Woodward 5464-331 NetCon FT Kernal PS Imodyuli

Woodward 5464-331 NetCon FT Kernal PS Imodyuli

IMicroNetTMR. (I-Triple Modular Redundancy) isilawuli yiplatifti yolawulo yedijithali yesimanje eyenzelwe ukulawula ngokuthembekileyo nokukhusela ii-injini zomphunga, iiinjini zegesi, kunye noololiwe becompressor abasetyenziswa kwiinkqubo-zicelo ezibalulekileyo apho kukho umngcipheko wemiba yokhuseleko okanye uqoqosho olubalulekileyo. ilahleko. I-MicroNetTMR's 2/3 ye-architecture yokuvota iqinisekisa ukuba iingxaki ziphendulwa ngokuchanekileyo kwaye i-prime mover iyaqhubeka nokusebenza ngokukhuselekileyo ngaphandle kwenqaku elilodwa lokusilela. Ukomelela komlawuli, ukunyamezela impazamo, ukuchaneka, kunye nokufumaneka kwenza kube lukhetho lwe-turbine kunye necompressor OEMs kunye nabaqhubi kwihlabathi liphela.

Uyilo oluphezulu lwe-MicroNet TMR kunye ne-diagnostic coverage idibanisa ukudala inkqubo ene-99.999% yokufumaneka kunye nokuthembeka. I-MicroNetTMR ingasetyenziswa njengenxalenye ebalulekileyo yenkqubo yokukhusela kunye nokukhusela ukufezekisa ukuthotyelwa kwe-IEC61508 SIL-3. IEC61508 ukubala kunye noncedo lwesicelo luyafumaneka xa uceliwe.
-Amava aqhelekileyo eSicelo seMicroNet TMR kunye nokusetyenziswa:
-Izicinezeli zokukhenkceza (iEthylene, iPropylene)
-IMethane kunye neSyngas Compressors
-Igesi Cracker Compressors
- Intlawulo Compressors
-Ii-Hydrogen zokuBuyisela iiCompressors
-IiSeti zeJenereyitha zeTurbine ezibalulekileyo
- IiNkqubo zoKhuseleko lweTurbine
Kwizicelo ezisekelwe kwi-IEC61508 SIL-3, iModyuli yoKhuseleko lweMicroNet (MSM) iyadingeka njengenxalenye yenkqubo yeMicroNet. I-MSM isebenza njengenkqubo ye-SIL-3 logic solver, kunye nexesha layo lokuphendula elikhawulezayo (12 millisecond) kunye ne-overspeed edityanisiweyo kunye ne-acceleration ye-acceleration yobhaqo/ukhuselo lwesakhono siyenza ilungele i-high-speed high-speed ejikelezayo motor, compressor, turbine, okanye izicelo ze-injini.

I-MicroNet TMR "iqonga lokulawula "i-platform ye-rack-mount chassis eneemodyuli ze-I / O eziguqulwayo kwi-intanethi kunye ne-triple modular architecture ukufezekisa ukufumaneka kwe-99.999%. ) ebekwe kwiqonga le-chassis elidityanisiweyo ngalinye line-CPU yalo, unikezelo lwamandla lwe-CPU, ukuya kuthi ga kwii-I/O ezine Iimodyuli ze-I/O zingasetyenziselwa i-I/O enesiphelo esinye, i-I/O engafunekiyo, i-I/O engafunekiyo kathathu, okanye nayiphi na indibaniselwano ye-redundancy I/O inokwandiswa kusetyenziswa i-chassis yokwandisa inkqubo okanye nge-rugged LinkNet HT yasasazwa I/O.

Iimodyuli zeqonga eliphezulu kunye nezicelo ezidibeneyo zibonelela ngesibonakaliso sokuqala seziganeko zenkqubo esweni ukuze kuncitshiswe ixesha lokusombulula ingxaki. Ezi modyuli ezilungiselelweyo zexesha-isitampu seziganeko ezicacileyo ngaphakathi kwe-1 millisecond kunye neziganeko ze-analog ngaphakathi kwe-5 millisecond. I-MicroNet TMR isebenzisa izixhobo ezimbini zombane, nganye kuzo inika amandla olawulo kunikezelo lwamandla olwahlukileyo. Unikezelo lwamandla ngalunye lunabaguquli bamandla abathathu abazimeleyo ngaphakathi, enye kwi-CPU nganye kunye necandelo le-I/O. Olu lwakhiwo lonikezelo lwamandla kathathu lubonelela ngokhuseleko oluphezulu ngokuchasene nokusilela kwehardware enye okanye ngamanqaku amaninzi.

Imodyuli ekhethekileyo yomlawuli ye-TMR discrete I/O yenzelwe iisekethe ezibalulekileyo. Imodyuli yamkela amagalelo ahlukeneyo kwaye isasaze ezo galelo kwicandelo ngalinye elizimeleyo elingundoqo, kunye nemveliso yoqhagamshelwano olusekwe kwi-relay ukuqhuba ingqiqo yesicelo esicacileyo. I-TMR ekhethekileyo yemodyuli. iziphumo zisebenzisa uqwalaselo lwe-relay ezintandathu kunye nengqiqo edibeneyo yokufumanisa i-recessive recessive, evumela ukungaphumeleli kwayo nayiphi na i-relays phantsi kweemeko ezithile ngaphandle kokuchaphazela ingqibelelo yabafowunelwa bemveliso. Olu lwakhiwo luvumela uvavanyo lwe-relay yesiqhelo kunye nokulungiswa kwe-intanethi ngaphandle kokuchaphazela imfezeko yemveliso okanye inkqubo.