I-ion chromatograph ezenzakalelayo
I-electrochemical suppressor yakhelwe ngokukhethekile ukuthi ihlale izenza kabusha.
Njengoba i-eluent ine-conductivity ephezulu yangemuva, ukuvimbela amakhemikhali kufanele kwenziwe ukuze kutholakale amasignali avela kubahlaziyi.Ukuvinjelwa kokusebenza kwangemuva kufinyelelwa ngokusabela kwe-CO32- kanye ne-HCO3- ekukhanyeni nge-H+ ekhiqizwe yi-electrolysis ukuze kukhiqizwe i-H2CO3 ye-conductivity ephansi ngesikhathi sokuhlaziywa kwe-anion kanye nokusabela kwe-H+ ekukhanyeni nge-OH- ekhiqizwa yi-electrolysis ukuze kukhiqizwe i-H2O. .
Ama-H+ noma ama-OH- ions akhiqizwa nge-electrolysis ngaphandle kokwengezwa kolwazi oluthe xaxa ukuze kutholakale ukuvuselelwa okuzenzakalelayo kolwelwesi lokushintshisana kwe-ion.
I-self-regenerative electrochemical suppressors for anion and cations ihlinzekwa ngezici zomthamo omkhulu wokuvimbela, i-conductivity yangemuva ephansi (izinga le-ppb), ivolumu ephansi efile, ukulinganisa okusheshayo, ukuphindaphinda okuhle, ukusebenza okulula, ukugcinwa okulula njll.
• I-PEEK egcwele ama-double plunger kanye nepompo yokufaka i-pulsation ephansi enezinhlobonhlobo zamazinga okugeleza, ukusebenza okuzinzile kanye nezindleko zokunakekela eziphansi.
• Uhlelo olugcwele lokugeleza lwe-PEEK ukuze kuvikelwe ekungcolisweni kwensimbi, ukucindezela okuphezulu, ama-asidi nama-alkali kanye nokuhambisana nezincibilikisi zemvelo.
• Amakhono okudlulisa idatha anesivinini esikhulu kanye nokucubungula kanye nokuhlonza okuzenzakalelayo, ukulawula kanye nokuqapha kwesikhathi sangempela isimo sokusebenza sezingxenye zensimbi ukuqinisekisa ukuhlaziya okuqhubekayo nokuzinzile.
• Umtshina we-digital conductivity oshisayo othuthukisiwe onokuzwela okuphezulu, ukuzinza okuphezulu ukuqinisekisa imiphumela enembile nethembekile.
• Ijeneretha eyi-elient yokuzikhethela ukuze kuzuzwe ukulungiselela okuzenzakalelayo.
I-Advanced Software System
Wonke amapharamitha wezinsimbi alawulwa ngesoftware futhi aboniswa kusixhumi esibonakalayo.
Isofthiwe ye-Ace chromatography inamandla futhi kulula ukuyiqonda.Insimbi ingasebenza futhi ngephaneli yangaphambili.Isimo sesikhathi sangempela sengxenye ngayinye singagadwa phakathi nayo yonke inqubo yokuhlaziya.
I-EG100 Eluent Generator - Isandla Sokusiza se-Ion Chromatography
Ama-opharetha ngokuvamile adinga ukushintsha ukucaciswa kokugxila okuhlukene kanye nezinhlobo ezahlukene ngesikhathi sokuhlaziya, okudala umthwalo osindayo futhi ongenakugwemeka ukubangela amaphutha abantu.Ukuze kuxazululwe le nkinga, i-Nanbei yethule ijeneretha ehlukile futhi ezenzakalelayo ye-EG100 ngaphandle kweyunithi eyengeziwe yokukhipha umoya.
• Idizayini yesakhiwo yesayensi nenengqondo futhi ayikho iyunithi yokukhipha umoya eyengeziwe ukuze kuqinisekiswe ukukhiqizwa okuthembekile kwezinto ezitholakalayo.
• Kudingeka iphampu eyodwa kuphela ukuze kufinyelelwe ekuthuthukisweni kwe-concentration gradient.
• Kokubili i-OH-, CO32- / HCO3- eluent yokuhlaziywa kwe-anion kanye ne-methanesulfonic acid eluent yokuhlaziywa kwe-cation kukhiqizwa ngokuzenzakalelayo.
• Ukusebenza okulula nokulawula.Ukugxila kwe-eluents kungasethwa ngesofthiwe noma nakuba iphaneli yangaphambili.
• Izinhlamvu zokuhlanzeka okuphezulu zikhiqizwa ngokuzenzakalelayo ngaphandle kokulungiselela mathupha ukuze konge isikhathi somsebenzisi.
• Susa amaphutha ngenxa yokulungiselela okucatshangelwayo kanye nokugcinwa kwesikhathi eside ukuze kuthuthukiswe kakhulu ukukhiqizwa kabusha kwemiphumela yokuhlaziya.
• Yehlisa futhi ingemuva le-conductivity nomsindo ngakho-ke thuthukisa ukuzwela kokubona.
• Yehlisa isikhathi sokuchayeka komsebenzisi kuma-ejenti amakhemikhali ukuze kwakheke indawo yokusebenza ephephile.
• Ingalawulwa ngokuzimela ngephaneli yangaphambili futhi isetshenziswe nanoma iyiphi i-ion chromatograph.
I-DM-100/DM-101 I-Degasser eku-inthanethi
Ukusetshenziswa: I-DM-100 / DM-101 i-degasser eku-inthanethi ingasetshenziselwa i-Nanbei-2800 uchungechunge lwe-ion chromatograph, i-LC-5500 uchungechunge lwe-chromatograph ewuketshezi esebenza kakhulu, noma i-ion chromatograph ne-chromatograph ewuketshezi evela kwabanye abakhiqizi.
Izici: I-Degasser eku-inthanethi inezici zokusebenza kahle kokukhipha umoya, ukufakwa kalula, ukulingana kwesisekelo esisheshayo, akukho ukukhukhuleka, nomsindo ophansi kungakhathaliseki ukuthi usebenzisa i-isocratic elution noma i-gradient elution.
Ukufakwa: I-DM-100 / DM-101 i-degasser eku-inthanethi ingahlonyiswa ngamashaneli angu-1 kuya kwangu-4 akhipha umoya ngokwezidingo zamakhasimende.Ukuma kwe-degasser evundlile noma eqondile kuyakhethwa ngokusekelwe kumklamo wesakhiwo sesistimu ye-chromatography ebhangqwe nayo.I-degasser eku-inthanethi ingafakwa phakathi kwamathangi e-reservoir namaphampu okumnika.
| Ukuhlaziya | |
| Ama-Ions atholakalayo | U-Aniyonis: F-, Cl-, NO2-, Br-, I-BrO3-, NO3-, HPO42-, SO32-, S2O32-, SO42-, HCOO-, i-acetic acid, i-oxalic acid, ukuphuma kwe-sterilized amanzi ompompiI-Cations: Li+, Na+, OKUNCANE4+, K+, Mg2+, Ca2+ |
| UkutholwaRintukuthelo | ppb |
| AmandlaRintukuthelo | 103 |
| LinearRejabule | 0.9998 |
| IsisekeloNhhawu | ≤0.5%FS |
| IsisekeloDukuhlukana | ±1.5% FS/30min |
| Iphampu ye-Fluid | |
| Thayipha | Iphampu yepiston ekabili ehambisanayo, ishayela kanye nokunyakaza okulawulwa yi-microprocessor, isivinini iyalungiseka. |
| Ukwakhiwa | Izinto ezingasebenzi ngamakhemikhali, ze-PEEK ezingezona ezensimbi zekhanda lepompo kanye nesistimu yokugeleza |
| pH | 0-14 |
| Lawula | Ngesoftware ye-Ace noma iphaneli yangaphambili |
| Ingcindezi Yokusebenza | Ubukhulu 35 MPa (5000 psi) |
| UkugelezaLinganisaIbanga | 0.001~15.00 mL/min, 0.001 ama-increments |
| Ukunemba kokugeleza | ≤0.1% i-RSD |
| Ukunemba Kokugeleza | ±0.2% |
| I-Piston Valve Cleaning | I-piston ephindwe kabili yokuhlanza okuqhubekayo |
| Over Pressure Protection | Umkhawulo ophezulu 0-35 MPa, ngeyunithi engu-1 ekhuphukayo, umkhawulo ophansi: iyunithi engu-1 ephansi kunophezulu umkhawulo. Iphampu iyeka ukusebenza uma umkhawulo ophezulu ufinyelelwe |
| Ukukhishwa kwegesi ku-inthanethi (ongakukhetha | 2-iziteshi, automatic online |
| I-Temperature Controlled Conductivity Detector | |
| Thayipha | I-Microprocessor elawulwayo, isignali yedijithali |
| Imvamisa Yeseli | 10 kHz |
| Ibanga lokutholwa | 0-15000 µS |
| Isixazululo | 0.0275 nS/cm |
| I-Cell TemperatureIbanga | Izinga lokushisa legumbi ~ 60℃, Umsebenzisi uyalungiseka |
| Temperature Ukuzinza | ≤0.005℃ |
| Ukwakhiwa Kweseli | I-PEEK |
| Ivolumu Yeseli | <1µL |
| Ikholomu Ihhavini | |
| Izinga Lokushisa | Izinga lokushisa legumbi+ 5~ 60℃ |
| Ukunemba kwezinga lokushisa | ±0.5°C |
| Temperature Ukuzinza | ≤0.1°C |
| Umcindezeli | |
| Uhlobo Lokucindezela | Ukuzivuselela kabusha okuzenzakalelayo |
| UkucindezelwaCukukhululeka | U-Aniyoni100 mmol/L NaOH |
| I-Cation100 mmol/L MSA | |
| Ivolumu Efile | <50 |
| Ukulinganaisikhathi | |
| U-Aniyoni SumcindezeliOkwamanje | 0-200 mA |
| I-Cation SumcindezeliOkwamanje | 0-300 mA |
| I-Eluent Generator | |
| I-Eluent Concentration range | 0.1-50 mmol/L |
| Uhlobo lwe-Eluent | OH-, CO32-/HCO3-, I-MSA |
| Ukwanda Kokugxila | 0.1 mmol/L |
| UkugelezaLinganisaIbanga | 0.5-3.0 mL/min |
| Izinga Lokushisa Lokusebenza | Ukushisa kwegumbi - 40 ℃ |
| Umswakama Osebenzayo | 5% - 85% umswakama ohlobene, akukho-condensation |
| Ubukhulu | 586mm×300mm×171mm |
| Isisindo | 5 kg |
| Okuzenzakalelayosampler | |
| Izikhundla eziyisampula | 120 amasampula (1.8mL izitsha) |
| Ukuphindaphinda | <0.3 RSD |
| Izinsalela/Ukungcoliswa Kwesiphambano | I-CV <0.01% |
| Isampulakanye noMqulu | 0.1µL-100µL |
| Umjovo Probe Cleaning | Ukuhlanza ngokuphindaphindiwe, akukho mkhawulo wesikhathi |
| Ubukhulu | 505mm×300mm×230mm |
| Amandla | 220±10V, 50/60Hz |
| Eminye Imininingwane | |
| Amandla | 220 ± 10V, 50/60 Hz |
| I-Environment Temperature | 5℃ |
| Imvelo Umswakama | 5% -85% umswakama ohlobene, akukho-condensation |
| Isixhumanisi Esibonakalayo | RS485(USB Optional) |
| Ubukhulu(ubude × ububanzi ×ubude) | 586mm×300mm×350mm |
| Isisindo | 34 kg |
| Amandla | 150 W. |
