I-Chromatograph ye-Oli yeTransformer luhlalutyo lokuhlukana komxube wamacandelo amaninzi kunye nohlalutyo lobuchwephesha. Isebenzisa ubukhulu becala umahluko kwindawo yokubilisa kunye ne-polarity yesampulu kunye nekholamu ye-adsorption yekholamu yechromatographic, ukwenzela ukuba amacandelo ahlukeneyo kwikholamu yechromatographic inokwahlulwa kwaye ihlalutywe ngokomgangatho nangobungakanani.
FID
a) Umda wokuFumana: ≤5×10-12g/s (Cetane/Isooctane)
b) Ingxolo esisiseko: ≤0.07PA
c) Baseline drift: ≤0.2PA/30min
d)Uluhlu lomgca: ≥1062.3
TCD
a)Uvakalelo: S ≥ 10000mV•ml/mg (iBenzene/Toluene) (1, 2, 3,4 amaxesha ngokukhulisa)
b) ingxolo esisiseko: ≤ 20 μ V
c) isiseko se-drift: ≤ 30 μ V / 30min
d)uluhlu lomgca:≥104
I-1.Display: I-8 intshi yombala we-LCD ye-Touchscreen, ingasetyenziswa njengoMlawuli ophathwayo
I-2.Indawo yokulawula ubushushu: iziteshi ze-8
3.Uluhlu lokulawula ubushushu: Ngaphezulu kobushushu begumbi, 4℃~450℃
4.Ulwandiso: 1℃, Ukuchaneka: ±0.1℃ uMyalelo woKunyuka kobushushu obucwangcisiweyo: 16
5.Inqanaba lobushushu elicwangcisiweyo lokunyuka: 0.1~60℃/min
I-6.Ngaphandle: Iziteshi ze-8, i-Axiliary control output i-2 channels
7. Isampulu: iisampulu zekholamu epakishiweyo, isampulu yecapillary, isampulu yegesi yevalvu emithandathu, isampulu ezenzekelayo
8.Isichongi: Ubukhulu. I-3, i-FID (2), i-TCD (1) iSampling Start: Manual / Automatic Port: Ethernet, IEEE802.3
1. Ukusebenzisa iteknoloji ephezulu ye-10 / 100M i-adaptive Ethernet ujongano lonxibelelwano, kunye ne-IP eyakhelwe-ngaphakathi i-protocol stack, ukwenzela ukuba isixhobo sinokulula nge-intranet, i-Intanethi ukuqonda ukuhanjiswa kwedatha ekude; ukulungiswa kwelabhoratri okufanelekileyo, kwenza kube lula ukucwangciswa kwelabhoratri kunye nolawulo olufanelekileyo lwedatha;
2. Umatshini we-chromatography eyakhelwe ngaphakathi kunye nengxolo ephantsi, isisombululo esiphezulu se-24 bit AD yesekethe, kwaye inemisebenzi yokugcina, ukutsalwa kwesiseko.
3. Isixhobo samkela uyilo lwesakhiwo seemodyuli. Uyilo lucacile, lulungele ukuphuculwa kokutshintshwa.