ZR-3211C UV DOAS Tikanga GAS Analyzer
Nga tono
> Te inenga o te SO2 me te NOx, te kukū kua hurihia me te katoa o te tukunga o nga momo kohua katoa, nga oumu ahumahi.
> Aromātai me te whakatika i te tika o nga taputapu ine hau rewharewha tonu.
> Te ine i nga tawhā o te rewharewha (te pehanga hihiri, te pehanga pateko, te pāmahana, te tere rere, te rere maroke paerewa, etc.
> Inehia te O2 o te hau me te taikaha hau whakarea.
Paerewa
GB13233-2011paerewa tukunga parahanga parahanga o te tipu hiko hiko
GB/T37186-2018Te tātari hau - Te whakatau i te sulfur dioxide me te hauota waikura - ultraviolet differential absorption spectrometric method
HJ 973-2018Te whakatau i te waro haukura i roto i te hau pau mai i nga puna parahanga pumau tonu te hikohiko
HJ 1045-2019Nga whakaritenga hangarau me nga tikanga rapu mo nga taputapu ine mo te tango i te ultraviolet (SO2me NOx) mai i te parahanga pumaupuna
HJ/T 397-2007Whakatakotoranga Hangarau mo te aro turuki i te puna hau ururua
JJG 968-2002Te ture manatoko o te kaitirotiro hau rewharewha
Ngā āhuatanga
> I whakamatauria e te UV Differential Optical absorption spectroscopy. Ka taea te ine i te kukū o SO2, NOx, O2a kaore e taea te mahi e pa ana ki te kohu wai i roto i te hau rewharewha, he mea tino pai mo te makuku nui me te iti o te whanariki.
> Huri aunoa i te awhe i runga i nga uara kukū teitei me te iti o SO2, KORE me KORE2.
> Ko te puna marama ultraviolet te tango i te rama xenon pulse, he iti iho i te 10min te wa whakamahana, a he roa te ora o te ratonga.
> Tautokohia te pa me te mahi matua i te wa ano. 7.0-inihi te mata tae, whanui te pāmahana mahi, maamaa te tirohanga i te ra. Ko te papapātuhi he puehu me te parewai, he pai mo nga ahuatanga mahi kino.
> Kei roto whaiaro pākahiko≥3H.
> Tiaki hihiko nga raraunga tauira me nga raraunga matakite, ka kaweake te ripanga Excel.
> He mea taputapu ki te ngongo pitot me te pūoko pāmahana auahi, ka taea te ine i te pāmahana auahi me te tere rere.
Tukua Taonga
Tawhā manaaki
| Tawhā | Awhe | Whakatau | Hapa |
| Te pāmahana hau rewharewha | (0~500) ℃ | 1℃ | ±3.0 ℃ |
| Te pehanga pateko o te hau | (-30～30)kPa | 0.01kPa | ±2.0%FS |
| Te pehanga hihiko o te hau | (0～2000)kPa | 0.01kPa | ±2.0%FS |
| Te rerenga rerenga tauira | ≥1L/min | 0.1L/min | |
| Te pehanga katoa | (60~130)kPa | 0.01kPa | ±0.5kPa |
| Te taikaha hau whakarea | 1~99.99 | 0.01 | ±2.5% |
| Te pāmahana mahi | (-20~50) ℃ | ||
| Te rokiroki raraunga | ＞1000000 nga roopu | ||
| Tuku Hiko | AC220V±10%,50Hz | ||
| Rahi | (te roa 370x te whanui 170x te teitei 305)mm | ||
| Taumaha | Tata ki te 7kg（kei roto te pākahiko） | ||
| Haruru | ＜65dB(A) | ||
| Kohi hiko | |||
Tawhā whakatauira hau rewharewha
| Tawhā | Awhe | Whakatau | Hapa |
| S02 | Awhe iti:(0~430)mg/m3 Awhe teitei：(0~5720)mg/m3 | 0.1 mg/m3 | l hapa whanaunga: ± 3%l Tukuruatanga: ≤1.5%l Wā Whakautu:≤90sl Pūmautanga: Huringa tohu i roto i te 1h ＜5%l Tepe rapunga: SO2≤2mg/m³KORE≤1mg/m³KORE2≤2mg/m³ |
| NO | Awhe iti:(0~200)mg/m3 Awhe teitei：(0~1340)mg/m3 | 0.1 mg/m3 | |
| NO2 | Awhe iti:(0~300)mg/m3 Awhe teitei：(0~1000)mg/m3 | 0.1 mg/m3 | |
| O2 | (0-30)% | 0.1% |
