I-GDFJ-VI Transformer Dissolved Gas Analyzer
I-GDFJ-VI Transformer Dissolved Gas Analyzer iyi-chromatograph yegesi ephathekayo elungele ukuhlaziya ngokushesha esizeni.Ihlanganisa ukutholwa kwe-chromatographic, ukuhlaziya kanye nokuxilongwa kokukodwa, kanye nomtshina omncane, umthombo wegesi omncane kanye nekhompyutha yesikrini sokuthinta eyakhelwe ngaphakathi.Inokuhlanganiswa okuphezulu, ukuzinza okungcono, ukwakheka okuntekenteke kanye nokusebenza okulula kunechromatography kawoyela ephathekayo yendabuko.Ukuhlaziya okusendaweni kungahlaziya kusenesikhathi futhi kuhlonze izimo zamaphutha e-transformer, kwenze amandla asebenze kalula futhi abe lula.Ithuluzi lamukela inqubo yakudala yezitholi ezintathu, futhi idatha yokuhlaziya iyafana naleyo yechromatograph yaselabhorethri evamile.Ithuluzi lamukela umqondo womklamo omncane we-modular othuthukisiwe.Inokuhlanganiswa okuphezulu, usayizi omncane kanye nesisindo esincane, okulula ukukuthwala kusayithi ukuze kuhlaziywe.Inikeza idatha efika ngesikhathi nenembile yokuqapha nokuhlolwa kwe-transformer, futhi yonga inqwaba yabasebenzi nezinsizakusebenza.
Ukuhlaziywa okugcwele kokuqukethwe kwezingxenye eziyisikhombisa zegesi H2, CO, CO2, CH4, C2H4, C2H6, C2H2(i-hydrogen, i-carbon monoxide, i-carbon dioxide, i-methane, i-ethylene, i-ethane, i-acetylene) encibilikisiwe emafutheni avikelayo angaqedwa ngomjovo owodwa.Isilinganiso esincane sokutholwa kwe-acetylene singu-0.1ppm, futhi sisetshenziswe ngempumelelo ezimbonini eziningi neminyango efana nezinkampani eziphakela ugesi, izimboni zikagesi, izitshalo ezishintshashintshayo, amabhizinisi amakhulu ancibilikisayo, kanye nezingxenye zokuphakela ugesi wezitimela.
●Ubuchwepheshe bokuvimbela ukulawula kwesikrini sokuthinta okwakhelwe ngaphakathi ukuze ubone ukuboniswa okubonakalayo komfutho womoya wensimbi.
Zonke izingcindezi zomoya ziboniswa ngedijithali yinzwa yokucindezela.Ingcindezi yegesi elithwalayo, igesi ye-hydrogen nomoya kungafundwa ngokuqondile endaweni yokusebenza, futhi izimo zokuhlaziya zingabanjwa ngesikhathi sangempela.
●Ukusebenzisa ubuchwepheshe bokuvimbela ukulawula kwesikrini sokuthinta ukuze kuzuzwe ukulungiselelwa kwezinga lokushisa kwensimbi, isibonisi nokunye ukusebenza.
Wonke amapharamitha okushisa angaboniswa ngedijithali.Izinga lokushisa lebhokisi lekholomu, umtshina kanye ne-reformer ingafundwa futhi ilawulwe ngokuqondile indawo yokusebenza.Ukusebenza kulula futhi kucacile.
●Chofoza isikrini sokuthinta ukuze uqedele ukushisisa, ukupholisa, ukuthungela kanye nezilungiselelo zamanje.
Idivayisi eyakhelwe ngaphakathi yokulawula indlela yomoya ezenzakalelayo isusa ngokuzenzakalelayo ingxenye yomoya lapho isebenza esikrinini sokuthinta, ukuze isilinganiso se-hydrogen nomoya sifinyelele isilinganiso esifanele ukuthungela, futhi sibuyisele isilinganiso ngemva kokuba ukuthungela sekuqediwe ngokuzenzakalelayo;ngokufanayo, ngewindi lokusetha ukugeleza kwebhuloho ku-software yendawo yokusebenza ingaqedela ukulungiselelwa kokugeleza kwebhuloho elishisayo.
●Ubuchwepheshe be-elekthronikhi be-FID bokusetha iqanda ukuze kuthuthukiswe ikhono lokulwa nokuphazamiseka kwethuluzi.
Isitholi se-FID sisebenzisa ubuchwepheshe be-elekthronikhi bokusetha iqanda kanye nesekhethi yedijithali enembe kakhulu ukunxephezela amandla amanje ayisisekelo e-FID, ukuze kuqashelwe ukulawulwa kwe-elekthronikhi kwezinga lesiginali yokuphumayo ye-FID.Ngenxa yokuthi ukulawulwa kwe-elekthronikhi kungafakwa ngokuqondile esiteshini sesignali sebhodi lesifunda ukuze kuthuthukiswe ikhono lokucindezela umsindo we-elekthronikhi, asikho isignali yokuphazamiseka lapho i-potentiometer yomshini ixhunyiwe.Ngenxa yokunciphisa imingcele ye-parasitic, inekhono eliqinile lokulwa nokuphazamiseka.
●Ukusebenzisa i-computer anti-control ubuchwepheshe ukuze kuzuzwe ukulawula oscillator.
Ngomugqa wesiginali oxhumayo, inganikeza amandla ku-oscillator encane, futhi ngokusebenzisa indawo yokusebenza, ingasebenzisa yonke inqubo ye-oscillator, njengokushisa, ukuqala i-oscillation, ukuma, ukubhuza ngokushesha ekugcineni, njll.ystem in IsiNgisi nesiShayina, ezingashintshwa ngokukhululeka.
●Iphampu yomoya ethule eyakhelwe ngaphakathi, ngaphandle komthombo womoya wangaphandle.
Ngephampu yomoya encane engenisiwe ngaphakathi kwenjini eyinhloko, ingahlinzeka ngomthombo womoya wethuluzi ngaphandle kokuphazamiseka.Ngenxa yedizayini evimbela ukushaqeka, iphampu yomoya ingasebenza buthule, futhi umsebenzisi ngeke ezwe ukuthi ikhona.
●Umsebenzi wokuvikela ukuphuka kwegesi we-thermal conductive tungsten wire.
Ngomsebenzi ohlakaniphile wokuvikela i-thermal cutoff, lapho ingcindezi yegesi yenkampani yenethiwekhi ingaphansi komkhawulo wokuphepha, isistimu izonqamula ngokuzenzakalelayo i-thermal conductivity yamanje ukuvikela umtshina we-thermal conductivity emonakalweni.
| Isakhi | Okuncane.ukuhlushwa kokutholwa |
| H2 | 2 |
| CO | 5 |
| CO2 | 10 |
| I-CH4 | 0.1 |
| C2H4 | 0.1 |
| C2H6 | 0.1 |
| C2H2 | 0.1 |
I-FID (umtshina we-ionization wamalangabi)
●Umkhawulo wokutholwa: Mt≤3×10-12g/s (Hexadecane/isooctane)
●Umsindo oyisisekelo: ≤5×10-14A
●Ukushintsha okuyisisekelo: ≤1×10-13A/30min
●Ibanga lomugqa: ≥ 106
I-TCD(i-thermal conductivity detector)
●Ukuzwela: S≥3500mV•ml/mg (okuvamile);5000mV•ml/mg (izwela kakhulu)
●Umsindo oyisisekelo: ≤10μV
●Ukushintsha okuyisisekelo: ≤30μV/30min
●Ibanga lomugqa: ≥104
Inkomba yokulawula izinga lokushisa
| Ingxenye yokulawula izinga lokushisa | Ibanga | Ukunemba |
| Ibhokisi lekholomu | 4 ~ 450℃ngaphezu kwezinga lokushisa legumbi | ±0.1℃ |
| Umjovo wekholomu opakishiwe | 4 ~ 450℃ngaphezu kwezinga lokushisa legumbi | ±0.1℃ |
| I-FID Detector | 4 ~ 450℃ngaphezu kwezinga lokushisa legumbi | ±0.1℃ |
| TCDUmtshina | 4 ~ 450℃ngaphezu kwezinga lokushisa legumbi | ±0.1℃ |
| Ukuguqulwa kwe-nickel catalyster | 4 ~ 450℃ngaphezu kwezinga lokushisa legumbi | ±0.1℃ |
Abanye
Ubukhulu: 420*280*300mm
Isisindo: ˂15kg
Ukunikezwa kwamandla: AC220V±10%, 50Hz
| Cha. | Igama | Ukucaciswa | Qty. |
| 1 | I-DGA ephathekayo | I-GDFJ-VI | 1setha |
| 2 | Indawo yokusebenza yeChromatography | I-insulating oil edition ekhethekile | 1setha |
| 3 | I-Miniature Full Automatic Oscillator | 1setha | |
| 4 | I-Nitrogen Ehlanzekile Ephakeme | 2L, 99.999%, Ingxubevange ye-Aluminium ibhodlela | 2amabhodlela |
| 5 | I-Hydrogen Ehlanzekile Ephakeme | 2L, 99.999%, Ingxubevange ye-Aluminium ibhodlela | 1ibhodlela |
| 6 | I-Standard Gas | 2L, 7 Izingxenye, Ingxubevange ye-Aluminium ibhodlela | 1ibhodlela |
