Ibhethri elisha le-A123 elingu-26650 eliyindilinga liyisizukulwane esilandelayo esinamandla aphezulu kanye nobuningi bamandla kanye ne-impedance ephansi. Leli bhethri le-lithium-ion eliguquguqukayo lifanelekela izinhlelo zokusebenza ezahlukahlukene kanye nemiklamo yesistimu.
Ibhethri eliyi-cylindrical elingu-26650, elisebenza kahle kakhulu ezimweni ezinzima kakhulu, lihlanganisa ukuqina, ukuthembeka kanye nokuphepha ukuze linikeze inhlanganisela yentengo/ukusebenza okuhle kakhulu.
Ukusetshenziswa okuyinhloko kwamabhethri asilindayo kuyimishini ephathekayo enamandla aphezulu kanye nezinhlelo zokusekela amabhethri ezingashintshi.
I-Endress+Hauser ikhiphe i-Memograph M RSG45 data manager, idivayisi encane engasetshenziswa njengohlelo lokuthola idatha lwezinhlelo zokusebenza ezincane zokulawula izinqubo. I-RSG45 ithola okufika ku-14 okuhlukile kanye nokufakwayo kwe-analog okujwayelekile okungu-20/i-HART kusuka kuzinzwa zenqubo, ikhombisa idatha yenzwa esikrinini sayo se-TFT esinemibala eminingi esingu-7″, iqopha idatha ngaphakathi, yenza izibalo kanye nokuhlolwa kwe-alamu, futhi idlulisela idatha ku-PC Noma kunoma yiluphi uhlelo lokulawula nge-Ethernet, RS232/485, Modbus, Profibus DP noma isixhumanisi sokuxhumana sedijithali se-PROFINET. Idatha ingagcinwa futhi kudivayisi exhunywe echwebeni le-USB noma le-SD.
Okufakwayo ku-RSG45 kufaka phakathi i-4-20mA, i-4-20mA ene-HART, i-Voltage, i-RTD, i-Thermocouple, i-Pulse, i-Frequency kanye ne-Current. Iyunithi eyisisekelo ingamukela okufakwayo okungafika ku-14 okuhlukile, okukhishwayo okungu-2 kwe-analog kanye nokukhishwa kokudlulisela okungu-12. Amakhadi e-I/O angafakwa kuyunithi eyisisekelo angafika ku-20, okuvumela okufakwayo okungu-20 okujwayelekile/kwe-HART kwe-analog. Idatha igcinwa kumemori yangaphakathi engaphazanyiswa, ikhadi le-SD noma i-USB stick, konke okuhlangabezana nezidingo zokuphepha ze-FDA 21 CFR Part 11. Iseva yewebhu ehlanganisiwe ivumela ukufinyelela okusekelwe kusiphequluli kumadivayisi ngama-laptop, ama-PC, ama-smartphone, amaphilisi, amadivayisi okulungisa aphathwayo kanye nezinhlelo ezikude.
Isofthiwe yokuphatha amaqoqo ivumela abasebenzisi ukuthi baqophe futhi babone ngeso lengqondo idatha yokucubungula ngokuthembekile. Izikhawu zokuhlaziya ezichazwa ngumsebenzisi noma ezilawulwa ngaphandle zingalungiselelwa amaqoqo afinyelela kwamane ngesikhathi esisodwa. Amaqoqo anikezwa amanani aqondene neqoqo, futhi idatha yokulinganisa yeqoqo ngalinye, ukuqala, ukuphela, kanye nobude besikhathi, kanye nesimo samanje seqoqo, kuyaboniswa kudivayisi. Ekupheleni kweqoqo, ukuphrinta kweqoqo kuthunyelwa ngokuzenzakalelayo kuphrinta ye-USB noma yenethiwekhi yedivayisi, noma kungaphrintwa kwi-PC exhunyiwe.
I-Energy Pack ivumela abasebenzisi ukubala ukugeleza kobuningi namandla emanzini kanye nezicelo zomusi ngokusekelwe ekuguqukeni kokugeleza, ingcindezi, izinga lokushisa noma amazinga okushisa ahlukile. Imidiya yesiqandisi esekelwe ku-Glycol ingenza nezinye izibalo zamandla.
I-analyzer ye-E6000 ingalinganisa amagesi afinyelela kwayisithupha ngesikhathi esisodwa: i-O2, i-CO, i-NO, i-NO2, i-SO2, i-CxHy (HC) kanye ne-H2S. Iphinde ifake iphampu yokuxuba ukuze ilinganise i-CO ezenzakalelayo ifike ku-50,000 ppm. I-analyzer inephrinta eyakhelwe ngaphakathi, isibonisi sesithombe esinombala ogcwele, kanye nezilinganiso zokushisa kanye nengcindezi. Imemori yedatha yangaphakathi ingonga ngokuzenzakalelayo ukuhlolwa okufika ku-2,000. Iphakheji iza ne-USB ne-Bluetooth.
Uchungechunge lwe-HWHK lwe-Hammond Manufacturing luwuchungechunge lwezindawo zokuvala ezifakwe odongeni ezilula ukuzivula neziphephile ezenzelwe ukugcina imishini kagesi kanye/noma kagesi ezindaweni zezimboni ezinzima. Itholakala ngobukhulu obujwayelekile obungu-30, obuyisithupha ukuphakama kusuka kuma-intshi angu-24 kuya kwangu-60, obuhlanu ububanzi kusuka kuma-intshi angu-16 kuya kwangu-36, kanye nobuhlanu ekujuleni kusuka kuma-intshi angu-6 kuya kwangu-16, iqoqo lenzelwe ngqo izitshalo zezimboni ezisindayo, izinsiza zikamasipala, izindawo zangaphandle zikamasipala noma ezinye izindawo lapho indawo yokuvala isesimweni esinzima futhi ivame ukuvulwa ukuze kufinyelelwe ngemishini yangaphakathi.
Ukufinyelela kwenziwa ngesibambo esiqinile se-zinc die-cast esine-padlock esisebenza ngohlelo lokukhiya olubushelelezi olunezingqimba ezintathu olunikeza ukuvala okuhle kakhulu ngomzamo omncane lapho kuvulwa futhi kuvalwa umnyango. Ama-hinge e-piano ensimbi engagqwali aqinile avumela ukuvuleka komnyango okungu-180°, kanti ama-hinge pini asuswayo avumela ukususwa komnyango uma kudingeka.
Yakhiwe ngensimbi ethambile engu-14 gauge, i-HWHK iyi-ANSI 61 grey powder coat ebushelelezi engapendwa kabusha ngaphakathi nangaphandle, inomthungo opholishiwe oqhubekayo, idebe elakhiwe ukuze kukhishwe uketshezi olugelezayo kanye nokungcola, kanye ne-gasket yesikhundla sokuthulula esingenamthungo. Ihlangabezana nezidingo ze-UL 508 Type 3R, 4 kanye no-12, CSA Type 3R, 4 kanye no-12, NEMA 3R, 4, 12 kanye no-13, kanye ne-IP66 kuya ku-IEC 60529.
I-Antaira Technologies iyaziqhenya ngokumemezela umndeni we-LMP-0800G Series Extended Industrial Network Infrastructure.
Uchungechunge lwe-LMP-0800G lwe-Antaira Technologies luyizintambo zokushintsha ze-Ethernet eziphethwe yi-Gigabit PoE+ zezimboni ezingabizi kakhulu ezisebenzisa amachweba angu-8 ezinokufakwa kwamandla okungu-48~55VDC. Iyunithi ngayinye yakhelwe ngamachweba ayisishiyagalombili e-10/100/1000Tx Gigabit, ahambisana ne-IEEE 802.3at/af (PoE+/PoE), anokukhipha amandla kwe-PoE okufika ku-30W ngechweba ngalinye. Ngesivinini se-backplane esingu-16 Gigabit, i-LMP-0800G isekela ozimele abakhulu kanye ne-bandwidth ebanzi yokudlulisa amaphakethe amakhulu e-Ethernet ukuze kutholakale izixazululo zokuxhumanisa ezingeni lonqenqema. Lo mndeni womkhiqizo unikeza ukuvikelwa okuphezulu kwe-EFT, i-surge (2,000VDC) kanye ne-ESD (6,000VDC); futhi inomklamo wokufaka amandla amabili okuvikela i-reverse polarity. Kukhona nomsebenzi wokuxwayisa we-relay owakhelwe ngaphakathi ongaxwayisa abasebenzi bokulungisa uma kwenzeka ugesi uphela. Lokhu kuyenza ifaneleke kakhulu izinhlelo zokusebenza ezidinga ukuthembeka okuphezulu kanye nokwandiswa kwebanga.
Umugqa womkhiqizo ufika ufakwe kusengaphambili ngesofthiwe yokuphatha inethiwekhi ethi “Layer 2″, esekela i-Web Console noma i-Telnet okulula ukuyisebenzisa nge-serial console ngokusebenzisa ukucushwa kwe-CLI. Zonke izinkinobho eziphethwe yi-Antaira zinikeza ukuphindaphinda kwendandatho, zisekela amaphrothokholi e-STP/RSTP/MSTP kanye ne-ITU-T G.8032 (ERPS – Ethernet Ring Protection Switches), zisekela isikhathi sokubuyiselwa kwenethiwekhi esingaphansi kwama-50ms, zisusa noma yikuphi okukhona. Kukhona ukukhathazeka mayelana nezinkinga zokuhambisana nenethiwekhi. Izici zokuhlunga inethiwekhi ezithuthukisiwe kanye nezici zokuphepha, i-IGMP, i-VLAN, i-QoS, i-SNMP, ukukhiya imbobo, i-RMON, i-Modbus TCP kanye ne-802.1X/HTTPS/SSH/SSL zithuthukisa ukunqunywa kanye nokuphathwa kwenethiwekhi kwezinhlelo ze-SCADA ezikude noma amanethiwekhi okulawula. Ngaphezu kwalokho, isici sesofthiwe yesaziso se-PoE ping esithuthukisiwe sivumela abasebenzisi ukuthi baphinde basebenzise amandla avela kunoma iyiphi idivayisi enamandla akude (PD) ngembobo ye-PoE. Imbobo yangaphandle ye-USB2.0 ivumela abasebenzisi ukuthi bathumele futhi balondoloze zonke izilungiselelo zokucushwa. Okokugcina, isici "selebula elenziwe ngokwezifiso" esiguquguqukayo sivumela abahleli benethiwekhi ukuthi baqambe imbobo ngayinye yokuxhumana. Ngokuqamba imbobo ngayinye, abahleli benethiwekhi ingaphatha kalula amadivayisi asensimini ekude.
I-Power Costs Inc. ibuyekeze i-algorithm yayo yokwenza ngcono ukuze ifake imodeli yenethiwekhi ye-hydraulic eyinkimbinkimbi. Ukuthuthukisa ngasikhathi sinye izinsiza zamanzi ezishisayo, zamanzi kanye/noma ezipompiwe, izindawo zokugcina amanzi kanye nemikhawulo kaphethiloli, izinsizakalo ezihambisanayo kuyinqubo eyinkimbinkimbi kakhulu. Ukwengeza amanethiwekhi e-hydraulic anciphayo, ukuphakama, kanye nemingcele yokusebenza kahle ehlobene nekhanda enkingeni kuyinselele kakhulu. Inguqulo yakamuva ye-PCI GenTrader isebenzisa ama-algorithms asezingeni eliphezulu ukubhekana nalezi zinselelo nokuletha ukulungiswa kwe-hydrothermal kanye nenethiwekhi ezingeni elilandelayo. Izinto ezine ezibalulekile zamamodeli zihlukanisa imodeli yenethiwekhi ye-hydraulic ethuthukisiwe ye-PCI GenTrader:
I-Topology Eyinkimbinkimbi Abasebenzisi bangachaza inethiwekhi eyinkimbinkimbi yamanzi equkethe amachibi namachibi, bese bewaxhuma ngemigwaqo yamanzi. Ama-hydro-generator amaningi angasebenza kusukela echibini ngokusebenzisa amapayipi okucindezela. Iphampu ingalungiselelwa ukuhambisa amanzi phakathi kwamachibi amabili. Indlela ngayinye yamanzi inganqunyelwa ngamazinga okugeleza amancane naphezulu ngama-cubic feet ngomzuzwana (cfs). Ukugeleza kwendawo (isibonelo, imvula) kanye nokugeleza (ukuvuza kanye nokuhwamuka) nakho kungachazwa. Amazinga amanzi, amazinga okugeleza kanye nemigwaqo yokuchitheka kungalawulwa ukuze kufezwe imigomo yokuphathwa kwamanzi oyifunayo.
Ukuphakama kwedamu kuvezwa ngezinyawo, indawo yokugcina kuvezwa ngama-acre-feet, futhi ukugeleza kuvezwa ngama-cubic feet ngomzuzwana. Ngesikhathi senqubo yokwenza ngcono, i-PCI GenTrader yenza ukuguqulwa kwangaphakathi okudingekayo, njengoba kuchaziwe esigabeni esilandelayo.
Isihluthulelo sokufaka izakhiwo ze-hydraulic ezinemininingwane kunoma yikuphi ukwenza ngcono ukufakwa kwama-curve okudlulisa angewona aqondile achaza ubudlelwano phakathi kwamanzi nogesi. I-GenTrader isebenzisa ama-curve anjalo ku:
Ukuze ibambe ngokunembile imiphumela yokusebenza kahle kwamazinga ekhanda ahlukene, i-GenTrader ibala ngokusobala amazinga edamu eliphezulu kanye namanzi angemuva. Njengoba ukuphakama kwamanzi angemuva kungahluka kakhulu ngesilinganiso sokukhishwa, i-GenTrader ifaka lokhu kubalwa ukuze ithole ukuphakama kwekhanda okunembile.
I-Alliance Sensors Group inikeza uhlelo lokufaka ama-LVDT ayo e-PGHD Series kuma-turbine e-steam e-GE asebenzisa ama-GE Sensing Valve Position Sensors njengamanje. Lawa ma-kit okufaka asebenzisa isikhala esifanayo sembobo futhi akhiqiza ukuphakama okufanayo phakathi nezinzwa ze-GE ezikhona. Angasetshenziswa ukufaka i-PGHD LVDT eyodwa noma ama-PGHD LVDT amabili ahlanganisiwe. Lawa ma-kit aqeda isidingo sokuklama ama-scheme amasha okufaka noma ukukhiqiza ihadiwe entsha lapho kufakwa ama-GE sensor amadala. Umdwebo ongezansi ukhombisa ukuthi ikhithi ye-GEDS yenza kanjani ukufaka ama-PGHD LVDT amabili okusebenza okuphindwe kabili kube umsebenzi olula.
1. Ihadiwe yokufaka ihlangabezana nesikhala esifanayo sembobo futhi ikhiqiza ukuphakama okuphakathi okufanayo namabhulokhi okufaka e-GE
Izinzwa zesikhundla se-LVDT eziqondile zingapakishwa kabusha ngezinto zesimanje ukubhekana nezimo ezihambisana namandla enuzi asekelwe ku-thorium kanye nezinqubo ze-sulfidation ephezulu ezihambisana namafutha asindayo, ukulawulwa kwenqubo kanye nama-biochemicals.
Izinzwa ze-Macro Sensors' HSAR ezivalwe ngensimbi engagqwali ngokuphelele futhi ama-coil windings avalwe ezindaweni ezinzima ngokwe-IEC standard IP-68. Indawo yokukhipha umzila yalezi zinzwa ezisebenza nge-AC iqinisekisa ukuthi i-hermetic seal ivela endaweni yokusebenza.
Ezindaweni eziqinile, ama-HLR 750 Series LVDT Linear Position Sensors ezindawo eziyingozi ahlangabezana nezidingo ze-UL kanye ne-ATEX ze-Class I, Divisions 1 kanye ne-2, 1 kanye ne-2. Ama-Macro Sensors anikeza izinguqulo ze-half-bridge ezingenayo i-teflon zalezi zinzwa ze-linear position ezisebenza nge-AC ezidumile ekusetshenzisweni kwe-steam turbine ezindaweni ezikhazimulayo.
Njengezinzwa ezingasebenzi, izinzwa ze-HSTAR, HSAR kanye ne-HLR zingasebenza ezinhlelweni zokusebenza eziqinile, zinikeze isikhathi eside phakathi kokwehluleka. Ama-elekthronikhi e-LVDT anika amandla lawa ma-sensor, njenge-EAZY-CAL LVC-4000 LVDT signal conditioner ye-Macro Sensors, angahlukaniswa ezindaweni ezinzima, okwenza izinzwa ze-LVDT zenuzi zisebenze ezimweni ezimbi kakhulu kunezinzwa ezisebenza nge-DC ezisebenza ngama-elekthronikhi angaphakathi.
Imojuli entsha ye-valve ehambisanayo ye-WAGO Corp. yenza kube lula kakhulu ukuxhumeka kwama-valve e-hydraulic noma e-pneumatic ku-WAGO-I/O-SYSTEM 750. Imojuli ye-valve ehambisanayo engu-750-632 inobubanzi obungu-12 mm kuphela futhi inikeza isisombululo sokusebenza okuphezulu ngezindlela zokusebenza zokulawula ama-valve eziguquguqukayo.
Amavalvu amabili e-single-coil noma ivalvu eyodwa ye-double-coil ingalawulwa ngendlela eyodwa noma ngendlela emibili. Kwisiteshi ngasinye noma ikhoyili, amandla okukhipha angu-2A okusebenza kwesiteshi esisodwa kanye no-1.6A wokusebenza kweziteshi ezimbili. Kuhlanganiswe ne-setpoint ephansi/ukuphambuka kwenani langempela, amavalvu amancane namakhulu angalawulwa ngokuthembekile nangokuphindaphindeka okuphezulu.
I-750-632 inemiphumela emibili ye-PWM elawulwa yi-current (24V) kanye ne-dithering elungisekayo. Ukusetha imvamisa ye-dither ehlukanisiwe kunciphisa ukunyakaza, okulungiselelwa kuzungeze i-valve endaweni yokuphumula, okuvumela iphuzu elibekiwe ukuthi lichazwe ngaphandle kokubheka i-stiction. Lokhu futhi kuvimbela i-valve ukuthi inamathele ngenxa yemidiya eseleyo. Izincazelo ze-Setpoint zingalungiswa kuhlelo lokusebenza ngokukala kanye nama-ramp aphezulu/phansi angalungiselelwa.
Amamojula e-valve alinganayo angasebenza ngaphezu kwanoma iyiphi i-fieldbus ethandwayo (isb. i-MODBUS TCP, i-EtherNet I/P, i-CAN noma i-PROFIBUS) futhi anikeze ubuchwepheshe bokuxhumanisa i-CAGE CLAMP obuthembekile. Ilungele imishini esindayo esebenzisa ama-valve omoya noma i-hydraulic anomfutho ophezulu, i-750-632 isetshenziswa ezimbonini ezahlukahlukene okuhlanganisa ukumbiwa kwezimayini, uwoyela negesi, imishini esindayo ehambayo kanye nokwenza insimbi.
I-Siemens ifake isizukulwane sayo sakamuva sama-laptop ezimboni aqinile, alungele ukusebenza ngezici eziningi eziwusizo zobunjiniyela beselula. Idivayisi yokuhlela i-Simatic Field PG m5 ifakwe kusengaphambili nesofthiwe yobunjiniyela ye-Simatic TIA Portal (Total Integrated Automation) ukuze ilungiselelwe ngokushesha nangokuphumelelayo, iqaliswe, inikezwe isevisi kanye nokugcinwa, kanye nomsebenzi wobunjiniyela ezikhungweni zobuchwepheshe. I-notebook entsha iza ngezinguqulo ezimbili ezinehadiwe enamandla yokusetshenziswa kweselula ezitshalweni zezimboni: inguqulo ye-Comfort eneprosesa ye-Intel Core i5, kanye nenguqulo ethuthukisiwe eneprosesa ye-Intel Core i7 enamandla kakhulu. Amadivayisi athuthukile angalungiswa futhi kusetshenziswa isikhombimsebenzisi sesilawuli se-Simatic S5 sesizukulwane esidlule.
Amakhadi ememori e-Simatic angahlelwa ngqo ku-notebook yezimboni nge-interface yokufunda amakhadi e-Simatic. I-Simatic Field PG m5 ilethwa ngesofthiwe yobunjiniyela be-Simatic efakwe kusengaphambili futhi ilungele ukusebenza. Iphinde yaklanywa nge-TIA Portal - yezizukulwane zamanje nezangaphambilini zabalawuli be-Simatic namadivayisi e-HMI (Human Machine Interface).
I-Simatic Field PG m5 ifakwe imemori yokusebenza esheshayo ye-DDR4 engu-32 GB kanye nesitoreji esikhulu sobuchwepheshe obuqinile esingamelana nokushaqeka, esisheshayo, nesingashintshaniswayo esingu-1 TB. Iyunithi yokunikezwa kwamandla egcina isikhala enama-pole amathathu ihambisana nebhethri elinamandla elinokuphathwa kwebhethri okuthuthukisiwe kanye nomqondo wokushaja i-smartphone: kwimodi yokungasebenzi, i-Field PG ingasetshenziswa njengebhange lamandla. Izici zokuphepha kwedatha ezihlanganisiwe ze-TPM (Trusted Platform Module) kanye ne-WoL (Wake On LAN) kanye ne-iAMT (Intel's Active Management Technology) zandisa izinga lokuphepha lapho kusetshenziswa ama-hard drive futhi zenza kube lula ukuphathwa okude kumanethiwekhi ezinkampani.
Ama-S1A kanye nama-SC-100 DIN Rail Mounted, Push Button Calibrated LVDT Signal Conditioners e-Alliance Sensors Group akhiwe ngemuva kokuzwa imibono kanye nohlu lwezifiso ezivela kumakhasimende kanye nabakhiqizi be-LVDT. Lokhu kwenza i-Alliance Sensors Group ikwazi ukuklama nokukhiqiza ama-signal conditioner azo zonke izinhlobo ezahlukene zama-LVDT, ama-LVRT, ama-GE “buck-boost” LVDTs ama-gas turbine, ama-half bridge pencil probes kanye nama-RVDT, hhayi nje kuphela. Izimakethe ezilandelayo: Ziqinile futhi azixazululi izinkinga zabasebenzisi be-LVDT ngezinye izinhlelo zokusebenza.
Isixazululo: Ama-conditioner esignali e-S1A kanye ne-SC-100 LVDT ahlinzeka ngokusethwa kwe-LVDT okuhlakaniphile nokusheshayo ngesibonakaliso se-zero esakhelwe ngaphakathi kanye nezinkinobho ezilula zephaneli yangaphambili ukusetha i-zero kanye nesilinganiso esigcwele. Isikhathi sokulinganisa manje sesincishisiwe kusuka okungenani imizuzu engama-20 ngesiteshi ngasinye kuya kumzuzu owodwa noma emibili.
– I-master ezenzakalelayo eyingqayizivele yokusebenza kwe-master/slave – I-S1A ne-SC-100 zisusa imiphumela yokushaya kumayunithi asele noma ngabe i-master yehluleka
Uhla lwe-S-Unit luklanywe ngokukhethekile yi-CMR ukuze kube lula futhi kusebenze kahle ukuqapha isimo sezinhlelo zesethi yejenereyitha yedizili evikelekile ezisetshenziswa ezitshalweni zamandla enuzi. Njengoba iklanyelwe ukuhlangabezana nezindinganiso zemboni yenuzi nokuqinisekisa ukuthi amasethi ejenereyitha yedizili esekelayo ayaqhubeka nokusebenza kahle kakhulu, lawa mayunithi anikeza isixwayiso kusenesikhathi ngezinkinga ezingaba khona kanye nomonakalo omkhulu, okuthuthukisa ukuhlela ukulungiswa.
Amayunithi esizukulwane esilandelayo i-S128 kanye ne-S129 aqukethe okokufaka kwe-analog okungalungiseka kalula kweziteshi ezingu-32 ukuze kuqashwe kahle isimo sezimpawu zenjini eziyinhloko. Lokhu kufaka phakathi ukulinganisa izinga lokushisa legesi yokukhipha umoya, izinga lokushisa lamabhere, izinga lokushisa lamanzi, izinga lokushisa lokugoqa i-stator, ingcindezi, izinga lokushisa likawoyela we-lube kanye nezinye izici.
Iyunithi eqinile iklanyelwe ukumelana nezimo zokusebenza ezinzima nezidinga umzamo, inezindlela ezimbili zokusebenza ezibonisa unomphela isiteshi sokugcina esiskeniwe ngesandla noma ezibonisa ngokuzenzakalelayo zonke iziteshi zenzwa.
Isixhumi esibonakalayo esisebenziseka kalula kanye nekhiphedi yephaneli engaphambili kwenza izinguquko zokucushwa zibe lula, okuvumela ukuguqulwa kwezilungiselelo zokudlulisa zokukhipha ngazinye kanye namaqembu e-alamu ahleliwe kanye nama-setpoint.
I-Siemens yandise isofthiwe yayo ye-Sinema Remote Connect ukuze igcinwe kahle izitshalo nemishini esakazekile ukuze ifake izici eziningi ezintsha zokuphepha kanye nokwenza i-virtualization. Ngaphezu kwe-OpenVPN, ipulatifomu yokuphatha inguqulo 1.2 manje ine-IPsec encryption, evumela ukuxhumana okuguquguqukayo kumishini ehlukahlukene enezinqubo zokuphepha ezahlukene. Inguqulo entsha iyakwazi nokusebenza endaweni ebonakalayo. Lokhu akugcini nje ngokwandisa ukuguquguquka nokutholakala kwepulatifomu, kodwa futhi kuthuthukisa ukusebenza kahle kwezinsizakalo zokulungisa kanye nokusekela. Le platform yokuphatha ifaneleka kakhulu ekwakhiweni komshini olandelanayo nokhethekile.
Ipulatifomu yokuphatha i-Sinema Remote Connect iyisicelo seseva esivumela abasebenzisi ukuthi balondoloze kalula nangokuphephile izitshalo noma imishini esakazeke kabanzi ngokufinyelela kude. Imishini manje ingaxhuma kalula nge-OpenVPN noma i-IPsec, kuye ngezinqubo zokuphepha ezisekelwayo. Lesi sikhungo sisho ukuthi i-Sinema Remote Connect ingaxhumana ngokuphephile nemishini eminingi exhunyiwe nge-router. I-Siemens iphinde inikeze isisombululo esiphelele se-virtualization (i-Simatic Virtualization njengesevisi): lesi sixazululo sihlanganisa ukusethwa kwe-Sinema Remote Connect Server, ukucushwa komshini obonakalayo kanye nesakhiwo sawo senethiwekhi, ukufakwa nokucushwa kwesistimu yokusebenza kanye nokufakwa kwesofthiwe ye-Simatic okulungele ukusetshenziswa. Ukuze kusekelwe izinhlelo ze-virtualization kuyo yonke impilo yazo, i-Siemens inikeza izinsizakalo eziningana ezihlanganisiwe, kufaka phakathi i-Simatic Remote Services yokufinyelela kude nge-cRSP (Common Remote Services Platform), kanye ne-Managed Support Services ehlanganisa yonke imisebenzi yokusekela ezungeze uhlelo lwe-virtualization hosts.
I-E2S Warning Signals yethula uchungechunge olusha lwe-“D1x” lwama-warning horn, izikhulumi ze-PA kanye nama-warning unit ahlanganisiwe e-warning horn/xenon strobe, aqukethe okwakamuva kwe-electronics kanye nobunjiniyela be-acoustic, endaweni eqinile ye-aluminium ye-Lm6 yolwandle. Ama-alamu kanye nezinhlanganisela ze-UL/cULs Ahlelwe Ukudala Ama-warning Signals Asebenza Kakhulu Atholakala Ezindaweni Zesigaba I/II 1, 1, kanye ne-20 futhi Angasetshenziswa nama-Radial Horns Aqondiswe Ngokwendabuko noma Aqondiswe Ngokwe-Omni, okuholela ekusabalaleni komsindo okufanayo okungu-360°.
Le nkampani iphinde yabonisa izibani zayo ezintsha ze-"GNEx" GRP Xenon Strobe Lights, yengeza isignesha ebonakalayo kuhlu lwe-GNEx olungaqhumi futhi olungagqwali. Ifanelekela zonke izinhlelo zokusebenza ze-Zone 1, 2, 21 kanye no-22 eziyingozi, i-"GNEx" beacon inebanga lokushisa elandisiwe futhi iqinisekiswe yi-IECEx kanye ne-ATEX. Ngezinhlelo zokusebenza ezinokukhanya okuzungezile, i-GNExB2 beacon itholakala ngezinhlobo ze-10, 15 kanye ne-21 Joule, ikhiqiza kufika ku-902cd (i-xenon flash ekhipha kakhulu). I-GNExB1 inikeza i-xenon flash engu-5 joule endlini encane futhi elula. Okuhambisana nohlu yibhokisi le-GNExJ2 Ex d junction, elinokufakwa kwekhebula okuningi kanye nokulungiselelwa kwe-terminal kwezinhlelo zokusebenza ezahlukahlukene. Wonke ama-beacon e-"GNEx" atholakala njengezinto ezifakwe ebhodini ezine-alamu noma ezingenayo i-alamu horn sounder noma ibhokisi le-junction. Lezi zimpawu ezintsha ze-xenon strobe beacon zandisa umndeni we-"GNEx" ukuze ufake imisindo ye-siren horn, izikhulumi ze-PA kanye nezindawo zokushaya ngesandla. ukuze kusebenze ama-alamu omlilo, izinhlelo zokuthola igesi kanye nokuvala okuphuthumayo.
I-Siemens yethule inguqulo 9 ye-Simit, okuwuphawu lokwethulwa kwesizukulwane esisha sesofthiwe yayo yokulingisa yokuqalisa ukusebenza kwekhompyutha kanye nokuqeqeshwa kwabaqhubi bezitshalo ewine imiklomelo. Isizukulwane esisha sesofthiwe sisekelwe epulatifomu yokulingisa ejwayelekile. Nge-Simit 9, imisebenzi ezenzakalelayo ingahlolwa ngokugcwele ukuze ihlolwe ukwehluleka kwentuthuko noma ukusebenza futhi ilungiselelwe kusetshenziswa ukulingisa ngesikhathi sangempela kanye nokulingisa ngaphambi kokuqaliswa kokusebenza kwefektri. Ngokusebenzisa idatha yokuhlela ekhona, ubunjiniyela kanye nokuzenzakalelayo kanye nomtapo wolwazi onezingxenye ezinamandla ezisebenzisana ne-COMOS kanye ne-Simatic PCS 7, isizukulwane esisha se-Simit sisiza ukwenza inqubo yangempela yokuqalisa ukusebenza ngokushesha, ngokungabizi kakhulu kanye nokunciphisa izingozi.
I-Simit 9 ivumela ukuhlolwa nokwenza ngcono izixazululo zokwenza izinto ngokuzenzakalela ezindaweni zokulingisa kanye nokulingisa ngesisekelo esiphelele se-virtual kusetshenziswa isilawuli esiphelele se-virtual. Ukuhlolwa kwefektri okungokoqobo kungenziwa ngqo endaweni yokusebenza ngaphandle kwesidingo semishini yasefektri etholakalayo noma ubuchwepheshe obujulile bokulingisa.
Isizukulwane esisha se-Simit sinikeza nendawo yokuqeqeshwa okuphephile nokuphumelelayo kwabasebenzi bezitshalo. Izimo ezahlukene zokusebenza kwezitshalo zingalingiswa kusetshenziswa indawo yokuqeqesha engokoqobo. Ngaphambi kokuqaliswa kwangempela, abasebenzi bangasebenzisa izikrini zephaneli yomqhubi kanye nezinhlelo zokwenza ngokuzenzakalelayo ukuze bazijwayeze nesitshalo. Ukusebenzisa i-Simit njengohlelo lokuqeqesha akugcini nje ngokunciphisa ukusetshenziswa kwezinsiza zangempela, kodwa futhi kunciphisa noma ngisho nokugwema ngokuphelele izingozi ochwepheshe abangabhekana nazo ngesikhathi sokusebenza.
Ama-Siemens' Sinamics DCP DC power converters andisa ububanzi bamandla angalinganiswa afinyelela ku-480 kW ngokuxhumeka okuhambisanayo. Imvamisa yokushintshashintsha ephezulu yenza kube nokwenzeka ukusebenzisa ama-reactor amancane enuzi, okuholela kusayizi ongabizi kakhulu wedivayisi. Ukulawulwa kwamandla kagesi okuhlanganisiwe kuvumela i-DC/DC power converter ukuthi isetshenziswe njengomthombo wamandla kagesi aphezulu osukela ku-0 kuya ku-800 V DC.
Ama-DCP e-Sinamics afanelekela izinhlelo zokusebenza zezimboni kanye nezama-generator amaningi emkhakheni wamandla avuselelekayo. Njenge-converter ye-buck-boost enamandla angakhuliswa, idivayisi ingasebenza ngemodi ye-motor noma ye-generator. Idivayisi ingaxhuma amazinga amabili e-DC voltage ohlangothini lokufaka kanye nohlangothi lokukhipha, kungakhathaliseki ukuthi la mazinga anjani. Lokhu kwenza i-Sinamics DCP ifaneleke kakhulu ekushajeni nasekukhipheni amabhethri kanye nama-supercapacitor. Izivikelo zangaphakathi ziqinisekisa ukuthi amadivayisi axhunyiwe awakhokhiswa ngokweqile noma akhishwe ngokuphelele. Imvamisa ephezulu yokushintsha yangaphakathi ivumela ukwakheka okuhlanganisiwe kanye nesisindo esincane. Amandla okulayisha ngokweqile afinyelela ku-150% wamandla alinganiselwe enza ukuthi ifaneleke izinhlelo zokusebenza ezinamandla kakhulu.
Ama-Sinamics DCP DC/DC power converters angasetshenziswa ezinhlobonhlobo zezinhlelo zokusebenza. Lokhu kufaka phakathi ukusetshenziswa njengezinhlelo ze-hybrid ezinesitoreji samandla ezitshalweni zamandla e-photovoltaic kanye nezomoya, noma ukumboza imithwalo ephezulu kakhulu ezisetshenziswayo zokucindezeleka. Iphinde isetshenziswe kuma-gantry cranes aqhutshwa udizili kanye nezinhlelo zokugcina nokubuyisa, kanye naseziteshini zokushaja okusheshayo zezimoto zikagesi, kanye nomthombo wamandla kagesi wemishini yokuhlola embonini yezimoto. Izinhlelo zokugcina amabhethri ezingashintshi zingasetshenziswa neSinamics DCP.
I-Ideal Power Inc. yethule i-inverter yayo entsha ye-SunDial solar photovoltaic (PV), ehlanganisa i-port yesithathu e-bidirectional yokuhlanganiswa ngqo kwamandla elanga nesitoreji samandla ngesikhathi sokufakwa kokuqala noma nganoma yisiphi isikhathi esikhathini esizayo. I-SunDial iyi-inverter ye-PV ehlanganisiwe, esebenza kahle futhi ehlukanisiwe ngokuphelele ene-PV combiner ehlanganisiwe, i-disconnector kanye ne-maximum power point tracker (MPPT) eyakhelwe ngaphakathi. Iphinde ibe ne-port ye-DC port e-bidirectional engabiza kakhulu ethi "plug and play". Lo mklamo omusha "olungele isitoreji selanga kuqala" uwukuphela kwe-inverter ye-string etholakala kwezentengiselwano ene-port yokugcina ye-bidirectional engathuthukiswa ensimini, okwenza imakethe yesistimu ilungele imakethe yanamuhla yokugcina yelanga + Lungiselela.