An yi nufin wannan takaddar don samar wa masu amfani da cikakken jagorar fasaha don masu kula da GE Mark Vle & VleS. Zai mayar da hankali kan mahimman abubuwa guda biyar: daidaitawa, shigarwa, aiki, gyarawa, da kiyayewa. Duk abubuwan da ke cikin wannan jagorar an fitar da su, haɗa su, kuma an tace su daga takaddun hukuma 'GEH-6721_Vol_II_BN - Mark Vle da Mark VleS Control Systems Volume II,' yana tabbatar da daidaito da ikon bayanin.

Wannan jagorar yana kwatanta PR6423 vs PR6424 eddy na'urori masu auna halin yanzu don kula da yanayin turbomachinery. Ya bayyana yadda 8mm PR6423 ke goyan bayan daidaitaccen girgizawar radial da ma'aunin ma'auni na lokaci a cikin ƙaƙƙarfan shigarwa, yayin da 16mm PR6424 yana ba da kewayon layi mai faɗi don matsawar axial da ƙaurawar shaft. Labarin kuma ya ƙunshi hankali, buƙatun yanki mai niyya, izinin hawa, kallon gefe, magana ta giciye, daidaitawar kebul, da daidaitawar direba. Ta hanyar kimanta girman shaft, motsi da ake tsammani, sararin shigarwa, da tsarin tsarin, injiniyoyi na iya zaɓar firikwensin da ya dace don ingantaccen kariya ta injuna.

Wannan jagorar yana bayanin yadda ake zaɓar girman kusancin kusanci don kariya ta injina da sa ido kan yanayi. Yana kwatanta 5mm, 8mm, 11mm, and 25mm probes by linear range, sikelin factor, shaft diamita, hawa yarda, da manufa abu. Masu karatu za su iya gane lokacin da ƙaramin bincike na 5mm, daidaitaccen tsarin 8mm, bincike mai tsayi-tsawon 11mm, ko transducer 25mm mai tsayi ya dace. Har ila yau, ya shafi kallon gefe, magana ta giciye, kebul da madaidaicin kusanci, kariyar muhalli, da bincikar daidaitawa don taimakawa injiniyoyi su guje wa karatun ƙarya, rashin daidaituwar tsarin, da gazawar injiniyoyi masu tsada.

Wannan labarin yana kwatanta ABB Advant 800xA vs Emerson DeltaV don ayyukan sabunta DCS. Ya bayyana yadda ABB's IT-centric, shuke-shuke-fadi gine ya bambanta da DeltaV's center-centric, mai amfani da ƙira. Kwatankwacin ya ƙunshi hadaddun aikin injiniya, HMI da ƙwarewar tarihi, sassaucin I/O, haɗin lantarki, haɓakawa, ƙaura na gado, horar da ma'aikata, lasisi, da tallafin rayuwa. Hakanan yana fayyace mahimmin haɗarin aiwatarwa, gami da yanke lokacin ragewa, ambaliya na ƙararrawa, da ɗaukar ma'aikata. Ta hanyar daidaita ƙarfin tsarin tare da girman shuka, nau'in tsari, kayan aikin da ake da su, da ƙwarewar ma'aikata, masu yanke shawara za su iya zaɓar dandamalin sarrafawa na dogon lokaci mai amfani.

Wannan jagorar yana bayyana GE Mark daidaitattun sassan sassan Mark V, Mark VI, Mark VIe, da Mark VIeS tsarin sarrafawa. Yana zayyana mahimman bambance-bambance a cikin gine-gine, bita-bita na lamba, buƙatun firmware, dandamali na I/O, da zaɓuɓɓukan ƙaura. Masu karatu za su iya koyan yadda ake tantance allon allo, abubuwan da aka gyara, ma'aunin gwaji, gyare-gyaren lokaci, da riƙewar gado. Har ila yau labarin yana ba da haske game da haɗari masu tasowa, batutuwan daidaitawa na IONet, ƙalubalen ƙaddamarwa, da matakai masu amfani don sarrafa kayan haɓaka masu mahimmanci, rage raguwa, da kuma tsara ingantaccen canji daga matakan Speedtronic na tsufa zuwa tsarin sarrafawa na zamani.