Woodward 5464-331 NetCon FT Kernal PS Module

Woodward 5464-331 NetCon FT Kernal PS Module

Farashin MicroNetTMR. (Triple Modular Redundancy) mai sarrafawa wani dandamali ne na sarrafa dijital na zamani wanda aka tsara don dogaro da ƙarfi da kare turbin injin tururi, injin turbin gas, da jiragen ƙasa na kwampreso waɗanda aka yi amfani da su a cikin aikace-aikace masu mahimmancin tsarin inda akwai haɗarin lamuran aminci ko gagarumin tattalin arziƙi. hasara. Tsarin tsarin zaɓe na MicroNetTMR na 2/3 yana tabbatar da cewa an amsa matsalolin daidai kuma cewa babban mai motsi ya ci gaba da aiki lafiya ba tare da wani maƙasudin gazawa ba. Ƙarfin mai sarrafawa, haƙurin kuskure, daidaito, da samuwa sun sa ya zama zaɓi na injin turbine da compressor OEMs da masu aiki a duk duniya.

Babban tsarin gine-gine na MicroNet TMR da kewayon bincike sun haɗu don ƙirƙirar tsari tare da 99.999% samuwa da aminci. Ana iya amfani da MicroNetTMR azaman wani muhimmin ɓangare na tsarin kariya da aminci don cimma yarda da IEC61508 SIL-3. Ana samun lissafin IEC61508 da taimakon aikace-aikacen akan buƙata.
- Kwarewar Aikace-aikacen MicroNet TMR da Amfani:
- Na'urar sanyaya Wuta (Ethylene, Propylene)
- Methane da Syngas Compressors
- Gas Cracker Compressors
- Cajin Compressors
- Hydrogen farfadowa da na'ura Compressors
- Mahimman Saitin Injin Turbine
- Tsarin Tsaro na Turbine
Don tushen aikace-aikacen IEC61508 SIL-3, Module Tsaro na MicroNet (MSM) ana buƙata azaman ɓangare na tsarin MicroNet. MSM tana aiki azaman mai warware dabaru na SIL-3 na tsarin, da lokacin amsawar sa cikin sauri (millise seconds 12) da haɗaɗɗen saurin haɓakawa da saurin ganowa / iyawar kariya sun sa ya dace da babban injin jujjuyawa mai sauri, kwampreso, turbine, ko aikace-aikacen injin.

Dandalin sarrafa MicroNet TMR" yana amfani da chassis mai kauri tare da I/O da za'a iya maye gurbinsa ta kan layi da kuma tsarin gine-gine na zamani guda uku don cimma samuwar kashi 99.999%. Wannan tsarin tushen redundancy sau uku ya ƙunshi sassa uku masu zaman kansu (A, B, C). ) wanda yake a cikin ƙaƙƙarfan chassis na dandalin kowane sashe na tsakiya yana ɗauke da nasa CPU, wutar lantarki na CPU, da kuma nau'ikan I/O guda huɗu Ana iya amfani da na'urori don I/O mai ƙarewa ɗaya, m I/O, mai sau uku I/O, ko kowane haɗaɗɗen sakewa I/O ana iya faɗaɗa ta amfani da chassis na haɓaka tsarin ko ta hanyar LinkNet HT da aka rarraba I/O.

Babban ma'auni na dandamali da aikace-aikacen da aka haɗa suna ba da nuni na farko na abubuwan da aka sa ido akan tsarin don rage lokacin matsala. Waɗannan abubuwan da aka keɓance na lokaci-tambayi abubuwan da suka faru a cikin millisecond 1 da abubuwan analog a cikin millisecond 5. MicroNet TMR yana amfani da kayan wuta guda biyu, kowannensu yana ba da iko daga wata wutar lantarki daban. Kowace wutar lantarki tana da masu canza wuta masu zaman kansu guda uku a ciki, ɗaya ga kowane CPU da sashin I/O. Wannan gine-ginen samar da wutar lantarki sau uku yana ba da mafi girman kariya daga faɗuwar kayan masarufi guda ɗaya ko maƙiyi da yawa.

Tsarin I/O na musamman na TMR mai sarrafawa an ƙirƙira shi don madaidaitan da'irori. Tsarin yana karɓar bayanai masu hankali kuma yana rarraba waɗancan abubuwan da aka shigar zuwa kowane sashe mai zaman kansa, da kuma abubuwan da suka dogara da fitarwa don fitar da dabarun aikace-aikace masu hankali. TMR na musamman na module. abubuwan da ake fitarwa suna amfani da saitin relay guda shida da haɗe-haɗe na gano kuskuren koma baya, yana ba da damar gazawar kowane ko biyu relays ƙarƙashin wasu sharuɗɗa ba tare da shafar amincin lambobin fitarwa ba. Wannan gine-ginen yana ba da damar gwajin watsa labarai na yau da kullun da kuma gyara kan layi ba tare da shafar ingancin fitarwa ko tsarin ba.