsa. Sun girka tsarin kula da motsi na tsakiya. Layin yanzu yana aiki da kayayyaki 800 a minti guda. Bugu da ƙari, an rage lokacin sauya kaya (changeover time) da kashi 85%. An cimma wannan ne ta hanyar tsarin sarrafa girke-girke (recipe) da kulawa daga wuri guda.
Muhimmin Rawar Muhalli na Software ɗaya (Unified Software Environment)
Dandalin software ɗaya guda yana da matuƙar muhimmanci ga nasara. Wannan muhallin ne ke sarrafa logic, motsi, da roboti a cikin aiki guda. Yana rage lokacin shirye-shirye da haɗa tsarin sosai. Wannan hanyar kuma tana sauƙaƙa binciken matsala da kiyayewa. Ita ce gadar bayan (backbone) na sel ɗin sarrafa kansa (automation cell) mai ƙwarin aiki.
Sabbin Hanyoyi: AI da Kula da Kayan Aiki Kafin Su Lalace (Predictive Maintenance)
Gaba tana haɗa fasahohi cikin zurfi. Algoridim na AI nan ba da daɗewa ba za su iya hango lalacewar sassa na injin a servo motors. Suna nazarin bayanan ƙarfi da girgiza (vibration data) a ainihin lokaci. Wannan yana ba da damar gyaran rigakafi (predictive maintenance) kafin a sami matsala. Wannan zai ƙara ƙololuwar lokacin aiki da ingancin kayan aiki.
Kammalawa: Yin Sauyin Dabara
Karɓar wannan fasaha wajibi ne ta fuskar dabarar kasuwanci. Muhimmi ne don cimma sauri da daidaito mafi girma. Masana’antu dole su haɗa advanced motion control da roboti. Wannan haɗin ita ce hanya tabbatacciya zuwa jagoranci a sarrafa kansa na zamani. Makomar kera kayayyaki tana nan a yanzu.
