I-GDFJ-VI Transformer eNyityisiweyo yoHlalutyi lwegesi
I-GDFJ-VI Transformer Dissolved Gas Analyzer yi-chromatograph yegesi ephathekayo efanelekileyo kwi-site yohlalutyo olukhawulezayo.Idibanisa ukufunyanwa kwe-chromatographic, uhlalutyo kunye nokuxilongwa kwelinye, kunye ne-micro detector, umthombo wegesi encinci kunye nekhompyutheni yekhompyutheni yesikrini.Inodibaniso oluphezulu, uzinzo olungcono, ukumila okubuthathaka ngakumbi kunye nokusebenza ngokulula kunechromatography yeoli ephathekayo.Uhlalutyo lwendawo lunokuhlalutya kwangexesha kwaye luxilonga iimeko zempazamo ze-transformer, ukwenza amandla asebenze lula kwaye alungele ngakumbi.Isixhobo samkela inkqubo ye-classical ye-detector emithathu, kwaye idatha yohlalutyo iyafana naleyo yechromatograph yebhubhoratri yendabuko.Isixhobo samkela ingqikelelo yoyilo lweemodyuli ezincinci eziphambili.Inokuhlanganiswa okuphezulu, ubungakanani obuncinci kunye nobunzima obulula, obulula ukuyihambisa kwindawo yokuhlalutya.Ibonelela ngexesha elifanelekileyo kunye nedatha echanekileyo yokubeka iliso kunye novavanyo lwe-transformer, kwaye igcina uninzi lwabasebenzi kunye nezixhobo eziphathekayo.
Uhlalutyo olupheleleyo lweziqulatho zamacandelo asixhenxe erhasi H2, CO, CO2, CH4, C2H4, C2H6, C2H2(i-hydrogen, i-carbon monoxide, i-carbon dioxide, i-methane, i-ethylene, i-ethane, i-acetylene) echithwe kwi-oyile ye-insulating ingagqitywa kwinaliti enye.Ubuncinci bokuchongwa kwe-acetylene yi-0.1ppm, kwaye isetyenziswe ngempumelelo kumashishini amaninzi kunye namasebe afana neenkampani zokubonelela ngombane, amaziko ombane, izityalo ze-transformer, amashishini amakhulu okunyibilikisa, kunye namacandelo ombane kaloliwe.
●Itekhnoloji eyakhelwe-ngaphakathi yesikrini esichasene nolawulo lokubona umboniso obonakalayo woxinzelelo lomoya wesixhobo.
Zonke iingcinezelo zomoya ziboniswa ngedijithali yinzwa yoxinzelelo.Uxinzelelo lwegesi yokuthwala, igesi ye-hydrogen kunye nomoya unokufundwa ngokuthe ngqo kwindawo yokusebenza, kwaye iimeko zokuhlalutya zinokubanjwa ngexesha langempela.
●Ukusebenzisa itekhnoloji yokuthintela ukulawulwa kwesikrini ukufikelela kwisixhobo sokusetha ubushushu, umboniso kunye neminye imisebenzi.
Zonke iiparamitha zobushushu zinokuboniswa ngokwedijithali.Ubushushu bebhokisi yekholomu, i-detector kunye ne-reformer inokufundwa kwaye ilawulwe ngokuthe ngqo kwi-workstation.Utyando lulula kwaye lucacile.
●Cofa isikrini ukuze ugqibezele ukufudumeza, ukupholisa, ukutshisa kunye nesetingi zangoku.
Isixhobo sokulawula indlela yomoya esakhelwe ngokuzenzekelayo sisusa ngokuzenzekelayo inxalenye yomoya xa sisebenza kwisikrini sokuchukumisa, ukwenzela ukuba umlinganiselo we-hydrogen ukuya emoyeni ufikelele kumlinganiselo ofanelekileyo wokutshisa, kwaye ubuyisela umlinganiselo emva kokuba ukuvutha kugqitywe ngokuzenzekelayo;ngokunjalo, ngebhulorho yokuseta iwindow kwisoftware yendawo yokusebenza inokugqiba useto lokuhamba kwebhulorho eshushu.
●Itekhnoloji yeDijithali ye-FID ye-elektroniki yokumisela i-zero yokuphucula isakhono sokuchasana nokuphazamiseka kwesixhobo.
Umtshina we-FID usebenzisa itekhnoloji yokumisela i-zero ye-elektroniki kunye nesekethe yedijithali echaneke kakhulu ukubuyisela isiseko sangoku se-FID, ukuze kuqondwe ukulawulwa kwe-elektroniki kwinqanaba lemveliso ye-FID.Ngenxa yokuba umgaqo we-elektroniki unokufakwa ngokuthe ngqo kumjelo womqondiso webhodi yesekethe ukuphucula amandla okunciphisa ingxolo ye-elektroniki, akukho mqondiso wokuphazamiseka xa i-potentiometer yomatshini ixhunyiwe.Ngenxa yokunciphisa iiparamitha zeparasitic, inamandla okumelana nokuphazamiseka.
●Ukusebenzisa iteknoloji yokuchasana nokulawulwa kwekhompyutheni ukuphumeza ulawulo lwe-oscillator.
Ngokusebenzisa umgca wesignali yokudibanisa, inokubonelela ngamandla kwi-oscillator encinci, kwaye ngokusebenzisa indawo yokusebenza, inokusebenza yonke inkqubo ye-oscillator, njengokufudumala, ukuqala i-oscillation, ukuma, ukukhwaza ngokukhawuleza ekupheleni, njl njl. IsiNgesi kunye nesiTshayina, ezinokuthi zitshintshwe ngokukhululekileyo.
●Impompo yomoya ethe cwaka eyakhelweyo, ngaphandle komthombo womoya wangaphandle.
Ngompompo omncinci womoya ongenisiweyo ngaphakathi kwenjini enkulu, inokubonelela ngomthombo womoya wesixhobo ngaphandle kokuphazamiseka.Ngenxa yoyilo lobungqina bomothuko, impompo yomoya inokusebenza ngokuzolileyo, kwaye umsebenzisi akayi kuva ubukho bayo.
●Umsebenzi wokukhusela ukuphulwa kwegesi ye-thermal conductive tungsten wire.
Ngomsebenzi ohlakaniphile wokukhusela i-thermal cutoff, xa uxinzelelo lwegesi ye-carrier lungaphantsi komda wokhuseleko, inkqubo iya kunqumla ngokuzenzekelayo i-conductivity ye-thermal yangoku ukukhusela i-thermal conductivity detector kumonakalo.
| Icandelo | Min.ukugxininiswa kokubona |
| H2 | 2 |
| CO | 5 |
| CO2 | 10 |
| CH4 | 0.1 |
| C2H4 | 0.1 |
| C2H6 | 0.1 |
| C2H2 | 0.1 |
I-FID(i-ionization detector yomlilo)
●Umda wokubona: Mt≤3×10-12g/s (Hexadecane/isooctane)
●Ingxolo esisiseko: ≤5 × 10-14A
●Ukutshintshwa kwesiseko: ≤1 × 10-13A / 30min
●Uluhlu lomgca: ≥ 106
I-TCD(isixhobo se-thermal conductivity)
●Uvakalelo: S≥3500mV•ml/mg (eqhelekileyo);5000mV•ml/mg (ubuthathaka kakhulu)
●Ingxolo esisiseko: ≤10μV
●Isiseko sokutshintsha: ≤30μV / 30min
●Uluhlu lomgca: ≥104
Isalathisi solawulo lobushushu
| Inxalenye yolawulo lobushushu | Uluhlu | Ukuchaneka |
| Ibhokisi yekholamu | 4 ~ 450℃ngaphezu kobushushu begumbi | ±0.1℃ |
| Isitofu sekholamu epakishweyo | 4 ~ 450℃ngaphezu kobushushu begumbi | ±0.1℃ |
| FID detector | 4 ~ 450℃ngaphezu kobushushu begumbi | ±0.1℃ |
| TCDUmtshini | 4 ~ 450℃ngaphezu kobushushu begumbi | ±0.1℃ |
| Uhlaziyo lwe-nickel catalyster | 4 ~ 450℃ngaphezu kobushushu begumbi | ±0.1℃ |
Abanye
Ubungakanani: 420*280*300mm
Ubunzima: ˂15kg
Ubonelelo lwamandla: AC220V±10%, 50Hz
| Hayi. | Igama | Inkcazo | Qty. |
| 1 | I-DGA ephathekayo | GDFJ-VI | 1iseti |
| 2 | Indawo yokusebenza yeChromatografi | I-insulating oil edition ekhethekileyo | 1iseti |
| 3 | Miniature Full Oscillator Automatic | 1iseti | |
| 4 | I-nitrogen ecocekileyo ePhezulu | 2L, 99.999%, Aluminiyam ingxubevange ibhotile | 2iibhotile |
| 5 | I-Hydrogen ecocekileyo ePhezulu | 2L, 99.999%, Aluminiyam ingxubevange ibhotile | 1ibhotile |
| 6 | IGesi eqhelekileyo | 2L, 7 Amacandelo, Aluminiyam ingxubevange ibhotile | 1ibhotile |
