I-ion chromatograph ezenzekelayo
I-electrochemical suppressor yenzelwe ngokukodwa ukuba iqhubeke nokuzihlaziya.
Ekubeni i-eluent ine-conductivity ephezulu yangasemva, inhibition yekhemikhali kufuneka yenziwe ukuze imiqondiso evela kubahlalutyi inokufunyanwa.Ukuvinjelwa kokuziphatha kwemvelaphi kufezekiswa ngokusabela kwe-CO32- kunye ne-HCO3-kwi-eluent kunye ne-H + eveliswe yi-electrolysis ukuvelisa i-H2CO3 ye-conductivity ephantsi ngexesha lohlalutyo lwe-anion kunye nokuphendula kwe-H + kwi-eluent kunye ne-OH-eveliswa yi-electrolysis ukuvelisa i-H2O. .
I-H+ okanye i-OH- ion ziveliswa yi-electrolysis ngaphandle kokongezwa kwe-eluent eyongezelelweyo ukuqaphela ukuhlaziywa ngokuzenzekelayo kwe-ion exchange membrane.
I-self-regenerative electrochemical suppressors for anion and cations ibonelelwa ngeempawu zomthamo omkhulu wokuthintela, i-conductivity ephantsi yangasemva (inqanaba le-ppb), umthamo ophantsi ofileyo, ukulingana okukhawulezayo, ukuphindaphinda okulungileyo, ukusebenza okulula, ukugcinwa okulula njl.
• I-PEEK egcwele i-double plunger kunye nempompo yokufaka i-pulsation ephantsi kunye noluhlu olubanzi lwamazinga okuhamba, ukusebenza okuzinzileyo kunye neendleko zokugcinwa okuphantsi.
• Inkqubo epheleleyo yokuhamba kwe-PEEK yokukhusela kungcoliseko lwesinyithi, uxinzelelo oluphezulu, i-acids kunye ne-alkali kunye nokuhambelana nezinyibilikisi eziphilayo.
• Ukuhanjiswa kwedatha yesantya esiphezulu kunye namandla okusebenza kunye nokuchongwa ngokuzenzekelayo, ukulawula kunye nokubeka iliso ngexesha langempela lemeko yokusebenza yamacandelo esixhobo ukuqinisekisa uhlalutyo oluqhubekayo noluzinzile.
• Idijithi ephuculweyo ye-thermal conductivity detector enovakalelo oluphezulu, uzinzo oluphezulu ukuqinisekisa iziphumo ezichanekileyo nezithembekileyo.
• Ukhetho lwejenereyitha eluent ukuphumeza ulungiselelo oluzenzekelayo lobuchule.
Inkqubo yeSoftware ekwinqanaba eliphezulu
Zonke iiparamitha zesixhobo zilawulwa ngesoftware kwaye ziboniswa kwi-interface.
Isoftware yeAce chromatography inamandla kwaye kulula ukuyiqonda.Isixhobo sinokusebenza kwakhona ngepaneli yangaphambili.Ubume bexesha langempela lecandelo ngalinye linokubekwa iliso ngexesha lenkqubo yokuhlalutya yonke.
I-EG100 ye-Eluent Generator-Isandla soNcedo se-Ion Chromatography
Abaqhubi bahlala befuna ukuguqula i-eluents yogxininiso oluhlukeneyo kunye neentlobo ezahlukeneyo ngexesha lokuhlalutya, okudala umthwalo onzima kwaye akunakuphepheka ukubangela iimpazamo zabantu.Ukusombulula le ngxaki, uNanbei uye wasungula i-EG100 eluent generator eyodwa kunye nezenzekelayo ngaphandle kweyunithi eyongezelelweyo yokukhupha igesi.
• Uyilo lolwakhiwo lobuNzululwazi nolunengqiqo kwaye akukho yunithi yokucoca eyongezelelweyo ukuqinisekisa ukuveliswa okuthembekileyo kobuchule.
• Impompo enye kuphela efunekayo ukuze kuphunyezwe ukwehla koxinzelelo.
• Zombini i-OH-, CO32- / HCO3- eluent yohlalutyo lweanion kunye ne-methanesulfonic acid eluent kuhlalutyo lwe-cation ziveliswa ngokuzenzekelayo.
• Ukusebenza okulula kunye nokulawula.Ukugxilwa kwe-eluents kunokusetwa ngesoftware okanye nangona ipaneli yangaphambili.
• Ucoceko oluphezulu lwenziwa ngokuzenzekelayo ngaphandle kolungiselelo olwenziwa ngesandla ukugcina ixesha lomsebenzisi.
• Ukuphelisa iimpazamo ngenxa yokucwangciswa kwe-manual kunye nokugcinwa kwexesha elide ukuphucula kakhulu ukuveliswa kweziphumo zohlalutyo.
• Nciphisa ngakumbi i-conductivity yangasemva kunye nengxolo kwaye ke ngoko uphucule uvakalelo lobhaqo.
• Ukunciphisa ixesha lokuchanabeka komsebenzisi kwii-arhente zemichiza ukudala indawo yokusebenza ekhuselekileyo.
• Inokulawulwa ngokuzimeleyo kusetyenziswa ipaneli yangaphambili kwaye isetyenziswe nayo nayiphi na ichromatograph ye-ion.
I-DM-100/DM-101 kwi-intanethi ye-Degasser
Ukusetyenziswa: I-DM-100 / DM-101 kwi-intanethi ye-degasser ingasetyenziselwa i-Nanbei-2800 series ion chromatograph, i-LC-5500 series high-performance liquid chromatograph, okanye i-ion chromatograph kunye ne-chromatograph engamanzi evela kwabanye abavelisi.
Iimpawu: I-intanethi ye-degasser ineempawu ze-degassing esebenzayo, ukufakwa lula, ukulingana kwesiseko esikhawulezayo, akukho drift, kunye nengxolo ephantsi kungakhathaliseki ukuba usebenzisa i-isocratic elution okanye i-gradient elution.
Ukufakela: I-DM-100 / DM-101 kwi-intanethi ye-degasser inokuxhotyiswa nge-1 ukuya kwi-4 yamajelo okucoca ngokuhambelana neemfuno zabathengi.Idegasser ethe tyaba okanye ethe nkqo iyakhethwa ngokusekwe kuyilo lolwakhiwo lulonke lwenkqubo yechromatography edityaniswa nayo.I-degasser ye-intanethi inokufakwa phakathi kweetanki ze-reservoir kunye neempompo ze-infusion.
| Uhlalutyo | |
| Iiyoni ezibonwayo | Anions: F-, Cl-, NO2-, Br-, BrO3-, NO3-, HPO42-, SO32-, S2O32-, SO42-, HCOO-, i-acetic acid, i-oxalic acid, i-outgrowth of sterilized amanzi etephucations: Li+, Na+, NCINCI4+, K+, Mg2+, Ca2+ |
| UkufunyanwaRumsindo | ppb |
| UnamandlaRumsindo | 103 |
| UmgcaRndivuya | 0.9998 |
| IsisekoNoise | ≤0.5%FS |
| IsisekoDukukrazula | ±1.5% FS/30min |
| Impompo yolwelo | |
| Uhlobo | Ipompo yepiston edibeneyo edibeneyo, i-pulse kunye nentshukumo elawulwa yi-microprocessor, isantya iyahlengahlengiswa. |
| Ukwakhiwa | I-inert ye-Chemical, i-PEEK engeyiyo i-metallic imathiriyeli yentloko yempompo kunye nenkqubo yokuhamba |
| pH | 0-14 |
| Ulawulo | Ngesoftware ye-Ace okanye ipaneli yangaphambili |
| Uxinzelelo lokuSebenza | Ubukhulu 35 MPa (5000 psi) |
| PhulaIxabisoUluhlu | 0.001~15.00 mL/min, 0.001 ukongezwa |
| Flow Precision | ≤0.1% RSD |
| Ukuchaneka koMqukuqelo | ±0.2% |
| Ukucoca iValve yePiston | Ipiston kabini ukucoca okuqhubekayo |
| Ngaphezu koKhuseleko loxinzelelo | Umda ophezulu we-0-35 MPa, kunye neyunithi e-1 yokwandisa, umda ophantsi: iyunithi enye ngaphantsi kunophezulu umda. Impompo iyeka ukusebenza ukuba umda uphezulu ufikelelwe |
| Ukukhutshwa kwegesi kwi-Intanethi (ukhetho | Imijelo emi-2, automatic kwi-intanethi |
| Iqondo lobushushu eliLawulwayo lokuQhuba iDetector | |
| Uhlobo | I-Microprocessor elawulwayo, isignali yedijithali |
| Ukuphindaphindwa kweeseli | 10 kHz |
| Uluhlu lokufunyanwa | 0-15000 µS |
| Isigqibo | 0.0275 nS/cm |
| Ubushushu beSeliUluhlu | Ubushushu begumbi ~ 60℃, Umsebenzisi unokuhlengahlengiswa |
| Uzinzo lobushushu | ≤0.005℃ |
| Ukwakhiwa kweeSeli | PEEK |
| Umthamo weSeli | <1µL |
| I-Oveni yeKholam | |
| Uluhlu lobushushu | Ubushushu begumbi+ 5~ 60℃ |
| Ukuchaneka kobushushu | ±0.5°C |
| Uzinzo lobushushu | ≤0.1°C |
| Umcinezeli | |
| Uhlobo loxinzelelo | Ukuzihlaziya okuzenzekelayo kwakhona |
| UkucinezelwaCukukhululeka | Anion100 mmol/L NaOH |
| cation100 mmol/L MSA | |
| Umqulu Ofileyo | <50 |
| Ulungelelwanisoixesha | |
| Anion SumcinezeliOkwangoku | 0-200 mA |
| cation SumcinezeliOkwangoku | 0-300 mA |
| Eluent Generator | |
| Uluhlu lokuQinisekisa kwe-Eluent | 0.1-50 mmol / L |
| Uhlobo lwe-Eluent | OH-, CO32-/HCO3-, MSA |
| Ukwandiswa koMgqaliselo | 0.1 mmol/L |
| PhulaIxabisoUluhlu | 0.5-3.0 mL / min |
| Ubushushu bokusebenza | Ubushushu begumbi - 40 ℃ |
| Ukufuma okuSebenzayo | 5% - 85% ukufuma, akukho-condensation |
| Imilinganiselo | 586mm×300mm×171mm |
| Ubunzima | 5 kg |
| Ngokuzenzekelayosampler | |
| Izikhundla zeSample | 120 iisampulu (1.8mL iingqayi) |
| Ukuphindaphinda | <0.3 RSD |
| Intsalela/Ukungcoliseka komnqamlezo | I-CV <0.01% |
| Isampulukunye noMqulu | 0.1µL-100 µL |
| Isitofu Probe Cleaning | Ukucoca ngokuphindaphindiweyo, akukho mda wexesha |
| Imilinganiselo | 505mm×300mm×230mm |
| Amandla | 220±10V, 50/60Hz |
| Eminye Imiba | |
| Amandla | 220 ± 10V, 50/60 Hz |
| Ubushushu beNdawo | 5℃ |
| Ukufuma okusingqongileyo | 5% -85% ukufuma okuhambelanayo, akukho-condensation |
| INxibelelwano yoNxibelelwano | RS485(USB Ukuzikhethela) |
| Imilinganiselo(ubude × ububanzi × ubude) | 586mm×300mm×350mm |
| Ubunzima | 34kg |
| Amandla | 150 W. |
