I-AAS Spectrophotometer
● Ukulawulwa ngokupheleleyo yiPC.
● Uyilo oludityanisiweyo lweplatifomu ye-optical floating inokuphucula ngokuphawulekayo ukuxhathisa ukothuka kwenkqubo ye-optical system, kunye nesignali ye-optical inokuhlala izinzile nangona uphawu lwe-optical lusetyenziswa ixesha elide.
● Izibane ezisibhozo ziyakwazi ukutshintshwa ngokuzenzekelayo, kwaye izibane ezisibhozo zifudumala ngexesha elifanayo ukuze kulungiswe iimeko zokusebenza kwesibane se-cathode esingenanto.
● Ukulungelelaniswa kwesikhundla: Ubude obuphezulu be-flame burner bunokusetwa ngokuzenzekelayo ngaphambili nangasemva.
● Ukuskena ubude bobude obuzenzekelayo kunye nokukhangela okuphezulu.
● Gqibezela isixhobo sokhuseleko loqhagamshelo: sinesilumkiso kunye nemisebenzi yokhuseleko oluzenzekelayo ngokuchasene nomlilo ongafanelekanga, ukuvuza kwerhasi, uxinzelelo oluphantsi lomoya, kunye nokuvutha okungaqhelekanga.
● Isibane se-Deuterium kunye nohlengahlengiso lwangasemva lokuzifunxa.
● Ukusetyenzwa kwedatha: I-database enamandla kakhulu, engaphezulu kwe-500 yokugcinwa kwedatha kunye nemisebenzi yokugcinwa kwedatha, iziphumo zokuhlalutya zingagcinwa kwifomathi ye-EXCEL kunye neendlela zokuvavanya, kwaye iziphumo zingabizwa ngokungaqhelekanga.
● Indlela yokulinganisa: indlela yokufunxa ilangatye kunye nendlela yokukhupha.
● Ukushicilelwa kweziphumo: ukuprintwa kweparamitha, ukuprintwa kweziphumo zedatha, ukuprintwa kwetshathi.
Ngoncedo lwesoftware, oku kulandelayo kunokufezekiswa ngokulula
● Ukukhethwa kwesibane sesiqalelo
● Ulungelelwaniso oluphezulu-phantsi-ngaphambili-ngasemva komphakamisi
● Uhlengahlengiso lwamandla okukhanya
● Ukukhethwa kwesikroba
● Ukumiselwa kokuskena ubude bewaveleng kunye nokukhangela okuphezulu
● Ukukhethwa kweatomizer
● Ukusetwa kwendlela yokuxhuzulwa yangasemva
● Ukulawulwa kokuhamba kwerhasi
● Ukuvutha okuzenzekelayo kunye nokuvutha ngaphandle
● Ukusetwa kwendlela yokuvavanya isithando somlilo segraphite
● Ukungeniswa kweteknoloji ye-PID kunokoyisa ngempumelelo impembelelo kwinkqubo yokunyuka kweqondo lokushisa okubangelwa ukuguquguquka kombane kunye nokutshintsha kokumelana ukwenza inkqubo yokulawula echanekileyo.
● Indibaniselwano ye-3ms/ixesha lobuchule bokwenza isampulu ekhawulezayo inokwenza idatha yovavanyo echanekileyo nethembekileyo.
● Umthamo wokufudumeza ngokukhawuleza unokuphucula ukuguquguquka kwezinto ngakumbi.
● Sebenzisa umthombo wamandla oqhelekileyo we-220V ngaphandle kwesidingo samandla aguqukayo e-380V.
● Inkqubo ephezulu yokumisela umthamo wokufudumeza amanqanaba angama-20 inokwenza uvavanyo olulula kunye nolulula kwiisampuli ezahlukeneyo.
● Ukuhamba kwerhasi elungelelanisiweyo kumabanga amathathu kunokujwayela iimfuno ezingaphezulu zosetyenziso.
● Ngaba i-alamu ngexesha elifanelekileyo xa igesi kunye namanzi imisiwe kwaye irhasi engonelanga kunye namanzi, inokunqanda umonakalo wesixhobo kunye nempazamo yokulinganisa.
● I-EPC inokulawula ukuhamba kwe-Acetylene (C2H2) ngokuchanekileyo kwaye luhlobo lwenkqubo enokuthi isebenze ngokulula.
● Inkqubo ye-atomization esebenzayo yenza uvakalelo oluphezulu.
● Yonke inkqubo yokusebenza inokhuseleko oluphezulu njengoko inkqubo yokhuseleko lomlilo inokulumkisa nanini na xa umbane ucinyiwe, ilangatye elingaqhelekanga lenzeka, ukungabikho koxinzelelo lwenzeka okanye isitshisi asihambelani kakuhle.Kwaye iya kuyicima ngokuzenzekelayo igesi, inqande ukucaphuka.Ngaloo ndlela igcina abantu botyando kunye nezixhobo ezingozini nasekonakalisweni.
● Indawo yokusebenza exhaswayo IIWINDOWS7
● Imenyu etyebileyo izisa uncedo olukhulu ekusetyenzisweni kwabathengi
● Uguqulo olulula phakathi kweemenyu ezahlukeneyo lwenza umsebenzi ube lula ngakumbi
● Iindlela ezahlukeneyo zokulungisa ucazululo zinika abasebenzisi ukhetho olungakumbi
● Useto olusisiseko lweparamitha luvumela nabaqalayo ukuba benze umsebenzi oqhelekileyo
● Ukugcinwa okuguquguqukayo, ukuhlela kunye neendlela zokushicilela zinika umsebenzisi inkxaso enkulu
| Uluhlu lwamaza: | 190-900nm |
| Ukuchaneka kobude bamaza: | ≤±0.15nm |
| Ukuphinda-phinda kobude bamaza: | ≤0.04nm |
| I-Spectrum bandwidth: | 0.1nm, 0.2nm, 0.4nm, 1.0nm, 2.0nm |
| Ukuchaneka: | 0.5% |
| Uzinzo lomgca wesiseko: | ±0.002Abs/30min |
| Uphawu loxinaniso lobhedu: | ≤ 0.02μg/ml/1% |
| Umda wokufunyanwa kobhedu: | ≤ 0.004μg/ml |
| Ukwahlulelwa: | 1800 imigca / mm |
| Inflamer: | Isitshisi se-titanium yentsimbi yonke |
| Atomizer: | I-atomizer yeglasi esebenzayo |
| isiphatho sesibane: | 8 |
| D2 isakhono sokulungisa ngasemva: | Xa imvelaphi ingu-1 A, isakhono sangasemva kufuneka sitsalwe hayi ngaphantsi kuno Amaxesha angama-50;indlela yokutsalwa ngasemva yokufunxa |
| Ukunikezwa amandla: | 220V 3A, 50Hz |
| GW: | 138Kg / 56Kg |
| Ubungakanani bepakethi: | 860mmx705mmx755mm (Isixhobo esingundoqo) 545mmx445mmx1385mm ( Izincedisi) |
● Indawo yokusebenzela yePC
● Umshicileli we-Inkjet
● I-oyile yeCompressor yoMoya yasimahla
● Ivalve yokunciphisa i-acetylene
● Cu Hollow cathode isibane
● Isihluzo somoya
● Isibane se-cathode esingenanto
● Imibhobho yegraphiti
● Ukujikeleza kwakhona inkqubo yamanzi okupholisa
● Ijenereyitha yeHydride
● I-acetylene air burner: 100mm
● I-Ignition dynamic baseline drift: ≤0.006A/30min
● (Cu) Iimpawu ze-viscosity: ≤0.025μg/ml/1%
● Ukuphambuka komgangatho onxulumeneyo wokuchaneka: ≤0.5% (Cu, i-absorbence＞0.8A) (umda wokubona Cu≤0.008μg/ml)
● Inkqubo yoKhuseleko: Inokucima ngokuzenzekelayo irhasi xa uxinzelelo lungonelanga, umbane ucimile, ukucima umlilo kunye nokungahambelani kwesitshisi.
● Elona qondo lobushushu liphezulu: 3000℃
● Elona qondo lobushushu likhulu linyuka isantya: ≥2000℃/S
● Ubuninzi beempawu: Cd≤0.5×10-12g Cu≤0.5×10-11g
● Ukuchaneka: Cu≤3% Cd≤3%
● Ubungakanani kunye nobunzima: 730mm×625mm×700mm 79.3Kg
● Inkqubo yoKhuseleko: Ngaphezulu kokhuseleko lwangoku I-alamu yoxinzelelo lomoya oluphantsi / ukhuseleko I-alamu yokuhamba kwamanzi okupholisa okuphantsi/ukhuseleko
● Umthombo wamandla kunye namandla: 220V±22V AC 7000W
